31results about How to "Removal in time" patented technology

The invention discloses a device for on-line detection and classification of fiber tripping defects of chemical fiber spindles. The device comprises a spindle conveying device, an image acquisition device and a defect elimination module which are positioned on the spindle conveying device, and a good product waiting area and a bad product waiting area which are connected with the spindle conveyingdevice; the defect elimination module comprises an image processing and decision module, a quality statistical evaluation module and a defect control module; the image acquisition device comprises closed dark boxes, LED light source groups, CCD camera groups, image acquisition cards, digital signal processors and memories; the closed dark boxes are arranged above and below the silk ingot conveying device; and the LED light source groups, the CCD camera groups, the image acquisition cards, the digital signal processors and the memories are arranged in the closed dark boxes. The device has thefollowing beneficial effects that collected silk ingot images are processed by combining machine vision and an image processing technology, the interference number and morphological characteristics ofthe tripping fibers and interference fibers can be simultaneously detected, the fiber ingots with the fiber tripping defects can be detected by using detected fiber tripping information, and a sourcecan be traced by using statistical interference information.

The invention discloses a weighing, sorting and metering device, which comprises a feeding conveyor belt, a weighing conveyor belt and a rejecting conveyor belt. A first infrared sensor corresponding to the position is suspended above the left end of the weighing conveyor belt. A weighing system is added between the lower part of the transmission belt and the pressure-bearing support. The weighing system includes a pressure sensor, a control box and a display. The pressure sensor is connected to the lower part of the support of the weighing transmission belt. A second infrared sensor corresponding to the position is provided, and a rejecting device is installed on the right side of the second infrared sensor. Non-conforming product storage bag. The invention adopts the design of intelligent weighing and rejecting, which can remove the products with unqualified weight in time, has a simple structure, improves the efficiency of the sorting work, and satisfies the requirements of the work.

The invention discloses a bearing part automatic sorting method. The bearing part automatic sorting method comprises the following steps: a conveying device conveys bearing parts to be detected to a detecting area; after the detected bearing parts are conveyed to the detecting area, a position detecting sensor is triggered to send position signals of the bearing parts to be detected to a visual detecting system in real time; the visual detecting system obtains images of the bearing parts to be detected according to position information of the bearing parts to be detected; the obtained images are compared with standard data of the bearing parts to judge if the bearing parts are qualified products; and then, the sorting is performed. The bearing part automatic sorting method detects the surface defects of the bearing parts by a visual mode, is clear in imaging, can guarantee the detecting accuracy, and meanwhile, adopts a belt conveying structure capable of continuously detecting to improve the detecting efficiency.

The invention discloses a garbage pickup device and a cleaning robot thereof. The garbage pickup device comprises a rolling brush, a removing device, a dust storage box and cleaning motors; the rolling brush is fixedly arranged at the lower right end of a shell, the removing device is movably installed in a dovetailed groove formed in the portion, located above the rolling brush, of the shell, thelower end off the shell is provided with a main sucking port used for sucking large-particle garbage, the dust storage box is movably installed at the left end of the shell, a sucking motor is fixedly arranged between the dust storage box and the shell, and the cleaning motors are fixedly arranged at the lower end of the dust storage box. According to the garbage pickup device, through the arrangement of the removing device and an auxiliary sucking port, garbage winding the rolling rush can be timely removed, the cleaning effect of the device is improved, the load of the motors is lowered, and the service life of the motors is prolonged; through the formation of the main sucking port, the large-particle garbage can be effectively adsorbed, and the practicability is high; through the arrangement of the cleaning motors and cleaning discs, the ground is cleaned multiple times, and the cleaning effect of the device is effectively improved.

The invention discloses a two-dimensional code printing machine applied to a bottle cap. The two-dimensional code printing machine applied to the bottle cap comprises a vibrating disk, a first conveying mechanism, a second conveying mechanism, a back blowing mechanism, a two-dimensional code printing and detecting mechanism, a defective product removing mechanism and an encoder used for detectingthe conveying speed of a conveying belt, wherein the first conveying mechanism mainly comprises a conveying panel and a plurality of air blowing holes formed in the conveying panel and used for blowing air backwards, the second conveying mechanism mainly comprises the conveying belt and a plurality of air suction holes formed in the conveying belt, the back blowing mechanism mainly comprises a first photoelectric switch, a first spray head and a material return pipe, the two-dimensional code printing and detecting mechanism mainly comprises a second photoelectric switch, a laser printer and acamera; and the defective product removing mechanism mainly comprises a second spray head and a material receiving pipe. On the basis of fusing the laser printer, the printing precision can be ensured, the rate of certified products is improved, and automatic, convenient and assembly line type production is achieved.

