1279280 九、發明說明： 【發明所屬之技術領域】 本發明主要係揭示-種瓦斯動力加熱裝置，尤指利用 一可受熱變形之金屬的瓦斯動力加熱裝置者。 【先前技術】 按，社會的結構形態日新月異，人們所需求的生活品 負相對提南，對事物的要求也從厂能用就好」的老舊思維， 變得相當細腻’材不斷辭或鑛的構想，才能滿足現 代社會的需求。 請苓照美國專利編號第5,799,648號之「GASp〇WERED HEATING DEVICE」，其主要包括一主體4、一設於主體4内 之燃燒室10、一朝向燃燒室1〇之噴嘴15、提供燃燒氣體 給喷嘴15的儲存槽23、與-可控制主體4預定溫度的控 制器28。該控制器28係由一閥體39、一第一構件7〇、一 第一構件71與一磁鐵63所組成。該第一構件7〇設於該閥 體39 —端.，該第二構件71則設於該閥體邓之另端，而該 磁鐵63則設於該第一構件7〇與該第二構件71之間。該第 、，構件70為一熱磁性材料，而該第二構件w為一磁性材 料’且该第一構件70之磁吸力較該第二構件71為大，故 平時該第一構件70係吸住該磁鐵63。 於使用時該儲存槽23將氣體自入口 42送入該閥體 39，再從出η 46送入喷嘴15，再進入燃燒室ι〇内燃燒， 使該主體4加熱而可進行接合加工。當主體4之溫度過高 1279280 時，即溫度到達該控制器28内第一構件70之預定溫度時， 该第一構件70將失去原本之磁吸力，使得該磁鐵⑽受到 第一構件71的磁吸力而靠向該第二構件η之一端。此時 該閥體39入口 42會被該磁鐵63封閉，故該儲存槽23所 送出之燃燒氣體將經由節流閥29流入噴嘴15。而由於節 流閥29僅供釋出少量的氣體給喷嘴15,使燃燒室1〇之燃 燒率減少，故使得該主體4之溫度漸漸降低，但仍可繼續 進行加工者。 該習知結構於實用上仍有多處缺點，因該主體4係利 用一控制裔28來保持其溫度不致過熱，但該控制器28之 結構夺件過多，造成組裝上的麻煩。而該閥體39更是為了 要裝设該些零件，故須開設兩閥室51、64，兩閥室51、64 之間又要设一通孔6〇相通連，無形之間增加製產上的成 本。除此之外，該習知結構除了控制器28的設置之外，還 =另外再接設-節流閥29，該節流閥29的設計更是增加 整體結構的複雜，使得該f知結構根本絲在產業界實 施1而其產品在銷售時更是因為高單價故無法吸引消費者 購買，為一相當不符產業利用性之設計，故有改良之必要。 『有鑑於上述習知結構之缺失，本發明人乃發明出一種 『瓦斯動力加熱裝置』，其係可克服上述習式製品之所有缺 點。 【發明内容】 本發明『瓦斯動力加熱裝置』所欲解決之技術問題係 1279280 域係_—控制器來保持其溫度不 該控制器之結構雯侏讲夕、斗丄、 门但 更是為了^ ° ^ &成組裝上的麻煩。而該閥體 ^ 衣料些零件，故須開設兩閥室， 又f—通孔相通連，無形之間增加製產上的成本。;： 二=知結構除了控制器的設置之外，還要另外二 袖設計更是增加整體結構的複雜 ’’仔該習知結構根本無法在產業界實施。而。在 銷售/f是因為高單價故無法吸引消費者購買，為 不付產業利用性之設計，極有待於改進。 w 树明『瓦斯動力加絲置』，其包括―閥體，該闕體 〇又入:與—出口，該入口可供燃燒氣體流入，該出口 可，燃燒氣體流出至燃燒室，該人口與該出口之間則 -=室’該容室内容納有—調整件，該調整件可在預^ 度生變形；藉此，使用時該閥體可供燃燒氣體順^ 入燃燒室峨，細達敢溫度時，該調整件將產生= 而使調體㈣之峰氣航量減少，進久 溫的安全賴功效，為—極具進步性之設計者/ ^中 其他目的、優點和本發明的新顆特性將從以下 描述與相關的附圖更加顯明。 、、’的 【實施方式】 —有關本發明所採用之技術、手段及其功效，兹舉 佳貫施例並配合圖式料如；^，此健朗之用 申請上並不受此種結構之限制。 ’ 1279280 參照第一圖與第二圖，本發明包括一搶體10與一裝設 於搶體10内的閥體20，該閥體20可保持該槍體10不致 過熱’具有一安全保護的功效；其中： 該搶體10具有一金屬材質且易於導熱之搶頭11，該 槍頭11前端形成一尖端12而可進行接合加工。該槍體 連接於該搶頭11還設有管部13與握柄η，而該握柄14 可供使用者握持。該槍頭11内設有一燃燒室15，該燃燒 室15則接設有一喷嘴16，該喷嘴16可將燃燒氣體送入該 燃燒室15内。該握柄14内設有一儲存燃燒氣體之儲存槽 17，該儲存槽17接設一開關18，該開關18與該噴嘴16 之間連通有管路19，經由控制該開關18可使該儲存槽17 内的瓦斯氣體自管路19送入該噴嘴μ，並由噴嘴16將燃 燒氣體送入燃燒室15内。而此搶頭10係為習之結構，故 於此不再贅述。 該閥體20係裝設於該燃燒室15前端的管路19處，該 閥體20内設一入口 21與一出口 22，該入口 21與該出口 22为別可供燃燒氣體流入與流出者。該入口 a與該出口 22之間設有一容室23，該容室23具有第一端與第二端， 其第-端係接設於該人π 2卜該容室23之第二端則接_ 於該出口 22。該閥體20於該容室23内還容納有一調敕: 24，該調整件24約呈一薄圓片形狀。該調整件％係^雙 金屬製成之材質’而此兩種金屬係具有不同之熱膨脹係 數，故文熱至預定溫度時將會產生膨脹而變形。該容室Μ 於兩端之間則設有-抵靠部25，該抵#部25係可供容納 1279280 該調整件24者，並使該調整件24與該出口 22之間保持有 一距離，以供燃燒氣體順利流通者。該閥體2〇上密接有一 盍體26，该盍體26係可使用鉚合的方式結合於該閥體 上0 參照第三圖，為該閥體20於使用時之狀態圖。該調整 件24係設置於該抵靠部25内，且與該出口 22保持有一二 距，而燃燒氣體自入口 21流入該容室23，並可經過該調 整件24後自該出口 22流出。 ° 參照第四圖與第五圖，當該搶體1〇使用—段時間之 後，該燃燒室15因不斷持續的燃燒，將使得該搶頭1丨的 溫度逐漸上升，而該搶頭11之溫度在到達一預定溫度時， 將使該閥體20產生作用。通常預定溫度係由該閥體2〇内 之調整件24來決定。該調整件24在到達預定溫度時，將 產生膨脹而變形，而變形後之調整件24將接觸於該容室 23内之出口 22’使得該調整件24與該出口 22之間的間距 更為狹窄。而由於該調整件24並非密合於該出口 22，故 仍可供燃燒氣體流通，而此燃燒氣體將以較低的流量流入 该燃燒室15内，如此使得該燃燒室15之燃燒率減少，故 可使該搶頭11之溫度漸漸降低不致過熱，產生一安全保護 的功效。 請參照第六圖，為本發明之第二較佳實施例。本實施 例與兩述實施例大致相同，不同處係在於該閥體20内還設 有一頂抵件27，該頂抵件27係成一錐狀，而可經由該調 整件24的抵推而滑向該容室23的出口 22處。該容室23 !279280 田罪亥出口 22處形成有一滑移部28 ’該滑移部28係可 ==亥了頁抵件27。該滑移部找亦形成一相對於該頂 抵件27外型之錐狀者。 用处^、第七圖與第八圖’為本發明第二較佳實施例之使 悲圖。在使用時該調整件24肖未變形，該頂抵件27 係位於該滑移部28内而與出σ 22保持有—較大間距，可 ^燃燒氣體·流通。該娜件24在到達敢溫度時，將 =1:推動該頂抵件27靠向出口22處，使該頂抵件 ⑽瓣，故使得燃燒 /现出的机里減少，而可產生一安全保護的功 效。 參照第九圖，為本發明之第三較佳實施例。本實施例 大致上與第-實補相同，不_係在於_整件別係實 施為-圓柱狀，而該調整件291然亦可 據以 實施之形狀者。該調整件29係設置於該抵靠部25=二 一端朝向該出口 22處’該調整件29異於該出口 22之一端 則固設於該容室23内，該調整件29 時會膨脹而變形。 l件29在讀到達預定溫度 參照第十圖與第十―圖，為本發明之第三較佳實施例 之使用狀_。在使科_整件29尚未 第 29係位於該容室23内之抵靠部25而與出口 22伴= 較大間距，可供燃燒氣體—通。當該調整件29、H 預定溫度時，將產生變形而膨 ㈣與_ 之__=^；22 7更马狹乍使得燃燒氣體 1279280 自出量減少，故可產生-安全保護的功效。 冼以上所述可以歸納出本發 m 文 1.本發明『瓦斯動力加崎置^ 欠黑. 大幅縮減生產成本，節省支出』二=體之設計可 速。 且^用苓件少，故生產快 2·本發明『瓦斯動力埶 整件，該調整件俜A *人；: 中該閥體内設一調 同之熱膨脹係數，可於預定溫度下別具有不 3.本發明『瓦斯動力加敎裝复:：者 定溫度後可於閥體内產生變形知 生-安全保護的功效。 从孔體的流| ’產 為-斯動力加熱裝置』，其中該調整件可實施 局潯W片形狀或一圓柱狀。 -頂抿件4瓦摘力加熱裝置』，其中該閥體内可設置 產生二安全：：供該調整件抵推靠向_ 口處， 參 ，是觀之，本發明極具產業上利用價值 口專利法規疋之積極及消極要件，理應准予發明專利。 唯上所述者’僅為本發明之較佳實施例而已，當不能 本發明實施之範圍’故舉凡數值之變更或i效元 、’或依本發明申請專利範圍所作之均等變化與修 ，皆應仍屬本發明專利涵蓋之範疇。 11 !279280 【圖式之簡要說明】 ^-圖：為本發明之系統示意圖。 第二圖：為本發明之立體分解圖。1279280 IX. Description of the Invention: [Technical Field] The present invention mainly discloses a gas power heating device, and more particularly, a gas power heating device using a metal which can be thermally deformed. [Prior Art] According to the changing structure of society, people's needs for life are relatively negative, and the requirements for things are also good from the factory. The old thinking has become quite delicate. The concept of mine can meet the needs of modern society. Please refer to the "GASp〇WERED HEATING DEVICE" of U.S. Patent No. 5,799,648, which mainly includes a main body 4, a combustion chamber 10 disposed in the main body 4, and a nozzle 15 facing the combustion chamber 1 to provide combustion gas. The storage tank 23 of the nozzle 15 and the controller 28 for controlling the predetermined temperature of the main body 4. The controller 28 is composed of a valve body 39, a first member 7A, a first member 71 and a magnet 63. The first member 7 is disposed at the end of the valve body 39. The second member 71 is disposed at the other end of the valve body Deng, and the magnet 63 is disposed on the first member 7〇 and the second member. Between 71. The member 70 is a thermomagnetic material, and the second member w is a magnetic material 'and the magnetic attraction of the first member 70 is larger than the second member 71. Therefore, the first member 70 is normally sucked. The magnet 63 is housed. At the time of use, the storage tank 23 feeds gas from the inlet 42 to the valve body 39, and then from the outlet η 46 to the nozzle 15, and then enters the combustion chamber ι to burn, and the main body 4 is heated to perform joining processing. When the temperature of the body 4 is too high, 1279280, that is, when the temperature reaches a predetermined temperature of the first member 70 in the controller 28, the first member 70 will lose its original magnetic attraction, so that the magnet (10) is subjected to the magnetic force of the first member 71. Suction is directed to one end of the second member η. At this time, the inlet 42 of the valve body 39 is closed by the magnet 63, so that the combustion gas sent from the storage tank 23 will flow into the nozzle 15 via the throttle valve 29. Since the throttle valve 29 is only for releasing a small amount of gas to the nozzle 15, the combustion rate of the combustion chamber 1 is reduced, so that the temperature of the main body 4 is gradually lowered, but the processor can be continued. The conventional structure still has a number of disadvantages in practical use, since the main body 4 uses a control person 28 to keep its temperature from overheating, but the structure of the controller 28 is too much, causing assembly trouble. The valve body 39 is for the purpose of installing the parts, so two valve chambers 51 and 64 are required to be opened, and a through hole 6 is connected between the two valve chambers 51 and 64, and the production is increased invisibly. the cost of. In addition to this, in addition to the arrangement of the controller 28, the conventional structure is additionally connected to the throttle valve 29, and the design of the throttle valve 29 increases the complexity of the overall structure, so that the structure is known. The basic silk is implemented in the industry 1 and its products are sold at a higher price than the high