M350700 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種BB球給彈裝置，尤指應用於BB球 槍’用以達致自動給彈順暢、強制排除擠彈、卡彈之功 效者。 【先前技術】 現有利用高壓氣體來擊發BB球的擊發控制方式，係 φ控制扣扳機即擊發’但該方式卻常常造成空擊。 而為避免造成空擊及浪費高壓氣體，申請人亦研發 並提出申請專利，並經公告為號「控制BB球擊發 之電子控制裝置」，係利用感應器偵測感應到BB球擊發 -之電子控制裝置，以求擊發效率高。 然而BB球搶係於搶身上端連接設置有供容裝汕球之 給彈器，就給彈器落彈控制結構而言，#見第七圖，係 •於給彈器⑴設置有直流馬達⑻，藉直流馬達⑻驅動旋 轉器（C)帶動職⑻往搶身⑻送，然實際操作使用發現 此種給彈器（A)常發生擠彈、卡彈之情況。 【新型内容】 同4: = :===擊彈時馬達 將馬達斷電，藉排彈單元強制排除 = = 順暢之功效者。 . 運致自動給彈 係包括給彈本體、推 本創作提供之BB球給彈裝置 M350700 彈單元斷電單元、排彈單元及給彈器，其 第-=，：央剖設有第一容槽:而頂二設有與 弟合槽連通之嵌槽，後端具有第二容掉p 第三容槽，該第一容槽盥第二容 g，另前端亦設 蜗桿盥斷電單 _ a f口刀別供推彈單元之 單斷電早兀置设’又前端之第三容槽則嵌固有排彈 推彈單元’具有一蝸桿，該蝸桿 動旋轉之作動輪； 又馬達π 斷電单元ϋ置|，承置座前端凸伸有套筒及 推桿，且套筒與推桿間套置一第一彈 承 座後端對應推桿置設一可斷電之斷電開關牛且 之推桿亦對應頂抵推彈單元之蜗桿； 對應：Κ元’具有一壓桿受一第二彈性元件套設，並 對應推彈早70之蝸桿，壓桿後端亦具有觸動開關。 其中’給彈本體前端下緣則延伸有固定座，而固定 座内則具有導槽。 其中，套筒中央剖設-貫通孔以對應推桿穿接拖設。 其中，斷電開關係為一微動開關。 其中，斷電開關係為一磁感應開關。 其中，斷電開關係為一光感應開關。 其中，壓桿推壓同時作動觸動開關，並驅動 動螞桿後退反轉。 其中，觸動開關係有電性連結馬達 M350700 體頂端之嵌槽 其中’給彈器係直接插設於給彈本 本創作具有下列之優點： 合器内無咖 頂端之嵌槽 2·效率高；給彈器直接插設於給彈本體 即完成BB球給彈程序。 赢身乂作方便;直接利用給彈本體之固定座喪合在搶 魯身之落彈口即可備用予以擊發。 4·止彈斷電；因BB球止彈時，該馬達仍續轉， BB球則相互擠壓並驅使馬達連動蝸桿後退，並 推桿壓縮第-彈性元件直到推桿碰觸斷電開關以斷 .一 5.強制卡彈排除；排彈單元之壓桿對應推壓推彈單 兀之蝸桿，利用蝸桿擠壓BB球重新排列，強制排除卡彈。 φ 6.雙重卡彈排除；因壓桿對應堝桿推壓，同時作動 觸動開關，該觸動開關帶動馬達連動螞桿反轉，用以 重排除卡彈。 雙 【實施方式】 百先，如第一圖所示，本創作係包括給彈本體（1)、 推彈單元（2)、斷電單元（3)、排彈單元（4)及給彈器 其中： 給彈本體（1)，中央剖設有第一容槽（11)，而頂端開 *又有與第一容槽（11)連通之嵌槽（12)，後端亦具有第二 M350700 容槽（13)，該第一容槽（11)與第二容槽（13)恰分別供推 彈單元（2)之蝸桿（21)與斷電單元（3)置設，又前端之第 二容槽（14)則嵌固有排彈單元（4) ’另給彈本體（！）前端 下緣則延伸有固定座（15) ’而固定座（15)内則具有導引 BB球（51)之導槽（151)。 推彈單元（2)，具有一蝸桿（21)，該螞桿（21)穿接有 一受馬達（23)帶動[如以橡皮圈或皮帶]旋轉之作動輪 φ (22)。 斷電單元（3 )，係對應推彈單元（2)並設置於給彈本 體（1)之第一谷槽（13)具一承置座（31)，該承置座（31) 則端凸伸有套筒（32)及推桿（34)，該套筒（32)中央剖設 一貫通孔（33)以對應推桿（34)穿接樞設，並且套筒（32) 與推桿（34)間套置一第一彈性元件（35)，使斷電單元 之推桿（34)頂抵推彈單元（2)之蝸桿（21)，同時承置座 (31)後端對應推桿（34)置設一可斷電之斷電開關（36); 鲁另，上述之斷電開關（36)係為一微動開關、磁感應開關 或光感應開關之一。 排彈單元（4)，係對應推彈單元（2)之蝸桿（2丨），並 設置於給彈本體（1)之第三容槽（14)，係具有一壓桿（41) 並受一第一彈性元件（42)套設，用以推遂推彈單元（？） 之蜗桿（21)強制排除卡彈，壓桿（41)後端具有觸動開關 (43)，該觸動開關（43)係電性連結驅動馬達（23)，更於 推壓同時作動觸動開關（43)，並驅動馬達（23)連動媧桿 M350700 (21)後退反轉’用以雙重排除卡彈。 給彈器（5) ’用以盛裝BB球（51)，並直接插設於給彈 本體（1)頂端之嵌槽（12)。 組合時請參第一至三圖，係將推彈單元之蝸桿 (21)穿置於給彈本體（1)之第一容槽〇1)，復將斷電單元 (3)對應推彈單元（2)並設置於給彈本體（丨）之第二容样 (13) ’此時斷電單元（3)之推桿（34)並頂抵推彈單元（2) #之蝸桿（21)，再將排彈單元（4)組設在給彈本體（丨）之第 三容槽（14)，並對應頂抵蜗桿（21)之另端，復將盛裝有 BB球（51)之給彈器（5)嵌合在給彈本體（1)頂端之嵌槽 (12)〇 日 應用於搶體並作動時請參第四圖，係將給彈本體（上） .之固定座（15)嵌合在搶身（6)之落彈口（61)，擊彈時，推 彈單元（2)之馬達（23)即帶動作動輪（22)旋轉，並連動螞 參桿（21)將給彈器（5)内之诎球（51)供出，且沿固定座（15) 之導槽（151)導引進入搶身（6)之落彈口（61)以供擊發。 當停止擊發時，請參第五圖，因Ββ球（51)止彈時， 該馬達（23)仍續轉，而此時ΒΒ球（51)則相互擠壓並驅使 馬達（23)帶動作動輪（22)同時連動蜗桿（21)往後退，以 對應頂抵推桿（34)並壓縮第一彈性元件（35)直到推桿 (34)碰觸斷電開關（36)予以斷電。 再給彈時’因BB球（51)被擊發使得BB球（51)不再相 互擠壓且利用第一彈性元件（3 5 )自身彈力推動蝸桿（21) M350700 使跳脫斷電開關（36)並即時恢復供電，使馬達（23)續轉 以推彈。 虽卡彈時，請參第六圖，只需按壓排彈單元之壓 才干（41)壓縮第二彈性元件（42)，該壓桿（41)對應推壓推 彈單元（2)之螞桿（21)，強制排除卡彈，更於推壓同時作 動觸動開關（43)，該觸動開關（43)係有電性連結並驅動 馬達（23)反轉連動螞桿（21)，用以雙重排除卡彈。 _【圖式簡單說明】 第一圖係為本創作之剖視圖。 苐二圖係為第一圖A-A之剖視圖。 第三圖係為本創作給彈本體之俯視圖。 第四圖係為本創作組設槍體之示意圖。 第五圖係為本創作止彈斷電之示意圖。 第六圖係為本創作排除卡彈之示意圖。 第七圖係為習用之示意圖。 •【主#元件符號說明】 (1) 給彈本體 (11) 第一容槽 (12) 嵌槽 (13) 第二容槽 (14) 第三容槽 (15) 固定座 (151) 導槽 (2) 推彈單元 (21) 堝桿 (22) 作動輪 (23) 馬達 (3) 斷電單元 (31) 承置座 M350700 (32) 套筒 (33) (34) 推桿 (35) (36) 斷電開關 (4) 排彈單元 (41) (42) 第二彈性元件 (43) (5) 給彈器 (51) (6) 搶身 (61) (A) 給彈器 (B) (C) 旋轉器 (D) (E) 槍身 貫通孔 第一彈性元件 壓桿M350700 VIII, new description: [New technology field] This creation department provides a BB ball to the elastic device, especially for the BB ball gun 'to achieve automatic smoothing, forced to eliminate the bomb, the effect of the card By. [Prior Art] A conventional firing control method that uses high-pressure gas to fire a BB ball is φ to control the firing of a trigger, but this method often causes an air strike. In order to avoid causing air strikes and wasting high-pressure gas, the applicant has also developed and applied for a patent, and has been notified by the bulletin "Electronic Control Device for Controlling BB Ball Attacks", which uses sensors to detect the BB ball firing-induced electronics. Control device for high efficiency. However, the BB ball is tied to the smashing end and is provided with a slinger for the smashing ball. For the structure of the ball drop control, # see the seventh picture, the system provides a DC motor for the ejector (1) (8), by the DC motor (8) to drive the rotator (C) to drive (8) to the body (8) to send, but the actual operation of the use of such a feeder (A) often occurs in the case of bombs, card bombs. [New content] Same as 4: = :=== Motor when the bomb is fired. The motor is de-energized by the bombing unit. = = Smooth effect. The automatic ball-feeding system includes the BB ball-feeding device M350700, the bullet-unit power-off unit, the bombing unit and the feeder for the projectile body, and the first--: Slot: the top two is provided with a slot that communicates with the slotted slot, the rear end has a second recessed p third slot, the first slot is a second capacity g, and the front end is also provided with a worm _ af knives for the single-powered ejector unit of the push-pull unit, and the third recessed slot of the front end is embedded with an inherently-elastic push-pull unit, which has a worm, the worm moves the rotating wheel; The electric unit is disposed at the front end of the socket, and the sleeve and the push rod are protruded from the front end of the socket, and a rear end of the first elastic socket is arranged between the sleeve and the push rod, and a power-off switch is provided for the power rod The push rod also corresponds to the worm of the top pushing unit; corresponding: the unit has a pressing rod which is sleeved by a second elastic element, and correspondingly pushes the worm of the early 70, and the rear end of the pressing rod also has a touch switch . Wherein, the lower edge of the front end of the bullet body extends with a fixed seat, and the fixed seat has a guide groove. Wherein, the central portion of the sleeve is cut-through hole to be inserted and dragged corresponding to the push rod. Among them, the power-off relationship is a micro switch. Among them, the power-off relationship is a magnetic induction switch. Among them, the power-off relationship is a light-sensing switch. Among them, the pressure lever pushes and simultaneously activates the touch switch, and drives the moving stem to reverse backward. Among them, the touch-open relationship has an electric connection to the top end of the motor M350700 body. The 'emitter of the missile is directly inserted into the bomb. The author has the following advantages: The embedding groove without the top of the joint is efficient 2; The turret is directly inserted into the body of the bomb to complete the BB ball feeding procedure. It is convenient to win the battle; directly use the fixed seat of the bullet body to smash the bullet of the body to be fired. 