M392336 五、新型說明： 【新型所屬之技術領域】 一本創作侧於-種搶架，咖是—種可將機搶架設於 -疋點或任何移動機具上’並可提供該機搶射擊方向及仰 角的調整及定位功能之搶架。 【先前技術】 ·: f知·架結構储有—支架及-轉部，且該托持 # 冑仙對於該支架具有可_動作。其實施時，係將該支 架放置於-平面’再將-機搶固定於該托持部，藉此，使 該機搶可受該支架支樓，並可依照目標所在方位而調整盆 射擊方向及仰角。 〃 習知結構雖然可依照目標所在方位而調整其射擊方 向及仰角，卻沒有可供調校角度依據之設計，所以只能仰 賴射擊者本身之目測結果概略調整，且調整至較佳之射擊 、 角度後亦無法定位，故射擊的準確度不佳。 _ 【新型内容】 本創作之目的係提供一種搶架，能夠將機槍固定於任 何移動機具上’以提供較佳之移動機動性。 本創作之另一目的係提供一種搶架，具有射擊方向及 仰角之調整及定位功能，以提高射擊準確度。 根據本創作之一種搶架，係包含：一結合座，具有— 第一結合部；一支架，係具有一本體，該本體設有一第一 樞轉部及一第二結合部，該第二結合部係設於該第一結合 部，且該本體另設有一調校器，該調校器可相對該本體樞 —3 — M392336 轉，及組襄架，具有一托持部，該托持部樞設有-第二 極轉4及。對位器’該第二樞轉部係設於該第一極轉部， 且該對位H係可軸的設_調校器。 【實施方式】 易懂為及f他目的、特徵及優點能更明顯 作詳細制如下： 實補，麵合所附圖式， 請^第1 ’本顺之餘純含有—結合座 、-支架2及—組料3。其中絲合座丨可供 -疋點或任何移動機具上（例如：車輛、船舶或飛行' 座1上，該組裝架3係設置於該 2上且該組裝架3係可供固定—機搶4 =機搶4謂具有機練，更可透過該支架二 向及仰角之調整及定位功能。 ，、射辜方 .該結合座1係可藉由任何可拆卸衫可 如.卡接、螺設、焊接或埋設固定）設—…》列 移動機具上’該結合座i係具有一第一結疋任何 且 合部係可為-結合孔U，該結合座i另° 第—結 該耳部12設有-孔12卜 〜有-耳部12， 再配合參照第1及2圖所示，該支架 21、-限位梢22、-頂桿23、—旋桿24、—、^―本體 -調校器26、二齒盤27 '二套筒28及—旋固=壞25、 該本體21設有一第一樞轉部及一第二蛀 該第-樞轉部係可為-樞轉孔211，該:二部’其中 罘一結合部係可為 —4 — M392336 一結合桿212，該樞轉孔211及結合桿212較佳係位在同 一轴心線上’且該結合桿212能夠置入該結合座1之結合 孔11中。該樞轉孔211係内部較小、開口較大之錐形盲孔， 該本體21另設有一梢孔213以供該限位梢22插入，該梢 孔213係沿著垂直於該極轉孔211之軸心線方向貫穿該本 體21 ’且該梢孔213與該框轉孔211相連通，使該限位梢 22插入該梢孔213時，該限位梢22會有一部分凸出於該 轉孔211之内壁面。 該本體21另設有一斜孔214以供置入該頂桿23及旋 捍24 ’該斜孔214之軸心線較佳與該結合桿212之軸心線 相父，且其間之夾角非為垂直，並使該斜孔214係呈傾斜 貫穿該本體21外周面及該結合桿212外周面。另外，該迫 緊環25係套設於該結合桿212外周，該迫緊環乃設有一 切槽251，使該迫緊環25之切槽251二側均形成活動端， 且其中-活動端設有-孔252，可供-固定元件穿過該孔 252並固定於該結合桿212，同時使該迫緊環25之另一活 動端遮蔽於該斜孔214貫穿該結合桿212之端口處。該頂 捍23 -端係接觸該迫緊環25之内壁面（如第3圖所示）， 且該旋桿24係螺於該斜孔214貫穿該本體Μ之端口處， 2 ’當旋動該旋桿24使其朝向該頂桿23方向旋進時， 頂桿23對該迫緊環25之_面產生—推力，並 肉^緊％ 25之一活動端向外擴張。而且，該斜孔214 捍卜叙歡餘為雙線或三線職，使該旋 才于24可快速旋進或旋退。 該本體21另設有一固定部215，且該調校器26係呈 5 一 5 — M392336 可樞轉的設於該固定部215。其中，該調校器26係且有二 臂桿26卜-刻度尺262、-定位件如及—定位梢264。 該二臂桿261之第-端係互相疊合固定，第二端則朝向相 對外側彎折’且該刻度尺262之二端係分別設於該二臂桿 261之第二端。該定位件263係略呈门字形，且其二端亦 同時枢設於該二臂桿261之第二端，該定位件2幻':有至 少-耳部263a ’且該耳部263a設有一孔_，以供該定 位梢264穿過。 ： 該二齒盤27係設於該固定部215及調校器％之間，纏 且該二齒盤27之其中一面均設有呈放射狀排列之數個嚙 齒，另一面則分別固設於該固定部215及其中一臂桿 之第一端。而且，該二齒盤27與該固定部215及其中一臂 才干261之第端之間均相對設有卡合結構271、26ia、 池’該卡合結構27卜咖、他可為錄及卡槽，並 藉由該嵌塊及卡_互她切增加其間之結合穩固性。 另外，該二齒盤27中央均設有一穿孔272,且該固定_ #215及該一#桿261之第一端亦相對設有穿孔215b、春 261b，、係將該一齒盤27互相嗤合後，再以該二套筒％ 分別由二外侧穿入各穿孔272、215b、26ib中並以該旋 固件29螺6又該一套筒28。因此，透過該旋固件與該二 套筒28之旋4、動作，使該二齒盤27之間具有間隙，並使 該調校器26可相對該固定部215樞轉，當旋緊該旋固件 29時，可使該二齒盤27緊密喃合 ，並可固定該調校器26 及固定部215之間的角度。 該組裝架3係具有—托持部31，該托持部31係可供 且該托持部31樞設有—第二樞轉部及—對 ^ ,二，該第二樞轉部係可為一樞轉桿32,且該樞 樞1料心 接架321，並透過該搞接架321 3^γγ 31，該樞轉桿32之外周面具有—錐形部 322及一壤形限位部323， 樞轉桿32之第1，^錐料322之小㈣係鄰接該 弟斷<祕位部323係鄰接該錐形部 眚’且該環形限位部323可為凹槽或凸緣，本 實施例係選擇為一凹槽。 个 哕去：f：Tf 1至3圖所示’本創作之搶架組裝時’係將 "支架，合桿212置入該結合座1之結合孔11中，並 使該迫緊環25亦位在該結合孔n中，因此當該旋桿24旋 可麵該頂桿23頂抵該迫緊環25向外擴張並抵緊 k、、’。。孔11之内壁面，以將該支架2固定於該結合座卜 該，裝架3之樞轉桿32係置入該支架2之極轉孔211中， 亚藉由該錐形部322可與該樞轉孔211 (呈錐形盲孔）自 動校正中心.，再將該限位梢22穿入該梢孔213，並使該限 位梢22凸出於該椹轉孔211内壁面之該部分嵌卡於該環形 限位4 323 (如第4圖所示）’使該樞轉桿％可在該樞轉 孔211中旋轉卻無法脫出。 _明參照第1、5及6圖所示，本創作之搶架實施時， 該對位器33係能夠在該刻度尺262上往復移動，並可以夾 持262固定於—定位。在_搶4未使用時，係將該定位 件263之耳部263a對齊該結合座1之耳部12，並使該定 位梢264穿過其間之孔263b、121，即可固定該機槍4之 位置，避免該機搶4在移動機具行進的過程中任意擺動。 M392336 進仃射擊時’係取下該定位梢264，使該定位件263 =調校器26相對於該固定部215之角度，進而調整該 层„„之射擊仰角後，並由該旋固件29旋緊定位。且當該 在該刻度尺262上往復移動時，係可調整該機搶 、擊方向，且，整至所需方向後蚊。