M313233 八、新型說明： 【新型所屬之技術領域】 本創作係有關-種漆彈撿之擊發結構，尤指—種利用同—進 氣源同時控制槍機之移動及轉漆彈之漆彈槍。 【先前技術】 4閱第6圖所不’係為習知漆彈槍之擊發結構，其主 於漆彈搶之_6内财1道61及一連職通道61之落彈 孔6 3 ’ δ亥通遏6丄一端係為漆彈之出口 6丄丄，且該通道61 :、知機6 2設置，該搶機6 2之中段及尾段分別具有一塞 而"亥通這6 1對應各該塞體6 2 1 a、 6 ^^別且有'"阻隔部6 1 2與—容置部6 1 3，且該通道 ==612兩側分別形成一第一氣室61“與一第 =:14:’而該槍體6對應各該氣室614a、6l4b :有—進氣部64a、64b，俾供導入高壓 入各該氣室6l4a、6 14_ W'653t h之4b内，且各該進氣部6 4 a、 b之乳體制係由—扳機6 6所 前後移動與擊發漆彈。 "構鶴該搶機6 2之 ,管=。漆彈搶之擊發結構’係利用兩進氣部“a、64 之擊發，叫進人[餘6 i 4 2之讀祕與控制漆彈 #，备4 a以推動搶機6 2後退 相6 2後峨娜㈣，繼體之浪費: ,M313233 由於=彈，之高壓氣體源係為—儲存高壓氣體之鋼瓶，其容量有 若月b節省氧體之浪費，勢必能增加擊發漆彈之數量。 再者，該搶機6 2係一體加設有兩塞體6 2 i a、6 2工b 用4¼體6軸向之空間，使搶體6之長度無法縮短，增加 I至持寸之不便，且無法適用手搶型之搶體。 又因，該搶機6 2—體設有兩塞體6 21M313233 VIII. New Description: 【New Technical Fields 】 This creation is related to the firing structure of paint lacquer, especially the lacquer gun that uses the same air source to control the movement of the gun and the paint. . [Prior Art] 4 Read Figure 6 is not the firing structure of the conventional paintball gun. It is mainly used in the paintball to grab the _6 inner financial 1 road 61 and the landing hole 61 of the serial passage 61 6 3 ' δ One end of the Haitong suppression 6丄 is the exit of the paintball 6丄丄, and the passage 61:, the machine 6 2 is set, the middle and the tail of the 6 6 have a plug and the “Haitong” 6 1 Corresponding to each of the plug bodies 6 2 1 a, 6 ^ ^ and there is a '" barrier portion 6 1 2 and the receiving portion 6 1 3, and the first air chamber 61 is formed on both sides of the channel == 612 And the first ==14:' and the gun body 6 corresponds to each of the air chambers 614a, 6l4b: there are - intake portions 64a, 64b, for the introduction of high pressure into each of the air chambers 6l4a, 6 14_ W'653t h 4b Inside, and the milk system of each of the inlet portions 6 4 a, b is moved forward and backward by the trigger 6 6 and the paintball is fired. "The crane is the machine 6 2, the tube =. The paint bomb grabs the firing structure 'Using the two air intakes "a, 64 of the firing, called into the [other 6 i 4 2 reading secret and control paint bomb #, prepare 4 a to promote the rushing machine 6 2 retreat phase 6 2 after the 峨 na (four), Subsequent waste: M313233 due to the = bomb, the high-pressure gas source is - storage of high-pressure gas Bottle, which has a capacity Wakatsuki b waste of the body of oxygen, it is bound to increase the number of firing paintball. Furthermore, the rushing machine 6 2 is integrally provided with two plug bodies 6 2 ia, 6 2 b, and 41⁄4 body 6 axial space, so that the length of the grab body 6 cannot be shortened, and the inconvenience of increasing the I to the inch is not possible. And it is not possible to apply the grab type. Also, the rushing machine 6 2 body is provided with two plug bodies 6 21
要 具2一定之長度’在製造時須確保該搶機轴向之精度，若精度不 良容易造成搶機6 2之移動不賴，而影響娜速率，且長期使 用及激烈運$下’容紐搶機6 2歪斜，而造成故障無法使用。 據此剛述漆彈槍結構所產生之缺點，實有進一步改良之必 【新型内容】 之擊之主要目的，在於解決上述的問躺提供—種漆彈搶 漆二1於本創作本創作進人該儲氣室之氣體可同時擊發 動，且推動’而不用再另外再接一氣源來控制搶機之移 覆使用而節：ΓΓ氣體可再回送至儲氣室内，使氣體可重 ，虱體，進而增加擊發漆彈之次數。 内，目的，在_罐之導㈣穿伸於該检機 進而可縮減錄m柱移動，崎短搶機鶴之麵空間， 搶體。 體之長度’而方便握持操作，且可適用手搶型之 M313233 广達前叙㈣，賴作主要储有—_，t緣體中 一擊發結構，其中·· 該搶體内轴向紗-通道’該通道—端_，另—端為一出 口，以供連接一搶管，而該通道鄰近該出口處具有—荩彈口，咳 落彈口震設-供漆彈進人之落彈管，以供該漆彈落;通:二 而該通道於該落彈口相對該出口之_側設有該擊發結構，另鎌 體一侧設有一握把，該握把内設有一扳機 該擊發結郷魏雜’· 扳動魏她係供控制 該擊發結構包衫-巾红科、—容胁鮮制之槍機 ^一㈣職狀控辦，辭㈣設置於歸體之通道於該落 舞口相對該出口之-側’該管件_分職職通道，且該通道 於该官件外侧形成-儲氣室’該儲氣室與該管仙部設有連通之 ^推且該儲氣室係經-管路連通—氣體源，以供氣體源之高壓 乳體進入該儲氣室内並經該流道進入該管件内· 該搶機係容置於該管件内部，並:管件之軸向移動，該搶 機内具有一軸向貫通之出氣道，_ 及出虱遏一端開口連通該搶體之 口則可連通該通叙職室，且該搶機位 運之储氣室-端具有-凸部，該凸部—側形成一第一推抵面’另 -側形成H抵面，且該凸部使該搶機之外緣與該管件之内 壁間形成-空間，使辭叙流道魏至該㈣’喊 她機之凸部的1設有i部，崎錄機鑛時 件、 M313233 . 該㈣件係位_管件連通_氣室之-端，該控制件向該 私機之出氣逼延伸—導柱’該導柱内設有—連通至搶體外之茂氣 道，且該控制件於該導柱之一侧形成一阻擔面，以供阻擔住該管 件連通該儲氣室之-端，而該控制件異於該阻擔面之另一側則形 力面，且該控制件以該受力面將該管道之儲氣室區隔成^ 一進乳室’輸搶體對應該進氣室設有—進氣管道，以供該氣體 •源^該進氣管道進入該進氣室推動該控制件移動，且該進氣管道 係文該扳機組之控制，以管制該氣體源之氣體經該進氣管道進入 …本創作之上述及其他目的與優點，不難從下述所選用實施例 之徉細說明與附圖中，獲得深入了解。 