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|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
JP-H06264097-A
|
JP-2846193-A
|
JP
|
A
|
A
| null | 1993-01-26
| null |
C11D10/02
|
MISHIMA HIROBUMI
|
Alkaline sterilizing detergent
|
en
|
PURPOSE:To obtain the subject detergent useful in cleaning and sterilizing particularly stubbornly greased spots such as a ventilating fan, an oven, a range, and a floor in a kitchen or a food factory by using a specific quaternary ammonium salt, a specific surfactant, a specific solvent and a specific salt of silicic acid. CONSTITUTION:This detergent comprises pref. 0.1-30wt.% quaternary ammonium salt having at least two 8-10C alkyl groups (e.g. didecyldimethylammonium chloride), pref. 0.1-25wt.% nonionic surfactant (e.g. a polyoxyethylene alkyl ether), pref. 0.1-10wt.% glycol solvent (e.g. diethylene glycol monobutyl ether), and pref. 0.1-10wt.% salt of silicic acid (e.g. potassium metasilicate), wherein all the amts. are based on water.
|
en
|
JP-S51125758-A
|
JP-2850776-A
|
JP
|
A
|
A
| null | 1976-03-16
| null |
A23L29/00
|
IIJIMA NOBORU
|
A health promoting food
|
en
|
PURPOSE: A food promoting health in human bodies,preventing generationand growth of malignant tumors and generation of various kinds of other diseases,by normalizing cellular functions.
COPYRIGHT: (C)1976,JPO&Japio
|
en
|
JP-S58146202-A
|
JP-2853082-A
|
JP
|
A
|
A
| 1225-12-15
| 1982-02-23
| null |
A01B71/00
|
ISHIMORI SHIYOUZOU
|
Work vehicle
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S62186561-A
|
JP-2853886-A
|
JP
|
A
|
A
| null | 1986-02-12
| null |
H01L39/22
|
IWAMATSU SEIICHI
|
Triode tunnel effect element
|
en
|
PURPOSE:To provide triode characteristics in a tunnel effect element, by providing a grid electrode between and anode and the cathode electrode of the tunnel effect element. CONSTITUTION:A first niobium wiring 2 is formed on an insulating substrate 1 as an anode. A tunnel insulating film 4, which also serves the role of insulation, is formed on the wiring 2. A grid 3 is formed with niobium in a lattice shape so as to hold the insulating film 4. A second niobium wiring 5, which is to become a cathode, is formed through the insulating film 4. Thus the triode characteristics are provided in the tunnel effect element.
|
en
|
JP-S52112288-A
|
JP-2856077-A
|
JP
|
A
|
A
| null | 1977-03-15
| null |
H01L21/822
|
TEEODOORU OOBERUROITAA
|
Method of producing semiconductor constituting element having semiconductor substrate monolithic integrated element
|
en
| null | null |
JP-S60173024-A
|
JP-2877684-A
|
JP
|
A
|
A
| null | 1984-02-20
| null |
D06M101/16
|
FUJIKAWA MASATOSHI
|
Production of electroconductive molding
|
en
|
PURPOSE:To produce cheaply a rigid highly electroconductive acrylic fiber or film, by treating a gel-like acrylic molding with a copper salt-containing aqueous solution, drying it, and treating it with a solution containing a sulfur compound to deposit copper sulfide on it. CONSTITUTION:An undried gel-like acrylic molding (fiber or film) is treated with an aqueous solution containing a copper salt (e.g., CuCl2 or CuSO4) and then dried to obtain a copper component-containing molding. This molding is treated with a solution of a sulfur-containing compound (e.g., Na2S2O3, or NaHSO3) to deposit and/or incorporate a copper sulfide (e.g., Cu2S, CuS, or Cu9S5) on and/or in the molding. Because the undried gel-like molding can easily absorb a large amount of a copper component, a copper sulfide can be easily formed also inside the molding to produce a rigid highly electroconductive acrylic molding.
|
en
|
JP-2000225560-A
|
JP-2879099-A
|
JP
|
A
|
A
| null | 1999-02-05
| null |
B24B37/00
|
MAKIISHI KAZUHIKO
|
Polishing device
|
en
|
PROBLEM TO BE SOLVED: To provide a polishing device equipped with a liquid extracting means capable of extracting a specified amount of polish liquid or any other liquid such as chemical to be fed to a turntable, during the polishing device being in operation and the turntable and a top ring being out of rotation, easily from switch operations, and of measuring the rate of liquid flow per unit time on the basis of the extraction amount. SOLUTION: A polishing device is equipped with a turntable 6 to whose oversurface a polish cloth is attached stretching and a top ring 7, where a work to be polished is interposed between the polish cloth on turntable 6 and the top ring 7 which are rotating independently, and the work is polished while a polish liquid is fed onto the cloth from a polish liquid supplying device, and also other liquid(s) such as chemical is fed onto the cloth from a liquid supply device, wherein further a control valve 10 for sampling of the polish liquid is installed to extract the polish liquid or other liquid(s) fed onto the cloth through switch operations during the polishing device being in operation and the turntable 6 and top ring being out of rotation.
|
en
|
JP-S51104811-A
|
JP-2903175-A
|
JP
|
A
|
A
| null | 1975-03-12
| null |
G11B21/21
|
TSUCHA HIROSHI
|
Jikihetsudoshijikiko
|
ja
| null | null |
JP-S58147219-A
|
JP-2903182-A
|
JP
|
A
|
A
| null | 1982-02-26
| null |
H03G11/00
|
WATANABE KAZUO
|
Amplitude limiting circuit
|
en
|
PURPOSE:To lower the voltage range wherein a compression/expansion type noise reducing device operates, by allowing transistors (TR) in a differential couple to perform amplitude limiting operation. CONSTITUTION:When the output signal of an amplifier is positive, a TRQ1 turns off and a TRQ2 turns on. Then, the current flowing through the TRQ1 decreases and the current flowing through the TRQ2 increases. The output current from a constant current source CS1 is outputted from the TRQ2. When the output of the amplifier 13 is negative, the TRQ1 turns on. Consequently, the current flowing through the TRQ1 increases and the current flowing through the TRQ2 decreases. Therefore, the current flowing through a resistance Rc also decrease. Since the base of the TRQ2 is held at a constant voltage, the current flowing through the resistance Rc is less than a specific value, realizing overshoot suppressor's operation.
|
en
|
JP-S4741263-A
|
JP-2907372-A
|
JP
|
A
|
A
| null | 1972-03-24
| null |
H03K19/088
| null | null | null | null | null |
JP-S55121145-A
|
JP-2915179-A
|
JP
|
A
|
A
| null | 1979-03-12
| null |
G01R27/26
|
INOGUCHI TAKEHIKO
|
Humidity control circuit
|
en
|
PURPOSE: To improve response, precision and stability by using a rectangular oscillator of digital IC in addition to a capacity variable type humidity detecting element as a temperature detecting element.
CONSTITUTION: Oscillator OSC generates pulses whose pulse width is set freely. Comparator COMP compares and outputs a charging voltage corresponding to relative humidity detected by humidity detecting element RH whose capacity varies according to the relative humidity. Since humidity detecting element RH varies in capacitor according to the humidity with a relatively large capacity abosolute value, no influence of noises is exerted upon it and a resistance of a relatively low value can be used as resistance R 1 to fix a time constant of humidity detecting element RH and resistance R 1 , so that comparator COMP can use that of input impendance obtained by combining two or three transistors.
COPYRIGHT: (C)1980,JPO&Japio
|
en
|
JP-S58146250-A
|
JP-2926682-A
|
JP
|
A
|
A
| null | 1982-02-24
| null |
A23L11/00
|
SUDA KAZUE
|
Composition for formed food and its production
|
en
|
PURPOSE:A mixture of powdery food, mucilaginous substance of NATTO (fermented soybean), sugar, when necessary, water is formed into a shape of an appropriate size as a food product and combined, as a binder, with other powdery food free from a binder to give a food composition. CONSTITUTION:A powdery food such as soybean flour, potato or sweet potato powder, dextrin, powdery juice, chlorella or powdery vitamins is mixed with a threading mucin produced by a bacillus, which increases its viscosity, when it coexists in water with saccharides, saccharides, such as glucose or fructose, when necessary water. The resultant dough is formed into a shape of an appropriate size as a food product to give the objective composition for formed food.
|
en
|
JP-H05194631-A
|
JP-2950092-A
|
JP
|
A
|
A
| null | 1992-02-17
| null |
C08F8/00
|
KOYAMA NAOMI
|
Polymer end-modified polyolefin
|
en
|
PURPOSE:To provide a polymer end-modified polyolefin useful as a compatibility improving agent for different kinds of polymers, as a polymer-modifying agent for imparting good dyeability and adhesiveness to polymers, etc., by modifying the end of the polymer with a (meth)acrylic acid derivative unit. CONSTITUTION:(A) 1 Mole of a living polypropylene or living polyethylene- propylene random copolymer obtained by a polymerization in the presence of a catalyst comprising a vanadium compound of formula I (R<1> to R<3> are H, 1-8C hydrocarbon group wherein at least one of R<1> to R<3> is H and the remainings are not H) and an organic aluminum compound is reacted with (B) 1-1000 moles of a (meth)acrylic acid derivative of formula II (R is H, methyl ; R1 is alkenyl group having a 2-10C terminal double bond), and the reaction product is brought into contact with a proton donor (e.g. an alcohol or a mineral acid) at -100 to +100 deg.C for 1min to 10hr to obtain the polyolefin comprising polypropylene or ethylene-propylene random copolymer whose end was modified with a substituent of formula III.