而且，該二齒 现27之外周面係設有角度刻度’且該刻度尺262上亦設有 ^度’可提供射搫者更精_地調整射擊方向及仰角，M392336 V. New description: [New technical field] One creative side is in the kind of grab, the coffee is a kind of machine can be set on the -疋 point or any mobile machine' and can provide the machine to shoot the shooting direction And the adjustment of the elevation angle and the grabbing function of the positioning function. [Prior Art]: The f-frame structure stores a support and a turn, and the support #胄仙 has an actionable action on the support. When it is implemented, the bracket is placed on the -plane' and then the machine is fixed to the holding portion, thereby making the machine robbed of the support branch and adjusting the direction of the pot according to the orientation of the target. And elevation angle.习 Although the conventional structure can adjust its shooting direction and elevation according to the target orientation, there is no design that can be adjusted according to the angle of the adjustment. Therefore, it can only be adjusted according to the visual result of the shooter itself, and adjusted to the better shooting angle. It is also impossible to locate afterwards, so the accuracy of shooting is not good. _ [New Content] The purpose of this creation is to provide a frame grab that can secure a machine gun to any mobile machine to provide better mobility. Another purpose of this creation is to provide a frame grab with a shooting direction and elevation adjustment and positioning function to improve shooting accuracy. According to one aspect of the present invention, a cradle includes: a binding base having a first joint portion; a bracket having a body, the body being provided with a first pivoting portion and a second joint portion, the second joint The unit is disposed on the first joint portion, and the body is further provided with a adjuster, the adjuster is rotatable relative to the body pivot 3 - M392336, and the set truss has a holding portion, the holding portion The pivot is provided - the second pole turns 4 and. The positioner 'the second pivoting portion is coupled to the first pole rotating portion, and the alignment H is an axisable setting adjuster. [Embodiment] It is easy to understand and its purpose, characteristics and advantages can be more clearly detailed as follows: Actual compensation, face combination of the drawings, please ^ 1 'Ben Shun's pure contain - joint seat, - bracket 2 and - component 3. Wherein the wire seat can be used for the 疋 point or any moving machine (for example: vehicle, ship or flight 'seat 1 , the assembly frame 3 is set on the 2 and the assembly frame 3 is available for fixing - machine robbing 4 = machine grab 4 means machine training, but also through the bracket two-way and elevation adjustment and positioning function.,, shooting side. The joint 1 can be used by any detachable shirt, such as card, screw Set, weld or bury and fix) (""" move the implement on the 'the joint i has a first knot any and the joint can be a - joint hole U, the joint i The portion 12 is provided with a hole 12b-with-ear portion 12, and with reference to Figures 1 and 2, the bracket 21, the limiting end 22, the ejector 23, the rotating rod 24, -, ^ The body-adjuster 26, the two-toothed disc 27', the two sleeves 28, and the second sleeve 28, and the second body 28 are provided with a first pivoting portion and a second pivoting portion. The hole 211, the two parts, wherein the first joint portion can be -4 - M392336 