201038835 ' 六、發明說明： 【發明所屬之技術領域】 本發明為-種往復運轉裝置之防鎖死結構，尤指—種 微型運轉裝置於進行往復運轉作動時之防止作動件鎖死之結構設 舌十。 。又 【先前技術】 由於現今南精密控繼品之設計趨勢，越來越講求控制 ο 積的縮減，以本發明所運用之產品為例，本發明所運 ίΐί品為—種利用電子感應控制鎖體開關之電子鎖，該電子鎖 $J的特徵為透過電子感應以分辨開鎖者之身份，再= 開鎖者之訊號後，透過内部電子控制設計以電力驅ϋ達 使鎖心運作到供門把= 關上門後’該電子鎖之電子控制設計便會透ί以前 的作’使鎖心内部分離而使門把無法透過鎖心 之門鎖弟τ圖所示之本發明人於歐洲專利局所申請 穿置7 J2令1發明案為例，其即為本發明所指之習知往復運轉 〇 帽73進行往彳^蒋=又馬達69之正反轉而驅使其螺接之螺 元件為裝設於本f 70㈣L!更权有一感應珠，前述各 射出成形-中作動，該本體70為一體 部π，該感應部為具有一前露出一感應 感應部721及後感應部722 ^距 im722 ’該前 達69驅動徭-r/· π f乍動之預設打程。其中該帶動件75受馬 5 可在所述預設行程巾透過感應珠&及b與前成庫ί 制^=產生』，後發出控制訊號，經電二: 後離合端20呈現正麵離 停止運轉，而使鎖心内部之 3 201038835 子鎖3之置7技術並不僅拘限於本發明所應用之電 結的i t?；照相機等精密控制儀器都有使用該類型 的體積減j二二二復運轉裝置7為能使整體裝置所佔用 斷的縮減體積量下’其結構體積料因此不 魏，__料加，；路 规靡娜過大 ❹ 於控制電路至咖法正確傳達 =置時精準的停=轉無法於—感應珠a與b到達做動停 ’該馬達69接設的螺桿 谨心— f移動’然該螺帽73外之帶動件75 2〇 ^ =死並無法再運轉的狀況;而連==轉 〇 如何設計出料伽指㈣者丨會產生結構上的損壞，因此 便構’避免因前述鎮死狀況所導致之損壞， 【發明内容】 死致運轉装置因螺旋轉動被動件所可能產生鎖 Πί 而必須更換相關零件的缺失，或產生安全ίϊ : 复;;裝置之防鎖死結構，本： =到達預設行程後但繼續進行非預期性轉動時^ 2 動的螺帽與該螺桿之跳脫結構產生 驅 ==動_陶刪跑， 4 201038835 座體本之f貞聽構，包含有一 該驅動部包含結合有-螺桿的^麦離a以及一電路控制結構， 有變祕伽_。具 ο :晴螺帽内部螺紋分離跳;=:== 【實施方式】 圖，子财解示意 以及-作動控制單元6,其中該感：*作動單元元5 置51及-開關作動裝置52，該 5具有一感應發射襄 並轉換成控做號以進行發射（；/=^ 5|^·有，來源 該開關作動裝置52且有一頻技術）之功能，而 似，其中該Η聰及—前離合端 ❹ ，動，而該前離合端522為受前/之後^啟閉 動該門閃開關控制結構521進行 罪口驅動後驅 =一離合裝置部61、一電源 ====單元6 内具有-訊號運算裝置(圖未示），苴電j原供應裝置62 電力使該訊號運算裝置可於接^ 應裝置62可提供 所具有之控制 及复運轉裝置组裝 後離合端2。、一及一 5 201038835 ^周圍開設有兩個相對之安裝槽2311與2321，其於該前片體231 片體232兩相對組設後，其所形成的槽體内部各設有一組201038835 ' VI. Description of the invention: [Technical field of the invention] The present invention is an anti-lock structure of a reciprocating device, and particularly relates to a structure for preventing an actuator from being locked when a reciprocating operation is performed. Tong ten. . [Prior Art] Due to the design trend of the current precision control products in the South, more and more attention is paid to the reduction of the control product. Taking the products used in the present invention as an example, the present invention uses the electronic induction control lock. The electronic lock of the body switch, the electronic lock $J is characterized by electronic induction to distinguish the identity of the unlocker, and then = the signal of the unlocker, through the internal electronic control design to drive the lock to operate the door handle = After closing the door, the electronic control design of the electronic lock will be transparent to the previous work, so that the inside of the lock is separated and the door handle cannot be locked through the lock of the lock. The inventor of the inventor is at the European Patent Office. The application of the 7 J2 Order 1 invention is taken as an example, which is a conventional reciprocating operation of the cap 73 of the present invention, which is carried out by screwing the screw to the front and back of the motor 69. The present invention is provided in the present invention. The main body 70 is an integral portion π, and the sensing portion has a front exposed sensing portion 721 and a rear sensing portion 722. The front 69 