200819166 九、發明說明： 【發明所屬之技術領域】 本^係有關—種震動機，尤指—種可做上下且 左右之來回持續性擺動之震動機。 【先前技術】 如第8圖所示，為習用之雷 ^ 與-底座62,該頂、底座61動=^有-頂座61 支撐架6 3以支撐，於另—丄間之一側樞設有兩 、 側叹有兩彈黃6 4，以供該頂 ^詈以下4動時之回復力，且於該底座6 2上設一驅動 衣置6 5 ’該驅動裳置6 5連接有一偏 ^67與該頂座61枢接，而啟動該驅動裝置65:， 做出上下來回之擺動。通常，此類震動機 ’、、、，因此，上述擺動現象形成了震動。 姑田i述震動機頂座61係做單向之上下震動，如此，可 ==踏或坐在上面時產生基本之運動效果，但因現 、運動絲之要求較高’故此單向運動之設計則略顯 不足。 、、彖疋可知此習用技術仍有改良之空間。 【發明内容】 十本發明之主要目的，在於解決上述的問題而提供一種 震動機，係藉由設計出可做上下且前後左右擺動之震動機 ，以增強使用者運動時之運動效果。 為達兩述之目的’本發明係包括： 5 200819166 座；一底座，餘有兩支架，該兩支架頂端分別設有-轴 係設於該支架側邊， 該兩轉動件分別具有 且該承座設有兩個作自 一彼此相鄰且對稱之接 承座 轉之轉動件 觸面； 一載座，係位於該兩支架 垂直貫穿設有-連接管，於該::央處，且該載座中央 設-垂直該連接管之樞軸，'^官相對稱之兩側’分別 之兩軸座樞接，· 名兩拖轴分別與該兩支架上 系設於該载座頂部’且該頂座向下設有一中 亥中心桿穿過該連接 3: 該中心桿末端於該遠接其T士占 亥連接吕中轉動’且 干㈣㈣連接官下方處與一擺動桿之 f ’而該擺動桿之一第二端係穿 :::與該兩轉動件之兩接觸面相抵接並可帶動;= 桿件二!裝置，係設於該底座上’且該驅動裝置具有-5亥才干件與該載座底端連接，彳 以帶動該頂座作上下且前後左右之S推動•續座作柩動 柄明之上述及其他目的與優點，不難從下 例之詳細說明與附圖中，獲得深入了解。斤廷用 當然’本發明在某些另件上，或另件之安 Κ 所不同，但所翻之實_，躲本說明書巾Α許有 說明，並於附圖中展示其構造。 卞W詳細 6 200819166 【實施方式】 睛參閱第1圖至第7圖’圖中所示者為本發明所選用 之實施例結構，此僅供朗之用，在專财請上並不受此 種結構之限制。 以下係本發明『震動機』之實施例說明，其係包含： 一底座1，其上設有垂直該底座i且彼此呈對稱之兩 支架1 1，該兩支架1 1頂端分別設有—軸座丄2，而該 ，_座1 2亦彼此對稱，且其中—支μ i於其低於轴= 12之位置設有一第一穿孔111。 一承座2，係設於具該第一穿孔丄i丄之支架2丄外 侧邊，且该承座2設有兩個呈垂直並作自轉之轉動件2 1，該兩轉動件2 1分別具有一彼此相鄰且對稱之接觸面 2 1 1 ’且4承座2於禮兩轉動件2 1之間更設有一第- 穿孔2 2，該第二穿孔2 2係與該第一穿孔1 1丄相鄰對 •應。 ' 上述之轉動件2 1更包含有一軸桿2 1 2，該軸桿2 1 2之兩端分別設於該承座2之頂 '底部，且該轉動件2 1係以該軸桿2 1 2為轉動中心而旋轉。 一載座3，係位於該兩支架1 1間之中央處，且該載 座3中央垂直貫穿設有一連接管3 1，於該連接管3 1相 對稱之兩侧’分別設有一垂直該連接管3 1之極轴3 2， 而該兩枢軸3 2分別與該兩支架1 1上之兩軸座1 2框接 而可樞動，且該載座3低於該樞軸3 2之一侧設有一連接 7 200819166 件3 3。 一頂座4，係設於該載座3頂部，且該頂座4中央垂 直向下設有一中心桿4 1，該中心桿4 1穿過該連接管3 1並可於該連接管3 1中轉動，且該中心桿4 1末端4 1 1於該連接管3 1下方處與一擺動桿42之一第一端42 1連接，而該擺動桿4 2之一第二端4 2 2係穿過該支架 1 1之第一穿孔1 1 1與該承座2之第二穿孔22，並且 4私動杯4 2弟二端4 2 2係與該兩轉動件2 1之兩接觸 面2 1 1相抵接並可帶動該兩轉動件2 1自轉；其中，上 述之第一、第二穿孔111、2 2之孔徑較該擺動桿4 2 之桿徑為大。 上述之連接管3 1具有一供該中心桿4 1穿過之通道 3 1 1，於該通道3 1 1中接近該連接管3 1頂、底部之 處分別設有一第一軸承3 1 2與一第二軸承3 1 3，且該 中心桿4 1近頂、底端處分別與該第一、第二軸承3 1 2、 3 1 3之内壁抵接。 上述之擺動桿4 2第一端4 2 1與該中心桿4 1末端 4 1 1之間更設有一連接部4 3，該連接部4 3具有一供 與該中心桿4 1末端4 1 1連接固定之槽孔4 3 1，且該 擺動桿4 2第一端4 2 1係與該連接部4 3之外周壁作垂 直連接，其中該連接部4 3之槽孔4 3 1於本實施例中係 一方形孔，該中心桿4 1末端4 1 1係一方形端。 上述該頂座4包含一板體46與一框體4 7，而該板 8 200819166 體4 6係設於該框體4 7頂部，藉以增強該頂座4之結構 強度。 一驅動裝置5，係設於該底座1上，且該驅動裂置5 具有一桿件5 0，該桿件5 0與該載座3底端連接，俾供 推動X»亥載座3作柩動以帶動該頂座4作上下且前後左右之 擺動。 上述之驅動裝置5更包含有一馬達5 i與一減速機5 2，其中該馬達5 ]_與該減速機5 2之間以一傳動皮帶5 3作連接，又該減速機5 2與該桿件5 〇之一端連接，該 桿件5 0之另一端設有一偏心輪5 4，該偏心輪5 4與該 連接件3 3底端相對應，並藉一固定件5 4 1穿過該偏心 輪5 4而與該載座3之連接件3 3連接固定。 於使用上，從外界供給該驅動裝置5電源，藉此啟動 該驅動裝置5以使該馬達5 1藉該傳動皮帶5 3將動力傳 給該減速機5 2，經該減速機5 2並透過該桿件5 〇與偏 〜輪5 4使動力傳遞到該載座3，如此該載座3即以該兩 枢軸3 2作來回之擺動，且設於該載座3與該連接管3 1 上方之頂座4亦因此作來回之上下擺動。 且因該擺動桿4 2第二端4 2 2係以抵接該兩轉動件 2 1轉動面2 1 1之方式設置，亦即該擺動桿4 2第二端 4 2 2並非被固定而無法作動之形式，故於該頂座4作上 下擺動日守，该中心桿4 1會拉動該擺動桿4 2朝左右且向 外作來回擺動，如此，使該頂座4做出前後來回之擺動， 9 200819166 且該擺動桿4 2第一端4 2 1係形成弧線之軌跡。 請分別參閱第4、5圖，當該載座3被推動時，該擺 動桿4 2受連動而呈向右側之被拉出狀，且該兩轉動件2 1因該擺動桿4 2之擺動位移而同時自轉，此時，該頂座 4呈左側降低右側升高且左侧向前右侧向後之態樣；反 之，請分別參閱第6、7圖，當該載座3被拉回且該擺動 桿4 2向左側被拉出時，該頂座4呈左側升高右侧降低且 左側向後右側向前之態樣，藉此形成持續性來回之上下且 前後左右擺動。 綜上所述，當使用者以雙腳站立或以臀部坐於該頂座 上時，因該頂座可做出來回持續性之上下且前後之擺動， 故對使用者而言，其運動效果將大為提高。 以上所述實施例之揭示係用以說明本發明，並非用以 限制本發明，故舉凡等效元件之置換仍應隸屬本發明之範 疇。 由以上詳細說明，可使熟知本項技藝者明暸本發明的 確可達成前述目的，實已符合專利法之規定，爰提出專利 申請。 【圖式簡單說明】 第1圖係本發明之震動機之局部立體分解圖。 