M425656 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種輔助治療裝置，特別是指一種運 用機械力協助改變患者之身體姿勢的輔助治療裝置。 【先前技術】 「良性陣發性頭位眩暈症（Bemgn Par〇xysmalM425656 V. New description: [New technical field] The present invention relates to an auxiliary treatment device, and more particularly to an auxiliary treatment device that uses mechanical force to assist in changing the body posture of a patient. [Prior Art] "Beneous paroxysmal head vertigo (Bemgn Par〇xysmal
P〇siti〇nal Vertig0, BPPV)J，俗稱耳石異位症，其致病機轉 是，患側内耳中負責感受姿勢改變的耳石（⑽齡），從球 囊或橢圓囊脫落，並飄流進半規管（以後半規管居多）内 的淋巴液令，當頭部姿勢改變時，如彎腰、後仰、翻身或 轉頭，半規管便會受到剌激，因而誘發眩暈…惡心、冒冷 汗、心悸、步態不穩等症狀。 一从不业个工王恐 ，mjP〇siti〇nal Vertig0, BPPV)J, commonly known as otolith ectopic disease, whose pathogenesis is the otolith ((10) age) in the affected inner ear that is responsible for the change of posture, falling off from the balloon or elliptical sac, and drifting When the head posture changes, such as bending, leaning back, turning over or turning, the semi-regulatory tube will be stimulated, thus inducing dizziness... nausea, cold sweat, palpitations, Symptoms such as gait instability. I’m never working, I’m afraid, mj
Epley ^ ^ , ^ ( parucie ，)’藉由改變患者之頭部姿勢與重力牵引作 m的耳石從半規管重新歸位至球囊或橢圓囊 ，呆^上相當簡單，且成功率高達8G%以上。 .而醫生在為患者施行耳石復位治療時，其步驟大致如 下. 一、 使患者平躺且頭部稍微後仰； 二、 手扶患者的頭部，使其往患側轉動45。； 三、 再使患者的頭部往健側轉動90。； 轉動 並把患者的身 45°， 3 M425656 五、最後，使患者側身坐起。 。心|；5心法必須由專業的醫護人員全程親自徒 手操作&了頭轉動作外，還有協助翻身側躺與起身坐起 等較費力的動作，不作盤嵌 个1-邊療人力成本較高，且較為耗時費 力，醫療效率較差。 【新型内容】 因此，本新型之目的，即在提供一種透過機械力來協 助改變患者之身體姿勢或頭部偏轉角度，以能節省醫療人 力成本，並提高治療效率的輔助治療裝置。 於是，本新型之辅助治療裝置，包含一個乘坐基座、 —個背部支撐單元、一個頭部支撐單元，以及一個腿部支 撐單元。該背部支撐單元是設置在該乘坐基座之一個後側 處，並具有一個能相對上下傾擺地樞接該乘坐基座之該後 側的彦板、一個能相對左右移動或上移脫離地設置在該背 板上的右支撐塊、一個能相對左右移動或上移脫離地設置 在該背板上的左支撐塊、一個能朝左移動地設置在該背板 之一個右側旁的右側推身塊，以及一個能朝右移動地設置 在該背板之一個左側旁的左側推身塊。該頭部支撑單元是 設置在該背板的一個後側處。該腿部支撐單元是設置在該 乘坐基座的一個前側處，並具有一個能相對前後移動地設 置在該乘坐基座之前方處的腳踏板、一個能朝上移動地設 置在該腳踏板之一個右側旁的右上推腿塊、一個能朝上移 動地設置在該腳踏板之一個左側旁的左上推腿塊、一個能 朝左移動地設置在該右上推腿塊之一個右側處的右側推腿 4 M425656 塊以及一個能朝右移動地設置在該左上推腿塊之一個左 側處的左側推腿塊。 本新型之另一辅助治療裝置，包含一個乘坐基座、一 個δ又置在該乘坐基座的一個後側處的背部支撐單元、一個 能相對轉動地設置在該背部支樓單元的一個後側處的頭部 • 支撐單元以及—個設置在該乘坐基座的一個前側處的腿 _ 部支撐單元。 “本新型之功效在於，該背部支撐單元能驅使患者之上 • I身呈斜躺、平躺或側翻，該腿部支撐單元能驅使患者之 下半身呈平放、屈膝或屈膝側翻，或該頭部支撐單元能驅 使患者之頭部左右偏轉，藉此，在進行療程時，是透過機 械力來改變患者之身體姿勢，整體能產生有效節省醫療人 力成本，並提高治療效率等功效。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 • 清楚的呈現。 如圖1與圖2所示，本新型之輔助治療裝置的該較佳 貫施例，是供罹患良性陣發性頭位眩暈症之患者（見圖2 之假想線所示）躺臥於其上，並透過設於該輔助治療裝置 • 上的微控制器（圖中未示出）加以自動化控制，協助改變 • 患者之頭部轉動角度與身體姿勢，以進行耳石復位治療。 該輔助治療裝置包含一個乘坐基座1、一個設置在該乘 坐基座1的一個後側處的背部支撐單元2、_個設置在該背 5 M425656 部支撐單元2的一個後側處的頭部支撐單元3，以及一個設 置在該乘坐基座1的一個前侧處的腿部支撲單元4.。 該背部支撐單元2具有一個能相對上下傾擺地樞接該 乘坐基座1之該後側的背板21、一個能相對左右移動或上 移脫離地設置在該背板21上的右支撐塊22、一個能相對左 右移動或上移脫離地設置在該背板21上的左支撐塊23、一 個能朝左移動地設置在該背板21之一個右側旁的右側推身 塊24 ’以及一個能朝右移動地設置在該背板21之一個左側 旁的左側推身塊25。 該背板21具有二個呈左右向延伸且相互平行的滑軌部 211。該右支撐塊22具有一個能相對左右移動地結合在所述 一個滑執部211上且為L形狀的右框架部221，以及一個能 上移脫離地設置在該右框架部221中且為L形狀的右支標 塊部222;而該左支撐塊23具有一個能相對左右移動地結 合在所述二個滑軌部211上且為倒L形狀的左框架部231， 以及一個能上移脫離地設置在該左框架部231中且為倒L 形狀的左支撐塊部232 ;經由該右框架部221、該左框架部 231能相對所述二個滑軌部211左右移動的方式，使該右支 撐塊22與該左支撑塊23二者得以相向移動以併靠在一 起，或是得以反向移動以相互分離，在本實施例，是以手 動方式來進行該右支撐塊22與該左支撐塊23的左右位移 調整’另外，有關該右支撐塊22與該左支撐塊23的形狀 並不限於本實施例所揭示。 該背部支撐單元2還具有三個電連接該微控制器的第 6 驅動件26、27、28，以及二個電連接該微控制器的第二 驅動件29、20〇所述三個第一驅動件26、27、28是直立式 氣麼紅並分別連結該背板21的一個底面、該右支擇塊部 222的一個底面與該左支撐塊部232的一個底面·而所述二 個第二驅動件29、20是水平式氣壓缸，並分別連結該右側 推身塊24之一個右側面與該左側推身塊25之一個左側 面。 該頭部支撐單元3具有一個能相對左右旋轉地設置在 該背板21之一個底面且電連接該微控制器的轉動件31、一 個局部插接在該轉動件31中的連接板32，以及一個能相對 前後移動地設置在該連接板32上的頭罩33。 