drives 徭-r/· π f The pre-fight move away. The driving member 75 is subjected to the control signal by the horse 5 through the sensing beads & b and the front forming library, and then the control signal is transmitted. The technology of stopping the operation, and making the inside of the lock 3 201038835 sub-lock 3 is not limited to the electric junction of the application of the present invention; the precision control instruments such as cameras have a volume reduction of this type. The second re-running device 7 is capable of reducing the volume of the whole device. The structure of the material is not so high, and the material is not too high, and the road gauge is too large. The control circuit is correctly communicated to the coffee method. Accurate stop = turn can not be - the induction beads a and b arrive at the stop to stop 'The screw connected to the motor 69 is careful - f move' then the nut 73 outside the nut 73 2 〇 ^ = dead and can no longer run The situation of the company; and even if the design of the output gamma (4) will cause structural damage, so the structure will avoid the damage caused by the aforementioned stagnation, [Summary of the content] Rotating the passive part may result in a lock ί and the relevant zero must be replaced Missing, or generating safety ϊ : complex;; anti-lock structure of the device, this: = after reaching the preset stroke but continuing the unintended rotation ^ 2 dynamic nut and the screw jump structure generated drive = = _ _ Tao deleted, 4 201038835 The body of the 贞 贞 贞 , , , , , , , , , , , , 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 以及ο : Sunny nut internal thread separation jump; =:== [Embodiment] Figure, sub-debt diagram and - actuation control unit 6, wherein the sense: * actuation unit 5 set 51 and - switch actuator 52, The 5 has an inductive emission chirp and is converted into a control number for transmission (; / = ^ 5 | ^ · Yes, the source of the switch actuating device 52 and a frequency technology), and similarly, the The front clutch end ❹, the moving, and the front clutch end 522 is the front/rear opening and closing. The door flash switch control structure 521 is driven by the sin drive. The rear drive unit 61, a power supply==== unit 6 There is a signal operation device (not shown), and the power supply device 62 enables the signal operation device to provide the clutch terminal 2 after the control device and the re-operation device are assembled. , one and one 5 201038835 ^ two peripheral mounting slots 2311 and 2321 are provided in the periphery, and after the front panel 231 is diametrically assembled, a set of slots is formed inside the slot body
