.M351717 • 五、新型說明： 【新型所屬之技術領域】 本創作係麟-種财n，翻侧於—觀㈣丨練上肢肌 肉並可調整至多種使用角度之健身器。 【先前技術】 • 在習知用以訓練上肢的健身器中，通常係使用一對類似自行 -車踏板式獅把手’是贿對把手係彼此連_兩把手之間固定 • 呈180。夾角設置，而麟呆板且非人性化。從醫學的角度來看， 該固定角度亦是毫無益處的。在利用上述健身器運動時，僅在雙 手以接近平行的角度操作器械時才能達到訓練目的。 再者，對於想要利用該健身器進行復健或訓練的殘疾人士或 乘坐輪椅者*言，上賴絲亦無法供他們枝細。此外，健 身器的驅動裝置（把手）係與飛輪連動，是財使用者欲結束訓 練而試圖讓健身n停止時’飛輪哺動慣量仍會帶動把手轉動， • 而有造成使用者受傷的可能。 【新型内容】 本創作之主要目的即是為了解決上述問題而提供一種更為安 全且具有多種使用方式之健身器。 為了達成上述目的，本創作提供了一種健身器，該健身器包 括一支架及一作動組，該作動組係設置於該支架上，且該作動組 包括-驅動裝置…傳動裝置及—飛輪，該驅動裝置包括有二繞 同軸旋轉的把手’而該傳動裳置則同時與該驅動裝置及該飛輪連 3 M351717 動，該把手僅在沿+^ 早一方向紋轉時會驅動該傳動裝置轉動，且 該二把手之間係呈非連動關係，是以每—把手皆能單獨驅動該飛 輪旋轉；作統上並財—水平軸及—#直軸，娜動裝置可相 對4水平喊轉’而軸練置、傳動裝置及飛輪則可同時相對 該垂直軸旋轉。 藉此本創作之健身器可分別繞該水平軸及該垂直抽旋轉而 -調整其高度及_缝，同_手可具有铸之魏而避免使用 Φ 者受傷。 【實施方式】 首先’請參考圖1及圖2，其係分別從不同角度展現本創作之 健身器。該健身器1包括一支架2，該支架2則包括有一第一支撐 桿3、-向上彎曲之第二支撐桿4及第三續桿6，該第三之樓桿 6並用以支撐座椅7。 此外，該健身器更包括-作動組5，該作動組5設置於第二支 φ 樓桿4之一端’且該作動組5包括-驅動裝置1〇、一傳動裝置2〇 •及-飛輪30。其中，該驅練置1G包括有二繞同軸旋轉的把手 η ’而該傳動裝置2〇則同時與該驅動裝置1〇及該飛輪μ連動。 再者，雜手11僅在沿-單-方向旋轉時會驅動該傳動裝置2〇， 亦即該把手11係為單向驅動者，是以當其逆向操作時，該把手u 會空轉。其中，該二把手11之間較佳者係呈非連動關係，是以每 一把手11皆能單獨驅動該飛輪30旋轉。 再來，請同時參考圖3及圖4，其緣示了本創作之健身器的内 4 M351717 .部組成構造。在驅動裝置1G與傳練置2G之間設置有第一懸臂 12 ’，第-懸臂12上設有—固定孔13，而該傳動裝置如端則設 有定位輪2卜定位輪21上則具有多數定位孔22，並藉由一柱 栓（未緣示）穿設於第—懸f 12之_孔13及任一定位孔a内， 以調整該驅動裝置10之傾斜角度及高度。其中，該柱栓較佳者可 -利用1簧式柱栓’解簧式柱栓可细其自身之彈力而使其拾 -體朝定位孔22方向抵頂，而便利使用者定位穿設使用。盆中，节 1柱栓及該定位輪21係作為第一固定裝置使用。再者，於傳動裝置 2旦〇與飛輪30之間則設有—第二懸臂24，用以承載該飛輪％之重 1里。此外，轉動裝置2G與驅動裝置ω之間具有—第—傳動件 31 ’而在傳動裝置2G與飛輪3G之間則具有—第二傳送件32，該 第、第一傳送件3卜32例如是鍊條或傳送帶。 於該傳動裝置20端更設置有一 φ虹π 作為水平軸Μ Ε 有支柱23，该支柱23内具有— ^為奸轴Η使用之轉軸，是以該驅動裝置1〇、第—懸臂 丨.第一傳動件31皆可相對該水平軸Η旋轉至少9〇。。 n如，_傳繼2G亀均申有 ’該心軸25射轉轉餅第二切桿4 轴 =與套筒41之間並設置有一轴承系統I:: 手…冑直轴v使用，令該驅動襄置10、傳動裝置2 輪30可同時相對該垂直軸V旋轉至少180。。此外，㈣=飛 上更設有-第二固定裝置26，該第 ，心轴25 心㈣上，而該第二固定裝置26靠二!置26之-端固定於該 疋裝置26 #近套筒41之—部份則選擇性 5 M351717 •地與該套筒41呈固定或分離狀，藉此調整或固定心軸％與套筒 41之相對位置’亦即間接調整固定該驅動裝置、傳動震置如 及氣輪30與該垂直轴v的相對位置。 在本創作巾’該垂錄並不—定係無面呈完全垂直狀，該 垂直軸亦可與地面呈-傾斜肢，俾概用者依需求調整健身器 • 之使用角度。 - 接著’將仙本解之健身H的各種使財法。目1所示為 籲驅動裝置10位於最高位置之狀態，此時該健身器適合供一成年人 丄於座椅7上’上肢水平向前握住該把手n轉動，而可在轉動過 程中水平拉伸並訓練上肢肌肉。 圖6則展示了該傳動裝置2〇朝座7椅方向旋轉，讓使用者可 以在轉動把手11時上下拉伸並訓練上肢肌肉。如果使用者身材較 小’則可適當調整該傳動裝置20之高度。其中，該傳動裝置2〇 可沿水平軸旋轉至少9〇。，而該傳動裳置2〇之旋轉角度亦可最大 _ 化而增至180。，即可朝該座椅及遠離該座椅各旋轉90。。 再來，圖7所繪示為將圖6健身器之作動組5沿垂直軸旋轉 9〇之後的位置，此時該把手u即遠離健身器之座椅7，對於坐輪 椅的殘疾人士而言是非常便利的，因為他們可以直接坐在輪椅上 操作驅動裝置而鍛鍊身體或進行復健。 圖8則係再將圖7之作動組5繼續沿垂直軸旋轉9〇。，在此情 况下，坐輪椅的殘疾人士同樣可方便操作使用該健身器。 圖9則係圖8之傳動裝置20沿水平軸向座椅旋轉15〇。之後的 .M351717 狀態’而此使用狀態亦與圖6相似，不 把手11僅可單向驅動該飛輪，以圖9 ’本實施例之 與圖6減的，因歧財可如 ^操作方向是 肌肉群。 _動之方向_練不同之 基於上述揭露，兹整理本創作預期達成之功效如下. 丨.本創作之作動組可沿—垂錄進行旋轉，且驅練置可p -水平軸進行旋轉，是以本創作之健身器具有多種使用態樣，不僅 鲁 了供使用者训練不同之肌肉群，更可缺、、叔羽田Λ* ώ 文J解決習用健身器不利於乘坐 輪椅的殘疾人士使用之問題。 本創作之把手可設輕麵朗係，是以每—把手皆能單獨 驅動該飛輪娜，因此不論使用妓單手操作錢手操作皆可達 到訓練目的，甚至不採用習用自行車踏板樣式之雙手操作方式， 而讓雙手同時併排操作該把手，藉此訓練更多不同的肌肉群，甚 至疋以往無法訓練到的深層肌肉，都可依使用需求調整本創作之 籲健身器而達成訓練效果。 • 3.本創作之把手可設計呈僅可單向驅動該飛輪，因此當使用者 (特別係力量較為不足的殘疾人士）欲停止使用健身器時，不會 因為飛輪以其轉動慣量旋轉而繼續帶動把手旋轉，造成使用者受 傷之危險情事發生。 4.藉由本創作之轉軸及心軸25之設計，該驅動裝置預期可至 少旋轉90。’較佳者則可望達成18〇。之旋轉角度；而該作動組則 可至少旋轉18〇。，如此即可令本創作之健身器具有多種角度變化 7 M351717 之可能，並預期可滿足使用者之多種訓練需求。 綜合上述，本創作之健身器不僅設計實用新穎，同時在功戈 上亦較f知健相麟提昇，足證賴伽具有妓之專利料 者，爰依法提起專利申請，鑑請釣局早日核予專利，實感德便。 M351717 【圖式簡單說明】 圖1為本創作健身器之第一狀態之示意圖。 