unit price, so it is not suitable for the use of the industry, so it is necessary to improve. In view of the above-described lack of the conventional structure, the inventors have invented a "gas power heating device" which overcomes all the disadvantages of the above-mentioned conventional products. SUMMARY OF THE INVENTION The technical problem to be solved by the "gas power heating device" of the present invention is 1279280 domain system _-controller to maintain its temperature is not the structure of the controller, 丄 侏 、 丄 丄 丄 丄 丄 门 门 门 门 门 门° ^ & into the trouble of assembly. The valve body has some parts of the clothing material, so it is necessary to open two valve chambers, and the f-through holes are connected to each other, which increases the cost of production. ;: 2 = know the structure in addition to the controller settings, but also the other two sleeve design is to increase the complexity of the overall structure ‘'the traditional structure can not be implemented in the industry. and. In the sale / f is because of the high unit price, it is not able to attract consumers to buy, in order to not pay for the industrial use of the design, it is extremely necessary to improve. w Shuming "Gas Power Threading", which includes a "valve body" which is reentrantly connected to: - an outlet for the inflow of combustion gas, the outlet being combustible, the combustion gas flowing out to the combustion chamber, the population and Between the outlets, the chamber is accommodated with an adjusting member, and the adjusting member can be deformed at a predetermined degree; thereby, the valve body can be used for the combustion gas to pass through the combustion chamber during use. When the temperature is dare, the adjustment member will produce = and the peak gas flow of the adjustment body (4) will be reduced, and the safety effect of the long-term temperature will be the most advanced design/goods and advantages of the present invention. The new features will be more apparent from the following description and related figures. [Embodiment] - Regarding the technology, means and efficacy of the present invention, it is preferred that the application is in accordance with the drawings, and the application for this health is not subject to such a structure. limit. 1279280 Referring to the first and second figures, the present invention includes a grab body 10 and a valve body 20 mounted in the grab body 10, the valve body 20 can keep the gun body 10 from overheating. Efficacy; wherein: the grab body 10 has a metal material and is easy to conduct heat, and the tip end of the gun head 11 forms a tip end 12 for bonding processing. The gun body is coupled to the head 11 and is further provided with a tube portion 13 and a handle η, and the handle 14 is held by a user. A combustion chamber 15 is disposed in the gun head 11, and a nozzle 16 is connected to the combustion chamber 15, and the nozzle 16 can feed combustion gas into the combustion chamber 15. A storage tank 17 for storing combustion gas is disposed in the handle 14. The storage tank 17 is connected to a switch 18. The switch 18 is connected with the nozzle 16 with a pipeline 19. The storage tank can be controlled by controlling the switch 18. The gas in the gas 17 is sent from the line 19 to the nozzle μ, and the combustion gas is sent into the combustion chamber 15 by the nozzle 16. The top 10 is the structure of Xi, so it will not be described here. The valve body 20 is installed at the pipeline 19 at the front end of the combustion chamber 15. The valve body 20 is provided with an inlet 21 and an