M436826 四、指定代表圖： (―)本案指定代表圖為：第（7 )圖 (二)本代表圖之元件符號簡單說明： 切動膠筒2 搶管4 旋切軌道6 Ββ彈體10 調壓裝置11 切壓行程L 搶膛4〇〇 噴射推嘴5 吻接口 50 切動軌61、62M436826 IV. Designated representative figure: (―) The representative representative figure of this case is: (7) Figure (2) The symbolic symbol of the representative figure is simple: Cut the rubber tube 2 Pipe grab 4 Rotary track 6 Ββ弹 10 Pressing device 11 cutting stroke L rushing 4 〇〇 jet pusher 5 kiss interface 50 cutting rail 61, 62
新型說明： 【新型所屬之技術領域】 -種ΒΒ彈體旋切速率提升裝置，為提 間’可全機率獲得瞬間衝壓力 "1 _ ’擊發初始瞬 ΒΒ彈體位轉能之裝置。 & _紐增加自㈣率，提升 【先前技術】 有關騰空運動的物體，如搶强 能力，指消彌空氣阻力，如::彈; 輕轴喷如前述旋轉 -往前上方向的旋切動作，_ =或雜，匕在射程之h須能得到 射程及位移動能。 體的旋切運動而消拜空氣阻力，增加 相關圓體形的彈體如肋播 ^ 弹，為了上述旋轉動作及可獲瞬時衝壓推力， ;主σ ’方向與搶腔的軸心呈垂直，且位在搶腔上圓切位置 ^436826 的切動橫枕產生單向切壓作用，利用該單向切壓所產生的摩擦力，而使彈 體出射後可得往上旋的旋轉動力，以及同體利用切動橫枕作為彈體射擊前 的就定位阻擋行為，讓擊發系統的喷嘴可獲得壓接力量吻合彈體外圓，讓 嗜嘴所輸出的壓力，可有效傳遞在彈體將之壓送出。 有關昔用之BB彈搶枝的設計，因該切動橫枕為橫桿狀，向下表面為弧 化具有一頂點，且為橫向置設在搶腔的上圓切位置，它與Bb彈體相遇為一 點狀的切壓，以及因為它定點狀提供彈體入膛後的定位是一單點狀的阻 擋,，而喷嘴射擊前推入彈體就定位的尺度會因喷嘴推入動作的誤差，彈體 ^的誤姊真目度的誤差而使定健偏差，於是無法麵每—次擊發的 彈體皆能獲得瞬Μ高壓衝量推斥，和有效的切動動作。New description: [New technical field] - The type of tamper-evident speed-cutting device is a device that can extract the instantaneous instantaneous pressure of the initial slamming body. & _ Newly increased from (four) rate, upgrade [previous technology] Objects related to vacant movement, such as the ability to grab strength, refers to the elimination of air resistance, such as:: bomb; light shaft spray as the aforementioned rotation - forward direction Action, _ = or miscellaneous, 匕 must be able to get the range and positional movement energy at the range of h. The body's rotary motion avoids the air resistance, and increases the related round body-shaped projectiles such as ribs, for the above-mentioned rotation action and the instantaneous thrust can be obtained; the main σ 'direction is perpendicular to the axis of the cavity, and The shearing transverse pillow located at the circular cutting position ^436826 of the robbing cavity produces a one-way cutting force, and the frictional force generated by the one-way cutting pressure is used to make the rotating power of the upward rotation after the projectile emerges, and The same body uses the shearing transverse pillow as the positioning and blocking behavior before the shooting of the projectile, so that the nozzle of the firing system can obtain the crimping force to match the outer circle of the bomb, so that the pressure output by the mouthpiece can be effectively transmitted to the body. Send it out. The design of the BB bombs used in the past is because the cutting transverse pillow is in the shape of a cross bar, the lower surface is curved with an apex, and is placed laterally in the upper circular cutting position of the cavity, which is associated with the Bb bomb. The body encounters a point-like cut-off, and because it is positioned to provide a single point-like block after the projectile is inserted into the file, the size of the body that is pushed into the body before the nozzle is fired will be pushed by the nozzle. The error, the error of the trueness of the projectile ^ makes the deviation of the correction, so that the bullets that can not be fired every time can obtain the instantaneous high-pressure impulse repulsion and the effective cutting action.
