TWI243074B - Gas torch tool (2) having a heat conductive element, including a combustor - Google Patents

Abstract

This invention provides a gas torch tool (2) having a heat conductive element, including a combustor, a discharge tube device, a heat conductive element, and a gas canister. The gas torch tool is provided in a tool casing thereof with a combustor and in a grip with a gas canister. The combustor is provided at an end thereof with a glue injecting nozzle, and at another end thereof with a pushing portion and a lever for controlling movement of the pushing portion. The pushing portion is provided therein with hot melt glue. An igniting device is provided next to the combustor. The combustor and the gas canister is provided therebetween with a discharging tube device connecting to the combustor and the gas canister. The discharging tube device is formed with a passageway for supplying gas to the combustor. The discharging tube device is sequentially assembled with a fitting, an adjustment wheel and a regulating value. During vaporization of the gas, fast temperature reduction or incomplete vaporization may cause blockage in the fitting, thereby resulting in hindrance in the passageway of the fitting and the regulating valve. Upon connecting the heat conductive element to the fitting, the heat generated by the combustor during combustion will be quickly absorbed, concentrated and conducted towards the fitting, so as to prevent blockage in the fitting caused by fast temperature reduction or incomplete vaporization. Such a design prevents blockage in the discharging tube device and significantly reduces failures of the gas torch tool. The heat conductive element is a simple and easily assembled structure. Such a design meets the consumers' needs and is of industrial applicable and inventive invention.

Description

1243074

[Technical field to which the invention belongs] The present invention relates to a gas tool (2) having a thermal conductivity. [Prior art]

With the development and progress of science and technology, people ’s old thinking of using just fine has become quite delicate = requirements also generate new forms from ancient ideas of “step or innovation”: only continuous and effective Reduce it to * to stimulate competition in the market: Two additional values' As shown in the tenth figure, it is a kind of conventional gas; m m n where the gas tool 100 series includes a burner 2 σ θ Gas tool 10. Work == J and the gas tank 300 is set in the grip 120 and the burner 200

One measure is to install a glue nozzle 21o, the other end is provided with a pusher 220 and a wrench 230 to control the movement of the pusher 220, and a pusher hole 240 is provided in the burner 200. The pushing hole 240 can be used for placing hot melt adhesive (not shown). The burner 200 is provided with an igniter 250, and a connecting burner 200 is provided between the burner 200 and the gas tank 300. And gas tank 300's outlet tube device 400 'The outlet tube device 400 series includes a takeover, an adjustment wheel 4 2 0, a flow 1 valve 4 3 0 and sequentially combine and form a passage to supply the burner 2 0 The gas within 0, the adjusting wheel 4 2 0 is a kind of structure that can regulate the flow of gas, but when the liquid gas in the gas tank 3 0 0 just flows out from the connection 3 0 0, the temperature of the gas when the gas is vaporized, Rapid descent or incomplete vaporization and stagnation in the piping 410, resulting in a non-smooth path for the piping 410 and the flow valve 430, and if the stagnation is severe, it can easily cause the gas tool to fail and increase its use.

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Therefore, it is necessary to know the goodness of gas tools. It is not well structured to alleviate the dangers of the prior art encounters. The deficiencies derived are actually researched and developed. Therefore, the present invention wants to eliminate or at least question 0. [Summary of the Invention] The present invention "has a technical problem with a thermal conductive member is that the conventional gas tool vaporizes to cause the temperature to rapidly fall or vaporize inside", especially It is easier to stagnate in the takeover tube. Therefore, the invention must be improved. The present invention provides a tool casing with a burner and a lead-out tube to house the gas tool. A canister can be installed on one end of the burner. The control unit and the control unit move the positioning holes. The positioning holes can be placed with the teaching device and formed on the outlet tube device of the burner and the gas tank. The outlet tube device is taken over. Therefore, When the gas is vaporized, the temperature lags in the nozzle, so that the nozzle and the guide are set on the nozzle, and because of the amount of fuel, the thermal guide can quickly absorb and cause the gas tool to be transmitted in the outlet pipe device. (2) The internal outlet pipe device that is intended to be solved will be stuck in the takeover and flow valve plug due to the gas being 'complete', so that the gas tool cannot be used normally. Gas tool (2) of heat conducting element, which is composed of a heat conducting element and a gas tank. There is a burner and a grip with a gas nozzle and a wrench on the other end. There is a push-pull solution inside the burner. There is an ignition room next to the burner and a linking burner and gas road to supply the gas in the burner. The adjustment wheel and flow valve are sequentially combined, and the degree of rapid decline or vaporization is not high. The path of the complete and constant flow valve is not smooth, so the hot burner will generate a certain amount of heat during the combustion and conduct the heat to the pipe, and the gas will not be heated quickly by vaporization.

