Micro-motion multiplying transparent mechanism

Abstract

The invention discloses a micro-motion multiplying and transparent mechanism. The micro-movement multiplication and permeability mechanism includes a fixed body and a moving body, the fixed body is distributed with a plurality of through parts at intervals, and a partition part is formed between two adjacent through parts. The moving body is distributed with a plurality of transparent parts at intervals, and a partition cover part is formed between two adjacent transparent parts. When the moving body moves with a small stroke relative to the fixed body, the The plurality of transparent parts of the moving body and the plurality of transparent parts corresponding to the fixed body are in a state of being cut off, or, the plurality of transparent parts of the moving body and the plurality of transparent parts corresponding to the fixed body The parts are transparent. The invention can multiply the permeability in a smaller opening stroke, and double the permeability in a smaller closing stroke, and can control the size of the permeability more conveniently and quickly, which is beneficial to the control of the permeability of automation.

Description

technical field [0001] The invention relates to a penetrating mechanism for flow penetrating objects (such as gas, liquid, sound wave, light wave, electromagnetic wave, heat energy, etc.), in particular to a micro-motion multiplying penetrating mechanism. Background technique [0002] The doors and windows in the prior art, whether they are sliding doors or windows or casement doors and windows, all have only one door and window. In order to better ventilate, the door and window must be opened to the maximum, and the opening and closing stroke of the door and window must be large. Such a door and window structure , It is not very convenient to open and close the doors and windows, it is not conducive to the rapid opening and closing of the doors and windows, and it is even more unfavorable for the automation of the opening and closing of the doors and windows. Especially in the glass curtain wall in the prior art, because the area of ​​a piece of glass in the curtain wall is...

AI Technical Summary

Problems solved by technology

[0002] The doors and windows in the prior art, whether they are sliding doors or windows or casement doors and windows, all have only one door and window. In order to better ventilate, the door and window must be opened to the maximum, and the opening and closing stroke of the door and window must be large. Such a door and window structure , it is not very convenient to open and close doors and windows, it is not conducive to fast opening and closing of doors and windows, and it is not conducive to the automation of opening and closing doors and windows

Especially for the glass curtain wall in the prior art, since the area of ​​a piece of glass in the curtain wall is much larger than the area of ​​ordinary doors and windows, it is not easy to achieve good ventilation, and there is a risk of high-rise window sash falling

There are also flow penetrating objects (such as: gas, liquid, sound wave, light wave, electromagnetic wave, heat energy, etc.) in the prior art. Requirements for the operation of the penetrating control device

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