M379479 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種鋸片升降裝置，尤指一種使用於鋸 床的鑛片升降裝置。 【先前技術】 參照我國專利證書號數第M346476號「檯鋸機之垂直 昇降裝置」。其包括有一旋轉座，該旋轉座内側面並組設有M379479 V. New description: [New technical field] This creation is related to a saw blade lifting device, especially a rock lifting device used in a sawing machine. [Prior Art] Refer to China Patent Certificate No. M346476, "Vertical Lifting Device for Table Saw Machine". The utility model comprises a rotary seat, and the inner side of the rotary seat is arranged in groups
一昇降座，一主軸機構係固定於該昇降座外側面上，於該 昇降座正中心轴橫向設有一芯軸，該芯軸以供插設一鑛片 、'且’ §亥芯軸下端並沿該昇降座正中心軸係縱向設置有—昇 Ρ牛輔助單元，其下端係固定於該旋轉座上，並於平行及相 鄰該昇降辅助單元兩側端分別縱向貫設有一導桿，該等導 才干上、下端係分別固定於該旋轉座上，於該昇降座—側旁 縱向螺設有一導螺桿，其下端固定於該旋轉座上，—昇降 機構係設於該旋轉座一側並連動該導螺桿，以藉由旋動昇 降機構以驅動該昇降座上昇及下降，並由料降輔助單元 輔助推動’使該支撐點落在重心位置，進而達到省力順暢 作動效果，使該昇降座於上昇時保持平衡度。 穷 无則技術利用導螺桿的轉動帶動昇降座縱向移動 昇降座之導料設於糾座之導W，並彻螺件將 固定於旋轉座，進-步讓昇降座之導引孔沿著導桿縱 動°進-步制限制糾座與轉座縱⑽動時二 偏移的現象。惟，為了讓導桿與導弓^孔能夠達到不^ 3 縱向移動，導桿與導引孔 結合時不會產輯動的現象t彡1是精密配合，讓兩者 引孔沿著導桿移動時產生合的設計會使得導 移動時無法_的移動，目^=歼降座與旋轉座縱向 昇降座的義。 Μ㈣者關要更f力的操控 種鋸片升降裝置，藉以改 因此申請人希冀能夠提出 善先前技術之缺失。 【新型内容】 本創作『鑛片升降裝署 之 缺失 。 』亟欲解決先前技術所存在 首要提供的功效為，藉由鳩尾槽 计，令承載座與座體能夠容易 毛又 作者能夠省力的操作操控組、ς 目對移動，操 ,Λ1 心㈠骑>!升降的目的。 始 人要提供的功效為’該魏槽的—側$有-執 龙’該墊塊的斷面呈平行四邊形狀，藉由選: 墊塊而能夠改變鳩尾槽的寬度。 同厚度之 其他目的、_和賴作6_轉 描述與相關的附圖更加顯明。 、，足乂下詳細的 【實施方式】 有關本創作所採用之技術 佳實施例並配合圖式詳述如後 申請上並不受此種結構之限制 手段及其功效，兹舉一較 此僅供說明之用，在專利 闺一興圍 圖。本創作則升卩夂^ 片升降裝置之立體外觀 突露純床之1作檯，操作者藉由操控該 1片升降裝置1而賴控制該糾2 降裝置1包括-座舻10、一 Μ… 鋸片升 盥一棰心 纟載座20、—縱向移動組30 控、、且40。該座體1G固設於财之基座内部，該座 的-側面設有-縱向的填尾槽u，該承載座2〇 =片2，且該承載錢的一側面設有—填尾部21，今轉 ^ 21滑設於該鴻尾才曹u。該縱向移動組3〇螺設於 =座20並穿設於該座體1Q，該操控組 =端，該操控辑-物 ㈣4控組4G第二端概喷合該縱向移動組30，且該 本工組40第二端4〇2連動該縱向移動組3〇 Λ 移動組30轉動而㈣該承載錢移動於該 1向 載座2〇之鹤尾部21限制於該鳩尾槽u ; 〇^亥承 ㈣縱向移動且不偏擺，藉由鳩尾槽u與； 。十，令承載座2〇與座體10能夠容易操控且 、％ 動’操作者能夠省力的操作操控組4Q達到銀片2升=對移 的。 丨丨牛的目 ^照圖三與圖四，為本創作鑛片升降裝置之立體 ^本創作座體10包括-_ 101與—底端i〇2 i = ^ U連通該頂端101與該底端102，該鸠尾槽 4毛 ，有-墊塊12 ]玄墊塊12的斷面呈平行四邊曰形狀：：側 、用不同厚度之塾塊12而能夠改變轉尾槽1曰由 v見！。該 M379479 座體10鸠尾槽11的中間部位形成一穿透部13，該穿透部 13穿透該座體10的兩侧，且該穿透部13連通該頂端101， 該穿透部13鄰近該底端102呈封閉狀。該座體10鄰近底 端102與該鸠尾槽11設有一縱向孔14與一橫向孔15，該 縱向孔14的中心線與該橫向孔15的中心線呈相交。 該承載座20包括一主體22、一馬達23、一傳動組24 與一傳動件25。該主體22包括一頂端221與一底端222， 該鸠尾部21位於該主體22之一側且連接該頂端221與該 _ 底端222，該鳩尾部21的一側壓設於該墊塊12。該鸠尾部 21的中間部位形成一容部211與一結合部212,該容部211 連通該底端222，該結合部212位於該頂端221。該主體 22橫向設有一容孔223，該馬達23設於該容孔223，且該 馬達23設有一軸心231，其突露於該容部211，該軸心231 設有一主動皮帶輪232。該結合部212結合該傳動組24， 該傳動組24局部位於該穿透部13，該傳動組24包括一傳 動座241、一傳動軸242與一被動皮帶輪243，該傳動座 @ 241近似I)字形，其底部固設於該結合部212，該傳動軸 242穿設於該傳動座241的兩壁面，且該傳動軸242穿設 該被動皮帶輪243 ’該傳動件25設為皮帶’其繞設於該主 動皮帶輪232與該被動皮帶輪243，該主動皮帶輪232藉 由該傳動件25帶動該被動皮帶輪243轉動，該傳動軸242 並固設該鋸片2，且該鋸片2外露於該座體10。該主體22 鄰近該鳩尾部21且位於該頂端221設有一凸塊224，該凸 塊224設有一縱向的穿孔2241。該凸塊224的頂面固接一 6 M379479 螺塊225，該螺塊225設有一螺孔2251，該螺塊225穿設 於該穿孔2241。 該縱向移動組30包括一螺桿31、一軸承32與一第一 斜齒輪33。該螺桿31 —端穿設該穿孔找41且螺設於該螺 孔2251，該螺桿31另一端設有該轴承32 ’且該軸承32 設於該座體之縱向孔14 ’該軸承32提供該螺桿31順 暢的相對該座體10轉動，該螺桿31穿設於該座體10並固 設該第一斜齒輪33。