當然’本創作在某些另件上，或另件之安排上容許有所不同， ^所選用之實施例，則於本說明書中，予以詳細朗，並Must have a certain length of 'the need to ensure the accuracy of the axial direction of the machine during manufacturing. If the accuracy is poor, it will easily cause the movement of the machine to be ridiculous, and affect the rate of Na, and the long-term use and fierce transportation will be under the hood. The machine 6 2 is skewed and the fault cannot be used. According to the shortcomings of the structure of the paintball gun, the main purpose of the further improvement is that the main purpose of the attack is to solve the above problem. The gas in the gas storage chamber can be fired at the same time, and pushes 'without another gas source to control the transfer of the rushing machine. The cesium gas can be sent back to the gas storage chamber to make the gas heavy. The carcass, which in turn increases the number of times the paint is fired. Inside, the purpose, in the _ can guide (four) to stretch through the inspection machine, which can reduce the movement of the m-column, the short space of the plane to grab the plane, grab the body. The length of the body is 'easy to hold the operation, and it can be applied to the M313233 of the hand grab type. (4), the main storage is -_, a striking structure in the t-body, where ··· - Channel 'the channel - end _, the other end is an outlet for connecting a pipe, and the channel has a 荩 荩 邻近 near the exit, the coughing bullet is set - for the paint bomb to enter The bullet is provided for the paint to fall; the pass: the passage is provided with the firing structure on the side of the falling port relative to the outlet, and the other side of the body is provided with a grip, and the grip is provided with a trigger The firing knots Wei Wei '· 魏 Wei she is used to control the firing structure of the blouse - towel red branch, - the handle of the fresh machine gun ^ one (four) job control office, the words (four) set in the channel of return The falling mouth is opposite to the exit-side 'the pipe fitting_ separate service passage, and the passage forms a gas storage chamber outside the official member. The gas storage chamber is connected with the pipe fairy portion and pushes The gas storage chamber is connected by a pipeline-a gas source, so that a high-pressure emulsion of the gas source enters the gas storage chamber and enters the pipe through the flow channel. Inside the pipe, and: the axial movement of the pipe member, the rushing machine has an axially extending air outlet, and the _ and the outlet end are connected to the mouth of the rushing body to connect to the general office, and the rushing The air chamber-end has a convex portion, the convex portion-side forms a first pushing surface, and the other side forms a H-butting surface, and the convex portion makes the outer edge of the rushing machine and the pipe member Forming a space between the inner walls, so that the rhythm of the rhyme Wei Wei to the (four) 'the one that calls the convex part of the machine is equipped with the i part, the Kawasaki machine time piece, M313233. The (four) piece line_tube connection_gas chamber At the end, the control member extends to the air outlet of the private machine, and the guide column is disposed in the guide column to communicate with the external air passage of the external body, and the control member forms a resisting surface on one side of the guide post. The control member is configured to be different from the other side of the resisting surface, and the control member stores the gas in the pipeline with the force receiving surface. The chamber is divided into a feeding chamber, and the intake body is provided with an intake duct for the gas source. The gas inlet pipe enters the inlet chamber to push the control member. And the intake duct is controlled by the trigger unit to control the gas of the gas source to enter through the intake duct. The above and other objects and advantages of the present invention are not difficult to select from the following selected embodiments. Detailed explanations and detailed explanations are obtained. Of course, 'this creation is allowed to differ on certain parts or arrangements of parts. ^The selected examples are detailed in this manual.
