五、新型說明： 【新型所屬之技術領域】 本創作係翻製機㈣，特別是指-種藉由—動力源帶 動而產生左右搖晃上下震動的調製機有關。 【先前技術】 m圖，為中華民國申請第應222184號之調製機結 構改良的伽示_。該調製機主由傳賴11偏心㈣ 連動件12 ’使連動件12同時帶動置杯組13，且以耐磨件14 為偏射吨到傳動件U1之上下左右偏心帶動，使整體結構 不但間化更能達到快速、均勻之魏效果者。然而，習 機雖然能達到快速、均勻之搖混效果，但該調製機於實際使用 情形仍具有須立即改善之缺陷： 由於該耐磨件14係為-不可移動的元件，且該連動件a 的穿置端121係呈縱向地插設於該耐磨件14，且該連動件a 並非呈垂直方向的被該傳動體n所帶的傳動件⑴所帶動 而是呈傾斜狀的被帶動，因此，在該連動件12被該傳動件⑴ 帶動而進行偏度的上下位移過程中，該連動件12的穿置 端⑵與該耐磨件14之間會互相干涉，而有頓挫的情事發生， 最終造成該_機整體晃動情形過大，_降低_ 用I合。 & 是以’如何開發出一種調製機，其能约解決上述問題 即是本創作的研發動機。 【新型内容】 本創作之目的係在提供—麵製機結構，红要使該 機在調製觸更為順暢’增加棚製機的伽壽命。^、 緣是，為了達成前述目的，依據本創作所提供之一 調製機結構，其包含有：—麵；—動力源，其設於該座體上 該動力源連接帶動-傳動件；—導，其設_座體，該導 軌組包含有-長料孔以及—滑設於該長科孔的導桿；一連 動组’其包含一具有一第—端與一第二端的桿件、一設於钟 件第-端且設有-第-轴承的第一接頭、一設於該桿件第二: 且设有-第二軸承_二翻以及—設於該桿件的連動件，其 中該第-軸承係設於該傳動件的偏心位置，使該第—接頭相對 於該傳動件樞轉，該第二軸承係設於該導桿，使該第二接頭相 對於該導軌_轉；-置杯組，其係設於該連動組的連動件。 較佳的，該導軌组更具有一金屬板件以及一設於該金屬板 件的塑膠板件’該長形導·設於該瓣板件上，該導桿具有 一滑設於該長形導孔的導引段以及設於該第二軸承的穿 置段。另外，該絲導孔係縱向成形霞塑膠板件。 較佳的，該桿件的第一端與第二端之間具有-螺紋段，且 該螺紋段螺設有二’該連動件具有—螺設於該螺紋段且位 於該二螺帽之間的螺紋部以及—供該置杯組設置的連接部。 有關本創作為達成上述目的，所採用之技術、手段及其他 之力效I&舉較佳可行實施例並配合圖式詳細說明如后。 【實施方式】 參閱第2、3、4、7圖’本創作實施綱提供的—種調製 機結構，其主要係由一座體20、一動力源3〇、一導軌組4〇、 一連動組50以及一置杯組所組成，其中： 該座體20為一具有預定重量的矩形狀塊體。 該動力源30，其藉由螺絲34鎖設於該座體2〇上，該動 力源30連接帶動一傳動件3卜該傳動件31係呈圓形狀，本 實施例中魏力源30可為-馬達32連接帶動—變速齒輪箱 33 ’最後再透過該變數齒輪箱33連接帶動該傳動件31轉動所 達成。 該導軌組40係由一金屬板件41、一塑膠板件42 '以及一 導桿43所組成’其中該金屬板件41藉由螺絲411鎖設於該座 體20，且相對於該傳動件31前方，且該金屬板件41呈有一 窗口 4⑺該塑膠板件42具有一長形導孔421，且該長形導孔 421係縱向成形於該塑膠板件42，該塑膠板件係藉由螺絲 422鎖叹於該金屬板件41窗口 M2的周側，使該長形條孔似 對應該_口 412而呈貫通狀；該導桿43為-螺栓而具有一滑 空〜長化導孔421的導服431以及一朝該動力源洲方向 塑膠板件42的穿置段432，且該穿置段4犯套設 有塾圈433盘釋#古 該塑膠板件42 螺帽434，以防止該導桿43脫離於 。連動、、且5G’其包含—具有-第-端511與-第二端512 的桿件51、—設於該桿件51第—端丨且設有-第-軸承521 的第〆接頭52、-設於該桿件51第二端512且設有一第二轴 承531的第二接頭53以及一設於該桿件51第-、二端5H、 512之間的連動件54，其中該第一轴承52ι係透過螺絲55與 螺帽56而鎖設於該傳動件31的偏讀置，使該第-接頭52 相對於該伽件31贿，二麻531物綱導桿43 的穿置段432，且藉由—墊圈57與-_8鎖設定位於該導 桿43上’倾第二接頭53相對於該導轨組40樞轉；該桿件 :的第〜5U與第二端512之間具有-螺紋段513,且該螺 紋段则設有二螺帽514、515，_ 該螺紋段513且位於該二 4累叹於 及-供該置⑽竭㈣犧部541以 件54的連接物，該置杯_係供杯㈣置放。連動 說明^上所柳為本創作實施例各主要構件之結構及其組 效，請參閱第4、5、 至於本創作實_作㈣式及 圖所示。 α 由於該桿件51的-端係 彻而與該動力 二-接頭心 軸得以相對於該動力源30::=力連接’因此 一端係透馳設於料二_ 5 ，’贿件^ 旳第一軸承531而與安 軌組40的導桿43連接，因此，該桿件51可相對於該導執电 40樞擺，是以’當該動力源3〇帶動該傳動件31順時針轉動且 而使該桿件511而下敏傾斜的㈣_及該桿㈣被帶 動成由上而下朝右傾斜的過程中，如第5、6 _示，該桿: 51曰皆得以隨著傾斜角度的不同而隨時產生枢擺的變化=免 雜件51藉由該導桿43在該導執組4〇的長條導孔仞上下 位移過財發生頓挫的情事，據此，本創作使該調製機在調製 作動更為，確實得以增加該調製機使用壽命的目的。 參閱第7、8圖’由於該桿件51的第一端與第二端之間具 有一螺紋段513，且該螺紋段513螺設有二螺帽514、515，該 連動件54具有一螺設於該螺紋段543且位於該二螺帽5U、 讥之間的螺紋部541以及一供該置杯組6〇設置的連接部 542 ’一因此’使用者可依所需而調動該連動件54於該桿件51 上的向度位置，⑽連動件54高度調定後，藉由該二螺帽 515夾置於該連動件54的螺紋部&卜即可避免該調製 機在調製作動過程中該連動件54任意的位移。 ，，上所述’此實施例及圖示僅為本創作的較佳實施例而 =不能以之限定本創作實施之範圍，即大凡依本創作申請 利乾圍所作的均等變化與修飾，皆應屬本創作專利涵蓋的範 【圖式簡單說明】 ★圖係中華民國申請第〇95222184號之調製機結構改良的 M391925 作動示意圖。 第2圖係本創作的立體分解示意圖。 第3圖係本創作的立體組合示意圖。 第4圖係本創作的側視示意圖。 第5圖係本創作的作動狀態示意圖（一）。 第6圖係本創作的作動狀態示意圖（二）。 第7圖係本創作的側視剖面示意圖。 第8圖係本創作的調動狀態示意圖。 【主要元件符號說明】 《習知》 傳動體11 傳動件111 連動件12 穿置端121 置杯組13 财磨件14 《本創作》 座體20 動力源30 傳動件31 馬達32 變速齒輪箱33 螺絲34 導軌組40 金屬板件41 螺絲411 窗口 412 塑膠板件42 長形導孔421 螺絲422 導桿43 M391925 導引段431 穿置段432 墊圈433 螺帽434 連動組50 桿件51 第一端511 第二端512 螺紋段513 螺帽514 螺帽515 第一接頭52 第一軸承521 弟二接頭53 第二軸承531 連動件54 螺紋段541 連接部542 螺絲55 螺帽56 墊圈57 螺帽58 置杯組60 杯體62 螺絲61V. New description: [New technology field] This creation system is a type of machine (4), especially refers to a type of modulation machine that is driven by a power source to generate vibrations from side to side. [Prior Art] The