M340441 八、新型說明： 【新型所屬之技術領域】 本創作係涉及漆彈搶領域，係指一種可充分利用氣壓來強化增壓 效果之漆彈搶。 【先前技術】 _ 按，一般漆彈槍之典型結構，係於搶機後端裝設一彈力元件，由 於搶機係藉由扳機呈一^^固狀態，此時彈力元件係無法作動，當按下 鲁扳機而將槍機鬆釋時，搶機即被彈力元件推抵向前，間接使槍機將自 落彈孔落下的漆彈前推，並同時封閉落彈孔，此外於封閉落彈孔期間 内開通一閥Π，使氣體得以由閥門進入槍機内，將漆彈予以擊發射出， 擊發間產生反作用力使搶機後退並在扳機處再度形成卡固狀態，且後 退時閥門即呈關閉狀； ~ 此翻用彈力元件和反作用力將搶機形成往復作動的機械式結 構’必需每扣壓-次扳機才能鮮發—次，無法構錢發作用，而機 ♦械式往復作動齡產生轩反侧力，歧_力所帶來的震動將會 加重機械零件之間的磨擦損耗，同時氣體之氣壓與射程係成等比關 係，若要加長其射程則需使用更高壓的氣體。 ‘之注氣〇，藉由其 、時下搶齡復作動是_前、後注氣方式，崎低反作用力及 連發射擊作用，此注氣方式係於槍身設有一前一後· 令之-注氣口進氣來控制搶機之前、後位移，祕制注氣方 一控制閥讀制桿_來歧，因麟鄭阿如活塞餘復作動曰 然而，為了使漆彈搶能夠快速連發射擊，造成搶機必需能快速地 5 M340441 前後作動，令前、徭、、拿名^ ^ 之射可得_放 白需設有可供殘氣邮之喊口，使殘氣 , ’而不會使槍機位移時受到殘氣影響而減慢作動， 惟此種注風式的搶機，其 任何有狀娜嶋，並無 文#有’為提供—種解決上述之_。因此，本_提供如下 文砰細祝明中所述具創新性漆彈搶。 【新型内容】 本創作之主要目的，為提供—種充分利耻壓流動增進漆彈壓迫 射出效果之漆彈搶。 曰為達到上述之目的，本創作之漆彈搶係於未扣下扳機時，令控制 杯處於第-位置，且後槽可供注氣口與雙向氣口呈—導通狀態，將高 壓氣體灌人第-流道，藉由第—流道使氣體流人儲氣室，氣體另由第 -流路分流之第二流路藉由注氣口流進後槽，再由雙向氣口分岐之第 三、第四流路各職人發射管内，—邊沿著第三流路流至活塞後方， 推抵活塞向前至第三位置封閉腫座之發射孔，防止儲氣室内之氣體流 進毛射孔内，一邊則沿著苐四流路而壓迫送彈器之凸塊，使送彈器向 後至第一位置而間接消除落彈孔之阻擋，令漆彈得以落入貫孔内。 一旦扣引扳機後，此時令電磁閥通電而吸引閥桿向後，亦令控制 才干向後滑移至第二位置，使前槽可供雙向、單向氣口為一導通狀態， 流入後槽之氣體則受限於〇型環阻隔而無法流入雙向氣口，限止氣體 流進第三、第四流道，且於第三、第四流道内氣體則回流至前槽内， 再藉由與前槽連通之單向氣口而流入第五流道，沿著第五流道而壓迫 M340441 凸塊之另一端，使送彈器向前移動至第二位置而可阻擒落彈孔，同時 令斜向端與導槽形成一供第五流道内氣體流出之第六流道；此外，儲 氣至内氣體係可將活塞後壓至第四位置而呈一導通狀，令氣體沿著發 射孔向前壓迫漆彈，再加上由第六流道流出之氣體壓迫，如此使漆彈 文到其雙重加壓下，而朝向結合部射出擊發。 _ 利用上述之設計結構，本創作預計達到之成效如下： —、本創錢由第六流道之產生而可將第五流道之氣體流出，同 籲時與儲氣室之紐所產生之雙重加縣減轉，可令漆彈得到較大 之射擊力道，得以提升漆彈飛行射程。 ^二、由於本創作之控制桿係由電磁部控制其位移動作，並由前槽、 後槽作為雙向、單向氣口及注氣口之轉換處，如此即可間接控制發射 管與搶身之間氣體流動方向，使第三、第四流道之氣體回流至第五流 道，達到充分利用並節省氣體之功效。 本創作係有關—種漆彈搶，有關本創作為達上述目的、特徵所採 用技術手段及其功效，請先參照第一圖所示： 本創作之漆彈搶係包括—彈斗、—發射管1◦及—搶身2 〇，該 =管1 ◦财—貫孔11，娜11職生之⑽係呈-階級 哪射管i 〇前端設有—結合部丄2與—落彈赵，該結合部丄 A=—㈣結合，而轉斗係透過轉鱗發射管結合，該落彈座 尸：：貝孔11之間利用—落彈孔13呈連通狀；其中，於貫孔工工之 认開口紗一盍體3 ◦，利用該蓋體30封閉其尾端開口，於貫孔 M340441 11之中段處設有-搶機4〇，該搶機4〇包括一腫座5〇、一活塞 5 1及送彈|§6 〇，該腫座5 〇係為一貫設有發射孔5 2之中空狀 結構，其前縣面可供送《 6 Q套合，並且於前卿成-導槽5 3， 中·^刀可抵减發射管i Q峰，後段則為供活塞$ i設置，並於 後If表面環設若干側孔5 4，且膛座5 〇之中、後段至蓋體3 〇之間 -的貝孔1 is間為-儲氣室14 ’該發射孔i◦係可藉由侧孔54連 _通該=氣室14 ;該送彈器6 〇後端形成-凸塊6 i，該凸塊6 i亦 可抵罪H1〇内緣’與凸塊6丨相鄰於膛座5 〇之開口邊緣，係 形成-外擴狀之斜向端6 i丄，並且送彈器6 〇可於第一 、第二位置 間移動，當送鮮6 〇於第二位置時，即可令凸塊6丨之斜向端6丄 1與導槽5 3相互靠近而形成—第六流道L 6。 該核身2 0係連接於發射管工〇底部，於搶身設有一通道，並於 2者鄰接之壁面設有貫穿之捕，連賴通道，供外部氣體進入發射 &後方之儲乳室i4 ’即形成一第一流道L1，搶身2〇内設有一控 制閥7 Q ’又’控糊7 〇内設有—控懈8 Q，該㈣桿⑽藉由 後方之動力部即—電磁_ ◦之閥桿91控制，而於第-、第二位置 間移動，且控制桿8 Q上套有三個呈—等距間隔樣態設置之〇形環8 1，7控制閥7〇與控制桿8◦之間形成一前槽7μ一後槽72， 而該控制閥7 0相鄰前、後槽71、7 2處設有-注氣口 7 3、一雙 向氣口 7 4、一單向氣口 7 5及一域口 7 6，另外，於控制桿8 〇 與閥桿91結合處設有一彈簧β。 當控制桿8 0於第-位置時，注氣σ 7 3及雙向氣口 7 4係與後 M340441 槽72相通’如此進而產生_第二流道[2，而單向氣口75及茂氣 口 7 6則連通别槽71 ’並且由雙向氣口 7 4延伸之流道於發射管1 0内分岐出-第二流道L3及-第四流道L4，第三流道L3係連通 至膛座5 0後段内之活塞51後方處，第四流道[4則連通至送彈器 6 0與發射管1Q之間，由單向氣口75延伸出之—第五流道L5， •該第五流道L 5係連通至發射η⑽送彈器6 Q之凸塊6 i與膛座 _ 5 0前段之間；若於第二位置時，則雙向、單向氣口7 4、7 5係與 鲁如槽71相通並限止第二流道：2與雙向氣口 7 4之連通，以及浪 亂口 7 6與單向氣口 7 5及前槽之連通；如此則構成本創作之内部主 要結構，而本創作之作動方式，請先參照第一 圖及第二圖所示。 當未扣下槍身2 0之扳機21時，則令控制桿8 〇處於第-位 置，使後槽72供注氣π 7 3與雙向氣口74呈—導通狀態，而搶身 2 0月端之祕氣瓶2 2内氣體灌人第—流壯i，令氣體可直接流 入儲氣至14 ’亚且氣體藉由第_流路[1分流之第二流路[2而可 攀流入後槽7 2中，再由雙向氣σ 7 4分岐之第三、第四流路L 3、L 4各別流人發射官1〇内，當氣體沿著第三流路L 3流至活塞5工後 方時，即可推抵活塞51向前至第三位置封閉膛座5 〇之發射孔5 2 ’防止儲氣室14内之氣體流進發射孔5 2内，而沿著第四流路L 4流至运彈$6 0與發射管1〇之間時，則可壓迫凸塊6 “吏送彈器 6 0向後至第-位置靠抵膛座5 Q中段，間接消除落彈孔χ 3之阻 播，而令漆彈A 1得以從落彈座Α落入貫孔工工a，此時單向氣口7 5藉由前槽7 1而與錢口 7 6呈於連通狀態。 