KR100915884B1 - portable butane gas container - Google Patents

Abstract

The present invention relates to a portable butane gas container, comprising a supply valve for controlling gas supply by operation of a valve stem elastically coupled to a valve spring to a supply side of a container body having a storage space for storing butane gas therein. The container part forming a supply port, and the supply valve and the supply pipe connected to the container part is formed to connect a plurality of vaporization tank having a gas storage space by a plurality of connecting pipes, the gas of the storage space is circulated to the vaporization tank And a vaporization unit in which a distribution pipe is formed, and a distribution unit formed in a distribution pipe in the distribution pipe of the vaporization unit so as to control a flow rate of butane gas.

Container part, supply valve, vaporization part, vaporization tank, distribution control

Description

Portable Butane Gas Container {portable butane gas container}

The present invention relates to a portable butane gas container.

In general, butane gas is a hydrocarbon commonly used as a fuel along with propane gas, and exists in a gaseous state at room temperature and 1 atm, but liquefies easily under pressure. Therefore, by applying pressure to liquefy a large amount of gas into a small volume of liquid and easily carry it, it is used as a fuel supply source of a portable burner at home or outdoors and used as a heating means in various construction work or plumbing work. Connect to a torch to use.

As described above, butane gas, which is easily liquefied by pressure and is used as a raw material which is vaporized at a room temperature and generates flame by heating, is widely used as a portable raw material because of its high safety and shelf life.

Looking at the prior art of the container for storing such butane gas with reference to Figures 1 and 2 as follows.

A supply part 13 having a supply valve 14 for supplying an internal gas to a side of the container body 11 in which the storage space 12 is formed is stored in a state in which liquefied butane gas is formed, and a supply part ( 13 to form a siphon tube 17 having a supply port 18 which is bent to one side to supply the vaporized butane gas, and to display the bending position of the siphon tube 17 to the outside of the supply unit. Forming a fastening portion 15 is provided with a fastening groove 16, the bending position to the outside while being displayed as the fastening groove 16 is bent to one side is supplied to the siphon tube 17 to the storage space 12 in the liquid phase The butane gas is vaporized and configured to be supplied to the supply port 13 provided with the supply valve 14 in the form of gas.

As described above, the butane gas container according to the related art forms a siphon tube in which the butane gas liquefied into the inside of the container body is refracted toward the space in which the liquefied gas is evaporated therein so that the liquefied gas stored therein is vaporized and refracted at atmospheric pressure at room temperature. When raised to the side is supplied to the supply through the siphon tube.

However, the butane gas container of the prior art is to supply the vaporized butane gas through the siphon tube bent to one side inside the container body, the liquid butane is supplied to the supply portion when the curved position is directed to the liquid butane side supplied in the liquid phase. Incomplete combustion occurs, there is a problem that the risk of explosion occurs due to overheating due to incomplete combustion.

In addition, the butane gas container of the prior art is formed to display the bent position of the siphon tube bent to one side to supply the evaporated butane gas to the inside of the container body to the outside by the bent position of the siphon tube is liquefied by Butane gas is evaporated to form a space for efficient supply, but when using it should always check the direction of the fastening groove used, it is inconvenient to use and if the position of the fastening groove is not set correctly, liquid butane is supplied and incomplete combustion There was a problem that caused the explosion phenomenon.

In addition, the butane gas container of the prior art is to be installed so that the direction of the fastening groove of the container body to the upper side to the portable gas burner side should be formed so that it can not be coupled unless the fastening groove is inserted, so that the device according to the fastening should be installed However, there was a problem incurring the cost of the burner design.

In addition, the butane gas container of the prior art can be installed to face the direction of the fastening groove of the container body to prevent the incomplete combustion and explosion, but in the case of torch used in various construction, the fastening groove according to the working position There was a problem that liquefied butane flows into the siphon tube due to the inability to maintain the position, thereby increasing the risk of incomplete combustion and explosion.

The main object of the present invention devised to solve the problem is to connect a plurality of vaporization tanks with a connection pipe to vaporize the liquefied butane in the form of gas in a state in which butane gas is stored in a liquid storage space inside the container body. By forming a vaporization part to prevent the liquid butane from being drawn out to the outside, to increase the vaporization efficiency to improve the raw material supply efficiency, as it is vaporized while passing through a plurality of vaporization tanks can be combined and used regardless of the direction, use Increasing convenience and improving safety.

