CN-224222438-U - Stamping device for metal blanking processing convenient to move

CN224222438UCN 224222438 UCN224222438 UCN 224222438UCN-224222438-U

Abstract

The utility model is characterized by comprising a guiding-out mechanism, a stamping mechanism, a lower die mechanism, a conveyor belt support, a waste conveyor belt, a buffer slope table, a base support, a press and a conveying conveyor belt, wherein the stamping mechanism is arranged on the side face of the guiding-out mechanism, the lower die mechanism is arranged below the stamping mechanism, the base support is arranged below the lower die mechanism, the lower die mechanism is connected with the base support through nuts, two presses are arranged on the base support, the conveying conveyor belt is arranged below the lower die mechanism, the lower die mechanism is connected with the conveyor belt through nuts, the buffer slope table is arranged on the side face of the lower die mechanism, the waste conveyor belt is arranged on the side face of the lower die mechanism, the conveyor belt support is arranged below the waste conveyor belt, and the waste conveyor belt is connected with the conveyor belt support through a clamp.

Inventors

ZHUANG FEIFEI
ZHAO YILONG
LIU WEN
HOU CHENLONG

Assignees

天津市力华科技有限公司

Dates

Publication Date: 20260512
Application Date: 20250115

Claims (4)

1. A stamping device for metal blanking processing is convenient for remove, its characterized in that includes export mechanism, stamping mechanism, bed die mechanism, conveyer belt support, waste material conveyer belt, buffering ramp platform, base support, press, conveying conveyer belt, export the mechanism side and be equipped with stamping mechanism, the stamping mechanism below is equipped with bed die mechanism, bed die mechanism below is equipped with the base support, bed die mechanism passes through the nut with the base support and is connected, be equipped with two presses on the base support, bed die mechanism below is equipped with the conveying conveyer belt, bed die mechanism is connected with the conveying conveyer belt through the nut, bed die mechanism side is equipped with buffering ramp platform, bed die mechanism side is equipped with the waste material conveyer belt, waste material conveyer belt below is equipped with the conveyer belt support, the waste material conveyer belt passes through the clamp with the conveyer belt support and is connected.
2. The stamping device for metal blanking processing convenient to move is characterized in that the guiding-out mechanism comprises an electric cylinder, a guide column, a guide connecting block, a lifting roller, a sliding rail, a connecting support, a sliding block, a moving roller and a machine tool frame, wherein the lifting roller is arranged on the machine tool frame, the machine tool frame is connected with the lifting roller through a nut, the connecting support is arranged on the machine tool frame, the moving roller is arranged on the connecting support, the lifting roller and the moving roller are provided with a height difference, the connecting support is connected with the moving roller through the nut, the sliding block is arranged below the moving roller, the sliding rail is arranged below the moving roller, the sliding block is arranged below the sliding rail, the guide connecting block is connected with the guide connecting block through the sliding block, the guide connecting block is connected with the guide column through the clamping band, the sliding rail is connected with the guide column through the guide connecting block, the guide cylinder is arranged on the side surface of the guide column, the guide cylinder is arranged at the opening of the guide column through the clamping band, and the electric cylinder is arranged on the side surface of the guide cylinder.
3. The stamping device for metal blanking processing convenient to move is characterized in that the stamping mechanism comprises an oil cylinder, an upper press, an upper die holder, a cutter column, telescopic cylinders, support columns, an outer ring and stamping sliding blocks, wherein the support columns are arranged below the upper die holder, the upper die holder is connected with the support columns through threads, a plurality of telescopic cylinders are arranged below the upper die holder, the outer ring is arranged below the telescopic cylinders, the cutter column is arranged inside the outer ring, the upper press is arranged above the upper die holder, the oil cylinder is arranged inside the upper press, and sliding blocks are arranged on the side surfaces of the oil cylinder.
4. The stamping device for metal blanking processing convenient to move is characterized in that the lower die mechanism consists of a cutting block, a button hole, a friction block, a spring column, a lower die seat, a lower die connecting plate, a lower die supporting rod, a lower die bottom plate, an inner ring, a lower die ring and a lower die opening, wherein the lower die supporting rod is arranged below the lower die seat, the lower die seat is connected with the lower die supporting rod through a nut, the lower die bottom plate is arranged below the lower die supporting rod, the lower die supporting rod is connected with the lower die bottom plate through a screw, the lower die seat is connected with the lower die bottom plate through the lower die supporting rod, the lower die seat is provided with the lower die connecting plate, the friction block is provided with the button hole, the spring column is arranged inside the friction block, the lower die ring is arranged on the lower die seat, the inner ring is arranged inside the lower die ring, the lower die opening is arranged in the middle of the inner ring, and the cutting block is arranged on the side face of the lower die ring.