S用叹什，如第1圖所示，ββ彈的槍枝所設出擊裝置1，是包含有一 嗔射推嘴5以及-搶腔備，該搶腔棚是由一切動膠筒2與一搶管4組合 :成二切動，2為彈性膠質材料所形成，内圓表γ軸上部往中心方向： 二有切動仏枕3 ’該切動橫枕3為一弧形截面的橫桿，位在搶管4的γ軸 童方位，當噴射推嘴5所設吻接口 5〇經由進彈系統(圖上未示)將彈體 m的内部喂入，並受切動橫枕3的相對端阻擔以獲得_的定 H 作全程為喷射推嘴5的吻接口 5〇將填入的BB彈體10推進並 2立隹檢 1接口 5Q是以吻接的柿刀壓在BB彈體的_線位置，BB彈體 BB彈體10^1到達—定位點之後，噴射推嘴5即發生—衝壓的氣體，將 頂點P它二:4 方向喷射推射出’喷射初始動作，BB彈體10的圓切 开;成-力二3動&枕3的下頂點所切壓，產生—阻力，並使BB彈體10 體10^BB彈體10可得自體旋轉_作，驗獅作提供BB彈 H —峨阻力，㈣程距離。 腫400的頂是為一下端截面為圓弧形的橫向桿體’架設在搶 10受吻接口 5〇 ^進縱^10的接觸關係為單一個點狀接觸，若ΒΒ彈體 據，如吻接π 50推進Β°Β彈^^偏移的:則會失去阻歡位及切動的依 ΒΒ彈體10的上頂點可和 射時機為在工作線L的位置，則 _。即可得自_的‘吻::5= 3 噴射推嘴5的工作時機為越過在工作線L2的位置時則bb彈體i〇即無 $受到切動橫枕3的姆，擊發後它會形成平行_作位移，不具旋轉能 使出擊後的BB彈體1〇減短射程距離，相同其動能也因速度的減低而 减少，彈著能量相對也減少，甚至難以達到職的標乾目標。 以及若推入的BB彈體10其質心點未與搶膛侧雜心重疊如偏移， ^即彈體1〇的頂點偏移切動橫枕3的中央點時，則會有緊塞册彈體 作勤流不順驗況，使出雜量無法滿足β 和因上述誤差’使吻接口 50無法得到與耶彈體ig表面的密合吻接， ==間隙會讓傭推嘴5所衝放的高壓氣體制損失，因此彈體也益法 獲付最尚瞬間衝壓力量的推擠動力。 …、 它=ΓΓ 操作。另外，切動橫枕議彈體〗。為單點接觸 1咖繼時嶋所產= 有關切動ΒΒ彈形成上旋的設計 供ΒΒ彈搶彈頭議構，它是在—套環的^案’它提 部有—中央的連接體連接平行於軸心的兩固定體固定體^圓凸，固定 此ΒΒ彈體10進入之後 以固疋體為圓凸體，因 3 ^ ββ «L ? 而兩側的固定體只提供了兩點的接觸機會，二f彈體工 單點’ 接觸幅向左右二點，使喷射推ε請體1()進入後’最佳為 ΒΒ彈體10只接觸其中一點 、二接口 5〇能均勻衝塵ββ彈體I。，若 二點的概念，在徑向的截面位:的5流屋力即不均勻，而同時接觸 上是提供彈體人腔後射擊前、目2單點接觸，以及該©定部在動作 擎則就定位需求的對彈體位置固定，主體負責射 擊前對彈體的就定位E)定操作，和上旋切的功能。 專利第_69案，它提供—種上旋器，其 上圓切面為一單點的接觸。 勹扠供興βΒ彈的 專利咖109案，輔在搶歸翻向凸出設有—擦 糾向凸出錄謂_部，目此曝-點纖。 件 動的2第’它提供—種切壓力可調整的方式，利用一斜向切 π式Α ί朱體的调變而壓動撓性鍵可得深度調整，其 的下頂點與耶彈之_樣輕狀接觸。 後撓11鍵 定和tum，’日它皆為―職接觸的提供彈體上觀定位的阻擋固 件尺度或動作誤差，和切動的機率無法 2作㈣各兀 是出的精密，再加上點壓的王作狀態為單點，於 的工作時機吊會偏移切動點的位置，所以為了滿足包含BB彈入膛後 尚有寻切壓操作’使之產生旋轉能力和速率提升方面， 【新型内容】 ΜΛιΓ創作提么、種夕角位可切動的概念，而利用一旋切轨道，位於搶腔 表面面對朝向_體’於= α夺機，即觉到旋切軌道的長度規範，而得全機率的 =呆作’以及發生加速’使每__顆出擊的_體皆可 及 獲得較絲發料為核主要目的。 Α嶋作及 本，作第二目的為在切動膠筒的人σ端，_設有—以彈性工作的壓 牲认^力圈的最小直徑略小於賴，它提供㈣轉㈣定位扶持，扶 體的2力量提供吻接口吻接時可得—壓接力量，讓吻接口能密合吻接彈 作第三目的係該旋切軌道前後形成有—長度，該長度可經切動軌 ’、”<生削後切動’而使BB彈體出擊後可獲得時間因素，發生更高的上旋旋 5 轉速率 本創作第四目的為該旋切軌雖 以及該旋切轨道的外表徑向方 BB彈體的切壓狀態。 槍管所設的讓Π而往下沉人搶膛的内為=成形，旋切轨道經由 向’可接受一調壓裝置的調整’而調變切動執表面對 【實施方式】 有關本創作之詳細結構紅作 首先請參閱第2圖所示，本創作的旋:=式說明如下： 動膠筒2的内部，其中旋切軌道 ^ 6它可一體成形連結在切 軸心線的切動執61、62，切動執61、2有_道雙數以上，平行於切動朦筒2 册彈體工作時之高度，為能接觸到=7表面)=置’為可操作切動 軸心方向並進入BB彈體的半和值之/體的外圓表’或是朝向切動膠筒2 溝，以及切動轨61、Γ為;;、62之間形成凹入的槽 成形，切祕⑸也為具力細_筒2本體—體 ==3圖所示，搶管4相對旋切軌道6的位置設有-讓口仙， Β二二 鄰近組合在切動膠筒2内部相對端的壓力圈22 -側。 切動膠筒2是為一彈性的膠質材料，旋切圈:二 " 4 2 ^ ^ 4 6 =讓口 40,讓口 40的窗口大於旋切執道6的外觀，於是旋切軌道6可從 進t搶腫’由於切動膝筒2為一彈性膠質所製成，其内圓可略 官4的輕’套合後它會纽—賴的束縣作使二者確實结人， 並，准持旋切執道6可穩定餘在讓口 4() _幅面。 。 本案在彈體人腔後射擊前的定位（固定）概念，創新―環 念，除了能提供對彈體全周圓射生扶持定位之外，更能扶正彈體的中^ 能對正於搶腔的軸心’而在切動膠筒2的入口端内圓，設有一彈性的 廢力圈22，㈣圈22的直徑略小於彈體的直徑，藉其彈性縮合能 為彈性上紐擊猶定位（峡動作)扶持，它與切動職2可_2 形’以及壓力圈22的形狀為-内錐圓，由外往裡漸縮，裡部最小直經小於 M436826 彈體ίο的直；^ ’錐底最大直 鮮 錐度所形相斜般如及本_雜10的餘，利用該 點位置有誤差或ΒΒ彈體1〇直徑誤斜口推疋的則後定 彈性本質的㈣，m + 藉-斜邊别後長度距離的包容及 可有力吻^彈^^ 的任一誤差狀況時，皆能維持吻接口 5〇 1〇。 