M381548 五、新型說明： 【新型所屬之技術領域】 一種座椅升降傳動裝置，尤指利用機械式傳動方式，讓使用 者以較輕之力量驅動座椅升降之座椅升降傳動裝置。 【先前技術】M381548 V. New description: [New technical field] A seat lift transmission device, especially a seat lift transmission device that uses a mechanical transmission method to allow the user to drive the seat lift with lighter force. [Prior Art]
按，目前車輛之座椅必需配合不同駕駛者的身高、體型，調 節座椅之上下高度，傳統車輛座椅的調節構造係為手動多段式調 節構造，其缺點在於調節間距為固定的，且調整時使用者必須以 較費力之方錢行織常常無_節在最鞭駕駛操作的狀 二因此，即有相關業者研發出一種利用電動控制之機構，其主 要係藉由馬達合機械連動構造，而可以無段式控制汽車座椅高 低，以配合駕驶者的身高體麵調鋪至最適於駕驶操作的狀 態，但使用馬達則必須仙車_部之空間，並會造成車輛之配 線困難及日後維料便，且整體設置之成本非常昂貴。 疋以，要如何解決上述習知技術之不足與 行業相《者所亟欲研究飯課題。 卩為攸事此 【新型内容】 本創作之主要目的乃在於，偏心、軸帶動齒盤旋動，七 盤會於固定座内叫_之_，因此㈣者可细較輕之) 驅動驅動組，使驅動組帶動傳動組作動。 έ為達上述目的，本創作之座椅升降傳動裝置係設置有亮 、。且’而殼體組為具有相互蓋合之左織以及右㈣且殼齡 3 M381548 靠近左側蓋處設置有驅動組，並於靠近右侧蓋處設置有傳動組， 而傳動組係設置有設置有固定座，並於固定座内緣環設有第一齒 條，且固定座内具有與第一齒條嚙合轉動之齒盤，並於齒盤中央 處固接有偏心軸，而偏心軸一端為穿入驅動組，並可受驅動組驅 動樞轉，而齒盤表面環形間隔凸設有複數傳動柱，且齒盤一侧設 置有可受傳動柱帶動之傳動盤。 【實施方式】 請參閱第一圖至第七圖所示，由圖中可清楚看出，本創作係 〇又置有威體組1、驅動組2、傳動組3及復歸元件4，其中：. 該殼體組1係設置有左側蓋n以及右侧蓋12 ’而左側蓋n 表面係具有鏤空部11卜且左織u周緣朝向__觀設置止播部 2 口疋邻113，而右側蓋a表面中央處設置有梅接孔a卜且 周緣設置有複數定位扣122。 5亥驅動組 係故置有基座21、旋動盤22、旋蓋23、旋動件 嚙。件25、第-彈性元件26與第二彈性元件，且基座^ 側凸-又有推抵部211 ’另側凸設有複數連接柱，而旋動盤^ 令央處設置有定位部222’並於定位部挪二側分別凸設有定位柱 ”推動P 223，該旋盖23周緣二側凸設有抵推部231，並於周 有帶動部232 ;該旋動件24中央處設置有多邊形之傳 且喃心周Γ有第二齒條241;該嗜合件25係呈弧形設置’ 嘴合謂；有Γ251 ’並於二端内側分別設置有 第一祕辑27同向延伸有二抵持部27卜 4 M381548 雜動組3係設置有固定座3卜齒盤犯、偏心轴犯及傳動 盤34 ’而固定座31 一側内緣環設有第-齒條3U ,且另侧設置有 複數t接孔312 ;齒盤32中央處設置有軸孔322，且齒盤32 一側 表面環形間隔凸設有複數傳動柱32卜且齒盤32外緣設置有第三 齒條323 ;偏心轴33係設置有梅軸331，且樞軸331 -側靠近末 端處汉有㈣彳了之卡摯部332，另端設置有不哪之樞接部咖； 傳動盤34表面係凸設有傳動軸341，且傳動盤34位於傳動軸341 周緣間隔環設有複數傳動孔342。 該復歸元件4凸設有二抵靠部41。 藉上，當本創作於組構時，係先將復歸元件4套設於基座Μ 與固定座31之間，並使基座21之連接柱212連接至固定座3丨之 連接孔，讓基座21與固定座31形成定位，再組裝傳動组3，使齒 盤32裝入固定座31内，讓齒盤32外緣之第三齒條323喃合於第 一齒條311，續將偏心軸33穿入齒盤32，使樞接部3烈固接於齒 籲盤32之轴孔322内，並讓樞軸331穿過固定座31及基座21，而 5由基座21穿出，再將傳動盤34蓋合於固定座31表面，使齒盤犯 之傳動柱321位於傳動盤34之傳動孔342内，續將右側蓋12蓋 合於傳動盤34表面，使傳動盤34之傳動軸341穿入樞接孔m 内，即完成傳動組3之組裝；再組裝驅動組2，係先將旋動盤以 裝入基座21内’使極袖331由旋動盤22之定位部222穿出，並 讓推動部223正對於推抵部211，續將第一彈性元件26與第二彈 性元件27分別套入旋動盤22之定位柱221與定位部222,並讓第 5 明 1548 一^性7^件27所延伸之二抵持部271分別位於推動部223以及推 抵。P 211之—側’再使嗜合件25之定位孔251樞接於定位柱221， 讓第彈f生το件26之二末端分別抵持於唾合件25内二側， 動件24為穿入樞轴331，使傳動孔242卡固於極軸331之卡摯 咖’再將旋蓋23蓋合於旋動件％與嗜合件25表面，並讓旋 =所設置之帶動部232位於復歸元件4之二抵靠部41之間最後 將左側盍11蓋合於旋蓋23表面，使左側蓋u之 繩12擔扣122心輸撞_ 邻川㈣之一抵靠部41之間，而旋蓋23表面為露出鏤空 邛1U ’即完成本創作之組構。 工 "請參閱第二圖、第七圖至第九圖所*，由圖令可清 可·旋蓋23表面所連接之_ 之抵約23丨1 φ 而旋蓋23於旋動時，二側所設置 八中之一，為會依照旋動方向推動嚙合件25之一 爾25依定位㈣產生偏斜，而讓二嚙合部252其 ，、旋動件24之第二齒條241形成喃合（如第九 ’，、 進而使抵推部231在旋動時，推_合件25 ^ ’ 並使私㈣帶動旋_4 _、在使財驅= 之同時，由於左側蓋11之止擋部⑴與旋蓋23之帶動^ 為於復歸元件4之二抵靠部41之間’因此旋蓋23 。32白 為會推動二抵靠部41其中之―，而另一抵靠部Μ則^動部娜 所止擋而無法位移，俾使復歸元件4產生變&擋部112 6 M381548 示），進而具有復位能力，·而在唾合件25偏斜2時嗔人件 會推動第-雜元件26之―端，使第―轉26產。生復财 力’而旋動盤22 _之同時，其推動部22以會推動第二彈性元 件27之二抵持部271其中之一，使一抵持部271產生彈性變形， 而另-抵持部271受推抵部211之抵持而無法連動，進而使第二 彈性元件27產生復位能力；藉此，纽財去除辭旋蓋^之 驅動力時，該復歸元件4受帶動部232推移之抵靠部Μ，即會因 独能力而向另-抵靠部41移動，進而推動帶動部咖並帶域 蓋回歸至先雜置，而錢蓋23復位之_，旋蓋Μ之抵推部 231為會離開喃合件25，使唾合件25受到第—彈性元件託之復 位能力而回歸至未偏斜之狀態，使哺合部252脫離旋動件％之第 二齒條241，且旋動盤22也會因第二彈性元件27之抵持部忉 推動而復位。 再請參閱第-圖、第六圖、第九圖至第十—圖所示，由财 V清楚看出，當旋動件24受唾合件25喃合推減生轉時由 於偏心軸33之卡摯部332為與旋動件24之傳祕242卡合（如 第九圖所朴因此旋動件24騎帶域卻33之姉331產生 樞轉，而在偏心軸33樞轉之同時’ _於拖接部咖與樞軸331為 不同轴之設置，因此樞接部333為會推動齒盤32關定之弧雜 轉，使齒盤32之第三齒條323與固定座31内之第一齒條311嚙 合轉U當齒盤32於固定座31咖轉時，其表面所凸設之複 數傳動柱321也會做相對之圓弧運動，且複數傳動柱321之運動 7 548 方向相同，由於複數傳動柱321分別位於傳動盤34之複數傳動孔 _ ’因此’再齒盤32枢轉時，也同時會推動傳動盤料依傳動 賴枢轉（如第十圖所示），藉上，即可利用傳動㈣與座椅 之％塾連結，進而對椅墊進行調整。 。 者，由於偏心轴33在帶動齒盤32旋動時，齒盤犯之 力距為遠大於其表_設讀動柱321，因此㈣者 力量驅動轉組2，使驅動組2帶動偏心軸33轉動。♦之 是以，摘作為可解決f知技術之不足與缺失，並可增進習 知技術所未具之功效’其_技術乃在於，本創作為利用偏心輛 33帶動齒㈣旋動，因此缝32會於固定座&内以不同轴之拖 轉’進而加大齒盤32之旋轉力距，且齒盤表面所設之傳動柱321 在齒盤32樞轉時’所產生之力距較為齒盤犯小，因此使用者可 利用車乂輕之力1驅動驅動組2，使驅動組2帶動偏心軸33轉動。 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 第一圖係為本創作又一視角之立體外觀圖。 第二圖係為本創作局部構件之分解立體圖。 