A multi-level vehicle escape window module that is convenient for quality inspection and observation, and its application method

Abstract

The invention discloses a multistage novel vehicle escape window module convenient for quality inspection and observation. The multistage novel vehicle escape window module comprises a plate-shaped module, a fixed end positioned at the periphery of the plate-shaped module, a liquid bag and an air bag which are located on the plate-shaped module, and a telescopic mechanism connected with the plate-shaped module, and the plate-shaped module is provided with an observation window for observing the position of a plastic ball body.. When people can escape, the overall retraction speed of the escapewindow module is high, the lifting of the telescopic mechanism can be realized in only one second, and an escape window can be opened by pushing glass, so the escape speed is very high; and the two bag-shaped structures located in a vehicle body are utilized, glass fixation is realized by extrusion, after a switch is closed, the bag-shaped structures are still kept in a wizened state, if the wizened state is kept, the switch is not turned on, the overall sealing degree of the escape window module is good, whether the telescopic mechanism leaks air or not can be judged by observing the position of the outer side plastic ball on the window relative to the safety line and the warning line, and the air leakage problem of the module is found in time, so the escape window module is high in safety.

Description

technical field [0001] The invention relates to the technical field of vehicle escape, in particular to a multi-level vehicle escape window module that is convenient for quality inspection and observation and a method for using the same. Background technique [0002] At present, on automobiles, especially on buses, an escape window structure is often arranged to allow the occupants in the car to escape through the escape window when situations such as accidents and disasters occur. [0003] At present, the most emergency rescue measure adopted by buses is passenger self-rescue, and the way of self-rescue is mostly to use the safety hammer to break the window and escape. The vicious cycle of "lost, lost distribution" has brought considerable economic losses to the bus company and also caused potential safety hazards. Even if the existing part of the safety hammer has a loss alarm device, and the quality of the people has improved, the loss situation has improved, but because...

AI Technical Summary

Problems solved by technology

Greatly consumed the valuable escape time of passengers

[0004] The same existing escape window structure is relatively complicated, and because the escape window structure is rarely used, if it is not used for a long time, it is inevitable that the quality of the equipment will decline due to technical or human factors, and it cannot be used in time when an emergency occurs, causing passenger injuries. Life safety is threatened, so how to ensure that the structure of the escape window is simple and can be detected and evaluated in time to evaluate its reliability becomes particularly important. Timely and specified time for quality inspection increases labor costs and wastes the use of escape window mechanisms Lifespan, especially for escape windows that may only be used once, quality inspection becomes particularly important. It is even more important to complete the quality inspection without damaging the escape window, which is currently ignored in the application of escape windows. forgotten problem

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