Hollow glass built-in shutter with optional longitudinal and transverse control functions

Abstract

A hollow glass built-in shutter with optional longitudinal and transverse control functions comprises a rectangular window body, an inner frame, longitudinal internal and external control mechanisms,a slat turnover shaft connector base, a shutter curtain, a slat turnover pull rope and a slat turnover pull rope direction-changing mechanism, and is characterized by further comprising transverse internal and external control mechanisms and a slat turnover pull rope tension mechanism; particularly, the inner frame is arranged in the rectangular window body, the shutter curtain comprises a bottomstrip, slats, a slat turnover ratline and a shutter curtain lifting pull rope, the transverse internal control mechanism is arranged in a lower cavity and connected to the slat turnover pull rope, thetransverse external control mechanism is in magnetic attraction with the transverse internal control mechanism by being spaced through internal glass, the slat turnover pull rope tension mechanism isfixed to the window body, the window curtain lifting pull rope is connected with the transverse internal control mechanism in the lower cavity, and the middle of the slat turnover pull rope sleeves the slat turnover pull rope tension mechanism. The hollow glass built-in shutter with optional longitudinal and transverse control functions meets flexible selection requirements to operation from users, and its adaptability to users with different heights and stamina is improved.

Description

technical field [0001] The invention belongs to the technical field of sunshade hollow glass products, and in particular relates to a hollow glass built-in shutter with optional vertical and horizontal control. Background technique [0002] The hollow glass built-in shutters mentioned above refer to the two pieces of glass (inner glass and outer glass, also called front glass and rear glass) that are arranged in a face-to-face state and seal the surrounding edges. The window that belongs to the category of sunshade hollow glass products is composed of lifting venetian blinds. This kind of window has the following advantages: good heat insulation to reflect the energy saving of the building; excellent sound insulation performance to avoid the noise of the outside world Anti-condensation and frost to ensure sufficient indoor light and reflect the desired bright effect; adjust the deflection angle of the venetian blinds to meet the required indoor lighting requirements and prot...

AI Technical Summary

Problems solved by technology

However, due to the large differences between the people who use the hollow glass built-in blinds, the specific performance is that the height of the human body is different, and because the design of the hollow glass built-in blinds and the manufacturer's selection of the position of the control mechanism on the window is determined according to the lifting stroke of the blinds Therefore, when a relatively short person tries to raise the venetian blind that has fallen to the limit, especially when the slats of the venetian blind are turned over as needed (the operation probability of turning the slats is much higher than that of the venetian blinds) probability of lifting), because the control mechanism is at a high position at this time, it is often difficult to reach the external controller and operate it with its own limited height. The current method can only artificially increase the height with the help of stools and other facilities meet operational requirements

This method is inconvenient and has potential safety hazards

In view of this, the applicant believes that the design concept of the built-in blinds of insulating glass in the prior art ignores the humanized design concept of human beings

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