中展示其構造。 M 【實施方式】 #苓閱第1圖與第2圖 Μ τπ不有马本創作所選用之實 例、^此僅供說明之用，在專利申請上並不受此種結構之限制 創作係-種漆彈搶之擊發結構，如第1圖至第2圖所示 ”主要係具有-搶體i，該搶m中設有—擊發結則，鮮 _㈣亥搶向設有—通道1 1，該通道1 1-端封閉，； H.111，以供連接-槍管12,在本實施例中，言 M313233 搶體1於該通道11異於該出口111之一端設有一後塞體i 8，以供封閉該通道1 1，而該通道1 1鄰近該出口 i i i處具 有一落彈口1 12，該落彈口1 12裝設一供漆彈3進入之落彈 管1 16，以供該漆彈3落入該通道1 1内，而該通道i i於該 落彈口1 12相對該出口1 1 1之一側設有該擊發結構2，以供 名發洛入該通道1 1内之漆彈3 ’另該搶體1一側設有一握把1 3，該握把13内設有一扳機組17，該扳機組17係供控制該 擊發結構2擊發漆彈3。 该擊發結構2包含有一中空之管件21、一容置於該管件2 1内之搶機2 2及一控制該搶機2 2之控制件2 3，其中： 该管件21係设置於该搶體1之通道1 1於該落彈口1 12 相對該出Di b-側’鮮件2丨兩端分別連通該通道工 t且該通道1伙該管件2 i外侧形成—儲氣室i i 3，該儲 =至1 13與該管件21内部設有連通之流道21 i，且該儲氣 =113連通-氣體源4，以供氣體源4之高壓氣體進入該儲氣 =U 3内並經紐道2 i i進人該管件2 i N，在本實施例 ’該搶體1内設有—管路14，該管路14-端連通至該儲氣 气辨13 ’另—端則連接—調壓閥15，該調壓閥15則連接該 而該管件21外壁凹設二道凹槽M2，各該凹槽2 孔2 刀別延伸至°亥儲氣室1 1 3，另一端則分別徑向開設一 至°亥官件21内’藉此形成連通該儲氣室113與該管 M313233 件21内部之流道211。 該搶機2 2躲置_管件2 1内部，& 向移動，該搶機2 2内具有-軸向、^玄官件2 1之軸 、者9 〇 ” 車白貝通之出氣道2 2 1，該出氣 遏221—端開口連通該搶體i 、 .通該通道u之儲氣室’另—端開口則可連 -神尸―且该搶機22位於該通道丄工之 儲氣至1 13之一端具有一凸部p 9 ^ 該凸部2 2 2一侧形成 • 〇 另—側形成-第二她面2 2 4，該凸邙 2 2 2使雜機2 2之外緣與該管件21之内壁間形成-空Γ2 =使^件2 1之流逼21 1連通至該空間2 i 5，而該管 異於該槍機2 2之凸部2 2 2的—端設有—擔部2工4， 以防該搶機2 2移動時脫出該管件2工。 該控制件2 3係位於該管件2工連通該儲氣室工工3之一 .端’該控制件23向該搶機22之出氣道221延伸—導柱23 鲁^ ’该導柱2 3 1内設有-連通至搶體丄外之麟道2 3 4，且 X控制件2 3於料柱2 3 1之-側形成—阻擔面2 3 2，以供 阻擋住知件2 1連通該儲氣室1丨3之—端，而該控制件2 3 異於該阻擋面2 3 2之另一侧則形成一受力面2 3 3，且該控制 件2 3以該受力面2 3 3將該管道11之儲氣室113區隔成另 一進氣室1 14，而該搶體1對應該進氣室丄i 4設有一進氣管 道16 ’以供氣體源4經該進氣管道16進入該進氣室114推 動該控制件2 3移動，且該進氣管道16係受該扳機組17之控 M313233 制，以管制該氣體源4之氣體經該進氣管道16進入該進氣室1 14。 為管制該氣體源4之氣體經該進氣管道16進入該進氣室1 14，在本實施例中，該扳機組17包括有一閥體1γ1及一控 制該閥體171之扳機17 〇，該闕體171係設於該握把13 内，該閥體171内具有一中空容室17 2，該中空容室17 2 中裝設有一閥桿17 3，該閥體171設有連通至該中空容室1 7 2之一第一通氣道17 4、一第二通氣道17 5及一排氣道1 7 6，該第一通氣道17 4係連通至該本體1内之管路14，以 供氣體源4之空氣進入該中空容室17 2内，該第二通氣道17 5係連通至該進氣管道16，以供進入該中空容室17 2之氣體 再進入該進氣室114，而該閥桿17 3之桿體對應該第二通氣 道17 5之兩侧分別具有一弟一基部17 7及一第二塞部1了 丨 8 ’且該閥桿17 3係受該扳機17 0之控制而軸向移動，使該 第一塞部177啟閉該第一通氣道174與第二通氣道χ 7 5間 之連通，並使該第二塞部17 8啟閉該排氣道χ 7 6，在本實施 例中’該閥桿173-端設有-彈簧χ731，以供推抵該閥桿 17 3另一端外露，而該閥桿χ 7 3外露之一端則設有一電磁鐵 179，該電磁鐵！79係受該扳機i 7Q控制帶動該閥桿工了 3之前後移動。 為辅助該控制件2 3之鶴，在本實施例巾，該控制件 11 M313233Show its construction. M [Embodiment] #苓第第1图和图图2Μ τπ There are no examples selected for Maben's creation, ^This is for illustrative purposes only, and is not restricted by this structure in patent applications - The paint firing structure of the paint bomb, as shown in Figures 1 to 2, "mainly has - grab the body i, the grab in the m is set - the firing knot is, the fresh _ (four) Hai grab direction is provided - the channel 1 1 , the channel 1 1-end is closed, H.111, for connecting - the barrel 12, in this embodiment, the M313233 is in the body 1 and the channel 11 is different from the outlet 111 at one end of the outlet 111 8 for closing the channel 1 1, and the channel 1 1 has a ballistic opening 1 12 adjacent to the outlet iii, and the ballistic opening 1 12 is provided with a falling ball 1 16 for the paintball 3 to enter The paintball 3 is dropped into the channel 1 1 , and the channel ii is provided with the firing structure 2 on the side of the ballistic opening 1 12 opposite the outlet 1 1 1 for the name to be inserted into the channel 1 1 The paintball 