200944741 九、發明說明： L贫明所屬之技術領域】 本發明係涉及於赫搶躺，尤指—種得料較少力道使闕 作動之閥及具有閥之漆彈搶。 【先前技術】 按，-般漆彈縣職過財，每#使用者擊發—次，於搶 身内之閥體結構亦會隨著作動，其中令閥體作動之動力係藉由驅 動部來提供’藉由驅動部推抵設於_之閥桿，來開啟閥體之進、 出氣口之間流通，令氣體可經由閥體而輸出至搶身之擊發區，利 用氣體將擊魏内之雜Μ，喊祕娜發動作。 ❹ 多數之閥體巾’皆設有彈簧般可令_復位之零件，並且該 閥桿上設有防止進、域口之間導通之活塞，當氣_進氣口灌 入闕體内時’氣體之壓力係會壓迫活塞，使活塞卡胁進、出氣 =間，如此使驅動部需出鼓之力道，才歸_桿，使活塞 遠離進、出氣π之間，令氣體得叫通轉發區； 二 =ΓΓ夠復位而再次進行擊發動作，於閥艘内係 =復位刪，_卿鄕_，繼嫌到若干 氣體之壓力，推送閥桿之驅動部力量須大於氣 中Α靜*丨#之雜’柯推蝴桿絲發氣贱入擊發區 = 發雜㈣力量，力較高的氣體，而 力相對愈大，推送閥桿之驅動部為了推送闕桿損 5 200944741 耗之能源亦愈多，造成漆彈搶所能夠擊發之次數減少。 有鑑於此’提供-種解決上述問題，將成為此業界所急待解 決之課題。·，本發_供如下文詳細酬巾所述具創新性的 閥及具有該閥之漆彈搶。 【發明内容】 本發明之主要目的’係提供—種節省撞擊力道之闕及具有間 之漆彈搶。 ❹ 域到上述之目的’本發明係於轉搶崎有，，該閥内 設有容室及第_之外·#位置處财聽口及出氣 口進出氣口間閥之内壁形成一凸緣，藉由該凸緣將容室分隔 為第-容室及-第二容室’其中該第—閥桿設有—第—活塞及一 塞體’該第-活塞可於第一、二位置間移動，藉以控制第一、第 二容室之啟閉；卩狀兩儀職有紐及穿孔座，該座體内設有 第-料’其中-端抵靠第—活塞，^第―閥桿内設有一第二闕 桿’而第二閥桿-端露出於第―閥桿並穿設於穿孔座，並可供穿 孔座旁之驅動部推抵；糾，於第—晴上設有—將第二容室分 隔出第三容室之擋部。 該第一閥桿内另設有第四容室，該第四容室具有一第二彈 赞’並且於第四容室内之第二閥桿上形成—第二活塞，該第二彈 簧抵靠於第-閥桿之塞體及第二活塞之間，第―閥桿於第一容室 與第四谷室之間’設有—連通之貫穿孔，以及於第一、第二間桿 6 200944741 之間形成-氣道，該氣道可連通第三容 當驅動部推抵第二閥桿時 第第以室之間。 通，如此令氣體可自第一容室流 三容室，藉以將擋部、第-閥桿及第一活塞推:由囉至第 第一容室内氣體可流進第-〜推抵至第二位置，令 彈搶之擊發區，將漆彈射；Τ，最後將氣體自心輸出至漆 Ο 綜合上述，本發明預計達成之功效如下·· 一、由於本發郷料―、第二_所構成之峨式社 々第-闕桿受力面積小於第一閥桿，利用壓力原理 第為減小’令驅動部得以出較小之力量來推 于並開啟第一、第二容室連通。 二'承上所述’本發明採用第_、第二閥桿所構成之兩 段式之結構’令驅動部得以出較]、之力量來雜第二閾桿，並開 ❹啟第-、第二容室連通’如此便可不驗賴動作而直接古 壓氣體。 Ν 【實施方式】 本發明係有關一種閥及具有閥之漆彈搶，有關本發明為達上 迷目的、特徵所採用技術手段及其功效，請參照第一圖及第二圖 所示： 本發明係包括一閥2 ’該閥2為一中空之管體，其内部設有 —容室’並且於容室中穿設一第一閥桿1〇，以及於閥2之外壁 7 200944741 設有一進氣口20及一出氣口 1，該進氣口 2 0可供外部之氣 壁形成-凸緣22 :::閱2中氣體輸出铺 3及-第-容室24 ’ 22將容室區隔為-第-容室2 =二:該·20連通第-容室”，而出氣 口J1則運通第一容室24; 塞101及-塞體102竹該第-間桿10設有一第一活 0曰 咕 2，该第一活塞10 1可於第一、二位置 ❹200944741 IX. INSTRUCTIONS: TECHNICAL FIELD OF THE INVENTION The present invention relates to the rushing of a lie, especially to a valve that has less force to make the cockroach and a paint blast with a valve. [Prior Art] Press, the paintball county is over-the-counter, every #user is fired-time, the valve body structure in the stealing body will also follow the writing, in which the power of the valve body is provided by the driving department. 'Through the driving part pushes the valve stem provided at _ to open the flow between the inlet and outlet of the valve body, so that the gas can be output to the firing area of the body through the valve body, and the gas will be used to attack Wei. Hey, shouting secretly.多数 Most of the body body towels are provided with spring-like parts that can be reset, and the valve stem is provided with a piston that prevents conduction between the inlet and the outlet, when the gas inlet is filled into the body. The pressure of the gas will press the piston, so that the piston is stuck in and out of the air, so that the driving part needs to force the drum to return to the rod, so that the piston is far away from the inlet and outlet π, so that the gas can be called the forwarding area. ; 2 = ΓΓ 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位 复位The miscellaneous 'Ke push the butterfly rod hair gas into the firing area = mixed (four) strength, higher force gas, and the force is relatively larger, push the valve stem drive part in order to push the rod loss 5 200944741 