|
en
|
JP-H06242865-A
|
JP-2953593-A
|
JP
|
A
|
A
| null | 1993-02-19
| null |
G06F3/02
|
MATSUDA KOJI
|
Chattering removing method
|
en
|
PURPOSE:To exactly and quickly detect the ON/OFF of a switch in any state by self-learning the chattering of the switch, and setting an optimal timer time, in a chattering removing method by which the chattering of the switch is removed. CONSTITUTION:While a switch ON detection 3 detects a switch ON corresponding to the press of a switch 1, a count width (initial value for the first time, and a previous history value after the next time) set at a counter 6 is set -1 (or +1), and a switch ON width is counted and the maximum value is detected by a switch ON width detection 4, and this processing is repeated. Then, when the count width set at the counter 6 is set 0 (or a prescribed value), the result of the switch ON state detection is outputted, and a value obtained by multiplying the maximum value of the detected switch ON width(except the final value) by a chattering safety coefficient is set the previous history value.
|
en
|
JP-H05223914-A
|
JP-2955992-A
|
JP
|
A
|
A
| null | 1992-02-17
| null |
G01S3/74
|
MIYAHARA SHUNJI
|
Analizing device for various factors of radio wave for finding direction of one pulse reception
|
en
|
PURPOSE:To determine true azimuths of radio waves having unknown frequency and different frequency which simultaneously arrive by providing a direction finder and a wave source analyzer for measuring various factors of radio waves with the output received from the finder. CONSTITUTION:Radio waves from a wave source received by a reception antenna 2 are input to a reception direction finder 4, received radio waves are output for each azimuth of a wave source to a determined output terminal, and a radio wave various factor analyzer 1 to which this output is input measures the input reception wave to analyze various factors of the radio wave. Since a direction of the incoming wave can be thus found or the wave source can be analyzed in one pulse or immediately, incoming directions of the waves can be securely known even if a plurality of waves are coming simultaneously.
|
en
|
JP-S52111807-A
|
JP-2956076-A
|
JP
|
A
|
A
| null | 1976-03-18
| null |
C22C29/00
|
TANAKA HIROSHI
|
Tungstenncarbideebased sintered alloy and process for production thereof
|
en
| null | null |
JP-H08221262-A
|
JP-2961295-A
|
JP
|
A
|
A
| 1228-09-02
| 1995-02-17
| null |
G06F9/06
|
OKUNI YUJI
|
Device for starting program
|
en
|
PURPOSE: To improve operability by adding, correcting, and deleting the program without changing the contents of a menu program and changing the display arrangement order of the name of the program. CONSTITUTION: A menu program 22 and a definition file 23 are provided. The menu program 22 is provided with a name display means 31 and a start. execution means 32. With the control of the CPU, the menu display name of the item statement by the final item number which is specified by the header statement of the file 23 is displayed by the arrangement in the order of the item number on the screen of the display device. When the item statement of the program item is specified by an execution key, the corresponding program is started by the program path of the item statement and the corresponding program is started and executed.
|
en
|
JP-S50146971-A
|
JP-2963675-A
|
JP
|
A
|
A
| null | 1975-03-13
| null |
B01D33/17
| null | null | null | null | null |
JP-H01205189-A
|
JP-2977788-A
|
JP
|
A
|
A
| null | 1988-02-10
| null |
G03G15/20
|
AIHARA TADASHI
|
Heat-fixing device
|
en
|
PURPOSE:To prevent occurrence of deformation, such as bending, etc., in a carrier by heating the carrier from both surface and back sides so that the fixing speed can be made faster and the water evaporating quantities from both surface and back sides of the carrier can become uniform. CONSTITUTION:Heating rolls are respectively formed by successively piling up coupling layers 22 and 32, insulting layers 23 and 33, and heating layers 24 and 34 on hollow cylindrical bodies 21 and 31, and then, a heat-resisting elastic layer 36 is formed on the outer surface of one of the heating rolls. Moreover, a mold releasing layer 25 is formed on the outer surface of the other heating roll which is brought into contact with a toner image. Then the heating roll pair is constituted in such a way that a nip width of >=2mm can be formed between the rolls. Therefore, the water evaporating quantities from both surface and back sides of a carrier become uniform. Thus the carrier can be heated from both surface and back sides and occurrence of undesirable deformation in the carrier can be prevented.
|
en
|
JP-S54122714-A
|
JP-2980178-A
|
JP
|
A
|
A
| null | 1978-03-17
| null |
A61K35/17
|
TAKENAKA YOSHINORI
|
Separation of leukocyte
|
en
|
PURPOSE: To separate leukocyte containing only a limited amount of erythrocyte, in a short time in high yield, by pretreating a leukocyte-separating filter composed of a fibrous material and packed in a column with blood-plasma, and passing blood or body fluid through the filter thereby capturing leukocyte with the filter.
CONSTITUTION: A leukocyte-separation filter composed of a fibrous material, esp. polyacrylonitrile fiber, is treated with blood-plasma, or its component such as blood serum, serum albumin, serum γ-globulin solution, etc. Blood or body fluid such as ascites, cerebrospinal fluid, etc., or a blood corpuscle dispersion obtaind by removing most part of the erythrocyte from the blood, etc., is passed through the treated leukocyte-separation filter. The filter containing captured leukocytes is washed with physiological saline solution, etc., and the leukocyte is recovered from the filter.
COPYRIGHT: (C)1979,JPO&Japio
|
en
|
JP-H01206157-A
|
JP-2989988-A
|
JP
|
A
|
A
| null | 1988-02-10
| null |
F16H45/00
|
FURUSHITA MASAHIKO
|
Torque converter device
|
en
|
PURPOSE:To reduce axial and diametral dimensions to miniaturize the whole structure and prevent the abrasion of friction facings by placing an output clutch on the inner peripheral portion of a direct-connecting clutch and forming the output clutch with a wet type clutch. CONSTITUTION:An output clutch 3 is provided in an operating oil filling space inside in the radial direction of a direct-connecting clutch 2 between a turbine 15 and the inner periphery portion of a front cover assembly 12, forming a multiple disk friction clutch. The output portion 26 of this direct-connecting clutch 2 and the output portion 20 of the turbine 15 are linked to the input portion 50 of the output clutch 3, whose output portion 65 is linked to an output shaft 20. As a result, by placing the output clutch 3 on the inner periphery side of the direct-connecting clutch 2, the dimensions in the axial direction and diametral direction of the whole device can be reduced, miniaturizing the whole structure. Also, the output clutch 3 of a wet type clutch can effective prevent the abrasion of friction facings.
|
en
|
JP-H024828-A
|
JP-3011089-A
|
JP
|
A
|
A
| null | 1989-02-10
| null |
C08L71/00
|
GEERUHARUTO HAINTSU
|
Polyaryl ether ketone improved in processability
|
en
|
PURPOSE: To provide a polyaryl ether ketone suitable for moldings or a base material for electric or electronic parts with superior quality of anti-thermal distortion and workability, which contains each specific two kinds of repeating units in a specific ratio and which has a low melting point and a high glass transition temperature.
CONSTITUTION: A polyaryl ether ketone is provided, comprising 55-95(mol)%, preferably 65-90% repeating units of formula I (Q or T is -O- or -CO-; s or t is 0-3) or a derivative thereof of 1-6C alkyl, 1-6C alkoxy, aryl, chlorine or fluorine and 5-45%, preferably 10-35% repeating units of formula II (Ar 1 -Ar 5 are each phenylene, biphenylene or the like and more than one of them are biphenylene, naphthylene or a derivative thereof of 1-6C alkyl, 1-6C alkoxy, aryl, chlorine or fluorine; Q' or T' is -O- or -CO-; s' or t' is 0-3 and s, t, s' and t' are not O simultaneously in case that Ar' is biphenylene) by polycondensation of a monomer of, for example, hydroquinone, 4-4'- dihydroxybiphenyl or the like.
COPYRIGHT: (C)1990,JPO
|
en
|
JP-S57145799-A
|
JP-3012181-A
|
JP
|
A
|
A
| null | 1981-03-02
| null |
B66F9/12
|
KOBAYASHI TOSHIAKI
|
Safety device for fork for cargo-handling
|
en
| null | null |
JP-S49123071-A
|
JP-3015673-A
|
JP
|
A
|
A
| null | 1973-03-16
| null |
G01F1/48
| null | null | null | null | null |
JP-H08219003-A
|
JP-3037795-A
|
JP
|
A
|
A
| null | 1995-02-20
| null |
F01B3/02
|
YAMANISHI MANABU
|
Run-in operation device of hydraulic motor
|
en
|
PURPOSE: To provide a device to make flushing while a hydraulic motor is subjected to a run-in operation simply prior to the performance inspection. CONSTITUTION: This is a run-in operation device of a hydraulic motor M which is structured so that a rotary case 10 for the output coupled with a rotor is supported rotatably on a body case 1 equipped interiorly with a stationary swash plate and the rotor. The arrangement includes a case fixing means to fix and support the body case 1 removably, a rotary element 33 detained with the rotary case 10, a driving mechanism 29 to drive the rotary element 33, and a hydraulic circuit means for flushing which is removably put in communication with hydraulic ports 35, 36 for supply and discharge of the pressure oil stored in the body case 1.
|
en
|
JP-S59155794-A
|
JP-3050183-A
|
JP
|
A
|
A
| null | 1983-02-25
| null |
G21C17/025
|
AOKI HIROSHI
|
Protection device of liquid metal storing structure
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S58148938-A
|
JP-3057682-A
|
JP
|
A
|
A
| null | 1982-03-01
| null |
G01N1/02
|
KITAGUCHI HIROSHI
|
Pretreating device of radioactive sample water
|
en
|
PURPOSE:To improve greatly the stability of acquisition efficiency and to realize a high-speed, high-precision analytic sample, by controlling the velocity of serial feed water flow in a filter and a column, and detecting the valve point of the filter. CONSTITUTION:A pretreating device is provided with piping 7A, and a low pressure system 21 and a high pressure system 25 on the passage of the piping 7A, and for feedback control, a flow meter 20 is provided at the waste water side of an ion exchange resin column 6 through a valve 40. In a waste water tank 22, a level gauge 23 for valve point detection is provided. Through this constitution, while the velocity of serial feed water in the filter and column is controlled, the valve point of the filter is detected to improve the stability of acquisition efficiency greatly, thereby realizing the high-speed, high-precision radioactive analytic sample.
|
en
|
JP-S61191211-A
|
JP-3060485-A
|
JP
|
A
|
A
| null | 1985-02-20
| null |
H02B13/02
|
YAMAUCHI TAKAO
|
Breaker for gas insulated switchgear
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S59159982-A
|
JP-3063783-A
|
JP
|
A
|
A
| null | 1983-02-25
| null |
C04B41/52
|
AREKUSEI GEORUGIEBUITSUCHI GAF
|
High melting point metal cutting tool with abrasion resistant coating of heat resistant compound
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S62271640-A
|
JP-3065387-A
|
JP
|
A
|
A
| null | 1987-02-12
| null |
B23Q7/04
|
MICHIERU ATORASU
|
Freely adjustable gripper having central pushing means
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S52115067-A
|
JP-3084676-A
|
JP
|
A
|
A
| null | 1976-03-23
| null |
B65G27/24
|
SUZUKI TAKAMICHI
|
Vibrating bowl feeder
|
en
|
PURPOSE: To provide simple and less expensive vibrating bowl feeder by mounting a support for radially supporting a bowl holder to a post and by attaching magnets of mutually different vibrating directions to a base secured with the post thereto.