3' inside is also provided with a grip 13 on the side of the grab body 1. The grip 13 is provided with a trigger unit 17 for controlling the firing structure 2 to fire the paintball 3. The firing structure 2 contains a hollow a tube member 21, a rushing machine 2 2 housed in the tube member 2 1 and a control member 23 for controlling the rushing machine 2 2, wherein: the tube member 21 is disposed on the channel 1 1 of the robbing body 1 The falling port 1 12 is connected to the outlet of the Di b-side 'fresh member 2 分别 respectively, and the channel 1 is formed outside the pipe member 2 i - the gas storage chamber ii 3, the storage = 1 13 and The pipe member 21 is internally provided with a communicating passage 21 i, and the gas storage = 113 is connected to the gas source 4, so that the high pressure gas of the gas source 4 enters the gas storage = U 3 and enters through the new road 2 ii The pipe fitting 2 i N is provided in the body 1 of the present embodiment, the pipe 14 is connected to the gas storage gas 13 'the other end is connected to the pressure regulating valve 15 , the adjustment The pressure valve 15 is connected to the outer wall of the tubular member 21, and two grooves M2 are recessed, and the holes 2 of the groove 2 are extended to the gas storage chamber 1 1 3 , and the other end is radially opened to the left. In the piece 21, a flow passage 211 is formed between the gas storage chamber 113 and the inside of the tube M313233. The rushing machine 2 2 hides the inside of the tube member 2, & -Axis, ^Xuanguan 2 2 axis, 9 〇 The air outlet of the car Baibeitong 2 2 1, the air outlet 221 - the end opening communicates with the grab body i, the air chamber of the passage u can be connected to the other end - the god body - and the machine 22 is located at one end of the passage of the gas storage to a side of the 13 has a convex portion p 9 ^ the convex portion 2 2 2 side formed • 〇 another side forming - second her face 2 2 4, the tenon 2 2 2, the outer edge of the machine 2 2 and the inner wall of the pipe member 21 are formed - the space 2 = the flow of the piece 2 1 is forced to 21 1 to the space 2 i 5, and the pipe is different from the machine 2 2 The end of the convex portion 2 2 2 is provided with a support portion 2 to prevent the tubular member from coming off when the rushing machine 2 2 moves. The control member 23 is located at the pipe member 2 and communicates with the one of the gas storage chamber workers 3. The end of the control member 23 extends toward the air outlet 221 of the rushing machine 22 - the guide column 23 鲁 '' the guide column 2 3 1 is provided - connected to the lining road 2 3 4 outside the body, and the X control member 2 3 is formed on the side of the column 2 3 1 - the blocking surface 2 3 2 for blocking the knowledge piece 2 1 Connected to the end of the gas storage chamber 1丨3, and the control member 2 3 is different from the other side of the blocking surface 2 3 2 to form a force receiving surface 23 3 , and the control member 23 is subjected to the force The surface 2 3 3 