m map is a modified gamma _ for the modulation machine structure of the Republic of China application No. 222184. The modulating machine is mainly driven by the eccentric 11 (4) linkage member 12', so that the linking member 12 simultaneously drives the cup set 13, and the wear-resistant member 14 is deflected to the upper and lower sides of the transmission member U1, so that the overall structure is not only It can achieve a fast and even effect. However, although the machine can achieve a fast and uniform shake mixing effect, the modulator still has the drawback that it needs to be improved immediately in the actual use situation: since the wear part 14 is a non-movable element, and the linkage part a The piercing end 121 is longitudinally inserted into the wear-resistant member 14, and the link member a is not vertically driven by the transmission member (1) carried by the transmission body n but is inclined to be driven. During the up-and-down displacement of the linkage member 12 by the transmission member (1), the insertion end (2) of the linkage member 12 and the wear-resistant member 14 interfere with each other, and a setback occurs. Eventually, the overall sway of the _ machine is too large, _ lower _ with I. & is how to develop a modulation machine that can solve the above problems is the research engine of this creation. [New content] The purpose of this creation is to provide a structure of the surface machine, and the red is to make the machine more smooth in the modulation touch, increasing the gamma life of the machine. ^, the edge is, in order to achieve the foregoing purpose, according to one of the provided modulation machine structures, comprising: a surface; a power source, which is disposed on the base body, the power source is connected to drive-transmission; , the rail set includes a long hole and a guide rod slidably disposed on the long hole; a linkage group 'includes a rod having a first end and a second end, a first joint disposed at the first end of the bell member and having a -first bearing, a second member disposed on the rod member: and having a second bearing _ two turns and a linkage member disposed on the rod member, wherein The first bearing is disposed at an eccentric position of the transmission member to pivot the first joint relative to the transmission member, and the second bearing is disposed on the guide rod to rotate the second joint relative to the guide rail; - a cup set, which is attached to the linkage of the linkage group. Preferably, the guide rail set further has a metal plate member and a plastic plate member disposed on the metal plate member. The elongated guide is disposed on the flap member, and the guide rod has a sliding shape on the elongated shape. a guiding section of the guiding hole and a wearing section provided on the second bearing. In addition, the wire guiding hole is longitudinally shaped into a plastic sheet. Preferably, the rod has a threaded section between the first end and the second end, and the threaded section is screwed with two 'the linking member has a screw threaded between the threaded section and located between the two nuts The threaded portion and the connecting portion provided for the set of cups. The techniques, means, and other efficacies of the present invention for achieving the above objectives are described in detail with reference to the accompanying drawings. [Embodiment] Referring to Figures 2, 3, 4, and 7 of the present invention, a modulation machine structure is mainly provided by a body 20, a power source 3〇, a rail group 4〇, and a linkage group. 