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47results about How to "Avoid human judgment" patented technology

Product detection system and method

The invention provides a product detection system and method, and relates to the technical field of appearance quality detection. The system comprises a dark box, an image collector, lighting equipment, a positioning limiter, a controller and a conveying mechanism, wherein the lighting equipment provides illumination for the dark box; a sensor installed on the conveying mechanism sends the read identification code of a target product to the controller; the positioning limiter limits the target product on the conveyor to the dark box and sends a positioning signal to the controller; and the controller triggers the image collector to collect image data of the target product after receiving the positioning signal, recognizes and judges the image data bound with the identification code, and performs an abnormal alarm for the abnormal appearance of the target product. The system can realize the full automatic control process of identification code entry of the target product, appearance judgment of the target product and the abnormal appearance alarm, avoid the artificial process of judging the target product quality by naked eyes and registering the abnormal appearance of the product,and improve the quality detection efficiency of the target product.
Owner:伟创力电子设备(深圳)有限公司

Active multipoint intestine peristalsis monitoring device for increasing borborygmus differentiation degree

The invention discloses an active multipoint intestine peristalsis monitoring device for increasing borborygmus differentiation degree. The active multipoint intestine peristalsis monitoring device comprises an intestine peristalsis monitoring signal collecting module, a borborygmus processing module, an acoustical signal outputting module, a human-computer interaction module and a power source. The intesine peristalsis monitoring signal collecting module is composed of a striped abdomen wrapping collection device and is responsible for collecting intestine peristalsis monitoring signals in a multidirectional long-time manner, converting the same into digital signals and sending out pulse ultrasonic signals to simulate finger rapping effect when borborygmus generation needs assistance; the borborygmus processing module extracts borborygmus from the collected intestine peristalsis monitoring signals and providing frequency of borborygmus appearing in each minute; the acoustic signal outputting module reducing borborygmus signals after being processed by the borborygmus processing module into acoustic signals to be played; the human-computer interaction module manually controls the device to be on-off and displays a processing result of the borborygmus processing module. The active multipoint intestine peristalsis monitoring device enables the borborygmus monitoring process to be more intelligent, safe and efficient.
Owner:SOUTH CHINA UNIV OF TECH

Component flatness detection equipment for electromechanical equipment manufacturing

InactiveCN112697037AManufacturing to avoid impactAvoid affecting manufacturingElectric/magnetic roughness/irregularity measurementsEngineeringMechanical engineering
The invention relates to the technical field of electromechanical equipment, and discloses component flatness detection equipment for electromechanical equipment manufacturing, and the equipment comprises a shell, the inner wall of the shell is movably connected with a rotating shaft, the front surface of the rotating shaft is fixedly connected with a fixed ring, and the outer side of the fixed ring is fixedly connected with a connecting rod. A knocking block is fixedly connected to the outer side of the connecting rod, a friction ring is fixedly connected to the outer side of the rotating shaft, a second spring is fixedly connected to the inner wall, close to the top of the connecting rod, of the shell, and a first spring is fixedly connected to the inner wall, close to the bottom of the connecting rod, of the shell. According to the component flatness detection equipment for electromechanical equipment manufacturing, the knocking block drives the tuning fork to vibrate, manual judgment is avoided, judgment errors are prevented, time and labor are saved, the number of defective components is reduced, influence on electromechanical equipment manufacturing is avoided, the percent of pass of products during electromechanical equipment manufacturing is increased, resources are saved, and the production efficiency of electromechanical equipment manufacturing is improved.
Owner:杭州达度机电设备有限公司