第四圖係為本創作驅動組之立體分解圖。 第五圖係為本創作傳動組之立體分解圖。 第六圖係為本創作傳触之局部構件立體分解圖。 第七圖係為本創作㈣組之局部構件域分解圖。 第八圖係為本創作驅動組之動作示意圖（一）。 M381548 第九圖係為本創作驅動組之動作示意圖（二）。 第十圖係為本創作傳動組之動作示意圖。 第十一圖係為本創作傳動組之側視剖面圖。 【主要元件符號說明】 1、 殼體組 II、 左側蓋 III、 鏤空部 112、 止擋部 113、 固定部 2、 驅動組 21、 基座 2H、推抵部 212、連接柱 22、 旋動盤 22卜定位柱 222、 定位部 223、 推動部 23、 旋蓋 23卜抵推部 232、帶動部 12、右側蓋 121、 樞接孔 122、 定位扣 24、 旋動件 24卜第二齒條 242、傳動孔 25、 嗜合件 251、 定位孔 252、 嚙合部 26、 第一彈性元件 27、 第二彈性元件 271、抵持部 3、傳動組 31、 固定座 311、 第一齒條 312、 連接孔 32、 齒盤 321、 傳動柱 322、 抽孔 33、 偏心轴 331、 樞軸 332、 卡摯部 333、 樞接部 34、 傳動盤 341、傳動轴 9 M381548 323、第三齒條 342、傳動孔 4、復歸元件 41、抵靠部According to the current, the seat of the vehicle must match the height and body shape of different drivers, and the height of the upper and lower seats can be adjusted. The adjustment structure of the conventional vehicle seat is a manual multi-stage adjustment structure, and the disadvantage is that the adjustment pitch is fixed and adjusted. When the user has to use the more laborious money to woven, there is often no _ section in the most whip driving operation. Therefore, the relevant industry has developed a mechanism that utilizes electric control, which is mainly constructed by motor-mechanical linkage. The height of the car seat can be controlled steplessly to match the height of the driver to the most suitable driving operation. However, the use of the motor requires the space of the car, which will cause difficulties in wiring and future The material is easy to handle, and the overall cost is very expensive. In short, how to solve the above-mentioned shortcomings of the prior art and the industry's "study of rice projects." This is the main purpose of this creation. The main purpose of this creation is that the eccentricity and the shaft drive the toothed disc to rotate. The seven discs will be called _ in the fixed seat, so (4) can drive the drive group. The drive group is driven to drive the drive set. In order to achieve the above objectives, the seat lift transmission device of the present invention is provided with a bright light. And 'the housing group has left woven and right (four) which are covered with each other and the shell age 3 M381548 is provided with a driving group near the left side cover, and a transmission group is arranged near the right side cover, and the transmission group is provided with a setting a fixing seat, and a first rack is arranged on the inner ring of the fixing seat, and the fixing seat has a toothed disc that meshes with the first rack, and an eccentric shaft is fixed at the center of the toothed disc, and one end of the eccentric shaft is The driving group is driven and can be pivoted by the driving group, and the plurality of transmission columns are arranged on the surface of the toothed disc at an annular spacing, and a driving disc driven by the transmission column is disposed on one side of the toothed disc. [Embodiment] Please refer to the first to seventh figures. As can be clearly seen from the figure, the creation system is further provided with a power group 1, a drive group 2, a transmission group 3 and a reset component 4, wherein: The casing group 1 is provided with a left side cover n and a right side cover 12', and the left side cover n surface has a hollow portion 11b and the left weaving u circumference is oriented toward the __view to set the stop portion 2 port 113, and the right side cover A center hole is provided at the center of the a surface, and a plurality of positioning buckles 122 are disposed on the periphery. The 5H drive group is provided with a base 21, a rotary disk 22, a screw cap 23, and a rotary member. The member 25, the first elastic member 26 and the second elastic member, and the base side convex portion and the pushing portion 211' are provided with a plurality of connecting posts on the other side, and the rotating disk is provided with a positioning portion 222 at the central portion. 