CN103196033B - Gas flow adjusting conduit apparatus - Google Patents
Gas flow adjusting conduit apparatus Download PDFInfo
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- CN103196033B CN103196033B CN201210004907.6A CN201210004907A CN103196033B CN 103196033 B CN103196033 B CN 103196033B CN 201210004907 A CN201210004907 A CN 201210004907A CN 103196033 B CN103196033 B CN 103196033B
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Abstract
A gas flow adjusting conduit apparatus comprises: a filling valve, wherein the filling valve is in a closed state usually, and the filling valve is in an open state after a pressure is applied when a liquid gas is filled; a casing tube, wherein the casing tube is hollow in shape, the wall surface of the casing tube is provided with a circulation portion, and one end of the casing tube is fixedly provided with the filling valve; an adsorption material arranged through the casing tube and having a liquid adsorbing capability; and a gassing group comprising a body, a gas inlet adjustment valve and a gas outlet valve, wherein one end of the body is sleeved on the gas inlet adjustment valve, the other end of the body is sleeved on the gas outlet valve, the gas inlet adjusting valve comprises a first sealing member, and the first sealing member can prevent the liquid gas from directly going through a space between the body and the gas inlet adjusting valve. One end of the gas inlet adjusting valve is combined with the casing tube and the adsorption material, and the adsorption material can adsorb the liquid gas through the circulation portion to guide the liquid gas to the gas inlet adjusting valve to enter the body, and the liquid gas is discharged through the gas outlet valve.
Description
Technical field
The present invention mainly discloses a kind of pipe guide, refers in particular to the pipe guide of a kind of gas flow adjustment.
Background technique
Traditional gas device does not limit liquid gas filling quantity on using, and when filling quantity is too much, easily sprays liquid gas during igniting, makes gas gasify not exclusively and cause flame and incomplete combustion, therefore easily causes danger.This design uses really dangerous, and the filling method of traditional gas device, focusing on the society of industrial safety now, is not easy to be accepted really.
Had dealer to jet out flames in order to avoid igniting afterwards, and in tank body, only filled the gas amount of 1/3, by means of gas amount less and make gas device tilt or be inverted time, liquid gas not exclusively can not spray because gasification.
The applicant wastes the packing space in gas device thoughts on the design that restriction gas device fills the gas amount of 1/3, and devise Chinese Patent Application No. number No. 200610128653.3 " modified node method of the filling of mash gas tools " Patent Case, it includes: a head, be provided with an ignition mechanism and a nozzle, this head lower end is provided with an air outlet, this air outlet communicates with this nozzle, and this air outlet is an eccentric setting, near ignition mechanism; One outer sleeve is a hollow cylindrical, is locked in this head lower end; One bottom, is locked in this outer sleeve; One pneumatic tube group provides filling gas, is locked in this bottom.
Aforementioned patent sprays liquid gas for preventing during igniting, therefore the control of design gas charging quantity.When liquid gas charging quantity is too much, this liquid gas can flow out from the outer tube of pneumatic tube group, now can stop filling.
When the liquid gas that filling in mash gas tools is enough, make mash gas tools upright, the height of liquid gas filling does not exceed pneumatic tube group.Now gaseous state gas abrim above liquid gas.During igniting, steam outlet pipe pumping to be all gaseous state gas.This mash gas tools can fill the gas amount of 1/2 in tank body, but claimant is still devoted to related domain, to it is desirable to design in mash gas tools can the more liquid gas of filling and igniting time can not spray the mash gas tools of liquid gas.
Therefore the present invention wants to get rid of or at least alleviate the problem that prior art meets with.
Summary of the invention
The disappearance that the present invention exists for solving prior art, and the pipe guide providing a kind of gas flow to adjust can solve the disappearance of prior art.
The pipe guide that main purpose of the present invention adjusts for providing a kind of gas flow, the pipe guide of gas flow adjustment is installed in a tank body, the pipe guide of this gas flow adjustment can make in this tank body fills full liquid gas, liquid gas is directed to air inlet regulating valve by an adsorption material absorption liquid gas by the pipe guide of this gas flow adjustment, and enters body and discharged by gas outlet valve.