1243074

The drop or vaporization does not completely lead to the stagnation situation in the pipe device, and the thermal conductive parts are used in the pipe for stagnation and plugging, and the plug can greatly reduce the structure. Simple assembly is easy to calculate. This design can be used. Avoiding the use of less gas tools' is really an industrial advantage and other purposes, advantages and the description of the present invention and the associated drawings are more obvious. The novel features will be detailed from the following [Embodiment]

Regarding the technology, means and effects adopted by the present invention, a preferred embodiment is described in detail below with reference to the drawings. This is for illustration purposes only and is not limited by such a structure in patent applications. The first and second pictures of the makeup are a gas tool with a heat conducting element (a gas pipe 10 includes a gas tank 20, a burner 30, and a lead-out device 40. The lead-out tube device One end of 40 is connected to the gas tank 20, and the other end is connected to the burner 30. A heat conduction member 50 is installed on the outlet pipe device 40 in the gas tool 10, of which:

The gas tool 10 has a tool housing ^ and a grip 12, and an accommodating space 丨 3 is provided in the tool peripheral 11. The accommodating space 丨 3 is provided with slot holes 1 3 1 and button holes 1 on the side. 3, and a wrench hole 133 is provided between the tool housing 11 and the grip 12, and the grip 12 is provided with a gas tank accommodating groove which is communicated with the accommodation space 13 and can hold the gas tank 20 14. A fixing plate 15 is further provided between the accommodating space 13 and the gas tank accommodating groove 14. A burner 30 is installed in the accommodating space 13 of the tool housing 11. One end of the burner 30 can be provided with a glue nozzle 31 and exposed outside the tool.

1243074 V. Description of the invention (4) The outer end of the casing 11 is provided with a pushing portion 3 2 at the other end, and a pushing hole for a tool housing 11 and a burner 30 is provided in the pushing portion 32. 3 2 1. The pushing part 3 2 can push hot melt adhesive (not shown) in the burner 30, and a burner 30 is provided with a wrench 3 3 for controlling the pushing part 3 2 and A gas igniter 34 and a button 35 are ignited, the wrench 33 is exposed outside the wrench hole 33, and the button 3 5 is exposed outside the button hole 1 3 2 for pressing; and on the burner There is an outlet pipe device 4 on 30. Please refer to the third figure at the same time. The "outlet pipe device 40" includes a connection pipe 41, an adjustment wheel 42, a flow valve 43 and are sequentially combined to form a passage for supplying the burner 3. 〇 Gas

One end of the takeover tube 41 is connected to the burner 30, and the other end thereof is connected to the adjustment wheel 42. The adjustment wheel 42 has the function of adjusting the gas flow rate. The adjustment wheel 42 is connected to the flow valve 43, The flow valve 43 is latched on the fixing plate 15, and the joint 431 of the flow valve 43 is inserted into the interface 21 of the gas tank 20; the fin 5 1 of the heat conduction adjusting wheel 42 is quickly lowered or And the flow valve 43, therefore, the device 30 is used to burn a certain amount of heat 50, please use the 50 series device installed in the concentration and conduction between the regulating device 50, the guide has three pictures of rapid absorption, The path of incomplete vaporization is not properly pressed and burned, and the device is referred to the fourth step, and often stagnates. Therefore, after heating the heater 34, make the gas tool 10 in the outlet pipe. The drawing is based on the fact that the inner part 50 of the gas steam receiver 41 with a number of heat is set in the ring to form the gas guide's vacant 40 and the heat connector 50 is interposed between the fins. When changing, the fin tubes 41 and 51 provided on the inner tube 41 and the inner tube 41 of the adaptor 10 are used. The temperature of the heat pipe 51 caused by the combustion of the 41 tube 41 due to the temperature is faster.

