15results about How to "Achieve batch" patented technology

The present invention relates to the technical field of bulletproof plate processing, and in particular to a composite bulletproof plate coating device. It comprises a coating box, a positioning component, a cleaning component, a film, a circulating conveying component and a coating component. A row of delivery parts is arranged at the front end of the coating box; the discharging part is located below the delivery part; the positioning component is arranged at the rear end of the coating box corresponding to the delivery part; the cleaning component is located on both sides of the coating box; two groups of films are arranged, respectively located on both sides of the positioning component and the delivery part; two groups of circulating conveying components are arranged in the coating box, one on the left and one on the right, and respectively located between the cleaning component and the film on the corresponding side; coating parts are arranged on the coating components located on the two groups of circulating conveying components. The present invention presses the film onto the two side surfaces of the composite bulletproof plate through the coating plate, presses the film onto the side wall of the composite bulletproof plate through the groove wall of the coating groove, and then cuts and seals the excess film, so that the coating is comprehensive, efficient and has a good sealing effect.

The invention relates to the field of laser drilling, in particular to laser drilling equipment for machining a silicon carbide coating graphite disc. The laser drilling device comprises an operation box, a positioning heating assembly, a laser drilling assembly and a supporting ventilation assembly. A material conveying opening is formed in one side of the operation box, and a first belt material conveying assembly penetrating through the material conveying opening and a second belt material conveying assembly located above the first belt material conveying assembly are arranged in the operation box; the positioning heating assemblies are dispersedly arranged on an upper layer and a lower layer in the conveying direction of the first belt conveying assembly; the laser drilling assemblies with the laser heads are arranged on an upper layer and a lower layer in a scattered mode in the conveying direction of the second belt conveying assembly. The supporting ventilation assembly corresponds to the positioning heating assembly. Through cooperation and linkage of the positioning heating assembly, the laser drilling assembly and the supporting ventilation assembly, batch, efficient and accurate laser drilling is achieved, and the problems of silicon carbide coating stripping and graphite slag flying during drilling are effectively relieved.

The present invention discloses a mobile phone back cover film tearing, laminating and pressurizing machine and its laminating and pressurizing process, including a material tray circulating feeding part and a laminating and pressurizing film tearing part, the material tray circulating feeding part is used for circulating the material tray, taking and loading materials and collecting the material tray; the laminating and pressurizing film tearing part is arranged on the side of the material tray circulating feeding part; the laminating and pressurizing process of the mobile phone back cover film tearing, laminating and pressurizing machine includes the following process steps: placing the tray; automatically taking and placing materials; rotating taking and placing materials; material box installation; taking film and multi-piece detection; film tearing and transfer; film laminating; transportation after laminating; laminating and pressurizing; secondary film tearing; transfer unloading; closing and storing. The present invention realizes automatic feeding before laminating the mobile phone back cover and automatic unloading and storage after laminating, effectively improving the material transfer efficiency, and realizing automatic feeding of adhesive, multi-piece detection, film tearing transfer and automatic laminating, adopts detachable material replacement, effectively improves the adhesive supply and replacement and laminating efficiency, has laminating and pressurizing function, and effectively guarantees the laminating quality.

A feeler gauge calibration method and a calibration device based on non-contact optics, comprising: the feeler gauge to be tested is set between the upper measuring head and the lower measuring head of the confocal laser displacement sensor, so that the lasers of the two measuring heads are coaxial for differential measurement; a standard gauge block is placed between the upper measuring head and the lower measuring head, the correction value of the standard gauge block is input, and the distance between the upper measuring head and the lower measuring head is read; the feeler gauge measuring point is determined, the upper measuring head and the lower measuring head respectively read the data of the center origin of each feeler gauge measuring point, the feeler gauge is moved, and a small displacement is performed within the measurement area range in the x-axis and y-axis plane directions of each feeler gauge measuring point, and the reading values ​​of the upper measuring head and the lower measuring head are combined to form n coordinates, which are respectively fitted into upper and lower planes S1 and S2, and the thickness deviation and curvature of the feeler gauge are respectively calculated. The present invention provides a feeler gauge calibration method and a device based on non-contact optics with high accuracy, convenient and efficient operation, automation, and batch detection.

The utility model relates to the technical field of bottle cap pressing, in particular to a pressing device for an aluminum-plastic bottle cap. Comprising a bottom plate, a pressing assembly used for pressing bottle caps and bottle bodies is installed on the bottom plate, a conveying assembly used for conveying the bottle bodies and the bottle caps is installed on the bottom plate, and a limiting mechanism used for fixing the bottle bodies is installed on the bottom plate. A positioning assembly used for positioning the bottle body and the bottle cap is installed on the bottom plate. Through the arrangement of the conveying assembly and the positioning assembly, the conveying assembly drives bottle bodies and bottle caps to be continuously conveyed, meanwhile, the rotating mechanism drives the first electric push rod and the vacuum suction cup to achieve multi-angle rotation, the telescopic function of the electric push rod is combined, the bottle caps can be accurately sucked and adjusted to the position over the bottle bodies, manual one-by-one feeding is not needed, and the production efficiency is improved. Batch and continuous supply of bottle bodies and bottle caps can be achieved, the labor cost is reduced, and the production efficiency is improved.