彈體1〇的外圓，而獲得喷射瞬間衝麗力量，作用於即彈體 到切動膠筒經上述疋件套合後，搶管4的耦合端口 42鄰近組合 墼3 f力圈22 —側位置，兩者的巾空内部空間共構形成-提供S uses sigh, as shown in Fig. 1, the striking device 1 of the ββ bomb has a squirting nozzle 5 and a smashing chamber, which is made up of all the rubber cartridges 2 and one. Collision tube 4 combination: two-cut, 2 is formed by elastic colloidal material, the inner circle shows the upper part of the γ-axis to the center direction: two has the shearing pillow 3'. The cutting transverse pillow 3 is an arc-shaped cross-section , in the position of the gamma axis of the pipe 4, when the kiss interface 5 of the jet nozzle 5 is fed through the injection system (not shown), the inside of the body m is fed, and is cut by the transverse pillow 3 The opposite end of the resistance to obtain _ of the fixed H for the whole process for the jet pusher 5 of the kiss interface 5 〇 will be filled in the BB projectile 10 and 2 check 1 interface 5Q is the kiss of the persimmon knife pressed in the BB bomb The position of the body _ line, after the BB body BB projectile 10^1 reaches the locating point, the jetting nozzle 5 will generate the stamped gas, and the apex P will be injected in the direction of the 4:4 jet to launch the 'initial action of the jet, BB bomb The circle of the body 10 is cut; the force-force 2 3 movement & the lower vertex of the pillow 3 is cut, generating - resistance, and the BB body 10 body 10 ^ BB body 10 can be self-rotating Lions provide BB bombs H - 峨, (Iv) drive away. The top of the swollen 400 is a horizontal rod body with a circular cross-section at the lower end. The contact relationship of the smashing 10 kisses interface 5 〇 ^ into the longitudinal ^ 10 is a single point contact, if the body is like a kiss, such as a kiss When the π 50 pushes the Β° Β ^ ^ ^ offset: the upper apex of the ΒΒ ΒΒ ΒΒ 及 及 及 及 及 及 则会 则会 则会 则会 ΒΒ ΒΒ ΒΒ ΒΒ ΒΒ ΒΒ 上 上 上 上 上 上 上 上 上 上 上. The kiss that can be obtained from _:5=3 The working timing of the jetting nozzle 5 is the bb project i 〇 〇 受到 受到 在 在 bb bb bb bb bb bb bb bb bb bb bb bb bb bb It will form a parallel _ displacement, without rotation, the BB body after the attack will reduce the short range distance, the same kinetic energy will also decrease due to the decrease of the speed, the bombing energy is also reduced, and it is even difficult to reach the target target. . And if the push-in BB projectile 10 does not overlap the center of gravity of the robbing side, such as an offset, that is, when the apex of the body 1〇 is offset from the center point of the horizontal pillow 3, there is a tightness The book body is used for diligent inspection, so that the impurity can not meet the β and the above error 'the kiss interface 50 can not get the close contact with the surface of the ejector ig, == clearance will make the servant 5 The high-pressure gas produced by the pumping is lost, so the projectile is also benefited from the push power of the most instantaneous punching force. ..., it = ΓΓ operation. In addition, cut the horizontal pillow to discuss the body. For the single point contact 1 coffee, the time is produced = the design of the upper rotation of the shearing bullet is for the bullet to grab the warhead, it is in the case of the collar - it has a central connection The two fixed body fixing bodies parallel to the axis are rounded, and the fixed body 10 is fixed after the entry into the body, and the fixed body is provided with two points by 3 ^ ββ «L ? Contact opportunity, two f-body