201200808 六、發明說明： 【發明所屬之技術領域】 特別是一種瓦斯噴火槍 [0001] 本發明涉及一種控火調校結構 上所使用的控火調校結構。 【先前技術】 [0002]201200808 VI. Description of the Invention: [Technical Field] The present invention relates to a fire control adjustment structure used in a fire control adjustment structure. [Prior Art] [0002]
按瓦斯喷火搶在日常生活的使用中、豕 研發設計新一代的瓦斯噴火搶時，^ 廣泛而業者在 結構本身的加熱反應速度、自動斷了針對瓦斯喷火搶 、等功能之技術層面 的提昇外，對於瓦斯喷火搶的結播1 偁如何能在生產的過程 中’得以簡化其組立與調校流程、 錢昇生產效率，亦為 業者得以祕人力成本與增加產主要設計目標According to the gas fire blasting in the daily life, 豕 research and development design a new generation of gas fire blasting, ^ extensive and the industry's heating reaction speed in the structure itself, automatically cut off the technical level of gas blasting, and other functions In addition to the upgrade, how can the gas blasting of the gas blasting 1 simplify the process of assembling and adjusting the process, the production efficiency of the money, and the main design goal of the laborer
[_由於本案所提出的技術方案，主要係有關於如何簡化瓦 斯喷火搶之控火調校結構在生產時的缝步驟以及如 何使品管Μ對每-瓦斯喷火搶在㈣前所做的瓦斯排 出量統-調校更為簡易方便，來針對瓦斯喷火搶之控火 調校結構加以研發設_技術手段；除此之外關於瓦 斯嗔火搶其他相關部位的結構、動作原理與功能，因為 沿襲已公開之習用技藝’故不再另行提出加以資述閱 者（經由如美國專利第6293782號之公開資料，取得前面 所述之瓦斯噴火搶其他相關部位的結構、動作原理與功 能的相關公開技術資料。 [0004]然而，目前市面上習知技術的瓦斯噴火搶之控火調校結 構，莫過於如「圖卜1」〜「圖1-4」所示；由該些連續 動作圖不可清楚看出，該習知技術所述的控火調校結構1 099120214 表單編號Α0101 第3頁/共36頁 °992035708-0 201200808 主要係利用—定位料3鎖人—環套在控火齒輪4外的 旋轉控火扳件2來達成；也就是說， 螺絲3鎖緊而令尖端抵緊該控火齒輪4時，即可扳動誃 轉控火扳件2來帶動該控火齒輪4而控制瓦斯排出量= 即圖1 - 1」定位 螺絲3鎖緊而令尖魅緊該控火齒輪4時，即可扳動該旋 小 ’但由於-般瓦斯敎搶在設計上，提供給 動該旋轉控火扳件2的空間係有1定的幅度限制，因此 該習知技術的控*調校結構丨在生產作業人員將其與瓦斯 喷火槍組立完成後，該控火鈴4是否被該旋轉控火板件 2以該定位螺絲3鎖@在瓦斯喷火搶被開啟賴時為正常 瓦斯排出量的適當位置’則出廠前必須在經由品管人員 來對每一瓦斯喷火搶做統一調校；由前述可知，該習知 技術的控火調校結構丨不但在組立時，必須以螺鎖工具不 斷旋轉該定位螺絲3直至抵靠在該控火齒輪4上才得以組 立完成，令其具有組立步驟繁瑣的缺失外，且出廠前當 品管人員點燃瓦斯噴火搶後認定瓦斯排出量太大或太小 時，亦須以螺鎖工具旋轉放曝該定位蜾絲3如「圖丨_2」 所示’來重新將該旋轉控火扳件2與該控火齒輪4的相關 位置改變後如「圖1 - 3」所示，再旋緊該定位螺絲3重新 固定如「圖1 -4」所示’如此反覆不斷地將該定位螺絲3 放鬆、旋緊來調校，實有調校不易且不便的缺失。 [0005] 再請參閱另一習知技術的瓦斯喷火槍之控火調校結構， 如「圖2」、「圖3」、「圖4」與「圖5-1」〜「圖5-4 」所示：為該另一習知技術的瓦斯噴火搶外觀立面、局 部分解立面、控火調校結構分解立面與連續動作平面示 意圖，由各圖可清楚看出，所述的瓦斯喷火搶10係可容 099120214 表單編號A0101 第4頁/共36頁 0992035708- 201200808[_Because of the technical solution proposed in this case, it mainly relates to how to simplify the seaming steps of the fire control tuning structure during production and how to make the quality control pipe before the gas fire The gas emission system is simpler and more convenient. It is designed to develop and control the structure of the gas fire control system. In addition to the structure and action principle of the gas fire smashing other related parts. Function, because it has followed the published techniques of use, so it is no longer necessary to submit a reviewer (through the disclosure of US Pat. No. 6,293,782, to obtain the structure, action principle and function of the other relevant parts of the gas fire blasting mentioned above. Relevant published technical information. [0004] However, the current structure of gas fire suppression in the market is as shown in "Figure 2" - "Figure 1-4"; The action diagram is not clear. The fire control adjustment structure described in the prior art is 1 099120214. Form number Α 0101 Page 3 / 36 pages °992035708-0 201200808 Mainly used - positioning material 3 lock people - ring sets Rotating the fire control member 2 outside the fire control gear 4; that is, when the screw 3 is locked and the tip abuts against the fire control gear 4, the rotation control fire trigger member 2 can be pulled to drive the Controlling the fire gear 4 and controlling the gas discharge amount = that is, Figure 1-1" The set screw 3 is locked and the tip of the fire control gear 4 can be pulled to move the small turn 'but because of the gas smash in the design In the above, the space provided for the rotary fire control member 2 has a certain amplitude limit, so the control structure of the prior art is controlled after the production worker completes the assembly with the gas torch. Whether the fire bell 4 is locked by the rotating control plate member 2 with the positioning screw 3 @ is the proper position for the normal gas discharge when the gas is fired and