該腿部支撐單元4具有一個能相對前後移動地設置在 該乘上基座1之刖方處的腳踏板4丨、一個能朝上移動地設 置在該腳踏板41之一個右側旁的右上推腿塊42、一個能朝 上移動地叹置在s亥腳踏板41之一個左側旁的左上推腿塊 43、一個能朝左移動地設置在該右上推腿塊42之一個右側 處的右側推腿塊44、一個能朝右移動地設置在該左上推腿 塊43之一個左側處的左側推腿塊45，以及一個直立設置在 該腳踏板41之一個前側處且相對位在該左側推腿塊45之 個前側與該右側推腿塊44之一個前側之間的擋板5。 該腳踏板41具有一個能相對前後移動地設置在該乘坐 基座1之刚方處的平板部411' 一個其一個邊緣樞接在該平 板部411之一個刖侧的踏板部412，以及二個左右對稱的擺 才干部413、414，其中，該擺桿部413之相反二端是分別樞 接該擋板5之一個左側，與該踏板部412之相反另一個邊 緣之-個左側，而該擺桿部414之相反二端則是分別框接 該擋板5之一個右側，與該踏板部412之該邊緣之一個右 侧。 原本，該平板部411是與該乘坐基座丨相分離，且該 踏板部412為直立狀態，該腳踏板41整體呈L形狀，但在 該平板部411朝後移並併接該乘坐基座丨之前側時（另見 圖8)，原直立之該踏板部412的底邊緣被往後拉而逐漸伏 队呈平放狀態’同時所述二擺桿部413、414下擺呈平躺 狀’而在該平板部411前移復位時，所述二擺桿部413、 414上擺呈直立狀，該踏板部412在該平板部411之前推作 用’以及所述二擺桿部413、414之上拉作用下，得以復位 呈直立狀態’並貼合該撞板5。 該腿部支撐單元4還具有一個電連接該微控制器的第 三驅動件46、二個電連接該微控制器的第四驅動件47、 48，以及二個電連接該微控制器的第五驅動件49、4〇。該 第二驅動件46是水平式氣壓缸，並連結該腳踏板41之平 板部411的一個底面；所述二個第四驅動件47、48是直立 式氣壓缸，並分別連結該右上推腿塊42之一個底面與該左 上推腿塊43之一個底面；而所述二個第五驅動件49、40 也是水平式氣壓缸，並分別連結該右侧推腿塊44之一個右 側面與該左側推腿塊45之一個左側面。 在本實施例，患者的患部是右耳，其原本附著在橢圓 囊内的耳石脫落並飄流在後半規管的淋巴液中，故藉由耳 M425656 石復位法，使耳石能重新歸位至橢圓囊中，以下便就整個 耳石復位治療過程中，該輔助治療裝置之作動控制以及其 所造成患者的姿勢變化作具體說明。Epley ^ ^ , ^ ( parucie , ) ' by changing the patient's head posture and gravity traction m otolith re-homing from the semicircular canal to the balloon or elliptical sac, it is quite simple, and the success rate is up to 8G% the above. When the doctor performs otolith reduction treatment for the patient, the steps are as follows: 1. The patient is lying flat and the head is slightly reclined; 2. The patient's head is held to rotate 45 toward the affected side. Third, turn the patient's head to the healthy side 90. Turn and place the patient's body 45°, 3 M425656 V. Finally, let the patient sit up sideways. . Heart|;5 heart method must be carried out by professional medical staff in person and by hand. In addition to the head-turning action, there are also more laborious actions such as assisting to turn over and sit up and sit up, not to insert a 1-side treatment labor cost. It is higher, more time consuming and labor intensive, and medical efficiency is poor. [New content] Therefore, the object of the present invention is to provide an auxiliary treatment device which can reduce the body posture or the head deflection angle of a patient by mechanical force, thereby saving medical human cost and improving treatment efficiency. Thus, the adjunctive treatment device of the present invention comprises a seating base, a back support unit, a head support unit, and a leg support unit. The back support unit is disposed at a rear side of the pedestal and has a stern plate pivotally connected to the rear side of the pedestal relative to the top and bottom, and a can be moved relative to the left or right or moved upwardly a right support block disposed on the back panel, a left support block disposed on the back panel that is movable relative to the left or right, and a right side pusher disposed on a right side of the back panel The body block, and a left push block that can be placed to the left of the back panel. The head support unit is disposed at a rear side of the backboard. The leg supporting unit is disposed at a front side of the pedestal and has a foot pedal disposed at a front side of the pedestal relative to the front and rear movement, and an pedal can be disposed to move upwardly on the pedal a right