As described above, the portable butane gas container of the present invention devised to achieve the object provides a supply of gas by operation of a valve stem elastically coupled to a valve spring to a supply side of a container body having a storage space for storing butane gas therein. A container part having a supply port having a supply valve for controlling and a gas supply space connected to a supply valve and a supply pipe of the container part are connected to a plurality of connection pipes and stored in the vaporization tank. And a vaporization part forming a distribution pipe through which the gas in the space flows, and a distribution part formed to control a distribution amount of butane gas by forming a distribution control partition on the distribution pipe of the vaporization part.
In addition, the vaporization unit is configured to connect the connection pipe connecting the plurality of vaporization tank formed on one side of the vaporization tank connected to the supply pipe, and to connect the connection pipe formed in the plurality of vaporization tank to one side and the other side to supply the liquid phase It is characterized in that it is configured to supply while the vaporized butane gas efficiently.
The vaporization unit forms a vaporization supply unit at one side of the internal vaporization tank connected to the supply valve to the supply valve, and connects a distribution pipe to the outside of the internal vaporization tank to form an external vaporization tank for distributing butane gas in the storage space. Liquid butane gas introduced into the tank through the distribution pipe is vaporized so that the butane gas vaporized through the vaporization supply unit is configured to be supplied to the supply port via the internal vaporization tank.
In addition, the distribution unit is formed to support the distribution port having a distribution hole in the center inside the distribution control partition with a plurality of supports so that the distribution space is provided on the outside, and adjusts the distribution control port for controlling the inflow to the inflow side of the distribution port It is formed to be elastically coupled to the adjustment spring is formed to be supported by a spring support at the end of the distribution pipe of the distribution pipe and form a distribution hole on the outside of the distribution portion of the distribution pipe retracted while the distribution control is elastically supported by the adjustment spring during filling Liquid butane gas flows into the distribution hole side, and when supplying butane gas, the distribution control unit is configured to regulate the supply amount by supplying through the distribution space outside while blocking the distribution hole provided with the distribution hole. .
In addition, the portable butane gas container according to an embodiment of the present invention is a container portion including a container body having a storage space and a supply port connected to the container body, a supply pipe located in the storage space and connected to the supply port, At least one vaporization tank connected to the supply pipe, a distribution pipe connected to the vaporization tank and configured to distribute fluid between the storage space and the vaporization tank, and disposed inside the distribution pipe and flowing between the storage space and the vaporization tank. Adjust the flow rate of the fluid.

As described above, the portable butane gas container according to the embodiment of the present invention has a plurality of vaporization tanks connected to the pipe to vaporize the liquefied butane in the form of gas while the butane gas is stored in the liquid storage space inside the container body. By forming the connected vaporization part to prevent the liquid butane from being drawn out to the outside, increase the vaporization efficiency to improve the raw material supply efficiency, and as it is vaporized while passing through a plurality of vaporization tanks can be combined and used regardless of the direction It provides the effect of increasing the ease of use and improving the safety.

In addition, the portable butane gas container according to the embodiment of the present invention is supplied to the storage space side of the container portion when filling the liquid butane gas through the supply valve to the distribution pipe hole formed in the plurality of distribution holes to the outside through the supply valve to increase the amount of rapid filling It provides the effect of increasing the filling efficiency.

In addition, the portable butane gas container according to an embodiment of the present invention connects the vaporized gas while being evaporated inside the gas storage space when the butane gas stored in the storage portion of the container is supplied to the vaporization tank having the gas storage space through a distribution pipe. It supplies through the pipe, minimizes the inflow of butane gas in the liquid phase through a plurality of vaporization tank formed, improves ease of installation because there is no direction because there is no bent portion connected to the supply pipe and supplied through the vaporization tank, Regardless of the direction of installation or installation of the container, the risk of explosion due to incomplete combustion can be reduced to increase safety.

In addition, the portable butane gas container according to the embodiment of the present invention is formed by a plurality of vaporization tanks connected to the supply pipe in the longitudinal direction, and the connection pipes to which the plurality of vaporization tanks are connected are located on different vertical lines, Butane gas supplied in the liquid phase is vaporized through a connection pipe connected to a plurality of vaporization tanks in a different vertical line, and is supplied to the supply pipe, so that butane gas passes through a plurality of vaporization tanks and a connection pipe in different vertical lines. This provides the effect of increasing the vaporization efficiency.