COPYRIGHT: (C)1977,JPO&Japio
|
en
|
JP-S61190194-A
|
JP-3087585-A
|
JP
|
A
|
A
| null | 1985-02-19
| null |
F04B49/06
|
KATO SHOZO
|
Method of controlling pump
|
en
|
PURPOSE:To sufficiently display the performance of a pump and carry out stable control of flow rate by controlling a current fed to a pump motor to be a value proportionate to the sum of a voltage which is determined in accordance with a set flow rate and a voltage proportionate to an applied voltage to said motor. CONSTITUTION:When air enters a water passage increasing resistance in the passage, an applied voltage VM to a pump motor 20 increases. and, a voltage VA at a node A for resistors 24, 25 rises increasing a motor current IM'. Thereby, a pump head becomes high automatically increasing its capacity of discharging air which entered the water passage. As a result, when the air is removed restoring resistance in the water passage to a normal condition, the VM as well as the IM' are reduced, maintaining power consumption to a required minimum. Also, if a voltage VQ at a set input terminal 26 is increased, the VA becomes high and the current IM' is increased, increasing a flow rate. Accordingly,by regulating the VQ and controlling the IM', the flow rate can be desirably varied while bringing a P-Q characteristic to a constant flow rate characteristic to make stable control of flow rate.
|
en
|
JP-H07216172-A
|
JP-3090094-A
|
JP
|
A
|
A
| null | 1994-02-02
| null |
C08K5/09
|
YOSHIZAWA FUMIHIKO
|
Chlorinated resin composition
|
en
|
PURPOSE:To provide a resin composition which can give a molding excellent in heat stability, free from thermal discolortion and excellent in impact strength and can give an injection molding with good appearance by mixing a chlorinated resin with a zinc salt of an aromatic carboxylic acid, a carboxylate and an epoxy polymer and/or a polyol compound. CONSTITUTION:This resin composition comprises 100 pts.wt. chlorinated resin (e.g. polyvinyl chloride), 0.1-5 pts.wt. zinc salt of an aromatic carboxylic acid (e.g. bonzoic acid), 0.1-5 pts.wt. at least one compound selected from among an Mg salt of a carboxylic acid (e.g. a 2-24C saturated or unsaturated fatty acid or a 7-16C carbocyclic carboxylic acid), its Mg salt, Ca salt and its Ba salt and 0.1-5 pts.wt. epoxy polymer [e.g. a homo-polymer of an epoxy monomer (e.g. unsaturated glycidyl ester) or a copolymer thereof with a comonomer (e.g. methyl (meth)acrylate] and/or a polyol compound (e.g. glycerol).
|
en
|
JP-S63198453-A
|
JP-3090687-A
|
JP
|
A
|
A
| null | 1987-02-12
| null |
H04M1/00
|
SUZUKI MASAKO
|
Telephone system with incoming tone selection function
|
en
|
PURPOSE:To cope sufficiently with the preference of a user by using a magnetic card stored in advance with an incoming tone to select the incoming tone thereby expanding the selection range of the incoming tone attended with an increase in the kind of magnetic cards. CONSTITUTION:When a magnetic card with incoming tone information stored in advance thereupon is loaded on a card loading part 20 of a telephone system 10 with an incoming tone selection function, an external element detection circuit 11 detects the loading state of the magnetic card and sends the detection to an external element content reading circuit 12. The circuit 12 reads the content stored on the magnetic card and stores the content in a storage circuit 13. When an incoming tone signal comes to the telephone system 10, its arrival is detected by the control circuit 14 and the content stored in the storage circuit 13 to apply the result to an incoming tone generating circuit 15, from which an incoming tone is generated thereby expanding the selection range of the incoming tone.
|
en
|
JP-H06249055-A
|
JP-3096993-A
|
JP
|
A
|
A
| null | 1993-02-19
| null |
F02D45/00
|
KURIHARA MASARU
|
Method for utilizing result of analog/digital conversion
|
en
|
PURPOSE:To utilize appropriate results of the A/D conversion in executing the job by storing the results of the A/D conversion for each basic DY; time in the memory of the address corresponding to the duplication of the interrup tion request of the job, and shifting them to the address corresponding to the order of generation of the previous interruption. CONSTITUTION:When the store address of the results of the A/D conversion is not less than 32 but the FIFO buffer of the store address to be utilized in the 4ms job, the overlap counter OLC of the 4ms job is limited to 3 in the step S1105, and the results of A/D conversion to be loaded in the accumulator A are stored in the address to be added by the store address by doubling this overlap counter OLC in the step S1106. In executing the 4ms job, the data are read from the first word, and when the job is finished, the data of each word are sequentially shifted to the word in the first direction, and the results of the A/D conversion are read from the previously stored data through the FIFO buffer.
|
en
|
JP-H05262810-A
|
JP-3120793-A
|
JP
|
A
|
A
| null | 1993-01-27
| null |
C08F255/02
| null |
Preparation of vinyl polymer polyolefin composition
|
en
|
A method for preparing a polyolefine-vinyl polymer composite, in which 10-200 parts of weight of vinyl monomer and 0.01-4.0 parts of weight, based on 100 parts of weight of vinyl monomer, of a free radical polymerization initiator are impregnated into 100 parts of weight6 of polyolefine particles by blending these at a temperature of 20-130 DEG C in the absence of water whilst maintaining the particle structure of the polyolefine and in which method 80-1000 parts of weight, based on 100 parts by weight of polyolefine are vinyl monomer, of suspension water as well as stabilizing agent, are added to the polyolefine and vinyl monomer before the temperature of the water suspension is increased to polymerize the vinyl monomer, characterized in that the suspension water and stabilizing agent are added when 50-99% of the monomer has been absorbed in the polyolefine particles.
|
en
|
JP-S52115187-A
|
JP-3120976-A
|
JP
|
A
|
A
| null | 1976-03-24
| null |
H01L21/66
|
IKUMI MASUZOU
|
Measuring needle for probe card
|
en
|
PURPOSE: To increase the spring characteristics of a measuring needle for probe cards and make measurement more accurate by making the needle finer from the fixing side toward the needle tip side in tertiary curve form.
COPYRIGHT: (C)1977,JPO&Japio
|
en
|
JP-H07245925-A
|
JP-3128994-A
|
JP
|
A
|
A
| null | 1994-03-01
| null |
H02K9/02
|
MITAMURA SEIJI
|
Brushless motor
|
en
|
PURPOSE:To achieve high heat dissipation effect by providing a plurality of protrusions and recesses at the fitting part of a core applied with a winding and a housing thereby ensuring a large heat dissipation area for the winding and electronic components. CONSTITUTION:A core 3 is provided with a plurality of protrusions and recesses on the inner peripheral surface thereof and applied with a winding 5 through an insulating layer 4 to constitute a stator. A housing 2 is provided with same number of protrusions and recesses at the part to be fitted with the core so that the housing 2 and the core 3 are secured each other by meshing the protrusions and the recesses. When a current is fed through the wire, heat is generated and dissipated through the core to the housing. In this regard, the thermal resistance is decreased the protrusions and recesses provided at the fitting part increase the contact area between the core and the housing. When the outer diameter of the plurality of protrusions of housing is set smaller 2a at the start of insertion of core than that 2b at the end of insertion of core, and the inner diameter of the recess of core is set larger at the start of insertion of housing than that at the end of insertion of housing and tapered, the contact area can be increased furthermore. This structure realizes high heat dissipation effect.
|
en
|
JP-S58148926-A
|
JP-3133182-A
|
JP
|
A
|
A
| null | 1982-02-27
| null |
G01J1/44
|
SATO HARUNORI
|
Photometric circuit
|
en
|
PURPOSE:To correct temperature characteristics through simple constitution, by generating a correcting voltage on the basis of the difference between the sum of a voltage corresponding to a current proportional to absolute temperature and the reverse saturation current (Is) of a diode and a voltage corresponding to a current with a temperature coefficient and the Is, and a voltage proportional to the absolute temperature. CONSTITUTION:A voltage generating circuit 11 supplies voltages Vo and Vo' proportional to the absolute temperature to the uninverted input terminals of OP amplifiers 2 and 3. The inverted input terminal of the OP amplifier 2 is connected between a resistance R1 and the collector of a transistor (TR) Q1, a photodiode D1 which photodetects light transmitted through a lens is connected between the inverted and uninverted input terminals of the operational amplifier 3, and a log diode D2 is connected to a negative feedback loop. An arithmetic circuit 4 outputs the difference V3 between a voltage V2 corresponding to the reverse saturation current Is of TRs Q1-Q3 and a current proportional to the absolute temperature and an output voltage V3 having the temperature coefficient of the OP amplifier 3, and a comparator 6 compares it with a reference value 5 proportional to the absolute temperature to obtain the correcting voltage for temperature characteristics.