partitions the gas storage chamber 113 of the pipe 11 into another inlet chamber 1 14 , and the grab body 1 is provided with an intake duct 16 ′ for the gas source 4 The intake duct 16 enters the intake chamber 114 to push the control member 23 to move, and the intake duct 16 is controlled by the trigger unit 17 M313233 to regulate the gas of the gas source 4 through the intake duct 16 Enter the intake chamber 1 14 . The gas for controlling the gas source 4 enters the inlet chamber 1 through the intake pipe 16 . In the embodiment, the trigger unit 17 includes a valve body 1γ1 and a trigger 17 控制 for controlling the valve body 171. The valve body 171 is disposed in the grip 13 , and the valve body 171 has a hollow chamber 17 2 . The hollow chamber 17 2 is provided with a valve stem 17 3 , and the valve body 171 is connected to the hollow. a first air passage 17 4 , a second air passage 17 5 , and an air passage 174 , the first air passage 17 4 is connected to the pipeline 14 in the body 1 to The air supplied to the gas source 4 enters the hollow chamber 17 2 , and the second air passage 17 5 is connected to the air inlet duct 16 for the gas entering the hollow chamber 17 2 to enter the air inlet chamber 114 again. The rods of the valve stem 17 3 respectively have a first base portion 17 7 and a second plug portion 1 丨 8 ' on both sides of the second air passage 17 5 and the valve stem 17 3 is subjected to the trigger 17 The control of 0 moves axially, so that the first plug portion 177 opens and closes the communication between the first air passage 174 and the second air passage χ 75, and causes the second plug portion 17 8 to open and close the air passage. χ 7 6, at Example 'end of the valve stem is provided with 173- - spring χ731, for pushing the valve rod 173 and the other end is exposed, and the stem χ of the exposed end 73 is provided with an electromagnet 179, the electromagnet! The 79 series is controlled by the trigger i 7Q to move the valve stem 3 before and after. In order to assist the crane of the control member 23, in the embodiment of the towel, the control member 11 M313233
於該受力面2 3 3軸向延伸一凸柱2 3 7，而該搶體1之通道工 1對應該2 3 7設有-塞塊！9，該凸柱2 3 7係穿伸於Z塊 ▲1 9中’城塞塊！ 9與該㈣件2 3之受力面2 3 3 _形成 該進氣室1 14，而該凸柱2 3 7内具有一容室2 3 5，該容室 2 3 5内設有-彈簧2 3 6，該彈簧2 3 6 -端抵於該容室ZA convex column 2 3 7 is axially extended on the force receiving surface 2 3 3 , and the channel 1 of the grabbing body 1 is correspondingly provided with a plug block of 2 3 7! 9, the studs 2 3 7 are stretched through the Z block ▲ 1 9 'the city block! 9 and the force surface 2 3 3 _ of the (4) piece 2 3 form the inlet chamber 1 14 and the chamber 2 3 7 has a chamber 2 3 5 , and the chamber 2 3 5 is provided with a spring 2 3 6, the spring 2 3 6 - end is opposite to the chamber Z
