CN-224222558-U - Depth direction transverse moving mechanism for sheet metal plates

CN224222558UCN 224222558 UCN224222558 UCN 224222558UCN-224222558-U

Abstract

The utility model relates to the field of automation, in particular to a transverse moving mechanism for a sheet metal plate in the depth direction. The sheet metal plate depth direction transverse moving mechanism comprises a machine body, fixed hairbrush plate assemblies are arranged on the machine body, the fixed hairbrush plate assemblies are symmetrically arranged on the left side and the right side of the machine body, a belt pulley frame is arranged on the machine body and comprises belt pulley assemblies, a transmission shaft and a gear motor assembly, the belt pulley assemblies are arranged at intervals, the belt pulley assemblies are connected with each other through the transmission shaft, the gear motor assembly is connected with the transmission shaft to drive the transmission shaft to rotate, the lifting hairbrush plate assembly comprises a frame beam, hairbrush plates, a hinge mechanism and a cylinder assembly, one end of the cylinder assembly is connected with the frame beam, the frame beam is connected to the machine body in a screwed mode through the hinge mechanism, the hairbrush plates are arranged at intervals, the gear motor assembly and the cylinder assembly are controlled by a PLC. The utility model can transversely convey the plate material to the other side, is convenient for bending the subsequent other side at the bending station, meets the requirement of forming the small-specification bathroom metal plate in size, has exquisite design structure, fully flexible production and saves cost.

Inventors

SHI YINI
YANG YANG

Assignees

北京长征火箭装备科技有限公司

Dates

Publication Date: 20260512
Application Date: 20250515

Claims (8)

1. A be used for sheet metal sheet material depth direction sideslip mechanism which characterized in that includes: The machine body is provided with a frame and a fixed hairbrush plate assembly; the left side and the right side of the frame are symmetrically provided with fixed hairbrush plate assemblies; The belt pulley frame is arranged on the frame and comprises a belt pulley assembly, a transmission shaft and a speed reducing motor assembly; The belt pulley assemblies are arranged at intervals, the belt pulley assemblies are connected through a transmission shaft, and the gear motor assembly is connected with the transmission shaft to drive the transmission shaft to rotate, so that the belt of the belt pulley assemblies rotates to achieve the effect of conveying plates; the lifting hairbrush plate assembly comprises a frame beam, a hairbrush plate, a hinge mechanism and a cylinder assembly; one end of the air cylinder assembly is connected with the frame beam; The frame beam is connected to the frame through a hinge mechanism in a threaded manner, and a plurality of hairbrush plates are arranged at intervals; the brush plate is connected with the frame beam through a hinge mechanism; The air cylinder stretches out and retracts to push the frame beam to drive the hairbrush plate to ascend and descend; the gear motor component and the cylinder component are controlled by a PLC.
2. The mechanism for traversing a sheet metal panel in a depth direction as recited in claim 1, wherein the bed is further provided with a cylinder support; The other end of the cylinder assembly is connected with the cylinder support.
3. The sheet metal plate depth direction traversing mechanism of claim 2, wherein the cylinder assembly comprises a cylinder rear support, a cylinder double-lug ring, a cylinder joint, a second bearing support, a rotating shaft, a second spacer bush and a cylindrical roller bearing, wherein the cylinder rear support is in threaded connection with the cylinder support and is connected with a hinge shaft in the cylinder double-lug ring, the cylinder is in threaded connection with the cylinder double-lug ring and the cylinder joint, the cylinder joint is connected with the second bearing support through the rotating shaft, the second spacer bush and the cylindrical roller bearing are arranged on the rotating shaft, and the second bearing support is in threaded connection with a frame beam.
4. The mechanism for traversing a sheet metal panel in a depth direction as recited in claim 1, wherein a bottom surface of the brush plate is coupled to a hinge structure.
5. The mechanism for traversing a sheet metal panel in a depth direction as recited in claim 1, wherein the hinge mechanism comprises a hinge plate, a card, a first bearing support, a first spacer, a hinge shaft, and a bearing, wherein the hinge plate is connected by two hinge shafts, the card is screwed to the hinge plate, the first bearing support is respectively screwed to the frame and the frame beam, and the first spacer and the bearing are connected by the hinge shaft.
6. The depth-wise traversing mechanism for sheet metal according to claim 1, wherein a spacing between the two brush plates is greater than a width of the pulley assembly.
7. The mechanism for traversing a sheet metal panel in a depth direction as recited in claim 1, wherein the plurality of pulley assemblies are equidistantly spaced.
8. The traversing mechanism for sheet metal panel depths as recited in claim 1, wherein the brush plate is lowered to a level below the pulley assembly.