upper push leg block adjacent to one of the right sides of the board, a left upper push leg block that is disposed to be moved upwardly on a left side of the foot pedal, and a leftward push block that is movable to the left to be disposed at a right side of the right upper push leg block The right side push leg 4 M425656 block and a left push leg block that can be moved to the right at one of the left side of the left upper push leg block. Another auxiliary treatment device of the present invention comprises a pedestal, a back support unit disposed at a rear side of the pedestal, and a rear side rotatably disposed on the back sill unit Head • Support unit and a leg support unit disposed at a front side of the ride base. "The effect of this new type is that the back support unit can drive the patient's body. The body is reclining, lying down or sideways. The leg support unit can drive the patient's lower body to lay flat, knees or knees, or The head supporting unit can drive the patient's head to be deflected to the left and right, thereby changing the body posture of the patient through mechanical force during the course of the treatment, and the overall effect can effectively save the medical labor cost and improve the treatment efficiency. The above and other technical contents, features and effects of the present invention will be clearly shown in the following detailed description of a preferred embodiment with reference to the drawings. As shown in Fig. 1 and Fig. 2, The preferred embodiment of the adjunctive treatment device of the present invention is for lying on a patient suffering from benign paroxysmal head vertigo (shown by the imaginary line in Fig. 2) and is disposed on the auxiliary treatment. The microcontroller on the device (not shown) is automatically controlled to assist in changing • the patient's head rotation angle and body posture for otolith reduction treatment. The treatment device comprises a ride base 1, a back support unit 2 disposed at a rear side of the ride base 1, and a head support unit disposed at a rear side of the support unit 2 of the back 5 M425656 3, and a leg baffle unit 4 disposed at a front side of the pedestal 1. The back support unit 2 has a rear side pivotally connected to the pedestal 1 a back support plate 21, a right support block 22 which is disposed on the back plate 21 so as to be movable relative to the left or right, and a left support block 23 which is disposed on the back plate 21 so as to be movable relative to the left or right. A right pusher block 24', which is disposed to the left of the back panel 21, and a left pusher block 25, which is disposed to the left of the back panel 21, can be moved to the left. 21 has two slide rail portions 211 extending in the left-right direction and parallel to each other. The right support block 22 has a right frame portion 221 which is coupled to the one slide portion 211 and which is L-shaped, and is L-shaped, and One can move up and off the ground in the right frame The portion 221 is an L-shaped right-branch block portion 222; and the left support block 23 has a left frame portion 231 that is coupled to the two rail portions 211 so as to be opposite to the left and right and has an inverted L shape. And a left support block portion 232 that is vertically detachably