50 and a set of cups, wherein: the base 20 is a rectangular block having a predetermined weight. The power source 30 is locked to the base 2 by a screw 34. The power source 30 is connected to drive a transmission member 3. The transmission member 31 has a circular shape. In this embodiment, the Wei source 30 can be a motor. The connection of the transmission-transmission gearbox 33' is finally achieved by the connection of the variable gearbox 33 to drive the transmission member 31 to rotate. The rail set 40 is composed of a metal plate member 41, a plastic plate member 42' and a guide rod 43. The metal plate member 41 is locked to the seat body 20 by screws 411, and is opposite to the transmission member. In front of the 31, the metal plate member 41 has a window 4 (7). The plastic plate member 42 has an elongated guide hole 421, and the elongated guide hole 421 is longitudinally formed on the plastic plate member 42. The screw 422 locks on the circumferential side of the window M2 of the metal plate member 41, so that the elongated strip hole is shaped like a corresponding port 412; the guide rod 43 is a bolt and has a sliding air to the elongated guide hole 421. The guiding device 431 and the wearing portion 432 of the plastic plate member 42 in the direction of the power source, and the wearing portion 4 is provided with a loop 433 disk release 430 ancient plastic plate member 42 nut 434 to prevent The guide rod 43 is disengaged. Linked, and 5G' includes a rod 51 having a -first end 511 and a second end 512, a second joint 52 provided at the first end of the rod 51 and provided with a -bearing 521 a second joint 53 disposed at the second end 512 of the rod member 51 and provided with a second bearing 531 and a linkage member 54 disposed between the first and second ends 5H, 512 of the rod member 51, wherein the A bearing 52 is locked to the biasing portion of the transmission member 31 through the screw 55 and the nut 56, so that the first joint 52 is bribed with respect to the gaunt member 31, and the wearing portion of the second guiding member 43 432, and by means of the washer 57 and the -_8 lock setting on the guide rod 43, the tilting second joint 53 pivots relative to the rail set 40; between the 5th and the second end 512 of the rod member Having a threaded section 513, and the threaded section is provided with two nuts 514, 515, the threaded section 513 and located at the junction of the two 4 - and the (10) exhausted (four) sacrificial portion 541 to the member 54 The cup is placed for the cup (four). Linkage Description ^Shang Liu is the structure and composition of the main components of the creation example, please refer to the 4th and 5th, as for the creation of the creation (4) and the figure. α because the end of the rod 51 is fastened and the power two-joint mandrel is connected to the power source 30::= force so that one end