5底部，另一端則抵於該後塞體工8，以提供該控制件2 3 之推力。 為使該控制件2 3之導柱2 31内的洩氣道2 3 4可連通至 搶體1外’在本實施例中，該導柱2 3 i内之茂氣道2 3 4 = 通至該凸柱2 3 7内之容室2 3 5，而該塞塊！ 9與後塞體工、8 間具有-間隙1 15 ’且該後塞體18内開設有數排氣道丄8 1，各該排氣道1 8 ]_之一端連通至該間隙1 1 5，—山 =至該後塞體i 8外部，以供進入該錢道2 3 4之廢氣經該容 至2 3 5流至該間隙115内，再經各該排氣道丄8丄排放合 常態下，即待擊發狀態下，如第2圖所*，該_= ^ 閥體171的閥桿！7 3未受該扳機17 Q控制時，該閥桿 3之弟一基部17 7係開放該第一通氣道17」你μ 一 7 口 β曰 4 一弟二通氣道1 b間之連通，使該氣體源4之氣體經該第—通賓首 =通氣道17 5進人該進氣室1 14，以推動該控制件2 =The bottom of the 5 is at the other end against the rear body 8 to provide the thrust of the control member 23. In order to make the air passage 2 3 4 in the guide post 2 31 of the control member 23 connect to the outside of the body 1 in the present embodiment, the air passage 2 3 4 in the guide column 2 3 i is connected to the The chamber 2 3 5 in the column 2 3 7 and the plug! 9 and the rear plug body, 8 have a gap 1 15 ' and the rear plug body 18 is provided with a plurality of exhaust passages 丄 8 1 , one end of each of the exhaust passages 1 8 ]_ is connected to the gap 1 1 5 , - Mountain = to the outside of the rear plug body i 8 , so that the exhaust gas entering the money channel 2 3 4 flows into the gap 115 through the volume to the flow, and then discharges through the exhaust ports 丄8丄Next, that is, in the state to be fired, as shown in Fig. 2, the _= ^ valve stem of the valve body 171! 7 3 is not controlled by the trigger 17 Q, the brother-base portion 17 7 of the valve stem 3 is open to the first air passage 17", you are a 7-port β曰4, a brother 2 air passage 1 b, so that The gas of the gas source 4 enters the inlet chamber 1 14 via the first pass-through head = air passage 17 5 to push the control member 2 =
“牛2 1雜，使該_件2 3之阻細2 3 2輯住該管X 1連通該儲氣室113，則該儲氣室113經該流道2]义 〆爪、J ·ί 1流至 12 M313233 该官件21内空間215之氣體會推抵該搶機2 2之凸部2 2 2 的第—推抵面2 2 4 ’使該搶機2 2後退定位，以開放該落彈口 1 1 2，讓一顆漆彈3落入該槍機2 2之前端，形成待擊發狀態。 當扳動該扳機組17之扳機17 0時，如第3圖所示，該電 磁鐵17 9會帶動該閥桿17 3移動，使該閥桿丄7 3之第一塞 部17 7關閉該第一通氣道丄7 4與第二通氣道i 7 5間之連 通’讓氣體源4之氣體不再進入該進氣室工14，同時該閥桿工 7 3之第二塞部17 8會開啟該排氣道17 6，以排放該進氣室 U4内之氣體，該控制件23則會因儲氣室工工3之氣體壓力 =退，以該職室丨i 3與該f件2 i之通路，該儲氣室 3之氣體壓力則會推動該搶機2 2之凸部2 2 2的第一推抵 面2 2 3，使該搶機22向 - 所示’使氣體源4之氣體經牛=柱2 3 1，如幽 進入該搶機22之轉道 發位於該搶機2 2前端之漆彈？卫由及出乳道2 21出氣以擊 經該流道211流至該管件2工=到擊發漆彈之目的；而原本 2 2之前移，受該搶機2 2之以工間2 1 5之氣體會因該搶機 壓而回送至儲氣室i i 3内。2 2的第二推抵面2 2 4擠 在漆彈3擊發之後，魏 1 7 3 i之彈力復位，使㈣ 之間桿1 7 3則受該彈簧 d之第一塞部17 7再次開 M313233 制弟—姐道174與第二通 桿17 3之第二塞部丄7 5間之連通，同時該閥 之氣體進人該進氣室U / _錢176 ’讓氣體源4 制件2 3之阻糾2 3 2 ^軸雜娜2 3触，使該控 3，則該繼1 i 3_流1▲連通該儲氣室1 1 1 5之氣體會使該搶機2 2再次後退定1内空間2 形成待擊發狀態，以5;轉彈Γ落人該搶機2 2之前端’ 時，該管件2 1内之¥ _人的拇動作，喊搶機2 2後退 乳體則會經該茂氣道2 3 5再流至該間隙115内，再經各該排氣道181=:至23 由上迷貫施例之說明可知，本創作通勒之儲氣室H W =件2 1内之空間2 1 5設有連通之流道，使進人該儲氣室；； 1 3之氣體可同時供應轉搶機2 2移動之氣源，而不用再另外 再接-氣源來控制槍機之移動，且進人該管件2 i内空間2丄5 之氣體會因該槍機2 2之前移，受該搶機2 2之凸部2 2 2的第 二推抵面U 4擠壓而回送至儲氣室i丄3内，使氣體可重覆使 用而節省氣體，進而增加擊發漆彈之次數。 再者，該控制件2 3之導柱2 31係穿伸於該槍機2 2内， 使該搶機2 2可相對該導柱2 31移動，以縮短搶機2 2移動之 轴向空間，進而可縮減該槍體1之長度，方便握持操作，且可適 用手搶型之搶體。 14 M313233 以上所述實施例之揭示係用以說明本創作，並非用以限制本 創作，故舉凡數值之變更或等效元件之置換仍應隸屬本創作之範 疇0 由以上詳細說明，可使熟知本項技藝者明瞭本創作的確可達 成前述目的，實已符合專利法之規定，爰提出專利申請。 