第2圖係第1圖之組合圖。 第3圖係第2圖中之3 A — 3 A之剖面示意圖。 第4圖係本發明之震動機之頂座呈左側降低右侧升高之 200819166 動作示意圖。 ^ 5圖係第4圖中之頂座呈左側向前右側向後之俯視圖 第6圖係本發明之震動機之頂座呈左側升高右側降低之 動作示意圖。 第7圖係第6圖中之頂座呈左側向後右側向前之俯視圖 第8圖係習用震動機之單向上下動作之示意圖。 1=7 【主要元件符號說明】 (習用部分） 頂座6 1 底座6 2 支撐架6 3 彈簧6 4 驅動裝置6 5 偏心輪盤6 6 搖桿6 7 (本發明部分） 底座1 支架1 1 第一穿孔1 1 1 軸座1 2 承座2 轉動件2 1 接觸面2 1 1 軸桿2 1 2 第二穿孔2 2 載座3 連接管3 1 通道3 1 1 第一轴承3 1 2 第二軸承31 樞軸3 2 連接件3 3 頂座4 中心桿4 1 末端4 1 1 擺動桿4 2 第一端4 2 1 11 200819166 第二端4 2 2 連接部4 3 槽孔4 3 1 板體4 6 框體4 7 驅動裝置5 桿件5 0 馬達5 1 減速機5 2 傳動皮帶5 3 偏心輪5 4 固定件5 4 1 12200819166 IX. Inventive description: [Technical field to which the invention pertains] This is a type of vibration machine, especially a vibration machine that can perform continuous swinging up and down and left and right. [Prior Art] As shown in Fig. 8, it is a conventional mine and a base 62, and the top and the base 61 move to have a support frame 63 to support the other side. There are two side sighs with two springs 6 4 for the rest force of the top 4 movements, and a driving device 6 5 ' is set on the base 6 2 The yoke 67 is pivotally connected to the top seat 61, and the driving device 65 is activated to make a swing up and down. Usually, such a vibrating machine ',,,, therefore, the above-mentioned wobble phenomenon forms a shock. Gutian i said vibrating machine top seat 61 system to do one-way up and down vibration, so, can == step or sit on the top to produce the basic movement effect, but because of the current, moving silk requirements are higher 'so the one-way movement The design is slightly inadequate. It is known that there is still room for improvement in this conventional technology. SUMMARY OF THE INVENTION The main object of the present invention is to solve the above problems and to provide a vibrating machine which is designed to enhance the motion effect of a user during exercise by designing a vibrating machine that can swing up and down and swing back and forth. For the purpose of the two descriptions, the present invention includes: 5 200819166 seat; a base, and two brackets, the top ends of the two brackets are respectively disposed on the side of the bracket, and the two rotating members respectively have and The seat is provided with two rotating parts of the rotating parts which are adjacent to each other and are symmetrically connected; a carrier is located in the vertical direction of the two brackets and is provided with a connecting pipe at the center of the: The center of the carrier is perpendicular to the pivot of the connecting tube, and the two shafts of the 'two sides of the symmetrical officer' are respectively pivotally connected, and the two towing shafts are respectively attached to the top of the carrier. The top seat is provided with a central center rod passing through the connection 3: the center rod end rotates in the distance between the T Shizhanhai connection and the dry (four) (four) connection officer and a swing lever f' The second end of the swinging rod is threaded through::: abutting with the two contact surfaces of the two rotating members and