a lifting mechanism, a spindle mechanism is fixed on the outer side surface of the lifting seat, and a mandrel is disposed transversely to the positive central axis of the lifting seat, the mandrel is for inserting a piece of ore, and the lower end of the core shaft is A hoist auxiliary unit is disposed longitudinally along the longitudinal center axis of the lifting base, and the lower end is fixed on the rotating base, and a guiding rod is longitudinally disposed at two sides of the parallel and adjacent lifting auxiliary unit respectively. The upper and lower ends of the isoconductor are respectively fixed on the rotating base, and a lead screw is longitudinally screwed on the side of the lifting seat, and the lower end is fixed on the rotating base, and the lifting mechanism is disposed on one side of the rotating base. Linking the lead screw to drive the lifting seat to rise and fall by rotating the lifting mechanism, and assisting to push the supporting point to the center of gravity by the material drop assisting unit, thereby achieving a labor-saving smoothing effect, so that the lifting seat Maintain balance when rising. The poor technology uses the rotation of the lead screw to drive the lifting seat to move the lifting seat. The guiding material is set on the guiding guide W, and the screw will be fixed to the rotating seat, and the guiding hole of the lifting seat will be guided along the guide. The rod longitudinal movement step-step system restricts the phenomenon that the correction seat and the vertical rotation of the rotary seat (10) are two. However, in order to allow the guide rod and the guide bow hole to achieve longitudinal movement, the guide rod and the guide hole are combined without the phenomenon of production. t彡1 is a precise fit, so that the two guide holes are along the guide rod. When the movement is combined, the design will make it impossible to move when the guide moves, and the meaning of the lower seat and the vertical seat of the rotary seat. Μ (4) is to control the blade saw lifting device, so that the applicant can hope to propose the lack of good prior technology. [New content] This creation is missing from the ore lift equipment.亟 亟 亟 亟 先前 先前 先前 先前 先前 先前 先前 先前 先前 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉;! The purpose of lifting. The effect that the original person should provide is 'the Wei-slot-side$---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Other purposes of the same thickness, _ and _ 6_ turn description and related drawings are more obvious. Detailed, [Embodiment] The technical examples used in this creation are detailed with the drawings. The subsequent application is not restricted by this structure and its effects. For the purpose of explanation, in the patent 闺一兴围图. The creation is a one-piece appearance of the three-dimensional appearance of the lifting device, and the operator controls the correction device 1 by controlling the one lifting device 1 to include the seat 舻 10, a Μ ... The saw blade is lifted up to the center of the seat 20, the longitudinal movement group 30, and 40. The seat body 1G is fixed inside the base of the money, and the side of the seat is provided