JP5008287B2 - Disaster response type liquefied gas supply system - Google Patents

Description

  The present invention relates to a gas supply system, and more particularly, to a disaster-responsive liquefied gas supply system suitable for urgently responding to demand in a shelter or the like when a disaster occurs.

  Several systems for urgently supplying water and energy to customers in the event of a disaster such as an earthquake have been proposed. For example, in Patent Document 1, in a cogeneration system using a fuel cell or the like, at the time of a disaster, a liquefied gas such as a stored LP gas is supplied by automatic switching to continuously operate the fuel cell or the like, A method for providing the power to disaster facilities and fresh water generators that can supply safe water is shown. Further, in Patent Document 2, a branch pipe is provided between a check valve for an individual consumer of a conduit for supplying fuel gas to each consumer and a metering emergency circuit breaker for the individual consumer, and the fuel gas is provided in the branch pipe. An example is shown in which a gas storage container capable of storing and releasing gas is connected via a pressure control valve.

JP 2001-259613 A (3rd and 4th pages, FIG. 1) Japanese Patent Laid-Open No. 10-299995 (second page, FIG. 1) JP 2000-291890 A (2nd and 3rd pages, FIG. 2)

  When the supply of fuel gas through the existing gas conduit network is stopped, such as during an earthquake or other disaster, or when there is an urgent request to supply fuel gas to a location where no gas conduit is installed, the gas operator By carrying a 50 kg container of LPG (liquefied petroleum gas, hereinafter referred to as liquefied gas as appropriate) and temporarily installing it, it was possible to boil it. However, since it takes some time to install a water heater and to be able to supply hot water, it was not sufficient as an emergency measure. In addition, it was only possible to respond on a small scale, and it ended up being a temporary response.

  As a disaster response, it is not sufficient to be able to cook for disaster victims in emergency evacuation areas, etc., and it is desirable to be able to supply hot water and electric power together, but to supply them The actual situation is that emergency facilities are not always available.

  The technique of Patent Document 1 supplies power and water using an existing cogeneration system, and has a limit that it is limited to an area where such a cogeneration system is installed. In addition, the technology of Patent Document 2 considers the supply of fuel gas to individual consumers, and is an urgent need to supply fuel gas to people gathered at specific locations such as evacuation sites during a disaster. Was not suitable. Furthermore, in the event of a disaster, not only the supply of fuel gas but also the supply of hot water is required, but the hot water supply equipment has not been considered.

  An object of the present invention is to quickly supply energy such as electric power and heat and hot water to disaster victims and evacuees gathered at an evacuation site or the like when a disaster such as an earthquake or a typhoon occurs.

In order to solve the above problems, a disaster-responsive liquefied gas supply system according to the present invention includes a liquefied gas container storing liquefied gas, a gas pipe connected to a gas phase portion of the liquefied gas container, and the gas pipe and a regulator for regulating the connected pressure, of the regulator downstream pipe performs gas supply to the normal gas consuming device to be used for being connected to tubing, of taking out the gas in the event of a disaster A branch pipe that can be connected is connected, and a gas outlet is connected to the branch pipe via a shut-off valve. The gas outlet is connected to a mobile branch unit that supplies gas to gas consuming equipment used in the event of a disaster. The branch unit includes a plurality of small gas outlets and a header connected to the gas outlet via the gas hose .

By providing a disaster-capable liquefied gas supply system with such a configuration, even if a so-called lifeline such as electricity, city gas, and water supply is interrupted in a disaster, the liquefaction stored and stored in the liquefied gas container Since gas can be used immediately, at least heat can be quickly supplied to the victims and evacuees.

Wherein the liquefied gas container, e Bei the equalizing valve communicating with the gas phase, equalizing valve is movable power generation and water purification unit of the generator and water purifier for the liquefied gas fuel is used during mounted disasters The generator gas fuel hose is preferably formed so as to be connectable via a generator pressure regulator. Thereby , it becomes possible to take out the liquefied gas before depressurizing for normal combustion, and the generator can be driven by depressurizing to a pressure suitable for the engine using the liquefied gas.

Furthermore, disaster type liquefied gas supply system, said branch unit, a stove to be used in the event of a disaster, liquefied gas in the mobile heating unit used in the event of a disaster with a heating Kigu to a fuel gas supply capable Can be formed.

