9results about How to "Automatic removal" patented technology

The present application belongs to the technical field of coating equipment, and particularly relates to a driving structure for coating equipment. The device comprises a chain conveyor, a coating machine fixedly connected to the chain conveyor, a drying hot air blower, a support fixedly installed on the chain of the chain conveyor, a connecting plate rotatably connected to the top of the support through a rotating shaft, and a storage table arranged above the connecting plate. The device further comprises a paint cleaning assembly, which comprises first sliding rods fixedly connected symmetrically to the two sides of the storage table, sliding blocks slidably connected to the outer part of the first sliding rods, and scrapers connected to the sliding blocks. A heavy block is fixedly installed on the outer part of the sliding blocks. The movement of the chain of the chain conveyor can drive the storage table to move together. When the storage table deflects downward, the sliding cooperation of the first sliding rods and the sliding blocks and the gravity acting on the heavy block can drive the sliding blocks to slide to the lower part of the first sliding rods, thereby driving the scrapers to move to automatically remove the paint on the surface of the storage table.

The utility model discloses a metal pipe fitting deburring device, including work table and automatic deburring mechanism, automatic deburring mechanism installs on work table, automatic deburring mechanism includes two first air cylinders, two L shape structure's connecting plate, support and processing pole, and one side of two connecting plates is linked with the piston rod of two first air cylinders respectively, and the other side is all linked with the support, and the processing pole one end installs on the support, the utility model discloses through automatic deburring mechanism can remove the burr of metal pipe inner wall fast, automatically, has improved the working efficiency of deburring.

The utility model discloses novel baking equipment, which relates to the technical field of curing embossing equipment and comprises a first conveyor belt, a portal frame is mounted outside the conveying tail end of the first conveyor belt, a position adjusting component is transversely mounted at the top end of the portal frame, and a CCD (charge coupled device) camera is mounted at the bottom of the free end of the position adjusting component. A discharging assembly is longitudinally installed at the top end of the interior of the first conveying belt, a second conveying belt is installed on the front side of the first conveying belt, a third conveying belt and a fourth conveying belt are sequentially installed on the rear side of the first conveying belt, and a CCD camera is used for detecting products machined by the first glue dripping machine and the second glue dripping machine to check whether the products are qualified or not. And the position of the CCD camera can be adjusted through the position adjusting assembly according to the distance between the two adjacent groups of products, so that the shooting end of the CCD camera and the clamping end of the discharging assembly are located over the two adjacent groups of products correspondingly, and discharging of unqualified products by the discharging assembly is not affected when the CCD camera detects the products.

The utility model discloses a sorting device for secondary aluminum production, which relates to the technical field of aluminum production and comprises a box body, an opening is arranged on the left side of the top end of the box body, and a crushing unit is mounted at the top end of the box body above the opening. A magnetic suction conveying unit used for conveying iron-containing impurities in waste aluminum materials, a material conveying unit used for conveying the waste aluminum materials and a filtering unit used for filtering aluminum scraps are sequentially arranged on the box body from top to bottom, a conveying unit used for conveying the waste aluminum materials is arranged on the left side of the box body, and the conveying unit conveys the waste aluminum materials into the smashing unit. Through the design of the magnetic suction conveying unit, the device can automatically remove iron-containing impurities in waste aluminum materials, the iron-containing impurities are effectively separated through the adsorption effect of an electromagnet, and the purity of secondary aluminum is improved.

The utility model relates to cold storage fan technical field more specifically is a kind of fan for precooling store, including cooperation frame, cooperation frame is rotatably connected with fan main body, two first motors are equipped in fan main body, two circular tablets are respectively fixed on the output shaft of two first motors, two transmission parts are respectively connected on two circular tablets, blowing fan is fixed on each transmission part, collecting box is connected on fan main body, electric heating strip is connected on fan main body, the inside of collecting box is equipped with inclined plane, inclined plane is a left high right low inclined plane, two connecting strips are fixed on each collecting box, connecting thread hole is equipped on each connecting strip, two connecting strips can be detachably connected on fan main body by the way of screwing bolt into connecting thread hole, can automatically remove the frost that condenses on surface.