Page 91243074 V. Description of the invention (5) Quickly absorb the heat of the concentrated part and conduct the heat on the receiver 41, which can avoid the gas vaporization and rapid temperature drop when the liquid gas in the gas tank 20 is just ejected from the interface 21. Or the situation where the vaporization is incomplete and is stuck in the takeover 41, and the tool cannot be used normally. 8 ~ Please refer to the fifth figure, which is the second embodiment of the present invention, which is substantially the same as the first embodiment described above. The difference is that the heat conducting member 50 is modified into a coil spring 60, which is A thermally conductive material made of two and the spiral bomb 60 is buried in the connecting tube 41 and located between the burner 30J wheel 42. Similarly, the spiral spring 60 will quickly absorb gas and = The heat, please refer to the sixth figure, is absorbed by the spiral bomb 60. It absorbs the heat of the concentrated part and conducts the heat to the receiver 41. Therefore, when it can be vaporized, it is stuck in the connection due to the rapid temperature drop or incomplete vaporization: Green J according to the seventh figure is the third embodiment of the present invention, which is substantially the same as Π: The difference is that the thermal conductive member 50 is changed to a set of 疴 70, and the sleeve 70 is a thermal conductive material temporarily owed The Wan type is placed in the connecting tube 41 and is located in the burner 30 and the regulating wheel 42 :: sleeve. The heat transfer capacity in the connecting tube 41 is blocked due to the decrease of the heat and transmission speed or incomplete vaporization; For fast temperature, please refer to the eighth figure and the Dizi Yanshisi tool 10 series is a gas welding grab 8 " 〇, the fourth Embodiment 'The tile and grab handle 82, in the grabbing 81 shirt ^ Gu gas welding grabbing 80 series has a grabbing 81 end system installed in one: there is a burner 83, the burner 83-Bu grab head 84 There is a gas tank 20 inside the gun handle 82, and 1243074 V. Description of the invention (6) The outlet pipe device go between the burner 83 and the gas tank 20, the tank 20, the 91, the adjustment wheel 92, the flow rate The valve 93 and the guide member 50 can also be installed in the tube g1 when the gas is vaporized, due to the temperature in the fast tube 91. The above can be summarized as follows: 1. In the present invention, "there is a thermal conductivity. The amount of || on the thermal conductivity element is on the takeover of the outlet pipe device, which is rapidly lowered or the vaporization is incomplete and stagnation can be used normally. 2. According to the present invention, "with respect to the thermal conductivity life, the service life of the long gas tool is greatly reduced because of the gas. From this point of view, the present invention has very similar or similar inventions appearing in the positive and negative aspects of the Guohe Patent Law, which are only the replacements of the scope of the present invention to limit the scope of the invention, or according to this The invention application should still belong to the invention patent. There is also a connecting combustion outlet pipe device 90, which includes a sequential combination and forms a passage. Similarly, the heat conducting member 50 is not lowered or vaporized completely. The invention has the following features: The gas tool of excellent parts (2) "The sheet will quickly absorb and concentrate, which can prevent the gas from being jammed in the pipe when it is vaporized, resulting in the gas tool of the gas parts (2)" The gas stagnation outlet pipe device has industrial utilization value inside and outside Publications or public use requirements should be granted to the preferred embodiment of the invention, which is just an example of "equal cover" for any change in the patent scope of numerical values. The device 83 and the tile have a connection pipe. This heat can also avoid stagnation in the connection field L Μα I. During operation and conduction of heat, because the temperature tool is not in use, it can be extended but not seen. . ， When cannot or the equivalent element changes and repairs

1243074 Brief description of the drawings [Simplified description of the drawings] The first figure is a perspective view of the present invention. The second figure is an exploded perspective view of the present invention. The third figure is a sectional side view of the assembly of the present invention, which can quickly absorb heat and avoid gas from being trapped inside the pipe due to the gas falling or incomplete vaporization of the guide. ~ ^ The fourth figure is a partially enlarged sectional view of the third figure. The fifth figure is an assembly side cross-section of the second embodiment of the present invention, which is a coil spring, which also has a fast absorption of two deniers ^ = the thermal conductivity. The sixth figure is a partial enlarged cross-sectional view of the fifth figure. ..., inside, I effect. The third embodiment of the invention is a partial enlargement. As shown in the figure, * indicates that the director is a set of Qi, which also has the effect of quickly absorbing heat. The eighth figure is a perspective view of a fourth embodiment of the present invention. The ninth figure, the ninth figure, the ninth figure, the ninth figure, the 9-9 cross-sectional view, shows that the heat conducting member can also be installed, the gas ¥ grab inside, also has the effect of quickly absorbing heat. The tenth figure is a sectional view of a conventional gas tool. [Simplified description of component symbols] (acquaintance) 11 0 Tool housing 210 Dispensing nozzle 240 Pushing hole 31 0 Interface 4 2 0 Adjusting wheel speed due to temperature quickly # 1 0 0 Gas tool 2 0 0 Burner 230 wrench 3 0 0 Gas 410 Takeover (Invention) Tank 120 Grip 2 2 0 Pushing Unit 2 50 Ignitor 400 Outlet Tube Device 430 Flow Valve

1243074 Brief description of the drawings 10 Gas tool 11 Tool housing 12 Grip 13 Receiving space 131 Slot hole 132 Button hole 133 Wrench hole 14 Gas tank receiving slot 15 Fixing plate 20 Gas tank 21 Connect to σ 30 Burner 31 Glue nozzle 32 Push Setting section 321 Pushing hole 33 Wrench 34 Igniter 35 Button 40 Outlet tube device 41 Takeover 42 Adjusting wheel 43 Flow valve 431 Connector 50 Coil guide 51 Book 60 Coil spring 70 Sleeve 80 Gas welding gun 81 Gun body 82 Grab handle 83 Burner 84 Torch head 90 Outlet tube device 91 Takeover 92 Adjustment wheel 93 Flow valve