【圖式簡單說明】"Cattle 2 1 miscellaneous, so that the resistance of the _ piece 2 3 is 2 3 2 and the tube X 1 is connected to the gas storage chamber 113, then the gas storage chamber 113 passes through the flow channel 2] 1 flow to 12 M313233 The gas in the space 215 of the official member 21 is pushed against the first pushing surface 2 2 4 ' of the convex portion 2 2 2 of the rushing machine 2 2 to make the rushing machine 2 2 retreat to open the Falling the bullet port 1 1 2, letting a paintball 3 fall into the front end of the bolt machine 2 2 to form a state to be fired. When the trigger 17 0 of the trigger unit 17 is pulled, as shown in Fig. 3, the electromagnetic The iron 17 9 will drive the valve stem 17 3 to move, so that the first plug portion 17 7 of the valve stem 丄 73 closes the communication between the first air passage 丄 7 4 and the second air passage i 7 5 The gas of 4 no longer enters the inlet chamber 14 , and the second plug portion 17 8 of the valve stem 7 7 opens the exhaust passage 17 6 to discharge the gas in the inlet chamber U4. The control member 23 will be due to the gas pressure of the gas storage worker 3 = retreat, with the passage of the office 丨i 3 and the f 2 i, the gas pressure of the gas storage chamber 3 will promote the convexity of the rushing machine 2 2 The first pushing surface 2 2 3 of the portion 2 2 2 causes the rushing machine 22 to show the gas source 4 The gas passes through the cow = column 2 3 1, such as secluded into the rushing machine 22, and the lacquer shell located at the front end of the rushing machine 2 2 is ventilated by the escaping and the milking channel 2 21 to flow through the flow path 211 to the Pipe fitting 2 = the purpose of firing the paintball; and the original 2 2 moved forward, the gas that was subjected to the rushing machine 2 2 5 will be returned to the gas storage chamber ii 3 due to the rushing pressure. 2 2, the second pushing surface 2 2 4 is squeezed after the paintball 3 is fired, and the spring force of the Wei 1 7 3 i is reset, so that the (4) rod 1 7 3 is again opened by the first plug portion 17 7 of the spring d M313233 The brother-sister 174 is in communication with the second plug 丄7 5 of the second pass rod 17 3 , while the gas of the valve enters the intake chamber U / _ money 176 'to make the gas source 4 workpiece 2 3 The resistance is corrected 2 3 2 ^Axis Na 2 2 3 touch, so that the control 3, then the 1 i 3_flow 1 ▲ connected to the gas storage chamber 1 1 1 5 gas will make the rushing machine 2 2 back again 1 The inner space 2 forms a state to be fired, and 5; when the ball is thrown to the front end of the machine 2 2, the thumb of the ¥ _ person in the pipe 2 1 is called, and the machine is called 2 2 Re-flowing into the gap 115 through the air passage 2, and then passing through the exhaust passages 181=: to 23 According to the description of the fascinating example, the space of the air chamber HW = the piece 2 1 of the present invention has a connecting flow path to enter the gas storage chamber; Transfer the 2 2 moving air source, instead of re-connecting the air source to control the movement of the gun, and the gas entering the space 2丄5 of the pipe 2 i will move forward due to the machine 2 2 Pressed by the second pushing surface U 4 of the convex portion 2 2 2 of the rushing machine 2 2 and sent back to the air storage chamber i3, so that the gas can be reused to save gas, thereby increasing the number of firing paintballs. . Furthermore, the guide post 2 31 of the