More, the number of times the paint bomb can be fired is reduced. In view of the above-mentioned problems, it will become an urgent issue for the industry. ·, this hair _ for the following detailed description of the innovative valve and the paint cartridge with the valve grab. SUMMARY OF THE INVENTION The main object of the present invention is to provide a type of paint that saves impact and has a paint cartridge. ❹ 到 到 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Separating the chamber into a first chamber and a second chamber by the flange, wherein the first valve stem is provided with a first piston and a plug body. The first piston can be between the first and second positions. Move, to control the opening and closing of the first and second chambers; the two wares have a button and a perforated seat, and the body is provided with a first material - the end - the end against the first piston, the ^ - the valve stem A second mast is disposed therein, and the second valve stem end is exposed to the first valve stem and is disposed in the perforated seat, and is provided for the driving portion beside the perforated seat; the correction is provided on the first clearing- The second chamber is separated from the stop of the third chamber. A fourth chamber is further disposed in the first valve stem, and the fourth chamber has a second bullet and forms a second piston on the second valve stem in the fourth chamber. The second spring abuts Between the plug body of the first valve stem and the second piston, the first valve stem is disposed between the first chamber and the fourth valley chamber, and is connected to the first and second rods 6 An air passage is formed between 200944741, and the air passage can communicate with the third chamber when the driving portion pushes against the second valve stem. Therefore, the gas can flow from the first chamber to the three chambers, thereby pushing the block, the first valve stem and the first piston: from the first chamber to the first chamber, the gas can flow into the first - to the first In the second position, the shot-shooting area will be shot, and the paint will be shot; Τ, finally, the gas will be output from the heart to the lacquer. In summary, the effect of the present invention is as follows: 1. Since the present invention - the second _ The 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 々 According to the above description, the invention adopts the structure of the two-stage structure composed of the first and second valve stems, so that the driving portion can output the second threshold rod and open the second threshold. The second chamber is connected to 'so that the gas can be directly pressed without ignoring the action. Ν [Embodiment] The present invention relates to a valve and a paintball with a valve. The technical means and functions of the present invention for achieving the above-mentioned features and features are as shown in the first and second figures: The invention includes a valve 2'. The valve 2 is a hollow tube body having a chamber therein and a first valve stem 1 穿 is disposed