M347985 八、新型說明： 【新型所屬之技術領域】 本創作係提供-種下拉式快脫接桿， 桿本體上方作動之快脫接桿結構， 關係M347985 VIII. New description: [New technical field] The creation department provides a kind of pull-down quick release lever, the structure of the quick release lever above the rod body, relationship
•接桿，尤指一種改變位移套筒於接 並修正卡掣件與位移套筒間之作動 _ 按，習知之一種上推式快脫接桿，先請參閱第7圖所示，其包含 •有：接桿本體⑽、緊固件⑽、套筒⑽及六角工具(1〇〇)，一接桿 本體⑽後端係形成有一銜接桿⑻，而前端外周緣處環繞設有一卡 f槽⑽及-槽溝⑽，其卡_⑽中—位置處貫穿接桿本體⑽ 设有-卡©孔(721)舰合有—相件(722)之設置，針固件(722) 圓弧中央位置處設有-卡固凸緣(723)，其卡固孔(721)之孔徑長度係 為卡固凸緣(723)斷面積之兩倍，槽溝(73)並配合有一扣件(731)之設 置’其接桿本體⑽前端形成一置入口（74)内部並形成一容置空間 •⑽），而磁鐵(75)係裝設於容置空間⑽）中，一彈箸⑽係經由銜 接桿（71)穿設於接桿本體（70)上並設限固定於扣件（731)後方，一緊固 件(80)係為一中空圓環係裝設於彈簧(76)後方，一套筒（9〇)係為一中 空官體，其前端往内形成一逐漸擴大之穿設孔(91)，並於壁緣形成一 播止端（92) ’而套筒（90)後端開口（93)係略大於緊固件(80)之外緣直 徑’六角工具（1〇〇)於後段位置環繞每個角端各設有一_^固槽口（1〇1)。 其結構之組成’續請參閱第7、8圖所示，接桿本體(70)周緣上 方設有一卡固槽（72)配合有一卡固件（722)，及一槽溝(73)配合有一扣 5 M347985 件之設置，該卡固件⑽)之卡固凸緣(723)係設置於卡固槽⑽之卡 固孔(7⑴中，而一彈簧⑽係經由銜接桿(71)設置固定於扣件⑽） 後方’並於彈簧後方設有一緊固件⑽者，套筒⑽係套設於接桿本 體(70)上方，其後端開口⑽)係固定於緊固件⑽)之外周緣上，並將 擋止端（92)卡嵌固定於彈簧(76)端部。 其結構之使用，復請參閱第8、工〇圖所示，其套筒⑽於接桿 本體(π〇向上推時，其裝設於接桿本體(7())卡賴（72)巾之卡固件 鲁⑽）’係因套筒（9〇)前端逐漸擴蚊穿設孔，使該卡固件⑽)不被 抵住而梢微脫離卡_⑽(如第i i騎示），俾可將六角工具⑽） 穿設於接桿本體(70)之置入口⑽中，此時，其卡固件(722)極可能因 套筒（90)往前推設而令卡固件(722)卡嵌於套筒⑽)之擋止端⑽)上 (如第1 0圖所示），使得套筒無法因彈簧之設置而退回，其套筒（9〇) 退回原位置處時，該套筒（90)前端穿設孔（91)壁緣會抵住卡固件 (722)，令卡固凸緣(723)穿過卡固孔(721)而卡嵌六角工具（1〇〇)之卡 ♦固槽口（101)令，但是該卡固件(722)之卡固凸緣(?23)係較小於卡固孔 -(721)之孔徑，與六角工具（100)卡固槽口（101)之卡嵌面積較小（如第 9圖所示），使该六角工具（1〇〇)容易在於置入孔(74)中晃動，而使得 卡固凸緣(723)逐漸被磨損進而無法卡嵌該六角工具（1〇〇);而該六角 工具(90)使用後將套筒（90)往前推設，即可令卡固凸緣(723)脫離六角 工具（100)之卡固槽口（101)，俾可將六角工具（1〇〇)抽離接桿本體(7〇) 之置入口（74)中。 詳觀上述習知結構不難發覺其缺點之處，主要原因係歸如下： 6 M347985 '㈠、其緊固件⑽與套筒⑽)後端開口⑽之配合只係藉由一相互 . 卡設所形成，使套筒⑽與開口⑽之配合無法緊密顿，令套 筒（90)容易從緊固端⑽上脫落，造成使用者在於使用上所產生 之不便。 (二） 、該套筒⑽)前端内緣周係成—逐漸擴大並且連接—擂止端⑽ 之穿舰(91)，其卡m件(722)極可能因賴⑽)往前推設而令卡 固件(722)卡嵌於套筒⑽)讀止端⑽上，使得套筒無法因彈簣 鲁 之设置而退回，形成一使用上作動不易之缺點。 (三） 、其接桿本體⑽上方卡固槽⑽中所設置之卡固件(722)並無一 可擋止之物件，欲將套筒（9〇)裝設於接桿本體（70)上時，其卡固 件(722)容易脫落而掉出’造成裝設上相當不方便之缺點。 (四） 、該卡’⑽)之相⑽(723)絲小於卡固孔(722)之孔徑長 度，與六角工具（100)卡固槽口（101)之卡嵌面積較小，使該六角 工具（100)容易在於置入孔(74)中晃動，而使得卡固凸緣(723)逐 癱 漸被磨損進而無法卡嵌該六角工具（100)，形成該快脫接桿之使用 時限減少。 有鑑於此’創作人本於多年從事相關產品之製造開發與設計經 驗’針對上述之目標，詳加設計與審慎評估後，終得一確具實用性之 本創作。 【新型内容】 欲解決問題之技術點： 按’習知之上推式快脫接桿，該接桿本體與套筒間配合容易產生 7 M347985 較多之缺點，形成—使用上之不方便，所以，該如何設計—較具方便 且使用之時限較長之快脫接桿結構，此乃為本創作欲解決之技術 點者。 嘴 解決問題之技術手段： 其接杯本體外周緣處設有一_掣槽及卡槽，並各別設有一^^掣件 及扣％其卡掣件之卡掣凸緣係貫穿設於卡掣槽定位孔中，而接桿 本體後綠祕桿穿設—㈣件並鎌於扣職^，其接桿本體前方 _套設有-彈性件，該雜件亦關於扣環上方，並推抵卡掣件端緣限 制叹置於卡擎槽中，位移套筒係由接桿本體前方往後套設，其位移套 筒通孔位置處與緊固件配合係使用一沖壓之方式，使該緊固件與位移 套筒尾端接觸處係軸—壓設斜面，令兩者之配合_更為緊密者， 而位移套筒内部形成之擋止端緣係卡後固定彈性件於接桿本體外周緣 上，使該位移套筒能因彈性件之設置而來回移動於接桿本體之外周緣 處。 、 鲁對照先前技術之功效： .()#緊固件與位移套筒間之合係由_沖壓技術而成，使位移套 筒通口處與㈣件尾端接峨呈現—壓設斜面，令兩者之配合關 係更為緊密，傾得更為麵之魏接桿結構。 (二）、該卡料設置於跡本叙卡料時，其置人之雜件係推抵 卡掣件端緣限制於卡掣槽中，令卡掣件不易脫落俾使位移套筒在 裝設上更為方便簡易者。 ㈡、其位移套筒與卡掣件之_藉由岐緣設置之錐形孔，以達到 8 M347985 央位置處凸設有-圓弧狀之卡掣凸緣⑵）；緊固件(3〇)係呈現一中空 圓形狀，其外周緣係形成有複數個微凸肋條之摩擦面；彈性件係 可為一彈簧者；位移套筒⑽係為貫穿之中空管體，其前端形成一漸 縮之錐形孔(51)，其錐形孔(51)後段並形成有一檔止端緣(52)，而位 移套筒（50)後段形成一通口⑽；被動件⑽可為一螺絲起子、套筒 等旋轉作動之工具，其尾段一位置之各角上形成有一卡擎槽口⑽， 亦或於周緣環繞形成一凹槽者。 丨 其結構之組成’再請參閱第2、3圖所*，其接桿本體⑽外周 ，處設有-卡掣槽⑽及卡槽(15)，並各別财—卡掣件⑽及一扣 環(15) ’其卡料⑽之卡掣凸緣⑵）係貫穿設於卡掣槽(⑷定位孔 (141)中，而接桿本體⑽後方從銜接桿⑴）穿設一緊畴⑽並設限 於扣環(15)後方，其接桿本體⑽)前方套設有—彈性件⑽該彈性 件(40)亦限制於扣壤(15)上方，並推擠卡掣件⑽)端緣限制於卡擎槽 (⑷中，令位移套筒⑽在裝設時能更為方便者，位移套筒⑽係由 接桿本體⑽前摊後套設，其娜套筒⑽通孔⑽位置處與緊固 件⑽配合係使用一沖壓之方式(如第3_2圖所示），使該緊固細） 筒⑽尾端接觸處係呈現—壓設斜面，令兩者之配合關係更 〜、在’而位移套筒(5〇)内部形成之擋止端緣⑽係卡嵌固定彈性 件⑽於接桿本體(⑻外周緣上，使該位移套筒⑽能轉性件⑽ 之设置而來回移動於接桿本體⑽之外周緣處。 