M320385 七、 指定代表圖： (一） 本案指定代表圖為：第（一）圖。 (二） 本代表圖之元件符號簡單說明： 11 :多功能電動代步機； 12 :電動代步機主體； 121 :座椅； 122 :電動驅動單元； 123 :操控裝置； 1231 :轉動軸桿； 1232 :螺旋卡扣； 13 :上肢訓練機構； 131 :手把；以及 14 :下肢訓練機構。 八、 新型說明： 【新型所屬之技術領域】 本創作係提供一種多功能電動代步機，特別有關於結 合至少一種肌肉復健訓練器，以提供使用者進行不同的運 動方式之電動代步機的技術領域。 4 M320385 【先前技術】 + 老年人從職場退休後，身體活動大幅減 ’動里的心會衍生許多慢性病，進而造成長期队床 或行動不便。而隨著社會巾老年人Π及㈣錢之患者比 例 '曰加《使老年人或行動不便之患者行動方便 ’遂衍生 出電動代步車。 一般電動代步車是屬於醫療復健n材，取代傳統輪椅 及拐杖等工具’成為老年人及行動不便之患者的主要代步 工具’其提供較穩IU且舒適的糾及適當的速度限制，讓 使用者方便使用且安全性更甚於機車及腳踏車。 ,、、i而目别市面上產品仍集中在系統電機傳動之改良 及產品的人性’需求，如安全性、操作性或可用性等。 但因長時㈣用電動代步車代步，使老年人或行動不便的 患者形成過度的依賴性，卻忽略肌力料廢退的常理，而 當股四頭肌肌力下降時，更會減少老年人之姿勢穩定性。 、有鑒於上述習知之缺點，本創作人乃特潛心研究與不 斷測試，希冀達成—電動代步機除具備代步的功能外，更 …a肌肉復健訓練器，以提供使用者進行不同的運動方 式遂於本創作提出有效達成上述目的的一種多功能電動 代步機以作為前述期望一實現方式與依據。 5 M320385 【新型内容】 有鑑於上述課題，本創作之目的為提供一種結合肌肉 復健訓練器之多功能電動代步機，以提供使用者使用電動 代步車時，可進行不同的運動方式來訓練肌肉收縮、刺教 本體感受器及加速神經肌肉機轉的反應，達到兼具運動復 建、強化肌群及增加心肺適能等附加功能的目的。 - 緣是，為達上述目的，依本創作之多功能電動代步機， 至少包含一電動代步機主體、一上肢訓練機構及一下肢剑 練機構。其中電動代步機主體設有一收納空間，而收納空 間包含至少一閉合裝置，當下肢訓練機構為收納狀態時則 閉合收納空間；且具有一座椅，此座椅為為人體工學座椅， 座椅下方更設有一調整桿，使用者可藉由該調整桿調整該 座椅之高低或前後位置，增加使用者乘坐之舒適度；—電 動驅動單元至少具有一電源供應器、一馬達、及一齒輪總 成，其中電源供應器可為一鎳氫電池或蓄電力高之電池， 翁當該電源供應器供給該馬達所需電量而使該馬達帶動該齒 輪總成，來讓該電動代步機主體產生移動；及一操控裝置， 當操控裝置控制電動驅動單元時，則電動驅動單元帶動電 動代步機主體移動，電動代步機主體之移動方向及速度係 由操控裝置控制，且操控裝置設有至少一切換按紐可用於 一電動驅動模式或—腳踏_模式之切換。上肢訓練機構 具有-手把且手把以_轉動軸桿及一螺旋卡扣連接固定於 操控f置，使手把可作伸縮調整來配合使用者之高低位 置藉由手把之父互擺盡以提供訓練上肢，而下肢訓練機 構為-腳踏車之腳踏驅動裝置並設於該座椅下方，藉由踩 6 M320385 踏腳踏驅動裝置來驅動電動代步機主體並提供訓練下歧。 承上所述二因依本創作之多功能電動代步車不僅 傳統電動代步車之舰，並結合域麟機構及下敗= 機構來分別強化鍛鍊使用者之手臂肌群與大腿肌群，更= 由特殊的收減計以保持使狀安全性*方便性。^M320385 VII. Designated representative map: (1) The representative representative of the case is: (1). (2) Brief description of the symbol of the representative figure: 11: multi-function electric scooter; 12: electric scooter main body; 121: seat; 122: electric drive unit; 123: control device; 1231: rotating shaft; 1232 : spiral buckle; 13: upper limb training mechanism; 131: handlebar; and 14: lower limb training mechanism. VIII. New description: [New technical field] The creative department provides a multi-functional electric mobility machine, especially for the technology of combining the at least one muscle rehabilitation training device to provide the user with different movement modes. field. 4 M320385 [Prior Art] + After the elderly retire from the workplace, their physical activity is greatly reduced. The heart of the movement will cause many chronic diseases, which will cause long-term bedtime or inconvenience. With the elderly in the social towel and (4) the proportion of patients with money, the “Electricity for the elderly or the patients with limited mobility” is derived from the electric scooter. The general electric scooter belongs to the medical rehabilitation n material, which replaces the traditional wheelchair and crutches and other tools to become the main means of transportation for the elderly and patients with mobility problems. It provides a more stable IU and comfortable to correct the appropriate speed limit for use. It is easy to use and safer than locomotives and bicycles. The products on the market are still focused on the improvement of the system motor drive and the human nature of the product, such as safety, operability or availability. However, because of the long-term (four) use electric scooter to make the elderly or patients with inconvenient to form excessive dependence, but ignore the common sense of muscle strength, and when the quadriceps muscle strength declines, it will reduce the elderly The stability of the person's posture. In view of the above-mentioned shortcomings, the creator has devoted himself to research and continuous testing, and hopes to achieve it. In addition to the function of mobility, the electric mobility machine is a muscle rehabilitation training device to provide users with different movement modes. In view of the present invention, a multifunctional electric scooter that effectively achieves the above object is proposed as the implementation and basis of the foregoing expectation. 