The branch unit includes the gas hose that connects the header and the gas outlet, the gas stove, a gas hose that connects the gas stove and the small gas outlet, and a fixed gas hose winder that winds the gas hose, and the heater A gas hose for a heater that connects the gas hose to the small gas outlet, a gas hose winder that winds the gas hose, and a fixed header gas hose winder that winds the gas hose connected to the header. Desirably, the gantry is provided with wheels for movement. Further, a cover that covers the whole can be provided, and a handle can be provided on the upper surface of the cover.

  The power generation / water purification unit includes the generator, a pressure equalizing valve that communicates with the gas phase portion of the liquefied gas container, a generator gas fuel hose that connects the generator via pressure adjusting means, and the generator gas fuel. A fixed gas hose winder that winds up the hose, an electric wire with a connector at the end, a cord reel that winds up the electric wire, an outlet connected to the output side of the generator, the water purifier, the water source, and the purified water A raw water hose for connecting the water purifier, a fixed hose reel that winds up the raw water hose, a raw water pressurizing means for pressurizing the raw water supplied to the water purifier, and a movable base on which they are mounted, And a projector. Desirably, the gantry is provided with wheels for movement. There are both projectors that are fixed and used for lighting the unit, and those that are stored as a single unit and installed at a necessary place. The cord reel is used to supply power to a projector, a hot water supply unit, a gas combustion toilet, and a rainwater storage tank prepared as a single unit.

  The hot water supply unit includes a water heater, a gas hose for a water heater that connects a gas outlet of the water heater and the liquefied gas container, a fixed gas hose winder that winds up the gas hose for the water heater, and a water source and a water heater that pressurizes the water. A water hose to be connected through the means, a fixed hose reel for winding the water hose, a hot water faucet and a shower head connected to the water heater, a connector to which an external power source is connected, and a cover that covers the entire unit And comprising. It is desirable to provide a moving wheel on the mount on which these components are mounted.

  The heating unit includes the mobile heater and is connected to the branch unit by a gas hose for a heater of a gas hose winder provided in the branch unit.

  The liquefied gas container of the disaster-responsive liquefied gas supply system of the present invention is fixedly installed in a facility that serves as a refuge for the disaster victim in the event of supplying gas to a normal gas consuming device. And a large-scale gas outlet for spare emergency use to use as a heat source and power source for facilities that serve as evacuation shelters for disaster victims in the gas pipeline connected to the gas phase part of the liquefied gas container It is characterized by providing. Further, the branch unit, the power generation / purification unit, the hot water supply unit, and the heating unit may be stored for emergency use in facilities such as the shelter.

  In this way, when disaster victims gather and evacuate at the time of a disaster, the branch unit stored in the evacuation facility is taken out and installed, and the evacuation facility is installed. If the branch unit is connected to the large gas outlet of the permanent liquefied gas container with the header gas hose stored in the branch unit, the liquefied gas for fuel can be supplied immediately.

  In addition, a hot water heater using a liquefied gas as a heat source is mounted on a movable base, and a hot water supply unit comprising a water supply pressurizing means, a water hose, and a water hose gas hose is installed in the facility where the liquefied gas container is installed. By storing it as an emergency, hot water supply can be started promptly when evacuees gather. Since the water supply pressurizing means is incorporated in the hot water supply unit, it is possible to cope with the case where a temporary water tank having no water supply water pressure is used as the water supply source.

Furthermore, a generator driven by the engine of the liquefied gas as fuel, and a pressure equalizing valve of the liquefied gas container and the generator the generator gas fuel hose connected through an electric generator for the pressure regulator, water heaters, lighting If a mobile unit is configured by putting together cord reels that enclose electric wires for supplying power to the appliance, at least power for lighting and hot water supply can be secured even if power transmission to the evacuation center is stopped. You may equip this unit with the water purifier or the hose for raw water which connects a water source and a water purifier.

  The liquefied gas container may be configured to be movable with a fillable amount of less than 300 kg as long as the liquefied gas is stored in bulk. In this case, it is desirable that accessory devices such as a regulator and a gas meter are built in the protector so as to prevent tampering with the device and avoid the direct influence of the falling object on the device.

  According to the present invention, in the event of a disaster such as an earthquake or typhoon, it is possible to quickly supply power, drinking water, hot water, heat for heating to disaster victims and refugees who gathered in an evacuation site, etc. it can.