workmanship single point 'contact amplitude to the left and right two points, so that the jet push ε please body 1 () after entering 'best for the ΒΒ 体 10 10 contact only one point, two interfaces 5 〇 can evenly dust Ββ-projectile I. If the concept of two points is in the radial section position: the 5 flow house force is uneven, and at the same time, the contact is provided before the shooting of the human body cavity, the single point contact of the eye 2, and the © fixed part action The engine is fixed on the position of the projectile, and the main body is responsible for the positioning of the projectile before the shooting, E) the operation, and the function of the upper rotation. Patent No. 69, which provides an up-rotator with a single-point contact on the upper circular section. The patent coffee case of the 勹 供 供 Β Β , , , , , , , 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利The movement of the second 'they' provides a way to adjust the cutting pressure, using a diagonally cut π Α 朱 朱 朱 朱 而 而 而 朱 朱 朱 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性 挠性_like light contact. After the 11-key and tum are fixed, it is the barrier firmware or motion error that provides the upper body positioning of the body contact, and the probability of the cut can not be made (4) the precision of each is added, plus The state of the king of the point pressure is a single point, and the working time of the crane will shift the position of the cutting point, so in order to satisfy the need for the cutting and pressing operation after the BB bomb is inserted, the rotation capacity and the speed increase are improved. [New content] ΜΛιΓ creatively proposes the concept of tangential position, and uses a rotary orbit to locate the surface facing the _body' at = α, which means the length of the rotary track The norm, but the full probability = stay 'and accelerate' makes the _ body of each __ attack can obtain the main purpose of the silk hair. The second purpose is to make the minimum diameter of the force circle of the person who cuts the rubber tube at the σ end of the cutting rubber cylinder. The minimum diameter of the force circle is slightly smaller than that of Lai, which provides (4) rotation (four) positioning support. The strength of the body 2 provides a kiss interface when the kiss is available - the crimping force allows the kiss interface to be tightly attached to the kiss. The third purpose is to form a length before and after the cut track. The length can be cut through the track. "<cutting after cutting" allows the time factor to be obtained after the BB projectile strikes, and a higher upspin 5 rotation rate occurs. The fourth purpose of the creation is that the rotation track and the appearance of the rotation track The cutting state of the radial square BB projectile. The inside of the barrel is set to allow the squatting to sink down. The inside is = forming, and the rotary cutting track is modified by changing to 'adjust a pressure regulating device'. Motion surface pair [Embodiment] The detailed structure of this creation is first shown in