"ι〇包括有一馬達11 ’馬達之一端具有一驅動桿ill，一螺桿12則 與該驅動桿111接設，使該驅動桿111可驅動螺桿12進行正反方 向之轉動。如第五圖所示之螺桿12上設有螺紋122，而螺桿12 兩端各設有一跳脫部121，該兩跳脫部121為形成有兩個以上之延 續螺桿12外圓之跳脫端1211的弧形片體123，該跳脫端1211之 弧形片體123設計具有一定之變形裕度，而跳脫端1211之外弧面 上一處開設有延續於該螺桿12上之螺紋122，而該跳脫部121環 設於跳脫端1211周圍之形體為空轉端1212，各空轉端1212與各 跳脫端1211間具有一間隙1213,該間隙1213可使跳脫端1211分 離於空轉端1212外而不受其限制；後離合端20與習知結構相同， 主要具有一螺帽233，該螺帽233中心開設有一螺紋2331與前述 之螺桿12螺接，而螺帽233外包覆有一前片體231及一後片體232 ，所形成之帶動件23，其中該前片體231與該後片體232兩相對面The "1" motor includes a drive rod ill at one end of the motor, and a screw 12 is coupled to the drive rod 111 such that the drive rod 111 can drive the screw 12 to rotate in the forward and reverse directions. A screw 122 is disposed on the screw 12 as shown in FIG. 5, and a jump portion 121 is disposed at each end of the screw 12, and the two trip portions 121 are jump ends formed with two or more continuous screws 12 The curved piece 123 of the 1211, the curved piece 123 of the jumping end 1211 is designed to have a certain deformation margin, and a thread 122 extending from the screw 12 is opened at a position on the outer surface of the jumping end 1211. The body around the jumping end 1211 is an idling end 1212, and each of the idling ends 1212 and each of the jumping ends 1211 has a gap 1213. The gap 1213 can separate the jumping end 1211 from the idling. The end 1212 is externally unrestricted; the rear clutch end 20 has the same structure as the conventional structure, and has a nut 233. The nut 233 has a thread 2331 formed in the center thereof and is screwed to the screw 12, and the nut 233 is covered. There is a front piece 231 and a rear piece 232, and the driving member 23 is formed, wherein the front piece 231 and the rear piece 232 are opposite to each other.
^ 動件23 —^ Mobile 23 -
备觸元件，並藉由該兩導電 而另一組導電片44則延伸 6 201038835 ΐί:1 制所設之導孔35處，供其他電子鎖結構連接並具 導雷Η 49 I t %電子鎖之控制單元透過各 6 ο ί=”=，12 縣 43之Π銘:動件？運作，此㈣感應珠234便會在導電片42盥 盘移動,’而备另一個運轉行程之接觸點再次接觸各導電片42 二t本广月局部動作示意圖，該螺帽233 3移:i 二到跳内部螺紋2331為自螺桿12上之螺紋122 轉動，跳脫端1211之螺紋位置上’此時若馬達U仍繼續 ^ /i t ^卜之螺紋因繼續轉動螺帽233内部螺纹 、二之故’產生内、外螺紋間之壓迫力道，但因跳脫端⑵^為二 ，離之片體，該壓迫力道會使得跳脫端ΐ2ιι向下 = ❹ 間歇的脫離螺帽233内部螺紋咖之 k = 的效果而生鎖形及觀 “Sii 部螺牙崩壞鎖死造成的嚴重安全缺失獲 -ΛΑ綜六戶ί述’本發明藉由往復運轉裝置之防鎖死結構，可使籍 ，的構^有更精準安全的作動，深具產業利用價值，且鱼 及進步性之要件，爰依法提出發明專利申請。 之新賴 7 201038835 【圖式簡單說明】 第一圖 第二圖 第三圖 第四圖 第五圖 第六圖 第七圖 第八圖 係習知往復運轉裝置之側面剖視示意圖。 係本發明較佳實施例之產品應用分解狀態圖。 係本發明較佳實施例之往復運轉裝置立體示意圖。 係本發明較佳實施例之往復運轉裝置立體分^示意圖 係本發明較佳實施例之局部剖視示意圖。 係本發明較佳實施例之俯視圖。 .係本發砸佳實酬之往復運賊置第— Ο .係本發明較佳實施例之往復運轉裝〜σ ° 第九圖：係本發明較佳實施例之往復運轉裝 【主要元件符號說明】 °視圖 5 作動控制單元 6 7 10 馬達 11 111 螺桿 12 121 跳脫端 1211 1212 間隙 1213 122 弧形片體 123 20 後離合片 21 22 帶動件 23 231 安裝槽 2311 232 安裝槽 2321 ^322 233 螺紋 234 2331 235 感應作動單元 往復運轉裝置 驅動部 驅動桿 跳脫部 空轉端 螺紋 後離合端 抵壓彈簀 前片體 後片體 控制線路 螺帽 感應珠 彈簧 8 201038835 座體 30 筒體 31 開口 32 開口 33 内環面 34 導孔 35 電路控制結構 40 電路板 41 導電片 42 導電片 43 導電片 44 感應發射裝置 51 開關做動裝置 52 門閂開關控制結構 521 前離合端 522 離合裝置部 61 電源供應裝置 62 馬達 69 本體 70 螺桿 71 感應部 72 前感應部 721 後感應部 722 螺帽 73 帶動件 75 片體 751 片體 752 感應珠 a/b ❹ 9The contact element is provided, and the other conductive strips 44 extend through the two conductive holes 44 of the 201038835 ΐί:1 system for connection with other electronic lock structures and lead Thunder 49 I t % electronic lock The control unit operates through each of the 6 ο ί=”=, 12 counties 43 Π明:moving parts, and the (four) sensing beads 234 will move on the conductive sheets 42, and the contact