  Embodiments of a disaster-responsive liquefied gas supply system according to the present invention will be described below with reference to the drawings. FIG. 1 shows a state in which the disaster-responsive liquefied gas supply system according to the present embodiment is placed in use and a gas hose, a water hose, and an electric wire are connected. The illustrated disaster-responsive liquefied gas supply system includes a bulk storage tank unit 100 including a liquefied gas container for storing liquefied gas, a branch unit 200 connected to the bulk storage tank unit 100 by a header gas hose 204, and a bulk by a hot water heater gas hose 303. A hot water supply unit 300 connected to the storage tank unit 100, a power generation / water purification unit 400 connected to the pressure equalizing valve 102 of the bulk storage tank unit 100 via a generator pressure regulator 403 by a generator gas fuel hose 402, and a heater A heating unit 500 connected to the branch unit 200 by a gas hose 206, a rainwater storage tank 600, a gas-fired toilet 700, a power generation / water purification unit 400, a heating unit 500, and a temporary tent 800 that houses the hot water supply unit 300; It is comprised including.

  The bulk storage unit 100 includes a 300 kg type liquefied gas container (hereinafter referred to as a bulk storage tank) 101, a regulator and piping 110, and a branch piping 103, and is a public facility (hereinafter referred to as an installation facility) designated as an emergency evacuation site. It is installed to supply liquefied gas to a concrete foundation and is fixed on the concrete foundation. Even if it is not a public facility, it may be a private facility as long as it normally uses liquefied gas, and if it is used to supply liquefied gas there, Good. In any case, the bulk storage tank unit 100 is arranged and fixed on the concrete foundation.

  A gas pipe (hereinafter referred to as a liquefied gas take-out pipe) 104 is connected through the upper surface of the bulk storage tank 101, one end of the liquefied gas take-out pipe 104 communicates with the gas phase portion of the bulk storage tank 101, and the other end Is connected to the regulator 105. A piping 110 is connected to the outlet side of the regulator 105, and liquefied gas is supplied to gas consuming equipment such as air-conditioning equipment and cooking equipment that is normally used in the installation facility through a shutoff valve 106 and a pipe connection port 107. It is supposed to be. A branch pipe 103 is provided by branching to a pipe 110 on the downstream side of the regulator 105 and on the upstream side of the shutoff valve 106, and is connected to a large gas outlet 109 through the shutoff valve 108. In the event of a disaster, the branch unit 200 is connected to the large-mouth gas outlet 109 via the header gas hose 204, and the hot water heater is connected via the gas heater hose 303.

  Conventionally, gas meters are installed under eaves such as public halls and meeting places, and only measure the amount of gas normally used in public halls and meeting places, and measure the amount of gas used during disasters. Was not considered. Although it is conceivable to install a gas meter that is used only during a disaster in the protector of the bulk storage tank 101, it is not economical to always install a gas meter that is rarely used. In the present embodiment, a gas meter 111 is interposed in the pipe 110 at a position downstream of the regulator 105 and upstream of the branch position of the branch pipe 103, and the amount of liquefied gas supplied to the pipe 110 at normal times. When the shutoff valve 108 is opened during a disaster, the total amount of the liquefied gas supplied through the branch pipe and the liquefied gas supplied to the pipe 110 is measured.

  A liquid intake valve that takes in liquefied gas into the bulk storage tank 101 is also provided on the upper surface of the bulk storage tank 101, and a pressure equalizing valve 102 that communicates with the gas phase portion of the bulk storage tank 101 is attached to the liquid intake valve. Since the pressure equalizing valve is described in Patent Document 3, description thereof is omitted. The pressure equalizing valve 102 is coupled with a hose joint, and the generator gas fuel hose 402 can be coupled. In order to supply liquefied gas at a medium pressure to a liquefied gas combustion generator driven by an engine that uses liquefied gas as fuel, normally, when filling liquefied gas from a tank lorry that carries liquefied gas, Since the pressure equalizing valve 102 used to balance the tank pressure of the tank lorry is used to supply the liquefied gas combustion generator to the liquefied gas combustion generator, the liquefied gas supply reduced to the medium pressure gas is used. There is no need to install new piping.

  The contents of each unit will be described below. FIGS. 2 to 7 show examples of the arrangement configuration, and are partially different from the arrangement shown in FIG.