a joint rod 212, the pivot hole 211 and the joint rod 212 are preferably tied on the same axis "and the joint rod 212 were able The binding of the binding housing 11 in the hole. The pivot hole 211 is a tapered blind hole having a small inner opening and a large opening. The body 21 is further provided with a tip hole 213 for inserting the limiting tip 22, and the tip hole 213 is perpendicular to the pole rotating hole. The axis line of the 211 extends through the body 21 ′ and the tip hole 213 communicates with the frame hole 211 . When the limiting tip 22 is inserted into the tip hole 213 , a portion of the limiting tip 22 protrudes from the hole. The inner wall surface of the through hole 211. The body 21 is further provided with a slanting hole 214 for inserting the ejector pin 23 and the cymbal 24'. The axis line of the slanting hole 214 is preferably the same as the axis of the coupling rod 212, and the angle between them is not The slanting hole 214 is perpendicular to the outer circumferential surface of the body 21 and the outer circumferential surface of the coupling rod 212. In addition, the pressing ring 25 is sleeved on the outer circumference of the coupling rod 212, and the pressing ring is provided with all the slots 251, so that the two sides of the slot 251 of the pressing ring 25 form a movable end, and wherein the movable end a hole 252 is provided through which the fixing member passes and is fixed to the coupling rod 212 while the other movable end of the pressing ring 25 is shielded at the port of the inclined hole 214 through the coupling rod 212. . The top end 23 - end contacts the inner wall surface of the pressing ring 25 (as shown in FIG. 3 ), and the rotating rod 24 is screwed through the inclined hole 214 through the port of the main body, 2 'when rotating When the rotary lever 24 is caused to rotate in the direction of the jack 23, the jack 23 generates a thrust force on the surface of the pressing ring 25, and one of the movable ends of the meat is expanded outward. Moreover, the inclined hole 214 is a double-line or a third-line job, so that the rotation can be quickly rotated or retracted at 24. The body 21 is further provided with a fixing portion 215, and the adjusting device 26 is pivotally disposed on the fixing portion 215 in a manner of 5-5-M392336. Wherein, the calibrator 26 is provided with a bi-arm 26-scale 262, a locating member such as a locating tip 264. The second ends of the two arms 261 are fixed to each other, the second ends are bent toward the opposite outer sides, and the two ends of the scales 262 are respectively disposed at the second ends of the two arms 261. The positioning member 263 is slightly gate-shaped, and the two ends thereof are also pivotally disposed at the second end of the two-arm 261. The positioning member 2 has a minimum of at least an ear portion 263a' and the ear portion 263a is provided with a Hole _ for the locating tip 264 to pass through. The two-toothed disc 27 is disposed between the fixing portion 215 and the adjuster %, and is wound around one of the two toothed discs 27 with a plurality of rods arranged radially, and the other side is fixed on the other side. The fixing portion 215 and a first end of one of the arms. Moreover, the two-toothed disc 27 