TWI798113B - Fire rescue bag structure with oxygen supply and heat insulation function - Google Patents

Abstract

The present invention relates to a fire rescue bag structure with oxygen supply and heat insulation functions, which comprises a rescue carrying bag body and an oxygen supply device. It can provide the trapped person with a movable closed safety protection space, and can supply oxygen through the oxygen supply device installed in the rescue carrying bag. In addition, there are several auxiliary pull straps and several O-shaped handles on the outside of the rescue carrying bag, so that the rescuer can move the trapped person quickly and conveniently. The trapped person in the rescue carrying bag should be placed in a relatively safe position, first to avoid the state of flash burning and deflagration, and then carry out the rescue and transportation of the trapped person after the situation is relatively relieved, so as to achieve the effect of convenience and safety.

Description

Fire rescue bag structure with oxygen supply and heat insulation functions

The invention relates to a fire rescue bag structure with oxygen supply and heat insulation functions, especially a kind of fire rescue equipment used for firefighters in the technical field.

In today's urban buildings, due to the relatively high living density of people, there are many narrow and complex refit suites with narrow distances between each other. In this situation, if a fire occurs, it may cause heavy casualties; the public is almost invisible under normal conditions The experience of the fire scene, so most of the impressions of the fire scene stay in the scenes in the movie, because the fire scene is not real, so the situation seen in the film is mostly brightly lit for the trapped people to evacuate the fire scene at any time, but the actual situation is different The fire scene is almost always in a state of dense smoke, and the fire scene is usually accompanied by high temperature and a large amount of deadly substances, which makes it extremely difficult for the trapped people to breathe air. In this case, the trapped people will inevitably be in panic state, and there will be factors of flash and deflagration at any time in the fire scene. If the firefighters enter the fire scene to rescue the trapped people at this time, and rescue the trapped people in a state where they cannot be stabilized, the firefighters themselves also have Therefore, based on the applicant's own experience in firefighting, he has carried out relevant research and inventions for the above-mentioned problems.

In view of the safety and effectiveness of conventional fire rescue, the present invention completes the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention.

The main purpose of the present invention is to provide a fire rescue bag structure with oxygen supply and heat insulation functions, which includes a rescue carrying bag body and an oxygen supply device. The rescue carrying bag system is made of fireproof materials. The rescue carrying bag body is inclined from the long side of the top side to the long side of the bottom of the opposite side, and is provided with a C-shaped opening, and a closed zipper is arranged between the C-shaped opening, and the C-shaped opening makes The rescue carrying bag body forms a lower bag body and an upper cover part, a lower protective part is arranged above the inner part of the lower bag body, and an upper protective part is arranged above the inner part of the upper cover part, and a lower protective part is arranged under the lower bag body part. A headrest is fixed under the protective part, at least one fixing belt is provided inside the lower bag body, and an auxiliary drawstring is provided on the two sides of the lower bag body near the center, and the lower bag body There are several hand handles at intervals on the edge, and the oxygen supply device is fixed on the fixing belt on the bag body under the rescue carrying bag body.

In a preferred embodiment, the two sides of the auxiliary drawstring on the body of the lower bag are provided with a component strap, and the middle section of the component strap is crossed and fixed with the auxiliary drawstring, which is used by rescuers and themselves during the rescue process. The straps of the oxygen tank are fastened together to provide balance and force assistance for carrying the recipient, and to improve the overall multiple application variability.

In a preferred embodiment, the protective part under the body of the lower bag and the protective part above the upper cover are elastic cushions or airbags, so as to prevent the recipients from being injured during the rescue process and improve the overall multiple application variability .

In a preferred embodiment, the upper cover is provided with at least one observation window for the rescuer to watch the vital signs and status of the recipient at any time, and also for the recipient to observe the external state, so as to alleviate the situation of being unable to know the external state. The sense of claustrophobia is beneficial to increase the rescue efficiency of rescuers and improve the overall variability of multiple applications.

In a preferred embodiment, the rescue carrying bag system is made of fireproof material and a heat insulation layer is provided inside, so that the rescue carrying bag body can reach a heat resistance of 1200 degrees, preventing the recipient from being injured in a high temperature state. damage, improving the overall multi-application variability.

In a preferred embodiment, the upper cover of the rescue carrying bag is equipped with a network communication device, which can be used by external commanders during the rescue process to keep track of the positions of rescuers and people to be rescued, and can further configure a life The sign detection bracelet, the vital sign detection bracelet is connected with the network communication device to detect and transmit the vital signs of the person in need of assistance, so as to enhance the overall multiple application variability.