4. The power is turned off; when the BB ball stops, the motor continues to rotate, the BB balls squeeze each other and drive the motor to move the worm backward, and the push rod compresses the first elastic member until the push rod touches the power-off switch. Broken. A 5. Forced cartridge removal; the pressure bar of the firing unit corresponds to the worm pushing the single rivet, and the BB ball is rearranged by the worm to force the card to be removed. φ 6. Double card bomb elimination; because the pressure bar pushes against the mast, and simultaneously activates the touch switch, the touch switch drives the motor to rotate the rod to reverse, to re-exclude the cartridge. Double [Embodiment] One hundred first, as shown in the first figure, the creation system includes a bullet body (1), a pusher unit (2), a power-off unit (3), a bombing unit (4) and a feeder Wherein: the bullet body (1) has a first pocket (11) at the center, and the top opening * has a recess (12) communicating with the first pocket (11), and the rear end also has a second M350700 a receiving groove (13), the first receiving groove (11) and the second receiving groove (13) are respectively disposed for the worm (21) and the power-off unit (3) of the pushing unit (2), and the front end The two-receiver slot (14) is embedded with the intrinsic armoring unit (4) 'the other part of the front end of the bullet body (!) extends with a fixed seat (15)' and the fixed seat (15) has a guiding BB ball (51). ) Guide groove (151). The pusher unit (2) has a worm (21) which is coupled to an actuating wheel φ (22) which is driven by a motor (23) to rotate [e.g., by a rubber band or a belt]. The power-off unit (3) is corresponding to the push-pull unit (2) and is disposed on the first trough (13) of the bullet-propelling body (1), and has a socket (31), and the socket (31) is terminated. A sleeve (32) and a push rod (34) are protruded, and a through hole (33) is formed in the center of the sleeve (32) to be pivoted corresponding to the push rod (34), and the sleeve (32) is pushed A first elastic element (35) is disposed between the rods (34), so that the push rod (34) of the power-off unit is pressed against the worm (21) of the push-pull unit (2), and the rear end of the receiving seat (31) is correspondingly The push rod (34) is provided with a power-off switch (36); and the power-off switch (36) is one of a micro switch, a magnetic switch or a light sensor switch. The ejector unit (4) is a worm (2 丨) corresponding to the ejector unit (2), and is disposed on the third pocket (14) of the bullet body (1), and has a pressing rod (41) and is subjected to A first elastic element (42) is sleeved for pushing the worm (21) of the pusher unit (?) to forcibly remove the cartridge, and the rear end of the pressure rod (41) has a touch switch (43), the touch switch ( 43) The electric drive motor (23) is electrically connected, and the touch switch (43) is actuated at the same time as the push, and the drive motor (23) is linked to the mast M350700 (21) to reverse the reversal 'to double-exclude the cartridge. The feeder (5)' is used to hold the BB ball (51) and is directly inserted into the slot (12) at the top end of the bullet body (1). For the combination, please refer to the first to third figures. The worm (21) of the pusher unit is placed on the first pocket 〇1) of the bullet body (1), and the power-off unit (3) is corresponding to the push-pull unit. (2) and placed on the second body of the bullet body (丨) (13) 'At this time, the push rod (34) of the power-off unit (3) and the top of the push-pull unit (2) # worm (21) Then, the row-removing unit (4) is set in the third pocket (14) of the bullet body (丨), and corresponding to the other end of the worm (21), the BB ball (51) is refilled. When the spring (5) is fitted to the top of the bullet body (1), the slot (12) is applied to the body and is activated. Please refer to the fourth figure, which will give the body of the body (upper). 15) Fitting in the falling port (61) of the body (6), when the bomb is hit, the motor (23) of the pushing unit (2) rotates with the moving wheel (22), and the ginseng rod (21) is linked. The ball (51) in the spring (5) is supplied and guided along the guide groove (151) of the fixed seat (15) into the falling port (61) of the body (6) for firing. When stopping the firing, please refer to the fifth figure. When the 球β ball (51) stops, the motor (23) continues to rotate, and at this time the smashing ball (51) squeezes each other and drives the motor (23) to move. The wheel (22) simultaneously moves the worm (21) backward to correspondingly abut the push rod (34) and compresses the first elastic member (35) until the push rod (34) touches the power-off switch (36) to be powered off. When the ball is re-bounced, 'the BB ball (51) is fired so that the BB ball (51) no longer squeezes each other and uses the first elastic element (3 5 ) to push the worm (21) M350700 to make the jump off the power switch (36). ) and immediately restore power, so that the motor (23) continues to push to push the bomb. In the case of a card, please refer to the sixth figure, and only press the pressure of the bombing unit to compress (41) the second elastic element (42), and the pressing rod (41) correspondingly pushes the rod of the pushing unit (2) (21), forcibly excluding the card bomb, and simultaneously actuating the touch switch (43) while pushing, the touch switch (43) is electrically connected and drives the motor (23) to reverse the interlocking stem (21) for double Exclude the card bomb. _[Simple description of the diagram] The first diagram is a cross-sectional view of the creation. The second figure is a cross-sectional view of the first figure A-A. The third picture is a top view of the body of the creation. The fourth picture is a schematic diagram of the gun body set up by the author. The fifth picture is a schematic diagram of the power-off and power-off of the creation. The sixth picture is a schematic diagram of the exclusion of the card. The seventh picture is a schematic diagram of the conventional use. • [Main #Component Symbol Description] (1) Projectile body (11) First pocket (12) Insert slot (13) Second pocket (14) Third pocket (15) Mounting bracket (151) Guide groove (2) Push-pull unit (21) Mast (22) Actuating wheel (23) Motor (3) Power-off unit (31) Mounting seat M350700 (32) Sleeve (33) (34) Push rod (35) ( 36) Power-off switch (4) Ball-removal unit (41) (42) Second elastic element (43) (5) Feeder (51) (6) Steal (61) (A) Feeder (B) (C) Rotator (D) (E) Gun body through hole first elastic member lever
觸動開關 BBS 落彈口 直流馬達 BB球Touch switch BBS drop port DC motor BB ball
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