disposed in the left frame portion 231 and has an inverted L shape; the right frame portion 221 and the left frame portion 231 can be opposite to the two slide portions 211 Moving in such a manner that the right support block 22 and the left support block 23 are moved toward each other to be close together or can be moved in reverse to be separated from each other. In this embodiment, the right is performed manually. The left and right displacement adjustment of the support block 22 and the left support block 23 additionally, the shape of the right support block 22 and the left support block 23 is not limited to the embodiment. The back support unit 2 further has three sixth driving members 26, 27, 28 electrically connected to the microcontroller, and two second driving members 29, 20 electrically connected to the microcontroller. The driving members 26, 27, 28 are upright gas red and respectively connect a bottom surface of the back plate 21, a bottom surface of the right supporting block portion 222 and a bottom surface of the left supporting block portion 232, and the two The second driving members 29, 20 are horizontal pneumatic cylinders, and respectively connect one right side surface of the right side body block 24 and one left side surface of the left side body block 25. The head supporting unit 3 has a rotating member 31 which is rotatably disposed on a bottom surface of the back plate 21 and electrically connected to the microcontroller, and a connecting plate 32 partially inserted into the rotating member 31, and A head cover 33 is provided on the connecting plate 32 so as to be movable back and forth. The leg supporting unit 4 has a footrest 4A which is disposed at a side of the upper base 1 so as to be movable forward and backward, and a footrest 4A which is movable upwardly on the right side of the footrest 41. The upper right pushing leg block 42, a left upper pushing leg block 43 which is slidable to the left side of the shai footboard 41, and one rightward side of the right upper pushing leg block 42 a right pusher block 44, a left pusher block 45 disposed at a left side of the left upper pusher block 43 that is movable to the right, and an upright portion disposed at a front side of the footrest 41 and positioned oppositely A baffle 5 between the front side of the left push leg block 45 and one of the front sides of the right push leg block 44. The footrest 41 has a flat plate portion 411' which is disposed at a right side of the pedestal 1 with respect to the front and rear movement, and a pedal portion 412 whose one edge is pivotally connected to one side of the flat plate portion 411, and The left and right symmetrical pendulums 413, 414, wherein the opposite ends of the pendulum portion 413 are pivotally connected to one of the left sides of the baffle 5, respectively, opposite to the other side of the pedal portion 412, and The opposite ends of the swinging rod portion 414 are respectively framed on a right side of the baffle 5 and a right side of the edge of the pedal portion 412. Originally, the flat plate portion 411 is separated from the pedestal base ,, and the pedal portion 412 is in an upright state. The footboard 41 has an L shape as a whole, but is moved backward at the flat plate portion 411 and is coupled to the cradle. When the