The invention discloses a corrugated case printing-adhering production line with a high-speed code-spraying function, belongs to the field of corrugated case production, and aims to provide the corrugated case production line capable of on-line rejecting defective code-spraying products, saving manpower and material resources, and improving the production efficiency. The invention has the technical scheme that the corrugated case printing-adhering production line with the high-speed code-spraying function comprises a tank feeding conveyor belt, a paper feeding part, a printing part, a slottingand line pressing part, a die cutting part, a folding and case-adhering part, a stacking part and a counting and bundling part, wherein the paper feeding part, the printing part, the slotting and line pressing part, the die cutting part, the folding and case-adhering part, the stacking part and the counting and bundling part are sequentially arranged along the conveying direction of the tank feeding conveyor belt; a code spraying mechanism is arranged on the folding and case-adhering part; a defective product rejection part is further arranged additionally and comprises a detection platform and a rejection platform; the detection platform is located between the folding and case-adhering part and the stacking part; a detection device for detecting abnormal codes is arranged on the detection platform; and after the rejection platform is arranged on the counting and bundling part along the conveying direction of the tank feeding conveyor belt, a rejection device is arranged on the rejection platform, so that when the detection device sends out an error reporting command, the rejection device receives the command and rejects the defective products.

The invention relates to a capsule real-time inspection method with double detection, which comprises the following steps: 1) providing a capsule real-time test platform with double detection, which includes a near-infrared detection mechanism, a visible light detection mechanism and a main controller, wherein the near-infrared detection mechanism and the visible light detection mechanism respectively perform defect detection to every capsule and the main controller is respectively connected to the near-infrared detection mechanism and the visible light detection mechanism for determining a capsule rejection strategy according to a defect detection result from the near-infrared detection mechanism and the visible light detection mechanism; and 2) performing inspection with the test platform. According to the method, there are two detection methods are available to detect the capsules, thereby improving reliability of capsule test.

The invention discloses a data information acquisition and monitoring method based on the Internet of Things. The method comprises the steps of 1, printing a two-dimensional code and an RFID label ofa semi-finished product on each production line through an RFID label printer, tearing off an RFIF label and pasting the RFIF label on the surface of a semi-finished product to obtain a detailed coordinate and a to-be-moved station of each semi-finished product, and step 2, ensuring that stable operation is required when a factory runs through the RFID label, and installing a photoelectric detection sensor at each discharging position on a production line. The invention relates to the technical field of information acquisition, in the data information acquisition and monitoring method based onthe Internet of Things, each ach product is marked through the RFID tag; the semi-finished products are detected in each process through cooperation with the photoelectric detection sensor, detectiondata obtained after detection are uploaded to the product database, the purpose that each product is detected is achieved, the RFID label of the Internet of Things is used in cooperation in the wholeprocess, and the database is used in cooperation to facilitate tracing and retrieval of the products in the later period.

The invention discloses an electronic map searching method and device, equipment and a medium, and relates to the technical field of electronic maps. According to the specific implementation scheme, the method includes determining whether target search information input by a user belongs to event type search information or not; if the target search information belongs to the event type search information, extracting target event content in the target search information; determining a target POI as a search result according to the target event content and event attribute information associated with the POI in an electronic map, wherein the event attribute information at least comprises event content. According to the embodiment of the invention, the POI service is provided for the event type search information, so that the search mode of the electronic map is enriched.

