20 results about "Finger detection" patented technology

The application discloses a flatness appearance visual detection all-in-one machine, which comprises an X-axis running tray conveying line, a code scanning mechanism, a golden finger detection mechanism, a chip top detection mechanism, a long side opposite two side and bottom detection mechanism, a detection transfer table, a short side opposite two side detection mechanism and a waste material removing mechanism which form a "mouth" type with the tray conveying line; and further comprises a first Y-axis vacuum manipulator, a second Y-axis vacuum manipulator, a first X-axis vacuum manipulator, a second X-axis vacuum manipulator and a third Y-axis vacuum manipulator. The application integrates chip code scanning detection, golden finger detection and six surface visual detection, and improves the detection efficiency.

The robot system comprises: a robot mechanism having fingers for gripping workpieces; a detection unit for detecting a gripping state of the fingers gripping the workpieces; an identification unit for identifying the number of workpieces gripped by the fingers based on a detection result of the detection unit; and a control unit for controlling the movement of the robot mechanism so that the number of gripped workpieces reaches the specified number when the number of workpieces identified by the identification unit is different from a pre-specified number after causing the robot mechanism to grip the workpieces from a loading location where a plurality of workpieces are loaded, wherein at least one of the fingers is flexible, and when the workpieces are gripped by the fingers, the control unit controls the movement of the robot mechanism so that the position of at least one finger changes.

A 3D drawing arrangement includes a sleeve, a gripping handle, a feeding passage, a heater, a filament moving system, and a controller which includes a control circuit and a finger detector electrically connected to the control circuit, wherein when the finger detector detects a presence of a finger of a user which is aligned with the finger detector, the control circuit starts operation of the filament moving system to feed a filament to the heater along the feeding passage, so that the filament is heated and melted by the heater to produce the melted material flow.

A finger tapping measurement processing terminal that measures a finger tapping motion and processes a measurement result includes: a touch panel that is provided on one surface of a terminal, is capable of displaying information related to the finger tapping motion, and is tapped by one of two fingers of a same hand of a user who holds the terminal; finger detectors that detect a motion of one finger tapping the touch panel; and a processor that performs processing of measuring a two-finger distance during a finger tapping motion between the other of the two fingers holding another surface of the terminal located on an opposite side of the touch panel and the one finger tapping the touch panel based on detection information obtained by the finger detectors.

The utility model discloses a detection signal transmission circuit for a traditional Chinese medicine detector. Comprising an acquisition channel used for acquiring output signals of external finger detection sensors, a switching circuit used for switching on and off of the acquisition channel, a conversion circuit used for converting analog signals output by the switching circuit into digital signals, and an adjusting circuit used for adjusting and controlling on and off of the switching circuit. The signal output by each external finger detection sensor can be sequentially input into the conversion channel through the channel of the switching circuit, so that the conversion circuit can process and convert each group of signals in batches, the disorder of each group of signals in the conversion circuit can be prevented, and the acquisition accuracy of the traditional Chinese medicine detector on human body biological signals is guaranteed.

A wave soldering machine includes a wave soldering station configured to create a solder wave used to perform the wave soldering operation on the printed circuit board. The wave soldering machine further includes a finger conveyor system configured to deliver a printed circuit board to the wave soldering station. The finger conveyor system includes at least one chain conveyor including a chain having a plurality of fingers configured to support an edge of the printed circuit board. The finger conveyor system further includes a finger detection system having a tension roller assembly configured to engage each finger of the plurality of fingers. The tension roller assembly further is configured to move in response to engaging a finger in a non-operational position. The finger conveyor system further includes a sensor configured to detect movement of the tension roller assembly to the non-operational position.

The invention provides a carrying device compatible with wafers of multiple sizes. The carrying device comprises a working table; the plurality of wafer box carrying tables are embedded in the working table surface and are configured to be compatible with and bear wafer boxes with various sizes; the robot is installed on the device internal frame through a transverse moving walking shaft, and wafer carrying fingers are arranged at the tail end of the robot; the detection module is integrated on the wafer box carrying table and is used for detecting the size of the wafer box and the state of the wafer in the wafer box; and the operation table is used for controlling the detection module and the robot to work. The device can be compatible with wafer cassettes of various sizes, realizes the running of wafers of various sizes, reduces equipment for purchasing wafers of special sizes, and reduces the cost. The detection module is integrated on the carrying platform of the wafer box, the carrying platform completes scanning of the wafers in the wafer box, lug detection and the like, and compared with robot scanning detection, the wafer transfer efficiency is improved.