Figure 2. The rotation of this creation: = is described as follows: The inside of the rubber cylinder 2, where the rotary track ^ 6 The incision is connected to the cutting axis of the cutting axis, 61, 62, and the cutting actuators 61 and 2 have more than _dao, and are parallel to The height of the movement of the magazine 2 is to be able to reach the surface of the =7) = set to the outer circle of the half-value/body of the operable axis and enter the BB body' or Is to face the cutting cylinder 2 groove, and the cutting rail 61, Γ is;;, 62 forming a concave groove between the forming, the secret (5) is also a force thin _ barrel 2 body - body == 3 picture The position of the pipe 4 is opposite to the position of the spiral cutting track 6 - the mouth is connected to the pressure ring 22 - the side of the opposite end of the cutting rubber barrel 2. The cutting rubber barrel 2 is an elastic rubber material. , Rotating circle: two " 4 2 ^ ^ 4 6 = let the mouth 40, let the window of the mouth 40 is larger than the appearance of the Rotary Cut Road 6, so the Rotary Track 6 can be swollen from the t 2 is made of an elastic colloid, the inner circle can be slightly lighter than the official 4, and it will be tied to the county of the county, and the two can be settled. In the mouth 4 () _ format. The positioning (fixed) concept of the case before the shooting of the body cavity, the innovation - the ring, in addition to providing support for the full circumference of the projectile, can better support The middle of the projectile In the axial center of the cavity, the inner end of the cutting rubber barrel 2 is rounded, and an elastic waste ring 22 is provided. The diameter of the (4) ring 22 is slightly smaller than the diameter of the elastic body, and the elastic condensation energy is used as the elastic button. Supporting the positioning of the sacred (gorge movement), it and the cutting position 2 can be _2 shape 'and the shape of the pressure ring 22 is - the inner cone circle, which is tapered from the outside to the inside, and the minimum straight length in the inner part is smaller than the M436826 body ίο Straight; ^ 'The maximum straight cone of the cone is shaped like a slant of the same as the original _ miscellaneous 10, using the position of the point error or ΒΒ 体 〇 〇 〇 〇 误 误 误 误 误 误 误 误 四 四 四 四m + lend - the oblique length of the length of the tolerance and can forcefully kiss any of the error ^ ^ ^ ^, can maintain the kiss interface 5 〇 1 〇. The outer circumference of the body 1 ,, and the blasting force is obtained at the instant of injection, and the coupling port 42 of the pipe 4 is adjacent to the combination 墼3 f force ring 22 after the elastic body is inserted into the cutting rubber cylinder. Side position, the air space of the two is co-constructed - provided