|
en
|
JP-H08202967-A
|
JP-3133895-A
|
JP
|
A
|
A
| null | 1995-01-27
| null |
G08B17/00
|
NODA SATORU
|
Fire detector
|
en
|
PURPOSE: To reduce the installation cost and to surely detect the occurance of a fire by preparing a histogram based upon a video output from a television(TV) output arranged in a tunnel or the like and comparing the histogram with flames generated at the occurance of a fire and a luminance histogram obtained when the tunnel or the like is filled with smoke. CONSTITUTION: The fire detector is provided with a TV camera 1 for photographing a picture in a tunnel or the like, an A/D converter 2 for converting a video signal from the camera 1 into a digital signal, a frame memory 3 for storing the digital picture outputted from the A/D converter 2, and a picture processor for obtaining a luminance histogram from the picture read out from the memory 3 and judging whether a fire occurs or not by comparing the number of picture elements with a specific luminance value in the histogram.
|
en
|
JP-H09202648-A
|
JP-3139396-A
|
JP
|
A
|
A
| null | 1996-01-24
| null |
G02B1/10
|
ARASE TAKUYA
|
Surface treatment
|
en
|
PROBLEM TO BE SOLVED: To provide a surface treatment process for a substrate by which a sufficient antistaining action with high persistency as well as a high weather resistance can be achieved. SOLUTION: A surface treatment solution containing (1) a silicon-containing organic fluorine polymer of the formula (where Rf represents a perfluoroalkyl group; Z is fluorine or trifluoromethyl; (a), (b), (c), (d) and (e) are independent from each other and represent 0 or an integer of >=1 and a+b+c+d+e is at least >=1 and the order of the groups enclosed by (a), (b), (c), (d) and (e) of the recurring units are not strictly limited; X represents H, Br or I; R<1> is OH or a hydrolyzable substituent; R<2> is H or a monovalent hydrocarbon group; (1) is 0, 1 or 2; (m) is 1, 2 or 3 and (n) is an integer of 1 or more), (2) a fluorine- containing organic solvent and (3) a silane compound [except for the silicon- containing organic fluorine polymer (1)] is applied to the surface of a substrate or a base material.
|
en
|
JP-S54123385-A
|
JP-3155778-A
|
JP
|
A
|
A
| null | 1978-03-17
| null |
B65D51/00
|
KOJIMA AKIRA
|
Lid
|
en
| null | null |
JP-S49119168-A
|
JP-3158273-A
|
JP
|
A
|
A
| null | 1973-03-19
| null |
H01B7/42
| null | null | null | null | null |
JP-H06241859-A
|
JP-3173193-A
|
JP
|
A
|
A
| null | 1993-02-22
| null |
F25C5/18
|
NAKAMARU TADASHI
|
Ice storage amount measuring system
|
en
|
PURPOSE:To continuously accurately measure an ice storage amount and to operate a circulation type ice cold storage system in a high efficiency by calculating the amount in an ice cold storage tank from an output of a conductivity measuring unit for measuring conductivity of electrolyte solution in the tank. CONSTITUTION:An ice 2 and electrolyte solution 3 in which a concentration is varied by icemaking are contained in an ice cold storage tank 1. The concentration of the solution 3 is varied by an increase/decrease in ice storage amount in the tank 1. This concentration change of the solution 3 is measured by a conductivity measuring unit 4, a measured value is input to a calculator 6, and the amount is calculated. That is, when C is electrolyte solution concentration, QC is electrolyte amount, QG is electrolyte solution amount, Q1 is ice storage amount and lambda is conductivity, the amount Q) can be calculated by measuring the conductivity lambda by using equations C=QC/(QC-Q1), Q1= QG--(QC/C), C=f(lambda) and Q1=QG-(QC/f(lambda) since the amounts QG and QC are already known.
|
en
|
JP-H02210467-A
|
JP-3182489-A
|
JP
|
A
|
A
| null | 1989-02-10
| null |
G03G15/02
|
YOSHIDA SHIGETAKA
|
Electrifying device
|
en
|
PURPOSE:To reduce the size of the electrifying device and the number of parts and to eliminate the contact defect by toner sticking by extending a wire, which is detained at one end to a detaining part and is detained at the other end to the free end of a conductive leaf spring, by means of the conductive leaf spring. CONSTITUTION:This device has a long size stabilizing plate 60, a 1st small holder 61 which has the detaining part 68 and is mounted to one end of the stabilizing plate 60, a 2nd large holder 62 which is mounted to the other end of the stabilizing plate 60, the conductive leaf spring 63 which is disposed in the direction orthogonal with the stabilizing plate 60, is supported at one end to the 2nd holder 62, and is disposed with the other free end so as to face the end of the stabilizing plate 60, and the wire 67 which is detained at one end of the detaining part 68 and at the other end to the free end of the conductive leaf spring 63 and is extended by the conductive leaf spring 63. The size of the electrifying device and the number of the parts thereof are reduced in this way and the contact defect by the sticking of the toner is prevented.
|
en
|
JP-S56128422-A
|
JP-3186080-A
|
JP
|
A
|
A
| null | 1980-03-13
| null |
G01F23/16
|
ISHII AKIRA
|
Water gauge
|
en
|
PURPOSE:To improve the accuracy of measurement and also, to prevent the corrosion of pressure sensitive element, by providing sealing diaphragm to measuring side of water level and opening side of atmosphere of the pressure sensitive element through the enclosure liquids. CONSTITUTION:When the fluid 2 flows in the lower part of the case 4 from the water inlet 5 and this pressure is given to the sealing diaphragm, said pressure is transmitted to measuring side of water level of the pressure sensitive element 8 through closely sealed enclosure liquid 7a. On the one hand, nearly constant atmospheric pressure is always given to the other sealing diaphragm 6b communicating to the atmosphere through the pipe 9 and said atmospheric pressure is transmitted to the opening side of atmosphere of the element 8 by closely sealed enclosure liquid 7b through the communicating pipe 14. Accordingly, the element 8 is strained in accordance with the pressure difference between the pressure transmitted from measuring side of water level and that of transmitted from the opening side of atmosphere of the element 8 and the pressure is converted into the electric signal to measure the water level.
|
en
|
JP-H04245195-A
|
JP-3187591-A
|
JP
|
A
|
A
| null | 1991-01-31
| null |
H05B37/02
|
UDA TAKASHI
|
Illuminance adjuster
|
en
|
PURPOSE:To control the illuminance by an illuminator, based on the lightness of the detection of a person. CONSTITUTION:In the case of having changed an operation part 1 over to 'automatic', an illuminance detector 2 detects the lightness and an illuminance judging part 5 compares it with the data read out of memory part 4, and if it is below the minimum illuminance, an illuminance controller 7 controls the illuminator and adjusts it into the minimum illuminance, and in the case that it is above the said minimum illuminance, the controller 7 turns off the power source of the illuminator. And the signal from the person detector 3 is input into a person descriminator 6, and in the case that it is judged to be a person, if the lightness is below the specified illuminance the detector 6 turns on the power source of the illuminator through an illuminance controller 7, and next, the lightness is adjusted to be required illuminance by increasing the supplied power gradually. In the case that the operation part 1 is set to 'manual', a power switch 12 and an illuminance adjusting nob 13 are to be operated manually to adjust the illuminance properly.
|
en
|
JP-H0691827-A
|
JP-3189993-A
|
JP
|
A
|
A
| 2637-04-16
| 1993-02-22
| null |
B29K96/00
|
NEGI TAICHI
|
Multilayred structure
|
en
|
PURPOSE:To obtain a multilayered structure excellent in gas barrier properties by providing a specific polypropylene layer to at least the single surface of a layer formed from a resin compsn. composed of a specific saponified ethylene/ vinyl acetate copolymer. CONSTITUTION:A saponified ethylene/vinyl copolymer (EVOH) A is characterized by that ethylene content is 45-60mol% and the saponification degree of a vinyl acetate component is 96mol% or more and other EVOH B is characterized by that ethylene content is 25-45mol% and the saponification degree of a vinyl acetate component is 96mol% or more. EVOHs A, B have a plurality of endothermic peaks in the melting curve due to a differential scanning calorimeter. A polypropylene layer is laminated to the single surface or both surfaces of the EVOH layer through an adhesive resin. With respect to the thickness constitution of this multilayered structure, a good molded product is obtained from the multilayered structure wherein the tensile force ratio of the EVOH layer to the polypropylene layer is 5 or less.
|
en
|
JP-S59157744-A
|
JP-3201583-A
|
JP
|
A
|
A
| null | 1983-02-28
| null |
G06F3/02
|
YAMADA HIROSHI
|
Keyboard input device
|
en
|
PURPOSE:To make the replacement of a keyboard input device easy by providing transformers, which form one magnetic path when a main body device and a keyboard part, in the main body device and the keyboard part to supply power and transmit and receive signals. CONSTITUTION:When cut core transformers 11 and 21 are joined, one magnetic path is formed; and when receiving a transmission signal sent from the main body device through a data bus DB1 in this state, a cummunication control circuit 16 generates a modulation control signal Tx corresponding to this transmission signal and gives it to a modulator 13. The output of the modulator 13 excites the coil of the cut core transformer 11 through an amplifier 14. A voltage induced in the transformer 21 is taken out as an electric power source power through a rectifying circuit 22 and a smoothing circuit 23. Meanwhile, with respect to a transmission signal sent in the FM or PM modulation system, a demodulation signal Rx is obtained in a demodulator 24 after passing the rectifying signal Rx is obtainedin a demodulator 24 after passing the rectifying circuit 22 without fluctuating the output of the smoothing circuit 23.