In addition, the portable butane gas container according to the embodiment of the present invention includes an internal vaporization tank having an evaporation tank at one side and an external vaporization tank surrounding the external vaporization tank, and a distribution pipe at one side of the external vaporization tank. As it is connected, butane gas flowing through the distribution pipe is vaporized through a vaporization tank having a dual structure including an internal vaporization tank and an external vaporization tank, thereby improving vaporization efficiency without expanding the area of the dual vaporization tanks. It provides an effect.

In addition, the portable butane gas container according to an embodiment of the present invention has a plurality of support ports such that a distribution port having a distribution hole in the center of the distribution pipe inside the distribution pipe so as to supply the butane gas of the storage space. Forming a distribution control partition formed by the support, and is formed to elastically coupled to the control spring to the flow regulator to control the inflow to the inlet side of the distribution port, the control spring is formed to be supported by a spring support at the end of the distribution side of the distribution pipe to supply butane gas As the distribution control unit supplies the supply through the distribution space on the outside in the state of blocking the distribution port equipped with the distribution hole, it blocks the inflow of liquid butane gas into the storage space and before the vaporization by rapid inflow. Preventing the supply to the supply portion provides an effect of improving the stability.

In addition, the portable butane gas container according to an embodiment of the present invention increases the vaporization efficiency by supplying a butane gas filled in the storage space through the vaporization unit formed of a plurality of vaporization tank while controlling the inflow rate from the distribution unit, As there is no bent pipe, there is no influence on the supply direction, so there is no need to indicate the supply direction to the outside, so it is possible to freely adopt the gas burner coupling method by eliminating the constraints of the work space and installation structure. It reduces the risk of sudden overburning due to directional displacement or explosion due to incomplete combustion, thereby improving stability.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary and will be understood by those of ordinary skill in the art that various modifications and variations can be made therefrom. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

Thus, looking at the preferred embodiment of the portable butane gas container of the present invention configured with reference to the drawings as follows.

First, in the drawings, the same components or parts are to be noted that the same reference numerals as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

3 is a partial cross-sectional perspective view showing a portable butane gas container according to the present invention, Figure 4 is a cross-sectional view showing a portable butane gas container according to the present invention, Figure 5 shows a state of use of the portable butane gas container according to the present invention 6 is a configuration diagram showing a gas injection state of the portable butane gas container according to the present invention, Figure 7 is a configuration diagram showing a gas supply state of the portable butane gas container according to the present invention, Figure 8 It is sectional drawing which shows another embodiment in the vaporization part of the portable butane gas container which concerns on this invention, and FIG. 9 is sectional drawing which shows another embodiment in the vaporization tank of the portable butane gas container which concerns on this invention.

As shown in FIGS. 3 to 9, the portable butane gas container 100 of the present invention forms a supply valve 114 to a supply side of the container body 111 in which a storage space 112 for storing butane gas is formed. One container unit 110, connected to the supply valve 114 and the supply pipe 123 of the container unit 110 in the storage space 112 to the distribution pipe 125 to be vaporized into a plurality of vaporization tank 121. It comprises a connected vaporization unit 120 and a distribution unit 130 is formed in the distribution pipe 125 of the vaporization unit 120 to form a distribution control partition 131 for controlling the flow rate of butane gas.
The container unit 110 is a gas supply by the operation of the valve stem 115 elastically coupled to the valve spring 116 to the supply side of the container body 111 formed inside the storage space 112 for storing butane gas. It is configured to form a supply port 113 having a supply valve 114 for controlling the supply.

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The vaporization unit 120 is connected to the supply valve 114 and the supply pipe 123 of the container 110 to connect the vaporization tank 121 having a gas storage space 122 with a plurality of connecting pipes (124). It is formed so as to, and configured to form a distribution pipe 125 through which the gas in the storage space 112 flows to the vaporization tank (121).