9 M340441 請參照第三圖所示，一旦扣引板機2丄後，此時該電磁闕9◦通 電產生-與閥桿9 i相吸之磁性，利用該磁性吸引閥則丄向後 雜制桿8 Q向後_至第二錄，如此使賴7丨可供雙向、單向 孔口74、75為-導通狀態’流入後槽72之氣體則受限於〇型 f 1阻隔而無法流人雙向氣口 7 4，樣止第二流道L 2之氣體流進 第二、細流道L 3、L 4 ’且於第三、第四流道L 3、L 4内氣體 會回流至前槽71内，再藉由與前槽7 i連通單向氣口 7 5而流入第 五机逼L 5 ’乳體沿著第五流道L 5至送彈器6 〇凸塊6工之另一 端’藉由壓迫凸塊6 1而使送職6 Q向前至第二位置鶴，間接阻 擋落彈孔1 3與貫孔i ，並且使_ i之斜向端6丄丄 與膛座5 0前段導槽5 3形成第六流道L 6，令第五流道L 5内氣體 利用該第六流道L6喊人貫;L1 !心此外，由於氣财再由活塞 51後方壓迫’可令儲氣室丄4内氣體穿過侧孔5仏將活塞5工向 後壓至第四位置，使魅5 Q之發射孔5 2與側孔5 4呈—開通狀， >供儲氣室14内氣體沿著發射孔5 2向前壓迫漆彈A i，再加上呈同 一方向之第六流道L 6氣體壓迫，漆彈A!藉由如此之雙重加壓下朝 向結合部12射出，完成整個擊發動作。 擊發之後而將扳機21鬆開時，則該控制桿8◦藉由彈簧b之彈 性推抵而復位至第〆位置’使後槽7 2再次供第二流道l 2之氣體流 通至第三、第四流道L3、L4 ’如此即能將漆彈搶w復至待擊發 狀態。 M340441 【圖式簡單說明】 第一圖係本創作之作動前剖面圖。 第二圖係本創作之作動後剖面圖。 第三圖係本創作之漆槍彈及其局部剖面圖。 .【主要元件符號說明】 1 0---發射管 #12---結合部 14---儲氣室 2 1---扳機 3 0---蓋體 5 0---膛座 5 2---發射孔M340441 VIII. New description: [New technical field] This creation relates to the field of paintball grabbing, which refers to a paintball grab that can fully utilize the air pressure to enhance the boosting effect. [Prior Art] _ Press, the typical structure of a paintball gun is to install a spring force component at the back end of the rushing machine. Since the rushing machine is in a solid state by the trigger, the elastic component cannot be actuated. When the trigger is released by pressing the trigger, the machine is pushed forward by the elastic element, indirectly causing the machine to push the paintball falling from the falling bullet hole, and at the same time close the falling hole, and then close the falling hole. During the bullet hole, a valve is opened, so that the gas can enter the gun by the valve, and the paint bomb is fired. The reaction force between the firings causes the machine to retreat and re-set the trigger state at the trigger, and the valve is retracted when the valve is retracted. Closed; ~ This reversing elastic element and reaction force will form a reciprocating mechanical structure. It must be used every time the depressing-trigger can be used to make a small amount of hair, and the machine can not be used to make money. Xuan anti-side force, the vibration caused by the force _ force will increase the friction loss between the mechanical parts, and the gas pressure is proportional to the range, if you want to lengthen its range, you need to use a higher pressure gas. 'The gas injection, by its tempering, is the ant before and after the gas injection method, the low reaction force and the bursting effect. This gas injection method is provided in the front and rear of the gun body. - Injecting air inlet to control the front and rear displacement of the machine, the secret gas injection side is a control valve reading rod _ Laiqi, because Lin Zheng Aru piston rests after the action, in order to make the paint bomb can quickly shoot It is necessary to be able to quickly move 5 M340441 before and after the rush, so that the front, 徭, and the name ^ ^ can be obtained _ white need to have a shouting for the residual gas, so that the gas, 'will not When the gun is displaced, it is affected by the residual gas and slows down the action. However, any such wind-injected machine is not suitable for the above-mentioned. Therefore, this _ provides the following as an article to celebrate the innovative paintball robbing. [New content] The main purpose of this creation is to provide a paintball blast that promotes the effect of the paint bomb compression. In order to achieve the above purpose, the paint cartridge of this creation is in the first position when the trigger is not buckled, and the rear groove is provided for the gas injection port and the two-way gas port to be in a state of conduction, and the high pressure gas is poured into the first place. - a flow passage, through which the gas flows into the gas storage chamber by the first flow passage, and the gas flows from the second flow passage branched by the first flow passage into the rear groove through the gas injection port, and then the third and the third The four-way road is in the launching tube of each person, and flows along the third flow path to the rear of the piston, pushing the piston forward to the third position to close the firing hole of the swelling seat, preventing the gas in the gas storage chamber from flowing into the hair hole, one side Then, the bump of the bomber is pressed along the four-way flow path, and the spring is returned to the first position to indirectly eliminate the blocking of the bullet hole, so that the paintball can fall into the through hole. Once the trigger is buckled, the solenoid valve is energized to attract the valve stem backward, and the control stem is then swung back to the second position, so that the front groove can be turned into a bidirectional, one-way port, and the gas flowing into the rear groove. It is limited by the 〇-type ring barrier and cannot flow into the two-way port, restricting the gas from flowing into the third and fourth channels, and the gas flows back into the front groove in the third and fourth channels, and then communicates with the front groove. The one-way air port flows into the fifth flow path, and presses the other end of the M340441 bump along the fifth flow path, so that the spring mover moves forward to the second position to block the bullet hole and make the oblique end Forming a sixth flow path for the gas flowing out of the fifth flow path with the guide groove; in addition, the gas storage to the internal gas system can press the piston back to the fourth position to be in a conduction state, and the gas is pressed forward along the emission hole. The paintball, together with the gas flowing out of the sixth flow path, causes the paint to be subjected to double pressurization and fires toward the joint. _ With the above design structure, the results of this creation are expected to be as follows: — The money generated by the sixth channel can be used to flow out the gas of the fifth channel, which is generated by the combination of the time and the gas storage chamber. Double plus county reduction, can make the paintball get a larger shooting force, can improve the paintball flight range. ^ Second, because the control rod of this creation is controlled by the electromagnetic part of its displacement action, and the front groove and the rear groove are used as the