其、。構之使用’續睛參閱第3圖至第6圖所示，其位移套筒⑼） 於接桿本體⑽上往下拉時(如第5圖所示），該位移套筒⑽前方之 M347985 錐形孔(51)位置處將相對平行於卡掣槽⑽，使卡掣件⑽)不被抵住 形成卡掣凸緣(21)剷端限縮於定位孔（141)中（如第6圖所示），俾可使 被動件（60)能夠插設於接桿本體（1〇)之容置空間（121)内，其容置空間 (121)内所設置之磁吸件（13)與被動件（60)相吸而固定，而放鬆該位移 套筒（50)時(如第3-1圖所示），其位移套筒（5〇)因彈性件(4〇)之設置 而往前回復，其漸縮之錐形孔(51)將卡掣件(2〇)往卡掣槽（14)處推擠 限制(如第4圖所示），令卡掣件(20)前端卡嵌於被動件(6〇)卡掣槽口 籲（60)中，俾使被動件（60)無法脫離而被固定於接桿本體之容置空 間中，而使用過後欲將被動件（60)脫離該接桿本體（1〇)之容置空間 (121)時，下拉該位移套筒（50)使錐形孔(51)相對於卡掣槽（14)，令卡 掣件（20)卡掣凸緣（21)前端脫離限制該被動件（6〇)之卡徹槽口 (61)(如第6圖所示），俾使被動件（60)能夠脫離接桿本體（1〇)之容置 空間（121)中。 藉由上述具體實施例之結構’可得到下述之效益：（一）其緊固件 _癱（30)與位移套筒（5〇)間之配合係由一沖壓技術而成，使位移套筒（5〇) 通口（53)處與緊固件（30)尾端接觸處呈現一壓設斜面，令兩者之配合 關係更為緊密，俾獲得更為強固之快脫接桿結構；（二)該卡掣件(2〇) 設置於接桿本體(1〇)之卡掣槽（U)時，其裝入之彈性件(4〇)係推抵卡 拏件(20)端緣限制於卡掣槽（14)中’令卡掣件(2〇)不易脫落俾使位移 套筒（50)在裝設上更為方便簡易；（三)其位移套筒(50)與卡掣件(20) 之間係藉由内壁緣設置之錐形孔(51)，以達到卡掣件（20)卡嵌或脫離 該被動件(60)之卡掣槽口（61)，且位移套筒（50)在於推拉作動時，其 11 M347985 卡掣件⑽)舰制於位移套筒⑽之錐形孔⑸）巾，令卡科(卿不 會卡肷於擋止端緣(52)上’俾使位移套筒⑽)能更平滑作動於接桿本 體(10)之外周緣上；（四)該卡掣件⑽之卡掣凸緣⑵）斷面積係略小 於定位孔（141)之孔徑，當_卡掣凸緣⑻卡㈣定雜動件⑽ ==擎槽口(61)之接觸面積點較大，使該被動件⑽不易於容 )搖晃’令卡掣件⑽之卡掣凸緣⑻不會因被動件⑽ 長之使㈣限。凸緣⑻之雜、轉，俾獲得更 综上所述，本創作確實已達突破性 作内容，同時又_達到產業上之利用性而具有改良之創 _ 興進步性’且本創作夫导於 新型_二騎雛，#符合專觀相__定，爰依法提出 新i專利申凊，懇請釣局審查委 < 执出 唯以上所述者，僅為補作之-較佳二卿’至為感禱。 定本創作實施之細；即大凡依本創 ^而已’當不能以之限 與修飾，皆應仍屬本創作專利涵蓋=專利範圍所作之均等變化 M347985 【圖式簡單說明】 第1圖：係本創作之立體組合圖。 第2圖··係本創作之立體分解圖。 第3-1圖.係本創作之組合剖面圖 創作位移套筒通口與緊固件配合局部放： 第4圖·係本創作卡擎件固定被動件之剖面示意圖。 ^圖縣創作位移套筒於接桿本體上移動及被動件脱離之剖 -大圖 面作動圖 第6圖：係本創作卡掣件脫離被動件卡擎槽 第7圖.係習知之立體分解圖。 第8圖：係習知之組合細圖。 第9圖：係習知卡f件固定被動件之剖面示意圖 第10圖係％知之位移套筒於接桿本體上移動及被動件脫離 口之剖面示意圖 剖面作動圖 之 第1 1圖：刺知之卡掣件脫離被動件卡賴σ之剖面示意圖 【主要元件符號說明】 本創作部分： (13) 接桿本體-~(1〇) 置入口- - —(12) 磁吸件- 定位孔-~ -(141) 扣環----(151) 銜接桿---(11) 容置空間--(121) 卡掣槽——(14) 卡槽----(15) 13 -(21)M347985• Post, especially one that changes the displacement sleeve and corrects the movement between the clamp and the displacement sleeve. _ Press, a push-up type quick release lever, see Figure 7 first, which contains • There are: a post body (10), a fastener (10), a sleeve (10) and a hexagonal tool (1〇〇). The rear end of the post body (10) is formed with a connecting rod (8), and a peripheral end of the front end is provided with a card f groove (10). And - the groove (10), the card _ (10) in the - position through the post body (10) is provided - the card © hole (721) ship with the phase member (722) set, the needle firmware (722) at the center of the arc a locking flange (723) is provided, wherein the locking hole (721) has a hole length twice the sectional area of the locking flange (723), and the groove (73) is fitted with a fastening member (731). The front end of the post body (10) is formed into a receiving inlet (74) and forms an accommodating space (10)), and the magnet (75) is installed in the accommodating space (10)), and a magazine (10) is connected via the connecting rod. (71) is disposed on the post body (70) and is fixed to the rear of the fastener (731). A fastener (80) is a hollow ring mounted behind the spring (76), a sleeve (9〇) The system is a hollow body, the