  As shown in FIGS. 2 and 3, the branch unit 200 is attached to the gantry 201 and the gantry 201 in a horizontal posture when the gantry 201 is placed on a flat surface, and one end thereof is closed. The header pipe 202, a plurality of (four in this embodiment) take-out branch pipes that are branched upwardly and parallel to each other to the header pipe 202, and are attached to the respective ends of the take-out branch pipes. A fuse gas plug 203 as a small gas outlet, a ball valve (not shown) mounted at the other end of the header tube 202, and a gas inlet connection port (not shown) connected to the ball valve. The header gas hose 204, the fixed header gas hose winder 205 that winds up the header gas hose 204, the two gas stoves 208 and 208, and the fuse A gas hose 209 for connecting the gas hose 209, a fixed gas hose winder 210 for winding the gas hose 209, a gas hose 206 for heating and a gas hose for winding the heater gas hose 206 for connecting the fuse gas plug 203 And a take-out device 207. These are all mounted on a movable base 201, and a moving wheel (caster) 211 provided on the base 201 is provided with a fixing device. Further, a resin cover 212 is provided to cover the whole, and a handle 213 is provided on the upper surface of the cover. This cover is provided with a locking device for preventing removal, as a precaution. The connection port for gas intake is connected to the header gas hose 204 via the fixed header gas hose winder 205, and the other end of the header gas hose 204 is connected to the large-port gas extraction of the branch pipe 103 of the bulk storage tank unit 100. A connector such as a coupler that can be quickly coupled to the port 109 is attached.

  The branching unit 200 is configured so that the liquefied gas decompressed to the pressure used for the cooking stove 208, the heating unit 500, the hot water supply unit 300, etc. by the regulator 105 of the bulk storage tank unit 100 is moved away from the bulk storage unit 100. Take out and supply to those devices.

  In the present embodiment, one branch unit 200 is provided and stored in the installation facility, and is placed in a place where it is taken out from the storage place and cooked when necessary. The number of large gas outlets 109 and the number of branch units 200 in the main header 103 may be set according to the size of the installation facility, in other words, the number of people who are expected to evacuate in the event of a disaster. The same applies to a hot water supply unit 300 and a heating unit 500 described later.

  As shown in FIGS. 4 and 5, the power generation / water purification unit 400 includes a power generator 401, a pressure equalization valve 102 attached to the liquid intake valve of the bulk storage tank unit 100, and the power generator 401 for a power generator. A generator gas fuel hose 402 connected via the pressure regulator 403, a fixed gas hose winder 404 for winding the generator gas fuel hose 402, and an outlet 407 connected to the output side of the generator 401. A water purifier 408, a raw water hose 409 that connects the water source and the water purifier 408, a fixed hose reel 410 that winds up the raw water hose 409, and a raw water supply that pressurizes the raw water supplied to the water purifier 408. A manual pump 411 as a pressure means, a movable base 413 on which the manual pump 411 is mounted, a projector 414, a connector at the end, the projector 414, and the like It is configured to include a mobile code reel 406 and 416 that involving supplying wires 405, 415 power. The gantry is provided with a wheel (caster) 417 with a fixing device for movement. The entire unit is covered with a resin cover 418. The cord reels 406 and 416 receive power by inserting the connectors of the electric wires 405 and 415 into the outlet 407 and insert the connector of the electric wire attached to each device into the insertion port provided in the cord reel main body. .

  The generator 401 is driven by an engine that uses liquefied gas as fuel, and generates 100 V of power. The generator gas fuel hose 402 for supplying the liquefied gas to the engine is a gas discharge prevention type high-pressure hose. One end thereof is connected to the generator 401 via the stationary gas hose winder 404, and the other end is connected to the pressure equalizing valve 102 via the generator pressure regulator 403. Has been. An electric wire 415 that is inserted into the outlet 407 to receive power is wound around the mobile cord reel 416, and the electric power generated by the generator 401 is supplied to the projector 414 and the hot water supply unit 300. The electric wire 405 wound around the cord reel 406 supplies power to, for example, a gas combustion toilet 700 and a rainwater storage tank 600 described later.

  One end of a raw water hose 409 that supplies raw water to the water purifier 408 is connected to the suction side of the manual pump 411 via a fixed hose reel 410, and the other end is a rainwater storage tank 600 described later. It can be connected to the take-out port 601. The discharge side of the manual pump 411 is connected to the raw water entering side of the water purifier 408.