conversion between the two-way, one-way air port and the gas injection port, so that the indirect control between the launch tube and the body can be indirectly controlled. The flow direction of the gas causes the gases of the third and fourth flow channels to flow back to the fifth flow path, so as to fully utilize and save gas. This creation is related to the kind of paint bombs. For the purpose of this creation, the technical means and functions of the above-mentioned purposes and features, please refer to the first figure: The paint bombs of this creation include: 弹 bucket, - launch Tube 1◦ and - stealing 2 〇, the = tube 1 ◦ — - 孔 hole 11, Na 11 students (10) is - class which tube i 〇 front end is set - the combination of 丄 2 and - drop bomb Zhao, The joint portion 丄A=-(4) is combined, and the bucket system is coupled through the rotating scale launching tube, and the falling body pedestal: the shell hole 11 is used--the bullet hole 13 is connected; wherein, the tunnel hole is connected The opening yarn is a body 3 ◦, and the end opening is closed by the cover 30, and a smashing machine 4 is provided at a middle portion of the through hole M340441 11 , and the rushing machine 4 includes a swollen seat 5 〇 Piston 5 1 and feeding bomb|§6 〇, the swelling 5 〇 is a hollow structure with a launching hole 5 2 consistently, and the front county surface can be sent to the 6 Q nesting, and in the former Qingcheng-guide The groove 5 3, the middle ^ knife can offset the i Q peak of the launch tube, the rear part is set for the piston $ i, and the side surface of the rear If ring is provided with a plurality of side holes 5 4 , and the back seat 5 〇 middle, the rear part to the cover Body 3 〇 The inter-cell hole 1 is - the gas storage chamber 14'. The emission hole can be connected by the side hole 54 to the gas chamber 14; the rear end of the feeder 6 is formed by the bump 6 i The bump 6 i can also be sinned that the inner edge of the H1 与 and the bump 6 丨 are adjacent to the edge of the opening of the sley 5 ,, forming an oblique end 6 i 外, and the feeder 6 〇 It can be moved between the first position and the second position. When the fresh feed 6 is in the second position, the oblique end 6丄1 of the projection 6丨 and the guide groove 5 3 can be brought close to each other to form a sixth flow path. L 6. The nuclear body 20 is connected to the bottom of the launching tube, and has a passage for the body to be plucked, and is provided with a through-trapping on the adjacent wall surface of the two, and the connecting passage for the external gas to enter the storage chamber of the launching & I4 'is formed a first flow path L1, and there is a control valve 7 Q ' in the body 2 ' and 'control paste 7 〇 inside - control 8 8 , the ( 4 ) rod ( 10 ) by the power of the rear - electromagnetic _ 阀 valve stem 91 control, and move between the first and second positions, and the control rod 8 Q is sleeved with three 〇-shaped rings arranged in an equidistant interval, 1, 7 control valve 7 〇 and control A front groove 7μ and a rear groove 72 are formed between the rods 8◦, and the control valve 70 is provided