5 M320385 [New Content] In view of the above problems, the purpose of this creation is to provide a multi-functional electric mobility machine combined with a muscle rehabilitation trainer to provide different movement modes for training muscles when using an electric scooter. Contraction, stabbing the proprioceptor and accelerating the reaction of neuromuscular rotation achieve the purpose of combining exercise, strengthening muscles and increasing cardiopulmonary function. - The edge is that, in order to achieve the above objectives, the multi-function electric mobility machine according to the present invention includes at least one electric walking machine main body, an upper limb training mechanism and a lower limb training mechanism. The electric motorized machine body is provided with a storage space, and the storage space comprises at least one closing device, and the living space is closed when the lower limb training mechanism is in the storage state; and the seat is an ergonomic seat, the seat is An adjustment rod is further disposed under the chair, and the user can adjust the height or the front and rear position of the seat to increase the comfort of the user; the electric drive unit has at least one power supply, a motor, and a a gear assembly, wherein the power supply device can be a nickel-hydrogen battery or a battery with high power storage, and the power supply device supplies the power required by the motor to cause the motor to drive the gear assembly to make the electric motorizer main body And generating a movement device; and when the control device controls the electric drive unit, the electric drive unit drives the main body of the electric motor to move, the moving direction and speed of the main body of the electric motor are controlled by the control device, and the control device is provided with at least one The toggle button can be used to switch between an electric drive mode or a pedal_mode. The upper limb training mechanism has a handle and the handle is fixed by the _rotating shaft and a screw buckle to the control f, so that the handle can be adjusted to match the height position of the user by the father of the handle. In order to provide training for the upper limbs, the lower limb training mechanism is a bicycle pedal driving device and is disposed under the seat, and the electric mobility attendant main body is driven by stepping on the 6 M320385 pedal driving device and providing training distraction. According to the above-mentioned multi-function electric scooter, the traditional electric scooter is not only the ship of the traditional electric scooter, but also combines the domain lin mechanism and the lower defeat = mechanism to strengthen the arm muscles and thigh muscles of the exercise users respectively. A special reduction and reduction gauge is used to maintain the safety of the messenger* convenience. ^
效為使貝審查委員對本創作之技術特徵及所達成之 功效有更進-步之瞭解與認識，下文謹提供較佳之實施例 及相關圖式以為辅佐之用’並以詳細之說明文字配合說明To enable Becker's reviewers to have a better understanding and understanding of the technical features of the creation and the efficacies achieved, the following examples are provided to provide a preferred embodiment and related drawings for the purpose of assistance.
