Datasets:
id int64 1 569 | pn stringlengths 11 15 | apdt int64 20.2M 20.2M | ipc listlengths 1 17 | ipc_main stringclasses 8
values | lang stringclasses 2
values | jurisdiction stringclasses 5
values | type stringclasses 2
values | pn_x listlengths 1 13 | pn_x_family listlengths 1 269 | pn_family_x listlengths 0 20 | pn_family_x_family listlengths 0 541 | description stringlengths 410 359k |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
1 | CN105877698A | 20,160,203 | [
"A61B5"
] | A | CN | CN | family | [
"TW201038253A",
"CN104203091A"
] | [
"TWI439255B",
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"US20100274144A1",
... | 技术领域
[0001]本发明通常涉及一种生理信号处理,尤其涉及一种生理信号处理电路和方法。
背景技术
[0002]由于技术进步,移动电子设备在人们的生活中扮演着越来越重要的角色。一些移动电子设备,比如智能运动手环,可以自动采集用户的生理数据,并将数据传输到其他设备以便进一步处理。然而,低功耗、低计算复杂度和低数据处理量是移动设备的一些值得期待的特性。存在着设计一种新颖的生理信号处理设备以便克服这些问题的需求。
发明内容
[0003]有鉴于此,本发明提供一种生理信号处理电路和方法。
[0004]在一个典型实施例中,公开内容针对生理信号处理设备,包括:放大器,放大用户的模拟生理信号以提供放大信号;模数转换器,耦合于放大器,并将放大信号转... |
2 | CN106999726A | 20,150,731 | [
"A61N5",
"G06F17"
] | A | CN | CN | family | [
"CN101678211A"
] | [
"WO2008104915A3",
"CN101678211A",
"US20100127859A1",
"AT580583T",
"CN101678211B",
"EP2117649A2",
"DE602008019586T2",
"WO2008104915A2",
"US8552858B2",
"EP2117649B1"
] | [
"JP2004065815A",
"CN101678211A",
"WO2014052786A2",
"JP2000221292A",
"WO2015054314A1",
"WO2008104915A2",
"US20140095117A1"
] | [
"JP2004065815A",
"JP4309103B2",
"WO2014052786A2",
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"EP2117649A2",
"DE602008019586T2",
"WO2008104915A2",
"US8552858B2",
... | 技术领域
[0001]本发明涉及用信号表示辐射剂量的危害性以便限制或防止辐射曝露风险的领域。
背景技术
[0002]例如电离辐射或电磁场的辐射在需要实时微创成像的应用中的使用正变得越来越流行。在大多数应用中,用于成像的辐射是以最小化辐射曝露风险的等级和持续时间而使用。在外科手术领域中,患者通常仅在有限量的时间内曝露于潜在有危害性的辐射剂量。然而,临床医师重复曝露于一定量的潜在有危害性辐射剂量,随时间推移,这可能导致罹患癌症或其它健康问题的增加的风险。
[0003]通常,图像引导式微创外科手术涉及X射线、γ射线、放射性粒子发射或强磁场。当前外科实践借助使用例如铅背心和工作裙的放射防护设备来将曝露减到最少。个人为了测量随时间推移而累积的... |
3 | CN107280072A | 20,170,619 | [
"A24F47",
"A24F40"
] | A | CN | CN | family | [
"CN106579567A",
"CN204426700U",
"WO2016082136A1"
] | [
"CN106579567A",
"EP3298916A3",
"EP3298916A2",
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"CN106102487A",
"WO2016082136A1",
"US20170347707A1",
"EP3225118A4",
"CN106102487B",
"EP3225118A1",
"CN204426700U"
] | [
"US5649554A",
"CN106579567A",
"CN204426700U",
"WO2016082136A1",
"WO2015107552A1",
"US8714150B2",
"WO2015131991A1",
"WO2015089711A1"
] | [
"CN106579567A",
"EP3298916A3",
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"US20180140020A1",
"US20190191779A1",
"LT3508083T",
"RS62384B1",
"US10980282B2",
"CY1122124T1",
"EP3508083A1",
"WO2012027350A3",
"EP4245176B1",
"DE602011017278T2",
"RS60537B1",
"HUE051467T2",
"IT202000070975T2",
"ES3017078T3",
"HRP20211... | 技术领域
[0001]本发明涉及电子烟技术领域,特别涉及一种电子烟及其控制方法。
背景技术
[0002]目前的电子烟大多是通过按键次数和按键时间来记录口数和抽烟时长,但这种方法不能够准确的反映真实的抽烟口数和抽烟时间,误差较大。
[0003]目前的电子烟大多是通过按键来触发工作,在没有吸烟时依然会消耗功率,导致电池电量消耗较快。