being movable; = the second member of the rod member is mounted on the base' and the driving device has -5 The stem is connected to the bottom end of the carrier, so as to drive the top seat to push up and down, and the front, back, left and right S pushes The above and other objects and advantages Ming, difficult from the detailed description of the embodiments with the accompanying drawings, the gain insight. Of course, the invention is different in some parts, or in the safety of the other parts, but it is explained in the instructions, and the construction is shown in the drawings.卞WDetails 6 200819166 [Embodiment] The drawings are shown in Figures 1 to 7 of the drawings. The structure of the embodiment selected for the present invention is for the purpose of Lang, and is not subject to the special wealth. The limitations of the structure. The following is an embodiment of the "vibration machine" of the present invention, which comprises: a base 1 on which two brackets 1 are formed which are perpendicular to the base i and are symmetrical to each other, and the top ends of the two brackets 1 1 are respectively provided with a shaft The seat 丄 2, and the _ seat 12 2 are also symmetrical to each other, and wherein the branch μ i is provided with a first through hole 111 at a position lower than the axis = 12. a socket 2 is disposed on an outer side of the bracket 2 having the first through hole ,i丄, and the socket 2 is provided with two rotating members 2 1 which are perpendicular and rotate, and the two rotating members 2 1 respectively There is a contact surface 2 1 1 ′ which is adjacent to each other and symmetrical, and 4 sockets 2 are further provided with a first perforation 22 between the two rotating members 2 1 , and the second perforation 2 2 is coupled to the first perforation 1 1丄 adjacent pairs • should. The rotating member 2 1 further includes a shaft 2 1 2 , and two ends of the shaft 2 1 2 are respectively disposed at the top of the top of the socket 2, and the rotating member 2 1 is the shaft 2 1 2 is rotated for the center of rotation. A carrier 3 is located at the center of the two brackets 1 and a connecting pipe 3 1 is vertically penetrated in the center of the carrier 3, and a vertical connection is provided on the opposite sides of the connecting pipe 3 1 a shaft 3 2 of the tube 3 1 , and the two pivots 3 2 are respectively pivotally connected to the two shaft seats 12 on the two brackets 1 1 , and the carrier 3 is lower than the pivot shaft 3 2 The side is provided with a connection 7 200819166 pieces 3 3 . A top seat 4 is disposed on the top of the carrier 3, and a center rod 4 1 is vertically downwardly disposed at a center of the top seat 4, and the center rod 4 1 passes through the connecting tube 3 1 and can be connected to the connecting tube 3 1 Rotating in the middle, and the end 4 1 1 of the center rod 4 1 is connected to the first end 42 1 of one of the swing rods 42 below the connecting tube 3 1 , and the second end 4 2 2 of the swing rod 42 Passing through the first perforation 