The pipe guide that secondary objective of the present invention adjusts for providing a kind of gas flow, this sleeve pipe is arranged in by adsorption material, this adsorption material has the ability of adsorptive liquid, liquid gas can be directed to this air inlet regulating valve via this throughput absorption liquid gas by it, and enters this body and discharged by this gas outlet valve.
The pipe guide for providing a kind of gas flow to adjust of the another syllabus of the present invention, the pipe guide of gas flow adjustment comprises one soft, this soft is subject to this valve body relative to this body spiral shell and drives this hard member to oppress this soft, and this soft degree of being oppressed can the amount passed through of gaseous gas.When this soft in packing shape, what gaseous state gas passed through slow and the quantitative change passed through is few, when this soft in lax shape, gaseous state gas can quickly through and the quantitative change passed through is many.
For reaching above-mentioned purpose, the invention provides the pipe guide of a kind of gas flow adjustment, it includes:
A filling-valve, it is closed state at ordinary times, executes a pressure during filling liquid gas, be then opening state;
A sleeve pipe, it is hollow shape, and the wall of this sleeve pipe is provided with a throughput, and this sleeve pipe one end is fixedly arranged on this filling-valve;
An adsorption material, it is arranged in this sleeve pipe, and this adsorption material has the ability of adsorptive liquid;
A group of giving vent to anger, it comprises a body, an air inlet regulating valve and a gas outlet valve, this body one end this air inlet regulating valve sheathed, this body the other end this gas outlet valve sheathed, this air inlet regulating valve comprises first gas seal member, this first gas seal member can prevent liquid gas directly by between this body and this air inlet regulating valve, this air inlet regulating valve one end is in conjunction with this sleeve pipe and this adsorption material, liquid gas can be directed to this air inlet regulating valve via this throughput absorption liquid gas by this adsorption material, and enters this body and discharged by this gas outlet valve.
The pipe guide of described gas flow adjustment, wherein, this filling-valve comprises a block edge, and this block edge is located at one end of this filling-valve, and this block edge can prevent this filling-valve from departing from the bottom of tank body.
The pipe guide of described gas flow adjustment, wherein, this throughput is set to elongate slots, and its axis along this sleeve pipe extends in strip.
The pipe guide of described gas flow adjustment, wherein, this throughput is set to several circular hole, and it is along the axially-aligned of sleeve pipe.
The pipe guide of described gas flow adjustment, wherein, this adsorption material one end is to the end face being located at this filling-valve, and this adsorption material is solid shape, and it is set to cotton.
The pipe guide of described gas flow adjustment, wherein, this body comprises an external thread part, an O type ring, first room, second room and an intercommunicating pore, this external thread part spiral shell is located at the top of tank body, this O type ring is located on the outer periphery of this body, this O type ring can prevent the liquid gas in tank body from releasing, this the first room is positioned at one end of this body, this the second room is positioned at the other end of this body, this first room this air inlet regulating valve sheathed, this second room this gas outlet valve sheathed, this intercommunicating pore is communicated with this first room and this second room.
The pipe guide of described gas flow adjustment, wherein, this air inlet regulating valve comprises a valve body and one soft, what this valve body can adjust is located at this body, this valve body one end is in conjunction with this sleeve pipe and this adsorption material, this valve body the other end compresses this soft, and the outer periphery of this valve body are provided with this first gas seal member, and this soft is set to foam.
The pipe guide of described gas flow adjustment, wherein, this air inlet regulating valve comprises a hard member, and this valve body comprises a press face, and this hard member is located between the press face of this valve body and this soft, and this hard member is set to copper;
This body comprises first adjustment part, this the first adjustment part is positioned at the inner circumference edge of this body one end, this valve body comprises second adjustment part, the outer periphery of this valve body one end are located in this second adjustment part, this second adjustment part and this first adjustment part can relative adjustment and change the relative position of each other, control this decrement of soft further.
The pipe guide of described gas flow adjustment, wherein, this body comprises an intercommunicating pore, this valve body comprises a pore, this this valve body of pore radial penetration this cover portion that communicates, this pore is arranged in this second adjustment part, and the liquid gas being positioned at this adsorption material is entered the intercommunicating pore of this body via the first pore of this air inlet regulating valve by this soft and discharged by this gas outlet valve.