落入，1 的搶腔400，切動谬筒2的旋切軌道6它經由搶管4的讓口 40而、 过再道6的切動軌61、62徑向進入及面對在搶腔働的轴心。 的讓:40而^ 5圖所示，本創作所設的旋切執道6，它是經由搶管4所設 2 口 40而潛入位於搶腔棚内，並使切動軌61、62的表面面對搶腔侧 内圓束接在搶管4 _ 41，搶管卜端鄰近結合在 的位置’同時也連帶旋切轨道6的前端也接近壓力圈22。 胸乍狀態為Ββ彈體10由外部填彈系統(圖上未示)依次推進為首的 =體1〇，受到喷射推嘴5的推送作用，它會往搶管4的方向推進，彈 到賴力圈22之後’兩者之間產生—_線_料密束壓狀離， 此動作為對ΒΒ彈體1〇的就定位（固定)操作，該定位的扶持力量， 吻接口 50壓接ΒΒ彈體10的外圓表時，可提供其吻接的密合度，提供喷射 推嘴5的動力可發生一瞬間的衝壓力量，作用於擊發。 噴射推嘴5產生喷射壓力流之後，藉由噴射推嘴5所設的吻接口 5〇直 控小於ΒΒ彈體1() ’於是噴射推嘴5所提供的高壓空氣衝壓力量，會因吻接 口 50與ΒΒ彈體1〇的密合吻接的關係，使壓力空氣的工作能量，能完全施 2於ΒΒ彈體1〇，ββ彈體10即獲得完裂的動力，以及ΒΒ彈體1〇推出後， 它的上頂點會受到旋切軌道6的切動執6卜62表面的切壓，使上圓切點的 運動速度比下圓娜的運動速度紐，而產生力矩效應，使Ββ彈體依 出擊路徑’發生往前上方位之自體旋轉動作，該旋轉慣性動作使Ββ彈體1〇 出擊後’它可產生旋切效應’排除其表面的空氣阻滯，進而消除空氣的阻 尼。 7 旋切軌道6可經由—切動膠筒 動轨6卜62的執道表面高低位置，，_^向所設的麵裝置11而調變切 BB彈體1〇外表的切壓摩擦力。"兩低位置即改變了切動軌6卜62與 清再配合第6~7圖所示，本創作 6卜_構成，而幼動執61、切軌道6是奸行的切動軌 上方，切動㈣、62的表面明確與過搶营4内圓表面進入搶腫侧的 部是套合切動膠筒2,切動膠筒2連 〇的外圓切接觸，搶管4的外 體，它可連動旋切執道6為一彈性變·；^切執道6 ’切動膠筒2為-彈性 到切動軌61、62的表面時候，可為 ，當mBB彈體10的上圓面接觸 切動摩擦，彈體1Q的巾心點=面轉性變形作用’而形成彈性 相同可受到平行的切動執6卜62之；的X軸方位變動的時候，它 外，利職切譲前後拉長的動的功能之 的切動時間因素，產生角加速度的作用 彈體1G在出擊 接口 50推進吻接到BB彈體1〇的圓時產_產生士為嗔射推嘴5的吻 速推送出，BB彈體1〇在初始時間，受旋⑼流’將BB彈體10高 切社叙川又到紅切執道6的切動轨6卜62前後 速产的Ϊ動 它會在該長度範圍㈣行_時關素，產生加 它接觸到旋切軌道6的左側，行經切動軌㈣表面 0本身具有質量，所產生的慣性力及噴射推嘴5 即可绩1 據時間而累加了BB彈體10的旋轉速率，該速率的提昇 在1Q出雜咖力輸嶋，_加射_，以及 =二射程距離的增加相對速度也增加，因此其彈著的動能也相 «’使彈者的破壞能量更為強A，更仿真彈著點的震度。 上述具有切壓行程L的旋切軌道6，是由一槽溝間隔J·動執61、62， M436826 ΓΖΐ進入搶腔的落定位置若偏移無對正搶腔侧的軸心時，BB彈體 軌道6切動過程中，即藉由凹人的槽溝縱向佈線，可作出射方向 導正以對正搶管4的軸心，獲得彈道精準。 社切要的概念為切動BB彈體1〇的設置，為利用一旋切軌道6連 5 .62 > α ==的表面高度位置為位在等於或小於ΒΒ彈體10的半徑位置， =:軌道6的橫向長度線性距離，提供ΒΒ彈㈣進人搶腔· 偏㈣情況下，皆可受職切軌道6的槽料正及受切動軌6 ==’使母-顆擊發的ΒΒ彈體1Q接受到切動而旋轉，滿足 轉#作，以及利用旋切軌道6它的縱向拉長有—切壓行程l，利用^疋 程L可增加BB彈體10出擊後的自體旋轉速率，和所設壓力圈㈡二= 工作的雜，騎BB_ H)作有效的蚊位扶持，提供吻接^ ^ 吻接在BB彈體H)的外圓表_線位置，提供吻如 = 量，能完全作用於BB彈體10，皆對BB彈體1〇出擊後的上旋^的,壓= 速率提升而增加射程，以及旋切軌道6和壓力圈22為彈性體 = 膠筒2為同體形成，在結構組成及操作非常簡易利便 ° = 概念，增加了 _體制旋轉速率，以及全機麵被鳩2早的結構 本案實為-創新的設計，懇請貴審查官予以明鑑，並早 為禱，以及本朗所記述内容為實施例的—種，凡舉不同 】予專利 功能’或絲得本案顧特殊魏而為其減構之設計者 生相同 權利範圍，於此合先陳明。 專效於本案 9 M436826 【圖式簡單說明】 第1圖係為傳統切動橫枕的結構示意圖。 第2圖係為本創作切動膠筒的結構狀態圖。 第3圖係為本創作切動膠筒與槍管的結合關係圖。 第4圖係為本創作切動膠筒與搶管結合組立圖。 第5圖係為本創作工作預備圖。 第6圖係為本創作旋切執道與BB彈體的位處關係圖。 第7圖係為本創作旋切軌道的工作示意圖。Falling into, grab the cavity 400 of 1 and cut the rotary cutting track 6 of the cylinder 2, which passes through the opening 40 of the pipe 4 and passes through the cutting rails 61, 62 of the channel 6 radially into and facing the cavity. The axis of the skeleton. Let: 40 and ^ 5, as shown in this picture, the Rotary Cut Road 6 set by this creation is sneaked into the robbing chamber by the two ports 40 of the rushing pipe 4, and the cutting rails 61, 62 are The inner surface of the surface facing the cavity is connected to the inner tube 4_41, and the front end of the tube is adjacent to the position where the tube end is also joined to the pressure ring 22. The state of the chest is that the Ββ-elastic body 10 is sequentially advanced by the external filling system (not shown) to the body 1 〇, which is pushed by the jetting nozzle 5, and it will advance in the direction of the pipe 4, After the force circle 22, the _ line _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When the outer circle of the projectile 10 is provided, the tightness of the kiss can be provided, and the power of the jet pusher 5 can be provided for a momentary punching force to act on the firing. After the jetting nozzle 5 generates the jetting pressure flow, the kiss interface 5 provided by the jetting nozzle 5 is directly controlled to be smaller than the projectile