|
en
|
JP-S50125538-A
|
JP-3208974-A
|
JP
|
A
|
A
| null | 1974-03-20
| null |
E04B7/16
| null | null | null | null | null |
JP-H06252178-A
|
JP-3215593-A
|
JP
|
A
|
A
| null | 1993-02-22
| null |
H01L21/338
|
SAITO YOSHIHIRO
|
Semiconductor device and manufacture thereof
|
en
|
PURPOSE:To provide a semiconductor device wherein the variation of its characteristic is small in addition to the slight deteriorations of its elements and to its low failure ratio. CONSTITUTION:GaAs of the part of the surface of a substrate 110 wherein an insulating film is to be formed is exposed to the outside, and by the irradiation with ultraviolet rays which is performed in the atmosphere of ozone (O3), GaAs on the surface of the substrate is oxidized (a). Then, the ultrasonic cleaning of the same is performed by water having a high purity (b). At this point, it is considered that by this cleaning, As2O3 is removed from an oxide film 120 formed on the surface of the substrate and a very thin Ga2O3 is left on the surface of the substrate. Subsequently, as an insulating film or a protective film, an SiO2 film 130 is formed thereon by a thermal CVD method (c). Further, from this, in the similar manner to a conventional MES FET, the SiO2 films 130 in the parts wherein source, drain and gate electrodes are to be formed respectively are removed therefrom, and these electrodes are formed therein by the vapor-deposition of a metal.
|
en
|
JP-S55125984-A
|
JP-3222579-A
|
JP
|
A
|
A
| null | 1979-03-22
| null |
B25B15/00
|
ODA YUKIO
|
Driver
|
en
| null | null |
JP-S61192147-A
|
JP-3226585-A
|
JP
|
A
|
A
| null | 1985-02-20
| null |
H04J1/05
|
TSUBAKI KENICHI
|
Method for correcting level in modulator
|
en
|
PURPOSE:To attain accurate level correction and reproducibility by applying digital processing to the level correction of a modulated wave at the pre-stage of the synthesis of modulated waves through the multiplication between an amplitude code of the modulated wave and a level correction factor code corresponding to the frequency of the modulated wave. CONSTITUTION:An amplitude code outputted from a phase-amplitude code converter 8 is fed to a correction circuit 11 comprising a level correction factor generator 9 from which a correction factor code is outputted corresponding to each modulated wave to arrange each modulated level and a multiplier 10, multiplied with a correction factor code outputted corresponding to each modulated wave for correction, and the result is fed to a level synthesis section consisting of an accumulated adder 14 comprising a memory 13 applying the code cleared and read at the beginning of each sampling period to an adder 12, the amplitude code after correction to the 1st-p-th modulated wave fed sequentially from the correction circuit 11 is accumulated, the amplitude code synthesized at the end of each sampling period is fed to a D/A converter 15, where the code is converted into an analog signal.
|
en
|
JP-H05232954-A
|
JP-3232692-A
|
JP
|
A
|
A
| null | 1992-02-19
| null |
G10H1/18
|
FUJISAWA MINORU
|
Allocating device for electronic musical instrument
|
en
|
PURPOSE:To prevent an effective derivative sound from being previously stopped at its generation and to form musical sounds with high expression by selecting a musical sound generating channel to which a depressed key sound or a derivative sound with a low generation sound volume(GSV) is allocated. CONSTITUTION:A CPU 22 controls a musical sound generating circuit 28 having plural musical sound generating channels based upon key event data obtained from a keyboard part 20 and an operation setting state outputted from an operator group 23. The CPU 22 evaluates the GSV of a derivative sound allocated and formed to/by a certain channel as a GSV lower than the level concerned. A lower sound generation level is determined out of the evaluated GSV evaluated from the GSV of the derivative sound and the GSV of a depressed key sound similarly allocated and formed to/by the channel concerned. The musical sound generating channel to which the depressed key sound or the derivative sound with the low GSV is allocated is selected. Then a new depressed key sound is allocated to the selected channel.
|
en
|
JP-S55125313-A
|
JP-3237279-A
|
JP
|
A
|
A
| null | 1979-03-22
| null |
F24D3/10
|
KIMURA SHINICHI
|
Anticorrosive device for cylinder liner and the like for diesel engine
|
en
|
PURPOSE:To prevent a cylinder liner and the like effectively from corrosion by providing a nonreturn valve and an air-liquid separator to a circulation passage of cooling water to cool a cylinder liner and the like, and a vane pump and an amplitude helper to a bypass bypassing the nonreturn valve. CONSTITUTION:A cooling pipe 3 is arranged inside a tank 1 storing cooling water for cooling the engine cooling water returned from a part 14c of a circulation pipe 14. A part 14a of the circulation pipe 14 is connected to a cylinder liner for cooling it. At this stage, the circulation pipe 14 connected to the bottom of the tank 1 via a valve 15 is connected to a point between pipes 14a and 14b via nonreturn valve 18, an air-liquid separator 19 and so on, while a bypass 24 provided to bypass the nonreturen valve 18 is equipped with a vane pump 27 and an amplitude helper 28. The amplitude helper 28 is constructed by providing pole pieces 31 and 32 along the water stream, and intended to promote the formation of anticorrosive coating by giving electricity.
|
en
|
JP-S63200573-A
|
JP-3242287-A
|
JP
|
A
|
A
| null | 1987-02-17
| null |
H01L27/105
|
YOSHIDA KOICHIRO
|
Semiconductor integrated circuit device
|
en
|
PURPOSE:To operate a semiconductor integrated circuit for placing both an EEPROM integrated circuit and an analog integrated circuit in mixture by a sole or two power sources by forming N-type tabs on a P-type Si substrate, providing a P-type well in an N-type tab region, and forming the semiconductor integrated circuit. CONSTITUTION:Phosphorus ions are thermally diffused whole a thermal oxide film is grown on a P-type Si substrate 1 to form an N-type tab 4. Then, a photoetching, an etching, an ion implanting and a thermal oxidizing and thermal diffusing are repeated to form an N-type well 2 with phosphorus ions of an EEPROMIC on the substrate 1, and a P-type well 6 with B ions is formed in the tab region. Then, a first layer polycrystalline Si is deposited by a reduced pressure CVD method, and a lower electrode 15 of a capacitor of an analog integrated circuit is formed. Thereafter, a PSG film 27 of the CVD method is deposited, a contact hole is opened, an aluminum wiring layer 28 is formed by aluminum sputtering, photoetching, thereby manufacturing a semiconductor integrated circuit having the EEPROM integrated circuit and the analog integrated circuit in mixture.
|
en
|
JP-H10230987-A
|
JP-3242997-A
|
JP
|
A
|
A
| null | 1997-02-17
| null |
B65D85/57
|
HIGUCHI YOSHINORI
|
Bottom member of container case
|
en
|
PROBLEM TO BE SOLVED: To eliminate generation of weld lines of the base board of the bottom member of a CD resin container case made by the injection molding and improve the appearance. SOLUTION: In the bottom member of a resin container case made by the injection molding, the gate position at the molding is set at the central part of the end edge along the front end wall 10 in the base board 6 and recessed holes 46 are formed at the position between the side walls 8, 9 of the bottom 2 and the base board 6. Resin charged from the gate into the cavity on molding is spread at the part corresponding to the base board and flows along the part corresponding to the side walls 8, 9. The flow of resin is obstructed by the holes 46 and the resin does not flow easily from the part corresponding to the side walls 8, 9 to the part corresponding to the base board 6. In this way, the weld lines occurs at the side walls 8, 9 even if the lines are generated and hence, they become inconspicuous.
|
en
|
JP-S60178866-A
|
JP-3252484-A
|
JP
|
A
|
A
| null | 1984-02-24
| null |
A61K31/47
|
ISHIKAWA MASAYUKI
|
Novel 3-carbamoyloxymethyl-2-phenylquinoline derivative
|
en
|
NEW MATERIAL:A 3-carbamoyloxymethyl-2-phenylquinoline derivative expressed by formula I (R1 and R3 are alkyl or alkoxycarbonyl; R1, R2 and R3 are linked to the 5-, 6- and 7-positions or 6-, 7- and 8-positions respectively in the order mentioned; R4 is H or halogen; R5 is alkyl). EXAMPLE:7-Ethoxycarbonyl-3-( N-methylcarbamoyloxymethyl )-6,8-dimethyl-2-phenylquinoline. USE:A hypotensive agent or inhibitor for blood platelet agglutination. PREPARATION:The OH group expressed by formula II is acylated with a group expressed by the formula R5NHC(=O)- in a compound expressed by the formula R5NCO or R5NHC(=O)Cl if desired in the presence of a dehydrochlorinating agent, etc. to give the aimed compound expressed by formula I .
|
en
|
JP-S50126385-A
|
JP-3258574-A
|
JP
|
A
|
A
| null | 1974-03-25
| null |
H01L29/74
| null | null | null | null | null |
JP-S54124110-A
|
JP-3272078-A
|
JP
|
A
|
A
| null | 1978-03-22
| null |
F02D13/02
|
KAWAMURA HIDEO
|
Internal combustion engine exhaust gas recirculation system
|
en
|
PURPOSE: To recirculate exhaust gas in a combustion chamber by opening an exhaust valve while a suction valve is opened for a specific period, whose each rocker arm comes in contact with a hydraulic piston.
CONSTITUTION: Each head of a suction and exhaust valves 5, 8 comes in contact with a rocker arm 3, 7 whose upper face is in contact with piston 11b, 12b. Oil is supplied for the spaces on the pistons through communication pipes 15, 15 having a controller 16 in hand. The controller 16 containes an opening-closing valve 16f, a check valve 16d, a communication hole 16m, a piston 16h, an oil duct 17 communicating with an oil gallery, and an oil return pipe 16k communicating with an oil pan. In normal operation of the controller, the valve 16f functions to close the passed 16a, 16b and in high load, it functions in reverse. In high load suction stroke when the suction valve is opened, the exhaust valve 8 is opened so that exhaust gas can be recirculated.