圖2為本創作健身器之第一狀態之另一視角示意圖。 圖3為本創作健身器之内部組成構造圖。 圖4為本創作健身器之另一視角之内部組成構造圖。 圖5為本創作健身器之部分剖面示意圖。 圖6為本創作健身器之第二狀態示意圖。 圖7為本創作健身器之第三狀態示意圖。 圖8為本創作健身器之第四狀態示意圖。 圖9為本創作健身器之第五狀態示意圖。 【主要元件符號說明】 1 :健身器 21 :定位輪 2 :支架 22 :定位孔 3:第一支撐桿 23 :支柱 4:第二支撐桿 24 :第二懸臂 5 :作動組 25 :心軸 6:第三支撐桿 26 :第二固定裝置 7 :座椅 30 :飛輪 10 :驅動裝置 31 :第一傳動件 11 :把手 32 :第二傳動件 12 :第一懸臂 41 :套筒 M351717 13:固定孔 42:轴承系統 20:傳動裝置 H:水平轴 V :垂直轴.M351717 • V. New Description: 【New Technology Fields】 This creation is a kind of lining-growing n, which turns over the side-view (4) to train the upper limb muscles and can be adjusted to a variety of angles of use. [Prior Art] • In the conventional exercise machine for training the upper limbs, it is common to use a pair of similar self-vehicle pedal type lion handles, which are bribes and the handles are connected to each other _ between the two handles. The angle is set, and the collar is dull and non-human. From a medical point of view, this fixed angle is also of no benefit. When exercising with the above-mentioned exercise machine, the training objective can be achieved only when the instruments are operated at a nearly parallel angle with both hands. Furthermore, for those who want to use the fitness device for rehabilitation or training, or for wheelchair users, Shanglaisi cannot provide them with fine branches. In addition, the driving device (handle) of the body is linked with the flywheel, and when the user wants to end the training and tries to stop the fitness n, the flywheel feeding inertia still drives the handle to rotate, and the user may be injured. [New Content] The main purpose of this creation is to provide a more secure and multi-purpose exercise machine to solve the above problems. In order to achieve the above object, the present invention provides an exercise machine including a bracket and an actuation group, the actuation group is disposed on the bracket, and the actuation group includes a drive device, a transmission device, and a flywheel. The driving device comprises two handles rotating coaxially, and the driving skirt is simultaneously connected with the driving device and the flywheel 3 M351717, and the handle drives the transmission to rotate only when it is slanted in the direction of +^ early. And the two handles are in a non-coupling relationship, so that each of the handles can individually drive the flywheel to rotate; for the balance of the financial-horizontal axis and the -#straight axis, the nano-motion device can be called with respect to the four levels. The shaft assembly, transmission and flywheel can simultaneously rotate relative to the vertical axis. In this way, the exercise machine of the present invention can rotate around the horizontal axis and the vertical rotation respectively - adjust its height and _ seam, and the same hand can have the cast and avoid the use of Φ. [Embodiment] First, please refer to FIG. 1 and FIG. 2, which respectively show the exercise device of the present invention from different angles. The exercise