Hollow shutter top operation system

Abstract

The invention provides a hollow shutter top operation system, comprising a turnover mechanism and a lifting mechanism, and the turnover mechanism is used for opening and closing louver blades of a louver curtain; the lifting mechanism is used for lifting the louver curtain; the turnover mechanism comprises a turnover rope and a top turnover control piece; the turnover rope is connected to the topturnover control piece from one side of the louver curtain; the lifting mechanism comprises a lifting rope and a top lifting control piece, the lifting rope is connected to the top lifting control piece from the other side of the louver curtain, the louver curtain is located in a window frame, and the top turnover control piece and the top lifting control piece are arranged on the window frame onthe upper side of the louver curtain. The turnover rope and the lifting rope of the hollow shutter top operation system are not entangled.

Description

technical field [0001] The invention relates to the technical field of hollow louvered glass windows, in particular to a hollow louver top operating system. Background technique [0002] Built-in hollow louver glass has been widely used all over the world due to its good heat insulation, sound insulation, anti-condensation, anti-dust pollution, beautiful appearance and other advantages. The controller is placed on the same side or the flip and lift controllers are placed separately on the left and right sides to control the flip and lift functions of the venetian blinds. The above two controllers placed on the same side or the built-in hollow shutters placed on the left and right sides can only be used in casement windows or translation windows, because the sliding window is composed of upper and lower built-in hollow shutters , the upper glass is a fixed glass that cannot be moved, and the lower glass is an opening fan. Lift up to open the window sash and pull down to clos...

AI Technical Summary

Problems solved by technology

The above two controllers placed on the same side or the built-in hollow shutters placed on the left and right sides can only be used in casement windows or translation windows, because the sliding window is composed of upper and lower built-in hollow shutters , the upper glass is a fixed glass that cannot be moved, and the lower glass is an opening fan. Lift up to open the window sash and pull down to close the window sash, so the controller is placed on the left and right sides. It will be interfered by the built-in hollow louver glass controller of the other fan (upper fixed fan) and cannot be opened. The window that cannot be opened cannot meet the requirements of indoor ventilation.

The reason why the sliding window cannot be opened is because the built-in hollow louver glass flipping and lifting controller protrusion is at the same height as the opening fan, thus hindering the lifting type opening

[0003] In addition, the common built-in hollow louver glass flipping and lifting controllers are on the same side, and the flipping rope of the internal flipping mechanism and the lifting rope of the lifting mechanism are controlled in the same chute, and the flipping rope and the lifting rope are easily entangled in the same chute together cause a sliding failure

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