in the chamber, and a wall 7 is located outside the valve 2 200944741. Intake port 20 and an air outlet 1, the air inlet 20 can be formed by an external air wall - flange 22 ::: 2 gas output shop 3 and - first - chamber 24 ' 22 chamber area The partition is - the first chamber 2 = two: the 20 connected to the first chamber, and the air outlet J1 is transported to the first chamber 24; the plug 101 and the plug 102 are provided with a first A live 0 曰咕 2, the first piston 10 1 can be in the first and second positions ❹
G 間移動’於第，置時可封閉第― :第 置 而於第二位置時_啟第-、第二容室23、24導通 該閥2之_各形成―開口，相鄰第—容室23之開口設有 -座體3 0，該座體3〇内可供設置—第—彈菁31，第一彈菁 31另端則抵靠第—活塞1Q1,於第一闕桿10内設-第二閥 桿40，而第二閥桿40一端設於第一闕桿10内，另-端則露 出於第一閥桿10外部，並其露出部分設於第三容室2 5内，於 閥2之另一姻口則設一穿孔座50,該穿孔座5〇可供第二閥 桿4 0之端部穿設；置於第二容室24之第-閥桿i 〇端部設一 擋部1 1，該擋部1 1係將第二容室24區隔出第三容室25， 且該擋部11用於封閉第二容室2 5，並使第三容室2 5介於擔 部11與穿孔座5 0之間；此外，該第二閥桿40鄰近於穿孔座 50表面形成一洩壓溝41，該洩壓溝41可隨第二閥桿4〇於 第一、二位置移動，當洩壓溝41於第一位置時，藉由洩壓溝4 1使第三容室2 5與外界呈一連通狀’於第二位置時，令第二閥 8 200944741 使第三容室2 5形成一密 才干4 0與穿孔座5 〇之間呈一封閉狀 閉空間。 其次，於第二閥桿4 〇端部與第—閥則Q内，另設有 =12,於第四容室12内之第二間桿4 ◦形成有一第二活 ^於.容室12峡有—第二彈簧Μ，該第 13細於塞體1 ◦ 2及第二活塞4 2之間，且該第-閥桿1〇 於第一、第四容室23、12之間穿設一貫穿孔14，藉以使第 容室23、12呈一連通狀；以及於第一、第二間桿工 之間形成-氣道6〇，該氣道6〇可連通第三容室25 與第四容室1 2，如此即構細2之結構；另外，設於穿孔座5 ❹ 〇之第二_4 ◦端部受到搶身之—驅動部4推抵，而可於第 一、二位置間移動，其帽部1 1受力表面積係大於第-閥桿i ◦曰端面受力表面積，而第◦端面受力面積係大於第二閥 桿4 0端面受力表面積；此外，於第四容室工2之第二閥桿4 〇 端面受力面積，為第-容室2 3内第—閥桿i 〇端面受力面積工 〇〜5 0%之間’並且如第五圖所示’本發明之閥係設於一搶身 1，該擊發區3係設於閥2之上方。 請參照第三圖所示，當未擊發時，該第一、第二闊桿丄〇、 4 0係處於第-位置，由進氣σ 2 Q流人之氣體儲存於第一容室 23 ’並利用氣體之推力加上第一彈餐31之彈力’使第一活塞 1〇1緊緊靠抵於凸緣2 2，封閉第—、第二容室2 3、2 4之 9 200944741 間導通，並且第二閥桿4 〇受到氣體之推力及第二彈簧i 3影 響，而使第二活塞4 2堵塞氣道6 〇，並開啟第一、第四容室2 3、12導通，以及使洩壓溝41處於第二閥桿4 0與穿孔座5 0之間，令第三容室2 5可與外界導通； 請參照第四圖所示，當擊發時，第二閥桿4 0端面受力表面 積係小於第一閥桿10端面受力面積’且第二閥桿4 0端面受力 面積，為第一容室2 3内第一閥桿丄0端面受力面積i 〇〜5 〇 ° %之間，因壓力原理’第二閥桿受氣壓之推力甚小，所以該驅動 部4可輕易推抵第二閥桿4 〇由第一位置至第二位置，令第二活 塞4 2向第二位置移動’使氣體經由導通之貫穿孔14進入第四 容室12，再經過氣道6 〇流進第三容室2 5，第二閥桿4 〇與 穿孔座5 0之間呈一封閉狀，使第三容室2 5形成一密閉空間， 因擋部11的受力表面積大於第一閥桿丄〇端面受力表面積，所 以使流入之氣體可推動擒部1 1，使第-畴i Q向第二位置移 ©動，間接令第一活塞1〇1移動至第二位置，使第一容室2 3内 氣體可經由凸緣2 2與第-閥桿工〇之間空隙流入第二容室2 4 ’再經由出亂口21輸出至擊發區3，利用氣體壓力將擊發區 3内漆彈推抵射出，完成整個擊發動作。 之後當驅動部4停止出力復位時，藉由茂壓溝4丄使第三容 室25内氣韻出，並藉由第—、第二彈簧31、13之彈力及 氣體壓力推抵，使第-、第二閥桿工〇、4 〇復位至第一位置。 200944741 【圖式簡單說明】 第一圖係本發明之閥剖面圖 第二圖係本發明之閥分解圖。 第三圖係本發明未擊發時之閥剖面圖。 第四圖係本發明擊發時之閥剖面圖。 第五圖係本發明之槍身結構圖。 ® 【主要元件符號說明】 I -槍身 3-擊發區 10-第一閥桿 II -擋部 1 3-第二彈簧 2 0-進氣口 ® 2 2-凸緣 2 4-第二容室 3 0-座體 4 0-第二閥桿 4 2-第二活塞 6 0-氣道 2—— 4—— 10 1 10 2 12 — 14 — 2 1 — 2 3 — 2 5 — 3 1 — 4 1 — 5 0 — .閥 •驅動部 第一活塞 .塞體 第四容室 貫穿孔 出氣口 第一容室 第三容室 •第一彈簧 -洩壓溝 -穿孔座 11The movement between G is 'in the first position, and the first time can be closed when the first position is set to be in the second position. The second chamber 23, 24 is connected to the valve 2 to form an opening, adjacent to the first volume. The opening of the chamber 23 is provided with a seat body 30, and the seat body 3 is provided with a first-elastic crystal 31, and the other end of the first elastic crystal 31 is abutted against the first piston 1Q1 in the first mast 10 a second valve stem 40 is disposed, and one end of the second valve stem 40 is disposed in the first mast 10, and the other end is exposed outside the first valve