M356889 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種具有高性能、低耗氣之漆彈搶。 【先前技術】 漆彈運動由來已久’並衍生出多種型態之漆彈運動類型。而 漆彈搶亦在漆彈運動普及，並經由不斷使用、改良後而逐漸成為 技術成熟之領域。 其中，在習用漆彈搶結構中，其槍身部主要係由送彈器、氣 閥及多數導氣孔道等元件所構成H為了進—步提升漆彈搶 之氣體利用效率及其射速，同時減少其故障率，是以本業界人士 仍持續針對轉搶結構進行研發、改良，以追求更高性能之漆彈 搶結構並滿足漆彈運動愛好者之各種需求。 【新型内容】 本創作之目的即是為了提供—種高性能、低耗氣之漆彈搶結 構。 —产為了達成上述目的，本創作提供了一種漆彈槍（一），其包括 二氣闕及-搶身部’其中該搶身部並包括—落彈孔、1通體、 /舌塞、一軸桿及一送彈器。 藉由該氣閥之啟閉，令該活塞可於其第一、第二位置之間移 从進而控繼送抑於第三、第贿置之_動並導通射擊孔 ^向壓氣體溢出擊發漆彈，完成射擊動作。 【實施方式】 M356889 首先，請參考圖1及圖2，所緣示者分別為本創作检身部之八 解圖及漆彈搶之部分剖面示意圖。本創作之漆彈身=之刀 纖源（未繪示，係與—組接部H)蝴、-她G、= 部30、-餘、-板機（未_及_搶管（未繪示）。复 氣之-痛通樓，且_應朗者扣壓扳= 而選擇性地呈開啟或封閉狀。 勒 於本實施例中，該搶身部3〇包括一搶身本體如 體301具有一中空容室31、—筮身本 弟—乳孔32及一第二氣孔33,且 搶身部3〇更包括一落彈孔34、一四通體35、-活塞36、一軸桿 37、-运彈器38…儲氣筒％及—後蓋4()。其中，該搶身本體 3〇1更具有-進氣流道，該進氣流道係該組接部1〇，是以該進氣 流道内填充有高壓氣體。 其中’ a玄後蓋4(H系與該搶身本體3〇1之後端相螺設，而儲氣 筒39則設置於搶身本體3〇1内，於儲氣筒％内並形成一儲氣室 391。该落彈孔34則開設於該搶身本體3〇1之相對前端，用以供 漆彈自該落彈孔34進入容室31内。 再者，該四通體35係設置於該容室31内且其具有一前段 351、一中段352及一後段353，該中段352之外徑係小於前、後 段351、353之外徑，且該中段352與搶身本體3〇1之間形成有— 第一氣室354’於該後段353適當處則實質軸向貫設有一第一通道 355，該第一通道355係連通該第一氣室354與該儲氣室391，而 該第一氣室354更藉由該第一氣孔32而與該高壓氣源相連通。此 M356889 外’該四通體35更具有一容置槽356，該容置槽356係自該前段 351向後軸向開設者，於該容置槽356遠離前段351之一端開設有 一第二通道357，於該中段352適當處則開設有一第三通道358。 該活塞36係設置於該容置槽356内並可於一第一位置及一第 - 二位置之間移動’且該活塞36將容置槽356分隔成一第二氣室361 與一第三氣室362。此外，於活塞内更開設有一第四通道363。其 - 中，該第二通道357係連通第二氣室361與該氣閥20，第三通道 • 358係連通第三氣室362與第-氣室354，而第四通道363則連通 第二、第三氣室36卜362。此外，該第二氣室361與活塞36之接 觸面為一第一推面，而第三氣室362與活塞36之接觸面為一第二 推面，且該第一推面之面積大於第二推面之面積。 另外，該軸桿37具有一第一端371及一第二端372，該第一 端371係與四通體35之前段351相固接’且第一端371内部具有 一連通第三氣室362之氣道373。該第二端372則形成一呈圓柱狀 鲁之桿體374 ’於桿體374適當處開設有多個穿孔375。 該送彈器38可於一第三位置及一第四位置之間移動，且其具 有一射擊孔道381。該射擊孔道381之口徑不小於桿體374之外 徑，且送彈器38外周緣適當處形成有一較大徑之凸緣382，而在 本實施例中’該凸緣382係位於送彈器38靠近四通體35之一端。 其中’於轴桿3?、凸緣382及搶身本體3〇1之間形成有—第四氣 至383於送彈器％、凸緣382與搶身本體301之間則形成有一 第五氣室384。再者，該第四氣室383與凸緣382之接觸面為一第 M356889 三推面，而第五氣室384與凸緣382之接觸面為一第四推面，且 第三推面之面積大於第四推面之面積。此外，該轴桿之穿孔 係連通第四氣室383與軸桿37之氣道373，而該第二氣孔33係連 ' 通該第五氣室384與該高壓氣源。 請參考圖2及®I 3。當朗2G呈封閉狀時，高壓氣源内之高 壓氣體係經由第一氣孔32流進第一氣室354，而後經由第一通道 355分流至儲氣室39卜經由第三通道358分流至第三氣室362並 參經由第四通道363分流至第二氣室361。其中，由於第一推面之面 積大於第二推面之面積，因此活塞36會被推動至其第一位置而封 閉該軸桿37之氣道373。此時，該送彈器38係位於其第三位置並 緊密套設於軸桿37之桿體374，是以落彈孔34被開啟而可供一漆 彈進入搶身本體301之容室3卜在本實施例中，高壓氣源内之高 壓氣體亦經由第二氣孔33進入第五氣室384,而該送彈器38即可 被第五氣至3科内之高屋氣體推動向後至其第三位置；然亦可改 鲁於第五氣室384内設置一彈簣而不開設該第二氣孔％，即可利用 彈簧之彈性恢復力而將送彈器38復位至其第三位置。 再來，請參考圖4及圖5。當氣閥20呈開啟狀時，位於第二 耽室361内之高壓氣體會自該氣閥20排出於外界，令第二氣室361 瞬間失壓’因此位於第三氣室362内之高壓氣體會推動活塞％至 其第-位置並開啟軸桿37之氣道。此時，儲氣室別及第一 氣至354内之南壓氣體會經由該氣道373及穿孔375進入第四氣 至383進而推動第三推面，且由於第三推面之面積大於第四推面 6 M356889 之面積，是以可令送彈器38被推動至1 34。於此_，該送彈器38與桿體374脫置而封閉該落彈孔 仟菔脫離套設關 孔道381與該第四氣請彼此連通，令高壓氣體自射擊 溢出並發射該漆彈，完成射擊動作。 由上揭說明可知，本創作之漆(_)之構 且四通體後方設置有-儲氣筒’可提供充足且^二射 氣源，增加漆雜之射程。此外，該漆彈搶（―） 機之作動控制_之關，触充分_高觀縣轉轉反 运彈益之位移，提高氣體之_率並減少構件之朗。再者，該 高壓氣源與射擊孔道之連通並未如f知技藝通過該氣閥，_則= 避免氣源之絲、浪費，二則可令氣體流缺加順暢，並提高射 速0 綜上，本創作之漆彈槍（一）確實具有進步之功效，符合專 利法規定之要件，爰依法提起專利申請，鑑請釣局早 利，實感德便。 ^寻 M356889 【圖式簡單說明】 圖1為本創作搶身部之分解圖 〇 圖2為本創作搶身部之剖面示意圖。 圖3為本創作搶身部之作 圖4為本創作搶身部之作動圖 圖5為本創作搶身部之作動圖 (二）’其中該氣β (二）’其中§亥氣ρ 【主要元件符銳說明】 10 :組接部 20 :氣閥 361 .第二氣室 30 :搶身部 362 :第三氣室 3〇1 :搶身本體 363 :第四通壤 31 :容室 37 :軸桿 32 :第一氣孔 371 :第一端 33 :第二氣孔 372 :第二端 34 :落彈孔 373 :氣道 35 :四通體 374 :桿體 351 :前段 375 :穿孔 352 :中段 38 =送彈器 353 :後段 381 :射擊孔遒 354 :第一氣室 382 :凸緣 355 :第一通道 383 :第四氣室 384 :第五氣室 呈開啟狀。 