The pipe guide of described gas flow adjustment, wherein, this gas outlet valve comprises a valve rod, a cock body, a block piece, the second gas seal member, a pad and an elastic component, this valve rod is hollow shape, this valve rod comprises an air flue, first block edge and second pore, this air flue is communicated with the two ends of this valve rod, this the first block edge is located at one end of this valve rod, this the second pore radial direction is located at this valve rod, this the second pore neighbour enters this block edge, this air flue is positioned at one end this cock body sheathed of this block edge, and this cock body can close this intercommunicating pore;
This block piece comprises a cover portion and second block edge, and this cover portion this valve rod sheathed is away from one end of this cock body, and this second block edge gear is located at the end face of this body;
This second gas seal member is sheathed on this valve rod and to the second block edge being located at this block piece, this elastic component is located between this first block edge and this second block edge, and this pad is to being located at this second gas seal member.
Other object, advantage and novel characteristics of the present invention will be more obvious from the following detailed description and related drawings.
Accompanying drawing explanation
Fig. 1 is that the stereo appearance figure of tank body is located at by the pipe guide of gas flow of the present invention adjustment;
Fig. 2 is that the three-dimensional exploded view of tank body is located at by the pipe guide of gas flow of the present invention adjustment;
Fig. 3 is the stereo appearance figure of the pipe guide of gas flow of the present invention adjustment;
Fig. 4 is the three-dimensional exploded view of the pipe guide of gas flow of the present invention adjustment;
Fig. 5 is that the sectional view of tank body is located at by the pipe guide of gas flow of the present invention adjustment;
The thin portion enlarged view that Fig. 6 is got by figure five for the present invention;
Fig. 7 is the use schematic diagram of the pipe guide of gas flow of the present invention adjustment;
The thin portion enlarged view that Fig. 8 is got by figure five for the present invention;
Fig. 9 is that the pipe guide of gas flow of the present invention adjustment is installed in the schematic diagram of burning torch;
Figure 10 is the schematic diagram that the throughput of pipe guide of gas flow of the present invention adjustment is set to circular hole.
Description of reference numerals: the pipe guide of 1-gas flow adjustment; 2-tank body; Bottom 201-; 202-top; 203-through hole; 3-burning torch; 10-filling-valve; 11-block edge; 20-sleeve pipe; 21-throughput; 21a-throughput; 30-adsorption material; 40-gives vent to anger group; 41-body; 411-external thread part; 412-O type ring; 413-first room; 414-second room; 415-first adjustment part; 416-intercommunicating pore; 42-air inlet regulating valve; 421-valve body; 4211-cover portion; 4212-circular groove; 4213-second adjustment part; 4214-first pore; 4215-press face; 422-first gas seal member; 423-hard member; Soft of 424-; 43-gas outlet valve; 431-valve rod; 4311-air flue; 4312-first block edge; 4313-second pore; 432-cock body; 433-block piece; 4331-cover portion; 4332-second block edge; 434-second gas seal member; 435-pad; 436-elastic component; D-external diameter; D-internal diameter.
Embodiment
Relevant the technology used in the present invention, means and effect thereof, hereby lift two preferred embodiments and coordinate accompanying drawing describe in detail as after, this is not subject to the restriction of this kind of structure only for explanation in patent application.
With reference to Fig. 1 and Fig. 2, the pipe guide for gas flow adjustment of the present invention is located at stereo appearance figure and the three-dimensional exploded view of tank body.The pipe guide 1 of gas flow adjustment of the present invention is installed in a tank body 2, and the pipe guide 1 of this gas flow adjustment can make in this tank body 2 fills full liquid gas, and the pipe guide 1 of this gas flow adjustment is guided liquid gas and discharged.
With reference to Fig. 3 to Fig. 6, be the stereo appearance figure of the pipe guide of gas flow adjustment of the present invention, three-dimensional exploded view and sectional view.The pipe guide 1 of this gas flow adjustment comprises a filling-valve 10, sleeve pipe 20, adsorption material 30 and a group 40 of giving vent to anger.This filling-valve 10 is located at the bottom 201 of tank body 2, and this group 40 of giving vent to anger is located at the top 202 of tank body 2, this sleeve pipe 20 this adsorption material 30 sheathed, and this sleeve pipe 20 one end is fixedly arranged on this filling-valve 10, and this sleeve pipe 20 the other end is fixed on this group 40 of giving vent to anger.