fired, and then must be inspected by the quality control personnel before leaving the factory. The gas fire blasting is unified and adjusted; as can be seen from the foregoing, the fire control adjustment structure of the prior art is not only required to rotate the positioning screw 3 with a screw lock tool until it abuts against the fire control gear 4 Only after the completion of the assembly, so that it has a cumbersome lack of assembly steps, and when leaving the factory After the quality control personnel ignite the gas fire, the gas discharge is too large or too small. It must also be rotated by the screw lock tool to expose the positioning wire 3 as shown in Fig. _2 to re-rotate the rotary control. After the position of the part 2 and the fire control gear 4 is changed, as shown in "Fig. 1-3", the set screw 3 is tightened and re-fixed as shown in "Fig. 1-4". 3 Relaxing and tightening to adjust, there is a lack of adjustment and inconvenience. [0005] Please refer to another conventional technology for controlling the fire control of gas firearms, such as "Figure 2", "Figure 3 "Fig. 4" and "Fig. 5-1" to "Fig. 5-4": the gas blasting appearance facade, partial decomposition façade, and fire control adjustment structure of the other conventional technology are decomposed. Plane and continuous action plane diagram, as can be clearly seen from the figures, the gas fire blasting 10 series can accommodate 099120214 Form No. A0101 Page 4 / Total 36 Page 0992035708 - 201200808
置瓦斯’並藉由其可控制釋放瓦斯排出量而利於點火產 生高溫來運用’包括有—塵扣開關14、—受該壓扣開關 14控制而上下作動的排錢件13、該排氣扳件^作 動而控制釋出該瓦斯噴火槍1G内瓦斯的排氣管12，以及 -設於該魏管12路㈣以職瓦斯排出量的控火齒輪 11;而所述的控火調校結構20係套設於該控火齒輪11上 ，其中’該排氣扳件13開設有-破孔m，該破孔係用以 夾住該排Ή12 ’當按壓該壓扣開關14而餘該排氣扳 件13—端時，則可將該排氣扳件13夾住該排氣管12的另 一端向上，同步令該排氣管12上移而達成排出瓦斯的功 能；而該控火調校結構20包,括居」一環形套設於該控火齒 輪11的輔助控火齒輪22，該輔助控火齒輪22環内緣具有 一與該控火齒輪11齒距相配合且相互齒合的内齒222，而 環内緣則具有一外齒223，該外齒223下方以放射狀延伸 形成有複數個控制插槽221 ; —環套於該輔助控火齒輪22 外齒223上的旋轉控火扳件21，該旋轉控火扳件21環内緣 設有最多六個相互對稱並與該外齒223可相互齒合的定位 凸點212，而該旋轉控火扳件21環外緣延長有一可供施外 力將該旋轉控火扳件21轉動的操作部211 ^當如「圖5~1 」在生產組立時，則必須先將該輔助控火齒輪22套設於 該控火齒輪11上’然後再將該旋轉控火扳件21套設於該 輔助控火齒輪22的外齒223上才可完成組立，而得以板動 該旋轉控火扳件21來帶動輔助控火齒輪22，該輔助控火 齒輪22被動後才得以再帶動該控火齒輪η而控制瓦斯排 出量大小；但如上所述’由於瓦斯噴火搶10在設計上， 099120214 提供給使用者可扳動該旋轉控火扳件21的空間係有一固 表單編號A〇m 第5頁/共36頁 0992035708-0 201200808 因此該另一習知技術的控火調校結構20 定的幅度限制 在生產作業人員將其與瓦斯噴火槍10組立完成後，該控 火齒輪U疋否被該旋轉控火扳件21與該輔助控火齒輪22 套設在瓦Μ火搶1〇被開啟點 燃時為正常瓦斯排出量的 適田位置，則出廠前必須在經由品管人員來對每一瓦斯 噴火搶10做統一調校；由此可知，該另一習知技術的控 火調校結構20不但在組立時步驟相當繁瑣且該控火調 板L構20的結構亦較為複雜而具有生產成本增加的缺失 田如圖5-2」以一工具7〇將該輔助控火齒輪22固定不 動而施外力將該旋轉控火扳件2丨轉動時，因該定位凸點 212與忒外齒223所齒合之磨擦力與内應力 ，係小於該旋 轉控火扳件21能被轉動的外力，而該旋轉控火扳件21可 以在該輔助控火齒輪22上產生相對地滑動，直至品管人 員所欲調校的位置而再度與該輔助控火齒輪22齒合定位 如「圖5-3」所示，如是才可以如「圖5_4」所示達成調 校瓦斯排出量之功效；由上述可知，該另一習知技術的 控火調校結構2〇的調校方式，不担禽凑一支手利用工具 正確地插入該控制插槽221内來固定該辅助控火齒輪22不 動，而另一手又需施力加以轉動該旋轉控火扳件21，實 令品管人員難以控制所施的力道，並且很常發生有因用 力不當而造成該旋轉控火扳件21的定位凸點212與該輔助 控火齒輪22的外齒223相互磨損的問題，確實有調校不易 、不便與可能造成損壞的嚴重缺失。 由上述習知技術的缺失可知’實在存有不少急待業者解 決與改善的必要性。 099120214 表單編號A0101 第6頁/共36頁 0992035708-0 [0006] 201200808 【發明内容】 [0007] 麦是’本發明的主要目的，在於解決上述的問題，本發 明提供一種不但可快速組立，且可更為簡易方便地調校 瓦斯排出量的瓦斯喷火槍之控火調校結構。 [0008] 根據上述目的，本發明提出一種瓦斯喷火搶之控火調校 結構’所述的瓦斯噴火槍係可容置瓦斯，並藉由其可控 制釋放瓦斯排出量而利於點火產生高溫來運用，包括有 —壓扣開關、一受該壓扣開關控制而上下作動的排氣扳 件、一受該排氣扳件作動而控制釋出該瓦斯喷火搶内瓦The gas is used to control the release of gas discharge to facilitate the ignition to generate high temperature, and the use of the dust-collecting switch 14 is controlled by the buckle switch 14 and is actuated up and down. Actuating and controlling the exhaust pipe 12 of the gas fired 1G inner gas, and the fire control gear 11 disposed on the Wei pipe 12 (four) for the gas discharge amount; and the fire control adjustment structure The 20 series sleeve is disposed on the fire control gear 11 , wherein the exhaust puller 13 is provided with a through hole m for clamping the drain 12 ' when the buckle switch 14 is pressed and the row is left When the gas trigger 13 is at the end, the exhaust puller 13 can be clamped to the other end of the exhaust pipe 12 upward, and the exhaust pipe 12 is synchronously moved up to achieve the function of discharging the gas; and the fire control is adjusted. The