machine 1 includes a bracket 2, and the bracket 2 includes a first support rod 3, a second support rod 4 that is bent upward, and a third continuous rod 6, which is used to support the seat 7. . In addition, the exercise machine further includes an actuation group 5, the actuation group 5 is disposed at one end of the second φ floor bar 4 and the actuation group 5 includes a drive device 1〇, a transmission device 2〇, and a flywheel 30 . Wherein, the driving set 1G includes two handles η ′ which rotate coaxially, and the transmission device 2 连 is simultaneously interlocked with the driving device 1 〇 and the flywheel μ. Furthermore, the hand 11 will drive the transmission 2 仅 only when it is rotated in the - single direction, that is, the handle 11 is a one-way driver, so that when it is reversely operated, the handle u will idle. Preferably, the two handles 11 are in a non-coupling relationship, so that each of the handles 11 can individually drive the flywheel 30 to rotate. Next, please refer to FIG. 3 and FIG. 4 at the same time, which shows the internal structure of the inner body of the creation of the M 417. A first cantilever 12' is disposed between the driving device 1G and the transmission device 2G, and the first cantilever 12 is provided with a fixing hole 13, and the transmission device is provided with a positioning wheel 2, for example, at the end, and the positioning wheel 21 has A plurality of positioning holes 22 are bored in the hole 13 of the first suspension d 12 and any positioning hole a by a stud (not shown) to adjust the inclination angle and height of the driving device 10. Preferably, the stud can be used - the reed type stud can be used to retract the pick-up body toward the top of the positioning hole 22, thereby facilitating the user to position and use. . In the basin, the section 1 stud and the positioning wheel 21 are used as the first fixing means. Furthermore, a second cantilever 24 is provided between the transmission device 2 and the flywheel 30 for carrying 1% of the weight of the flywheel. In addition, between the rotating device 2G and the driving device ω, there is a first transmission member 31', and between the transmission device 2G and the flywheel 3G, a second transmission member 32, for example, the first transmission member 3 Chain or conveyor belt. At the end of the transmission device 20, a φ rainbow π is disposed as a horizontal axis Μ Ε has a pillar 23, and the pillar 23 has a shaft for use in the stalk shaft, which is the driving device 1 第, the first cantilever 丨. A transmission member 31 is rotatable relative to the horizontal axis by at least 9 turns. . n, for example, _passion 2G亀 applies for 'the mandrel 25 shot rotary cake second cutting rod 4 axis = between the sleeve 41 and a bearing system I:: hand... 