TR201920829A2 - A cabinet system that creates a life triangle in the event of an earthquake - Google Patents

Abstract

The invention relates to a cabinet system that protects people from earthquakes by forming a life triangle (30) between the bed (10) and the cabinet (20) in houses.

Description

DESCRIPTION A cabinet system that creates a life triangle in the event of an earthquake Technical Area The invention relates to a cabinet system used for earthquake protection in homes.

The invention is especially useful for people who are caught in an earthquake at home, especially during sleep. It is related to the cabinet system that provides protection by forming a life triangle next to the bed.

State of the Art Population growth and rapid, intense and complex development of structuring in cities Earthquakes cause great loss of life and property. Earthquake correct behavior patterns to be exhibited before, during and after life In addition to saving money, it is also effective in reducing material losses.

In the current technique, in order to ensure the safety of life and property in the event of an earthquake, The risks in the living area are evaluated and precautions are taken. In the House safe zones are determined and stopped in these zones during the earthquake.

At the same time, it is important to ensure that large items such as cabinets and bookshelves are knocked down during the shaking. These items are fixed to the wall in order to prevent However, the earthquake In case of an immediate event, escaping to the area determined as a safe zone in the house It is not possible, especially in large shocks.

Structural elements collapsing while buildings collapse during an earthquake are resistant in spaces. gaps supported by things, called the triangle of life forms. Therefore, resistant items are safe places around them.

Therefore, it is necessary to take a protective position by collapsing and closing in such places. recommended. However, it is possible to predict the collapse of structures. It is difficult to predict where and how the life triangle will occur.

It is very difficult to escape to the area that is thought to create a life triangle, especially at the time of sleep. the probability of being caught in an earthquake during sleep in destructive tremors as it is not possible should be evaluated and a precautionary measure should be taken in this direction. But in bedrooms how the triangle of life will be formed with the cabinets that are fixed to the wall and prevented from tipping over. It is not enough in the house because it cannot be known in advance or the life triangle does not occur. level of precautions cannot be taken and life safety is put at risk.

As an example of the state of the art, document numbered TR2012/00664 can be displayed. The aforementioned document is about the safety bed, In the application, in situations that threaten human life such as earthquake, flood, fire, a bed that closes to form a steel capsule is mentioned. The bed in question upper wings that can be collected and opened in the pool formed by the side wings and It has a body with roof wings. Capsule bed, electric works with energy. The bearing, which has a multi-part structure, does not have any mechanical If there is a problem with its parts, its use poses a risk because it cannot be closed. is doing.

As a result, the existence of the above problems and the inadequacy of the existing solutions made it necessary to make a development in the technical field.

Purpose of the Invention The present invention eliminates the above-mentioned disadvantages and It is about the cabinet system that creates a life triangle in the event of an earthquake, which brings new advantages.

The main purpose of the invention is to find earthquake victims in the house, especially during sleep. people to be protected by forming a life triangle next to the bed and safe to escape. is to ensure that the need for space is met.

To be able to fulfill all the above-mentioned purposes that may arise from the detailed explanation. the invention; by creating a life triangle between the bed and the closet in the houses. It includes a closet positioned next to the bed, providing protection from earthquakes. It's about the cabinet system. The feature of the invention; - positioned on the vei' or on the cabinet and the movement of the cabinet at least one sensor that detects what it is doing and generates a signal, . human movement in the cabinet during normal use of the sensor. so that the user cannot detect the operation of the sensor for a certain period of time. at least it can stop it and get it working again. a tug, - preferably at least one button for closing the opened support mechanism, signals that the sensor receives the signal formed as a result of detection a control unit that detects the occurrence of an earthquake by processing, one end of the cabinet, which receives the signal formed as a result of detection from the control unit. the room on the back vei'or bottom surface and one end of the room where the cupboard is located. The cabinet, which is connected to the wall and/or ceiling, can be moved forward by opening and extending. (i.e. usually towards the bed) at a predetermined angle to ensure that the cabinet is supported by the wall, to prevent it from tipping over, to triangle of life between the object in front of it (i.e. usually the bed) The cabinet, which allows it to form and closes, shortens to a normal state. at least one support mechanism it contains.

The support mechanism is preferably a shock absorber. In alternative applications, spring or It could also be a piston.

The structural and characteristic features of the invention and all its advantages are given below. and it is clearer thanks to the detailed explanation written by making references to these figures. will be understood as For this reason, these forms and detailed explanations are also included in the evaluation. It should be done with consideration.

Figures to Help Understand the Invention Figure 1: The front representative view of the cabinet system, which is the subject of the invention.

Figure 2: The side view of the closed cabinet system, which is the subject of the invention.

Figure 3: A side view of the open cabinet system, which is the subject of the invention.

Explaining Part References . Bed . Cupboard 201. Cabinet door 21. Sensor 22. Support mechanism 23. Lock 24. Remote control . triangle of life Detailed Description of the Invention In this detailed explanation, the preferred choice of the door cabinet system, which is the subject of the invention, is explained. alternatives only for a better understanding of the subject and no limiting are explained in a way that has no effect.

In Figure 1, the representative view of the cabinet (20) system, which is the subject of the invention, is given. According to this cabinet system in its most basic form; a cabinet (20) positioned next to a bed (10), that the cabinet (20) moves and is positioned on the vei or above inside the cabinet (20). At least one sensor (21 ) that detects and generates a signal, a cabinet that receives the signal consisting of the sensor (21) (20) can be opened and closed on its back and/or lower surface and the cabinet (20) is angled forward. Support on the formation of a life triangle (30) between the cabinet (20) and the bed (10) mechanism (22) and preferably the cabinet door (201) located on the cabinet (20). a control unit that signals at least one lock (23) to lock it, and preferably the lock The lock of the support mechanism (22) associated with (23) in the closed position (23) includes at least one remote control (24) that opens.