1 1 1 of the bracket 1 1 and the second perforation 22 of the socket 2, and 4, the private contact cup 4 2 and the second end 4 2 2 are connected with the two contact faces 2 of the two rotating members 2 1 The 1 1 phase abuts and can drive the two rotating members 2 1 to rotate; wherein the diameters of the first and second through holes 111 and 22 are larger than the diameter of the swinging rod 4 2 . The connecting pipe 3 1 has a passage 3 1 1 through which the center rod 4 1 passes, and a first bearing 3 1 2 is respectively disposed in the channel 3 1 1 near the top and bottom of the connecting pipe 3 1 . A second bearing 3 1 3, and the inner rod 4 1 abuts against the inner walls of the first and second bearings 3 1 2, 3 1 3 respectively. A connecting portion 43 is further disposed between the first end 4 2 1 of the swinging rod 4 2 and the end 4 1 1 of the center rod 4 1 , and the connecting portion 43 has a connection with the end of the center rod 4 1 4 1 1 The fixed slot 4 3 1 is connected, and the first end 4 2 1 of the swinging rod 4 2 is perpendicularly connected to the outer peripheral wall of the connecting portion 4 3 , wherein the slot 4 3 1 of the connecting portion 43 is in the present embodiment. In the example, a square hole is formed, and the end of the center rod 4 1 is a square end. The top seat 4 includes a plate body 46 and a frame body 47, and the plate 8 200819166 body 46 is disposed on the top of the frame body 47 to enhance the structural strength of the top seat 4. A driving device 5 is disposed on the base 1 , and the driving split 5 has a rod 50 , and the rod 50 is connected to the bottom end of the carrier 3 for driving the X»hai carrier 3 The swaying is used to drive the top seat 4 to swing up and down, and to move back and forth. The driving device 5 further includes a motor 5 i and a speed reducer 52, wherein the motor 5 is connected to the speed reducer 52 by a transmission belt 53, and the speed reducer 52 and the rod One end of the member 5 is connected, and the other end of the rod member 50 is provided with an eccentric wheel 5 4 corresponding to the bottom end of the connecting member 33 and passing through the eccentric portion by a fixing member 51 1 The wheel 54 is connected and fixed to the connecting piece 3 3 of the carrier 3. In use, the power supply of the driving device 5 is supplied from the outside, thereby activating the driving device 5, so that the motor 5 1 transmits power to the speed reducer 52 by the transmission belt 5 3 , and transmits through the speed reducer 5 2 The lever member 5 〇 and the biasing wheel 5 4 transmit power to the carrier 3 , so that the carrier 3 swings back and forth with the two pivots 3 2 , and is disposed on the carrier 3 and the connecting tube 3 1 . The top seat 4 above also swings up and down. And the second end 4 2 2 of the swinging rod 4 2 is arranged to abut the rotating surface 2 1 1 of the two rotating parts 2 1 , that is, the second end 4 2 2 of the swinging rod 4 2 is not fixed and cannot be In the form of actuation, the