auxiliary structure of the auxiliary fire control gear 22 has an auxiliary fire control gear 22, and the inner edge of the auxiliary fire control gear 22 has a tooth pitch matching with the pitch of the fire control gear 11 and is coupled with each other. The inner tooth 222 has an outer tooth 223, and the outer tooth 223 extends radially to form a plurality of control slots 22 1; - a rotary fire control puller 21 sleeved on the outer tooth 223 of the auxiliary fire control gear 22, the inner edge of the rotary fire control puller 21 is provided with a maximum of six mutual symmetry and can be mutually toothed with the outer tooth 223 Positioning the bump 212, and the outer edge of the ring of the rotary fire control member 21 is extended with an operating portion 211 for applying an external force to rotate the rotary fire control member 21. When "Fig. 5~1" is in production assembly The auxiliary fire control gear 22 must be sleeved on the fire control gear 11 and then the rotary fire control trigger 21 is sleeved on the outer teeth 223 of the auxiliary fire control gear 22 to complete the assembly. And the rotating fire control trigger 21 is driven to drive the auxiliary fire control gear 22, and the auxiliary fire control gear 22 is passive to drive the fire control gear η to control the gas discharge amount; however, as described above, Spitfire 10 is designed, 099120214 provides the user with the space to move the rotary fire control member 21 with a solid form number A〇m Page 5 / 36 pages 0992035708-0 201200808 So this other conventional technology The scope of the fire control adjustment structure 20 is limited to the production workers to associate it with gas After the lance 10 is completed, the fire control gear U 被 is set by the rotary fire control ram 21 and the auxiliary fire control gear 22 in an appropriate position for the normal gas discharge when the smashing fire is ignited. , before the factory must be through the quality control personnel to do a uniform adjustment of each gas blasting 10; it can be seen that the other conventional technology of the fire control structure 20 is not only cumbersome in the process of assembly and control The structure of the fire regulating plate L structure 20 is also relatively complicated, and the missing field with increased production cost is as shown in Fig. 5-2. The auxiliary fire control gear 22 is fixed by a tool 7 施 and the external force is applied to rotate the fire control member 2 When the crucible is rotated, the frictional force and the internal stress caused by the positioning bump 212 and the outer teeth 223 are smaller than the external force that the rotary fire control member 21 can be rotated, and the rotary fire control member 21 can be The auxiliary fire control gear 22 is relatively slid until the position that the quality control personnel desires to adjust and is again positioned with the auxiliary fire control gear 22 as shown in FIG. 5-3. 5_4" shows the effect of adjusting the gas discharge volume; In another conventional technique, the fire control adjustment structure 2〇 is adjusted, and the bird is not inserted into the control slot 221 by a tool to fix the auxiliary fire control gear 22, and the other is fixed. In one hand, it is necessary to apply a force to rotate the rotating fire control member 21, which makes it difficult for the quality control personnel to control the applied force, and it is very common that the positioning bump 212 of the rotary fire control member 21 is caused by improper force. The problem that the external teeth 223 of the auxiliary fire control gear 22 wear each other does have a serious lack of adjustment, inconvenience, and possible damage. From the lack of the above-mentioned prior art, it is known that there are many need for emergency solutions to be solved and improved. 