control member 23 extends through the gun 2 2 so that the rushing machine 2 2 can move relative to the guide post 2 31 to shorten the axial space of the rushing machine 2 2 movement. In turn, the length of the gun body 1 can be reduced, which is convenient for holding operation, and can be applied to the hand grab type. 14 M313233 The above description of the embodiments is used to illustrate the present invention and is not intended to limit the creation of the present invention. Therefore, any numerical changes or replacement of equivalent elements should still be subject to the scope of the present invention. This artist has made it clear that this creation can achieve the aforementioned objectives, and it has already met the requirements of the Patent Law and has filed a patent application. [Simple description of the map]
第1圖係本創作之組合剖視示意圖 第2圖係本創作搶體之局部放大示意圖 第3圖係本創作搶機擊發之示意圖 第4圖係本創作擊發漆彈動作之示意圖 第5圖係本創作搶機復位之示意圖 第6圖係習用漆彈搶的結構示意圖 【主要元件符號說明】 (習用部分） 通道6 1 阻隔部612 第一氣室614 a 搶機6 2 落彈孔6 3 高壓氣體源6 5 搶體6 出口6 1 1 容置部6 1 3 第二氣室614b 塞體6 21a、6 2 1 b 進氣部6 4 a、6 4 b 扳機6 6 M313233The first picture is a schematic cross-sectional view of the creation of the second picture is a partial enlarged schematic view of the creation of the body. The third picture is a schematic diagram of the creation of the machine to attack the machine. Figure 4 is a schematic diagram of the creation of the paint movement. Schematic diagram of the rushing machine reset of this creation Fig. 6 is a schematic diagram of the structure of the conventional paint smash [Main component symbol description] (customized part) Channel 6 1 Barrier 612 First air chamber 614 a Robber 6 2 Falling bullet hole 6 3 High voltage Gas source 6 5 grab body 6 outlet 6 1 1 accommodating part 6 1 3 second air chamber 614b plug body 6 21a, 6 2 1 b air inlet part 6 4 a, 6 4 b trigger 6 6 M313233
(本創作部分） 槍體1 出σ 1 1 1 儲氣室1 1 3 間隙1 1 5 槍管1 2 管路1 4 進氣管道16 閥體1 7 1 中空容室1 7 2 彈簧1 7 3 1 第二通氣道17 5 第一塞部1 7 7 電磁鐵17 9 排氣道181 擊發結構2 流道2 1 1 孔2 1 3 空間2 1 5 出氣道2 21 第一推抵面2 2 3 通道1 1 落彈口112 進氣室114 落彈管116 握把1 3 調壓閥1 5 扳機組1 7 扳機1 7 0 閥桿1 7 3 第一通氣道17 4 排氣道17 6 第二塞部17 8 後塞體1 8 塞塊1 9 管件2 1 凹槽2 1 2 擋部2 1 4 槍機2 2 凸部2 2 2 第二推抵面2 2 4 16 M313233 控制件2 3 洩氣道2 3 4 受力面2 3 3 容室2 3 5 漆彈3 導柱2 3 1 阻擋面2 3 2 凸柱2 3 7 彈簧2 3 6 氣體源4(This creation part) Gun body 1 out σ 1 1 1 Gas storage chamber 1 1 3 Clearance 1 1 5 Barrel 1 2 Pipe 1 1 Intake pipe 16 Body 1 7 1 Hollow chamber 1 7 2 Spring 1 7 3 1 Second air passage 17 5 First plug 1 7 7 Electromagnet 17 9 Exhaust 181 Firing structure 2 Flow path 2 1 1 Hole 2 1 3 Space 2 1 5 Air outlet 2 21 First push surface 2 2 3 Channel 1 1 Falling port 112 Inlet chamber 114 Falling tube 116 Grip 1 3 Pressure regulating valve 1 5 Pull unit 1 7 Trigger 1 7 0 Stem 1 7 3 First air duct 17 4 Air duct 17 6 Second Plug 17 8 Rear plug body 1 8 Plug block 1 9 Pipe fitting 2 1 Groove 2 1 2 Stop 2 1 4 Gun 2 2 Projection 2 2 2 Second push surface 2 2 4 16 M313233 Control 2 3 Deflated Road 2 3 4 Force surface 2 3 3 Chamber 2 3 5 Paintball 3 Guide column 2 3 1 Blocking surface 2 3 2 Column 2 3 7 Spring 2 3 6 Gas source 4
1717