This filling-valve 10 is closed state time flat, executes a pressure during filling liquid gas, be then opening state.This filling-valve 10 comprises a block edge 11, and this block edge 11 is located at one end of this filling-valve 10, and this block edge 11 can prevent this filling-valve 10 from departing from the bottom 201 of tank body 2, and this block edge 11 can be set to C type and buckle.This block edge 11 has an outer diameter D, and the bottom of tank body 2 is provided with a through hole 203, and through hole 203 has an internal diameter d, and this outer diameter D is greater than this internal diameter d.
This sleeve pipe 20 is in hollow shape, and what this sleeve pipe 20 one end was socketed this filling-valve 10 and packing is fixedly arranged on this filling-valve 10.The wall of this sleeve pipe 20 is provided with a throughput 21, and this throughput 21 is set to elongate slots, and its axis along this sleeve pipe 20 extends in strip, and this throughput 21 does not penetrate the two ends of this sleeve pipe 20.
This adsorption material 30 is arranged in this sleeve pipe 20, and this adsorption material 30 one end is to the end face being located at this filling-valve 10.This adsorption material 30 has the ability of adsorptive liquid, and it can adsorb liquid gas via this throughput 21, and this adsorption material 30 is in solid shape, and it is set to cotton.
This group 40 of giving vent to anger comprises a body 41, air inlet regulating valve 42 and a gas outlet valve 43.This body 41 spiral shell is established and is fixed on the top 202 of tank body 2, this body 41 one end this air inlet regulating valve 42 sheathed, this body 41 the other end this gas outlet valve 43 sheathed.
This body 41 comprises an external thread part 411, O type ring 412, first room 413, second room, 414, first adjustment part 415 and an intercommunicating pore 416.This external thread part 411 spiral shell is located at the top 202 of tank body 2, and this O type ring 412 is located on the outer periphery of this body 41, and this O type ring 412 can prevent the liquid gas in tank body 2 from releasing.This first room 413 is positioned at one end of this body 41, and this second room 414 is positioned at the other end of this body 41, this first room 413 this air inlet regulating valve 42 sheathed, this second room 414 this gas outlet valve 43 sheathed.This first adjustment part 415 is positioned at the inner circumference edge of this body 41 one end and is located at this first room 413, and this intercommunicating pore 416 is communicated with this first room 413 and this second room 414.
This air inlet regulating valve 42 one end is in conjunction with this sleeve pipe 20 and this adsorption material 30, and this air inlet regulating valve 42 the other end is positioned at this first room 413.This air inlet regulating valve 42 comprises a valve body 421, first gas seal member, 422, hard member 423 and one soft 424.What this valve body 421 can adjust is located at this body 41, and this valve body 421 one end is in conjunction with this sleeve pipe 20 and this adsorption material 30, and the outer periphery of this valve body 421 are provided with this first gas seal member 422, and this valve body 421 the other end compresses this hard member 423 and this soft 424.
This valve body 421 comprises 4211, one, cover portion circular groove, 4213, first pore 4214 in 4212, second adjustment part and a press face 4215.This cover portion 4211 lays respectively at the contrary two ends of this valve body 421 with this press face 4215, and this press face 4215 is located at end face.This adsorption material 30 sheathed of this cover portion 4211 packing, and this cover portion 4211 packing be arranged in this sleeve pipe 20.This circular groove 4212 is located between the end face in this cover portion 4211 and this second adjustment part 4213, and this circular groove 4212 is provided with this first gas seal member 422.This this valve body 421 of the first pore 4214 radial penetration this cover portion 4211 that communicates, this first pore 4214 is arranged in this second adjustment part 4213, the outer periphery of this valve body 421 one end are located in this second adjustment part 4213, this the second adjustment part 4213 spiral shell is located at the first adjustment part 415 of this body 41, and this second adjustment part 4213 and this first adjustment part 415 can relative adjustment and change the relative position of each other.
This hard member 423 is set to copper, be preferably copper sheet, this soft 424 is set to foam, this hard member 423 is located between the press face 4215 of this valve body 421 and this soft 424, the press face 4215 of this valve body 421 compresses this hard member 423, this hard member 423 compresses this soft 424 again, close this intercommunicating pore 416 for this soft 424, by this hard member 423 between this press face 4215 and this soft 424, when adjusting this valve body 421 and compressing this hard member 423 with this soft 424, this decrement of soft 424 can be controlled further.