adjacent to the front and rear grooves 71 and 7 2 - a gas injection port 7 3 , a bidirectional gas port 7 4 , and a one-way gas port 7 5 and a domain port 7 6 In addition, a spring β is provided at the junction of the control rod 8 〇 and the valve stem 91. When the lever 80 is in the first position, the injecting gas σ 7 3 and the bidirectional port 7 4 are in communication with the rear M340441 slot 72. Thus, the second channel [2] is generated, and the one-way port 75 and the port 63 6 Then, the flow channel extending from the two-way port 71 is branched in the launching pipe 10 - the second flow path L3 and the fourth flow path L4, and the third flow path L3 is connected to the sley 5 0 At the rear of the piston 51 in the rear stage, the fourth flow path [4 is connected between the ball feeder 60 and the launch tube 1Q, and the fifth flow path L5 is extended by the one-way air port 75, • the fifth flow path L 5 is connected to the y (10) ejector 6 Q between the bump 6 i and the squat _ 5 0 front section; if in the second position, the bidirectional, unidirectional air port 7 4, 7 5 is connected with the Ru Ru slot 71 communicates and limits the second flow path: 2 is connected with the two-way port 7 4, and the communication port 7 6 is connected with the one-way port 7 5 and the front groove; thus constitutes the main internal structure of the creation, and the creation Please refer to the first figure and the second figure first. When the trigger 21 of the gun body 20 is not buckled, the control lever 8 is placed in the first position, so that the rear groove 72 is supplied with the gas π 7 3 and the two-way air port 74 is in a conducting state, and the 20-month end is grabbed. The gas cylinder in the 2 2 gas cylinder is the first to flow the gas, so that the gas can flow directly into the storage gas to the 14' sub-a gas and the gas can flow through the second flow path [1. In the tank 7 2, the third and fourth flow paths L 3 and L 4 respectively branched by the two-way gas σ 7 4 are emitted into the body 1 , and the gas flows to the piston 5 along the third flow path L 3 . At the rear of the work, the piston 51 can be pushed forward to the third position to close the ejector 5's emission hole 5 2 'to prevent the gas in the gas storage chamber 14 from flowing into the emission hole 52, and along the fourth flow path. When L 4 flows between the transporter $6 0 and the launch tube 1〇, the bump 6 can be pressed. “The transporter 6 0 backwards to the first position is located against the middle section of the squat 5 Q, indirectly eliminating the drop hole χ 3 The smashing of the paintball A 1 can be carried out from the falling frame into the through hole worker a, and the unidirectional air port 7 5 is connected to the money port 7 6 by the front groove 7 1 . 