[0004]目前的大功率电子烟,大多是通过按键来设定固定的输出功率,使用不便,由于用户通常具有口吸和肺吸两种抽烟习惯,这两种吸烟方式所产生的吸力和气流大小是不同的,如果电子烟不能根据不同的吸烟情景来输出不同的功率和烟雾量,则不能很好满足口吸和肺吸两种抽烟习惯,导致用户体验较差。
发明内容
[0005]本发明... |
4 | CN107485313A | 20,170,612 | [
"A47J43"
] | A | CN | CN | family | [
"FR2208628A1",
"CN104955368A",
"CN104812280A",
"CN2933211Y"
] | [
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"CA2881770A1",
"AU2012352319A1",
"EP2790557A4",
"CA2881770C",
"FR2208628A1",
"FR220... | [
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"US8251573B2",
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"AU2012352319A1",
"EP2790557A4",
"CA2881770C",
"CN105578939B",
"CN11... | [0001]相关申请的交叉引用
[0002]本申请要求2016年6月10日提交的标题为“齿轮驱动机构容器”的美国临时专利专利申请No.62/348,299的优先权,其通过整体引用的方式包含于此。
技术领域
[0003]本发明涉及搅拌器系统,并且更具体地说,涉及具有包括齿轮驱动的叶片组件的容器。
背景技术
[0004]搅拌器系统通常用于搅拌与处理食物。传统的搅拌器通常地包括具有电机的基座,具有布置在其中的可操作混合叶片的混合容器。搅拌器盖子适于覆盖混合容器。使用者将内容物插入到混合容器中以便通过叶片的旋转混合。当使用者控制基座内的电机的操作时容器定位在基座上以使容器内的混合叶片旋转以混合其中的内容物。
[0005]搅拌器系统可以包括附... |
5 | CN107789023A | 20,170,829 | [
"A61B17",
"A61L31",
"A61L33"
] | A | CN | CN | family | [
"US20100094319A1",
"WO2004112615A2"
] | [
"US8715304B2",
"US8709024B2",
"US7648515B2",
"US20050165378A1",
"US20140214056A1",
"US20100087842A1",
"WO2003088848A2",
"US20100094319A1",
"US9775615B2",
"US20140214055A1",
"WO2003088848A3",
"US60373223P0",
"AU2003221976A1",
"US9775616B2",
"WO2004112615A3",
"US20050033361A1",
"WO2004... | [
"US6030361A",
"WO2004112615A2",
"EP0742708A1",
"US20100094319A1"
] | [
"US8715304B2",
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"AU2003221976A1",
"US9775616B2",
"US6030361A",
"NZ279723A",
"NZ279723B",
"M... | 技术领域
[0001]本发明关于一种医疗器材,特别关于一种针对血管穿刺后可以封闭血管止血及减少手术步骤的血管穿刺封闭器。
背景技术
[0002]血管介入性技术,特别是心导管介入性诊断与治疗,是指经皮穿刺血管,置放鞘管。通过置放的鞘管,可以从体外进入体内血管或其他管腔,并沿血管朝医疗目标进行医疗行为的手术方法。相较于开刀治疗,具有伤口较小、复原时间较短的优点。
[0003]在血管介入性技术进行医疗行为后,必须移除留置的鞘管,此时血管管壁穿刺洞口必须封闭止血,防止在穿刺伤口处出血,造成严重的并发症。
[0004]为解决前述问题,除了以外力直接压迫伤口止血多个小时外,医者可以如图1所示,于血管介入性技术进行医疗行为后,于伤口处置入一现有血... |
6 | CN108289585A | 20,170,503 | [
"A47L9"
] | A | CN | CN | family | [
"CN1771878A"
] | [
"US20060101605A1",
"CN1771878A",
"JP2006136512A",
"ES2321731T3",
"EP1656874B1",
"DE602005013628D1",
"ATE427064T1",
"DE602005013628T2",
"EP1656874A3",
"AT427064T",
"CN100344254C",
"EP1656874A2"
] | [
"US5722109A",
"US20110265285A1",
"CN1771878A",
"EP1656874A2",
"US6255792B1"
] | [
"US20060101605A1",
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"JP2006136512A",
"ES2321731T3",
"EP1656874B1",
"DE602005013628D1",
"ATE427064T1",
"DE602005013628T2",
"EP1656874A3",
"AT427064T",
"CN100344254C",
"EP1656874A2",
"GB2479985A8",
"US20110265285A1",
"GB201106815D0",
"CA2736339A1",
"GB2479985A",
"US62557... | 技术领域
[0001]本发明涉及一种真空吸尘器。
背景技术
[0002]真空吸尘器包括由风扇和用于驱动风扇的马达组成的集合体。一般而言,真空吸尘器集合体需要冷却流来防止集合体过热。通常集合体自身产生的空气流被用作冷却流。这意味着集合体始终需要一定量的空气流,并且因此入口不能被完全堵塞。在真空吸尘器的入口被堵塞的情况下,集合体会过热并且可能发生故障。该问题通常凭借安全阀来解决,该安全阀在达到特定的压力时打开。由于入口堵塞,所以集合体将生成压力。如果压力足够高(并且因此流量足够低),则安全阀将打开并且为集合体提供所需量的冷却流。
[0003]US6,349,738公开了一种排放阀,其用于将排放的流体引导至流动通过装置的主流,所述装置的两... |