front end of which forms a gradually enlarged through hole (91), and a play end (92) is formed at the edge of the wall, and the rear end opening (93) of the sleeve (90) is slightly omitted. More than the outer diameter of the fastener (80), the hexagonal tool (1〇〇) is provided with a _^ solid slot (1〇1) around each corner end in the rear position. The composition of the structure 'continued, as shown in Figures 7 and 8, a retaining groove (72) is provided above the periphery of the post body (70) with a fastener (722), and a groove (73) is fitted with a buckle. 5 M347985 setting, the fastening flange (723) of the card firmware (10) is disposed in the fixing hole (7 (1) of the fixing groove (10), and a spring (10) is fixed to the fastening device via the connecting rod (71) (10)) The rear portion is provided with a fastener (10) behind the spring, the sleeve (10) is sleeved over the post body (70), and the rear end opening (10) is fixed on the outer periphery of the fastener (10)), and The stop end (92) is snap-fitted to the end of the spring (76). For the use of the structure, please refer to the eighth, the industrial drawing, the sleeve (10) is attached to the body of the post (π〇 is pushed up, it is installed on the post body (7 ()), the card (72) towel The card firmware Lu (10)) is due to the fact that the front end of the sleeve (9〇) is gradually enlarged to make the fastener (10)) not to be resisted and the tip slightly deviated from the card _(10) (as shown in Figure ii). The hexagonal tool (10) is inserted into the inlet (10) of the post body (70). At this time, the fastener (722) is likely to be pushed forward by the sleeve (90) to clamp the card (722). On the stop end (10) of the sleeve (10)) (as shown in Fig. 10), the sleeve cannot be retracted by the spring setting, and the sleeve (9〇) is returned to the original position when the sleeve ( 90) The edge of the front end through hole (91) will resist the fastener (722), and the locking flange (723) will pass through the fixing hole (721) and the card of the hexagonal tool (1〇〇) will be stuck. Notch (101), but the fastening flange (?23) of the fastener (722) is smaller than the hole of the locking hole-(721), and the locking hole of the hexagonal tool (100) (101) The card has a small embedded area (as shown in Figure 9), making the hexagonal tool (1〇〇) easy Shaking in the hole (74), so that the locking flange (723) is gradually worn out and the hex tool (1〇〇) cannot be engaged; and the hex tool (90) is used to move the sleeve (90) forward Pushing, the locking flange (723) can be disengaged from the locking notch (101) of the hex tool (100), and the hexagonal tool (1〇〇) can be pulled away from the inlet of the post body (7〇). (74) Medium. It is not difficult to find out the shortcomings of the above-mentioned conventional structure. The main reasons are as follows: 6 M347985 '(1), the fastener (10) and the sleeve (10)) are matched by the rear end opening (10) only by a mutual. Formed so that the sleeve (10) and the opening (10) cannot be tightly fitted, so that the sleeve (90) is easily detached