Here, as another embodiment of the vaporization unit 120, the vaporization unit 120 is located in the lower portion of the first vaporization tank 121a, the first vaporization tank 121a which is connected to the supply pipe 123 and separated from each other 2 vaporization tank 121b and the third vaporization tank 121c, the first connection pipe (124a), the second vaporization tank 121b and the first connection pipe connecting the first vaporization tank 121a and the second vaporization tank 121b And a second connecting pipe 124b connecting the three vaporization tanks 121c, and the first connecting pipe 124a and the second connecting pipe 124b are positioned on different vertical lines.
Here, the first to third vaporization tank (121a, 121b, 121c) is arranged in a plurality in the longitudinal direction, the first and second connection to connect the first to third vaporization tank (121a, 121b, 121c) Pipes 124a and 124b are positioned and connected on different vertical lines.
Accordingly, the plurality of first and second vaporization tanks 121a, 121b, and 121c are disposed in a plurality of vertical lines and are connected to the first and second connecting pipes 124a and 124b, respectively, on different vertical lines. Butane gas is supplied through the interior of the first to third vaporization tanks 121a, 121b and 121c through the first and second connection pipes 124a and 124b positioned on different vertical lines.
In addition, as another embodiment of the vaporization tank 121, the vaporization tank 121 is connected to the supply pipe 123 of the internal vaporization tank 126 and the internal vaporization tank 126 having a vaporization supply unit 127 on one side. It includes an external vaporization tank 128 surrounding the outside, the distribution pipe 125 is connected to one side of the external vaporization tank 128.
Butane gas is introduced into the external vaporization tank 128 through the distribution pipe 125 connected to the external vaporization tank 128 to be vaporized.
The butane gas vaporized in the external vaporization tank 128 is introduced into the internal vaporization tank 126 through the vaporization supply unit 127 and is supplied through the supply pipe 123 in a secondary vaporized state in the internal vaporization tank 126. do.

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The distribution unit 130 is configured to control the distribution amount of butane gas by forming a distribution control partition 131 in the distribution pipe 125 of the vaporization unit 120.

Here, the distribution unit 130 has a plurality of supports 134 so that the distribution port 133 having a distribution hole 132 in the center of the distribution control partition 131 is provided with a distribution space 135 on the outside. Formed to support, and is formed to elastically coupled to the adjustment spring 137 to the distribution control 136 to control the inflow to the inlet side of the distribution port 133, the adjustment spring 137 is the distribution side end of the distribution pipe 125 It is formed to be supported by the spring support 138 in the distribution pipe (125) to form the distribution hole 139 to the outside of the distribution portion of the distribution control port 136 is elastically supported by the adjustment spring 137 at the time of retreat By introducing the butane gas of the liquid phase to the distribution hole 139 side, the distribution control port 136 at the time of supplying butane gas blocking the distribution port 133 provided with the distribution hole 132 outside the distribution space ( 135, it is preferable to configure to adjust the supply amount as supplied through.

Thus, look at the action of the portable butane gas container of the present invention configured as follows.

First, in order to fill butane gas concentrated in the liquid phase into the butane gas container 100, the filling device is connected to the supply port 113 provided with the supply valve 114 of the container body 111 in a liquid state. When the butane gas is supplied, the valve stem 115 of the supply valve 114 is elastically coupled to the valve spring 116 to be supplied through the supply port 113, and the vaporization part connected to the supply port 113 by the supply pipe 123. Filled with 120.

In this way, the liquid butane gas filled with the vaporization unit 120 is located in the distribution control partition 131 of the distribution unit 130 through the distribution pipe 125 is elastic to the adjustment spring 137 to control the supply amount of butane gas. While retreating the supported distribution control 136 through the distribution hole 139 a plurality of liquid butane gas introduced through the distribution hole 132 and the distribution space 135 at the distribution side end of the distribution pipe 125 It is supplied to the storage space 112.

As described above, when the butane gas of the liquid phase is supplied to the storage space 112 and the filling of the storage space 112 is completed, the valve stem 115 is removed from the filling apparatus by the elastic force of the valve spring 116. ) To complete the operation of filling the butane gas in the liquid phase of the storage space (112).

Thus, the valve spring of the supply valve 114 in a state of being coupled to a portable burner for cooking various foods and a torch for performing various operations while carrying and storing the container unit 110 filled with the liquid butane gas in the storage space 112. When the butane gas of the storage space 112 is supplied by operating the valve stem 115 supported by 116, a distribution pipe formed on the side of the storage space 112 and circulated in the plurality of vaporization tanks 121 connected to the supply pipe 123. Butane gas of the storage space 112 is supplied through the 125.