【實施方式】 π立^ if作之上述目的、特徵、和優點能更明顯易懂 下=依本創作之多功能電動代步J 配合所附相關圖式，作 β Γ2 ^ Η - ,4.- 作序細说明如下，其中相同的元件并 以相冋的70件符號加以 —m彡=圖’係為本創作多功能電動代步機之侧面 ^ ^ w 夕功能電動代步機11，至少包含一電動代步 機主體12、一上肫甽蝻她德10 匕3电勑八二 中電動代步機主5 一下肢訓練機構14。其 、體12，具有一座椅121、一電動驅動單元 .喿控裝置123,當操控装置123控制電動驅動單元 1 、則電動驅動單元122帶動電動代步機主體丨2移 代步機主體12之移動方向及速度係由該操控裝置 1 制。而上肢訓練機構13具有一手把131且手把131 以轉動軸才干1231及一螺旋卡扣1232連接固定於操控裝 7 M320385 置123，使用者可利用手把131之交互擺盪以提供訓練上 肢；以及一下肢訓練機構14設於座椅121下方，藉由踩踏 下肢訓練機構14可驅動電動代步機主體12並提供訓練下 肢0 請參閱第二圖，第二圖係為本創作多功能電動代步機 中座椅調整桿及下肢訓練機構之示意圖。請注意，本例中 下肢訓練機構為腳踏驅動裝置。圖中電動代步機主體21 包含一座椅211且下方設有前後調整桿2111及上下調整桿 2112 ’可依照使用者身南调整座椅211至適當位置；而電 動代步機主體21更設有一固定座212用以固定腳踏驅動裝 置22,其中腳踏驅動裝置22具有一腳踏板221，當使用者 藉由踩踏腳踏板221驅動電動代步車主體21時並可達到強 化大腿肌群之效果，而此固定座212則讓使用者踩踏腳踏 驅動裝置22時穩定且不易滑動。 本創三圖及第四圖’請參閱第三圖，第三圖係為 代步機中操控裝置之螺旋卡扣侧面示意 圖、。第二圖中，在上肢訓練結構312中包含—手把 且以一轉動軸桿313及一螺旋卡扣311連接 置3卜使用者可利用螺旋卡扣313 控裝 調節上肢職_12之高錄置；方向_來 圖，圖m 代步機中上肢訓練機構之示音 依循擺動丨練Γ312上之手把“ 化之效果扣3i2n來產生父互«而使手臂肌群達到強 8 M320385 請參閱第五圖’係為本創作多功能電動 空間之示意圖。圖中電動代步機主體51包含二機中收、，，内 且下方設有一收納空間512,用μ納下肢椅51| 當多功能電動代步機利用電動驅動單元^ i4驅動時，可將 下肢訓練結構513收納至收納空間512，並以閉合 ？ 閉合收納空間512，以防止下肢訓練結構513 ^ 毁損或鏽餘並增加方便性及美觀性。 上述之座椅為人體工學座椅增加使用者乘 電動軸單元至少具有1源供助、-㈣及-齒輪總成，當電源供應器供給馬 ”、、達及 齒輪總成’來讓電動代步機主電㈣使馬達帶動 般可為錄氫產生移動。電源供應器- -切換按紅用於電=電池’而操控裝置設有至少 驅動電動代步機主體’果工或腳踏驅動模式之切換，以 而非為限制性者“產生移動。然’以上所述僅為舉例性， 其進行之等效修改以脫=作之精神與範嘴，而對 圍中。 羡更，均應包含於後附之申請專利範 【圖式簡單說明】[Embodiment] The above-mentioned purposes, features, and advantages of π立^ if can be more clearly understood. = The multi-function electric mobility step J according to this creation is combined with the associated schema, for β Γ 2 ^ Η - , 4.- The sequence is described as follows, in which the same components are given by the corresponding 70 symbols - m彡 = diagram ' is the side of the creative multi-function electric mobility machine. ^ ^ 夕 function electric motorized step machine 11, at least one electric The main body of the walking machine 12, a squatting her de 10 匕 3 electric 勑 eight two electric mobility machine main 5 lower limb training mechanism 14 . The body 12 has a seat 121, an electric drive unit, and a control device 123. When the control device 123 controls the electric drive unit 1, the electric drive unit 122 drives the electric motorizer main body 丨2 to move the movement main body 12. The direction and speed are made by the handling device 1. The upper limb training mechanism 13 has a handle 131 and the handle 131 is connected to the control shaft 7 M320385 by the rotating shaft 1231 and a screw buckle 1232. The user can use the handle 131 to swing the swing to provide training upper limbs; The lower limb training mechanism 14 is disposed under the seat 121, and the electric walking machine body 12 can be driven by the pedaling lower limb training mechanism 14 and the training lower limbs are provided. Please refer to the second figure, which is the creation of the multifunctional electric multi-function electric machine. Schematic diagram of the seat adjustment lever and the lower limb training mechanism. Please note that in this example the lower limb training mechanism is a pedal drive. In the figure, the electric motorized machine main body 21 includes a seat 211 and the front and rear adjustment rods 2111 and the upper and lower adjustment rods 2112' are arranged to adjust the seat 211 to an appropriate position according to the user's body; and the electric motorized machine main body 21 is further provided with a fixed position. The seat 212 is configured to fix the pedal driving device 22, wherein the pedal driving device 22 has a foot pedal 221, and when the user drives the electric scooter body 21 by stepping on the foot pedal 221, the effect of strengthening the thigh muscle group can be achieved. The holder 212 is stable and difficult to slide when the user steps on the pedal driving device 22. Please refer to the third figure, the third picture