'The positioning pole is respectively protruded on the two sides of the positioning portion to push the P 223, and the pushing portion 231 is convexly disposed on both sides of the periphery of the screw cap 23, and the driving portion 232 is provided on the circumference; the center of the rotating member 24 is disposed There is a polygon and there is a second rack 241 in the center of the heart; the fitting piece 25 is arranged in an arc shape 'mouth joint; there is a Γ 251 ' and a first secret 27 is provided on the inner side of the two ends There are two resisting parts 27, 4 M381548, and the 3rd gear set 3 is provided with a fixed seat 3, a eccentric shaft, and a drive plate 34', and the inner ring of the fixed seat 31 is provided with a first rack 3U, and The other side is provided with a plurality of t-holes 312; a shaft hole 322 is disposed at the center of the toothed disc 32, and a plurality of transmission posts 32 are circumferentially spaced apart from the surface of the toothed disc 32, and a third rack is disposed on the outer edge of the toothed disc 32. 323; the eccentric shaft 33 is provided with a plum shaft 331, and the pivot 331 - side is close to the end of the end (four) smashed the shackle portion 332, and the other end is provided with no pivotal portion; The surface of the disk 34 is convexly provided with a transmission shaft 341, and the transmission disk 34 is located at a peripheral ring of the transmission shaft 341, and a plurality of transmission holes 342 are provided. The returning element 4 is convexly provided with two abutting portions 41. In the configuration, the resetting element 4 is sleeved between the base Μ and the fixing base 31, and the connecting post 212 of the base 21 is connected to the connecting hole of the fixing base 3, so that the base 21 and the fixing base 31 are formed. Positioning, reassembling the transmission set 3, the toothed disc 32 is inserted into the fixed seat 31, the third rack 323 of the outer edge of the toothed disc 32 is spliced to the first rack 311, and the eccentric shaft 33 is continuously inserted into the toothed disc 32. The pivoting portion 3 is firmly fixed in the shaft hole 322 of the toothing disc 32, and the pivot shaft 331 is passed through the fixing base 31 and the base 21, and the base 5 is pierced by the base 21, and the driving disc 34 is covered. The drive shaft 321 of the drive plate 34 is placed in the drive hole 342 of the drive plate 34, and the right cover 12 is continuously attached to the surface of the drive plate 34, so that the drive shaft 341 of the drive plate 34 is pivoted into the pivotal connection. In the hole m, the assembly of the transmission group 3 is completed; when the drive group 2 is reassembled, the rotary disk is first inserted into the base 21 to make the pole sleeve 331 pass through the positioning portion 222 of the rotary disk 22. And the pushing portion 223 is placed on the pushing portion 211, and the first elastic member 26 and the second elastic member 27 are respectively inserted into the positioning post 221 and the positioning portion 222 of the rotating disk 22, and let the 5th 1548 The two resisting portions 271 extending from the 7-piece 27 are respectively located at the pushing portion 223 and pushed against the side of the P 211. The positioning