099120214 Form No. A0101 Page 6 / Total 36 Page 0992035708-0 [0006] [0007] [0007] [Mechanical] The main purpose of the present invention is to solve the above problems, and the present invention provides a quick assembly, and The fire control adjustment structure of the gas spray gun for gas discharge can be adjusted more easily and conveniently. [0008] According to the above object, the present invention provides a gas fire blasting control structure of a gas fire blasting system, which can accommodate gas, and can control the release of gas discharge to facilitate high temperature of ignition. The utility model comprises: a buckle switch, an exhaust puller that is actuated up and down by the buckle switch control, and a controlled release of the gas fire blasting inner tile by the exhaust puller
U 斯的排氣管，以及一設於該排氣管路翟用以調整瓦斯排 出量的控火齒輪；而所述的控火調校結構係套設於該控 火齒輪上；該控火調校結構包括有一可撓性且環形套設 於該控火齒輪的旋轉控火扳件；一固設於該旋轉控火扳 件環内緣並與該控火齒輪齒距相配合的内齒；一間隔該 旋轉控火扳件環形所形成的剖溝；以及’ 一於該剖溝兩 端自該旋轉控火扳件環外緣所延長的延伸部。 Q t〇009] 俾藉，該旋轉控火扳件的可撓性與間隖環形所形成的剖 溝，於同時施予反向力於剖溝兩端的二該延伸部’即可 令該旋轉控火扳件的内齒與該控火齒輪分離’而便於改 變該旋轉控火扳件與該控火齒輪的相對位置而再度齒合 ，達成可快速組立與更為簡易方便地調校瓦斯排出量之 目的。 【實施方式】 [0010] 有關本發明之詳細說明及技術内容’現就配合圖式說明 如下： 099120214 表單编號A0101 第7頁/共36頁 0992035708-0 201200808 _]請同時參閱「圖6」與「圖7」所示，為本發明瓦斯喷火 搶之控火調校結構較佳實施例局部外觀立面、局部八解 立面與控火調校結構連續動作平面示意圖。如各圖所示 可清楚看出，本發明所述的瓦斯噴火搶30係可容置瓦斯 ’並藉由其可控制釋放瓦斯排出量而利於點火 、 戌王向溫 來運用，該瓦斯噴火搶30包括有一壓扣開關34、—受該 壓扣開關34控制而上下作動的排氣扳件33、-受該排氣 扳件33作動而控制釋出該瓦斯喷火搶3〇内瓦斯的排氣管 32，以及一設於該排氣管32路徑用以調整瓦斯排出量的 控火齒輪31 ;其中’談排氣扳件33開設有一破孔331，該 破孔係用以夾住該排氣管32，當按壓該壓扣開關34而壓 抵該排氣扳件33—端時，則可將該排氣扳件33失住該排 氣管32的另一端向上，同步令該排氣管32上移而達成排 出瓦斯的功能；而所述的控火調校結構4〇係套設於該控 火齒輪31上；該控火調校結構4〇包括有一可撓性且環形 套設於該控火齒輪31的旋轉控火扳件41 ; 一固設於該旋 轉控火扳件41 %内緣並與邊控''火齒輪3】.齒距相配合且相 互齒合的内齒412 ; —間隔該旋轉赛火扳件4丨環形所形成 的刳溝411 ;以及，一於該剖溝411兩端自該旋轉控火扳 件41環外緣所延長的延伸部413 ;其中該控火調校結構4〇 還可以包括有一套設於該延伸部413的操作套42。另外， 可同時參閱「圖8-4」，其中該操作套乜内侧面上設有一 定位點421 ’而該延伸部413則設有一與該定位點421得 以卡接的卡點414。 [0012] 再請參閱「圖8-1」〜「圖8-4」所示，為本發明「圖7」 099120214 表單編號A0101 第8頁/共36頁 0992035708-0 201200808 中的控火調校結構連續動作平面示意圖；並請同時參閱 「圖7」所示可清楚看出，當如「圖8-1」在生產組立時 ’僅需將該旋轉控火扳件41套設於該控火齒輪31上，該 旋轉控火扳件41的内齒41 2即可順勢地與該控火齒輪31相 互齒合而完成組立，實已達成快速組立之目的；而當同 時施予反向外力於剖溝411兩端的二該延伸部413，藉由 該旋轉控火扳件41的可撓性與間隔環形所形成的剖溝411 即可如「圖8-2」以一工具70將該剖溝411撐開，此時即 可令該旋轉控火扳件41的内齒412與該控火齒輪31分離， 而便於品管人員改變所欲調校鶴旋轉控火扳件4丨與該控 火齒輪31的相對位置而將工具〇 (外力）移除，該該旋轉 控火扳件41的内齒412即可再度與該控火齒輪31重新齒合 定位如「圖8-3」所示，如是即達成更為簡易且方便地調 校瓦斯排出量之目的；當然，該延伸部413還可以套設— 操作套42如「圖8-4」所示’且該操作套42内側面上設有 定位點4 21，得以卡接在卡點414上而令該操作套4 2可暫 時疋位在該延伸部413上’.而談操作，套42即可便於使用者 撥動旋轉該旋轉控火扳件41來調整所欲使用的瓦斯排出 量大小。 [_ 3請參閱「圖9」所示，為本發明瓦斯敎搶之控火調校 結構另一較佳實施例局部外觀分解立面示意圖。如圖所 不可清楚看出，本發明所述的瓦斯喷火搶5〇係可容置瓦 斯，並藉由其可控制釋放瓦斯排出量而利於點火產生高 溫來運用，包括有-壓扣開關54、_受該壓扣開關54控 制而上下作動的排氣扳件53、一受該排氣扳件“作動而 099120214 表單編號A0101 第9頁/共36頁 0992035708-0 201200808 控制釋出該瓦斯噴火槍50内瓦斯的排氣管52，以及一設 於該排氣管52路徑用以調整瓦斯排出量的控火齒輪51 ; 其中，該排氣扳件53開設有一破孔531，該破孔係用以夾 住該排氣管52，當按壓該壓扣開關54而壓抵該排氣扳件 53 —端時’則可將該排氣扳件53夾住該排氣管52的另一 端向上，同步令該排氣管52上移而達成排出瓦斯的功能 ;而所述的控火調校結構60係套設於該控火齒輪51上； 該控火調校結構60包括有一可撓性且環形套設於該控火 齒輪51的旋轉控火扳件61 ; —固設於該旋轉控火扳件η 環内緣並與該控火齒輪51齒距相配合且相互齒合的内齒 612 ; —間隔該旋轉控火扳件μ環形所形成的剖溝6n ; 以及，一於該剖溝611兩端自該旋轉控火扳件61環外緣所 延長的延伸部613 ;其中，該控火調校結構6〇還可以再包 括有一套設於該延伸部613的操作套62 ;其中，該操作套 62由内而外延伸有一支撐塊622，且該支撐塊622係可匹 配於該剖溝611内，另當該;操作套62沿著該延伸部613所 延長之方向位移時’該支撐塊稃以同步被帶動位移而 撐開二該延伸部613，令該襄輕检火扳件61的内齒61 2與 該控火齒輪51分離；而該操作套62於該支撐塊622可撐開 二該延伸部613所相對的兩側壁上，各形成有一可供該延 伸部61 3活動的開槽623 ;另外，可同時參閱「圖1 0-1」 ，其中該操作套62内側面上設有一定位點621，而該延伸 部61 3則設有一與該定位點6 21得以卡接的卡點614。 [0014]再請參閱「圖10-1」〜「圖1〇-4」所示，為本發明「圖 9」中的控火調校結構連續動作平面示意圖；並請同時參 099120214 表單編號A0101 第10頁/共36頁 0992035708-0 201200808 Ο 閱「圖9」所示可清楚看出，當如「圖ίο-】」在生產組立 時，僅需將該旋轉控火扳件61套設於該控火齒輪51上， 該旋轉控火扳件61的内齒612即可順勢地與該控火齒輪51 相互齒合’當然該延伸部613亦可以直接再套設一操作套 62，且該操作套62内側面上設有定位點621，得以卡接在 卡點614上且該支撐塊622可匹配於該剖溝611内，而令 該操作套62可暫時定位在該延伸部613上而完成組立，實 已達成快速組立之目的，其中該操作套62即可便於使用 者撥動旋轉該旋轉控火扳件61來調整所欲使用的瓦斯排 出量大小；另如「圖10-2」所示，當施力將該操作套62 沿著該延伸部613所延長之方向位移雨拉出時’藉由該旋 轉控火扳件61的可撓性與間隔環形所形成的剖溝611，該 操作套62的支樓塊622即得以同步被帶動位移而撐開二該 ο 延伸部613，令該旋轉控火扳件61的内齒612與該控火齒 輪51分離如「圖1〇-3」所示；此時即可便於品管人員改 變所欲調校該旋轉控火扳件61與該控火齒輪51的相對位 置如「圖10-4」所示；若再將該_操作套62沿著該延伸部 613所延長之反方向位移而推入時，該操作套62的支撐塊 622即可度匹配於該剖溝611内，而令該旋轉控火扳件“ 的内齒612重新與該控火齒輪51齒合定位，如是即達成更 為簡易且方便地調校瓦斯排出量之目的。 [0015] 惟本發明雖以較佳實施例說明如上，然其並非用以限定 本發明’任何熟習此技術人員，在不脫離本發明的精神 和範圍内所作的更動與_，仍應屬本發明的技術麟 0 099120214 表單編號_ 第u頁/共36頁 〇992〇35708-0 201200808 【圖式簡單說明】 [0016] 圖卜1〜卜4，為習知技術的瓦斯喷火槍之控火調校結構 連續動作平面示意圖。 [0017] 圖2，為另一習知技術的瓦斯喷火槍外觀立面示意圖。 [0018] 圖3，為另一習知技術「圖2」的局部分解立面示意圖。 [0019] 圖4，為另一習知技術「圖3」的控火調校結構分解立面 示意圖。 [0020] 圖5-1〜5-4，為另一習知技術「圖3」中的控火調校結構 連續動作平面示意圖。 [0021] 圖6，為本發明瓦斯喷火搶之控火調校結構較佳實施例局 部外觀立面示意圖。 [0022] 圖7，為本發明「圖6」的局部分解立面示意圖。 [0023] 圖8-1〜8-4，為本發明「圖7」中的控火調校結構連續動 作平面示意圖。 [0024] 圖9，為本發明瓦斯喷火搶之控火調校結構另一較佳實施 例局部外觀分解立面示意圖。 [0025] 圖10-1〜10-4，為本發明「圖9」中的控火調校結構連 續動作平面示意圖。 【主要元件符號說明】 [0026] 1................控火調校結構 [0027] 2................旋轉控火扳件 [0028] 3................定位螺絲 099120214 表單編號A0101 第12頁/共36頁 0992035708-0 201200808 控火齒輪 [0029] 4 [0030] [0031] [0032] [0033] [0034] [0035] [0036] [0037] [0038] [0039] [0040] [0041] [0042] [0043] [0044] [0045] [0046] [0047]a U-S exhaust pipe, and a fire control gear disposed in the exhaust pipe for adjusting the gas discharge amount; and the fire control adjustment structure is sleeved on the fire control gear; The adjustment structure comprises a rotating fire control trigger sleeve which is flexible and annularly sleeved on the fire control gear; an internal tooth fixed on the inner edge of the rotary fire control trigger ring and matched with the pitch of the fire control gear a slit formed by the annular ring of the rotary fire control member; and an extension extending from the outer edge of the rotary fire control ring at both ends of the split groove. Q t〇009] ,, the flexibility of the rotating fire control member and the groove formed by the ring-shaped ring, simultaneously applying the opposing force to the two ends of the groove to make the rotation The internal teeth of the fire control puller are separated from the fire control gear to facilitate changing the relative position of the rotary fire control trigger and the fire control gear to re-engage, thereby achieving quick assembly and easier and convenient adjustment of gas discharge. The purpose of quantity. [Embodiment] [0010] The detailed description and technical contents of the present invention will now be described as follows: 099120214 Form No. A0101 Page 7 / Total 36 Page 0992035708-0 201200808 _] Please also refer to "Figure 6" And FIG. 7 is a schematic diagram showing the continuous action plane of the partial appearance elevation, the partial eight solution elevation and the fire control adjustment structure of the preferred embodiment of the gas fire suppression control structure of the present invention. As can be clearly seen from the figures, the gas fire blasting system 30 of the present invention can accommodate gas s and can be used for controlling the release of gas discharge by the control of the gas discharge, and the gas blasting 30 is included. There is a buckle switch 34, an exhaust puller 33 that is actuated up and down by the push button switch 34, and an exhaust pipe that is controlled by the exhaust puller 33 to release the gas fire and grab 3 gas. 32, and a fire control gear 31 disposed on the path of the exhaust pipe 32 for adjusting the gas discharge amount; wherein the exhaust pipe puller 33 defines a hole 331 for clamping the exhaust pipe 32. When the buckle switch 34 is pressed and pressed against the end of the exhaust puller 33, the exhaust puller 33 can be lost to the other end of the exhaust pipe 32, and the exhaust pipe 32 is synchronized. Upwardly shifting to achieve the function of discharging gas; and the fire control adjustment structure 4 is sleeved on the fire control gear 31; the fire control adjustment structure 4 includes a flexible and annular sleeve a rotating fire control member 41 of the fire control gear 31; a fixed inner 41% inner edge of the rotary fire control member and a side control 'fire gear 3 The internal teeth 412 which are matched with each other and which are coupled to each other; the groove 411 formed by the ring of the rotating fire-fighting trigger 4 ;; and the rotation control fire-fighting member from the two ends of the groove 411 An extension 413 extending from the outer edge of the ring 41; wherein the fire control adjustment structure 4A further includes a set of operation sleeves 42 disposed on the extension portion 413. In addition, reference may be made to Fig. 8-4, wherein