8 M356889 356 :容置槽 357 :第二通道 358 :第三通道 36 :活塞 39 :儲氣筒 391 :儲氣室 40 :後蓋M356889 V. New Description: [New Technology Field] This creation is about a high-performance, low-consumption paint cartridge. [Prior Art] Paintball has a long history and has derived a variety of types of paintball movements. Paintball grabs have also become popular in paintballs, and have gradually become areas of technological maturity through continuous use and improvement. Among them, in the conventional paintball grab structure, the body of the gun body is mainly composed of elements such as a feeder, a gas valve and a plurality of air guiding holes, etc. In order to further improve the gas utilization efficiency and the rate of fire of the paint bomb, At the same time, the failure rate is reduced, so that people in the industry continue to research and develop and improve the structure of the transfer, in order to pursue a higher performance paint bomb grab structure and meet the various needs of paintball enthusiasts. [New Content] The purpose of this creation is to provide a high-performance, low-emission paintball structure. - In order to achieve the above objectives, the present invention provides a paintball gun (1), which includes a two-gas squat and a squatting part, wherein the body part includes a drop hole, a 1-body body, a tongue plug, and an axis. Rod and a feeder. By opening and closing the gas valve, the piston can be moved between its first and second positions, and then controlled to be sent to the third, the second bribe, and the firing hole is fired. Paintball, complete the shooting action. [Embodiment] M356889 First of all, please refer to Fig. 1 and Fig. 2, which are shown in the figure of the eight parts of the creation of the body and the schematic diagram of the part of the paint. The paint body of this creation = the source of the knife fiber (not shown, the system and the joint part H) butterfly, - her G, = part 30, - Yu, - board machine (not _ and _ grab the tube (not painted Show). The qi-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The utility model has a hollow chamber 31, a body-bottle 32 and a second air hole 33, and the body portion 3 further includes a falling hole 34, a four-way body 35, a piston 36, a shaft 37, - the transporter 38 ... the air reservoir % and the rear cover 4 (), wherein the grab body 3 〇 1 further has an intake air passage, the intake flow passage is the set of joints 1 〇 The inlet air passage is filled with high-pressure gas. Among them, the a-back cover 4 (the H system is screwed with the rear end of the body 3〇1, and the air reservoir 39 is disposed in the body 3〇1 for storage. A gas storage chamber 391 is formed in the gas cylinder %. The falling bullet hole 34 is opened at the opposite front end of the grab body 3〇1 for the paintball to enter the chamber 31 from the falling bullet hole 34. The four-way body 35 is disposed in the chamber 31 and has a a segment 351, a middle segment 352 and a rear segment 353. The outer diameter of the middle segment 352 is smaller than the outer diameters of the front and rear segments 351 and 353, and the middle portion 352 is formed with the first body 354. A first passage 355 is substantially axially disposed at a suitable portion of the rear portion 353. The first passage 355 is connected to the first air chamber 354 and the gas storage chamber 391, and the first air chamber 354 is further The first air hole 32 is connected to the high-pressure air source. The M356889 outer portion has a receiving groove 356, and the receiving groove 356 is axially opened from the front portion 351. A third passage 357 is defined in one end of the 356, and a third