from the fastening end (10), causing inconvenience caused by the user in use. (2) The inner edge of the front end of the sleeve (10)) is gradually expanded and connected to the ship (91) of the stop end (10), and the card member (722) may be pushed forward by the (10)) The card firmware (722) is stuck on the reading end (10) of the sleeve (10), so that the sleeve cannot be retracted due to the setting of the magazine, forming a disadvantage that the operation is not easy. (3) The fastener (722) provided in the retaining groove (10) above the post body (10) does not have a stopable object, and the sleeve (9〇) is to be mounted on the post body (70). At the same time, the card firmware (722) is easy to fall off and fall out, which is a disadvantage of the installation being quite inconvenient. (4) The phase of the card '(10)) (10) (723) is smaller than the aperture length of the locking hole (722), and the clamping area of the hexagonal tool (100) clamping notch (101) is smaller, so that the hexagon The tool (100) is easy to sway in the insertion hole (74), so that the fastening flange (723) is gradually worn out and the hex tool (100) cannot be engaged, and the use time of the quick release lever is reduced. . In view of this, the creators have been engaged in the manufacturing development and design experience of related products for many years. In view of the above objectives, after detailed design and careful evaluation, they have finally achieved a practical and practical creation. [New content] Technical point to solve the problem: According to the conventional push-type quick release lever, the cooperation between the body and the sleeve is easy to produce 7 M347985, which is difficult to form, so it is inconvenient to use. How to design - a quick release lever structure that is more convenient and has a longer time limit, which is the technical point to be solved by the creative. The technical means of solving the problem in the mouth: a cup-shaped groove and a card slot are arranged at the outer periphery of the cup body, and each has a card member and a buckle. The card flange of the card member is inserted through the card. The slot is positioned in the hole, and the green body rod of the post body is worn--(four) pieces are attached to the buckle, and the front part of the pole body is provided with - elastic member, and the miscellaneous piece is also attached to the buckle ring and pushed The end edge of the clamping member is restrained and placed in the card slot. The displacement sleeve is sleeved from the front of the rod body, and the position of the displacement sleeve through the hole is matched with the fastener to make the tightness. The shaft of the firmware is in contact with the end of the displacement sleeve - the bevel is pressed, so that the fit between the two is more tight, and the end edge formed by the displacement sleeve is fastened to the outer periphery of the post. In this way, the displacement sleeve can be moved back and forth at the outer periphery of the post body due to the arrangement of the elastic members. The effect of the prior art is as follows: .