The invention relates to the technical field of ceramic finger detection, in particular to a ceramic finger state detection method and system, and the method comprises the steps: respectively collecting dynamic data and static data based on the movement and pause of a ceramic finger in a single working cycle; collecting dynamic data and static data of the ceramic finger in multiple working cycles in the initial health state, and generating a health state set; obtaining a mechanical vibration response value of an initial section, a stress wave release value of a middle section and a resistance value of an idle section in a working cycle to form a health signature of the ceramic finger; in a subsequent working cycle, detecting a real-time signal of the ceramic finger, comparing the real-time signal with the health signature, and calculating an instant health score; and integrating multiple times of instant health scores, obtaining a score decreasing trend, and generating a detection result. According to the method, the health signature is constructed by fusing the dynamic data and the static data, and the real-time health score and trend are calculated to analyze the health state of the ceramic finger, so that the detection accuracy and reliability are improved.

The utility model relates to a side insertion module applied to PCB (printed circuit board) golden finger testing, which is simple in structure, can adapt to detection of multiple groups of side insertion golden fingers, improves the detection efficiency, has a cushioning function, effectively prolongs the service life of equipment and improves the test error-tolerant rate. Comprising a driving unit, a guide sliding rail, a push plate and a plurality of side insertion assemblies, one end of the push plate is connected with the driving unit and is in sliding fit with the guide sliding rail through a plurality of sliding blocks, the side insertion assemblies are detachably installed on the lower surface of the push plate, and each side insertion assembly comprises a push block, a horizontal chuck and an adapter card. And the horizontal chuck clamps the adapter card and is arranged on the push block through a floating unit. The utility model is suitable for the technical field of electronic component testing.

A 3D drawing arrangement includes a feeding passage, a heater, a filament moving system, and a controller which includes a control circuit and a finger detector electrically connected to the control circuit, wherein when the finger detector detects a presence of a finger of a user which is aligned with the finger detector, the control circuit starts operation of the filament moving system to feed a filament to the heater along the feeding passage, so that the filament is heated and melted by the heater to produce the melted material flow.

The utility model discloses finger pressing force detection equipment, which is characterized by comprising a base, a clamp and a lifting seat are respectively arranged on the base, the lifting seat can lift up and down relative to the base, the clamp is positioned above the lifting seat, the clamp is provided with a clamping cavity with an opening on one side, a metal sheet pressing finger is clamped in the clamping cavity, and the metal sheet pressing finger is positioned above the lifting seat. The metal sheet pressing finger partially protrudes out of the upper portion of the lifting base through the opening of the clamping cavity, a pressure sensor is arranged on the lifting base and corresponds to the position under the metal sheet pressing finger, and an air cylinder capable of driving the lifting base to move up and down relative to the base is arranged on the base. Through the cooperative design of cylinder driving, the lifting seat, the modular clamp and the pressure sensor, the problems of low precision, poor efficiency and the like in traditional finger pressing detection are solved, and the detection efficiency and reliability are remarkably improved.

The present application provides a live fingerprint detection device and a live fingerprint detection method, wherein the live fingerprint detection device comprises a light source and an identification module, wherein the light source generates light emission to a to-be-detected fingerprint, wherein the identification module comprises at least one sensor and an optical assembly, the optical assembly is located in the optical path of the at least one sensor, and the reflected light of the to-be-detected fingerprint reaches the at least one sensor through the optical assembly, and the at least one sensor performs live fingerprint judgment based on the spectral information of the received reflected light.

This invention discloses a method and system for detecting defects in finger plates on a single-track rail, belonging to the field of finger plate defect detection technology. The method involves acquiring image data of the rail surface, preprocessing it, and then inputting it into a deep learning target detection model to extract the rectangular frame region and finger plate category of the finger plate. The rectangular frame region is then segmented to extract the finger plate area. An opening operation is performed on the finger plate area to extract the number of fingers in the finger region; if the number of fingers does not meet the requirement, a finger detection anomaly is determined. Based on the finger plate finger region, the shortest distance from a single finger to the base of an opposing finger is measured; if the distance exceeds the corresponding finger length, a finger detachment is determined. A closing operation is performed on the finger plate finger region, and a collision is determined by judging whether there is an overlapping area. This invention combines image data with deep learning technology to determine whether adjacent finger plates have detection anomalies, finger detachment, or collisions, achieving intelligent rail inspection and improving inspection efficiency.