Description

Stamping device for metal blanking processing convenient to move Technical Field The utility model relates to the technical field of metal processing and manufacturing, in particular to a stamping device for metal blanking processing, which is convenient to move. Background Metal stamping is a common method for machining at present, and has high precision and high yield. During stamping, the metal plate is blanked firstly, a metal part blank is stamped, the next stamping is carried out on the metal part blank, and the final product is obtained after multi-step stamping. The utility model provides an anti-shake metal stamping device is proposed to current application number CN201711165924.7, includes base, fixed column, plastic groove, first bolt, gag lever post, second bolt, third bolt, stand, spring, elevating platform, fixed module, shock attenuation board, fixed plate, first nut, punching press base, punching press head, thread groove, anti-skidding groove and second nut, the lower extreme downside of base is connected with the fixed column, and the middle-end upside of base installs plastic groove, the middle-end downside of base is fixed with first bolt, and the upside both ends of base all distribute the gag lever post, the upside of base is connected with the stand, and the outside of stand distributes there is the spring, the upper end of stand is fixed with the elevating platform, and the inboard bottom of elevating platform is inlayed and is had fixed module. The anti-shake metal stamping device is provided with the plastic groove, the plastic groove is of a funnel-shaped structure, waste materials generated when the stamping head processes the metal plate smoothly flow down through an opening of the plastic groove, but when metal blanking tends to fall down due to gravity, excessive metal blanking is piled up and is easy to clamp at corners. Disclosure of utility model According to the technical problems, the utility model provides a stamping device for metal blanking processing, which is convenient to move and is characterized by comprising a guiding-out mechanism, a stamping mechanism, a lower die mechanism, a conveyor belt bracket, a waste conveyor belt, a buffering slope table, a base bracket, a press and a conveying conveyor belt, wherein the side surface of the guiding-out mechanism is provided with the stamping mechanism, the lower die mechanism is arranged below the stamping mechanism, the base bracket is arranged below the lower die mechanism, the lower die mechanism is connected with the base support through nuts, two presses are arranged on the base support, a conveying conveyor belt is arranged below the lower die mechanism, the lower die mechanism is connected with the conveying conveyor belt through the nuts, a buffer slope table is arranged on the side face of the lower die mechanism, a waste conveyor belt is arranged on the side face of the lower die mechanism, a conveyor belt support is arranged below the waste conveyor belt, and the waste conveyor belt is connected with the conveyor belt support through a clamp; The guiding mechanism consists of an electric cylinder, a guide column, a guide connecting block, a lifting roller, a sliding rail, a connecting support, a sliding block, a moving roller and a machine tool frame, wherein the lifting roller is arranged on the machine tool frame, the machine tool frame is connected with the lifting roller through a nut, the connecting support is arranged on the machine tool frame, the moving roller is arranged on the connecting support, the lifting roller and the moving roller are provided with height differences, the connecting support is connected with the moving roller through the nut, the sliding block is arranged below the moving roller, the sliding rail is arranged below the moving roller, the sliding block is arranged below the moving roller through a clamp, the moving roller moves on the sliding rail through the sliding block, the guide connecting block is connected below the sliding rail, the guide connecting block is provided with the guide column, the guide connecting block is connected with the guide column through the clamp, the guide column side face is provided with the guide cylinder, the guide cylinder is arranged at the opening of the guide column through the clamp, and the side face of the guide cylinder is provided with the electric cylinder; The stamping mechanism consists of an oil cylinder, an upper press, an upper die holder, a cutter column, telescopic cylinders, support columns, an outer ring and stamping sliding blocks, wherein the support columns are arranged below the upper die holder, the upper die holder is connected with the support columns through threads, a plurality of telescopic cylinders are arranged below the upper die holder, the outer ring is arranged below the telescopic cylinders, the cutter column is arranged inside the outer ring, the upper press is arranged above the upper die holder, the oil cy