is permeable to the material 2 _ 5, 'bribe ^ 旳The first bearing 531 is connected to the guide rod 43 of the amphid group 40. Therefore, the rod member 51 can be pivoted relative to the guide wire 40, so that when the power source 3 turns the transmission member 31 to rotate clockwise And the rod member 511 is tilted downward (4) _ and the rod (four) is driven to be tilted from top to bottom, as shown in the fifth, sixth, the rod: 51 曰 can be tilted The change of the pivoting force is generated at any time according to the difference of the angle. The distraction member 51 is displaced by the guide rod 43 in the long guide hole of the guide group 4〇, and according to this, the creation makes the The modulation machine is more and more active, which really increases the service life of the modulator. Referring to Figures 7 and 8, there is a threaded section 513 between the first end and the second end of the rod 51, and the threaded section 513 is provided with two nuts 514, 515. The linking member 54 has a screw. a threaded portion 541 disposed between the threaded portion 543 and located between the two nuts 5U and 讥, and a connecting portion 542 ′ for the set of cups 一 一 一 a user can mobilize the linking member as needed After the height of the linkage member 54 is set to (40) the height of the linkage member 54 is removed, the threaded portion of the linkage member 54 is clamped by the second nut 515 to prevent the modulation machine from being adjusted. The linkage 54 is arbitrarily displaced during the process. The above embodiments and illustrations are only preferred embodiments of the present invention and may not limit the scope of the implementation of the creation, that is, the equal changes and modifications made by the authors in accordance with the creation of the application. It should be the scope of this creation patent [simple description of the schema] ★ The diagram is a schematic diagram of the M391925 actuation of the Modifier structure modified by the Republic of China application No. 95222184. Figure 2 is a three-dimensional exploded view of the creation. Figure 3 is a three-dimensional combination diagram of the present creation. Figure 4 is a side view of the creation. Figure 5 is a schematic diagram of the state of action of this creation (1). Figure 6 is a schematic diagram of the state of action of this creation (2). Figure 7 is a side cross-sectional view of the present creation. Figure 8 is a schematic diagram of the transfer state of the present creation. [Main component symbol description] "Knowledge" Transmission body 11 Transmission member 111 Linking member 12 Wearing end 121 Setting cup group 13 Grinding piece 14 "This creation" Seat 20 Power source 30 Transmission member 31 Motor 32 Transmission gear box 33 Screws 34 Guide rail set 40 Sheet metal parts 41 Screws 411 Window 412 Plastic sheet 42 Long guide hole 421 Screw 422 Guide rod 43 M391925 Guide section 431 Wear section 432 Washer 433 Nut 434 Linking group 50 Rod 51 First end 511 second end 512 threaded section 513 nut 514 nut 515 first joint 52 first bearing 521 second joint 53 second bearing 531 linkage 54 threaded section 541 connection 542 screw 55 nut 56 washer 57 nut 58 Cup set 60 cup body 62 screw 61