an inner side of the operating sleeve is provided with a positioning point 421', and the extending portion 413 is provided with a card point 414 which is engaged with the positioning point 421. [0012] Please refer to "Fig. 8-1" to "Fig. 8-4" as shown in Fig. 7 for the present invention. Fig. 7 099120214 Form No. A0101 Page 8 / Total 36 Page 0992035708-0 201200808 Schematic diagram of the continuous motion of the structure; please also refer to the figure shown in Figure 7. It can be clearly seen that when the "Fig. 8-1" is in production, it is only necessary to set the rotary fire control member 41 to the control fire. On the gear 31, the internal teeth 41 2 of the rotary fire control trigger 41 can be mechanically coupled with the fire control gear 31 to complete the assembly, and the rapid assembly is achieved; and when the reverse external force is simultaneously applied The two extending portions 413 at both ends of the grooving groove 411 can be formed by a tool 70 as shown in FIG. 8-2 by the flexible groove of the rotary fire control member 41 and the groove 411 formed by the annular ring. When the 411 is opened, the inner teeth 412 of the rotary fire control member 41 can be separated from the fire control gear 31, and the quality control personnel can change the desired rotation control fire trigger member 4丨 and the control fire. The tool 〇 (external force) is removed by the relative position of the gear 31, and the internal teeth 412 of the rotary fire control damper 41 can be re-established with the fire control gear 31 again. The positioning of the teeth is as shown in Figure 8-3. If it is, the purpose of adjusting the gas discharge is easier and more convenient. Of course, the extension 413 can also be sleeved - the operating sleeve 42 is as shown in Figure 8-4. </ RTI> and the positioning point 421 is provided on the inner side of the operating sleeve 42 to be snapped onto the card point 414 so that the operating sleeve 42 can be temporarily clamped on the extending portion 413. The sleeve 42 is convenient for the user to toggle the rotary fire control trigger 41 to adjust the amount of gas discharge to be used. [_3] Please refer to FIG. 9 for a partial appearance exploded view of another preferred embodiment of the fire control adjustment structure of the present invention. As can be clearly seen from the figure, the gas fire blasting system of the present invention can accommodate gas, and can be used for controlling the release of gas discharge to facilitate the ignition to generate high temperature, including the -clamp switch 54. , the exhaust puller 53 that is actuated up and down by the push button switch 54 is activated by the exhaust puller and is controlled by the 099120214 form number A0101, page 9 / 36 pages 0992035708-0 201200808 to release the gas fire An exhaust pipe 52 of the inner gas of the gun 50, and a fire control gear 51 disposed on the path of the exhaust pipe 52 for adjusting the gas discharge amount; wherein the exhaust puller 53 defines a hole 531, the broken hole system For clamping the exhaust pipe 52, when the buckle switch 54 is pressed and pressed against the end of the exhaust puller 53, the exhaust puller 53 can be clamped to the other end of the exhaust pipe 52 upward. Synchronizing the exhaust pipe 52 to achieve the function of discharging the gas; and the fire control adjustment structure 60 is sleeved on the fire control gear 51; the fire control adjustment structure 60 includes a flexible And the ring is sleeved on the rotating fire control member 61 of the fire control gear 51; fixed to the rotary fire control member An inner tooth 612 which is matched with the pitch of the fire control gear 51 and which is coupled to each other, and a groove 6n formed by spacing the ring of the rotary fire control member μ; and, at both ends of the groove 611 An extension 613 extending from the outer edge of the ring of the rotary fire control member 61; wherein the fire control adjustment structure 6〇 further includes a set of operation sleeves 