7 | CN108685369A | 20,180,227 | [
"A47C1"
] | A | CN | CN | family | [
"CN103025567A"
] | [
"MX2012005805A",
"VN10015417B",
"VN35983A",
"KR1020120102849A",
"CN103025567B",
"MX334210B",
"IN2918CHENP2012A",
"KR101206803B1",
"EP2684738A1",
"US20130334858A1",
"CN103025567A",
"BR112012013054A2",
"WO2012121471A1",
"CA2772585C",
"RU2563530C2",
"RU2012125179A",
"US8911319B2",
"CA... | [
"JP2013170649A",
"US2684738A",
"EP2684738A1",
"JP2010148626A",
"CN103025567A"
] | [
"MX2012005805A",
"VN10015417B",
"VN35983A",
"KR1020120102849A",
"CN103025567B",
"MX334210B",
"IN2918CHENP2012A",
"KR101206803B1",
"EP2684738A1",
"US20130334858A1",
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"BR112012013054A2",
"WO2012121471A1",
"CA2772585C",
"RU2563530C2",
"RU2012125179A",
"US8911319B2",
"CA... | 技术领域
[0001]本发明涉及一种座椅后仰装置。
背景技术
[0002]座椅后仰装置通常是公知的(例如,参见日本专利申请公开第2008-200442号)。
[0003]这种类型的座椅后仰装置包括:第一齿轮构件,其包括凸台部以及内齿轮和外齿轮中的一个;以及第二齿轮构件,其包括与凸台部的外周面一起形成偏心空间的内周面部以及内齿轮和外齿轮中的另一个。该座椅后仰装置还包括设置在偏心空间中的成对的楔形构件、对成对的楔形构件在彼此远离的方向上偏压的偏压部件以及驱动构件。驱动构件具有设置在偏心空间的小宽度部分中的驱动突起。
[0004]将驱动构件插入偏心空间中以在周向上挤压和旋转成对的楔形构件。由此可以使外齿轮与内齿轮啮合的啮合部沿圆周移动,并... |
8 | CN110170115A | 20,181,227 | [
"A62B1"
] | A | CN | CN | family | [
"US797903A"
] | [
"US797903A"
] | [
"US728208A",
"US1444639A",
"US797903A",
"JP1992075671A"
] | [
"US797903A",
"JP1992075671A",
"US728208A",
"US1444639A"
] | 技术领域
[0001]本发明涉及在高层建筑物中发生火灾时用于紧急逃生的下降装置的改善。
背景技术
[0002]诸如公寓、多功能住宅和商业建筑物的建筑物往往是高层建筑,但是火灾事故的死亡率因紧急逃生手段不佳而急剧上升。
[0003]在建筑物发生火灾的情况下,可能使具有高可燃性的各种室内装饰物燃烧并且可能产生大量有毒气体,使得通过升降机或紧急楼梯撤离实际上是不可能的。此外,在救援队到达急救地点之前有毒气体的释放可能导致人员伤亡,因此,与任何其它危险情况相比,受难者需要积极地处理相应的情况。
[0004]为了积极地处理危险情况,受难者可使用下降装置来从处于火灾中的建筑物逃生。然而,大多数现有的下降装置具有使用减速器的复杂结构,其制造成本高... |
9 | EP3067081A1 | 20,150,312 | [
"A61M5"
] | A | EN | EP | family | [
"WO2014111340A1",
"US20140194825A1"
] | ["HK1256894A1","US10532160B2","WO2014111340A1","HK1211511A","CN109381776A","CN104902944B","EP3369446(...TRUNCATED) | [
"WO2014111340A1",
"US20080234633A1",
"WO2014113340A2",
"JP2014520584A",
"US20140194825A1"
] | ["HK1256894A1","US10532160B2","WO2014111340A1","HK1211511A","CN109381776A","CN104902944B","EP3369446(...TRUNCATED) | "[0001]The present invention is generally directed to a drug delivery device for selecting and dispe(...TRUNCATED) |
10 | EP3431051A1 | 20,150,909 | [
"A61F2"
] | A | EN | EP | family | [
"US6007544A",
"WO2001072367A1",
"US20060224183A1",
"WO2007083288A2",
"EP1849440A1",
"US20050165344A1"
] | ["US20190328513A1","WO2007083288A2","WO2007083288A3","US10357357B2","US11253353B2","US9681948B2","US(...TRUNCATED) | ["CN104274262A","WO2013041721A1","US20030032976A1","US20050165344A1","CN103705274A","WO2007083288A2"(...TRUNCATED) | ["US20190328513A1","WO2007083288A2","WO2007083288A3","US10357357B2","US11253353B2","US9681948B2","US(...TRUNCATED) | "Field of the invention \n[0001]This disclosure pertains in general to the field of medical implants(...TRUNCATED) |
PatSnap Novelty Search Bench