The S-shaped corrugated flange conveying belt conveyor comprises a base belt conveying assembly, a bearing plate and a debugging device, the base belt conveying assembly comprises a conveying base belt, a corrugated flange, a turnabout drum, an outer side carrier roller and an inner side carrier roller, the conveying base belt is wound around a driving drum, the turnabout drum is arranged on the surface of the conveying base belt in a pressing mode, and the corrugated flange is arranged on the bearing plate. The corrugated flanges are not installed at the positions, close to the two side edges, of the conveying base belt, but are arranged at the positions, close to the inner sides, of the edges, the unoccupied parts of the edge parts of the conveying base belt can be used for installing the turnabout rollers, and the two sets of turnabout rollers are arranged so that the conveying base belt can be guided to be distributed in an S shape. The bearing plates are arranged on the conveying base belt between the corrugated flanges in an array mode, each bearing plate comprises a fixing base, a bearing plate, a lever piece and a conduction rod, a setting cavity is formed in each fixing base, each bearing plate is arranged in the corresponding setting cavity, each fixing base is further provided with a discharging groove communicated with the corresponding setting cavity, and one end of each lever piece is connected with the corresponding bearing plate through the corresponding conduction rod; and the other end is connected with a springback piece arranged in the expansion slot.

This utility model discloses a high-efficiency demolding and de-sprue device with mold linkage, belonging to the field of workpiece de-sprue, including a base plate; a moving mold and a fixed mold for workpiece forming are mounted on the base plate; a workpiece self-removal mechanism for automatically removing the formed workpiece in linkage with the moving mold is mounted on the base plate; a cooling de-sprue mechanism for accelerating workpiece cooling and automatically de-sprue is mounted on the base plate; the workpiece self-removal mechanism includes a linkage component, a workpiece clamping drive component, and a workpiece clamping component; the base plate, the cooling de-sprue mechanism, the moving mold, and the workpiece clamping drive component are all connected to the linkage component; the workpiece clamping component is connected to the workpiece clamping drive component. Through the above method, this utility model can realize the automatic removal of the formed workpiece from the mold in linkage with the moving mold of the injection molding machine via the workpiece self-removal mechanism, reducing labor and material costs.

This invention discloses a method and system for detecting and evaluating the settlement of buried pipelines based on ground-penetrating radar (GPR). The detection method acquires B-Scan mask images of shallow-buried pipelines, extracts the overall and local characteristics of target hyperbolic reflection signal feature points in the images, removes singular points, performs curve fitting on all valid target hyperbolic reflection signal feature points, and calculates and scores the depth and wave velocity values ​​corresponding to the target feature points to obtain the pipeline burial depth. The evaluation method, based on the pipeline settlement detection results, identifies the location of maximum settlement deformation by using the angle formed by the height change between two points on the pipeline, and predicts the location where the risk of fracture in the detected section may occur. The detection system implements this detection method, and the evaluation system implements this evaluation method. This application solves the problem in engineering measurements where hyperbolic reflection signals with characteristic damage caused by electromagnetic wave attenuation and coupling cannot be effectively calculated, significantly improving the data's processability and analyzability.

The invention relates to the field of precision part laser cutting, and discloses a precision part laser cutting machine which comprises a base, two supporting plates, a top plate, a laser cutting device, a feeding device, a discharging device and a controller. The laser cutting device is arranged below the top plate, the feeding device is arranged on the side of the laser cutting device, and the discharging device is arranged on the top plate. According to the laser cutting machine, through the arrangement of the laser cutting device and the feeding device, mutual supporting and interaction are achieved, the continuous feeding process can be achieved, frequent manual intervention is not needed, it is ensured that the laser cutting machine can continuously run, and the production efficiency is greatly improved; and production faults and downtime caused by human factors are reduced.