body 1(). Thus, the high-pressure air punching force provided by the jetting nozzle 5 is due to the kiss interface. The relationship between the close contact and the kiss of the ΒΒ 体 , , , , , , , , , , , , , 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力 压力After the launch, its upper vertex will be subjected to the cutting of the surface of the rotary cutting track 6 to make the upper cutting point move faster than the moving speed of the lower round, and produce a moment effect, so that the Ββ body According to the attack path, the self-rotation action of the forward-upward direction occurs, and the rotational inertia action causes the Ββ-elastic body 1 to smash the 'it can produce a rotary-cut effect' to eliminate the air block on the surface, thereby eliminating the damping of the air. 7 The cutting track 6 can change the cutting friction force of the outer surface of the BB body 1 by cutting the height of the surface of the road surface of the rubber tube 6b 62. "Two low positions have changed the cutting rail 6 Bu 62 and Qing re-matching as shown in Figure 6~7, this creation is 6 _ constitutive, while the young movement is 61, the cutting track 6 is above the cutting track of the traitor , the surface of the cutting (four), 62 is clearly and the part of the inner surface of the camping 4 enters the side of the swollen side is the sleeve of the cutting rubber tube 2, the outer circle of the cutting tube 2 is connected with the outer circle, and the outer body of the tube 4 is grabbed. , it can be linked to the rotary cutting path 6 as an elastic change; ^ cut the road 6 'cutting the rubber tube 2 is - elastic to the surface of the cutting rail 61, 62, can be, when the mBB projectile 10 The circular surface is in contact with the shear friction, and the center point of the elastic body 1Q=the surface-transformation deformation effect', and the elasticity is the same, which can be paralleled by the cutting action. When the X-axis orientation changes, it is profitable. The cutting time factor of the moving function before and after the squatting, the effect of the angular acceleration is produced. The projectile 1G pushes the kiss to the circle of the BB body 1 出 when the attack interface 50 is produced. The kiss is pushed and pushed out, and the BB body 1〇 is in the initial time, and the ( 弹 弹 弹 弹 弹 弹 弹 弹 社 BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB BB in The length range (4) line _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The rotation rate of the BB projectile 10, the increase in the rate is increased in 1Q, the increase in the relative speed of the _additional _, and = two range distances, so the kinetic energy of the blasting force is also The damage energy of the bomber is stronger, and the vibration of the point is simulated. The above-mentioned spiral cutting track 6 having the cutting stroke L is a groove spacing J. The movements 61, 62, M436826 ΓΖΐ enter the position of the grab chamber, if the offset is not aligned with the axis of the cavity side, BB During the cutting process of the projectile track 6, that is, by