As described above, when the butane gas is supplied to the distribution pipe 125 from the storage space 112, the distribution control port 136 supported by the spring support 138 is provided with a distribution hole 132. The flow rate is regulated while being distributed to the distribution space 135 formed by the plurality of supporters 134 to the outside of the distribution port 133 in a closed state by being pressed to the side.

As such, when butane gas is supplied to the vaporization tank 121 having the gas storage space 122 through the distribution pipe 125 while minimizing the inflow of the butane gas in the liquid phase by controlling the flow rate, the gas storage space 122 is provided in the gas storage space 122. While vaporized, the vaporized gas is supplied through the connection pipe 124, the butane gas of the gas is introduced through the vaporization tank 121 formed in plural, and is connected to the supply pipe 123 to supply the vaporized gas through the vaporization tank 121. As there is no bent portion there is no directionality to improve the ease of installation, regardless of the coupling or installation direction of the container portion 110 to reduce the risk of explosion due to incomplete combustion to increase the safety.

As shown in FIG. 8, in another embodiment of the vaporization unit 120, a valve stem supported by the valve spring 116 of the supply valve 114 is coupled to a portable burner and a torch for performing various operations. When the butane gas of the storage space 112 is supplied by operating the 115, butane gas stored in the storage space 112 is supplied to the third vaporization tank 121c through the distribution pipe 125.
Butane gas supplied to the third vaporization tank (121c) is connected to the second connecting pipe (124b) located on one side on the vertical line of the third vaporization tank (121c), the upper portion of the third vaporization tank (121c) It is supplied to the 2nd vaporization tank 121b arrange | positioned.
The butane gas supplied to the second vaporization tank 121b is connected to the first connector 124a positioned on a vertical line different from the second connector 124b to the other side on the vertical line of the second vaporization tank 121b. It is supplied to the first vaporization tank 121a disposed above the second vaporization tank 121b.
In this way, the butane gas supplied to the first vaporization tank 121a is supplied to the portable burner connected to the supply pipe 123 and the torch for performing various operations through the supply pipe 123.
As described above, butane gas stored in the storage space 112 is the first to third vaporization tanks 121a and 121b connected to the first and second connection pipes 124a and 124b located on different vertical lines. , Vaporized while passing through 121c and supplied to supply pipe 123.
Therefore, as the butane gas supplied is vaporized while passing through the first to third vaporization tanks 121a, 121b and 121c connected in different vertical lines, the vaporization efficiency is improved.
In addition, as shown in Figure 9, as another embodiment of the vaporization tank 121, the valve stem supported by the valve spring 116 of the supply valve 114 in a state coupled to the portable burner and the torch for performing various operations. When the butane gas of the storage space 112 is supplied by operating the 115, the butane gas stored in the storage space 112 is supplied to the external vaporization tank 128 through a distribution pipe 125 connected to the lower portion.
As such, the butane gas supplied to the external vaporization tank 128 is primarily vaporized inside the external vaporization tank 128.
As described above, butane gas primarily vaporized in the external vaporization tank 128 is supplied to the internal vaporization tank 126 through the vaporization supply unit 127.
As such, the butane gas supplied to the internal vaporization tank 126 is supplied to the portable burner and the torch for performing various operations through the supply pipe 123 connected to the secondary vaporization.
Therefore, the external vaporization tank 128 surrounding the outside of the internal vaporization tank 126 and the internal vaporization tank 126 is provided, so that the inside of the external vaporization tank 128 and the internal vaporization tank 126 twice. It is formed in a dual structure in which vaporization progresses over.
Accordingly, the butane gas is vaporized and supplied from the external vaporization tank 128 and the internal vaporization tank 126 to improve the efficiency of vaporizing butane gas without increasing the area of the vaporization tank 121.
As described above, butane gas introduced at a constant inflow rate through the distribution unit 130 is vaporized while passing through the plurality of vaporization tanks 121 and vaporized to the side to which the supply is supplied to the supply valve 114 through the supply pipe 123. Supply butane gas.