outlet 22. The inlet 21 and the outlet 22 are suitable for inflow and outflow of combustion gas. . Between the inlet a and the outlet 22, a chamber 23 is provided. The chamber 23 has a first end and a second end, and the first end is connected to the second end of the person π 2 Connected to the exit 22. The valve body 20 further accommodates a spoon 24 in the chamber 23, and the adjusting member 24 is formed in a thin disc shape. The adjustment member % is made of a material made of a double metal, and the two metal systems have different thermal expansion coefficients, so that expansion and deformation occur when the heat reaches a predetermined temperature. The chamber is disposed between the two ends with an abutting portion 25 for receiving 1279280 of the adjusting member 24 and maintaining a distance between the adjusting member 24 and the outlet 22. For the smooth flow of combustion gases. A body 26 is attached to the valve body 2, and the body 26 is coupled to the valve body by riveting. Referring to the third figure, the valve body 20 is in a state of use. The adjusting member 24 is disposed in the abutting portion 25 and maintains a distance from the outlet 22, and the combustion gas flows into the chamber 23 from the inlet 21, and can flow out from the outlet 22 after passing through the adjusting member 24. . ° Referring to the fourth and fifth figures, after the use of the blasting body for a period of time, the combustion chamber 15 will gradually increase the temperature of the head 1 due to continuous combustion, and the head 11 When the temperature reaches a predetermined temperature, the valve body 20 will be made to function. Generally, the predetermined temperature is determined by the adjustment member 24 in the valve body 2b. When the adjusting member 24 reaches a predetermined temperature, it will expand and deform, and the deformed adjusting member 24 will contact the outlet 22' in the chamber 23 to make the spacing between the adjusting member 24 and the outlet 22 more narrow. Since the adjusting member 24 is not in close contact with the outlet 22, the combustion gas is still circulated, and the combustion gas will flow into the combustion chamber 15 at a lower flow rate, so that the combustion rate of the combustion chamber 15 is reduced. Therefore, the temperature of the head 11 can be gradually reduced without overheating, thereby generating a safety protection effect. Please refer to the sixth figure, which is a second preferred embodiment of the present invention. The embodiment is substantially the same as the two embodiments. The difference is that the valve body 20 is further provided with a top abutting member 27, and the abutting member 27 is formed into a tapered shape, and can be slipped by the adjusting member 24. To the outlet 22 of the chamber 23. The chamber 23!279280 is provided with a slip portion 28' at the exit of the Tianshihai exit 22. The slip portion 28 can be used to replace the sheet member 27. The slip portion is also formed to form a tapered shape relative to the outer shape of the abutting member 27. The use of the ^, the seventh and eighth figures is a sadness diagram of the second preferred embodiment of the present invention. In use, the adjusting member 24 is not deformed, and the abutting member 27 is located in the sliding portion 28 to maintain a large distance from the σ 22 to circulate the combustion gas. When the damper temperature reaches the temperature, it will be =1: push the abutting member 27 to the outlet 22 to make the apex (10) lobes, so that the combustion/exiting machine is reduced, and