62 disposed on the extension portion 613; wherein the operation sleeve A support block 622 extends from the inside to the outside, and the support block 622 can be matched in the groove 611. When the operation sleeve 62 is displaced along the extension direction of the extension portion 613, the support block 稃The extension portion 613 is disengaged by the displacement of the synchronization, so that the internal teeth 61 2 of the 检light fire trigger member 61 are separated from the fire control gear 51; and the operation sleeve 62 can be opened at the support block 622. The two opposite side walls of the extending portion 613 are respectively formed with a slot 623 for the movement of the extending portion 61 3; in addition, the "Fig. 1 0-1" can be simultaneously referred to, wherein the inner side of the operating sleeve 62 is provided with a slot The positioning point 621 is located, and the extending portion 61 3 is provided with a card point 614 that is engaged with the positioning point 621. [0014] Please refer to FIG. 10-1 to FIG. 1〇-4, which is a schematic diagram of the continuous action plane of the fire control adjustment structure in FIG. 9 of the present invention; and also refers to 099120214 Form No. A0101 Page 10 of 36 Page 0992035708-0 201200808 Ο Read “Figure 9” clearly shows that when “Fig. ίο-” is in production, it is only necessary to set the rotary fire control member 61 on On the fire control gear 51, the inner teeth 612 of the rotary fire control member 61 can be mutually engaged with the fire control gear 51. Of course, the extension portion 613 can also directly be sleeved with an operation sleeve 62. An inner side of the operating sleeve 62 is provided with a positioning point 621, which is engaged with the locking point 614 and the supporting block 622 can be matched in the dividing groove 611, so that the operating sleeve 62 can be temporarily positioned on the extending portion 613. The assembly has been completed, and the purpose of the rapid assembly has been achieved. The operation sleeve 62 can facilitate the user to rotate the rotary fire control trigger 61 to adjust the amount of gas discharge to be used. Another example is "Fig. 10-2". As shown, when the force is applied to move the operating sleeve 62 along the direction in which the extension 613 is extended, the rain is pulled out' The branch block 622 of the operating sleeve 62 is synchronously driven to be displaced by the flexibility and the annular groove 611 formed by the annular ring member 61, so that the rotation portion 613 is extended. The inner teeth 612 of the fire control trigger 61 are separated from the fire control gear 51 as shown in "Fig. 1 - 3"; at this time, the quality control personnel can be easily changed to adjust the rotary fire control member 61 and the control. The relative position of the fire gear 51 is as shown in FIG. 10-4. If the _ operating sleeve 62 is further displaced in the opposite direction of the extension of the extension 613, the support block 622 of the operation sleeve 62 is The inner teeth 612 of the rotary fire control member are re-aligned with the fire control gear 51, so that the gas discharge can be adjusted more easily and conveniently. [0015] The present invention has been described above by way of a preferred embodiment, and it is not intended to limit the invention to any skilled person, and the modifications and abilities that are made without departing from the spirit and scope of the invention are still The technology of the present invention 0 099120214 Form number _ page u / 36 pages 〇 992 〇 35708-0 201200808 BRIEF DESCRIPTION OF THE DRAWINGS [0016] FIG. 2 is a schematic plan view of a continuous operation of a fire control adjustment structure of a gas torch of the prior art. [0017] FIG. 2 is a gas spray of another conventional technique. 3 is a schematic view of a partial exploded elevation of another conventional technique "FIG. 2". [0018] FIG. 4 is a schematic exploded view of another fire control adjustment structure of the prior art "FIG. 3". [0020] FIGS. 5-1 to 5-4 are schematic diagrams showing the continuous action plane of the fire control adjustment structure in another conventional technique "FIG. 3". 