An air tightness automatic detection device for heat sealing line positions of four layers of films of an M-shaped film bag comprises a conveyor, a detection support is arranged at the upper end of the conveyor, two sets of rodless cylinders are symmetrically arranged at the left end and the right end of the detection support, linear guide rails are arranged below the rodless cylinders, a connecting base is arranged on a rear sliding base of each rodless cylinder, and the rear end of each connecting base is connected with a rear detection mechanism. The rear detection mechanism comprises a detection support, the detection support is connected with a cylinder body of a finger pushing air cylinder, a cylinder rod of the finger pushing air cylinder is connected with a detection finger, an air outlet hole is formed in the front end of the detection finger, an inner cavity of the detection finger is connected with a positive pressure switch, and a finger return sensor is further arranged on the detection support. And the air tightness of the heat sealing line of the four-layer film is judged by detecting positive pressure signal output during the period when the finger is withdrawn to the period when the finger return sensor sends out the signal. According to the utility model, the conveyor and the finger detection mechanism are controlled by the control system, so that the air tightness of the four-layer film heat sealing line position is automatically detected under the condition that normal conveying of the M-shaped film bag is not influenced.

The present application provides a finger tapping measurement processing terminal, system, method and computer program, without wearing special dedicated instruments, and without using expensive special devices for evaluating and analyzing measurement information, using widely popular terminals such as smart phones, tablet computers, etc. in a simple way, cheap and good usability for finger tapping movement measurement and processing. The finger tapping measurement processing terminal (100) measures finger tapping movement and processes the measurement results, comprising: a touch panel (103) arranged on one side of the terminal, capable of displaying information related to finger tapping movement and being tapped by one finger of two fingers of the same hand of the user holding the terminal; a finger detection unit (101, 102) detecting the movement of the finger tapping the touch panel (103); and a processing unit performing the following processing: based on the detection information obtained by the finger detection unit, measuring the distance between the two fingers when the finger tapping movement between the other finger of the two fingers and the finger tapping the touch panel, wherein the other finger holds the terminal on the other side opposite to the touch panel.

The invention discloses a monorail track finger-shaped plate defect detection method and system, and relates to the technical field of finger-shaped plate defect detection.The monorail track finger-shaped plate defect detection method comprises the steps that image data of a track surface is collected, preprocessed and then input into a deep learning target detection model, and a finger-shaped plate rectangular frame area and a finger-shaped plate category are extracted; segmenting the rectangular frame region of the finger-shaped plate, and extracting a finger-shaped plate region; opening operation is carried out on the finger-shaped plate area, the number of fingers in the finger area is extracted, and if the number of the fingers is not met, it is judged that finger detection of the finger-shaped plate is abnormal; based on the finger region of the finger-shaped plate, measuring the shortest distance between a single finger and the root of an opposite finger, and if the shortest distance exceeds the length of the corresponding finger, determining that the finger of the finger-shaped plate is disengaged; and performing closed operation on a finger region of the finger-shaped plate, and selecting a corresponding mode to judge finger collision by judging whether an overlapping region exists or not. According to the invention, the image data is combined with the deep learning technology to judge whether the adjacent finger-shaped plates have detection abnormity, finger separation and finger collision, so that intelligent track inspection is realized, and the inspection efficiency is improved.

A crest soldering machine includes a crest soldering station configured to generate solder waves for performing a crest soldering operation on a printed circuit board. The wave soldering machine further includes a claw conveyor system configured to convey the printed circuit board to the wave soldering station. The claw conveyor system includes at least one chain conveyor including a chain having a plurality of claws configured to support an edge of a printed circuit board. The claw conveyor system further includes a claw detection system having a tension roller assembly configured to engage each claw of the plurality of claws. The tension roller assembly is further configured to move in response to engaging the claw in the inoperative position. The claw conveyor system further includes a sensor configured to detect movement of the tension roller assembly to the inoperative position.

The application discloses a digital pelvic floor muscle strength detection device, which comprises a detection glove, a detection base arranged at a finger of the detection glove, a detection contact arranged on the detection base, a pelvic floor muscle strength detection assembly arranged in the detection base and a pressure display module connected with the pelvic floor muscle strength detection assembly. The digital pelvic floor muscle strength detection device has the advantages of simple structure, clinical portability, direct detection of the pelvic floor muscle, simulation of a "gold standard" vaginal finger detection mode, direct testing of the corresponding pelvic floor muscle tension and muscle strength values, accurate detection of the force values of each muscle strength, no influence of human subjective factors, digitalization of the detection results and more accurate detection of the pelvic floor muscle strength.

The disclosure relates to a display device and a fingerprint identification method. The display device includes: a finger detection module, a fingerprint identification module and a displacement mechanism, in which the finger detection module is configured to detect a position of a finger; the fingerprint identification module is configured to detect identification information of the finger; the displacement mechanism includes a power structure and a driven structure connected to each other, the fingerprint identification module is fixedly mounted on the driven structure, and the driven structure can drive the fingerprint identification module to move to an identification position of the finger.