This application discloses a photovoltaic tile module, belonging to the field of photovoltaic technology. The photovoltaic tile module includes a photovoltaic tile, a tile strip, and a first connector. The tile strip is used to be installed between the water-following strip and the photovoltaic tile. The tile strip includes a web and a first wing. The web is used to be fixedly connected to the water-following strip, and the first wing is connected to the end of the web facing the photovoltaic tile and to the side of the web facing the ridge. The first connector includes a main body and a first connecting part. The main body is fixedly connected to the end of the photovoltaic tile facing the ridge, and the first connecting part is connected to the end of the main body away from the photovoltaic tile and to the side of the main body facing the eaves. The end of the first wing facing the ridge is opposite to the main body, and the side of the first wing away from the photovoltaic tile is opposite to the first connecting part. Through the cooperation of the tile strip and the first connector, the photovoltaic tile module can be installed in batches and quickly, shortening the construction cycle and saving labor costs.

This utility model discloses a cooling device for polypropylene pipes, relating to the field of pipe manufacturing technology. It includes a base, with a cooling component fixedly installed on the top of the base, and a conveying mechanism disposed on the top of the base and cooperating with the cooling component. The conveying mechanism includes a conveying component for driving the polypropylene pipe axially and a clamping and rotating component for driving the polypropylene pipe circumferentially. This utility model drives the pipe to rotate circumferentially through the clamping and rotating component, and, in conjunction with nozzles evenly distributed on the inner circumferential wall of the annular pipe, ensures that cold air covers the pipe surface comprehensively without dead angles, improving the quality stability of the pipe. The device can adaptively adjust the contact force between the rollers and the pipe according to different diameter polypropylene pipes, adapting to various pipe specifications without replacing parts, thus improving the versatility and production flexibility of the device.

The present invention discloses an automatic cleaning device and process for a viscose filament combing assembly, and relates to the technical field of cleaning of viscose filament combing assembly. The present invention comprises an alkali solution soaking mechanism and a cleaning box, and a loading rack, a cleaning box, an air drying box and an inspection table arranged side by side are fixed to one side of the discharge end of the alkali solution soaking mechanism, and the loading rack and the inspection table are connected by a feeding mechanism, and the feeding mechanism crosses the cleaning box and the air drying box. In order to meet the demand for natron inlet and outlet, the present invention designs the natron pool assembly into a multi-layer stepped shape, which can increase the natron amount of the combing assembly per unit area, realize batch and automatic cleaning of the combing assembly, improve production capacity, and each layer of the natron pool assembly can be operated independently, which improves applicability.

This invention discloses a train driving action training system, including an image acquisition module that constructs a dedicated dataset for standardized operational gestures specific to locomotive crew members, retaining only the driver's hands, arms, and key gesture areas to eliminate irrelevant background interference; an image annotation module for annotating, quality checking, and correcting the original gesture images; and a model training module that employs the YOLO11s object detection algorithm, enhancing operation by disabling redundant data to ensure the accuracy of gesture recognition. Through the collaborative work of the image acquisition module, model training module, and real-time recognition training module, and by employing the YOLO11s object detection algorithm and optimizing training for locomotive driving-specific gestures, this invention achieves automated, batch, real-time, and continuous monitoring of locomotive driver finger and verbal gestures. It effectively solves the technical pain points of low efficiency and insufficient accuracy in traditional manual verification, significantly improving the efficiency and accuracy of locomotive crew member gesture checks.

The present invention provides a deployment method, a deployment controller and a server cluster for a bare metal server, the method comprising uploading an initial configuration file corresponding to a central processor configured by the bare metal server to a mirror server, obtaining and saving a mapping relationship between the initial configuration file and the architecture information to which the central processor belongs; planning a deployment network for the bare metal server, obtaining configuration information of the bare metal server to determine the node record information of the node to which the bare metal server belongs after it is started; pre-configuring a startup configuration file adapted to the central processor and saving it; calling the startup configuration file by the ironic service, matching the startup configuration file adapted to the central processor according to the deployment network and node record information, so as to start the bare metal server. The present application realizes the deployment of multiple bare metal servers in a heterogeneous architecture scenario of the central processor, and realizes batch and rapid deployment of bare metal servers.