COPYRIGHT: (C)1979,JPO&Japio
|
en
|
JP-S59159876-A
|
JP-3288583-A
|
JP
|
A
|
A
| null | 1983-03-02
| null |
G03G7/00
|
HARADA KATSUMI
|
Self-adhesive paper
|
en
|
PURPOSE:To prevent adherence of a self-adhesive to a photosensitive material on a copying machine which leads to staining of copying paper, by attaching an edge cover to prevent exposure of the self-adhesive to at least one edge of a self-adhesive paper. CONSTITUTION:A self-adhesive paper is prepared composed of a base paper 1 made of wood-free paper, art paper, etc., a pressure-sensitive self-adhesive 2 (e.g. natural rubber latex or acrylic resin emulsion) and a release paper 3. An edge cover 4 comprising wood-free paper, plastic film, etc. is attached to at least one edge of the self-adhesive paper by use of an adhesive 5. Thus exposure of the self-adhesive 2 which leads to staining of copying paper in copying operation is prevented. Instead of attachment of the cover 4, the edge may be covered with the release paper 3 by use of the adhesive 5.
|
en
|
JP-H05199986-A
|
JP-3296792-A
|
JP
|
A
|
A
| null | 1992-01-24
| null |
G02B23/24
|
KOMI SHUJI
|
Suction mechanism for endoscope
|
en
|
PURPOSE:To enable the easy operation of a selector valve provided in the position of a connector for connecting a universal cord to a light source device in order to wash a suction route while holding an endoscope set on a hanger. CONSTITUTION:A valve changeover operating part is provided in a body operating part 1. The changeover valve is changed over from a non-operation state to a suction state by this valve changeover operating part, by which the filth in the body is sucked from a suction port 4 and is sent through a suction passage 5, the selector valve and a suction piping' into a suction container 8. This body operating part 1 is set on the hanger 50 and while an insertion part 2 is held hung down, the insertion part 2 is immersed into a washing liquid container 52. The selector valve 20 is changed over from the non-operation state to the suction state if an operating ring constituting the changeover means provided in the connector 3a for connecting the universal cord 3 connected to the light source device is operated. As a result, the suction route is washed by sucking the washing liquid from the washing liquid container 52.
|
en
|
JP-H11227715-A
|
JP-3299398-A
|
JP
|
A
|
A
| null | 1998-02-16
| null |
B65B31/02
|
SUGIKI SHOZO
|
Method and apparatus for vacuum packing
|
en
|
PROBLEM TO BE SOLVED: To provide a vacuum packing method capable of easily and surely evacuate the inside. SOLUTION: An iron plate 14 mounted on a wooden pallet 12 is mounted on a base plate 18, and an inner bag 50 and a vacuum packaging body 56 are housed thereon. A rubber air tube 58 is placed on a flange part 56B, and a tube holder 26 is closed. The rubber air tube 58 is inflated by filling high- pressure air to closely attach the flange part 56B to an upper surface of the base plate 18. Then, a vacuum pump is actuated to evacuate the inside air. The flange part 56B can be easily, surely and closely attached to the upper surface of the base plate 18 in a short time, and the inside can surely be evacuated in a short time.
|
en
|
JP-H01206476-A
|
JP-3300888-A
|
JP
|
A
|
A
| null | 1988-02-15
| null |
H04L29/06
|
TAKAGISHI YOSHINORI
|
Portable electronic equipment
|
en
|
PURPOSE:To eliminate the need for necessity to prepare two types of terminal machines by responding to the first connection form of an identifying means, transferring information, responding to the second connection form of the identifying means and transferring the information. CONSTITUTION:When a connection to a telephone network can be confirmed, a handy terminal machine starts the transmission of data to a transmitting destination having a telephone number. On the other hand, there is the response of a busy, after waiting for a time set beforehand, a connection action to the telephone number is performed again with the number of times set beforehand as maximum. At this time, time out is attained without either the signal of 'connection confirmation' to the telephone network or the signal of 'busy' responding to the handy terminal machine, it is judged that the handy terminal machine is connected directly to a work station and data is transmitted directly to the serial interface of the work station by another protocol stored in a ROM or RAM.
|
en
|
JP-S63201483-A
|
JP-3302487-A
|
JP
|
A
|
A
| null | 1987-02-16
| null |
F27B1/02
|
ONO FUMINOBU
|
Vertical type multistage furnace
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-H06248931-A
|
JP-3306493-A
|
JP
|
A
|
A
| null | 1993-02-23
| null |
F01N3/028
|
OGINO TOSHIRO
|
Filter regenerator for internal combustion engine
|
en
|
PURPOSE:To provide a filter regenerator capable of exerting no hindrance on the operation of an engine by burning and removing particulates, collected by a filter, to the back surface and of removing the particulates, regardless of the temperature of the filter at the time of starting regeneration. CONSTITUTION:This device is provided with a heating chamber 22; a filter 23, housed in the heating chamber; a microwave generation means 24, generating a microwave for heating particulates, a gas feeding means 29, feeding gas for burning the particulate; a temperature detection means 34, provided in a gas passage downstream from the filter 23 in the flow direction of the gas; and a control part 35, increasing the supply quantity of the microwave after the highest temperature is detected by the temperature detection means 34; and the particulates in the utmost downstream vicinity is combusted and removed. In starting regeneration, only the gas feeding means 29 is operated for a fixed time to control the action of the microwave generation means 24 based on temperature information detected by the temperature detection means 34.
|
en
|
JP-S50126073-A
|
JP-3326374-A
|
JP
|
A
|
A
| null | 1974-03-25
| null |
B29C55/14
| null | null | null | null | null |
JP-S56129815-A
|
JP-3333880-A
|
JP
|
A
|
A
| null | 1980-03-18
| null |
G01F1/58
|
WADA ICHIROU
|
Electromagnetic flowmeter
|
en
|
PURPOSE:To simplify the structure of a flowmeter and make it compact and inexpensive by a construction wherein the side of a stick electrode provided in parallel with the direction of a central flux is exposed on the inside wall of a measuring tube. CONSTITUTION:A measuring tube 11 is supported via a spacer 14 between electrodes 15 of an exciting coil 17. Two stick electrodes 12 are provided symmetrically in parallel with the direction of a central flux, and a part exposed on the inside wall 11a of a measuring tube on the side 22a of the electrodes 12 is formed with the same curve as that of the inside wall 11a so that no steps are produced. A conductive wire 13 is connected to the electrode, and either side is sealed by means of O ring. By so doing, the strcuture of the meter is made smaller and inexpensive.
|
en
|
JP-S57147326-A
|
JP-3335881-A
|
JP
|
A
|
A
| null | 1981-03-09
| null |
H03M1/48
|
UENO TAKAHIDE
|
Analog-to-digital converter circuit
|
en
|
PURPOSE:To shorten a conversion time by varying a clock frequency when the output of an up/down counter converges to a value to be found. CONSTITUTION:When an analog input signal to a comparator 24 is greater than an analog value outputted from a D/A converter 23, the output of the comparator 24 advances together with a clock input from a clock controller 21 by placing an up/down counter 22 in up mode, and the output of the D/A converter 23 is increased. When the output of the D/A converter 23 exceeds the analog input, the counter 22 is set to a down side to decrease the output together with the clock input, and the output of the D/A converter 23 converges by alternating a value a little bit greater than the analog input value with a value a little bit less. In the fromer half period T1 of the convergence, a clock controller 21 supplies a clock with a frequency 2fc, and in the latter half period, it supplies a clock with a frequency fc.
|
en
|
JP-H02212089-A
|
JP-3339289-A
|
JP
|
A
|
A
| null | 1989-02-13
| null |
B25J15/08
|
SATO NAOMI
|
Soft hand
|
en
|
PURPOSE:To enable the telescopic motion in the axial direction without increasing the number of parts and to curve a tube by fitting one end of the tube with opening both ends expandable by the pouring of a fluid to a 1st base equipped with a fluid feeding and discharging hole, fitting the other end of the tube to a 2nd base body and embedding a cord into the tube. CONSTITUTION:One end of the tube 1 with opening both ends expandable by the pouring of the fluid of an air, etc., is fitted to a 1st base body 3 equipped with a fluid suction and exhaust hole 2 and the other end of this tube 1 is fitted to a 2nd base body 4. Moreover, a cord 7 is imbedded into this tube 1. Thus the number of parts can be reduced as well by embedding the cord 7 into the tube 1 without separating the tube 1 from a fiber layer. The tube 1 can also be curved around the shaft by arranging the cord 7 embedded into the tube 1.
|
en
|
JP-S496225-A
|
JP-3339473-A
|
JP
|
A
|
A
| null | 1973-03-23
| null |
B65H67/06
| null | null | null | null | null |
JP-H06251109-A
|
JP-3340293-A
|
JP
|
A
|
A
| null | 1993-02-23
| null |
G06F12/00
|
TANEMOTO TAKESHI
|
Automatic designing method for building body and data base used therefor
|
en
|
PURPOSE:To simply and accurately even execute a design in a short time even by an unskilled person, and also to unify the standard of components by retrieving and selecting libraries in which components such as a column, a beam, an earthquake-proof wall are classified into parts, applications and construction methods, and arranging them automatically. CONSTITUTION:In a support library, libraries in which components for a building body are classified into parts, applications and construction methods are set, and in accordance with an inputted condition, these libraries are retrieved, and a desired component is selected automatically. Classified parts are classified into five of a column, a large beam, an earthquake-proof wall, a slab and a small beam. As for classified application, for instance, with regard to a column, a beam and an earthquake-proof wall, general and stagger and a cross-beam and a span beam, and an inner wall, an outer wall and protruded room use are set, respectively. As for the classification based on the construction method, for instance, with regard to the column, the earthquake-proof wall, the earthquake-proof wall, and the slab, a conventional construction method and prefabricated reinforcement, and conventional prefabricated reinforcement, and only the conventional construction method, and the conventional construction method, PRC unbond, etc., are set, respectively.
