Anti-shock type material vibrating device

Abstract

An anti-seismic material vibration device, comprising a frame (7), a vibrating material containing member (9) hinged with the upper part of the frame (7) through a hinge shaft (90), and a vibrating material containing member (9) that can be fixedly arranged on the frame (7) through a hinge shaft (90) A vibration-driven slider (8) that moves left and right on the roller walking track (71) at the bottom of the frame (7), wherein the vibration-driven slider (8) includes a middle main body (83) and left-right symmetrically arranged Two sloped parts (81, 82), the two sloped parts (81, 82) are respectively provided with sloped sliding grooves (811, 821) that are symmetrical with each other, to respectively carry the left support slider (812) and the right support The slider (822) slides, and the left support slider (812) and the right support slider (822) are respectively symmetrically arranged with the supports at the left and right ends of the lower side of the vibrating material holding part (9). The protrusions (91, 92) are hinged.

Description

technical field [0001] The invention relates to the field of material processing, in particular to an anti-seismic material vibration device. Background technique [0002] In the field of material processing, it is often necessary to carry out vibratory processing on materials, such as grinding and rust removal of small parts, material granulation and rounding, material screening and other processing processes, etc., which requires a material vibration holding device capable of carrying loads. In some processing fields, it is often necessary to perform vibration processing on heavy workpieces. This often makes the material holding part need to carry a huge weight. [0003] During the vibration process, it is necessary to reciprocally adjust the angle of the material holding part to meet the requirements of the frequency and amplitude of the vibration of the material. However, some existing angle-adjusted vibration methods are difficult to meet the requirements of carrying ...

AI Technical Summary

Problems solved by technology

However, some existing angle-adjusted vibration methods are difficult to meet the load-bearing requirements of heavy loads during the vibration process

Moreover, the drive device is often complex in structure and occupies a large area or space, which brings additional requirements for the installation of the processing line and the use of the factory building, and increases the production line setup and operating costs

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