point of another running stroke is again Contacting each of the conductive sheets 42 a schematic diagram of the partial action of the wide-moon, the nut 233 3 is moved: i, the jump internal thread 2331 is rotated from the thread 122 on the screw 12, and the threaded position of the jump end 1211 is at this time The motor U continues to rotate ^ /it ^ Thread of thread due to continue to rotate the internal thread of the nut 233, the second reason to generate the pressure between the inner and outer threads, but because the trip end (2) ^ is two, away from the sheet, the The pressing force will make the jump end ΐ 2 ιιι = ❹ intermittently break the nut 233 internal thread coffee k = the effect of the lock shape and view "Sii part of the screw broken lock caused by serious safety loss -六户ί'The invention is made up of the anti-lock structure of the reciprocating device More precise and safe action, with deep industrial use value, and fish and progressive elements, 提出 filed an invention patent application according to law. Xin Lai 7 201038835 [Simple diagram of the diagram] The first diagram The second diagram The third diagram The fourth diagram The fifth diagram The sixth diagram The seventh diagram The eighth diagram is a schematic cross-sectional view of the conventional reciprocating device. A product application decomposition state diagram of a preferred embodiment of the present invention. A schematic perspective view of a reciprocating device of a preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS A perspective view of a reciprocating device of a preferred embodiment of the present invention is a partial cross-sectional view of a preferred embodiment of the present invention. A top view of a preferred embodiment of the invention. The reciprocating operation of the preferred embodiment of the present invention is the same as the reciprocating operation of the preferred embodiment of the present invention. FIG. 9 is a reciprocating operation of the preferred embodiment of the present invention. Description] ° View 5 Actuation control unit 6 7 10 Motor 11 111 Screw 12 121 Trip end 1211 1212 Clearance 1213 122 Curved piece 123 20 Rear clutch piece 21 22 Drive piece 23 231 Mounting groove 2311 232 Mounting groove 2321 ^ 322 233 Thread 234 2331 235 Induction actuating unit reciprocating device drive part drive rod tripping part idling end thread rear clutch end pressing spring front piece rear piece body control line nut induction bead spring 8 201038835 seat body 30 cylinder 31 opening 32 Opening 33 Inner Annular Surface 34 Guide Hole 35 Circuit Control Structure 40 Circuit Board 41 Conductive Sheet 42 Conductive Sheet 43 Conductive Sheet 44 Inductive Emitting Device 51 Switch Actuator 52 Door Latch Switch Control Structure 521 Front Clutch End 522 Clutch Unit 61 Power Supply 62 motor 69 body 70 screw 71 sensing part 72 front sensing part 721 rear sensing part 722 nut 73 driving piece 75 piece 751 piece 752 induction beads a/b ❹ 9