A Bench for evaluating patent novelty search (prior art search) systems. Each sample contains a query patent publication number (PN) along with ground truth X-type (novelty-destroying) prior art references identified by patent examiners.
The Bench is deliberately designed as a 50% public release of an internal full evaluation set that combines two complementary sample types — cross-jurisdiction family-expanded samples and single-jurisdiction non-expanded samples — so that retrieval systems can be probed on the most informative prior-art scenarios alongside a standard non-expanded baseline.
📄 Companion paper: Research on Evaluation Methods for Patent Novelty Search Systems and Empirical Analysis — Shu Zhang, LiSha Zhang, Kai Duan, XinKai Sun · arXiv 2508.17782 (Aug 2025).
⚠️ Note on the paper. The dataset has been updated since the paper (arXiv, Aug 2025) was published; a revised paper is in preparation.
🐙 GitHub mirror: This dataset is also published as part of the
patsnap/patent-benchmonorepo, where you can find the reference metric scripts (novelty_metrics.py), evaluation examples, and additional sub-Benches.
Dataset Overview
| Property | Value |
|---|---|
| Total samples (public release) | 569 |
Family-expanded (type=family) |
170 — 50% of internal full (340) |
Non-expanded (type=public) |
399 — ~50% of internal full (≈800) |
| Source | Real patent examination records |
| Jurisdictions | CN / US / EP / WO (PCT) / AU |
| Languages | English (55.0%), Chinese (45.0%) |
| IPC coverage | All 8 sections (A–H), balanced |
| Ground truth | Examiner-cited X-type references; for family-expanded samples, also includes X references cited by examiners of the query patent's cross-jurisdiction family members |
| License | CC BY-NC 4.0 |
Quick Start
from datasets import load_dataset
ds = load_dataset("PatSnap/novelty-search-bench", split="test")
print(f"Total samples: {len(ds)}")
print(ds[0])
# Build ground truth and evaluate your retrieval system
def build_gt(sample, collapsed=False):
if collapsed:
return set(sample["pn_x_family"]) | set(sample["pn_family_x_family"])
return set(sample["pn_x"]) | set(sample["pn_family_x"])
for sample in ds:
gt = build_gt(sample, collapsed=False)
query_text = sample["description"] # ← bundled, no external lookup
# ranked = your_search_system(query_text)
# hits = sum(1 for r in ranked[:100] if r in gt)
# ...
How to Use the Query
✅ Query input is bundled in the
descriptionfield of every sample. Feed it straight into your retrieval system — no external lookup needed.The
descriptionis the full specification text of the query patent, in its originallang. If the system under test has an input character limit, extracting only the Summary of Invention (发明内容) section is usually a workable fallback.The PNs used here are in PatSnap standardized format and are resolvable by all major public patent databases if you want to cross-reference. Production system: PatSnap Eureka.