|
en
|
JP-H02214036-A
|
JP-3341089-A
|
JP
|
A
|
A
| null | 1989-02-13
| null |
G11B7/26
|
TAKEBE MASAKI
|
Optical disk mastering device
|
en
|
PURPOSE:To obtain an optical disk mastering device by which the output level of a laser beam can easily be adjusted with high accuracy and the degree of a modulation can be stabilized by providing a voltage fine adjustment circuit between a voltage conversion circuit and a modulator. CONSTITUTION:The subject device is composed in such a way that the voltage fine adjustment circuit 3 is connected between the voltage conversion circuit 2 and the modulator 5. The circuit 3 sets a signal converted by the circuit 2 at a voltage suitable for the modulation of the laser beam at the modulator 5. Therefore, the modulator 5 modulates the intensity of the laser beam based on the signal from the circuit 3 when an output signal from a formatter 1 is analog data in which a video signal or an audio signal, etc., is converted to a digital signal, and outputs a modulated laser beam. Also, when it is prescribed digital data, the modulator makes the laser beam emit intermittently based on the signal from the circuit 3, and outputs an intermittent laser beam. In such a manner, since the input voltage of the modulator can always be kept constant and the modulation factor can be stabilized, an optical disk can be manufactured with high accuracy.
|
en
|
JP-S51120881-A
|
JP-3343376-A
|
JP
|
A
|
A
| null | 1976-03-26
| null |
B31B160/20
|
FURITSUTSU ATSUHERUPOORU
|
Forming method of bag having transverse bottom
|
en
| null | null |
JP-S56141676-A
|
JP-3347980-A
|
JP
|
A
|
A
| null | 1980-03-18
| null |
H04N5/74
|
REONARUDO JIEE BAABITSUKU
|
Television projecting system
|
en
| null | null |
JP-S50127121-A
|
JP-3348574-A
|
JP
|
A
|
A
| null | 1974-03-27
| null |
H01F27/32
| null | null | null | null | null |
JP-H09226753-A
|
JP-3355996-A
|
JP
|
A
|
A
| null | 1996-02-21
| null |
B65D77/06
|
WADA KIYOSHI
|
Liquid ejection plug using composite material and paper container for liquid with plug
|
en
|
PROBLEM TO BE SOLVED: To enable separation or disposal of a plug as paper by molding mold resin with a composite sheet mainly comprising a paper base sheet as an insert material. SOLUTION: A plug B comprises a cylindrical ejection port 11 for ejecting liquid contents and a ring-like flange 12, wherein the ejection port 11 is applied with a lid C such as a cap by screwing or fitting to its outer or inner periphery. The plug B has a paper base sheet 21 due to composition wherein a synthetic resin layer is laminated on the paper base sheet as a main content mounted inside the plug B as an insert material, and insert-molded by using molding synthetic resin. Thus the plug B is molded of a composite material comprising the paper base sheet 21 and the molding synthetic resin, wherein in order to facilitate separation or disposal after use, a volume occupied by the paper base sheet 21 in an entire volume is preferably as large as possible to a degree that performance as a container for liquid may not be obstructed.
|
en
|
JP-S4945586-A
|
JP-3364673-A
|
JP
|
A
|
A
| null | 1973-03-26
| null |
A61B5/08
| null | null | null | null | null |
JP-S54127184-A
|
JP-3388578-A
|
JP
|
A
|
A
| null | 1978-03-24
| null |
A61B5/04
|
OOKUBO KAORU
|
Electrocardiograph
|
en
| null | null |
JP-S49122656-A
|
JP-3390873-A
|
JP
|
A
|
A
| null | 1973-03-24
| null |
H03K17/62
| null | null | null | null | null |
JP-S49119768-A
|
JP-3393073-A
|
JP
|
A
|
A
| 1240-02-20
| 1973-03-20
| null |
A47G23/04
| null | null | null | null | null |
JP-S60177611-A
|
JP-3393084-A
|
JP
|
A
|
A
| 1240-02-29
| 1984-02-23
| null |
H01C17/24
|
HAYASHI NOBUNAO
|
Method of producing electronic part
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-S51108998-A
|
JP-3396575-A
|
JP
|
A
|
A
| null | 1975-03-20
| null |
B65B13/06
|
MAE SHINROKU
|
Jidokonhokiniokeru konhoteepunojudosochi
|
en
| null | null |
JP-S48100968-A
|
JP-3403372-A
|
JP
|
A
|
A
| null | 1972-04-05
| null |
A46B3/18
| null | null | null | null | null |
JP-S61194738-A
|
JP-3404885-A
|
JP
|
A
|
A
| null | 1985-02-22
| null |
H01L21/02
|
YAJIMA KOICHI
|
Adhesive tape for manufacture of semiconductor
|
en
|
PURPOSE:To obtain an adhesive tape enabling mechanical vibration to be eliminated when tearing off the release tape as well as enabling twist of the tape to be eliminated by a method wherein part of the lamination plane between the adhesive applied to the base material of the tape and the release paper is made non-contact. CONSTITUTION:The cross-sectional structure of an adhesive tape is made such that irregularities are provided on the lamination plane side of a release paper 3 to form a roughened surface. When irregularities are formed on the lamination plane between the adhesive and the release paper 3 as this, part of the lamination plane becomes non-contact. Thus, even though the adhesive force is strong, it is allowed to easily tear off the release paper because of the small contact area between the release paper 3 and the adhesive 2. In addition, the height of the irregularities to be formed on the contact plane of the release paper 3 needs to be made larger than the thickness of the adhesive 2.
|
en
|
JP-H05201388-A
|
JP-3416892-A
|
JP
|
A
|
A
| null | 1992-01-24
| null |
B63H25/50
|
KOJIMA HIROYUKI
|
Emergency collision preventing device for ship
|
en
|
PURPOSE:To provide an emergency collision preventing device for a ship which is caused to effect turning-around of a ship hull occasioned by lateral movement and apply brake through a simple mechanical means by properly preventing the occurrence of collision when a ship under sailing is brought into a situation that collision with other ship is predictable. CONSTITUTION:Each of two ship's sides is provided with a working plate 2 the rear end of which is pivotally mounted on a ship hull 1 and revolvable to the outside, a ship hull recessed part 1a containing the working plate 2 to form a ship shape in a well-ordered shape, and a working plate holding means 5 capable of releasably holding the working plate 2 in the ship hull recessed part 1a. Each of conduits 3 through which external water dammed up at the front of the working plate 2 during revolving operation of the operating plate 2 is guided to the opposite ship's side is disposed to a portion ranging from an opening 1b formed in the ship hull recessed part 1a to an opening 1c formed in the ship hull outer board of the opposite ship's side.
|
en
|
JP-S61193116-A
|
JP-3421085-A
|
JP
|
A
|
A
| null | 1985-02-22
| null |
H04N1/113
|
OKADA KENICHI
|
Light beam scanning system
|
en
|
PURPOSE:To eliminate the need for heater control and to improve mass- productivity by converging a scan-directional component of a timing light beam intensely on a timing scanning surface and making light incident through a linear light image lens which converges a component perpendicular to the scan direction weaker than the scan-directional component. CONSTITUTION:The light beam from a light source 11 is converted by a lens 12 into a substantially parallel light beam, which is made incident on a reflecting surface P1 of a rotary polygon mirror 13. Reflected light from the reflecting surface P1 is incident on a converging device 15 and converged on a photodetection surface 16, so that the light scans on the photodetection surface 16. Information is written or displayed on the photodetection surface 16 by this scanning. Part of a light beam deflected by a deflection scanning means is led as the timing light beam F1 out of the scanning area of the photodetection surface 16. The timing light beam F1 is incident on a reflecting plate 31 and reflected light from the reflecting plate 31 is passed through the linear light image lens 32 to enter a photodetecting device 17 for timing detection.
|
en
|
JP-S52119256-A
|
JP-3430476-A
|
JP
|
A
|
A
| 1241-04-07
| 1976-03-31
| null |
H04R1/32
|
MATSUZAKI HIROSHI
|
Underwater receiver
|
en
|
PURPOSE:To improve the performance of the bearing measured by installing receivers of odd sets of more than 3 and arranging receiving directivity to zero sensitivity on horizontal plane.
|
en
|
JP-H02212842-A
|
JP-3435389-A
|
JP
|
A
|
A
| null | 1989-02-14
| null |
G03F1/82
|
ONO TOSHIO
|
Cleaning device
|
en
|
PURPOSE:To enable anybody to easily perform uniform operation without limiting an operator by putting the cleaned surface of a photomask in eccentric motion under constant pressure. CONSTITUTION:The cleaning device is provided with a cleaning tool 1 which cleans a body to be cleaned (photomask) mounted in a mask holder 3 and a vertical motion driving shaft 13 which is fitted with the rotary arm 12, also fitted movably in the axial direction, and fixed in cleaning operation. Further, the device is equipped with an axial driving part 19 which drives the vertical motion driving shaft 13 and applies necessary pressure to the body 2 to be cleaned, driving parts 30 and 31 which put rotary arm 12 in the eccentric motion, and a control part 36 which controls respective parts at specific timing. Consequently, the specific pressure is applied to the cleaned surface, which is cleaned while put in the eccentric motion. Consequently, anybody can carry on the stable cleaning without any irregularity for a long time.
|
en
|
JP-H03238576-A
|
JP-3436290-A
|
JP
|
A
|
A
| null | 1990-02-15
| null |
G06K9/38
|
KUWAMURA YOSHINORI
|
Automatic binarization system for multi level image data
|
en
|
PURPOSE:To obtain an image free from deformation and thinning by finding out the average value of respective image element values in a large area and obtaining the data of '0' or '1' based up the obtained mean value and the values of respective image elements in an area to be binarized in a line buffer. CONSTITUTION:An image is converted into multi level image data by an image input part 1 and the converted data are sent to a line buffer 3 in each plural lines by a line buffer sending part 2. Then, an area to be binarized is selected from the contents of the buffer 3 by a binarization objective area part 4, a mean value calculating part 5 is started and the mean value of respective image elements in an area including the area to be binarized is calculated. Respective image elements in the binarization objective area are binarized by a conversion table part 6 and binary data are outputted from an output part 7. Thereby, even when dark and light parts are mixed in an original, the binarizing level is dynamically changed and the image free from deformation or thinning can be obtained.
