High-temperature-resistant clamping mechanism

Abstract

A high-temperature-resistant clamping mechanism, including: a plate frame, a pulley assembly and a jaw assembly, the pulley assembly is installed in the middle of the plate surface of the plate frame, and the pulley assembly includes: an inverted U-shaped positioning frame, and the lower and upper coaxially installed in the positioning frame The main pulley and the slave pulley, the main pulley is wound with a driving wire rope, and the slave pulley is symmetrically wound with two driven wire ropes protruding in opposite directions; two sets of jaw assemblies are symmetrically installed on the plate frame along the direction of the driven wire rope On both sides, the jaw assembly includes: a rotating shaft, a rotating wheel fixed on the rotating shaft, a connecting rod inserted vertically in the middle of the rotating shaft, and jaws fixedly connected to both ends of the rotating shaft. On the seat, one end of the driven wire rope is correspondingly wound on the running wheel, and the lower end of the connecting rod protruding from the rotating shaft is connected with a stretched spring. The invention realizes the grabbing action of the product or the carrier under the high temperature environment, has excellent high temperature resistance performance, high working efficiency, low failure rate, and is suitable for various working environments.

Description

technical field [0001] The invention relates to a clamping mechanism in the field of mechanical automation, which is mainly used for the clamping action of carriers in high-temperature environments such as the drying process and hot bending process of various electronic products, glass products and metal parts. Background technique [0002] At present, a large number of high-temperature gripping devices used in the market can only transfer products or carriers from room temperature to high-temperature environments, transfer from high-temperature environments to room temperature environments, or only move products in high-temperature environments. Or the carrier performs a simple propulsion action, but it has never been able to perform complex actions such as clamping and moving in a high-temperature environment, which limits automated processing in a high-temperature environment. [0003] Therefore, in view of the prior art, how to design and develop a clamping mechanism tha...

AI Technical Summary

Problems solved by technology

[0002] At present, a large number of high-temperature gripping devices used in the market can only transfer products or carriers from room temperature to high-temperature environments, transfer from high-temperature environments to room temperature environments, or only move products in high-temperature environments. Or the carrier performs a simple propulsion action, but it has never been able to perform complex actions such as clamping and moving in a high-temperature environment, which limits automated processing in a high-temperature environment

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