  The power generation / purification unit 400 takes out the liquefied gas from the gas phase portion of the bulk storage tank 101 through the pressure equalizing valve 102, depressurizes it for the generator by the generator pressure regulator 403, and uses the depressurized liquefied gas as fuel for the engine. To generate electricity. The generated electric power is supplied to the projector 414, the hot water supply unit 300, the gas-fired toilet 700, etc. via the electric wire wound around the cord reel. Further, for example, rainwater stored in the rainwater storage tank 600 is purified by a water purifier 408 mounted on the power generation / water purification unit 400 and driven by a manual pump 411, and is used for drinking water or cooking.

  As shown in FIGS. 5 and 6, the hot water supply unit 300 includes a mobile water heater base 301, a hot water heater 302 attached to the water heater base 301 and using liquefied gas as a heat source, and one end of the hot water heater base 301. 302 is connected to a gas hose connection port 302 through a fixed gas hose winder 304, and an electric water supply pressurizing means arranged by connecting the discharge side to the water supply inlet side of the water heater 302. A hot water supply pressure pump 305 and one end of the hot water supply pressure pump 305 are connected to the suction side of the hot water supply pressure pump via a fixed hose reel 307, and the water hose 306 is wound around the fixed type hose reel 307. A hot water supply faucet 309 and a shower head 308 connected to the hot water outlet side of the water heater 302, a connector 310 to which an external power source is connected, and a cover that covers the entire unit. Configured to include a over 311, the. Wheels (casters) 312 for movement are provided on the water heater frame 301 on which these components are mounted.

  A connector such as a coupler connected to the large gas outlet 109 of the branch pipe 103 of the bulk storage tank unit 100 is attached to the other end of the water heater gas hose 303 so that it can be quickly and reliably coupled. Yes. The other end of the water hose 306 is provided with a connector that can be connected to a water source that can be used when the water supply is cut off, for example, an outlet 601 of a rainwater storage tank 600 described later. In addition, since the water hose 306 is connected to the suction side of the hot water supply pressurizing pump, the water hose 306 has a strength that does not collapse even if the inside becomes a negative pressure due to the pump suction pressure, for example, a wire containing a wire. The cover 311 surrounds the hot water supply unit 300 to form a shower room.

  According to the hot water supply unit 300, when a disaster victim or an evacuee gathers in the installation facility, it is possible to quickly perform shower or washing using hot water using the liquefied gas in the bulk storage tank 101 and an available water source. Become.

  If the hot water supply pressure pump 305 is made portable and the pump discharge side and the water supply connection port of the water heater 302 are connected by a long hose, the hose that can withstand negative pressure can be shortened.

  The heating unit 500 includes a gas stove 501 that is a portable, all-around radiation type heating device using liquefied gas as a fuel, and a movable frame (not shown) on which the gas stove 501 is placed. When the tip of the gas hose 206 for the heater that is wound in the gas hose winder 207 is connected to the gas stove 501 and the valve on the upstream side of the fuse gas plug 203 of the branch unit 200 is opened, the liquefied gas of the branch unit 200 is gasified. The gas stove 501 can be used. A connector such as a coupler that can be quickly connected to the connection partner side is attached to the tip of the gas hose 206 for the heater.

  In the present embodiment, a rainwater storage tank 600 is installed as an emergency water source. This rainwater storage tank 600 guides and stores rainwater flowing into the rain gutter on the roof of the installation facility, and is provided with an outlet 601 to which the water hose 306 and the raw water hose 409 can be connected. Further, a pipe 602 for supplying rainwater to a gas combustion toilet 700 which will be described later is provided. A stop valve 603 is interposed in the pipe, and rainwater is supplied to the gas-fired toilet 700 by opening the stop valve 603 in the event of a disaster. A pressurizing pump and a pressurizing tank may be provided in a take-out port 601 for taking out the rainwater from the rainwater storage tank 600 or a pipe line to be sent out to the pipe 602 so as to send out pressurized water. In this case, the power source of the pressurizing pump receives power from the cord reel 406 around which the electric wire 405 connected to the outlet 407 of the power generation / water purification unit 400 is wound. The cord reels 406 and 416 are rainproof cord reels.