longitudinally routing the groove of the concave person, the direction of the radiation direction can be made to align the axis of the pipe 4, and the ballistic accuracy is obtained. The concept of the social cut is to set the position of the BB body 1 ,, in order to use a spiral cut track 6 with a surface height position of 5.62 > α == at a position equal to or smaller than the radius of the projectile 10, =: The linear length of the lateral length of the track 6 provides the shotgun (four) into the cavity of the person. In the case of the partial (four), the groove of the track 6 can be subjected to the cutting of the track 6 and the cut track 6 == 'make the mother-piece The projectile body 1Q receives the cutting and rotates, satisfies the turn, and uses the rotary cut track 6 to longitudinally stretch the cut-off stroke l, and the use of the process L can increase the self-body of the BB projectile 10 after the attack. Rotation rate, and the set pressure ring (2) 2 = work miscellaneous, ride BB_ H) for effective mosquito support, provide a kiss to connect ^ ^ kiss to the outer table _ line position of the BB body H), provide a kiss like The amount can be fully applied to the BB projectile 10, both of which are for the upper rotation of the BB projectile, the pressure = the rate increase and the range is increased, and the rotary track 6 and the pressure ring 22 are the elastic body = the rubber cylinder 2 is the formation of the same body, in the structure and operation is very simple and convenient ° = concept, increased the _ system rotation rate, and the structure of the whole machine was 鸠 2 early this case is - The new design, please ask your reviewer to give a clear explanation, and to pray for the first time, and the content described by Ben Lang is the same as the embodiment, the difference is given to the patent function 'or the special case of the case. The designer has the same scope of rights, and this is the first combination. Specialized in this case 9 M436826 [Simple description of the diagram] Figure 1 is a schematic diagram of the structure of a traditional cutting cross pillow. The second figure is the structural state diagram of the creative cutting cylinder. The third figure is the combination diagram of the cutting rubber barrel and the barrel. The fourth picture is a combination of the creative cutting cylinder and the tube. Figure 5 is a preliminary diagram of the creative work. The sixth picture is the relationship between the position of the circumcision and the BB body. Figure 7 is a schematic diagram of the work of the creation of the spiral cut track.
•【主要元件符號說明】 出擊裝置1 BB彈體10 調壓裝置11 切動膠筒2 内圓21 壓力圈22 圓切頂點P 切動橫枕3 切壓行程L 工作線Li、L2 槍膛400 搶管4 讓口 40 外圓41 耦合端口 42 喷射推嘴5 吻接口 50 旋切轨道6 切動軌61、62• [Main component symbol description] Attack device 1 BB projectile 10 Pressure regulating device 11 Cutter cylinder 2 Inner circle 21 Pressure ring 22 Circular apex P Cutting cross pillow 3 Cutting stroke L Working line Li, L2 Shot 400 Pipe grab 4 mouth 40 outer circle 41 coupling port 42 jet pusher 5 kiss interface 50 cutting track 6 cutting rail 61, 62