stem 10, and the exposed portion thereof is disposed in the third chamber 25 a piercing seat 50 is provided in the other opening of the valve 2, and the piercing seat 5 is provided for the end of the second valve stem 40; the first valve stem is disposed at the second end of the second chamber 24. A blocking portion 1 1 is provided to partition the second chamber 24 from the third chamber 25, and the blocking portion 11 is used to close the second chamber 25 and make the third chamber 2 Between the shoulder portion 11 and the perforated seat 50; further, the second valve stem 40 forms a pressure relief groove 41 adjacent to the surface of the perforated seat 50, and the pressure relief groove 41 can be smashed with the second valve stem 4 The first and second positions move, and when the pressure relief groove 41 is in the first position, the third volume is made by the pressure relief groove 4 1 When the chamber 25 is connected to the outside, in the second position, the second valve 8 200944741 causes the third chamber 25 to form a closed space between the dense chamber 40 and the perforated seat 5 。. Next, in the second valve stem 4 end portion and the first valve Q, there is another =12, and the second rod 4 in the fourth chamber 12 is formed with a second living chamber 12 The gorge has a second spring Μ, the ninth is thinner between the plug body 1 ◦ 2 and the second piston 42, and the first valve stem 1 is disposed between the first and fourth chambers 23 and 12. The perforations 14 are consistently formed so that the first chambers 23 and 12 are in a communication shape; and the air passages 6〇 are formed between the first and second poles, and the air passages 6〇 can communicate with the third chambers 25 and the fourth chambers. The chamber 1 2 is configured as a thin structure 2; in addition, the second _4 设 end portion of the punching seat 5 ❹ 受到 is subjected to the grabbing-drive unit 4, and can be moved between the first and second positions. The force surface area of the cap portion 1 1 is greater than the surface area of the end surface of the first valve stem i ,, and the force receiving area of the second end surface of the second valve stem is greater than the surface area of the second valve stem 40; The second valve stem 4 of the work 2 is the force-receiving area of the end face, which is between the first and the second chamber of the first chamber, and the force area of the end face of the valve stem i 〇 is between 50% and 'as shown in the fifth figure' The valve system of the invention is set in a stealing body 1, which Hair line region 3 is provided above the valve 2 it. Referring to the third figure, when the fire is not fired, the first and second wide rods, 40 are in the first position, and the gas flowing from the intake σ 2 Q is stored in the first chamber 23 ' And using the thrust of the gas plus the elastic force of the first bomb 31', the first piston 1〇1 is tightly pressed against the flange 2 2, and the second, second chamber 2 3, 2 4 9 200944741 is turned on. And the second valve stem 4 〇 is affected by the thrust of the gas and the