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Therefore, when the container 110 is filled, it is supplied through the supply valve 114 to the distribution hole 139 formed in the plurality of distribution holes 133 to increase the filling efficiency and to use the container 110. When the butane gas of gas is supplied to the supply valve 114 by vaporizing in a plurality of vaporization tank 121 through the distribution port 133 formed to adjust the flow rate to the distribution control unit 136 in the state coupled to the ignition device. Accordingly, the risk of explosion due to incomplete combustion due to the supply of liquefied butane is reduced, and by not supplying through the bent pipe, it is possible to supply regardless of the position and direction of supply, thereby improving the convenience of use.

1 is a perspective view showing a portable butane gas container of the prior art.

Figure 2 is a cross-sectional view of the main portion showing a portable butane gas container of the prior art.

3 is a partial cross-sectional perspective view showing a portable butane gas container according to the present invention.

4 is a cross-sectional view showing a portable butane gas container according to the present invention.

Figure 5 is a block diagram showing a state of use of the portable butane gas container according to the present invention.

Figure 6 is a block diagram showing a gas injection state of the portable butane gas container according to the present invention.

7 is a configuration diagram showing a gas supply state of a portable butane gas container according to the present invention.

8 is a cross-sectional view showing another embodiment of a portable butane gas container according to the present invention.

9 is a sectional view showing yet another embodiment of a portable butane gas container according to the present invention.

* Description of the symbols for the main parts of the drawings *
100: butane gas container 110: container part
111: container body 112: storage space
113: supply port 114: supply valve
115: valve stem 116: valve spring
120: vaporizer 121: vaporization tank
121a: first vaporization tank 121b: second vaporization tank
121c: third vaporization tank 122: gas storage space
123: supply pipe 124: connector
124a: first connector 124b: second connector
125: distribution pipe 126: internal vaporization tank
127: vaporization supply unit 128: external vaporization tank
130: distribution unit 131: distribution control bulkhead
132: distribution hole 133: distribution port
134: support 135: distribution space
136: distribution control 137: adjustment spring
138: spring support 139: distributor

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Claims (5)

A container part including a supply port having a supply valve for controlling gas supply by an operation of a valve stem elastically coupled to the valve spring to a supply side of the container body having a storage space in which butane gas is stored; A vaporization unit which is connected to a supply valve and a supply pipe of the container part to connect a vaporization tank having a gas storage space to a plurality of connection pipes, and forms a distribution pipe for distributing gas in the storage space to the vaporization tank; Portable butane gas container, characterized in that configured to include a distribution formed to control the flow rate of the butane gas by forming a distribution control partition wall in the vaporization portion. The method of claim 1, The vaporization unit A first vaporization tank connected to the supply pipe, A second vaporization tank and a third vaporization tank positioned below the first vaporization tank and spaced apart from each other; A first connecting pipe connecting the first vaporization tank and the second vaporization tank, It includes a second connecting pipe for connecting the second vaporization tank and the third vaporization tank, Portable butane gas container is the first connector and the second connector is located on a different vertical line. The method of claim 1, The vaporization tank is connected to the supply pipe and includes an internal vaporization tank having a vaporization supply on one side and an external vaporization tank surrounding the outside of the internal vaporization tank, The distribution pipe is a portable butane gas container connected to one side of the external vaporization tank. The method of claim 1, The distribution unit is formed by supporting a plurality of support ports such that a distribution port having a distribution hole in the center of the distribution control partition is provided on the outside, and having a distribution space on the outside, and adjusting the inflow to the inflow side of the distribution opening. It is formed to be coupled, the adjustment spring is formed to be supported by a spring support at the end of the distribution pipe of the distribution pipe and form a distribution hole on the outside of the distribution portion of the distribution pipe during the filling the distribution regulator is retracted with elastic support to the adjustment spring during the distribution Portable butane, characterized in that the supply of liquid butane gas flows into the side, and supplying the butane gas through the distribution space outside the distribution control section block the distribution port equipped with a distribution hole when supplying butane gas Gas container. A container part including a container body having a storage space and a supply port connected to the container body; A supply pipe located in the storage space and connected to the supply port; At least one vaporization tank connected to the supply pipe, A distribution pipe connected to the vaporization tank and having a fluid flowing between the storage space and the vaporization tank, and A distribution unit disposed in the distribution pipe and controlling a flow rate of the fluid flowing between the storage space and the vaporization tank; Containing Portable Butane Gas Container.

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