9 M340441 Please refer to the third figure, once the buckle machine is 2, this The electromagnetic 阙 9 ◦ is energized to generate magnetic force that is attracted to the valve stem 9 i, and the magnetic suction valve is used to slant backwards to the rear rod 8 Q to the second recording, so that the 丨 7 丨 can be used for bidirectional, unidirectional holes. The ports 74, 75 are in a conducting state. The gas flowing into the rear groove 72 is limited by the f-type f 1 barrier and cannot flow into the two-way port 7 4 . The gas flowing into the second channel L 2 flows into the second and thin runners. L 3 , L 4 ' and in the third and fourth flow paths L 3, L 4 gas will flow back into the front groove 71, and then flow into the fifth machine by communicating with the front groove 7 i through the one-way port 7 5 L 5 'milk along the fifth flow path L 5 to the other end of the projectile 6 〇 bump 6 'by pressing the bump 6 1 to send the 6 Q forward to the second position crane, indirectly blocking Dropping the bullet hole 13 and the through hole i, and forming the sixth flow path L6 with the oblique end 6丄丄 of the _i and the front guide groove 5 of the squat 50, so that the gas in the fifth flow path L 5 utilizes the gas The sixth flow passage L6 is screaming; L1! In addition, since the gas is again pressed by the rear of the piston 51, the gas in the air reservoir 丄4 can pass through the side hole 5仏, and the piston 5 is pressed backward to the fourth position. Make the fascination 5 Q and the side hole 5 4 Opened, > gas in the gas storage chamber 14 is pressed forward along the emission hole 52 to press the paintball A i, and the sixth flow channel L 6 in the same direction is pressed, the paintball A! The double shot is injected toward the joint portion 12 to complete the entire firing action. When the trigger 21 is released after the firing, the lever 8 is reset to the second position by the elastic pushing of the spring b. 2 The gas for the second flow path l 2 is again circulated to the third and fourth flow paths L3, L4', so that the paintball can be recovered to the state to be fired. M340441 [Simple description of the diagram] The first picture is the front section of the creation of this creation. The second picture is a cross-sectional view of the creation of this creation. The third picture is the paint bullet and its partial cross-section of the creation. [Main component symbol description] 1 0---Transmission tube #12---Bridge 14---Gas chamber 2 1---Trigger 3 0---Cover 5 0---膛 5 2 ---Emission hole
5 4---側孑L 馨6 1---凸塊 7 0---控制閥 7 2---後槽 7 4---雙向氣口 7 6---洩氣口 8 1----〇型環 9 1---閥桿 A 1---漆彈 11---貫孔 13---落彈孔 2 0---槍身 22---氧化加速器 4 0---槍機 5 1---活塞 5 3---導槽 6 0---送彈器 611——斜向端 7 1---前槽 7 3---注氣口 7 5---单向氣口 8 0---控制桿 9 0---電磁閥 A----落彈座 B----彈簧 11 M340441 L 1---第一流道 L 3---第三流道 L 5---第五流道 L 2---第二流道 L 4---第四流道 L 6---第六流道5 4---Side 孑L Xin 6 1---Bump 7 0---Control valve 7 2---Rear groove 7 4---Two-way port 7 6---Blowout port 8 1---- 〇-ring 9 1---Valve A 1---paint lacquer 11---through hole 13---drop hole 2 0---gun body 22---oxidation accelerator 4 0---gun 5 1---Piston 5 3---Guide 6 0---Feeder 611 - Oblique end 7 1---Front groove 7 3---Injection port 7 5---One-way port 8 0---Control lever 9 0---Solenoid valve A----Left seat B----Spring 11 M340441 L 1---First flow path L 3--- Third flow path L 5-- - Fifth flow path L 2---Second flow path L 4---fourth flow path L 6--- sixth flow path
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