|
en
|
JP-S59161595-A
|
JP-3441583-A
|
JP
|
A
|
A
| null | 1983-03-04
| null |
E21D9/06
|
OOKUBO YASUO
|
Method and device for guiding small-bore pipe excavator
|
en
|
(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
|
ja
|
JP-2000232721-A
|
JP-3449599-A
|
JP
|
A
|
A
| null | 1999-02-12
| null |
H02G7/14
|
NINOMIYA TAKASHI
|
Wind whistle reduction method for multi-conductor transmission line and low wind whistle multi-conductor transmission line
|
en
|
PROBLEM TO BE SOLVED: To reduce the wind whistle of a multi-conductor transmission line, while a spiral rod is not wound on the multi-conductor transmission line, a conductor with a spiral protruding spiral on its outer circumference is not used and hence noise caused by corona discharge is avoided and wind pressure is not increased. SOLUTION: A multi-conductor transmission line is composed of a plurality of conductors held in parallel with each other by spacers. A distance between two parallel conductors is set so as to be the distance which corresponds to the trough part of the periodical change of wind whistle level at a predominant frequency in terms of the distance between the conductors. For instance, if a standard ACSR with a nominal cross-sectional area of 810 mm2 is used, the distance between two parallel conductors is set in the range of 440-460 mm or 580-600 mm.
|
en
|
JP-H07244325-A
|
JP-3454894-A
|
JP
|
A
|
A
| null | 1994-03-04
| null |
G03B17/00
|
SATO TATSUYA
|
Camera with blur correcting function
|
en
|
PURPOSE:To obtain accurate camera-shake information by arranging a piezoelectric vibration gyroscope so as to make the direction of a vibration causing the effect to the blur of an image more than anything else almost coincident with the self-excitation direction of the piezoelectric vibrating gyroscope. CONSTITUTION:In a lens main body 31, a camera-shake detecting device (the piezoelectric vibrating gyroscope) 34 for detecting the shaking state of a camera is fixed by an attaching base plate 35. At the time of starting an exposure, the lifting up action of a quick return mirror 4 and the traveling action of the 1st blind of a shutter device 5 are taken. Moments the quick return mirror 4 is abutted on a stopper 9 and the traveling of the 1st blind of the shutter device 5 is completed, impacts (vibrations) by these actions occur inside the camera in a comparatively short time. The camera-shake detecting device 34 is attached in such a manner that the direction of the impact (vibration) occurring in the camera is made almost coincident with the excitation direction of the piezoelectric body for the excitation driving of the gyroscope.
|
en
|
JP-S53120084-A
|
JP-3460377-A
|
JP
|
A
|
A
| null | 1977-03-30
| null |
G05B11/28
|
MATSUMOTO NORIO
|
Thermosensing intermittent driving device
|
en
|
PURPOSE: To operate the intermittent driving effectively in an intermittent driving device used for opening/closing valves etc. for controlling fuel as a heating medium, by means of constituting a magnetic circuit using a permanent magnet at a predetermined necessary condition.
COPYRIGHT: (C)1978,JPO&Japio
|
en
|
JP-H02214032-A
|
JP-3461589-A
|
JP
|
A
|
A
| null | 1989-02-14
| null |
G11B7/13
|
MISAWA SHIGEYOSHI
|
Focal point position detector
|
en
|
PURPOSE:To perform the detection of a focusing error signal with high sensitivity by arranging optical detectors making a pair on one side by shifting to a position where part of waveguide light at the time of focusing for the optical detector on the other side is shielded in the optical detectors making a pair. CONSTITUTION:At a state where a beam of light is converged at the time of focusing, the optical detectors 19a and 19c are arranged so that they divide beams of light P and Q into two by shielding half of them at a position near to the focal point of each of the beams of light P and Q and they can receive and detect the light quantities of the beams of light of nearly half and the optical detectors 19b and 19d are arranged so that they can receive and detect the light quantities of remaining half not being shielded, respectively. Here, assuming the output of the detectors 19a-19d as (a-d), a focal point error signal DELTAF can be obtained as DELTAF=(a-b)+(d-c). When an optical recording medium 21 approaches a focusing lens 22, the beam of light coupled and wave-guided in a light waveguide layer 17 goes to a splashed beam of light state (b), and by adjusting the output (a-d) so as to obtain DELTAF=0 at the time of focusing, it goes to a>b and c<d, and DELTAF>0. Adversely, at a state (a) where the medium is separated from the lens, it goes to a<b, c>d, and DELTAF<0. Therefore, a deviated direction can be detected by a positive or negative level and a quantity of deviation by the size of the beam of light.
|
en
|
JP-H09231445-A
|
JP-3461896-A
|
JP
|
A
|
A
| null | 1996-02-22
| null |
G06Q40/00
|
TOBARI SHOICHI
|
Automatic teller machine
|
en
|
PROBLEM TO BE SOLVED: To obtain an automatic teller machine by which the operability and the working rate are improved, by equipped a picture reading means reading picture information written from an information medium and a processing means executing a transfer transaction based on information obtained by the picture reading means so as to easily execute the transfer transaction in a short time. SOLUTION: When a password inputted within a prescribed number of times and a registered password coincide with each other, an operation guide for urging the insertion of a transfer information card to a card port is displayed on a color CRT display. When the transfer information card is inserted, a reading part 21b reads a picture image written in the transfer information card. Then information on a transfer destination is read from the transfer information card and information on a requester is read from the magnetic stripe of a cash card to execute transfer transaction. Thereby input items to be inputted by means of a touch panel sensor, etc., are reduced even at the time of a first transfer transaction.
|
en
|
JP-H10232122-A
|
JP-3470797-A
|
JP
|
A
|
A
| null | 1997-02-19
| null |
H01L21/66
|
OMORI TAKEO
|
Defect-inspecting device
|
en
|
PROBLEM TO BE SOLVED: To enhance efficiency by automation, and at the same time provide a compact defect inspection device that does not take much space. SOLUTION: A defect inspection device has a first lighting optical system 11 for lighting a surface 4 to be inspected, a first light reception optical system 12 for forming only the image of a diffraction light from the surface 4 to be inspected out of application light from the first lighting optical system 11, a second lighting optical system 21 for lighting the surface 4 to be inspected, and a second light reception optical system 22 for forming the image of scattered light from the surface 4 to be inspected. In this case, a plane containing lighting rats from the first lighting optical system 11 entering onto the surface 4 to be inspected and diffraction rays reaching the first light reception optical system 12 after being diffracted on the surface 4 to be inspected crosses a plane containing lighting rats from a second lighting optical system 21 entering onto the surface 4 to be inspected and scattered rays reaching a second light reception optical system 22 after being scattered on the surface 4 to be inspected at a certain angle.
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en
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JP-H03238860-A
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JP-3474690-A
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JP
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A
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A
| null | 1990-02-15
| null |
H01L29/78
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SUZUKI NOBUYUKI
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Semiconductor device
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en
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PURPOSE:To shorten a diffusion time and to enable formation of a deep WELL even at a low temperature by using epitaxial growth of Si. CONSTITUTION:Before epitaxial growth of Si, impurity 102 having a polarity opposite to that of impurity of a silicon substrate is injected by ion implantation below a region whereon a WELL is formed using a silicon oxide film 103 as a mask. After the impurity 102 is put in a high temperature diffusion furnace and activated, single-crystal Si 104 is formed by epitaxial growth. At this time, the impurity 102 is diffused into the single-crystal Si which is formed by epitaxial growth. Then, a silicon substrate is oxidized and the impurity 105 which is same as the impurity 102 is injected by ion implantation using a photo resist as a mask to diffuse impurities. It is put in a diffusion furnace of high temperature and diffused as far as a depth to be combined to a layer whose impurity is diffused in advance. Thereby, it is possible to form a deep WELL at a low temperature by diffusion of a short time.
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en
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JP-H08228741-A
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JP-3480795-A
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JP
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A
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A
| null | 1995-02-23
| null |
A23N12/06
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ITATSU YOSHIHIRO
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Drying device of flower bulbs
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en
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PURPOSE: To make large-scale facility of precipitation tank, etc., installed in the exterior unnecessary and reduce cost by forming a drain ditch for collecting discharge water allowed to flow from a washing machine after cleaning bulbs and providing the drain ditch with a recovering apparatus for recovering old skin. soil, stone, etc., of bulbs. CONSTITUTION: A drain ditch 50 for discharging from the drain allowed to flow from the washing machine after washing received bulbs with the washing machine is formed and the drain ditch 50 is provided with a recovering apparatus 54 for recovering old skin, soil, stone, etc., of bulbs allowed to flow into the ditch 50. After these bulbs are washed, these bulbs are dried to a prescribed water content value while applying dehumidified air to the bulbs.
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en
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JP-2000231190-A
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JP-3483499-A
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JP
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A
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A
| null | 1999-02-12
| null |
C08F2/48
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IGARASHI TSUTOMU
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Photopolymerizable composition
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en
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PROBLEM TO BE SOLVED: To obtain characteristics of high resolution and good plating resistance by using a specified linear polymer and a specified photopolymerizable unsatd. compd. SOLUTION: The compsn. contains 20 to 90 wt.% of a nonlinear polymer having the weight average mol.wt. between 3×104 and 6×104, 3 to 30 wt.% of a photopolymerizable unsatd. compd. expressed by the formula, 5 to 40 wt.% of a photopolymerizable compd. having at least two end ethylene groups, and 0.01 to 30 wt.% of a photopolymn. initiator. The nonlinear polymer is prepared by copolymn. of a nonacidic compd. having polymerizable unsatd. groups and phenyl groups in the molecule, a carboxylic acid or acid anhydride, and one or more compds. selected from alkyl(meth)acrylates having 1-6C alkyl groups and hydroxyl (meth)acrylates having 2-6C hydroxyalkyl groups. The proportion of the total amt. of the photopolymerizable unsatd. compds. to the whole weight of the compsn. is 7 to 60 wt.%. In the formula, R1 is H or CH3 and n1 is an integer 3 to 16.
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en
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