Burglary-resisting window with emergency escape function

Abstract

The invention relates to the technical field of doors and windows, and discloses a burglary-resisting window with an emergency escape function, which comprises a frame, the inner side of the frame is provided with an open groove, the frame is connected with upright posts through the open groove, a connecting rod is movably connected between the two upright posts, and the two sides of the upright posts are clamped and fixed through pressing blocks. At least one side of the first stand column is fixed through a detachable detaching block. According to the burglary-resisting window with the emergency escape function, after the stand columns are taken out, the stand columns are put down, a downward ladder is automatically formed, escapers can directly climb down along the ladder, on one hand, on the premise that burglary prevention is achieved, it is avoided that the burglary-resisting window seals an escape way, on the other hand, compared with a descent control device, the burglary-resisting window is fireproof, resistant to corrosion and higher in reliability in a fire scene, and in addition, the safety of the escapers is improved. Compared with the situation that the ladder jumps down through a slow descending rope, the ladder can be accepted by people more easily, and when people go down to the next stand column, the transverse rods and the inclined rods of the previous stand column are directly retracted, so that people are prevented from crowding and squeezing up the ladder at the same time.

Description

technical field [0001] The invention relates to the technical field of doors and windows, in particular to an anti-theft window with emergency escape. Background technique [0002] For low-floor residents, in order to avoid being stolen, it is usually necessary to install anti-theft windows on the balcony of the home, but this also reduces the chance of escape when an accident occurs. [0003] Many families will install slow descenders at home, which use the gravity of the human body to drive the runners to rotate, and then generate centrifugal force to make the friction between the centrifugal block and the side wall generate frictional resistance, and achieve balance with gravity, so that the escapers fall to the ground at an even speed. However, due to its It is necessary to bind the rope to the human body, which is not suitable for use in the scene of multiple people escaping. [0004] Further, when many people are escaping, in the urgency of escaping, it is easy to hap...

AI Technical Summary

Problems solved by technology

[0003] Many families will install slow descenders at home, which use the gravity of the human body to drive the runners to rotate, and then generate centrifugal force to make the friction between the centrifugal block and the side wall generate frictional resistance, and achieve balance with gravity, so that the escapers fall to the ground at an even speed. However, due to its It is necessary to bind the rope to the human body, which is not suitable for use in the scene of multiple people escaping

[0004] Furthermore, when many people are escaping, in the urgency of escaping, it is easy for the next person to want to go down when the previous person has not safely reached the position, and it is easy to exceed the maximum load of the escape device.

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