Energy-efficient built-in blinds

Abstract

The invention relates to an energy-saving built-in louver, and relates to the technical field of louvers. The energy-saving built-in louver comprises a window frame, inner glass and a controller, wherein the controller is arranged at the junction of the window frame and the outer side surface of the inner glass in a manner of sliding in the vertical direction, a movable seat is connected to the window frame and aside the controller in a manner of sliding in the vertical direction, and a height adjustment device used for controlling the movable seat to vertically slide is arranged in the windowframe; a cleaning seat is rotationally connected to the movable seat, a rotary surface of the cleaning seat is parallel to the outer side surface of the inner glass, and a movable device used for controlling the cleaning seat to rotate is arranged on the movable seat; and a cleaning sponge block is connected to one end part away from the rotary shaft of the cleaning seat, of the cleaning seat, ina manner of sliding in an axis direction which is parallel to the rotary shaft of the cleaning seat, and a cleaning device used for driving the cleaning sponge block to slide to be abutted against the inner glass is arranged on the cleaning seat. The energy-saving built-in louver has the effect of conveniently cleaning the movable area of the controller on the inner glass.

Description

technical field [0001] The invention relates to the technical field of shutters, in particular to an energy-saving built-in shutter. Background technique [0002] Insulating glass shutters, also known as built-in shutters, are a new energy-saving product that installs shutters in insulating glass. Venetian blinds are a traditional heat-insulating sunshade product. Insulating glass is a thermal insulation product formed in recent years. The traditional blinds and insulating glass are combined into one, and the operation of the blinds is realized through the magnetic control of the closing device and the lifting device. , which not only saves the use space, but also makes the glass doors and windows have good shading performance, improves the insulation performance of the insulating glass, and improves the indoor light environment. [0003] The existing invention patent document with the authorization announcement number CN104912469B discloses a double-layer hollow glass buil...

AI Technical Summary

Problems solved by technology

[0004] However, the above-mentioned structure has the following disadvantages: since the lifting manipulator achieves the control effect through the magnetic attraction between the lifting manipulator and the venetian blind lifting adjustment control mechanism, once the moving area of ​​the lifting manipulator on the inner glass is not cleaned up, dust Waiting for the garbage to separate the lifting manipulator and the inner glass, the magnetic attraction already weakened by the inner glass will be further weakened, and it is easy to break the magnetic force connection between the lifting manipulator and the blind lifting adjustment control mechanism

The user needs to re-adjust the magnetic lifting manipulator and the blind lifting adjustment control mechanism to restore the control of the blinds, which is inconvenient to use

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