Multifunctional intelligent safety escape device

Abstract

The invention relates to a multifunctional intelligent safety escape device in case of disasters, which is used in the technical field of safety escape and comprises an external main air bag, an inner air bag, an outer air bag, a strip-shaped air bag, a lower auxiliary air bag, an upper auxiliary air bag, an inner air bag, an outer air bag and a strip-shaped air bag, the safety rope is connected with the hanging ring; the internal main air bag is arranged in the external main air bag; the strip-shaped air bag is connected with the interior of the internal main air bag; the upper auxiliary air bag and the lower auxiliary air bag are connected with the interior of the internal main air bag; when a high-rise fire escape channel is blocked and escape is not easy, air can be quickly inflated and sucked to completely wrap people, gravity is effectively buffered when the people fall from high altitude and fall to the ground, so that the escape people are protected from casualties, and effective multi-layer buffering can be achieved in the falling process and when the people touch any sharp and hard objects; under the condition that any sharp and hard object is touched and a certain independent air bag is broken and leaks air, other independent air bags can still have a normal buffering effect, so that escape personnel are protected and casualties are prevented; when high-rise evacuation time in an earthquake is long and escape time is not sufficient, rapid inflation can be achieved, escape persons are completely wrapped, building collapsing objects are effectively supported, the collapsing objects are prevented from being impacted and damaged, and casualties are prevented; when the flood disaster and flood destroy force is large and a conventional life appliance is not suitable for being used as an escape tool, rapid inflation can be achieved, escape persons are completely wrapped and float in the flood, and therefore casualties are prevented.

Description

Technical Field

[0001] The invention relates to the technical field of safe escape in case of high-rise fire, earthquake and flood, and in particular to a multifunctional intelligent safe escape device in case of disaster. Background Art

[0002] At present, there are many high-rise buildings in cities. It is not easy to escape when the escape passage is blocked in case of fire. When an earthquake occurs, the evacuation time of high-rise buildings is long, and there is not enough time to escape. When a flood occurs, the flood occurs in a short time and the destructive power of the flood is strong. Conventional living utensils are not suitable as escape tools, all of which cause casualties. At the same time, the high-rise fire safety escape ball designed in the past cannot completely solve the problem of the escape ball hitting a sharp object during the fall, causing the escape ball to break and deflate, resulting in buffer failure, and the problem of multi-level buffer protection cannot be solved due to the increase in floor height and the excessive gravity of the body falling down. Summary of the invention

[0003] One of the purposes of the present invention is to solve the problem that the escape passage is blocked during a high-rise fire, making it difficult to escape and causing casualties. A multifunctional intelligent safety escape device is designed, which can effectively buffer gravity when falling from a high altitude and can be quickly inflated and inhaled to completely wrap the person, thereby protecting the escapee and preventing the escapee from being hurt, thereby preventing casualties.

[0004] The second purpose of the present invention is to ensure that the airbags independently staggered and arranged inside the internal and external detachable airbags can effectively provide multi-layer cushioning when the multifunctional intelligent safety escape device touches any sharp or hard objects during the falling process and when it lands. In addition, if it touches any sharp or hard object and causes an independent airbag to rupture and leak, the other independent airbags can still perform normal cushioning functions, thereby protecting the escapees and preventing casualties.

[0005] The third purpose of the present invention is to solve the problem that the evacuation time of high-rise buildings is long and there is not enough escape time when an earthquake occurs, resulting in casualties. In daily life, the multifunctional intelligent safety escape device keeps the main airbags and the upper auxiliary airbags of the internal and external detachable airbags inflated, and can be used as a leisure hanging chair. When an earthquake occurs, the escapees can enter the airbag compartment in time and quickly inflate the lower auxiliary airbags of the internal and external detachable airbags, thereby completely wrapping the escapees. The airbags form anti-pressure to effectively support the collapsed objects of the building, avoiding the escapees from being crushed by the collapsed objects and preventing casualties.

[0006] The fourth purpose of the present invention is to solve the problem that the flood occurs in a short time, the flood has strong destructive power, and conventional living utensils are not suitable as escape tools, resulting in casualties. The escapees enter the airbag and use the airbag's strong buoyancy, airbag pressure resistance and multiple layers of multiple independent airbags for separate buffering functions. They can float freely and safely in the flood with rapid flow and various foreign objects, thereby preventing casualties. In addition, the detached internal main airbag and base airbag are inflated to form a semi-elliptical sofa shape for use as an indoor and outdoor air cushion sofa. It is multifunctional, efficient and convenient to use, which enhances the application value of the multifunctional intelligent safety escape device.

