JPH0126733Y2 - - Google Patents

Description

[Detailed description of the invention] This invention is mainly used in the event of a large-scale earthquake or fire in a city, and is designed to minimize injury to the human body, and to provide personal equipment necessary for evacuation, as well as for post-disaster relief efforts. You can store the equipment you need to survive until you wait, and even if you carry it during normal times,
The purpose is to provide a disaster prevention hood that has the appearance of a portable bag and does not look strange.

An embodiment of the present invention will be described below based on the drawings. Reference numeral 1 denotes the hood body, which is formed into the shape of a rather large shoulder bag, and is made of flame-retardant fabric such as cotton or wool, as shown in Figure 6. a second layer 3 consisting of an air bag covering the inner layer 2; and a third layer 4 consisting of a puncture prevention material such as a multi-layer cabler woven fabric made of the same material as that used to cover the second layer.
and an outer layer 5 made of fireproof cloth such as aluminum vapor-deposited cloth, which covers the third layer 4. 6 is the population of the hood body 1, 7 and 8 are the gusset parts at both ends of the hood body 1, and 9 is a viewing window provided in one of the gusset parts 7, which is made of a heat-resistant transparent plastic plate that has been subjected to heat reflection treatment. ing. Reference numeral 10 denotes an audible window provided on one side surface 11 of the hood body 1, which is made of a cover made of a material that allows sound to pass through but does not transmit heat. is provided. Reference numeral 12 denotes a tightening cord attached to the part of the hood body 1 that covers the neck of the hood wearer, and 13 denotes a respiratory protector provided inside the hood body 1 near the viewing window 9, as shown in Figure 7. It consists of a mask 14 with a built-in filter to remove smoke particles, irritating gases, suffocating gases, etc., and a small cylinder 16 connected to the mask 14 with a hose 15 for supplying oxygenated air. Both ends of the cord 12 are tied together. 17 is the waist belt, hood body 1
It is formed so as to cover the population 6 and the town parts 7 and 8 in a series, and fasteners 18 and 1 are provided on both edges.
A handle 22 is connected to the sliders 20 and 21 attached to these fasteners 16 and 19, and one end of each of the fasteners 18 and 19 is attached to the slider 20 and 21.
Connect one end of each of the fasteners 23 and 24 attached along both side edges of the entrance 6 and gusset parts 7 and 8 of the hood body 1, engage with each slider 20 and 21, and then pull the handle 22. By connecting the entirety of the fasteners 18 and 19 to the fasteners 23 and 24, the fasteners 18 and 19 are removably attached to the hood body 1. 30 is a string to be hung on the shoulder.

The hood body 1 includes a protective cape respiratory protector,
First aid materials such as gloves and foot coverings are stored in the waist belt 17, and a flat robe 25 made of Kevlar warp and soft-touch weft threads, as shown in Figure 8, and a flashlight 26 are attached with strings, etc. Pockets 27, 28, and 29 are provided on the waist belt 17, and these include survival tools, a wire saw, a pocket radio, a spare light bulb, a spare battery, a match or lighter, a needle, a thread safety pin, and other clothing repair sets.
It stores first-aid materials such as folding scissors, straw-shaped water containers, plastic folding water bottles and cups, and primary emergency food such as high-calorie candy.

According to the disaster prevention hood configured as described above, in the event of a large-scale earthquake or fire, the user grasps the handle 22 and pulls back the sliders 20, 21 to remove the hood body 1.
By separating the waist belt 17 from the body, attaching it to the waist, and covering the entire body with the hood body 1 and the emergency materials taken out from the hood body 1, the whole body is protected from radiant heat, hot air, flames, falling objects, etc. Evacuation actions can be taken while protecting from flying objects and contaminated air. If you find it difficult to breathe due to lack of oxygen during evacuation, use a small cylinder 16
is opened and oxygenated air is sent to the mask 14,
You can inhale it. Also, the hood body 1
Because it has cushioning properties due to its air bag, it can be used as a pillow when sleeping in evacuation areas.

It should be noted that hardtack and other emergency foodstuffs are at risk of being looted under extreme conditions, so for primary calorie replenishment, high-potency leaky foods that can be secretly licked under the hood 1 may be used depending on the purpose. There is. Furthermore, among the emergency materials, water straws are safe even when drinking pond water, standing water, etc. due to the straw's superior performance. In addition, if water leaks due to a broken faucet, it can be stored in an envelope-shaped vinyl water bottle and carried by hanging it from the waist belt 17.

In the above embodiment, an example was shown in which the hood body 1 is formed into the shape of a shoulder bag, but the present invention is not limited to this, and can be made into various types such as a handbag type or a backpack type depending on the way the string is hung. things can be adopted.

As mentioned above, this invention allows emergency materials necessary for evacuation in the event of an earthquake or fire to be packed together in a portable bag, so it does not feel strange to carry it during normal times, and in an emergency, it can minimize injury to the human body. It has various practical effects, such as allowing people to evacuate safely and wait for rescue after a disaster. be.

[Brief explanation of drawings]

Figure 1 is a perspective view of the disaster prevention hood according to the present invention, Figure 2
The figure is a perspective view of the disaster prevention hood shown in Figure 1 with it reversed.
Fig. 3 is a perspective view of the disaster prevention hood separated into the hood main body and waist belt, Fig. 4 is a front perspective view of the hood main body, and Fig. 5 is a rear perspective view of the hood main body.
FIG. 6 is an exploded perspective view of the hood body, FIG. 7 is a perspective view of the respiratory protector, and FIG. 8 is a perspective view of the waist belt with first aid materials set. 1... hood body, 2... inner layer, 3... second layer,
4... Third layer, 5... Outer layer, 7, 8... Town part, 9... Viewing window, 10... Audible window, 12... Strap, 13... Respiratory protector, 14... Mask , 16
...Small cylinder, 17...Waist belt.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) A hood body formed in the shape of a portable bag, and a hood body formed so as to continuously cover the population of the hood body and the gussets at both ends thereof; A waist belt removably attached to the hood is provided with a viewing window on one of the gussets at both ends, and an audible window on both sides of the hood, so that the hood can be easily attached to the wearer's neck. A disaster prevention hood consisting of a tightening cord attached to the part that covers the hood, and a respiratory protection device inside the hood itself. (2) The main body of the hood consists of an inner layer made of disaster-prevention treated fabric, a second layer made of an airbag covering the inner layer, and a third layer made of a puncture prevention material such as Kevlar fabric covering the second layer. and an outer layer made of fireproof fabric such as aluminum vapor-deposited fabric, which covers the third layer. (3) The disaster prevention hood according to claim 1, wherein the viewing window is made of a heat-resistant transparent plastic plate subjected to heat-reflecting treatment. (4) The disaster prevention hood according to claim 1, wherein the audible window is composed of a cover made of a material that allows sound to pass through but does not allow heat to pass through. (5) Practical use where the respiratory protection equipment consists of a mask with a built-in filter to remove smoke particles, irritating gases, asphyxiating gases, etc., or a small cylinder connected to the mask to supply oxygenated air. Disaster prevention hood as described in item 1 of the claims for new patent registration.