()# The combination between the fastener and the displacement sleeve is made of _ punching technology, so that the end of the displacement sleeve is connected with the end of the (four) piece. The relationship between the two is more closely related, and the face is more uniform. (2) When the card material is set in the trace material, the miscellaneous parts of the card are pushed to the end of the card member to be restricted in the card slot, so that the card member is not easy to fall off, so that the displacement sleeve is installed. It is more convenient and simple to set up. (2) The displacement sleeve and the clamping member are provided with a tapered hole provided by the rim, so as to reach a convex-arc-shaped flange (2) at the central position of 8 M347985; the fastener (3〇) is Presenting a hollow circular shape, the outer periphery is formed with a plurality of friction surfaces of micro-convex ribs; the elastic member can be a spring; the displacement sleeve (10) is a hollow tube body penetrating, and the front end thereof is formed with a tapered shape. The tapered hole (51) has a tapered end edge (52) formed in the rear portion of the tapered hole (51), and a through port (10) is formed in the rear portion of the displacement sleeve (50); the passive member (10) can be a screwdriver or a sleeve For a tool that rotates, a card slot (10) is formed at each corner of a position of the tail section, or a groove is formed around the circumference.组成The structure of the structure 'Please refer to the second and third figures*. The outer circumference of the post body (10) is provided with a - cassette groove (10) and a card slot (15), and each of the financial and card components (10) and one The buckle (15) 'the flange (2) of the material (10) is inserted through the latching groove ((4) positioning hole (141), and the rear of the post body (10) is inserted from the connecting rod (1)) (10) The utility model is further arranged to be limited to the rear of the buckle (15), and the front body of the joint body (10) is sleeved with an elastic member (10). The elastic member (40) is also confined above the buckle (15) and pushes the edge of the clamp member (10). Restricted to the card engine slot ((4), the displacement sleeve (10) can be more convenient when installed. The displacement sleeve (10) is sleeved from the front of the post body (10), and the sleeve (10) is at the position of the through hole (10). Cooperate with the fastener (10) by means of a stamping method (as shown in Fig. 3-2), so that the contact end of the fastening thin tube (10) is presented with a beveled surface, so that the cooperation relationship between the two is more The blocking end edge (10) formed inside the displacement sleeve (5〇) is engaged with the elastic member (10) on the outer circumference of the rod body (the outer circumference of the (8), so that the displacement sleeve (10) can be moved back and forth by the setting of the rotating member (10). Arbors At the outer periphery of the body (10). The use of the structure is