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Claims (1)

1243074 6. Scope of patent application h — A gas tool burner and a gas tank tube device that lead to gas; a thermal guide, which can quickly approach one of the burners when the temperature is fastened 2 · If you apply for special equipment (two), three of the guides are included in (two). 4. Set (two) inside. 5 · (2) valve and axial direction according to 6 · (2) end. If you apply for the special, which should be the same as the application, which should be the same as the application, where the sequence combination, if the application is the special, where the push The gas tool (2) of the thermal guide includes: a burner and a gas tank inside, and an outlet pipe device connecting the burner and the gas tank is provided between the burner and the gas tank to form a passage for supply The burner combustion system is set at the end of the outlet pipe device close to the burner. It can quickly absorb concentrated and conductive heat, which can prevent gas from stagnation in the outlet pipe device when the steam speed drops or the vaporization is incomplete. Gas-fired work with heat-conducting element according to item 1 of the scope of the utility model The heat-conducting element is provided with a plurality of fins on the ring and extends along the heat. The gas-conducting heat-conducting component with a heat-conducting element as described in item 1 of the Liqun Range is a set of shoulders, which is embedded in the outlet pipe device. It is a convoluted spring, and the gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting gas-conducting pipelines described in item 1 of the utility range of the embedded gas-conducting pipelines include a take-over, an adjustment wheel, and a flow. The gas-fired burner with a thermal guide as described in item 1 of the scope of interest is provided with a glue nozzle at the end, and the other part of the pushing part is provided with a pushing hole. 1243074 6. Scope of patent application Hot melt adhesive can be installed. 7 · The gas tool (2) with a heat conducting element as described in item 6 of the scope of the patent application, wherein the pushing portion is further provided with a wrench for controlling the movement of the pushing portion, the wrench protruding from the gas tool For people to press. 8 · As described in item 1 of Shenyan's patent scope, the gas tool with a thermal conductive member (2) ', wherein one end of the burner can be equipped with a welding head. 9. The gas tool (2) with a heat conducting member as described in item 1 of the scope of patent application, wherein the burner is further provided with a gas igniter. 1 0 · The gas tool with a thermal conductive element (2) 'as described in item 1 of the patent scope of Shenyan, wherein the thermal conductive element is a thermal conductive material. 11. A gas tool (2) with a thermal guide, including: a gas tool, which is provided with a burner and a gas tank, and a guide connecting the burner and the gas tank is provided between the mediator and the gas tank; d =: the outlet tube device forms a passage for the burner to burn Set, this ::! , Is installed between the burner and the gas tank, the outlet tube is installed = when the temperature is delayed due to rapid temperature drop or incomplete vaporization:: =: tool (2) as described in the patent scope of the 11th with thermal conductivity Gas of the piece ^ Wherein the heat-conducting ring is provided with several cuffs, the consumption of the MW heat-conducting piece extends in the direction. π piece, and extending '-® f 11 ^ ^ ^ ^ ^ ^ ^ ^ Wherein, the heat conducting member is a set, and the lead-out tube device 1243074 is set within the scope of patent application. 14. The gas tool (2) with a heat conducting element as described in item U of the scope of the patent application, wherein the heat conducting element is a coil spring, which is buried in the device. 1% out of the official 15 5. Gases with thermally conductive parts as described in item 丨 丨 of the scope of patent application: (2), where the outlet pipe device includes a takeover, an adjustment wheel and a flow valve and are sequentially combined, The adjusting wheel train 玎 adjusts the gas flow P / ;, L 1 6 · The gas tool (1) with a heat conducting element as described in item 丨 丨 of the patent application scope, wherein one end of the burner is equipped with a tap The glue ejection nozzle is provided with a pushing portion at the other end thereof, and a pushing hole is provided in the pushing portion. The pushing & 17. The gas tool (2) with a thermal guide according to item 丨 6 of the scope of the patent application, wherein the pushing part is further provided with a wrench for controlling the movement of the pushing part, the wrench protruding from the gas tool Outside for people to press. 1 8 · The gas appliance with heat conducting element (2) as described in item 11 of the scope of patent application, wherein one end of the burner can be equipped with a welding head. 19. The gas appliance (1) with a heat conducting element as described in item 11 of the scope of patent application, wherein the burner is further provided with a gas igniter. 20. The gas appliance with a thermal conductive element (a) as described in item u of the scope of the patent application, wherein the thermal conductive element is a thermal conductive material. Page 16