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Internally-installed shutter rotation magnetic control device

A magnetic control device and louver technology, which is applied in door/window protection devices, shading screens, windows/doors, etc., can solve the problems of electric control device motor damage, built-in louver hollow glass failure, and irreparable problems, so as to prolong life, The effect that is conducive to the promotion of the use

Inactive Publication Date: 2014-01-22
俞焱文
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] At present, in the known built-in louver lifting control device, the manual control device generally uses internal and external magnets to attract each other and run along a straight line, and the electric control device generally uses a built-in motor to rotate to control the built-in louver lifting, but the manual control device exists because the pull cord will become longer. Affect the control accuracy or even fail. The electric control device has a motor damage phenomenon. Since the pull cord and the motor are sealed in the insulating glass, it cannot be repaired, resulting in the failure of the built-in louver insulating glass. This situation must be changed.

Method used

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  • Internally-installed shutter rotation magnetic control device
  • Internally-installed shutter rotation magnetic control device

Examples

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Effect test

Embodiment 1

[0011] Such as figure 1 The illustrated example of the insulating glass is Example 1, figure 1 The middle and outer control device 2 is composed of the outer shaft 1, the outer rotor 4 and the outer magnet or iron material 3 on it, and the internal control device 2 is composed of the inner shaft 1, the inner rotor 4 and the inner magnet or iron material 3 on it. When the external magnet or iron object 3 rotates around the external shaft 1, the internal magnet 8 is also rotated around the internal shaft 10 due to the magnetic force acting on the internal magnet 8 through the glass 5, which drives the built-in louver lifting shaft to rotate to complete the built-in louver Lifting function.

Embodiment 2

[0013] Such as figure 2 The embodiment of the spacer bar shown is embodiment 1. figure 1 The middle and outer control device 2 is composed of the outer shaft 1, the outer rotor 4 and the outer magnet or iron material 3 on it, and the internal control device 2 is composed of the inner shaft 1, the inner rotor 4 and the inner magnet or iron material 3 on it. When the external magnet or iron object 3 rotates around the external shaft 1, the internal magnet 8 is also rotated around the internal shaft 10 due to the magnetic force acting on the internal magnet 8 through the spacer 6, thus driving the built-in louver lifting shaft to rotate to complete the built-in Louver lifting function.

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Abstract

The invention relates to an internally-installed shutter rotation magnetic control device which is composed of an inner shaft, an outer shaft, an inner rotor and an outer rotor. The inside of the internally-installed shutter rotation magnetic control device is composed of the shaft and the rotor which are sealed in hollow glass. A magnet is arranged on the rotor. The positions, corresponding to the inside, of the outside are also provided with the shaft and the rotor. A magnet or an iron object is arranged on the rotor. As a pull rope or a motor is arranged externally, maintenance and replacement are convenient to perform. The shortcoming that a pull rope and a motor of an existing internally-installed shutter rotation magnetic control device are sealed in hollow glass and can not be repaired is overcome. The service life of the internally-installed shutter hollow glass is prolonged and popularization and application of the internally-installed shutter hollow glass are facilitated.

Description

Technical field [0001] The invention relates to a built-in louver lifting control device, in particular to a built-in louver rotating magnetic control device. Background technique [0002] At present, the well-known built-in louver lifting control device, the manual control device generally uses the internal and external magnets to attract each other to run along a straight line. The electric control device generally uses the built-in motor to rotate to control the built-in louver lifting, but the manual control device has the length of the drawstring The phenomenon that affects the control accuracy or even fails. The electric control device has the phenomenon of motor damage. Because the pull rope and the motor are sealed in the hollow glass, they cannot be repaired, causing the built-in louver hollow glass to fail. This situation must be changed. Summary of the invention [0003] In order to avoid the failure of the hollow glass with built-in louvers, the present invention provi...

Claims

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Application Information

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IPC IPC(8): E06B9/264E06B9/32
Inventor 俞焱文
Owner 俞焱文
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