[0007] The technical solution for achieving the above-mentioned purpose of the present invention is: a multifunctional intelligent safety escape device, including an external main airbag, the main airbag is divided into inner and outer airbags, a strip airbag connecting the inner and outer airbags, a lower auxiliary airbag and an upper auxiliary airbag connected to the main airbag, the lower auxiliary airbag is divided into inner and outer airbags, a strip airbag connecting the inner and outer airbags, the upper auxiliary airbag is divided into inner and outer airbags, a strip airbag connecting the inner and outer airbags, a fixing belt fixed to the external airbag, a hanging ring covered with the fixing belt, a safety rope connecting the hanging ring, an internal main airbag placed inside the external main airbag, a strip airbag connected to the internal main airbag, a lower auxiliary airbag connected to the internal main airbag, a strip airbag connected to the lower auxiliary airbag, an upper auxiliary airbag connected to the internal main airbag, and a strip airbag connected to the upper auxiliary airbag.

[0008] Preferably, the internal and external main airbags are provided with an inflation and suction control module, which includes an AI intelligent voice control mainboard, an air pump connected to the mainboard, and a rechargeable battery connected to the mainboard and the air pump. The air pump is connected to an independent inflation and suction electromagnetic control mechanism through an air duct.

[0009] Preferably, the independent inflation and suction electromagnetic control mechanism includes an air chamber, a through-type three-way piece fixed to the bottom shell of the air chamber, an air duct connected to the three-way piece, the air duct is respectively connected to each airbag, a one-way valve fixed inside the three-way piece, and a push-pull electromagnet fixed to the bottom shell support plate, and the push-pull electromagnet is connected to the AI ​​intelligent voice control mainboard through a power cord.

[0010] Preferably, the inner main airbag is connected to the base airbag.

[0011] The present invention has the following beneficial effects:

[0012] The multifunctional intelligent safety escape device of the present invention uses a safety rope to fix the uninflated multifunctional intelligent safety escape device outside the window through a safety escape knot, and uses AI intelligent voice control to quickly inflate the main airbag, the lower auxiliary airbag and the small independent airbag of the internal and external detachable airbags of the multifunctional intelligent safety escape device. When the upper auxiliary airbag is not inflated, an open airbag compartment is formed. The escapee enters the airbag compartment through the opening, and uses AI intelligent voice control to inflate the upper auxiliary airbags of the internal and external detachable airbags, thereby completely wrapping the escapee. The escapee pulls the safety rope to disengage the multifunctional intelligent safety escape device and let it fall freely. When landing, the internal and external detachable airbags effectively buffer gravity to protect the escapee, avoid injury to the escapee, and thus prevent casualties.

[0013] The internal and external detachable airbags and the multiple small independent airbags inside the present invention can quickly inflate and inhale the internal and external detachable airbags and the internal small independent airbags through AI intelligent voice-controlled inflation pumps and independent inflation and inhalation electromagnetic control mechanisms. The independent staggered arranged airbags can effectively provide multi-layer cushioning when the multifunctional intelligent safety escape device touches any sharp or hard objects during the falling process and when it lands. In the event that any sharp or hard object is touched, such as causing an independent airbag to rupture and leak, the other independent airbags can still perform a normal cushioning function, thereby protecting the escapees and preventing casualties.

[0014] In daily life, the main airbags and the upper auxiliary airbags of the internal and external detachable airbags of the multifunctional intelligent safety escape device of the present invention remain inflated, and the device can be used as a leisure hanging chair. When an earthquake occurs, the escapees can enter the airbag compartment in time and quickly inflate the lower auxiliary airbags of the internal and external detachable airbags, thereby completely wrapping the escapees. Each airbag forms a pressure-resistant structure to effectively support the collapsed objects of the building, thereby preventing the escapees from being injured by the collapsed objects and preventing casualties. Since the multifunctional intelligent safety escape device can be used as a leisure hanging chair for life, it can be converted into an earthquake escape device at any time, so that the personnel can be familiar with and recognize the role and operation method of the multifunctional intelligent safety escape device on a regular basis, thereby avoiding the situation where the personnel forget the escape mode and operation method due to nervousness when a disaster occurs, thereby preventing casualties.

[0015] The multifunctional intelligent safety escape device of the present invention can be detached from the internal airbag of the multifunctional intelligent safety escape device, and the external main airbag can be quickly inflated through the AI ​​intelligent voice control air pump and the independent air-charging and air-inhaling electromagnetic control mechanism, so as to form an open airbag compartment when the upper and lower auxiliary airbags are not inflated. The escapee enters the airbag compartment through the opening and inflates the upper and lower auxiliary airbags of the external airbag through the AI ​​intelligent voice control to form a closed ellipsoidal airbag. The escapee can use the strong buoyancy of the airbag, the airbag's pressure resistance, and the independent buffering function of multiple layers of multiple independent airbags to float freely and safely in the flood with rapid gasps and various foreign objects, thereby preventing casualties. At the same time, the detached internal main airbag and the base airbag can be quickly inflated through the AI ​​intelligent voice control air pump and the independent air-charging and air-inhaling electromagnetic control mechanism to form a semi-elliptical sofa shape for use as an indoor and outdoor air cushion sofa, which is multifunctional, efficient and convenient to use, and enhances the application value of the multifunctional intelligent safety escape device. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a structural schematic diagram of the multifunctional intelligent safety escape device of the present invention.