a safety can be generated. The effectiveness of protection. Referring to the ninth figure, a third preferred embodiment of the present invention is shown. This embodiment is substantially the same as the first-actual complement, and is not implemented in the case of a cylindrical shape, and the adjusting member 291 can be implemented in accordance with the shape. The adjusting member 29 is disposed at the abutting portion 25=two ends toward the outlet 22. The adjusting member 29 is fixed in the chamber 23 at one end of the outlet 22. The adjusting member 29 expands. And deformation. The piece 29 is at a predetermined temperature for reading. Referring to the tenth and tenth drawings, it is a use form of the third preferred embodiment of the present invention. The abutting portion 25 in the chamber 29 is not yet placed at a large distance from the outlet 22 to allow combustion gas to pass. When the adjusting members 29, H are at a predetermined temperature, deformation will occur, and the expansion (4) and __==^; 22 7 are narrower, so that the combustion gas 1279280 is reduced in self-discharge, so that the safety protection effect can be produced.冼 冼 冼 可以 可以 可以 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 本 本 本 1. 本 1. 本 本 本 本 本 本 本And ^ use less pieces, so the production is fast 2 · The invention "gas power 埶 whole piece, the adjustment piece 俜 A * person;: The valve body has a similar thermal expansion coefficient, can be at a predetermined temperature No. 3. The invention "gas power plus tamping complex:: The temperature can be deformed in the valve body to achieve the effect of safety protection. The flow from the orifice body is produced as a power heating device, wherein the adjustment member can be formed into a shape of a W piece or a column. - 4 watts of top-loading heating device, wherein the valve body can be set to produce two safety:: for the adjustment member to push against the _ mouth, the reference is the view, the invention has great industrial value The positive and negative elements of the patent regulations should be granted invention patents. The above description is only for the preferred embodiment of the present invention, and the scope of the present invention may not be changed. All should remain within the scope of the invention patent. 11 !279280 [Brief description of the drawing] ^-图: A schematic diagram of the system of the present invention. Second figure: an exploded perspective view of the present invention.
^七圖：為本發明第二触實_之局部放大圖。 二图為本發明第一較佳實施例之局部放大圖。 第九圖·4本發明第三較佳實施例之立體分解圖，表示該 調整件係為一圓柱狀。 =十圖·為本發明第三較佳實施例之局部放大圖。 第十一圖：為本發明第三較佳實施例之局部放大圖。 附件：為美國專利編號第5, 799, 648號專利案。 【主要元件符號說明】 1〇搶體 13管部 16 噴嘴 19管路 22出口 25抵靠部 28滑移部 11 搶頭 12 尖端 14握柄 15 燃燒室 Π儲存槽 18開關 20閥體 21入口 23 容室 24調整件 26蓋體 27頂抵件 29調整件 12^七图: A partial enlarged view of the second touch of the invention. Figure 2 is a partially enlarged view of the first preferred embodiment of the present invention. Fig. IX is an exploded perspective view showing a third preferred embodiment of the present invention, showing that the adjusting member has a cylindrical shape. = 十图· is a partial enlarged view of a third preferred embodiment of the present invention. Figure 11 is a partially enlarged view of a third preferred embodiment of the present invention. Attachment: U.S. Patent No. 5,799,648. [Main component symbol description] 1 〇 body 13 pipe 16 nozzle 19 pipe 22 outlet 25 abutment portion 28 slip portion 11 head 12 tip 14 grip 15 combustion chamber Π storage tank 18 switch 20 valve body 21 inlet 23 Housing 24 adjustment member 26 cover 27 abutment member 29 adjustment member 12