front side of the seat is on the side (see also FIG. 8), the bottom edge of the pedal portion 412 which is originally erected is pulled back and gradually the squad is laid flat. At the same time, the hem portions 413 and 414 are lie flat. When the flat plate portion 411 is moved forward and reset, the two swing lever portions 413 and 414 are swung upright, and the pedal portion 412 is pushed forward before the flat plate portion 411 and the second swing lever portions 413 and 414. Under the action of the upper pull, it is restored to the upright state 'and fits the striker 5 . The leg supporting unit 4 further has a third driving member 46 electrically connected to the microcontroller, two fourth driving members 47, 48 electrically connected to the microcontroller, and two electrically connected terminals of the microcontroller Five drive members 49, 4〇. The second driving member 46 is a horizontal pneumatic cylinder and is coupled to a bottom surface of the flat plate portion 411 of the foot pedal 41. The two fourth driving members 47 and 48 are vertical pneumatic cylinders, and respectively connect the right upper pushing a bottom surface of the leg block 42 and a bottom surface of the left upper push leg block 43; and the two fifth driving members 49, 40 are also horizontal pneumatic cylinders, and respectively connect one right side surface of the right push leg block 44 with One of the left side faces of the left push leg block 45. In this embodiment, the affected part of the patient is the right ear, and the otolith originally attached to the elliptical sac falls off and drifts in the lymph of the posterior semicircular canal, so that the otolith can be relocated to the ear by the M425656 stone reduction method. In the elliptical sac, the following is the specific control of the actuation control of the auxiliary treatment device and the posture change of the patient caused by the entire otolith reduction treatment.
後’調整該頭罩33的前後位置，使其安穩地罩戴在患者的 頭部上，並調整該右支撐塊22與該左支撐塊23的相對位 置’以分別局限住患者的右肩臂、左肩臂部位，同時分別 支撐住患者的右背部與左背部，另外，讓患者的雙腿伸直 且其腳部放在呈L形狀的腳踏板41上，這時，患者之腳板 部位是朝向前地踩踏在呈直立狀態的踏板部412上，接著 控制該第-驅動件26’驅使該背板21從圖3之傾斜狀態下 擺呈圖4之平放狀態，讓患者全身呈平躺狀。 起初，對患者施以頭部角度改變。如圖5所示，先控 制該轉動件3丨右轉45。，以驅使該頭罩33帶動患者的頭: 從面朝上狀態（見圖中之假想線所示）偏轉至右轉Μ。狀Thereafter, the front and rear positions of the head cover 33 are adjusted so as to be securely worn on the patient's head, and the relative position of the right support block 22 and the left support block 23 is adjusted to respectively limit the patient's right shoulder arm. The left shoulder arm portion supports the right back and left back of the patient at the same time. In addition, the patient's legs are straightened and the feet are placed on the L-shaped foot pedal 41. At this time, the patient's foot plate is oriented. The front portion is stepped on the pedal portion 412 in an upright state, and then the first driving member 26' is controlled to drive the backing plate 21 from the inclined state of FIG. 3 to the flat state of FIG. 4, so that the patient's whole body is flat. Initially, the patient is given a change in head angle. As shown in Fig. 5, the rotating member 3 is first controlled to turn right 45. To drive the hood 33 to drive the patient's head: deflected from the face up state (shown by the imaginary line in the figure) to the right turn. shape