With the cooperation of the rescue carrying bag and the oxygen supply device, the rescue carrying bag is made of fireproof material, and a lower protective part, an upper protective part and a headrest are arranged inside, which can provide protection for those trapped in the fire scene. Protecting the safety of the patient, forming a movable closed safety protection space, and can supply oxygen through the oxygen supply device installed in the rescue carrying bag, and the rescue carrying bag is equipped with several auxiliary pull straps and several O-shaped handles. Rescuers can quickly and conveniently move the trapped people. When encountering flash and deflagration conditions, fire rescue personnel can first place the trapped people wrapped in the rescue carrying bag in a relatively safe position. Avoid the state of flash and deflagration first, and then carry out the rescue and transportation of the trapped people after the situation is relieved, so as to achieve the effect of good convenience and safety.

In order to enable your examiners to further understand the structure, features and other purposes of the present invention, the following preferred embodiments are described in detail with accompanying drawings, but the embodiments described in this illustration are for illustration purposes only. It is not the only restriction on the patent application.

Please refer to Figures 1 and 2, which are reference drawings of the three-dimensional closed state and three-dimensional open state of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention, which include:

A rescue carrying bag body 10, the rescue carrying bag body 10 is made of fireproof material, the rescue carrying bag body 10 is inclined from the long side of the top side to the long side of the opposite bottom side A C-shaped opening 11 is provided, and a closed zipper 110 is arranged between the C-shaped opening 11, and the C-shaped opening 11 makes the rescue carrying bag 10 form a lower bag body 12 and an upper cover 13, the lower bag body A protective part 120 is provided above the inside of the part 12, and an upper protective part 130 is provided above the inside of the upper cover part 13, and a headrest 121 is fixed below the protective part 120 under the body part 12 of the lower bag. The inside of the body 12 is provided with at least one fixing belt 122, and an auxiliary drawstring 123 is provided on the two sides near the center of the lower bag body 12, and several handles 124 are provided at intervals on the outer edge of the lower bag body 12. ;as well as

An oxygen supply device 20, the oxygen supply device 20 is fixed on the fixing belt 122 provided by the bag body 12 under the rescue carrying bag body 10.

Through the cooperation of the above structures, the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention is completed.

Please refer to Figures 1 to 4, which are the three-dimensional closed state and three-dimensional open state with oxygen supply and heat insulation functions of the present invention, the carrying use state of the fire rescue bag structure and the multi-person carrying use state of the fire rescue bag structure Referring to the figure, the oxygen supply device 20 is fixed on the fixed belt 122 provided on the bag body 12 under the rescue carrying bag body 10. With the cooperation of the rescue carrying bag body 10 and the oxygen supply device 20, the rescue carrying bag The body 10 is made of fireproof material, which can provide safety protection for the trapped people during fire rescue, forming a movable closed safety protection space, and can supply oxygen through the oxygen supply device 20 installed in the rescue carrying bag body 10. In addition, the rescue carrying bag body 10 can be used by the rescuer to move the trapped person quickly and conveniently. When encountering a flash and deflagration state, the fire rescue personnel can first wrap the victim in the rescue carrying bag body 10. For those who are trapped, place them in a relatively safe place, first avoid the state of flash and deflagration, and then carry out the rescue and transportation of the trapped people after the situation is relieved, so as to achieve the effect of convenience and safety.

Please refer to Figures 1 and 2, which are the three-dimensional closed state and three-dimensional open state reference diagrams of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention. In a preferred embodiment, the lower bag body The two sides of the auxiliary drawstring 123 set in 12 are respectively provided with a force component strap 125, and the middle section of the force component strap 125 is crossed and fixed with the auxiliary drawstring 123, and is used for the rescue personnel to buckle with their own oxygen tank straps during the rescue process. Provide balance and force assistance for moving the recipient, and improve the overall versatility of multiple applications.

Please refer to Figures 1 and 2, which are the three-dimensional closed state and three-dimensional open state reference diagrams of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention. In a preferred embodiment, the lower bag body The protective part 120 under the 12 and the protective part 130 above the upper cover part 13 are elastic cushions or airbags to prevent the recipients from being injured by collision during the rescue process, and to improve the overall multiple application variability.

Please refer to Fig. 1 and shown in Fig. 2, which are the three-dimensional closed state and three-dimensional open state reference diagrams of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention. In a preferred embodiment, the upper cover portion 13 is set There is at least one observation window 131 for the rescuer to watch the vital signs and status of the recipient at any time, and also for the recipient to observe the external state, so as to alleviate the feeling of claustrophobia when the external state cannot be known, so as to increase the safety of the rescuer. Rescue efficiency and improve the overall variability of multiple applications.