Data Fields
| Field | Type | Description |
|---|---|---|
id |
int64 | Sample identifier (1–569) |
pn |
string | Publication number of the query patent (PatSnap standardized PN) |
apdt |
int64 | Application date (YYYYMMDD) |
ipc |
list[string] | IPC classification codes |
ipc_main |
string | Main IPC section (A–H) |
lang |
string | Language of the query patent (CN/EN) |
jurisdiction |
string | Filing jurisdiction (CN/WO/US/EP/AU) |
type |
string | Sample type: family (cross-jurisdiction family-expanded) or public (single-jurisdiction non-expanded) |
pn_x |
list[string] | X-type prior art reference PNs (directly cited by the examiner) |
pn_x_family |
list[string] | X-type references expanded to simple patent family member PNs |
pn_family_x |
list[string] | type=family only. X-type references cited by examiners of the query patent's cross-jurisdiction family members. Empty for type=public. |
pn_family_x_family |
list[string] | type=family only. Simple patent family expansion of pn_family_x. Empty for type=public. |
description |
string | Full description text of the query patent in its original lang. Ready to feed straight into a novelty-search system without any external lookup. If the system under test has an input character limit, extracting only the Summary of Invention (发明内容) section is usually a workable fallback. |
Ground Truth Construction
| Result format | type=family |
type=public |
|---|---|---|
| Non-collapsed (individual patents) | pn_x ∪ pn_family_x |
pn_x |
| Collapsed by family | pn_x_family ∪ pn_family_x_family |
pn_x_family |
The same formula pn_x ∪ pn_family_x applies uniformly to both sample types — for type=public, the union with an empty set degenerates to pn_x.
Evaluation Metrics
| Metric | Description |
|---|---|
| top@K | % of samples with ≥1 GT hit in top K (K = 1, 3, 5, 10, 20, 50, 100) |
| Recall@K | GT hits in top K / total GT refs |
The reference metric scripts (with strict / leaderboard mode by default, PN canonicalization, and ranked-list de-duplication) are available in the patsnap/patent-bench GitHub repo.
Distribution
By Sample Type
| Type | Count | Percentage |
|---|---|---|
family |
170 | 29.9% |
public |
399 | 70.1% |
By Jurisdiction
| Jurisdiction | Count | Percentage |
|---|---|---|
| CN | 223 | 39.2% |
| WO (PCT) | 179 | 31.5% |
| US | 89 | 15.6% |
| EP | 74 | 13.0% |
| AU | 4 | 0.7% |
By Language
| Language | Count | Percentage |
|---|---|---|
| English (EN) | 313 | 55.0% |
| Chinese (CN) | 256 | 45.0% |
By IPC Section
| IPC | Description | Count |
|---|---|---|
| G | Physics | 75 |
| C | Chemistry; Metallurgy | 73 |
| A | Human Necessities | 72 |
| B | Operations; Transport | 72 |
| H | Electricity | 71 |
| F | Mechanical Engineering | 70 |
| D | Textiles; Paper | 68 |
| E | Fixed Constructions | 68 |
Limitations
- Retrieval-only Bench: Evaluates the search/retrieval step only.
- GT based on examiner citations: Not exhaustive prior art coverage.
- Temporal snapshot: Newer prior art after examination not included.
- Language bias: Only Chinese and English patents.
- Public release is a 50% sample of the internal full evaluation set.
Citation
@article{zhang2025novelty,
title = {Research on Evaluation Methods for Patent Novelty Search Systems and Empirical Analysis},
author = {Zhang, Shu and Zhang, LiSha and Duan, Kai and Sun, XinKai},
journal = {arXiv preprint arXiv:2508.17782},
year = {2025},
url = {https://arxiv.org/abs/2508.17782}
}
@dataset{patsnap_novelty_search_bench_2026,
title = {PatSnap Novelty Search Bench},
author = {PatSnap},
year = {2026},
url = {https://huggingface.co/datasets/PatSnap/novelty-search-bench},
note = {Open dataset accompanying Zhang et al. 2025 (arXiv:2508.17782)}
}
License
Released under CC BY-NC 4.0 — research and non-commercial evaluation purposes only.
Try the Production System
Experience the PatSnap Novelty Search AI Agent — the commercial system referenced in this Bench.
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