胄 straight axis v use, The drive unit 10, the transmission 2 wheel 30 can simultaneously rotate at least 180 relative to the vertical axis V. . In addition, (4)=flying is further provided with a second fixing device 26, the first, the mandrel 25 is on the heart (four), and the second fixing device 26 is fixed to the cymbal device 26 by the end of the second set 26 The portion of the cylinder 41 is selectively 5 M351717. The ground is fixed or separated from the sleeve 41, thereby adjusting or fixing the relative position of the mandrel % to the sleeve 41, that is, indirectly adjusting and fixing the driving device and the transmission. The position of the gas wheel 30 and the vertical axis v is set. In this creation towel, the recording is not fixed—the surface is completely vertical, and the vertical axis can also be inclined to the ground. The user can adjust the angle of use of the exercise device according to the needs. - Then, I will use the various methods of making a wealthy exercise. Item 1 shows the state in which the drive unit 10 is in the highest position. At this time, the exercise machine is suitable for an adult to ride on the seat 7 'the upper limb horizontally holds the handle n to rotate, and can be horizontal during the rotation. Stretch and train upper limb muscles. Fig. 6 shows that the transmission 2 is rotated in the direction of the seat 7 so that the user can stretch and train the upper limb muscles while turning the handle 11. If the user is small, the height of the transmission 20 can be appropriately adjusted. Wherein, the transmission 2〇 can be rotated at least 9 turns along the horizontal axis. The rotation angle of the drive can also be increased to 180. , you can rotate 90 to the seat and away from the seat. . 7 is a position after the actuation group 5 of the exercise device of FIG. 6 is rotated 9 turns along the vertical axis. At this time, the handle u is away from the seat 7 of the exercise machine, and for the disabled person in the wheelchair. It is very convenient because they can exercise directly or rehabilitate by sitting in a wheelchair and operating the drive. Figure 8 again rotates the actuation group 5 of Figure 7 by 9 turns along the vertical axis. In this case, disabled people in wheelchairs can also easily use the exercise machine. Figure 9 is the transmission 20 of Figure 8 rotated 15 turns in the horizontal axial seat. After the .M351717 state 'and this state of use is similar to Figure 6, the handle 11 can only drive the flywheel in one direction, as shown in Figure 9 'This embodiment is reduced from Figure 6, because the miscellaneous wealth can be as ^ operation direction is Muscle group. _ The direction of the movement _ the difference is based on the above disclosure, the effect of the original creation is as follows. 