Mechanical press clutch friction block detection device

Abstract

The invention discloses a mechanical press clutch friction block detection device, which comprises a vertical frame, a rotary connecting piece, a driven wheel and a momentum wheel, the vertical frame comprises a frame cylinder, a vertical groove, a fixing hole and a frame bolt, the main body of the vertical frame is an integrated structure formed by bending a steel plate, one end of the vertical frame is in a long strip plate shape, and the other end of the vertical frame is in a rectangular plate shape, the long-strip-shaped plate part of the vertical frame is bent, a frame barrel is welded to the vertical upper end of the vertical frame, the outline of the frame cylinder is in a circular barrel shape, the axis of the frame cylinder is in a horizontal state, the vertical groove is formed in the portion, on the lower side of the frame cylinder, of the vertical frame, five wheel rods are arranged in the horizontal part on the lower side of the vertical frame, wherein the four wheel rods are distributed in the rectangular plate-shaped part of the vertical frame in a rectangular array, and four frame bolts are inserted in the rectangular plate-shaped part of the vertical frame. The mechanical press clutch friction block detection device can provide stable and uniform rotating force for a brake disc, and is suitable for general popularization and application.

Description

technical field [0001] The invention belongs to the technical field of mechanical presses, and in particular relates to a detection device for clutch friction blocks of a mechanical press. Background technique [0002] The mechanical press is a forging machine driven by a crank connecting rod or a toggle mechanism, a cam mechanism, and a screw mechanism. It is a machine tool used for pressure processing of materials. Component. Stable work, high working precision, good operating conditions, high productivity, easy to realize mechanization and automation, suitable for working on automatic lines, widely used in industrial machinery presses such as automobiles and ships. [0003] In the existing mechanical press clutch friction block detection device, the stopping ability of the friction block is usually tested through the friction block and the brake pad. Most of the test methods use the momentum wheel to cooperate with the rotating brake pad, but the momentum wheel is rotati...

AI Technical Summary

Problems solved by technology

[0003] In the existing mechanical press clutch friction block detection device, the stopping ability of the friction block is usually tested through the friction block and the brake pad. Most of the test methods use the momentum wheel to cooperate with the rotating brake pad, but the momentum wheel is rotating. There is a problem of running vibration during the process, which will affect the test accuracy of the friction block; the momentum wheel usually uses a counterweight to adjust the weight, and the operation of replacing the counterweight is more troublesome; and the belt and gear that rotate with the momentum wheel With higher load, the working life is shorter

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