and the fixing portion 215 and the first end of the one-armed stem 261 are oppositely provided with the engaging structures 271, 26ia, the pool 'the engaging structure 27, the coffee card, the record and the card The groove, and by the insert and the card _ mutual cut to increase the bond stability between them. In addition, a through hole 272 is defined in the center of the second toothed disc 27, and the first end of the fixed_#215 and the first rod 261 is oppositely provided with a through hole 215b and a spring 261b. After that, the two sleeves are respectively inserted into the respective through holes 272, 215b, and 26ib from the two outer sides, and the sleeve 28 is screwed by the screw member 29. Therefore, through the rotation of the screw and the two sleeves 28, a gap is formed between the two toothed discs 27, and the adjuster 26 can be pivoted relative to the fixing portion 215 when the rotation is tightened. In the case of the firmware 29, the second toothed disc 27 can be tightly quarantined, and the angle between the adjuster 26 and the fixing portion 215 can be fixed. The assembly frame 3 has a holding portion 31, and the holding portion 31 is provided and the holding portion 31 is pivotally provided - a second pivoting portion and a pair of two, the second pivoting portion is It is a pivoting lever 32, and the pivoting member 1 is coupled to the receiving frame 321 3^γγ 31, and the outer peripheral surface of the pivoting lever 32 has a tapered portion 322 and a soil-shaped limit. a portion 323, a first (four) of the pivoting rod 32 is adjacent to the younger portion < the secret portion 323 is adjacent to the tapered portion 且' and the annular limiting portion 323 can be a groove or a convex portion The edge is selected as a groove in this embodiment.哕 : : : : : : : : : : : : : : : : f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f Also located in the coupling hole n, so when the rotary rod 24 is rotatable, the ram 23 abuts against the pressing ring 25 to expand outward and abuts k, '. . The inner wall surface of the hole 11 is fixed to the binding seat, and the pivoting rod 32 of the mounting frame 3 is inserted into the pole rotating hole 211 of the bracket 2, and the tapered portion 322 can be The pivot hole 211 (in the shape of a tapered blind hole) automatically corrects the center. The limiting tip 22 is inserted into the tip hole 213, and the limiting tip 22 protrudes from the inner wall surface of the turning hole 211. Partially embedded in the annular limit 4 323 (as shown in FIG. 4) 'the pivot rod % can be rotated in the pivot hole 211 but cannot be pulled out. Referring to Figures 1, 5 and 6, in the implementation of the present invention, the positioner 33 is reciprocally movable on the scale 262 and can be held in place by the holder 262. When the _ grab 4 is not in use, the ear portion 263a of the positioning member 263 is aligned with the ear portion 12 of the binding seat 1, and the positioning tip 264 is passed through the hole 263b, 121 therebetween to fix the machine gun 4. Position, to avoid the machine grab 4 arbitrarily swing during the movement of the mobile machine. When the M392336 is in the process of shooting, the positioning tip 264 is removed, so that the positioning member 263 