a sliding window

Abstract

The invention discloses a transversely-moving door and window. The door and window comprises a door and window frame, a transversely-moving sash, transversely-moving connecting components and a door and window lock component; the door and window frame is provided with sliding grooves or sliding rails are arranged, and the transversely-moving connecting components are mounted on the transversely-moving sash; the transversely-moving connecting components are arranged in the sliding grooves or on the sliding rails in a sliding manner, and the door and window lock component is mounted between the door and window frame and the transversely-moving sash; and relative to the transversely-moving sash, clamping seats are mounted at the position, opposite to the door and window lock component, of the door and window frame; and clamping devices matched with the clamping seats are mounted on the transversely-moving sash. Due to the structure of the door and window, the transversely-moving sash can be closed more conveniently in a labor-saving manner, and meanwhile positioning of the transversely-moving sash during closing can be better achieved.

Description

technical field [0001] The present invention relates to translation doors and windows. Background technique [0002] Doors and windows are used in every household. At present, doors and windows mainly include push-pull, side-opening and translation-type because of their different opening methods. [0003] Push-pull doors and windows save space when opened, and the ventilation effect is good after opening. However, if the sealant strip is in close contact with the adjacent push-pull fan or door and window frame, the sealing performance will be improved, but it is difficult to open and close the push-pull Fan; if the purpose of easy opening and closing of the push-pull fan is to be achieved, the sealing performance is poor. [0004] For casement doors and windows, since the sealing strips on the casement doors and windows are in a compressed state after the casement fans are closed, the sealing performance is good and the heat preservation effect is good, but it requires a la...

AI Technical Summary

Problems solved by technology

For example, a translational sliding door and window is disclosed in the patent document with the application date of 2007.5.1 and the publication date of 2008.11.5 in the Chinese patent application number 200710008951.3, and specifically discloses that it includes a frame, at least one translational fan and at least one sliding fan, Tracks are formed on the upper and lower sides of the frame, and the sliding window is slidably assembled in the frame by means of its top and bottom edges and the upper and lower rails of the frame. At least two sides of the translation fan and the corresponding sides of the frame are translated Hinged connection, the translational fan is assembled in the frame in a shape that can be opened in translation. There are sealing strips between the translational fan and the push-pull fan, and between the translational fan and the push-pull fan and the frame. Although the structure has a ventilation effect Good, airtight, watertight, good thermal insulation performance, space saving and other advantages, but the general translation hinge has a certain degree of elasticity, when the translation fan is not locked, the translation fan is in the open state of translation, so that the translation fan is in the closing process It is necessary to overcome the elastic force, and it is necessary to apply thrust on both sides of the translation fan to realize the closure of the translation fan. Therefore, it is laborious to close the translation fan, and the translation fan cannot be positioned well when closing

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