丨. The creation of this creation group can be rotated along the record, and the rotation can be rotated by the p-horizontal axis. The exercise machine of this creation has a variety of use styles, not only for the user to train different muscle groups, but also for lack of, and the uncle Λ Λ ώ ώ J 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决 解决problem. The handle of this creation can be set with a light-faced system, so that each of the handles can drive the flywheel Na separately, so whether it is operated by one-handed operation, the training purpose can be achieved, even without the hands of the conventional bicycle pedal style. The operation mode, and let the hands operate the handles side by side at the same time, thereby training more different muscle groups, and even deep muscles that can not be trained in the past, can adjust the creative body of the creation according to the needs of use to achieve the training effect. • 3. The handle of this creation can be designed to drive the flywheel only in one direction, so when the user (especially a disabled person with insufficient strength) wants to stop using the exercise machine, it will not continue because the flywheel rotates with its moment of inertia. Drive the handle to rotate, causing a dangerous situation for the user to be injured. 4. The drive is expected to rotate at least 90 by the design of the spindle and mandrel 25 of the present invention. ‘Better is expected to reach 18〇. The angle of rotation; and the actuation group can be rotated at least 18 inches. This allows the creation of the exercise machine to have a variety of angles to change the possibility of 7 M351717, and is expected to meet the various training needs of users. In summary, the fitness machine of this creation is not only designed to be practical and novel, but also improved in the Gong Ge compared to F Zhijian Xianglin. It proves that Laijia has a patented material, and filed a patent application according to law. Patented, real sense of virtue. M351717 [Simple description of the diagram] Figure 1 is a schematic diagram of the first state of the creation exercise machine. 2 is another perspective view of the first state of the creation exercise machine. Fig. 3 is a structural diagram of the internal composition of the creation exercise machine. Fig. 4 is a structural diagram showing the internal composition of another perspective of the creation exercise machine. Figure 5 is a partial cross-sectional view of the creation exercise machine. Figure 6 is a schematic view of the second state of the creation exercise machine. Figure 7 is a schematic view of the third state of the creation exercise machine. FIG. 8 is a schematic diagram of a fourth state of the creation exercise machine. Figure 9 is a schematic view of the fifth state of the creation exercise machine. [Main component symbol description] 1 : Fitness device 21 : Positioning wheel 2 : Bracket 22 : Positioning hole 3 : First support rod 23 : Strut 4 : Second support rod 24 : Second cantilever 5 : Actuation group 25 : Mandrel 6 : third support rod 26 : second fixing device 7 : seat 30 : flywheel 10 : drive device 31 : first transmission member 11 : handle 32 : second transmission member 12 : first cantilever 41 : sleeve M351717 13 : fixed Hole 42: Bearing System 20: Transmission H: Horizontal Axis V: Vertical Axis