is the side view of the spiral buckle of the control device in the walking machine. In the second figure, the upper limb training structure 312 includes a handle and is connected by a rotating shaft 313 and a screw buckle 311. The user can use the screw buckle 313 to control and adjust the upper limb position _12. Position; direction _ to map, the m sound of the upper limb training mechanism in the m-stepping machine follows the swinging 丨 Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ 3 3 i i i i i i i i i 产生 i 产生 产生 产生 产生 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 手臂 M M M The five maps are schematic diagrams of the creation of a multi-functional electric space. In the figure, the main body 51 of the electric mobility machine includes two machines, and a storage space 512 is provided inside and below, and the lower limb chair 51 is used. When the motor is driven by the electric drive unit ^ i4, the lower limb training structure 513 can be stored in the storage space 512, and the storage space 512 can be closed to close the lower limb training structure 513 to prevent damage or rust and increase convenience and aesthetics. The above-mentioned seat is an ergonomic seat. The user has at least 1 source, -(4) and -gear assembly by the electric shaft unit. When the power supply is supplied to the horse, the gear assembly is used to make the electric Traveler Electricity (4) enables the motor to move as a hydrogen. Power supply - - Switching red is used for electricity = battery 'and the control device is provided with at least driving the electric motorized machine main body's worker or pedal drive mode switching, instead of restricting the "generating movement." The description is only for exemplification, and the equivalent modification is carried out to remove the spirit and the mouth, and the right side. The 申请 , , , , 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后 后
2為本創作多功能電動代步機之側面 弟一圖係為本創 M 肢剌練機構之示功能電動代步機中座椅調整桿及下 第三圖係為太 卡扣側面示意圖1作多功能電動代步機中操控裝置之螺旋 9 M320385 第四圖係為本創作多功能電動代步機中上肢訓練機構之 示意圖；以及 第五圖係為本創作多功能電動代步機中收納空間之示意 圖。 【主要元件符號說明】 11 :多功能電動代步機； 12 :電動代步機主體； > 121 :座椅； 122 :電動驅動單元； 123 :操控裝置； 1231 :轉動軸桿； 1232 :螺旋卡扣； 13 :上肢訓練機構； • 131 :手把； 14 :下肢訓練機構； 21 :電動代步機主體； 211 :座椅； 2111 :前後調整桿； 2112 :上下調整桿； 212 :固定座； M320385 22 :腳踏驅動裝置； 221 :腳踏板； 31 :操控裝置； 311 :螺旋卡扣； 312 :上肢訓練結構； 3121 :手把； 31211 :擺動方向； 313 :轉動軸桿； 3131 :轉動方向； 51 :電動代步機主體； 511 :座椅； 512 :收納空間； 5121 :閉合裝置； 513 :下肢訓練結構；以及 514 :電動驅動單元。 112This is the side of the creative multi-function electric scooter. The picture is the function of the M-limb training mechanism. The seat adjustment lever and the lower third figure are the side of the buckle. The spiral of the control device in the electric mobility machine 9 M320385 The fourth picture is a schematic diagram of the upper limb training mechanism in the creation of the multifunctional electric mobility machine; and the fifth picture is a schematic diagram of the storage space in the creation multifunctional electric mobility machine. [Main component symbol description] 11 : Multi-function electric scooter; 12 : Electric scooter main body; > 121 : Seat; 122 : Electric drive unit; 123 : Control device; 1231 : Rotating shaft; 1232 : Spiral buckle 13: upper limb training mechanism; • 131: handlebar; 14: lower limb training mechanism; 21: electric mobility machine body; 211: seat; 2111: front and rear adjustment lever; 2112: upper and lower adjustment lever; 212: fixed seat; M320385 22 : pedal drive; 221: foot pedal; 31: control device; 311: screw buckle; 312: upper limb training structure; 3121: handle; 31211: swing direction; 313: rotating shaft; 3131: direction of rotation; 51: electric scooter main body; 511: seat; 512: storage space; 5121: closing device; 513: lower limb training structure; and 514: electric drive unit. 11