This gas outlet valve 43 comprises a valve rod 431, cock body 432, block piece 433, second gas seal member, 434, pad 435 and an elastic component 436.
This valve rod 431 is in hollow shape, and this valve rod 431 comprises an air flue 4311, first block edge 4312 and second pore 4313.This air flue 4311 is communicated with the two ends of this valve rod 431, and this first block edge 4312 is located at one end of this valve rod 431, and this second pore 4313 radial direction is located at this valve rod 431, and this second pore 4313 neighbour enters this block edge 4312.One end that this air flue 4311 is positioned at this block edge 4312 this cock body 432 sheathed, this cock body 432 can close this intercommunicating pore 416.
This block piece 433 comprises a cover portion 4331 and second block edge 4332, this cover portion 4331 this valve rod 431 sheathed is away from one end of this cock body 432, this cover portion 4331 is also arranged in the second room 414 of this body 41, and this second block edge 4332 gear is located at the end face of this body 41.
This second gas seal member 434 is sheathed on this valve rod 431 and to the second block edge 4332 being located at this block piece 433, this elastic component 436 is located between this first block edge 4312 and this second block edge 4332, this pad 435 is to being located at this second gas seal member 434, and in the present embodiment, this elastic component 436 is located between this pad 435 and this first block edge 4312.
With reference to Fig. 7 and Fig. 8, it is the use schematic diagram of the pipe guide of gas flow adjustment of the present invention.Liquid gas is packed in tank body 2 via this filling-valve 10, and the pipe guide 1 of gas flow adjustment of the present invention can provide in tank body 2 and fill up liquid gas completely.Liquid gas enters this sleeve pipe 20 via the throughput 21 of this sleeve pipe 20 inner, and now, the adsorption material 30 being positioned at this sleeve pipe 20 inside has been filled liquid gas.
The valve body 421 of the air inlet regulating valve 42 of this group 40 of giving vent to anger is in conjunction with this sleeve pipe 20 and this adsorption material 30, and this first gas seal member 422 can prevent liquid gas directly by between this body 41 and this air inlet regulating valve 42.
The liquid gas being positioned at this adsorption material 30 is entered the intercommunicating pore 416 of this body 41 via the first pore 4214 of this air inlet regulating valve 42 by this soft 424 and is discharged by this gas outlet valve 43.This soft 424 is subject to this valve body 421 this body 41 spiral shell relative then drives this hard member 423 to oppress this soft 424, and this soft 424 degree of being oppressed can the amount passed through of gaseous gas.When this soft 424 in packing shape, what gaseous state gas passed through slow and the quantitative change passed through is few, when this soft 424 in lax shape, gaseous state gas can quickly through and the quantitative change passed through is many.
This valve body 421 transfers to change this density of soft 424 with the relative spiral shell of this body 41, reaches the object of adjustment gaseous state gas flow further.
No matter the pipe guide 1 of gas flow adjustment of the present invention is inverted or is tilted to use, liquid gas all can enter this adsorption material 30 via the throughput 21 of this sleeve pipe 20, and the liquid gas being positioned at this adsorption material 30 is discharged via this group 40 of giving vent to anger.
Be provided with this first gas seal member 422 between this body 41 and this valve body 421, this first gas seal member 422 has intercepted tank body 2, pipeline that between body 41 and valve body 421, liquid gas circulates, and can really prevent liquid gas from discharging via this group 40 of giving vent to anger.
With reference to Fig. 9, the pipe guide for gas flow adjustment of the present invention is installed in the schematic diagram of burning torch.Tank body 2 is located at by the pipe guide 1 of this gas flow adjustment, and tank body 2 is located in a burning torch 3, can load liquid gas in tank body 2, the pipe guide 1 of this gas flow adjustment adsorbs liquid gas and makes burning torch 3 can smooth igniting gaseous gas, and prevents liquid gas from spraying.
With reference to Figure 10, the throughput for the pipe guide of gas flow adjustment of the present invention is set to the schematic diagram of circular hole.The second throughput 21a implementing profit is set to multiple circular hole, and multiple circular hole is along the axially-aligned of sleeve pipe 20.