with a longitudinal filling groove u, the bearing seat 2〇=sheet 2, and one side of the carrying money is provided with a tailing portion 21 , now turn ^ 21 slide set in the Hongwei Cai Cao. The longitudinal movement group 3 is disposed on the seat 20 and is disposed on the seat body 1Q. The control group=end, the control unit (4) 4 control group 4G second end is sprayed with the longitudinal movement group 30, and the The second end of the working group 40 is connected to the longitudinal movement group 3〇Λ, the movement group 30 is rotated, and (4) the load carrying money is moved to the tail portion 21 of the 1-way carrier 2〇 is restricted to the dovetail slot u; The bearing (4) moves longitudinally and is not yawed, with the tail groove u and ; 10. The operation control group 4Q which enables the carrier 2 〇 and the seat body 10 to be easily manipulated and which can be labor-saving by the operator can reach the silver sheet 2 liters = offset. The picture of the yak is shown in Figure 3 and Figure 4. The solid body of the slab lifting device is composed of -_101 and the bottom end i〇2 i = ^ U. The top 101 and the bottom are connected. End 102, the tail groove 4 hair, with the pad 12] The cross section of the black block 12 is in the shape of a parallelogram:: side, with different thickness of the block 12 can change the tail groove 1曰! . The middle portion of the M379479 seat body 10 is formed with a penetrating portion 13 penetrating the two sides of the seat body 10, and the penetrating portion 13 communicates with the top end 101. The penetrating portion 13 The bottom end 102 is closed adjacent to the bottom end 102. The base body 10 is provided with a longitudinal hole 14 and a transverse hole 15 adjacent to the bottom end 102 and the dovetail groove 11. The center line of the longitudinal hole 14 intersects the center line of the transverse hole 15. The carrier 20 includes a main body 22, a motor 23, a transmission set 24 and a transmission member 25. The main body 22 includes a top end 221 and a bottom end 222. The tail portion 21 is located on one side of the main body 22 and connects the top end 221 and the bottom end 222. One side of the tail portion 21 is pressed against the block 12 . The middle portion of the tail portion 21 defines a receiving portion 211 and a joint portion 212. The receiving portion 211 communicates with the bottom end 222. The joint portion 212 is located at the top end 221. The main body 22 is provided with a hole 223. The motor 23 is disposed on the hole 223, and the motor 23 is provided with a shaft 231 protruding from the receiving portion 211. The shaft 231 is provided with a driving pulley 232. The coupling portion 212 is coupled to the transmission group 24, and the transmission group 24 is partially located at the penetration portion 13. The transmission group 24 includes a transmission base 241, a transmission shaft 242 and a driven pulley 243. The transmission seat @241 is similar to I). The