Description

Depth direction transverse moving mechanism for sheet metal plates Technical Field The utility model relates to the field of automation, in particular to a transverse moving mechanism for a sheet metal plate in the depth direction. Background In the automatic sheet metal forming line of the bathroom industry, most bathroom wallboards are formed by buckling a panel and a back plate, floor boards are formed by buckling a bottom plate and the back plate, four walls of a bathroom are spliced by a plurality of wallboards according to the bath market demand, the floor is formed by splicing a plurality of floor boards, and then the floor is made of materials according to actual conditions. The height range of the wall body and the floor is 1000-3000mm, and the width range is 198-1200mm due to the limitation of the space position and the size. The four corners of the front panel, the back panel buckle and the front part are required to be bent. Because the single side of the backboard in the width direction needs to be bent twice, the sheet metal bending mechanism is a structure with the bending function realized by the cooperation of the movable knife and the pressing knife, the pressing knife and the knife pad plate clamp the sheet metal, the movable knife moves along the center of the knife point of the pressing knife, and the sheet metal is bent. After primary bending, the positions of the movable cutter and the pressing cutter are adjusted to perform secondary bending. For small-size panels and back plates, the bending mechanisms at two sides in the width direction bend simultaneously, the size of the mechanism is limited, and the pressing cutters at two sides cannot avoid, so that the bending mechanisms at two sides cannot be adopted simultaneously, and only one side can bend, therefore, in order to meet the molding requirement of metal plate gold wires in the bathroom industry, a process of transverse movement and transmission is needed. Disclosure of utility model The technical problem to be solved by the utility model is to provide the transverse moving mechanism for the depth direction of the sheet metal plate, which can transversely convey the sheet metal to the other side, is convenient for bending the other side at a bending station, meets the requirement of forming the small-specification bathroom sheet metal size, has exquisite design structure, is fully flexible in production and saves cost. The utility model provides a depth direction transverse moving mechanism for sheet metal plates, which comprises the following components: The machine body is provided with a frame and a fixed hairbrush plate assembly; the left side and the right side of the frame are symmetrically provided with fixed hairbrush plate assemblies; The belt pulley frame is arranged on the frame and comprises a belt pulley assembly, a transmission shaft and a speed reducing motor assembly; The belt pulley assemblies are arranged at intervals, the belt pulley assemblies are connected through a transmission shaft, and the gear motor assembly is connected with the transmission shaft to drive the transmission shaft to rotate, so that the belt of the belt pulley assemblies rotates to achieve the effect of conveying plates; the lifting hairbrush plate assembly comprises a frame beam, a hairbrush plate, a hinge mechanism and a cylinder assembly; one end of the air cylinder assembly is connected with the frame beam; The frame beam is connected to the frame through a hinge mechanism in a threaded manner, and a plurality of hairbrush plates are arranged at intervals; the brush plate is connected with the frame beam through a hinge mechanism; The air cylinder stretches out and retracts to push the frame beam to drive the hairbrush plate to ascend and descend; the gear motor component and the cylinder component are controlled by a PLC. In a specific embodiment of the utility model, the lathe bed is also provided with a cylinder support; The other end of the cylinder assembly is connected with the cylinder support. In a specific embodiment of the utility model, the cylinder assembly comprises a cylinder rear support, a cylinder double-lug ring, a cylinder joint, a second bearing support, a rotating shaft, a second spacer bush and a cylindrical roller bearing, wherein the cylinder rear support is in threaded connection with the cylinder support and is connected with a hinge shaft in the cylinder double-lug ring, the cylinder is in threaded connection with the cylinder double-lug ring and the cylinder joint, the cylinder joint is connected with the second bearing support through the rotating shaft, the second spacer bush and the cylindrical roller bearing are arranged on the rotating shaft, and the second bearing support is in threaded connection with a frame beam. In one embodiment of the present utility model, the bottom surface of the brush plate is connected to a hinge structure. In one specific embodiment of the utility model, the hinge mecha