The present invention can be summarized with regard to the above and there is following advantage:
1. the pipe guide of gas flow adjustment of the present invention, it is installed in a tank body, the pipe guide of this gas flow adjustment can make in this tank body fills full liquid gas, and the pipe guide of this gas flow adjustment can adsorb liquid gas, makes can not spray liquid gas during igniting.
2. the pipe guide of gas flow adjustment of the present invention, its adsorption material is arranged in this sleeve pipe, and this adsorption material has the ability of adsorptive liquid, and it can adsorb liquid gas.
3. the pipe guide of gas flow of the present invention adjustment, it comprises one soft, and this soft is subject to this valve body this body spiral shell then this hard member of drive oppresses this soft relatively, and this soft degree of being oppressed can the amount passed through of gaseous gas.When this soft in packing shape, what gaseous state gas passed through slow and the quantitative change passed through is few, when this soft in lax shape, gaseous state gas can quickly through and the quantitative change passed through is many.
But the above, be only preferred embodiment of the present invention, when can not with restriction scope of the invention process, therefore the change of numerical value or the displacement of equivalent elements such as, or change and modification according to the equalization that the present patent application the scope of the claims is done, all still should belong to the category that patent of the present invention contains.
Claims (10)
1. a pipe guide for gas flow adjustment, is characterized in that, include:
A filling-valve, it is closed state at ordinary times, executes a pressure during filling liquid gas, be then opening state;
A sleeve pipe, it is hollow shape, and the wall of this sleeve pipe is provided with a throughput, and this sleeve pipe one end is fixedly arranged on this filling-valve;
An adsorption material, it is arranged in this sleeve pipe, and this adsorption material has the ability of adsorptive liquid;
A group of giving vent to anger, it comprises a body, an air inlet regulating valve and a gas outlet valve, this body one end this air inlet regulating valve sheathed, this body the other end this gas outlet valve sheathed, this air inlet regulating valve comprises first gas seal member, this first gas seal member can prevent liquid gas directly by between this body and this air inlet regulating valve, this air inlet regulating valve one end is in conjunction with this sleeve pipe and this adsorption material, liquid gas can be directed to this air inlet regulating valve via this throughput absorption liquid gas by this adsorption material, and enters this body and discharged by this gas outlet valve.
2. the pipe guide of gas flow adjustment as claimed in claim 1, it is characterized in that, this filling-valve comprises a block edge, and this block edge is located at one end of this filling-valve, and this block edge can prevent this filling-valve from departing from the bottom of tank body.
3. the pipe guide of gas flow adjustment as claimed in claim 1, it is characterized in that, this throughput is set to elongate slots, and its axis along this sleeve pipe extends in strip.
4. the pipe guide of gas flow adjustment as claimed in claim 1, it is characterized in that, this throughput is set to several circular hole, and it is along the axially-aligned of sleeve pipe.
5. the pipe guide of gas flow adjustment as claimed in claim 1, it is characterized in that, this adsorption material one end is to the end face being located at this filling-valve, and this adsorption material is solid shape, and it is set to cotton.
6. the pipe guide of gas flow adjustment as claimed in claim 1, it is characterized in that, this body comprises an external thread part, an O type ring, first room, second room and an intercommunicating pore, this external thread part spiral shell is located at the top of tank body, this O type ring is located on the outer periphery of this body, this O type ring can prevent the liquid gas in tank body from releasing, this the first room is positioned at one end of this body, this the second room is positioned at the other end of this body, this first room this air inlet regulating valve sheathed, this second room this gas outlet valve sheathed, this intercommunicating pore is communicated with this first room and this second room.
7. the pipe guide of gas flow adjustment as claimed in claim 1, it is characterized in that, this air inlet regulating valve comprises a valve body and one soft, what this valve body can adjust is located at this body, this valve body one end is in conjunction with this sleeve pipe and this adsorption material, this valve body the other end compresses this soft, and the outer periphery of this valve body are provided with this first gas seal member, and this soft is set to foam.
