Array type flat plate motion system

Abstract

The present invention provides an array type flat plate motion system which comprises a flat plate frame, an automatic rotation shaft, and multiple flat plates which are arranged on the flat plate frame and are arranged along to an array. Each of the flat plates can be driven by a combined linear driving device in one to one correspondence to carry out translation and / or rotation. The automatic rotation shaft is used for driving the flat plate frame to translate, rotate or fold and is a precisely controlled self-driven rotating shaft. According to the system, the 'macro motion' and 'micro motion' of a local small area in the whole can be realized, the precise control of the 'macro motion' is realized through the precisely controlled self-driven rotating shaft, and the precise control of the 'micro motion' is realized through the combined linear driving device.

Description

technical field [0001] The invention relates to the technical fields of driver technology, intelligent drive control technology, electromagnetic permanent magnet direct drive and precision control of rotational position, and in particular relates to an array type flat panel motion system. Background technique [0002] The current tablet motion system has a relatively single function, and often can only realize simple actions such as overall translation, lifting, and horizontal rotation. Taking the movable bed as an example, the movable bed is a kind of flat exercise system. In order to help users (such as patients and the elderly) change from a flat position to a leaning position, the bed board at the back can be lifted to an inclined position, and the bed board at the leg The bed board at the top still remains horizontal, but the function of the traditional movable bed is also limited to "macro movement", and its essence is to lack "micro movement" of the local small area i...

AI Technical Summary

Problems solved by technology

The existing rotary drive device is mainly a rotary motor. This kind of mechanism itself has a relatively complicated structure, and often needs to be combined with other transmission components to control the motion. The efficiency is low and the response speed is slow.

In particular, in the case of limited volume, it is often unable to provide a large driving torque, and cannot meet the needs of modern industry for micro precision drive control and positioning

[0004] At present, there is no description or report of the similar technology of the present invention, and no similar data at home and abroad have been collected yet.

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