shown in Figures 3 to 6, and the displacement sleeve (9) is pulled down on the post body (10) (as shown in Figure 5). The position of the M347985 tapered hole (51) in front of the displacement sleeve (10) will be relatively parallel to the latching groove (10), so that the latching member (10) is not restrained from being formed by the shovel end of the latching flange (21). In the hole (141) (as shown in FIG. 6), the passive member (60) can be inserted into the accommodating space (121) of the post body (1 ,), and the accommodating space (121) is accommodated therein. The magnetic member (13) is sucked and fixed by the passive member (60), and when the displacement sleeve (50) is relaxed (as shown in Fig. 3-1), the displacement sleeve (5〇) is The elastic member (4〇) is set to return forward, and the tapered tapered hole (51) pushes the latch member (2〇) toward the latching slot (14) (as shown in Fig. 4). The front end of the card member (20) is inserted into the passive member (6〇) of the slot (60), so that the passive member (60) cannot be detached and is fixed in the accommodating space of the post body. After use, the passive member (60) is removed from the body of the post (1〇). In the space (121), the displacement sleeve (50) is pulled down to make the tapered hole (51) relative to the latching groove (14), so that the front end of the latching member (20) is biased away from the flange (21) to limit the passive member. (6〇) The card slot (61) (as shown in Fig. 6) enables the passive member (60) to be disengaged from the receiving space (121) of the post body (1〇). The following benefits can be obtained by the structure of the above specific embodiment: (1) The cooperation between the fastener _瘫(30) and the displacement sleeve (5〇) is formed by a stamping technique to make the displacement sleeve (5〇) A pressure-inclined surface is formed at the contact of the end of the fastener (53) with the end of the fastener (30), so that the cooperation relationship between the two is closer, and the 俾 obtains a stronger and stronger detachment rod structure; When the latch member (2〇) is disposed on the latching slot (U) of the post body (1〇), the elastic member (4〇) that is inserted therein is pushed against the end of the latching member (20). In the cassette groove (14), the card holder (2〇) is not easy to fall off, so that the displacement sleeve (50) is more convenient and simple to install; (3) its displacement sleeve (50) and the clamping member ( 20) Between the tapered hole (51) provided by the inner wall edge, the locking member (20) is engaged or disengaged from the locking groove (61) of the passive member (60), and the displacement sleeve ( 50) In the push-pull operation, the 11 M347985 clamp (10) is made of the tapered hole (5) of the displacement sleeve (10), so that the card is not stuck on the end edge (52). Smoothing the displacement sleeve (10) to the post body (10) (4) The snap-off area of the latching member (2) of the latching member (10) is slightly smaller than the aperture of the positioning hole (141), when the latching (8) card (4) is