  In consideration of the fact that the toilet in the installation facility cannot be used due to water cut off, the gas-fired toilet 700 is installed. Lighting, ventilation, and other electric power necessary for the gas-fired toilet 700 are received from a cord reel 406 in which an electric wire 405 connected to an outlet 407 of the power generation / water purification unit 400 is wound. The connector of the electric wire attached to the power receiving panel of the gas combustion type toilet 700 is connected to the insertion port (outlet) of the cord reel 406 to receive power. The gas combustion toilet 700 is connected to a pipe (not shown) that is branched to a pipe 110 connected to a pipe connection port of the bulk storage tank unit 100, and is connected to a pipe (not shown). The liquefied gas is supplied to the incinerator burner. The gas-fired toilet 700 can be used not only for excrement but also for incineration of garbage that emits a bad odor if left unattended, thereby reducing the volume of the excrement and garbage and preventing the generation of a bad odor.

  The fixed header gas hose winder, fixed gas hose winder, and the root side of the hoses wound in the fixed hose reel provided in each unit above are fixed header gas hose winder, fixed gas hose winder It is always connected to the equipment of the unit to which they are attached via a container and a fixed hose reel, and a connecting device that can be quickly connected to the specified equipment or piping connection part is attached to the tip side. ing.

  Public facilities such as public halls and meetinghouses, or business bases and factories of private companies are likely to be used as evacuation sites in the event of a disaster. Therefore, in such a place, a liquefied gas bulk storage tank that installs cooling and heating equipment and cooking equipment that uses liquefied gas as a power source or heat source and supplies liquefied gas to those equipment is prepared for disaster response as shown in this embodiment. If it is part of a liquefied gas supply system, it can be used only for emergencies as boiled fuel for emergency response, fuel for hot water for temporary baths, generator fuel for lighting, and fuel for incineration toilets, etc. It can be used and can respond efficiently to disasters at low cost.

  Considering that the branch unit 200, the hot water supply unit 300, and the power generation / purification unit 400 are arranged outdoors, a temporary tent 800 is provided to accommodate them so that the work is easy even in rainy weather. The temporary tent 800 is stored in a facility (installation facility) that becomes an evacuation site in the event of a disaster, such as a public hall or a meeting place where the bulk storage tank 101 is installed, along with the branch unit 200, the hot water supply unit 300, the power generation / water purification unit 400, and the like. Just keep it.

  According to the present embodiment, the liquefied gas stored in the liquefied gas bulk storage tank installed at the evacuation site at the time of disaster can be used as a boiled fuel for emergency response, a hot water supply fuel for a temporary bath, and a power generation for lighting. It can be used as machine fuel, fuel for incineration toilets, etc., and it is possible to respond efficiently at the time of disaster with low cost, there is no fear of delay in transportation of materials and equipment due to traffic congestion at the time of disaster, It becomes possible to promptly perform fuel gas, hot water supply, power supply, etc. to evacuees.

  Further, according to the present embodiment, the branch unit 200, the power generation / water purification unit 400, and the hot water supply unit 300 are each provided with a dedicated fixed hose winder or a fixed hose that is attached with a hose for taking in liquefied gas or water. A hose or electric wire for supplying liquefied gas or electric power to the attached equipment is also kept in a fixed hose reel or a fixed hose reel or cord reel. Has been. And one end part of these hoses is always connected to the apparatus in the unit in which they are arrange | positioned. Therefore, when using each unit or accessory device, pull out the hose or cord connected to each unit or accessory device, connect it, and store the hose when it is finished using, quickly and without confusion or error. be able to.

  The branch unit, power generation / water purification unit, and hot water supply unit are equipped with wheels for movement (casters with a fixing device), so it is easy to move and install to the required place, and a cover is provided to cover the whole. As a result, the risk of damage and contamination during storage is reduced.

1 is a layout diagram showing the overall configuration of an embodiment of a disaster-responsive liquefied gas supply system according to the present invention. It is a top view of the branch unit shown in FIG. It is a front view of the branch unit shown in FIG. It is a top view of the electric power generation and water purification unit shown in FIG. FIG. 5 is a front view of the power generation / water purification unit shown in FIG. 4. It is a top view of the hot water supply unit shown in FIG. It is a front view of the hot water supply unit shown in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Bulk storage unit 101 Bulk storage tank 102 Pressure equalizing valve 104 Liquefied gas extraction line 109 Large gas outlet 200 Branch unit 204 Header gas hose 205 Fixed header gas hose winder 206 Heater gas hose 207 Gas hose winder 210 Fixed gas hose winder 300 Hot-water supply unit 301 Hot-water supply base 302 Hot-water supply device 303 Hot-water supply gas hose 304 Fixed gas hose winder 305 Hot-water supply pressure pump 306 Water hose 307 Fixed hose reel 400 Power generation / water purification unit 401 Generator 402 Gas fuel hose for generator 403 Generator pressure regulator 404 Fixed gas hose winder 405 Electric wire 406 Cord reel 407 Outlet 408 Water purifier 409 Raw water hose 410 Fixed Hose reel 411 manual pump 500 heating unit 501 Gas stove 600 rainwater storage tank 700 gas combustion type toilet