[0017] Figure 2 It is a cross-sectional view of the multifunctional intelligent safety escape device of the present invention.

[0018] Figure 3 It is a schematic diagram of the structure of the internal main airbag of the present invention.

[0019] Figure 4 It is a schematic diagram of the structure of the external main airbag and the upper auxiliary airbag of the present invention.

[0020] Figure 5 It is a schematic diagram of the structure of the charging and suction control module of the present invention.

[0021] Figure 6 It is a schematic diagram of the structure of the external main airbag and the upper and lower auxiliary airbags of the present invention. DETAILED DESCRIPTION

[0022] Embodiment 1 like Figure 1 , Figure 2 , Figure 5The multifunctional intelligent safety escape device includes an external main airbag A, which is divided into inner and outer airbags 101 and 105, a strip airbag 102 connected to the outer airbag 101, a strip airbag 104 connected to the inner airbag 105, a lower auxiliary airbag B and an upper auxiliary airbag C connected to the external main airbag A, the lower auxiliary airbag B is divided into inner and outer airbags 111 and 112, a strip airbag 110 connected to the outer airbag 111, and a strip airbag 113 connected to the inner airbag 112, which are placed outside. The inner main airbag 201 inside the main airbag A is connected to the strip airbag 202 inside the inner main airbag 201, the lower auxiliary airbag 206 connected to the inner main airbag 201, the strip airbag 207 connected to the lower auxiliary airbag 206, the fixing belt 303 fixed to the outer airbag A, the ring 304 on the fixing belt 303, the safety rope 301 connected to the ring 304, the safety rope 301 is used to fix the uninflated multifunctional intelligent safety escape device outside the window through the safety escape knot,

[0023] The inner and outer main airbags A and 201 are provided with an air charging and suction control module 103 and 203, respectively including an AI intelligent voice control mainboard 1033, an air pump 1031 connected to the AI ​​intelligent voice control mainboard 1033, a charging battery 1034 connected to the AI ​​intelligent voice control mainboard 1033 and the air pump 1031, and an independent air charging and suction electromagnetic control mechanism connected to the air pump 1031 through an air guide pipe 1035. The independent air charging and suction electromagnetic control mechanism includes an air chamber 1036, a through-type three-way fixed to the bottom shell 1037 of the air chamber 1036 The air guide tube 10311 of the three-way piece 10312 is connected to each air bag, and the one-way valve 1039 is fixed inside the three-way piece 10312. The push-pull electromagnet 1038 of the support plate 10310 of the bottom shell 1037 is fixed. The push-pull electromagnet 1038 is connected to the AI ​​intelligent voice control motherboard 1033 through the power cord 1032. After the AI ​​intelligent voice control motherboard 1033 is turned on, the push-pull electromagnet 1038 of each corresponding air bag is controlled by voice, and the push rod is pushed out to close the one-way valve 103 9, the air pump 1031 started at the same time blows air into the inner and outer main airbags A and 201, the lower auxiliary airbags B and 206, and the strip airbags 102, 104, 202, 110, 113, 207. When the upper auxiliary airbags C and 205 and the strip airbags 107, 109, 204 are not inflated, an open airbag compartment is formed, and the escapee enters the airbag compartment through the opening. Similarly, the upper auxiliary airbags of the inner and outer main airbags A and 201 are inflated through the AI ​​intelligent voice control of the inflation and suction control modules 103 and 203. Bags C and 205, the upper auxiliary airbag C is divided into inner and outer airbags 106 and 108, the strip airbag 107 connected to the outer airbag 106, the strip airbag 109 connected to the inner airbag, and the strip airbag 204 connected to the inside of the upper auxiliary airbag 205. All upper auxiliary airbags are provided with vents 401, so as to completely wrap the escapee. The escapee pulls the safety rope 301 to disengage the multifunctional intelligent safety escape device and fall freely. When landing, the internal and external detachable airbags effectively buffer the gravity to protect the escapee, avoid the escapee from being injured, and thus prevent casualties.

[0024] Embodiment 2 like Figure 2 , Figure 5As shown in the figure, multiple small independent airbags 102, 104, 110, 113, 107, 109, 202, 204, 207 are designed in the inner and outer airbags A, B, C, 201, 205, 206, respectively, and the inner and outer airbags A, B, C, 201, 205, 206 ... The small independent airbags 102, 104, 110, 113, 107, 109, 202, 204, and 207 are inflated and inhaled, and the independent staggered airbags can effectively provide multi-layer cushioning when the multifunctional intelligent safety escape device touches any sharp or hard objects during the falling process and landing. In addition, if any sharp or hard object is touched and causes an independent airbag to rupture and leak, the other independent airbags can still perform normal cushioning function, thereby protecting the escapees and preventing casualties.