如圖3與圖4所示，當患者坐 動作維持約15分鐘；之後，如圖6所示，再 轉動件3丨帶動該頭罩33左轉9〇。， -狀態(見圖中之假想線所示)偏心:的：右轉 動作維持約…最後，如圖7所示，再控二二此 31帶動該頭罩33繼續左轉45〇， 人動件 狀態(見圖中之假想線所示)偏轉=碩部從左轉4-維持約15分鐘。 ）偏轉至左轉9〇。狀態，此動作 接下來，在患者的頭部持續 患者的身體部位朝左翻呈側躺狀 維持在左轉90。狀 。如圖8與圖9 態下，使 所示，控 9 M425656 制該第三驅動件46作動，驅使該腳踏板41整體朝後滑 移’同時造成該踏板部412從直立狀態變成平放狀態，從 而使患者的腳板部位朝下地踩踏在該踏板部412上，由於 患者的腳部會隨該腳踏板41朝後移動，配合加以示意，因 而得以造成患者的雙腿向上彎曲呈屈膝狀態；接著如圖1〇 與圖U所示’控制該第五驅動件49作動，驅使該右側推 腿塊44朝左移動並推抵患者的小腿部位，使得患者之呈屈 膝狀態的雙腿順勢朝左翻傾，此時患者的膝蓋部位會壓靠 在該左上推腿塊43上’至此，患者的下半身已朝左側翻， 患者的上半身依然為仰躺狀態；然後如圖12與圖·π所 不’進一步控制該第一驅動件27，驅使該右支撐塊部222 上移並頂推患者的右背部，如此便能輕易地讓患者的上半 身順勢朝左翻傾，使得患者的身體部位完全呈左側躺狀， 此動作維持約15分鐘。 最後’要使從頭到腳完全呈左側躺狀的患者，右翻恢 復呈仰躺狀態，再坐起即可。如圖14與圖15所示，該轉 動件31驅使該頭罩33右轉90。，患者的頭部便能從左轉 90°狀態轉回呈面向上狀態；另控制該第二驅動件2〇帶動該 左側推身塊25左移，並推抵患者之右肩部位，以讓患者的 上半身順勢右翻恢復呈仰躺狀態，此時患者的下半身仍維 持屈膝側躺狀態。接著如圖16與圖17所示，控制該第四 驅動件48驅使該左上推腿塊43上移，以頂推患者的膝蓋 部位，如此便能讓患者的下半身順勢右翻回正，此時患者 的雙腿依然呈屈膝狀態《再來，只要控制該第三驅動件％ 10 M425656 驅使該骑板41前移復位至圖3所讀態，以帶動患者的 雙腿朝則伸直’再控制該第-驅動件26驅使該背板21上 抬呈傾斜狀態，使患者坐起（如圖2所示姿勢），至此即 完成整個耳石復位療程。 在耳石復位療程中，只要經由微控制器的設計 與控制，該頭部支標單元3能驅使患者之頭部左右偏轉， 該腿部支撐單元4能驅使患者之下半身呈屈膝、屈膝側翻 或平放等姿勢’該背部支擇單元2能驅使患者之上半身呈 平躺側翻或斜躺等安勢，藉以達到透過機械力來改變患 者之身體姿勢之目的，故本新型整體確實能有效節省醫療 ^力^本、提高治療效率，且本新型於操控上也相當簡 易’使用安全性亦高。 貫包例中該輔助治療裝置之頭部支撐單元 部支撐單元與腿部支樓單元是相配合動作，以進行耳石復 位療程，當然，也 利在㈣如癱瘓患者進行例行性 =或疋針對身體特定部位進行復健治療，故本新型的 貫際應用範圍並不限於本實施例所記載。 &惟以上所述者，僅為本新型之較佳實施例而已 此以此限定本新型實施之範圍，即大凡依 " :圍:新型說明内容所作之簡單的等效變化與修飾= 屬本新型專利涵蓋之範圍内。 仍 f圖式簡單說明】 圖1是-立體結構示意圖’說明本新型之輔助 置之—較佳實施例的結構； 化療裝 11 M425656 圖2是一側視結構示意圖，說明一患者坐在該較佳實 施例上的姿態； 圖3是一動作示意圖，說明該較佳實施例之一右支撐 塊與一左支撐塊能左右向移動以相互分開； 圖4是一動作示意圖，說明該較佳實施例之一背板是 向下傾躺’讓患者呈平躺狀態； 圖5是一動作示意圖，說明該較佳實施例之一頭罩是 右轉45° ; 圖6是一動作示意圖，說明該較佳實施例之該頭罩是 左轉45° ; 圖7疋一動作示意圖，說明該較佳實施例之該頭罩是 左轉90° ; 圖8是一動作示意圖’說明該較佳實施例之一腳踏板 前移’並從L形狀變成平板狀； 圖9疋圖8的一側視示意圖，說明患者之頭部左轉 90。，且腿部向上彎曲呈屈膝狀； 圖1〇是一動作示意圖，說明該較佳實施例之一右側推 腿塊朝左移動； 圖11是ffi 10的一側視示意圖，說日月患者之下半身呈屈 膝朝左側躺狀態； 圖12是動作示意圖，說明該較佳實施例之一右支撐 塊部向上移動； 圖13是圖12的一側視示意圖，說明患者之上半身呈 朝左側躺狀態； 12 圖14是一動 轉9〇。回正，且I意圖’說明該較佳實施例之該頭罩右 且其一左側推身塊朝右移動； 圖b疋圖14的一側視示意圖，說明患者之頭部右轉 回正’且上半身右翻呈仰躺狀； 圖16是一動作示意圖，說明該較佳實施例之一左上推 腿塊向上移動；以及 圖17是圖16的一側視示意圖，說明患者之下半身右 翻回正。 13 M425656 【主要元件符號說明】 1 乘坐基座 32 連接板 2 背部支撐單元 33 頭罩 21 背板 4 腿部支撐單元 211 滑執部 41 腳踏板 22 右支撐塊 411 平板部 221 右框架部 412 踏板部 222 右支撐塊部 413 擺桿部 23 左支撐塊 414 擺桿部 231 左框架部 42 右上推腿塊 232 左支撐塊部 43 左上推腿塊 24 右側推身塊 44 右側推腿塊 25 左側推身塊 45 左側推腿塊 26 第一驅動件 46 第三驅動件 27 第一驅動件 47 第四驅動件 28 第一驅動件 48 第四驅動件 29 第二驅動件 49 第五驅動件 20 第二驅動件 40 第五驅動件 3 頭部支撐單元 5 擋板 31 轉動件 14As shown in Figs. 3 and 4, the patient's sitting motion is maintained for about 15 minutes; thereafter, as shown in Fig. 6, the rotating member 3 turns the head cover 33 to the left by 9 turns. - The state (shown in the imaginary line in the figure) is eccentric: the right turn action is maintained about... Finally, as shown in Figure 7, the second control 31 drives the hood 33 to continue to turn left 45 〇, human motion The state of the piece (shown by the imaginary line in the figure) is deflected = the head is turned from left to left - for about 15 minutes. ) deflected to the left and turned 9 〇. State, this action Next, in the patient's head, the patient's body part is turned to the left and turned sideways to maintain a left turn of 90. Shape. In the state of FIG. 8 and FIG. 9, the control unit 9 M425656 is configured to actuate the third driving member 46 to drive the foot pedal 41 to slide rearward as a whole while causing the pedal portion 412 to change from the erect state to the