6 is a schematic view showing the external appearance of a preferred embodiment of a gas fire suppression tuning structure of the present invention. 7 is a partial exploded elevational view of the "FIG. 6" of the present invention. 8-1 to 8-4 are schematic plan views showing the continuous operation of the fire control adjustment structure in the "FIG. 7" of the present invention. 9 is a schematic view showing a partial appearance exploded view of another preferred embodiment of the gas fire control calibration structure of the present invention. 10-1 to 10-4 are schematic plan views showing the continuous operation of the fire control adjustment structure in the "FIG. 9" of the present invention. [Description of main component symbols] [0026] 1................Controlled fire adjustment structure [0027] 2............... Rotary Fire Control Puller [0028] 3................ Set Screw 099120214 Form No. A0101 Page 12 / Total 36 Page 0992035708-0 201200808 Fire Control Gear [0029] 4 [0035] [0034] [0046] [0046] [0046] [0045] [0046] [0046] [0046] ] [0047]
10 ................瓦斯喷火槍 11 ................控火齒輪 12 ................排氣管 13 ................排氣扳件 131...............破孔 14 ................壓扣開關 20 ................控火調校結構 21 ................旋轉控火扳件 211 .............•操作部 212 ...............定位凸點 22 ............ · · · ·輔助控火齒輪 221 ...............控制插槽 222 ...............内齒 223 ...............外齒 30 ................瓦斯喷火槍 31 ................控火齒輪 32 ................排氣管 33 ................排氣扳件 099120214 表單編號A0101 第13頁/共36頁 0992035708-0 201200808 [0048] 331 破孔 [0049] 34 · [0050] 40 · [0051] 41 · [0052] 411 [0053] 412 [0054] 413 [0055] 414 [0056] 42 · [0057] 421 [0058] 50 · [0059] 51 · [0060] 52 · [0061] 53 · [0062] 531 [0063] 54 · [0064] 60 · [0065] 61 · [0066] 611 壓扣開關 控火調校結構 旋轉控火扳件 剖溝 内齒 延伸部 卡點 操作套 定位點 瓦斯喷火搶 控火齒輪 排氣管 排氣扳件 破孔 壓扣開關 控火調校結構 旋轉控火扳件 剖溝 099120214 表單編號A0101 第14頁/共36頁 0992035708-0 201200808 [0067] 612...............内齒 [0068] 613...............延伸部 [0069] 614 . . · ............卡點 [0070 ] 62................操作套 [0071] 621...............定位點 [0072] 622 支撐塊 [0073] 623 ...............開槽 〇 ： [0074] 70................工具 〇 099120214 表單編號A0101 第15頁/共36頁 0992035708-010 ................Gas squirt gun 11 ................Fire control gear 12 ......... .......exhaust pipe 13 ................exhaust puller 131...............through hole 14 ................Push-button switch 20 ................Controlled fire adjustment structure 21 ........ ........ Rotating the fire control puller 211 .............•Operating part 212 ............... positioning bump 22 ............ · · · Auxiliary fire control gear 221 ...............Control slot 222 .......... ..... internal teeth 223 ............... external teeth 30 ................ gas fire gun 31 .... ............Fire control gear 32 ................Exhaust pipe 33 .............. ..Exhaust Puller 099120214 Form No. A0101 Page 13 of 36 Page 0992035708-0 201200808 [0048] 331 Broken Hole [0049] 34 · [0050] 40 · [0051] 41 · [0052] 411 [0053] 412 413 [0055] 414 [0056] 42 [0057] 421 [0058] 51 [0059] 51 [0060] 52 [0056] 53 [0062] 531 [0063] 54 · [0064] 60 · [0065] 61 · [0066] 611 press-button switch fire control adjustment structure rotary fire control puller groove internal tooth extension card point operation set Position gas fire-breathing control fire gear exhaust pipe exhaust wrench broken hole buckle switch control fire adjustment structure rotary control fire puller groove 099120214 Form No. A0101 Page 14 / 36 pages 0992035708-0 201200808 [0067 ] 612...............Internal teeth [0068] 613..................Extensions [0069] 614 . . . ... ......... card point [0070] 62................ operation cover [0071] 621............. .. positioning point [0072] 622 support block [0073] 623 ............... slotted 〇: [0074] 70............. ...tool〇099120214 Form No. A0101 Page 15 of 36 Page 0992035708-0