bottom of the drive shaft 242 is disposed on the two wall surfaces of the transmission base 241, and the transmission shaft 242 is disposed through the driven pulley 243. In the driving pulley 232 and the driving pulley 243, the driving pulley 232 drives the driven pulley 243 to rotate, the driving shaft 242 fixes the saw blade 2, and the saw blade 2 is exposed to the seat body 10. The main body 22 is adjacent to the dovetail portion 21 and is provided with a protrusion 224 at the top end 221. The protrusion 224 is provided with a longitudinal through hole 2241. The top surface of the bump 224 is fixed to a 6 M379479 screw 225. The screw block 225 is provided with a screw hole 2251. The screw block 225 is disposed through the through hole 2241. The longitudinal movement group 30 includes a screw 31, a bearing 32 and a first helical gear 33. The screw 31 is disposed at the end of the screw 31 and is screwed to the screw hole 2251. The other end of the screw 31 is provided with the bearing 32' and the bearing 32 is disposed at the longitudinal hole 14' of the seat. The screw 31 is smoothly rotated relative to the base 10, and the screw 31 is bored through the base 10 and the first helical gear 33 is fixed.
該操控組40第一端401設有一手輪41，該操控組40 第二端402設有一第二斜齒輪42，兩端401、402之間設 有〆桿件43。該桿件43 —端穿設於該座體1〇之橫向孔 G，且該第二斜齒輪42固設於該桿件43，該桿件43另一 端穿設並外露於鋸床之基座而固設該手輪41。The first end 401 of the control group 40 is provided with a hand wheel 41. The second end 402 of the control group 40 is provided with a second helical gear 42. A mast member 43 is disposed between the two ends 401 and 402. The rod member 43 is bored at the lateral hole G of the seat body 1 , and the second helical gear 42 is fixed to the rod member 43 . The other end of the rod member 43 is pierced and exposed on the base of the sawing machine. The hand wheel 41 is fixed.
參照圖五至圖七，為本創作鋸片升降裝置縱向移動之 杀意圖。操作者轉動該操控組40之手輪41而連動該桿件 43與該第二斜齒輪42轉動，該第二斜齒輪42並帶動該第 /斜齒輪33轉動，該第一斜齒輪33連動該螺桿31轉動， 該嫘桿31相對該螺塊225之螺孔2251轉動而帶動該承載 庫2〇縱向移動。 亥豸載座20之場尾部21沿著該座體iq之鴻尾槽I) 縱向移動，藉由該鳩尾部21被限制於該鳩尾槽u，令該 承載座20相對該座體1〇縱向移動時不會產生晃動與偏 擺，且该承载座20能夠穩定的相對該座體移動。 就以上所述可以歸納出本創作具有以下之優點： 7 M379479 計，裝置』’ 尾部的， 作者能夠容易操控且滑順的相_動，ί °白勺才呆作知控組達到銀片升降的目的。 卞 塊汐2作『鑛片升降裳置』，朗尾槽的—側設有一墊 鬼该墊塊的斷面呈平行四邊形狀， 墊塊而能夠改變麵槽的寬度。胃^ R厚度之 、准上所述者，僅為本創作之較佳實施例而已，去 =之限定本創作實施之範圍，故舉凡數值之變更或等效元 件之置換，或依本創作”專利_所作之均等變化與修 掷’皆應仍屬本新型專利涵蓋之範嗜。 【圖式簡單說明】 圖一：為本創作則升降裝置設於銀床之基座之立體外觀 圖。 圖一·為本創作鋸片升降裝置之立體外觀圖。 圖二.為本創作鑛片升降裝置之立體分解圖。 圖四.為本創作鋸片升降裝置另一視角之立體分解圖。 圖五：為本創作沿圖二之5-5剖面線所取之剖視圖。 圖六：為本創作沿圖二之6-6剖面線所取之剖視圖。 圖七：為本創作圖六之延續，表鋸片升降裝置縱向移動之 示意圖。 附件：為我國專利證書號數第M346476號專利案。 【主要元件符號說明】 8 M379479Referring to Figures 5 to 7, the intention of the longitudinal movement of the blade lifting device is created. The operator rotates the hand wheel 41 of the control group 40 to rotate the rod member 43 and the second helical gear 42 . The second helical gear 42 drives the third helical gear 33 to rotate. The first helical gear 33 links the same. The screw 31 rotates, and the mast 31 rotates relative to the screw hole 2251 of the screw