flat state. So that the patient's foot plate portion is stepped on the pedal portion 412 downward, since the patient's foot portion moves backward with the foot pedal 41, and the cooperation is indicated, thereby causing the patient's legs to bend upward and bend the knee; Then, as shown in FIG. 1A and FIG. U, the fifth driving member 49 is controlled to move, and the right pushing leg block 44 is moved to the left and pushed to the lower leg portion of the patient, so that the patient's knees in the knee-bound state are facing to the left. Tilting, at this time the patient's knee will be pressed against the left upper pusher block 43' At this point, the patient's lower body has turned to the left, the patient's upper body is still lying on the back; then as shown in Figure 12 and Figure π ' Further controlling the first driving member 27 to drive the right supporting block portion 222 up and push the patient's right back, so that the upper body of the patient can be easily tilted to the left so that the patient's body part is completely left. lie down This action lasts for about 15 minutes. Finally, to make the patient from the head to the foot completely reclining on the left side, the right turn is restored to the reclining state, and then sit up. As shown in Figs. 14 and 15, the rotary member 31 urges the head cover 33 to turn right 90. The patient's head can be turned from the left to the 90° state to the upwardly facing state; the second driving member 2 is further controlled to drive the left pusher block 25 to the left and push the patient to the right shoulder to allow The patient's upper body returned to the right side of the right side of the body, and the patient's lower body remained in the knee-shouldered state. Next, as shown in FIG. 16 and FIG. 17, the fourth driving member 48 is controlled to drive the left upper pushing leg block 43 to move up to push the knee portion of the patient, so that the patient's lower body can be turned right back. The patient's legs are still in a knee-bound state. "Come on, as long as the third driver is controlled. 10 M425656 drives the board 41 to move forward to the state read in Figure 3, so that the patient's legs are straightened and then re-controlled. The first driving member 26 drives the back plate 21 to be tilted to allow the patient to sit up (as shown in FIG. 2), and the entire otolith reduction course is completed. In the otolith reduction treatment process, the head support unit 3 can drive the patient's head to be deflected left and right by the design and control of the microcontroller, and the leg support unit 4 can drive the patient's lower body to bend and bend. Or the flat position, etc. 'The back support unit 2 can drive the patient's upper body to lie flat or lie down, so as to achieve the purpose of changing the body posture of the patient through mechanical force, so the whole novel can be effective Save medical care, improve treatment efficiency, and the new control is also very simple to use 'safe use. In the case of the pericardium, the head support unit support unit of the auxiliary treatment device cooperates with the leg branch unit to perform the otolith reduction treatment, and of course, it is also advantageous in the case of (4) routine operation of the patient==疋The rehabilitation treatment of a specific part of the body is not limited to the description of the present embodiment. And the above is only the preferred embodiment of the present invention, and thus the scope of the present invention is limited thereto, that is, the simple equivalent change and modification of the new description content: This new patent covers the scope. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a three-dimensional structure illustrating the structure of the preferred embodiment of the present invention; a chemotherapy device 11 M425656 FIG. 2 is a side view of the structure, illustrating a patient sitting at the comparison FIG. 3 is a schematic view showing a movement of a right support block and a left support block in a left-right direction to separate from each other; FIG. 4 is a schematic view showing the preferred embodiment. One example of the backing plate is lying down to 'place the patient in a flat state; FIG. 5 is a schematic view showing the hood of the preferred embodiment being rotated 45° to the right; FIG. 6 is a schematic view showing the comparison. The hood of the preferred embodiment is turned 45° to the left; FIG. 7 is a schematic view showing the hood of the preferred embodiment rotated 90° to the left; FIG. 8 is a schematic view of the operation of the preferred embodiment. One pedal advances 'and changes from L shape to flat shape; Figure 9 is a side view of Fig. 8 showing the patient's head turning left 90. And the leg is bent upward to be in the shape of a knee; FIG. 1 is a schematic view showing the movement of the right leg of the preferred embodiment to the left; FIG. 11 is a side view of the ffi 10, said the patient of the sun and the moon The lower body is in a state of being bent to the left side; FIG. 12 is a schematic view showing the movement of the right support block in the preferred embodiment; FIG. 13 is a side view of FIG. 12, showing the upper body of the patient lying to the left; 12 Figure 14 is a moving 9〇. Returning, and I intends to 'describe the right embodiment of the hood and the left side of the body block moving to the right; Figure b is a side view of Figure 14 showing the patient's head turning right back' And the upper body is turned upside down; FIG. 16 is a schematic view showing one of the preferred embodiments of the upper left push block moving upward; and FIG. 17 is a side view of FIG. 16 showing the patient's lower body turning back. positive. 13 M425656 [Description of main component symbols] 1 Ride base 32 Connection plate 2 Back support unit 33 Head cover 21 Back plate 4 Leg support unit 211 Sliding portion 41 Foot pedal 22 Right support block 411 Flat plate portion 221 Right frame portion 412 Pedal portion 222 right support block portion 413 swing lever portion 23 left support block 414 swing lever portion 231 left frame portion 42 upper right push leg block 232 left support block portion 43 upper left push block block 24 right push block 44 right push leg block 25 left side Pushing block 45 left push leg block 26 first drive member 46 third drive member 27 first drive member 47 fourth drive member 28 first drive member 48 fourth drive member 29 second drive member 49 fifth drive member 20 Two driving member 40 fifth driving member 3 head supporting unit 5 baffle 31 rotating member 14