top seat 4 is swung up and down, and the center rod 4 1 pulls the swing rod 42 to swing back and forth and outward, so that the top seat 4 swings back and forth. , 9 200819166 and the first end 4 2 1 of the swinging rod 4 2 forms a trajectory of an arc. Please refer to FIG. 4 and FIG. 5 respectively. When the carrier 3 is pushed, the swinging lever 42 is interlocked to be drawn to the right, and the two rotating members 2 1 are swung by the swinging lever 42. Displacement while rotating at the same time, at this time, the top seat 4 is lowered on the left side and the left side is forward and the right side is backward; otherwise, please refer to Figures 6 and 7 respectively, when the carrier 3 is pulled back and When the swinging lever 42 is pulled out to the left side, the top seat 4 is raised to the left side and the left side is rearward and the right side is forward, thereby forming a continuous back and forth and swinging back and forth and left and right. In summary, when the user stands on both feet or sits on the top seat with the buttocks, the movement effect of the user can be made because the top seat can continuously swing back and forth and swing back and forth. Will be greatly improved. The above description of the embodiments is intended to be illustrative of the invention and is not intended to limit the invention. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the above-mentioned objects, and is in accordance with the provisions of the Patent Law. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a partial exploded perspective view of a vibrating machine of the present invention. Fig. 2 is a combination diagram of Fig. 1. Figure 3 is a schematic cross-sectional view of 3 A - 3 A in Figure 2. Fig. 4 is a schematic view showing the operation of the top seat of the vibrating machine of the present invention with the left side lowered to the right side and increased by the right side. ^ 5 Fig. 4 is a plan view of the top seat from the left side to the right side and back side. Fig. 6 is a schematic view showing the action of the top seat of the vibrating machine of the present invention with the left side raised and the right side lowered. Fig. 7 is a plan view of the top seat in the sixth figure from the left side to the rear side and the right side. Fig. 8 is a schematic view of the one-way up and down movement of the conventional vibration machine. 1=7 [Description of main component symbols] (customized part) Top seat 6 1 Base 6 2 Support frame 6 3 Spring 6 4 Drive unit 6 5 Eccentric wheel 6 6 Rocker 6 7 (Invention part) Base 1 Bracket 1 1 First perforation 1 1 1 Shaft seat 1 2 Seat 2 Rotating part 2 1 Contact surface 2 1 1 Shaft 2 1 2 Second perforation 2 2 Carrier 3 Connection tube 3 1 Channel 3 1 1 First bearing 3 1 2 Two bearings 31 Pivot 3 2 Connecting piece 3 3 Top seat 4 Center rod 4 1 End 4 1 1 Swing rod 4 2 First end 4 2 1 11 200819166 Second end 4 2 2 Connection 4 3 Slot 4 3 1 Plate Body 4 6 Frame 4 7 Drive 5 Rod 5 0 Motor 5 1 Reducer 5 2 Drive belt 5 3 Eccentric 5 4 Mounting 5 4 1 12