7results about How to "Efficient automation" patented technology

The utility model discloses a cable stripping pliers improvement structure for electrical engineering relates to cable stripping pliers technical field, including the handle, the handle side end is connected with the fixed block, the fixed block side end is provided with the peeling mechanism, and the peeling mechanism includes: fixed shell, fixed shell is connected in the fixed block side end, and the fixed shell side end is set to the gap, drive motor is connected in the fixed shell outer end, the rotary ring is rotatably connected in the fixed shell, and the rotary ring side end is provided with the gap, two no. The utility model discloses design structure reasonable, it can clamp fixed cable, complete cutting to cable outer skin, can pull apart the cable outer skin of cutting and separate, thereby complete stripping, and its operation is simple, does not need manpower to pull apart cable outer skin, and the whole stripping process is coherent, and its high -efficient automation can improve work efficiency greatly, and alleviate the labor intensity of staff.

The application relates to the field of glass tube heaters and preparation technology thereof, in particular to a glass tube heater and an electric heating wire forming device. The glass tube heater comprises a nickel-chromium alloy electric heating wire which is wound into a non-circular cross-section coil, wherein the cross-section of the coil can be a polygon and has smooth round corners, preferably a central symmetrical hexagonal star shape, six corners are arranged along the radial direction and two edges are parallel to each other. In addition, an electric heating wire forming device for manufacturing the above-mentioned glass tube heater is also provided, which comprises an inner clamp and an outer stamping clamp, the cross-section profile of the inner clamp is the same as the cross-section inner profile of the non-circular coil, the outer stamping clamp comprises a plurality of stamping heads and a linear driving component, and a guide sleeve and a retraction cylinder. Through optimization of the electric heating wire shape and the forming process, the application improves the heating efficiency and the service life, and simplifies the production process.

This utility model discloses an intelligent automatic uncoupling robot system for railway freight cars, including an information system, a monitoring system, an uncoupling robot trolley, and an early warning system. The information system is used to collect freight car information, confirm the uncoupling robot trolley that needs to be uncoupled according to the plan, and calculate the time required for the freight car to move from the uncoupling position to the corresponding uncoupling robot trolley position. The monitoring system is used to monitor the movement of the uncoupling robot trolley and determine whether there are any abnormalities in the uncoupling operation and uncoupling conditions. The uncoupling robot trolley is used for autonomous driving, autonomously determining the uncoupling position and performing the uncoupling operation, autonomously returning to its original position, monitoring and sending the status information of the uncoupling robot trolley, receiving control commands, and adjusting the status of the uncoupling robot trolley according to the status information or control commands. The early warning system is used to receive and provide feedback on abnormal information of the uncoupling operation and abnormal information of the uncoupling conditions of the uncoupling robot trolley.

The application discloses a lining feeding device and a use method thereof, which comprises a lining feeding frame, a punching die and a punching cutter corresponding to the punching die are arranged on the lining feeding frame, a push plate connected with a transmission belt and capable of being driven to reciprocate is arranged above the punching die, a feeding roller is drivingly connected to the transmission belt, and a driven roller is installed on the lining feeding frame and is in clutch transmission cooperation with the feeding roller. The push plate and the feeding roller are driven by the shared transmission belt, so that the installation of the driving part is reduced, the structure of the equipment is more compact, meanwhile, the lining cloth is automatically pushed to a sewing station by the push plate, automatic, efficient and accurate feeding of the lining cloth is realized, and the subsequent sewing quality of the lining cloth is ensured.

This utility model relates to the field of pad collection technology, specifically disclosing an automatic pad collection mechanism for edge component feeding, including a receiving slide and a second gantry frame. The second gantry frame is located at one end of the receiving slide near the collection seat. A lifting frame is slidably connected to the second gantry frame, and a clamping assembly that cooperates with the pads on the collection seat is provided on the lifting frame. The clamping assembly includes frames symmetrically arranged at both ends of the lifting frame. Each frame has a guide rail and a cylinder at its lower end. A second slide connected to the telescopic end of the cylinder is slidably connected to the guide rail, and a plug is connected to the second slide. The lifting frame drives the clamping assembly to descend to the collection seat, so that the plug aligns with the slot of the pad on the collection seat. The telescopic ends of the two cylinders respectively drive the second slide to move relative to each other, so that the plug clamps the pad. The entire pad collection operation is simple, efficient, and automated, without complicated procedures, and eliminates the need for manual collection and placement of pads, saving manpower while improving pad collection efficiency.

The utility model discloses a kind of reflective vest reflective fabric pasting devices, including main equipment frame and auxiliary equipment frame, first material roll and second material roll are rotationally equipped in vice equipment frame front side upper and lower, main equipment frame top is sequentially equipped with guide frame, glue spraying frame and compression cutting box from front to back, main material roll group is rotationally equipped in the front side upper and lower of compression cutting box, compression roll group is rotationally equipped in the middle upper and lower of compression cutting box, driven conveying roller is rotationally equipped in the rear side lower of compression cutting box, fixed frame is equipped in the rear side upper of compression cutting box, fixed frame bottom is equipped with elastic lifting frame, auxiliary compression roller is equipped in the bottom of elastic lifting frame, electric cylinder is equipped in the top of compression cutting box rear end, cutting tool is equipped in the bottom of electric cylinder.The utility model has the advantages compared with prior art in that: the device can efficiently and automatically produce reflective pasting fabric by guiding material, spraying glue, compacting and shearing operation from front to back, so as to meet the production efficiency of reflective clothing.

This invention discloses a method, device, medium, and product for visualizing the spatial distribution of marine sediments. The method includes: collecting sediment samples from various spatial sampling points in a target sea area to obtain sediment grain size composition data; calculating the sediment energy intensity at each point and determining an optimized sediment classification threshold set for each point by combining it with a standard sediment classification threshold set; using this optimized threshold set and grain size composition data to determine the sediment substrate type at each sampling point; constructing a spatial triangular network based on all sampling points, and interpolating classification boundary points on the triangular network by combining its grain size data, substrate type, and standard threshold set; dividing the sea area into polygonal regions corresponding to each substrate type based on the boundary points, performing automated color filling and type labeling, and finally generating a spatial distribution map of marine sediments. The technical solution of this invention can achieve comprehensive and accurate classification of marine sediments and complete the visualization mapping of their spatial distribution.