Rice irrigation method based on big-data

The invention discloses a rice irrigation method based on big-data. The rice irrigation method based on the big-data comprises the following steps: digging irrigation canals and ditches; carrying outplanting; installing and distributing sensors and monitoring devices; carrying out data monitoring and uploading; carrying out fertilization and irrigation, namely performing real-time monitoring on each farmland, irrigating and fertilizing the farmland by an operator according to specific solution and implementation methods, allowing an automatic water gate to be automatically opened and closed,and controlling communication between gaps and water channels so as to perform irrigation on the water-deficient farmland while carrying out fertilizer sprinkling; and then, periodically carrying outmanual inspection. The rice irrigation method based on the big-data has the following beneficial effects: network coverage is formed by adopting a networking system; farmland conditions are monitoredby the sensors, the monitoring devices and cameras; real-time data uploading is realized by a wireless network; and analysis and statistics are performed on the data collected from a target-scene farmland on basis of a big-data platform, so that main implementation measures can be provided for the irrigation and the fertilization; and thus, convenience is provided for rice irrigation.
Owner:NANJING CHUQING ELECTRONICS TECH CO LTD

Medical inspection sample Internet of things intelligent management and control information system

The invention provides a medical inspection sample Internet of Things intelligent management and control information system. The medical inspection sample Internet of Things intelligent management andcontrol information system comprises: an automatic labeling module which is used for calling specimen containers according to specimen information to be acquired of a patient, and labeling and automatically packaging the specimen containers according to the patient information; a specimen calibration module which is configured to identify electronic labels of the specimen containers to obtain thepatient information, match the patient information with a specimen list of the specimen to be acquired, instruct the operator whether to collect the specimens according to the matching result, and generate the specimen separation time; a specimen batch identification module for identifying the electronic labels of the specimen containers of the collected specimens in bath, storing the electroniclabels in a label information LIS, and identifying feature information of the operator handing over the specimens and acquiring personnel information; a sorting module which is used for identifying information of the specimens and sorting the specimens according to different inspection types; and an intelligent management module which is used for generating a data table according to the specimen record stored in and associated with the patient information and the specimens and analyzing the data table to generate a corresponding specimen detection suggestion.
Owner:CHONGQING MICRO IDENTIFICATION TECH

Method and device for testing resolution ratios of fingerprint acquisition equipment

Embodiments of the invention provide a method and device for testing resolution ratios of fingerprint acquisition equipment. The method comprises the following steps of: obtaining an image of an optical test card acquired by to-be-tested fingerprint acquisition equipment and dividing stripes of the image into four quadrants, wherein the stripes of the first quadrant and the second quadrant are used for testing a first resolution ratio and the stripes of the third quadrant and the fourth quadrant are used for testing a second resolution ratio; respectively acquiring a preset number of first image features in the first quadrant and the second quadrant in the image, inputting the acquired first image features into a first classifier, and outputting a result by the first classifier to expresswhether a resolution ratio of the to-be-tested fingerprint acquisition equipment satisfies the first resolution ratio or not; and respectively acquiring a preset number of second image features in thethird quadrant and the fourth quadrant in the image, inputting the acquired second image features into a second classifier, and outputting a result by the second classifier to express whether the resolution ratio of the to-be-tested fingerprint acquisition equipment satisfies the second resolution ratio or not.
Owner:CHINA ELECTRONICS STANDARDIZATION INST +2

Method and device for testing resolution of fingerprint collection equipment

Embodiments of the invention provide a method and device for testing resolution ratios of fingerprint acquisition equipment. The method comprises the following steps of: obtaining an image of an optical test card acquired by to-be-tested fingerprint acquisition equipment and dividing stripes of the image into four quadrants, wherein the stripes of the first quadrant and the second quadrant are used for testing a first resolution ratio and the stripes of the third quadrant and the fourth quadrant are used for testing a second resolution ratio; respectively acquiring a preset number of first image features in the first quadrant and the second quadrant in the image, inputting the acquired first image features into a first classifier, and outputting a result by the first classifier to expresswhether a resolution ratio of the to-be-tested fingerprint acquisition equipment satisfies the first resolution ratio or not; and respectively acquiring a preset number of second image features in thethird quadrant and the fourth quadrant in the image, inputting the acquired second image features into a second classifier, and outputting a result by the second classifier to express whether the resolution ratio of the to-be-tested fingerprint acquisition equipment satisfies the second resolution ratio or not.
Owner:CHINA ELECTRONICS STANDARDIZATION INST +2
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