passage 358 is defined in the middle portion 352. The piston 36 is disposed in the receiving groove 356 and can be in a first position and a first The piston 36 divides the receiving groove 356 into a second air chamber 361 and a third air chamber 362. In addition, a fourth passage 363 is defined in the piston. The passage 357 is connected to the second air chamber 361 and the air valve 20, and the third passage 358 is connected to the third air chamber 362 and the first - The air chamber 354, and the fourth passage 363 is connected to the second and third air chambers 36. 362. In addition, the contact surface of the second air chamber 361 and the piston 36 is a first pushing surface, and the third air chamber 362 is The contact surface of the piston 36 is a second pushing surface, and the area of the first pushing surface is larger than the area of the second pushing surface. In addition, the shaft 37 has a first end 371 and a second end 372, the first The end 371 is fixed to the front section 351 of the four-way body 35 and the first end 371 has an air passage 373 communicating with the third air chamber 362. The second end 372 forms a cylindrical rod 374 ' The rod body 374 is suitably provided with a plurality of perforations 375. The ejector 38 is moveable between a third position and a fourth position and has a shooting aperture 381. The diameter of the shooting tunnel 381 is not less than the outer diameter of the rod 374, and a flange 382 having a larger diameter is formed at the outer periphery of the feeder 38, and in the present embodiment, the flange 382 is located at the feeder. 38 is near one end of the four-way body 35. Wherein a fourth gas is formed between the shaft 3?, the flange 382 and the body 3〇1, the fourth gas to 383 is at the feeder %, and the flange 382 is between the body 301 and the body 301. Room 384. Furthermore, the contact surface of the fourth gas chamber 383 and the flange 382 is a third surface of the M356889, and the contact surface of the fifth gas chamber 384 and the flange 382 is a fourth pushing surface, and the third pushing surface is The area is larger than the area of the fourth push surface. In addition, the perforation of the shaft communicates with the fourth air chamber 383 and the air passage 373 of the shaft 37, and the second air hole 33 is coupled to the fifth air chamber 384 and the high pressure air source. Please refer to Figure 2 and ® I 3 . When the Lang 2G is closed, the high pressure gas system in the high pressure gas source flows into the first gas chamber 354 through the first air hole 32, and then is branched to the gas storage chamber 39 via the first passage 355, and is diverted to the third passage 358 through the first passage 355. The three gas chambers 362 are also diverted to the second gas chamber 361 via the fourth passage 363. Wherein, since the area of the first push surface is larger than the area of the second push surface, the piston 36 is pushed to its first position to close the air passage 373 of the shaft 37. At this time, the feeder 38 is in its third position and tightly sleeved on the shaft 374 of the shaft 37, and is opened by the falling hole 34 to allow a paintball to enter the chamber 3 of the body 301. In this embodiment, the high-pressure gas in the high-pressure gas source also enters the fifth gas chamber 384 via the second air hole 33, and the bomber 38 can be pushed backward