Claims (9)

Comprising a liquefied gas container in which storage of liquefied gas, a gas phase part gas conduit communicating with the the liquefied gas container, and a regulator for regulating the pressure connected to the gas pipe, downstream of the regulator A pipe that supplies gas to a gas consuming device that is normally used is connected to the side, and a branch pipe that can take out gas in the event of a disaster is connected to the pipe, and a gas outlet port is connected to the branch pipe via a shut-off valve The gas outlet is formed so that a mobile branch unit that supplies gas to a gas consuming device used in a disaster can be connected via a gas hose, and the branch unit is connected to the gas hose via the gas hose. A disaster-responsive liquefied gas supply system, wherein a header connected to a gas outlet is provided with a plurality of small outlets . In disaster type liquefied gas supply system according to claim 1, wherein the branching unit has a gas stove that is used in the event of a disaster, the liquefied gas in the mobile heating unit used in the event of a disaster with a heating Kigu to fuel A disaster-responsive liquefied gas supply system, characterized in that it is configured to enable gas supply. In the disaster response type liquefied gas supply system according to claim 2,
The branch unit includes the gas hose connecting the header and the gas outlet, the gas stove, a gas hose connecting the gas stove and the small gas outlet, and a fixed gas hose winder that winds the gas hose, and the heating unit. A gas hose for a heater that connects the heater to a small gas outlet, a gas hose winder that winds the gas hose, and a fixed header gas hose winder that winds the gas hose connected to the header,
Furthermore, a hot water supply unit provided with a hot water heater using liquefied gas as a fuel is provided, and the hot water supply unit is connected to a gas outlet port connected to the branch pipe via a shutoff valve. A gas hose for a hot water heater to be connected, a fixed gas hose winder to wind the gas hose, a water hose to connect the water heater to a water source at the time of disaster, a fixed hose reel to wind the water hose, and the fixed hose reel and the water heater A disaster-responsive liquefied gas supply system comprising a hot water supply pressurizing pump disposed between and pressurizing water supplied by a water hose and feeding it to the water heater. In disaster type liquefied gas supply system according to claim 1, wherein the liquefied gas container further example Bei the equalizing valve that communicates with the gas phase portion of the homogeneous pressure valve, the generator and water purifier for the liquefied gas as fuel A disaster-responsive liquefied gas supply, characterized in that the generator gas fuel hose of the mobile power generation and water purification unit that is installed and used in the event of a disaster can be connected via a generator pressure regulator system.
In the disaster response type liquefied gas supply system according to claim 4,
The power generation / water purification unit is generated with a fixed gas hose winder that winds the gas fuel hose for the generator, a raw water hose that connects the water purifier to a water source at the time of disaster, and a fixed hose reel that winds it A disaster-responsive liquefied gas supply system comprising an electric wire for supplying electric power and a cord reel for winding the electric wire. 6. The disaster-responsive liquefied gas supply system according to claim 5 , wherein a rainwater storage tank for storing rainwater is provided as the water source at the time of a disaster. 7. The disaster-responsive liquefied gas supply system according to claim 5 or 6 , comprising a gas-fired toilet, and the power generation / water purification unit includes an electric wire for supplying electric power to the gas-fired toilet and a cord reel that winds the cord reel. And a pipe for connecting the pipe connected to the branch pipe and the gas-fired toilet through a stop valve. In disaster type liquefied gas supply system according to claim 3, of the gas hose and the water hose caught in the winder or the hose reel, at least, the end of the drawer side, the connection counterpart side connection port A disaster-responsive liquefied gas supply system, which is equipped with a connector that can be quickly coupled to the vehicle. In disaster type liquefied gas supply system according to claim 1, the regulator upstream of the pipe than the position where the downstream and the branch pipe is branched, and the gas meter is provided for measuring the gas flow rate A disaster-responsive liquefied gas supply system.

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