In one embodiment of the invention, the user, via the remote control (24), controls the sensor (21) so that the sensor cannot detect human movement in the cabinet (20) during normal use. (21) that he can stop his work for a certain period of time and start working again. It transmits the commands it can start to the control unit. Preferably the controller in question It can also transmit a command for closing the support mechanism (22) opened with (24).

In the preferred application, the system balances the balance especially in large cabinets (2D). It includes at least two support mechanisms (22) to provide

As seen in Figures 2 and 3, the cabinet (20) positioned next to the bed (10) and the bed In order to form a life triangle (30) in the space between (10), the cabinet (20) is located at the rear. The support mechanism (22) is connected to the vei'or lower surface in a collapsible structure. Promise The said shock absorbers (22) keep the cabinet (20) fixed to the wall in its closed position.

The support associated with the sensor (21) located inside the cabinet (20) or above it. mechanism (22) is connected with the signal generated by the sensor (21) in case of any jolt. triggered and opened under the control of the control unit.

Support to form a life triangle (30) between the bed (10) and the bed in the event of an earthquake. tilted (preferably) forward at a predetermined angle by means of the mechanism (22) 32 degrees for a 50 cm high bed (10), a 40 cm high bed for 36 degrees) and the cabinet (20) which contains the goods, has a lid (201) case, to prevent the cabinet doors (201) from being opened by the bending effect. At least one lock (23) is positioned on the cabinet doors (201).

The control unit is located in and/or above the cabinet (20) and in case of an earthquake. From the sensor (21) that detects that the cabinet (20) is moving, the signal formed as a result of the detection takes. The control unit detects that an earthquake has occurred with the signal it receives. is doing. When an earthquake is detected, the control unit closes the cabinet door. (201) to lock the covers (201) by sending a signal to the lock (23) to lock it. it provides.

In a preferred embodiment of the invention, locking cabinet doors 201 The lock (23) that provides Control (24) it is associated with said lock (23) and that the support mechanism (22) is closed. It enables the lock (23) to be opened in its position.

The working principle of the door cabinet system, which is the subject of the invention, is as follows; In the event of an earthquake, the sensor (21) inside and/or on the cabinet (20), cabinet (20) It detects that it is moving and generates a signal. Detection result of the sensor (21) The generated signal is transmitted to the control unit. The control unit receives from the sensor (21) It detects whether an earthquake has occurred by processing the signals. control unit, If it detects that an earthquake has occurred, it will signal the support mechanism (22) is sending. The support mechanism (22) is triggered by the signal it receives, as shown in Figure 3. As can be seen, the cabinet (20) can be opened on its back and/or lower surface and the cabinet (20) can be moved forward. right angled life triangle (30) between the closet (20) and the bed (10) it creates. Thus, the person caught in the earthquake while sleeping in the triangle of life formed between the bed (10) and the closet (20) without going anywhere. (30) life safety is ensured If the controller detects that an earthquake has occurred, close the cabinet door (201). it sends a signal to the lock (23) to lock it. The lock (23) is triggered by the signal it receives. It ensures that the cabinet doors (201) are locked and the items inside the cabinet (20) are locked. falling is prevented.

After the end of the earthquake, via the sensor (21) or with the user command. the support mechanism (22) closes and the cabinet (20) returns to its original position. Afterwards too With the remote control (24) the lock (23) is unlocked and the cabinet doors (201) are released. is left.

Claims (1)

REQUIREMENTS It is a cabinet system that includes a cabinet (20) and creates a life triangle (30) between the object in front of it and the cabinet (20), providing protection for people from earthquakes. At least one sensor (21 ) positioned in and/or on the cabinet (20) that detects the movement of the cabinet (20) and generates a signal, allows the user to specify the operation of the sensor (21) so that the sensor (21) does not detect human movement in the cabinet (20) during normal use. A control unit, which can stop it for a while and start working again, receives the signal created by the sensor (21) as a result of detection, detects that the earthquake has occurred by processing the signals it receives, receives the signal formed as a result of the detection from the control unit, one end is on the back and/or bottom surface of the cabinet (20). , one end of which is connected to the wall and/or ceiling of the room where the cabinet (20) is located, by opening and extending the cabinet (20) forward at a predetermined angle, so that the cabinet (20) gets support from the wall, preventing it from tipping over, and the cabinet (20) and the front It contains at least one support mechanism (22) that enables a life triangle to form between the object and closes and brings the cabinet (20) to its normal state. It is a cabinet system according to the demand and its feature is; it includes at least one lock (23) on the cabinet (20) that locks the cabinet door (201) by receiving the signal formed as a result of earthquake detection from the control unit. It is a cabinet system according to claim Z, its feature is; it comprises a key and/or at least one remote control (24), which is associated with said lock (23) and enables the lock (23) to be opened in the closed position of the support mechanism (22). It is a cabinet system according to claim 3, and its feature is; The reason is that the sensor (21) includes a remote control (24) that stops the operation of the sensor (21) for a certain period of time and enables it to start working again, so that the sensor (21) cannot detect the human movement in the cabinet (20) during normal use. 5. It is a cabinet system according to claim 3 or 4, its feature is; It contains a key and a remote control (24) that enables the opened support mechanism (22) to be closed. 6. It is a cabinet system according to any of the above claims and its feature is; a shock absorber or a support mechanism that is a spring or piston.