A device and method for measuring key parameters of a thin film, the device comprises: a frame body, a mounting base plate, a two-dimensional hollow mobile platform, a confocal laser displacement sensor, a fixture assembly, a mounting bracket, a tilt adjustment structural assembly, and a control system. A parallel glass is respectively arranged between the upper measuring head and the lower measuring head of the confocal laser sensor, and the thin film to be inspected on the fixture assembly is located between the two parallel glasses. During measurement, the two parallel glasses are adjusted n times to be at different β small angles, and the distance data from the upper measuring head and the lower measuring head to the upper and lower surfaces of the thin film to be inspected are read, the vertical distance is converted, and the key parameters such as the thickness deviation and curvature of the thin film to be inspected are calculated respectively. The present invention provides a device and method for measuring key parameters of a thin film with high precision, convenient and efficient operation, automation, and batch detection.

The utility model discloses a fuse testing and labeling device. The fuse testing and labeling device comprises a transmission device, a testing device and a labeling device, the conveying device comprises a conveying belt used for conveying fuses. The testing device and the labeling device are respectively arranged corresponding to two side surfaces of the fuse tube body at the testing station on the conveyor belt; the testing device comprises two groups of testing probes, each group of testing probes respectively move in a direction perpendicular to the conveying direction of the conveying belt, and the two groups of testing probes respectively and movably extend and abut against terminals at the two ends of the fuse; the labeling device comprises a pressing plate, the pressing plate moves in the direction perpendicular to the conveying direction of the conveying belt, and the pressing plate is used for attaching labels to the side faces of the fuse tube bodies. When the testing probe of the testing device is used for testing the resistance of the fuse, the pressing plate of the labeling device can be synchronously used for labeling the fuse, so that the production process is saved, and the production efficiency is improved. The fuses are conveyed in batches through the conveying belt, and batch production can be achieved.

The invention belongs to the technical field of electric automobile accessories, and particularly discloses a method for assembling a large number of fins of a radiator for an electric automobile, which comprises the following steps of: S1, mounting an arraying tray in an arraying machine; s2, the radiator fins are poured into an arraying material disc in an arraying machine, and the radiator fins are arrayed into storage grooves in the arraying material disc after being arrayed through the arraying machine; s3, the multiple radiator fins are sucked through an air nozzle suction cup and moved into a stacking clamp assembly to be stored, and stacking is stopped after the radiator fins with the required number are stacked; and S4, the stacked radiator fins in the stacking clamp assembly are taken out through a clamping mechanism and put into a material clamping groove of the radiator, and assembling of the radiator fins is completed. The invention provides a method for assembling a large number of fins of a radiator for an electric vehicle, which can realize the batch and automatic stacking of radiator fins, improve the production efficiency, save time and labor and greatly reduce the production cost.

The invention discloses a soil organic matter detection device and method based on a light-heat synergistic principle, and belongs to the technical field of rapid detection and intelligent sensing of soil physical and chemical parameters. The method comprises the steps that ground soil is prepared and placed in a groove position, mass data of the soil placed in each time is collected based on a weight sensor, and a rotating disc is driven to rotate based on a stepping motor; high-resolution micro-distance soil images, visible near-infrared reflectivity curves and infrared reflectivity curves of corresponding wave bands in all the grooves are collected in the first measuring darkroom, the rotating disc is driven to rotate based on the stepping motor, temperature change curves in all the grooves are collected in the second measuring darkroom, and the soil apparent specific heat capacity is calculated based on the photothermal effect; the spectrum and thermal characteristics are fused, and the soil organic matter content is inverted through a multi-source information model. Non-contact and rapid in-situ detection of soil organic matters is realized, moisture interference is effectively separated through light-heat-spectrum cooperation, the precision is remarkably improved, and the device is low in cost and easy to popularize.

The invention belongs to the technical field of onion breeding and molecular detection, and particularly relates to an InDel marker for identifying onion cytoplasm genotypes based on an HRM technology and application of the InDel marker. Specifically, the InDel molecular marker primer provided by the invention can be used for rapidly and efficiently detecting the onion cytoplasm genotype at high throughput, the detection speed is remarkably increased through a high-throughput PCR technology, and the time and labor cost is reduced. Therefore, high-throughput genotyping screening of onion field breeding materials is facilitated, and the method is particularly suitable for large-scale sample treatment. Meanwhile, an onion material with a known cytoplasm type is verified, the identification result is completely consistent with the phenotype, compared with an SCAR marker, the screening method is simpler and more convenient, electrophoresis is not needed after the PCR reaction is finished, the type of the onion cytoplasm can be determined only by analyzing a melting curve, and the method is efficient, accurate and low in cost. The technology can realize batch, automatic and standardized operation, and has good practical application value.