[0025] Embodiment 3 like Figure 2 , Figure 4 The multifunctional intelligent safety escape device shown in the figure keeps the main airbags A, 201 and the upper auxiliary airbags C, 205 of the internal and external detachable airbags and the internal strip airbags inflated in daily life, and the fixing belt 303 fixed to the external airbag A, and the safety rope 301 sleeved on the fixing belt 303, and the safety rope 301 is tied to a fixed place on the roof so that it can be used as a leisure hanging chair. When an earthquake occurs, the escapees can enter the airbag compartment in time and quickly inflate the lower auxiliary airbags B, 206 of the internal and external detachable airbags and the internal strip airbags, thereby completely wrapping the escapees. The airbags form a pressure-resistant structure to effectively support the collapsed objects of the building, thereby preventing the escapees from being crushed and injured by the collapsed objects and preventing casualties.

[0026] Embodiment 4 like Figure 2 , Figure 3 , Figure 5 , Figure 6The internal airbag 201 of the detached multifunctional intelligent safety escape device is shown, and the external main airbag A is quickly inflated through the AI ​​intelligent voice control air pump 1031 and the electromagnet 1038 of the independent air-charging and air-inhaling electromagnetic control mechanism, so that an open airbag compartment is formed when the upper and lower auxiliary airbags B and C are not inflated. The escapee enters the airbag compartment through the opening and inflates the upper and lower auxiliary airbags B and C of the external airbag A through the AI ​​intelligent voice control to form a closed ellipsoid airbag. The escapee can use the strong buoyancy of the airbag, the airbag pressure resistance and the independent buffering function of multiple layers of multiple independent airbags to float freely and safely in the flood with rapid gasps and various foreign objects, thereby preventing casualties. At the same time, the detached internal main airbag 201 and the base airbag 208 can be quickly inflated through the AI ​​intelligent voice control air pump 1031 and the electromagnet 1038 of the independent air-charging and air-inhaling electromagnetic control mechanism to form a semi-elliptical sofa shape for use as an indoor and outdoor air cushion sofa, which is multifunctional, efficient and convenient to use, and enhances the application value of the multifunctional intelligent safety escape device.

[0027] The above examples are merely illustrative of the present invention and do not constitute a limitation on the protection scope of the present invention. All designs that are the same or similar to the present invention fall within the protection scope of the present invention.

Claims

1. A multifunctional intelligent safety escape device, characterized by: The main airbag A includes an outer main airbag A, which is divided into inner and outer airbags 101 and 105, strip airbags 102 and 104 connecting the inner and outer airbags 101 and 105, a lower auxiliary airbag B and an upper auxiliary airbag C connected to the main airbag A, the lower auxiliary airbag B is divided into inner and outer airbags 111 and 112, strip airbags 110 and 113 connecting the inner and outer airbags, the upper auxiliary airbag C is divided into inner and outer airbags 106 and 108, strip airbags 107 and 109 connecting the inner and outer airbags 106 and 108, and a fixed The fixing belt 303 of the external airbag A, the lifting ring 304 put on the fixing belt 303, the safety rope 301 connecting the lifting ring 304, the internal main airbag 201 placed inside the external main airbag A, the strip airbag 202 connected to the internal main airbag 201, the lower auxiliary airbag 206 connected to the internal main airbag 201, the strip airbag 207 connected to the lower auxiliary airbag 206, the upper auxiliary airbag 205 connected to the internal main airbag 201, and the strip airbag 204 connected to the upper auxiliary airbag 205.

2. According to claim 1, the internal and external main airbags A, 201 are provided with inflation and suction control modules 103, 203, including an AI intelligent voice control mainboard 1033, an air pump 1031 connected to the mainboard, a rechargeable battery 1034 connected to the mainboard 1033 and the air pump 1031, and the air pump 1031 is connected to an independent inflation and suction electromagnetic control mechanism through an air duct 1035.

3. According to claim 1, the independent inflation and suction electromagnetic control mechanism includes an air chamber 1036, a through-type three-way piece 10312 fixed to the bottom shell 1037 of the air chamber 1036, an air guide tube 10311 connected to the three-way piece 10312, the air guide tube 10311 is respectively connected to each airbag, a one-way valve 1039 fixed inside the three-way piece 10312, and a push-pull electromagnet 1038 fixed to the support plate 10310 of the bottom shell 1037, and the push-pull electromagnet 1038 is connected to the AI ​​intelligent voice control motherboard 1033 through the power cord 1032.

4. According to claim 1, the inner main airbag 201 is connected to the base airbag 208.

Images