block 225 to drive the carrier 2 to move longitudinally. The tail portion 21 of the platform 20 is longitudinally moved along the tail groove I) of the block iq, and the tail portion 21 is restricted to the dovetail groove u so that the carrier 20 is longitudinally opposed to the seat body 1 No sway and yaw are generated when moving, and the carrier 20 can be stably moved relative to the seat. As far as the above is concerned, it can be concluded that this creation has the following advantages: 7 M379479 meter, device 』's tail, the author can easily control and smooth phase _ move, ί ° only stays in the control group to reach the silver sheet lift the goal of.汐 Block 汐 2 is used as “the slab lifting and lowering”, and the side of the stern tail groove is provided with a cushion. The section of the slab is in the shape of a parallelogram, and the slab can change the width of the surface groove. The thickness of the stomach R is only the preferred embodiment of the present invention, and the scope of the creation is limited to the scope of the creation of the creation, so that the change of the numerical value or the replacement of the equivalent component, or the creation of the equivalent element" The patents _ the equal changes and the repairs should still be the fan of this new patent. [Simplified illustration] Figure 1: This is a three-dimensional appearance of the lifting device set on the base of the silver bed. I. The three-dimensional external view of the lifting device of the saw blade. Figure 2. The exploded view of the lifting device of the original ore piece. Figure 4. An exploded perspective view of another perspective view of the lifting device of the original blade. This section is a cross-sectional view taken along line 5-5 of Figure 2. Figure 6: A cross-sectional view taken along line 6-6 of Figure 2 of the creation. Figure 7: Continuation of the creation of Figure 6 Schematic diagram of the longitudinal movement of the lifting device. Attachment: It is the patent of China Patent Certificate No. M346476. [Main component symbol description] 8 M379479
1 鋸台升降裝置 10 座體 101 頂端 102 底端 11 鳩尾槽 12 墊塊 13 穿透部 14 縱向孔 15 橫向孔 20 承載座 21 鳩尾部 211 容部 212 結合部 22 主體 221 頂端 222 底端 223 容孔 224 凸塊 2241 穿孔 225 螺塊 2251 螺孔 23 馬達 231 轴心 232 主動皮帶輪 24 傳動組 241 傳動座 242 傳動軸 243 被動皮帶輪 25 傳動件 30 縱向移動組 31 螺桿 32 軸承 33 第一斜齒輪 40 操控組 401 第一端 402 第二端 41 手輪 42 第二斜齒輪 43 桿件1 saw table lifting device 10 seat body 101 top end 102 bottom end 11 dovetail groove 12 block 13 penetration portion 14 longitudinal hole 15 transverse hole 20 bearing seat 21 tail portion 211 container portion 212 joint portion 22 main body 221 top end 222 bottom end 223 Hole 224 Bump 2241 Perforation 225 Screw 2251 Screw hole 23 Motor 231 Shaft 232 Drive pulley 24 Drive set 241 Drive seat 242 Drive shaft 243 Passive pulley 25 Transmission 30 Longitudinal movement group 31 Screw 32 Bearing 33 First helical gear 40 Control Group 401 first end 402 second end 41 hand wheel 42 second helical gear 43 rod