Please refer to Figures 1 and 2, which are reference drawings of the three-dimensional closed state and three-dimensional open state of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention. In a preferred embodiment, the rescue carrying bag The body 10 is made of fireproof material and a heat insulation layer (not shown in the figure) is set inside, so that the rescue carrying bag body 10 can reach a heat resistance of 1200 degrees, so as to prevent the recipient from being injured in the high temperature state and improve the Overall multi-application variability.

Please refer to FIG. 5, which is a reference diagram of the state of the network communication device set in the embodiment of the present invention with oxygen supply and heat insulation functions. In a preferred embodiment, the upper cover 13 of the rescue carrying bag body 10 is set There is a network communication device 30, which can be used by external commanders during the rescue process to keep track of the positions of rescuers and those in need, and can be further equipped with a vital sign detection bracelet, which communicates with the network. The device 30 is connected to detect and transmit the vital signs of the needy, increasing the overall multi-application variability.

In summary, the present invention can indeed achieve the above-mentioned functions and purposes, so the present invention should meet the patent application requirements, and the application should be filed according to law.

10: Rescue carrying bag body 11C: shaped opening 110: closed zipper 12: Lower bag body 120: lower protection department 121: headrest 122: fixed belt 123: Auxiliary pull belt 124: Handle 125: component strap 13: Upper cover 130: upper protection department 131: Observation window 20: Oxygen supply device 30: Network communication device

[Fig. 1] is a three-dimensional closed state reference diagram of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention. [Fig. 2] is a three-dimensional open state reference diagram of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention. [Fig. 3] It is a reference diagram of the use state of the fire rescue bag structure with oxygen supply and heat insulation functions combined with the oxygen tank strap of the present invention. [FIG. 4] It is a reference diagram of the transport and use state of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention. [Fig. 5] It is a reference diagram of the state of setting up the network communication device in the embodiment of the fire rescue bag structure with oxygen supply and heat insulation functions of the present invention.

10: Rescue carrying bag body

11: C-shaped opening

110: closed zipper

12: Lower bag body

120: lower protection department

121: headrest

122: fixed belt

123: Auxiliary pull belt

124: O-shaped handle

125: component strap

13: Upper cover

130: upper protection department

131: Observation window

20: Oxygen supply device

Claims (7)

A fire rescue bag structure with oxygen supply and heat insulation functions, which includes: a rescue carrying bag body, the rescue carrying bag system is made of fireproof material, and the rescue carrying bag body is formed by one side of the top surface There is a C-shaped opening inclined from the long side to the long side of the bottom surface of the opposite side, and a closed zipper is arranged between the C-shaped opening, and the C-shaped opening makes the rescue carrying bag form a lower bag body and An upper cover part, a lower protective part is arranged above the inside of the lower bag body, and an upper protective part is arranged above the inner part of the upper cover part, and a headrest is fixed below the lower protective part of the lower bag body. At least one fixing belt is provided inside the body of the bag, and an auxiliary drawstring is provided on the two sides of the body of the lower bag near the center, and several handles are provided at intervals on the outer edge of the body of the lower bag; and an oxygen supply device, the oxygen supply device is fixed on the fixing belt on the bag body under the rescue carrying bag body. The fire rescue bag structure with oxygen supply and heat insulation functions as described in claim 1, wherein, the two sides of the auxiliary drawstring on the body of the lower bag are respectively provided with a component strap, and the middle section of the component strap is crossed. Combined with auxiliary draw straps for fastening. The fire rescue bag structure with oxygen supply and heat insulation functions as described in claim 1, wherein, the protective part under the body of the lower bag and the protective part above the upper cover are elastic cushions or airbags. The fire rescue bag structure with oxygen supply and heat insulation functions as described in claim 1, wherein the upper cover is provided with at least one observation window. The fire rescue bag structure with oxygen supply and heat insulation functions as described in Claim 1, wherein a heat insulation layer is provided inside the rescue carrying bag. The fire rescue bag structure with oxygen supply and heat insulation functions as described in Claim 1, wherein, the upper cover of the rescue carrying bag is provided with a network communication device. The fire rescue bag structure with oxygen supply and heat insulation functions as described in Claim 6, wherein a vital sign detection bracelet is further provided, and the vital sign detection bracelet is connected to a network communication device.

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