Manually-pressed whole type clamping pressure cutting device

Abstract

The invention discloses a manually-pressed whole type clamping pressure cutting device. The device comprises a table board with a cutting groove, a supporting arm arranged on the table board, a curved type pressure arm with one end hinged to the supporting arm, a pressure disc arranged at the other end of the curved type pressure arm, a pressure tension spring, at least two clamping guide grooves formed in the position, located on each of the two sides of the cutting groove, of the table board, clamping strips arranged on all clamping guide grooves on the same side of the cutting groove in an across manner, adjusting screws penetrating the corresponding clamping guide grooves and connected with the corresponding clamping strips, a calibrated scale, a fixed shaft frame arranged beside the cutting groove of the table board, a rocker arm frame, an axis force spring, a driving motor, a cutting piece and a polishing piece, wherein the cutting piece and the polishing piece correspond to the cutting groove; and the clamping strips and the curved type pressure arm are arranged on the cutting table board to achieve tile clamping and fixing, tile moving due to cutting force is avoided, cutting safety is improved, meanwhile, the adjustable function of the clamping strips is used for changing the positioning distance of tiles, tile fixed-distance cutting is achieved, the device is quite convenient, and work efficiency is improved.

Description

technical field [0001] The invention relates to a manually pressed integral crimping and cutting device. Background technique [0002] Wall and floor tiles are often used in decoration to beautify the indoor environment, protect the walls and floors, and increase their service life. Usually, wall tiles and floor tiles are manufactured according to standard sizes and proportions to facilitate mass production. However, in the actual installation process, the difference in the size of the installation space will always make it impossible to apply a whole tile to some edge positions. , so it needs to be cut. The existing cutting method is to use a sharp device to draw a line on the surface of the ceramic tile to make a linear defect on the surface, and then place an object under it to forcefully press the raised end to break the defect position. Although this is more convenient, the disadvantages are also obvious. First, there are many burrs on the edge of the fracture, which ...

AI Technical Summary

Problems solved by technology

Although this is more convenient, the disadvantages are also obvious. First, there are many burrs on the edge of the fracture, which is not smooth enough, which greatly affects the appearance and is contrary to the original purpose of installing tiles; The degree cannot be controlled, and the fracture cannot be stably generated at the defect position, which is easy to damage the tile itself, and the damage is irregular, and the resulting fragments are difficult to reuse; and when marking the line, it is necessary to use a separate measuring tool to measure on the surface of the tile. There will be one more process. Even if it is improved to electric cutting, it is still necessary to align the tiles at the cutting line during cutting, which is inconvenient to operate, and manually pressing the tiles during electric cutting is a safety hazard.

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