hole 251 of the fitting member 25 is pivotally connected to the positioning post 221, so that the first bullet is generated. The ends of the two ends of the member 26 are respectively abutted on the two sides of the salvage member 25, and the movable member 24 is inserted into the pivot 331 so that the transmission hole 242 is fastened to the pole shaft 331 and the screw cap 23 is closed. Rotating member % and the surface of the fitting member 25, and letting the rotating portion 232 provided between the two abutting portions 41 of the returning member 4 finally covering the left side cymbal 11 to the surface of the screw cap 23, so that the left side cover u The rope 12 is buckled and the heart is hit. _ One of the neighboring parts 41 of the neighboring Sichuan (four), and the surface of the screw cap 23 is exposed to the hollow 1U', that is, the structure of the creation is completed. "Please refer to the second figure, the seventh figure to the ninth figure*, and the figure can clear the _ of 23 丨 1 φ connected to the surface of the screw cap 23 and the screw cap 23 is rotated. One of the eight sides of the two sides is arranged to push the meshing member 25 in accordance with the direction of the rotation to produce a deflection according to the positioning (4), and the second engaging portion 252 and the second rack 241 of the rotating member 24 are formed. The merging (such as the ninth ', and then the pushing portion 231 is rotated, pushes the fitting 25 ^ ' and causes the private (four) to drive the rotation _4 _, while the financial drive is at the same time, due to the left side cover 11 The stopping portion (1) and the screw cap 23 are driven between the two abutting portions 41 of the returning member 4, so that the cap 23 is opened. 32 is white to push the two abutting portions 41, and the other abutting portion Μ ^ 动 动 动 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜The end of the first-to-hybrid element 26 is produced by the first turn 26 . When the disk 22 is rotated, the pushing portion 22 pushes one of the two resisting portions 271 of the second elastic member 27 to elastically deform a resisting portion 271, and further resists The portion 271 is prevented from being interlocked by the pushing portion 211, and the second elastic member 27 is caused to have a resetting capability. When the driving force of the revolving cover is removed, the resetting member 4 is moved by the driving portion 232. When the part is abutted, it will move to the other-abutment part 41 due to its unique ability, and then push the part of the coffee and return the area to the first miscellaneous, and the cover of the money cover 23 is reset. 231 is to leave the merging member 25, so that the salvage member 25 is returned to the undeflected state by the resetting ability of the first elastic member holder, and the feeding portion 252 is disengaged from the second rack 241 of the rotating member %, and The rotary disk 22 is also reset by the abutment portion 第二 of the second elastic member 27. Referring again to the first, sixth, and ninth to tenth drawings, it is clear from the financial V that when the rotary member 24 is rotated by the salvage member 25, the eccentric shaft 33 is used. The latching portion 332 is engaged with the secret 242 of the rotary member 24 (as shown in the ninth diagram, so that the rotary member 24 rides the belt but the pivot 331 of the belt 33 pivots while the eccentric shaft 33 pivots The _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The first rack 311 engages the turn U. When the toothed disc 32 rotates in the