Escape window

Abstract

The invention discloses an escape window. The escape window comprises a window frame base, two window frame partition plates, two pieces of glass and an air extractor, wherein the window frame base is square; four first locking holes are formed in four corners of the window frame base; the two window frame partition plates are respectively mounted on the front surface and the back surface of the window frame base; second locking holes are formed in positions, corresponding to the first locking holes, on the window frame partition plates; the two window frame partition plates are matched with the window frame base to form a groove; the two pieces of glass are parallel mounted in the groove; a glass partition ring is clamped between the two adjacent pieces of glass; the vacuum treatment is carried out between the two pieces of glass and the glass partition ring; the air extractor is mounted on an inner window frame partition plate. Through the manner, the escape window can be applied to escape without need of breaking the glass by using an escape hammer; the condition that the escape hammer is out of action under some uncertain factors is avoided; the escape safety is ensured.

Description

technical field [0001] The invention relates to the field of ships, in particular to an escape window. Background technique [0002] At present, there are mainly two forms of windows used in cabins: fully enclosed and movable. Fully enclosed windows are widely used in various cabins due to their good sealing and sound insulation effects and relatively beautiful appearance of windows that can be opened. In an emergency, fully enclosed windows are often escaped by breaking the glass with an escape hammer. However, due to the limited number of escape hammers, the complicated situation in the cabin and the loss of the escape hammer in an emergency, these uncertain factors As a result, the escape hammer may lose its function in some emergency situations. Therefore, in order to ensure the safety of the escape, some portholes in the cabin were forced to be transformed into movable windows, but the vibration and noise directly entered the cabin, resulting in higher Due to the trans...

AI Technical Summary

Problems solved by technology

[0002] At present, there are mainly two forms of windows used in cabins: fully enclosed and movable. Fully enclosed windows are widely used in various cabins due to their good sealing and sound insulation effects and relatively beautiful appearance of windows that can be opened. In an emergency, fully enclosed windows are often escaped by breaking the glass with an escape hammer. However, due to the limited number of escape hammers, the complicated situation in the cabin and the loss of the escape hammer in an emergency, these uncertain factors As a result, the escape hammer may lose its function in some emergency situations. Therefore, in order to ensure the safety of the escape, some portholes in the cabin were forced to be transformed into movable windows, but the vibration and noise directly entered the cabin, resulting in higher Due to the transparent nature of glass, traditional portholes make people's privacy in daily life cannot be guaranteed

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