fixed (10) == engine slot The contact area of the port (61) is large, so that the passive member (10) is not easily swayed. The latching flange (8) of the latch member (10) is not limited by the length of the passive member (10). The flange (8) is mixed, turned, and smashed. In addition, this creation has indeed achieved breakthrough content, and at the same time _ achieves industrial use and has improved innovation _ progressing' and this creative guide In the new type _ two riding chicks, # meet the specific phase __ fixed, 提出 legally filed a new i patent application, please ask the fishing bureau review committee < the only mentioned above, only for the supplement - better two Qing To the pray. The fineness of the creation of this book; that is, the general case of the creation of the ^ has been 'when it can not be limited and modified, it should still be the scope of the creation of the patent coverage = the scope of the patent changes M347985 [simple description of the diagram] Figure 1: A three-dimensional combination of creations. Figure 2 is a three-dimensional exploded view of the creation. Figure 3-1. This is a combination of the creation of the cross-section of the creation of the displacement sleeve and the fastener with the partial placement: Figure 4 is a cross-sectional view of the passive part of the creative card. ^Tuxian creative displacement sleeve moves on the post body and the passive part is disengaged from the cross-sectional view of the large-scale surface. Figure 6: This is the creation of the card part from the passive part of the card slot. Figure 7. Exploded map. Figure 8: A detailed diagram of the combination of the prior art. Figure 9: Schematic diagram of the cross-section of the fixed passive part of the conventional card. Figure 10 shows the section of the displacement of the displacement sleeve on the post body and the cross-section of the passive part. Figure 1 1 Schematic diagram of the 掣 脱离 被动 被动 【 【 【 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ -(141) Buckle----(151) Adapter Rod---(11) accommodating space--(121) 掣 —— - (14) Card slot----(15) 13 -(21 ) M347985
卡掣件-- -(20) 卡掣凸緣- 緊固件-- -(30) 彈性件-- -(40) 位移套筒- -(50) 錐形孔_ _ 擔止端緣- -(52) ϋ _ _ _ 被動件-- -(60) 卡掣槽口- 習知部分： 接桿本體- -(70) 銜接桿-_ 卡固槽-- -(72) 卡固孔— 卡固件-- -(722) 卡固凸緣- 槽溝--- -(73) 扣件--- 置入口 -- -(74) 容置空間- 磁鐵-_ - -(75) 彈簧--- 緊固件-- -(80) 套筒--- -(90) 穿設孔-- 擔止端-- -(92) 後端開口- 六角工具- -(100) 卡固槽口- -(51) -(53) -(61) -(71) -(721) -(723) -(731) -(741) -(76) -(91) -(93) -(101) 14掣 - --- (20) 掣 flange - fasteners - - (30) elastic parts --- (40) displacement sleeve - - (50) tapered hole _ _ shoulder edge - - ( 52) ϋ _ _ _ Passive parts --- (60) Snaps - Conventional parts: Post body - - (70) Adapter rod - _ Snap groove - (72) Snap hole - Card firmware -- -(722) Snap Flange - Groove--- - (73) Fasteners --- Placement --- (74) accommodating space - Magnet - _ - - (75) Spring --- Tight Firmware---(80) Sleeve----(90) Threading hole--loading end---(92) rear opening - hex tool - - (100) grooving slot - - (51) -(53) -(61) -(71) -(721) -(723) -(731) -(741) -(76) -(91) -(93) -(101) 14