by the fifth gas to the high-chamber gas within 3 sections. The third position; however, it is also possible to set a magazine in the fifth air chamber 384 without opening the second air hole %, and the spring recovery force of the spring can be used to reset the feeder 38 to its third position. Again, please refer to Figures 4 and 5. When the gas valve 20 is in an open state, the high-pressure gas located in the second chamber 361 is discharged from the gas valve 20 to the outside, so that the second gas chamber 361 is instantaneously depressurized'. Therefore, the high-pressure gas located in the third gas chamber 362 The piston % is pushed to its first position and the air passage of the shaft 37 is opened. At this time, the south gas of the gas storage chamber and the first gas to 354 will enter the fourth gas to the 383 via the air passage 373 and the perforation 375 to push the third pushing surface, and the area of the third pushing surface is larger than the fourth pushing. The area of face 6 M356889 is such that the transporter 38 can be pushed to 134. In this case, the ejector 38 is disengaged from the rod 374 to close the blast hole 仟菔 套 关 关 381 381 and the fourth gas, and the fourth gas is connected to each other, so that the high pressure gas overflows from the shot and the paintball is fired. Complete the shooting action. It can be seen from the above description that the lacquer (_) of the present invention is provided with a - air reservoir behind the four-way body to provide sufficient and two-shot gas source to increase the range of the paint. In addition, the paintball grab (-) machine's actuation control _ close, full of _ Gaoguan County to transfer the displacement of the rebound, improve the gas rate and reduce the component. Moreover, the connection between the high-pressure gas source and the shooting tunnel is not passed through the gas valve as in the art, _ then = avoiding the gas source and waste, and the second can make the gas flow lacking smoothly, and improve the rate of fire 0 On the other hand, the paintball gun (1) of this creation does have the effect of progress, meets the requirements of the patent law, and filed a patent application according to law, so that the fishing bureau can make a profit early. ^寻 M356889 [Simple description of the diagram] Figure 1 is an exploded view of the creation of the body part of the creation 〇 Figure 2 is a schematic cross-sectional view of the creation of the body part. Figure 3 is the creation of the body part of the creation. Figure 4 is the action diagram of the creation of the body part. Figure 5 is the action diagram of the creation of the body part (2) 'where the gas β (two)' where § hai ρ The main component is a sharp description] 10: assembly 20: air valve 361. second air chamber 30: body 362: third air chamber 3〇1: body 363: fourth soil 31: chamber 37 : shaft 32: first air hole 371: first end 33: second air hole 372: second end 34: drop hole 373: air passage 35: four-way body 374: rod body 351: front section 375: perforation 352: middle section 38 = The feeder 353: the rear section 381: the shooting aperture 354: the first air chamber 382: the flange 355: the first passage 383: the fourth air chamber 384: the fifth air chamber is open. 8 M356889 356 : accommodating groove 357 : second channel 358 : third channel 36 : piston 39 : air reservoir 391 : gas storage chamber 40 : back cover