Self-powered electromagnetic drive hollow glass built-in shutter

Abstract

The invention provides a self-powered electromagnetic drive hollow glass built-in shutter. The self-powered electromagnetic drive hollow glass built-in shutter comprises a shutter body and a magnetictransmission driving device, wherein the shutter body comprises a rectangular frame body, inner glass, outer glass and an upper transverse frame strip; a shutter blind is arranged in a shutter blind cavity; a shutter blind lifting and curtain piece overturning executing mechanism is arranged in an upper transverse frame strip cavity; an acting shaft of the executing mechanism is connected with theshutter blind lifting and curtain piece overturning executing mechanism; and the magnetic transmission driving device comprises a shell, a tubular motor, a magnetic column driving transmission mechanism, a supporting seat and a magnetic column driven transmission mechanism. The self-powered electromagnetic drive hollow glass built-in shutter is characterized by further comprising a solar self-powered mechanism and a storage battery, wherein the solar self-powered mechanism is arranged above one side, facing the outside, of the outer glass; a group of operation button holes are formed in the front side face of the shell, and a shell magnetic through groove is formed in the rear side face of the shell; a supporting seat magnetic through groove is formed in the front side wall of the supporting seat; and the magnetic column driving transmission mechanism and the magnetic column driven transmission mechanism are in magnetic fit with each other. The self-powered electromagnetic drive hollow glass built-in shutter is light and labor-saving in operation; the occupation of a lighting area and abnormal movement are avoided; the lifting of the shutter blind or the overturning of curtain pieces is not influenced.

Description

technical field [0001] The invention belongs to the technical field of sunshade hollow glass products, and in particular relates to a built-in shutter of hollow glass independently supplied with electromagnetic drive. Background technique [0002] The aforementioned hollow glass built-in blinds mainly refer to but are not absolutely limited to double-layer insulating glass built-in blinds (hereinafter the same), for example, there are also multi-layer hollow glass built-in blinds such as three glass and two chambers such as Chinese patents CN105041268B and CN10504169B. The built-in shutters of insulating glass have the following self-evident advantages: good heat insulation can reflect the energy saving of the building; excellent sound insulation performance can avoid the disturbance of external noise; Expected bright effect; by adjusting the deflection angle of the blinds, that is, the flip angle, the required indoor lighting requirements can be obtained and privacy can be ...

AI Technical Summary

Problems solved by technology

[0005] From the above description, it can be seen that if the slats of the venetian blind are to be turned over at a certain angle to meet the lighting requirements of the room and to raise or lower the venetian blind as required, the user must move the aforementioned external controller upward or downward. To achieve this, the operation mode brought about by this structure has become the default and accepted mode by the majority of users, but objectively, this operation mode has at least the following technical problems: First, if the aforementioned internal and external manipulators are separated from each other by the inner glass There is a mismatch between the suction force of the suction and the quality (weight) of the venetian blind located between the inner and outer glass. For example, if the suction force is too small, abnormal sliding will occur and the venetian blind cannot be reliably maintained at the desired rising position , On the contrary, it will make the operation laborious and blindly increase the cost of the inner and outer manipulators, because increasing the number of relatively expensive permanent magnets and / or increasing the volume of the permanent magnets will inevitably increase the cost significantly; secondly, as long as In the case of manually shifting the outer manipulator, it is relatively laborious, especially the larger the width of the venetian blind, the heavier the overall weight of the venetian blind, and the stronger the magnetic attraction force between the inner and outer manipulators. Strong, this is very embarrassing for the weak such as minors and the elderly; third, once the inner manipulator is affected by sliding such as displacement, deformation, and stagnation, it will be quite troublesome to repair , it needs to be repaired by the manufacturer or the original installer or professionals, and the repair usually needs to remove the inner glass, which requires a large amount of work, a long time, and high payment costs. It is precisely because of these factors that users are often unwilling to repair and instead Make do with it, making it a decoration or even a burden; Fourth, since it is necessary to provide a sliding channel for the inner manipulator, it will affect the lighting area to a certain extent

[0006] Chinese Invention Patent Application Publication No. CN110513023A recommends "Electric Rotary Magnetic Transmission Built-in Sunshade Insulating Glass" due to the use of an external magnetic transmission electric controller and a driven magnetic transmission part in the cavity, which can compensate the applicant to a certain extent. The deficiencies mentioned above, but this patent application still has the following shortcoming: the one, because this patent has taught in the 0029th paragraph of its description that special positioning grooves and ribs are set on the motor, so that the motor is positioned on the housing (patent It is called "shell seat"), so due to the relatively complicated structure of the motor, it is troublesome for both the manufacturer of the motor and the manufacturer of the hollow built-in blinds, and the complexity of the motor structure will increase the performance of the motor. The second is because it does not give the enlightenment of how to make the housing carry (that is, together with) the motor, non-metal spacer and magnetic column installed in it and the inner glass of the hollow glass built-in shutter reasonably fixed under the use state, because Only relying on the magnetic force of the aforementioned magnetic column (i.e. the outer magnetic column) of the external magnetic transmission electric controller on the magnetic column (i.e. the inner magnetic column) corresponding to the structural system of the driven magnetic transmission part in the cavity is not perfect. For example, once the external magnetic transmission controller is shifted or even falls off due to the impact or collision of abnormal external factors, it will affect the re-matching effect of the two, especially for users, often resulting in unknown The third is that although the patent mentions the content of the power cord connected to the power supply in paragraph 0028 of the specification, it also does not give information on how to make the motor work, such as how to supply power to the motor, how to control the motor, and how to control the motor. Enlightenment on how to arrange the indispensable parts in the case along with the motor

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