7results about How to "Realize fully automatic operation" patented technology

The application belongs to the technical field of transportation feeding, and particularly relates to a fish tail plate production feeding device, which comprises a base frame, the upper end of the base frame is provided with a sliding rail, the left side of the upper end of the base frame is a slope, the slope of the base frame is slidably provided with a tray, the two sides of the tray are both rotatably connected with pulleys, the pulleys slide on the inner wall of the sliding rail, the side of the base frame is provided with a switch, the switch is used for controlling the rotation of the pulleys, the right side of the upper end of the base frame is provided with a top plate, the right side of the top plate is provided with a transfer device; the transfer device comprises a conveying round roller, the conveying round roller is rotatably connected to the right side of the top plate, and the conveying round roller is on the same horizontal line with the top plate. By arranging the transfer device, the raw material metal plate for fish tail plate production can be automatically fed, each raw material metal plate can be positioned and fixed, accurate machining operation can be achieved, and after being machined into a fish tail plate, the fish tail plate can be automatically discharged, realizing full-automatic production operation.

This invention discloses a high-precision 3D edge reconstruction method for bevel cutting. The method first acquires the original point cloud and grayscale image of the workpiece using a binocular vision system; then, it uses the filtered clean point cloud to fit the plane equation of the workpiece surface as a geometric constraint; next, it performs adaptive feature enhancement on the grayscale image to extract high-precision sub-pixel 2D edges; finally, it combines the plane equation and the 2D edges, calculates the 3D coordinates of the edges using a ray intersection model, and generates the robot cutting trajectory. This invention effectively solves the problems of point cloud loss and distortion caused by edge burrs, defects, and reflections, achieving sub-millimeter-level edge reconstruction and significantly improving the consistency of bevel cutting edges and trajectory accuracy without manual intervention.

This invention discloses a fully automatic silicone oil emulsification device for pre-filled syringes, solving the problem in existing technologies where the emulsification process temperature cannot be guaranteed, easily leading to uneven siliconization on the product surface. This invention includes a control cabinet, a double-layer emulsification tank, a silicone oil tank, and a high-shear emulsification pump. The silicone oil tank is equipped with a first heating mechanism, and the double-layer emulsification tank is equipped with a second heating mechanism. The silicone oil tank is connected to the double-layer emulsification tank via a filler pipe, which is equipped with a metering pump. The outlet of the double-layer emulsification tank is connected to the inlet of the high-shear emulsification pump via a first pipe, and the inlet of the double-layer emulsification tank is connected to the outlet of the high-shear emulsification pump via a second pipe, which is equipped with a third heating mechanism. This invention ensures precise temperature control throughout the emulsification process through silicone oil heating, injection water heating, and heating during the subsequent emulsification cycle, improving emulsification efficiency and quality, and ensuring uniform surface siliconization during the later stage of product siliconization.

This invention proposes a heat treatment quenching fixture for the outer ring of a chemical fiber bearing, specifically relating to the field of automotive headlight bracket processing technology. The heat treatment quenching fixture for the outer ring of a chemical fiber bearing includes a quenching device body and a first material changing area and a second material changing area respectively disposed on both sides of the quenching device body. The quenching device body includes a frame, a feeding platform disposed on the frame, and a quenching head disposed on the frame above the feeding platform for cooperating with the feeding platform to quench the workpiece. The frame also includes a conveying component for transporting the workpiece and a clamping component disposed on the conveying component. The heat treatment quenching fixture for the outer ring of a chemical fiber bearing provided by this invention, through the reciprocating movement of the movable table and the coordination of two sets of clamping components, achieves synchronous operation of quenching in the processing area and loading / unloading in the material changing area, eliminating equipment idle waiting time, improving the quenching efficiency of the outer ring of the chemical fiber bearing, and meeting the needs of large-scale continuous production.

The application discloses a device and system for electrically regenerating exhausted ion exchange resin, which comprises a membrane stack, cathode and anode zone assemblies on both sides of the membrane stack, and a fastening mechanism for compactly fixing the membrane stack and the zone assemblies. The membrane stack is arranged in the order of anode membrane, resin frame plate, cathode membrane, and concentrated water partition plate from the end of the cathode zone assembly to the end of the anode zone assembly, and finally ends with anode membrane, resin frame plate, and cathode membrane; the middle area of the resin frame plate is provided with a plurality of cavities penetrating through the front and back surfaces and parallel to each other, and the cavities and the membranes on both sides form regeneration chambers, and the non-penetrating areas between adjacent regeneration chambers are used as support strips; resin inlet and outlet flow channels and fresh water inlet and outlet flow channels are independently arranged in each regeneration chamber of the resin frame plate, and the resin inlet and outlet flow channels and the fresh water inlet and outlet flow channels are independent of each other. The system comprises two or more than two devices and auxiliary facilities arranged in parallel. The device is convenient for large-scale production and does not need to be disassembled during the process of loading and discharging resin.

This invention provides a fine slag treatment system for a settling tank, including a settling tank, a locking hopper, a feeding channel, a shut-off valve, a slag discharge channel, a slag discharge valve, a pressurizing channel, a pressurizing valve, a pressure relief channel, a pressure relief valve, and a control unit. The fine slag feeding port at the bottom of the settling tank is connected to the locking hopper via the feeding channel, and a shut-off valve is installed on the feeding channel. A slag removal machine is connected to the bottom of the locking hopper via the slag discharge channel, and a slag discharge valve is installed on the slag discharge channel. This invention sets up a feeding channel at the bottom of the settling tank and connects it to the locking hopper. Through the control unit, the shut-off valve, slag discharge valve, pressurizing valve, and pressure relief valve are linked to achieve automatic pressurized discharge of fine slag and its co-processing with coarse slag, eliminating the need for traditional pumping and filtration, avoiding fly ash generation, and reducing pollution risks. Simultaneously, relying on a signal acquisition and control module, it achieves fully automatic operation of the fine slag treatment, improving the system's automation level and reducing equipment wear and operating costs.