second spring i 3 , so that the second piston 42 blocks the air passage 6 〇, and opens the first and fourth chambers 2 3 , 12 to conduct, and vents The pressure groove 41 is between the second valve stem 40 and the perforated seat 50, so that the third chamber 25 can be electrically connected to the outside; as shown in the fourth figure, when the firing is performed, the second valve stem 40 is end-faced. The force surface area is smaller than the force receiving area of the end surface of the first valve stem 10 and the force receiving area of the end surface of the second valve stem 40, which is the force area of the first valve stem 丄0 end surface in the first chamber 2 3 〇~5 〇° Between %, due to the pressure principle, the thrust of the second valve stem by the air pressure is very small, so the driving portion 4 can easily push against the second valve stem 4 〇 from the first position to the second position, so that the second piston 4 2 moving to the second position 'move the gas into the fourth chamber 12 through the through hole 14 which is turned on, and then flows into the third chamber 25 through the air passage 6, and the second valve stem 4 〇 and the perforated seat 50 a closed shape, the third chamber 25 forms a closed space, because the force surface area of the blocking portion 11 is larger than the surface area of the first valve stem end surface, so that the inflowing gas can push the jaw portion 1 - the domain i Q is moved to the second position, indirectly moving the first piston 1〇1 to the second position, so that the gas in the first chamber 23 can pass between the flange 2 2 and the first valve stem The gap flows into the second chamber 2 4 ' and is output to the firing zone 3 via the escape opening 21, and the paintball in the firing zone 3 is pushed and pushed by the gas pressure to complete the entire firing operation. Then, when the driving unit 4 stops the output resetting, the inside of the third chamber 25 is ventilated by the pressure groove 4, and the elastic force of the first and second springs 31 and 13 and the gas pressure are pushed to make the first- , the second valve stem work, 4 〇 reset to the first position. 200944741 BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a sectional view of a valve of the present invention. The second drawing is an exploded view of the valve of the present invention. The third figure is a cross-sectional view of the valve when the present invention is not fired. The fourth figure is a sectional view of the valve when the present invention is fired. The fifth figure is a structural view of the gun body of the present invention. ® [Main component symbol description] I - gun body 3 - firing zone 10 - first valve stem II - stop 1 3- second spring 2 0 - air inlet® 2 2- flange 2 4- second chamber 3 0-seat body 4 0-second valve stem 4 2-second piston 6 0-air passage 2——4——10 1 10 2 12 — 14 — 2 1 — 2 3 — 2 5 — 3 1 — 4 1 — 5 0 — . Valve • Drive unit first piston. Plug body fourth chamber through hole outlet air outlet first chamber third chamber • First spring - pressure relief groove - perforated seat 11