The invention provides an emergency caching system applied to small cigarette packet processing. The emergency caching system comprises a main control module, a material storage channel, a discharging channel and a material storage mechanism, wherein the main control module is electrically connected with the material storage channel, the discharging channel and the material storage mechanism, one end of the material storage channel and one end of the discharging channel are connected with the material storage mechanism, the end, away from the material storage mechanism, of the material storage channel is connected with the main machine, and the end, away from the material storage mechanism, of the discharging channel is connected with an auxiliary machine. When the auxiliary machine fails, small packets of cigarettes conveyed by the main machine can be cached and reasonably distributed, and meanwhile, the quality of the distributed small packets of cigarettes can be improved, so that the problems that in the existing small cigarette packet processing process, the efficiency is low, material conveying is not reasonable enough, and the batching quality cannot be guaranteed are solved.

The invention discloses an automatic metal removing mechanism of a traditional Chinese medicinal material screening machine, which comprises a conveyor belt, a rotating shaft, a motor, a pillar, a first detection mechanism, a coil, an alarm, an alarm light, a rejecting mechanism, a rejecting box, a baffle, a pole, A distance sensor, a second detection mechanism, a cylinder, a push rod, a rejecting plate, a main drive wheel, an auxiliary drive wheel, a bracket and an electric push rod. The metal automatic removal mechanism of the Chinese medicinal material screening machine of the present invention has changed the traditional detection and removal method, adopts the conveyor belt to convey the detection and removal, and adjusts the rotation speed of the conveyor belt through the motor, which can make the Chinese medicinal materials flow smoothly and improve the accuracy of the detection during the metal detection process. The rate is high, and the unqualified products are alarmed in time; the rejecting mechanism is equipped with a distance sensor and a rejecting confirmer, which can judge the position of unqualified products in Chinese herbal medicines and remove them in time, and ensure the rejecting rate and the pass rate of the product. Good economic and production benefits, suitable for popularization and use.

The invention discloses a full-automatic assembling and welding technology for LED lamp beads. The assembling technology comprises the steps that 1, lamp band accessories are fed and conveyed; 2, thelamp band accessories are stripped, positioned and separated; 3, LED lamp accessories are fed and conveyed; 4, a manipulator sucks the LED lamp accessories and conveys the LED lamp accessories to a turning mechanism; 5, the manipulator clamps and conveys the turned LED lamps to the lamp installing process; 6, the LED lamp accessories and the lamp band accessories are combined to form combined lampbands; 7, soldering is conducted on the self-combined lamp bands; 8, adhesive dispensing is conducted on the lamp bands obtained after soldering; 9, ultraviolet positioning and curing are conducted on the lamp bands obtained after adhesive dispensing; 10, pay-off tensioning is conducted on the lamp bands obtained after curing and positioning; and 11, winding take-up operation is conducted on theassembled lamp bands. According to the full-automatic assembling and welding technology for the LED lamp beads, the automatic assembling process of the LED lamp bands is achieved, the production efficiency and quality are improved, and the good market application value is achieved.

The invention discloses a method for removing residual materials of a cyclone separator by vibration. A vibrating screen is additionally arranged behind the cyclone separator, the residual materials of the cyclone separator can be removed, the large particle size materials discharged from the bottom of the separator can be effectively recycled for second time, the large particle size materials aremixed with the small particle size materials, repeated utilization of the small particle size materials are increased, the waste materials deposited at the bottom of the equipment can be removed in time, the separation efficiency of the cyclone separator is improved, dust removal can be timely carried out, the dust removal efficiency is improved, and the energy-saving effect is further realized.

The invention relates to the technical field of cigarette production equipment, and in particular, relates to a cigarette filter stick circumference detection device and system. The device comprises a detection mechanism, a diameter adjusting mechanism, a touch screen and a PLC, wherein the detection mechanism, the diameter adjusting mechanism and the touch screen are electrically connected with the PLC; the diameter adjusting mechanism is located at the previous station of the detection mechanism, is controlled by the PLC and is used for adjusting the circumference size of the filter stick; the touch screen is used for displaying detection data and inputting an operation command to the PLC; and the detection mechanism is controlled by the PLC and is used for detecting the circumference of the filter stick and feeding back data to the PLC. A laser detector continuously scans and detects the circumference of the filter stick, a detection result is output to the PLC in an analog signal mode after being processed by a signal amplifier, the PLC receives an analog signal and converts the analog signal into the diameter or circumference value of the filter stick through calculation, and the circumference of the filter stick is adjusted in real time through the diameter adjusting mechanism; and meanwhile, the diameter or circumference value of the filter stick is displayed in real time through the touch screen.