8. the pipe guide of gas flow adjustment as claimed in claim 7, it is characterized in that, this air inlet regulating valve comprises a hard member, and this valve body comprises a press face, and this hard member is located between the press face of this valve body and this soft, and this hard member is set to copper;
This body comprises first adjustment part, this the first adjustment part is positioned at the inner circumference edge of this body one end, this valve body comprises second adjustment part, the outer periphery of this valve body one end are located in this second adjustment part, this second adjustment part and this first adjustment part can relative adjustment and change the relative position of each other, control this decrement of soft further.
9. the pipe guide of gas flow adjustment as claimed in claim 8, it is characterized in that, this body comprises an intercommunicating pore, this valve body comprises a pore, this this valve body of pore radial penetration the cover portion of this valve body that communicates, this pore is arranged in this second adjustment part, and the liquid gas being positioned at this adsorption material is entered the intercommunicating pore of this body via the first pore of this air inlet regulating valve by this soft and discharged by this gas outlet valve.
10. the pipe guide of gas flow adjustment as claimed in claim 8, it is characterized in that, this gas outlet valve comprises a valve rod, a cock body, a block piece, second gas seal member, a pad and an elastic component, this valve rod is hollow shape, this valve rod comprises an air flue, first block edge and second pore, this air flue is communicated with the two ends of this valve rod, this the first block edge is located at one end of this valve rod, this the second pore radial direction is located at this valve rod, this the second pore neighbour enters this block edge, this air flue is positioned at one end this cock body sheathed of this block edge, this cock body can close the intercommunicating pore of this body,
This block piece comprises a cover portion and second block edge, and this cover portion this valve rod sheathed is away from one end of this cock body, and this second block edge gear is located at the end face of this body;
This second gas seal member is sheathed on this valve rod and to the second block edge being located at this block piece, this elastic component is located between this first block edge and this second block edge, and this pad is to being located at this second gas seal member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210004907.6A CN103196033B (en) | 2012-01-09 | 2012-01-09 | Gas flow adjusting conduit apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210004907.6A CN103196033B (en) | 2012-01-09 | 2012-01-09 | Gas flow adjusting conduit apparatus |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103196033A CN103196033A (en) | 2013-07-10 |
| CN103196033B true CN103196033B (en) | 2015-04-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210004907.6A Expired - Fee Related CN103196033B (en) | 2012-01-09 | 2012-01-09 | Gas flow adjusting conduit apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103196033B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW201534832A (en) * | 2014-03-11 | 2015-09-16 | wei-ming Cai | Refillable handheld type gas container and refill nozzle thereof |
| TWI565904B (en) * | 2014-04-09 | 2017-01-11 | wei-ming Cai | With the safety function of the gas nozzle |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0561077A1 (en) * | 1992-02-05 | 1993-09-22 | Oxford Magnet Technology Limited | Improvements in or relating to helium topping-up apparatus |
| TW579412B (en) * | 2003-07-04 | 2004-03-11 | Pro Iroda Ind Inc | Gas flow control device for gas torch |
| TWI229723B (en) * | 2003-09-25 | 2005-03-21 | Pro Iroda Ind Inc | Constant-capacity controller for gas |
| CN101140048A (en) * | 2006-09-04 | 2008-03-12 | 林槐泰 | Improvement structure for filling of mash gas tools |
| TW200942748A (en) * | 2008-04-15 | 2009-10-16 | Pro Iroda Ind Inc | Ignition device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7566219B2 (en) * | 2006-12-29 | 2009-07-28 | Arlo Lin | Blow torch burner |
-
2012
- 2012-01-09 CN CN201210004907.6A patent/CN103196033B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0561077A1 (en) * | 1992-02-05 | 1993-09-22 | Oxford Magnet Technology Limited | Improvements in or relating to helium topping-up apparatus |
| TW579412B (en) * | 2003-07-04 | 2004-03-11 | Pro Iroda Ind Inc | Gas flow control device for gas torch |
| TWI229723B (en) * | 2003-09-25 | 2005-03-21 | Pro Iroda Ind Inc | Constant-capacity controller for gas |
| CN101140048A (en) * | 2006-09-04 | 2008-03-12 | 林槐泰 | Improvement structure for filling of mash gas tools |
| TW200942748A (en) * | 2008-04-15 | 2009-10-16 | Pro Iroda Ind Inc | Ignition device |
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| Publication number | Publication date |
|---|---|
| CN103196033A (en) | 2013-07-10 |
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