is at an angle relative to the fixing portion 215, and then the elevation angle of the layer is adjusted, and the screw is 29 Tighten the positioning. And when the reciprocating movement on the scale 262, the machine can adjust the direction of the grab and the strike, and the mosquito is adjusted to the desired direction. Moreover, the outer circumference of the two teeth 27 is provided with an angular scale 'and the scale 262 is also provided with ^ degrees' to provide the shooter with a finer adjustment of the shooting direction and the elevation angle.
高射擊準確度。 另外’若將該對位H 33與該刻度尺262分離，則該 機搶4係可減_錢射料卩肖，騎擊者可依照 目才:f；所在方位而自由射擊。High shooting accuracy. In addition, if the alignment H 33 is separated from the scale 262, the machine can reduce the amount of money to be shot, and the rider can shoot freely according to the position: f;
如上所述，本創作係能夠固定於任何移動機具上，可 隨著該移動機具移動位置，故具有較佳之機動性了 ,本創作係可透過該調校器調整該機搶之射擊仰角，並 透過該對位器及刻度尺調整該機搶之射擊方向，且在調整 至所需方向及仰角之後能夠固定，可提高射擊準確度。 雖然本創作已利用上述較佳實施例揭示，然其並非用 以限定本猶’任何熟習此㈣者在獨離本_之精神 和範圍之内，相對上述實施例進行各種更動與修改仍屬本 創作所保護之麟料，@此本_之_範圍當視後附 之申請專利範圍所界定者為準。 —8 M392336 【圖式簡單說明】 第1圖：本創作之立體分解圖。 第2圖：本創作支架之立體分解圖。 第3圖：本創作之局部組合剖視圖。 第4圖：第3圖之局部剖視圖。 第5圖：本創作之側視圖。 第6圖：本創作之使用動作圖。 【主要元件符號說明】 〔本創作〕 1 結合座 11 結合孔 12 耳部 121孔 2 支架 21 本體 211 極轉孔 212結合桿 213 梢孔 214斜孔 215 固定部 215a卡固結構 215b穿孔 22 限位梢 23 頂桿 24 旋桿 25 迫緊環 251切槽 252 孔 26 調校器 261 臂桿 261a卡固結構 261b穿孔 M392336 262 刻度尺 263 定位件 263a耳部 263b 孔 264 定位梢 27 齒盤 271 卡固結構 272 穿孔 28 套筒 29 旋固件 3 組裝架 31 托持部 32 樞轉桿 321 框接架 322 錐形部 323 環形限位部 33 對位器 4 機槍As described above, the creation system can be fixed on any mobile machine, and can be better maneuverable as the mobile machine moves position. The author can adjust the shooting angle of the machine through the adjuster, and Through the positioner and the scale, the shooting direction of the machine can be adjusted, and after being adjusted to the desired direction and the elevation angle, the shooting accuracy can be improved. Although the present invention has been disclosed by the above-described preferred embodiments, it is not intended to limit the scope of the present invention, and the various modifications and modifications to the above embodiments are still within the scope of the present invention. The scope of the protection of the creation, @本本_的_Scope is subject to the definition of the patent application scope attached. —8 M392336 [Simple description of the diagram] Figure 1: An exploded view of the creation. Figure 2: An exploded view of the creation bracket. Figure 3: A partial sectional view of the creation. Figure 4: A partial cross-sectional view of Figure 3. Figure 5: Side view of the creation. Figure 6: The action diagram of this creation. [Main component symbol description] [This creation] 1 Bonding seat 11 Bonding hole 12 Ear 121 hole 2 Bracket 21 Body 211 Polarity hole 212 coupling rod 213 Tip hole 214 Oblique hole 215 Fixing portion 215a Fixing structure 215b Perforation 22 Limit Tip 23 ejector 24 Rotary rod 25 Tightening ring 251 slot 252 Hole 26 Adjuster 261 Arm 261a Clamping structure 261b Perforation M392336 262 Scale 263 Positioning piece 263a Ear 263b Hole 264 Positioning tip 27 Sprocket 271 Structure 272 Perforation 28 Sleeve 29 Screw 3 Assembly frame 31 Holding part 32 Pivot rod 321 Frame 322 Cone 323 Ring stop 33 Aligner 4 Machine gun