fixed seat 31, the plurality of transmission posts 321 protruding on the surface thereof also perform a relative circular motion, and the movement of the plurality of transmission columns 321 is 7 548 direction. Similarly, since the plurality of transmission columns 321 are respectively located in the plurality of transmission holes of the drive plate 34, and thus the gear plate 32 is pivoted, the drive disk is also urged to pivot according to the drive (as shown in the tenth figure). In the above, the transmission (4) can be connected with the seat 塾, and the seat cushion can be adjusted. Since the eccentric shaft 33 rotates when the sprocket wheel 32 is rotated, the teeth The force distance is much larger than the table _ set reading column 321 , so (4) the force drives the group 2, so that the driving group 2 drives the eccentric shaft 33 to rotate. ♦ Therefore, it can be solved as a solution to the problem. Missing, and can improve the function of the conventional technology's 'the technology is that this creation uses the eccentric 33 to drive the teeth (four) to rotate, so the seam 32 will be dragged on the different axes in the fixed seat & 'In turn, the rotational force of the toothed disc 32 is increased, and the force transmission distance generated by the transmission column 321 provided on the surface of the toothed disc when the toothed disc 32 is pivoted is smaller than that of the toothed disc, so the user can use the rut The force 1 drives the driving group 2, so that the driving group 2 drives the eccentric shaft 33 to rotate. [Simple description of the drawing] The first drawing is a three-dimensional appearance of the creation. The first drawing is a three-dimensional appearance of another perspective of the creation. The second figure is an exploded perspective view of the partial components of the creation. The fourth figure is the exploded view of the creation drive group. The fifth figure is the exploded view of the creation drive group. The sixth picture is the creation of the creation. The three-dimensional exploded view of the local components. The seventh figure is the creation (4) The exploded view of the component field. The eighth figure is the schematic diagram of the action of the authoring drive group (1). M381548 The ninth figure is the action diagram of the authoring drive group (2). The tenth figure is the action of the creation drive group. Fig. 11 is a side cross-sectional view of the creation drive set. [Main component symbol description] 1. Housing group II, left side cover III, hollow portion 112, stop portion 113, fixing portion 2, drive group 21, the base 2H, the pushing portion 212, the connecting column 22, the rotating plate 22, the positioning post 222, the positioning portion 223, the pushing portion 23, the screw cap 23, the pushing portion 232, the driving portion 12, the right side cover 121, the pivot The receiving hole 122, the positioning buckle 24, the rotating member 24, the second rack 242, the transmission hole 25, the fitting member 251, the positioning hole 252, the engaging portion 26, the first elastic member 27, the second elastic member 271, and the abutting The portion 3, the transmission group 31, the fixing base 311, the first rack 312, the connecting hole 32, the toothed disc 321, the transmission post 322, the pumping hole 33, the eccentric shaft 331, the pivot 332, the latching portion 333, and the pivoting portion 34 , drive plate 341, drive shaft 9 M381548 323, the first The rack 342, drive hole 4, return member 41, the abutment portion
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