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file_name
stringclasses
5 values
quality
stringclasses
5 values
object_presence
stringclasses
1 value
object_count
stringclasses
1 value
object_position
stringclasses
5 values
object_size
stringclasses
1 value
liquid_level
stringclasses
5 values
liquid_color
stringclasses
3 values
visibility_level
stringclasses
3 values
label_quality
stringclasses
3 values
background_clarity
stringclasses
3 values
environment_lighting
stringclasses
3 values
683bcff7946fb440e1d740129def1421.jpg
3840*2592
Present
1
Roughly in the middle of the image, slightly to the left
Medium
Medium position
Pink
Visible
Good
Clear
Good and natural
82a430649a81913f820a538edc7dc2b5.jpg
1280*960
Present
1
Near the center of the image, slightly to the right
Medium
Approximately in the upper middle of the pot
Orange
Clear
Good
Moderate
Well-lit
931c0c394b852ad3be92c0a465a25dfd.jpg
2560*1440
Present
1
Middle, slightly to the right
Medium
Almost full
Pink
Clear
Good
Clear
Good
93dc865e13d4aaec47d3587bba2e68b0.jpg
1080*1440
Present
1
Near the center of the image
Medium
Near the upper mark of the pot
Clear/Light yellow
Visible
High
Relatively clear
Well-lit
af098bd2c18cb93ed29a4e6734ca4fd7.jpg
1280*720
Present
1
Near the middle of the image, slightly to the left
Medium
Near mid-height
Pink
Very clear
High quality
Clear
Good

Cooling Liquid Reservoir Detection Dataset

The Cooling Liquid Reservoir Detection Dataset was created to address the growing challenge in the industrial sector of monitoring and maintaining cooling systems. Current practices often rely on manual inspections, which are time-consuming and prone to human error. Existing automated solutions lack the required accuracy and adaptability to various environments. This dataset aims to improve the detection of liquid levels and anomalies in cooling systems through advanced image analysis techniques. The dataset comprises images collected from various industrial settings using high-resolution cameras under controlled lighting conditions. Quality control measures include multi-round annotations by trained experts and consistency checks to ensure data reliability. The images are stored in JPG format, organized by date and time of capture, facilitating easy retrieval and analysis.

Technical Specifications

Field Type Description
file_name string File name
quality string Resolution
object_presence boolean Whether there is a coolant jug in the picture.
object_count int The number of coolant jugs in the picture.
object_position string The position of the coolant jug in the picture, usually represented by the coordinates of a detection box.
object_size string The size of the coolant jug, commonly represented by the width and height of the detection box.
liquid_level string The height position of the liquid level in the coolant jug.
liquid_color string The color of the coolant liquid in the picture.
visibility_level string The clarity or visibility of the coolant bottle in the image
label_quality string Quality assessment of the target detection label for the coolant bottle
background_clarity string The clarity of the image background
environment_lighting string The lighting conditions when the image was taken

Compliance Statement

Authorization Type CC-BY-NC-SA 4.0 (Attribution–NonCommercial–ShareAlike)
Commercial Use Requires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and Anonymization No PII, no real company names, simulated scenarios follow industry standards
Compliance System Compliant with China's Data Security Law / EU GDPR / supports enterprise data access logs

Source & Contact

If you need more dataset details, please visit Mobiusi. or contact us via contact@mobiusi.com

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