五、新型說明： 【新型所屬之技術領域】 本創作疋-種避震結構，制是指—種運動諸之發電 震結構。 【先前技術】 隨著生活越來越繁忙，生活在都市的人綱來越難抽出寶生 ，時間來運動’因此許多人就會在家中擺放各種運動器材或健= 盗材’如此不用出Η在家就能運動，達到健身的效果。 而運動器材也為了提升使用的性能，並伴隨著環保意鄭V. New description: [New technical field] This creation is a kind of suspension structure, which refers to the vibration structure of the movement. [Prior Art] As life becomes more and more busy, it is more difficult for people living in the city to extract Baosheng and time to exercise. Therefore, many people will put various sports equipment or health equipment in their homes. You can exercise at home to achieve fitness. And sports equipment is also used to improve the performance of the use, accompanied by environmental protection Zheng Zheng
頊’許多運動n材上設置-發電機，藉由使用者使職運動器J 的動能轉換成電能來供應該運動器材所需用電，如此不僅達到環 保的功效’更献該運動II材不受個地關限制，增加使用的 方便性。 ^ 因此’如第1圖所示，該發電機10以一固定座20固定連接 於運動器材上’而該1U定座2G與該發電機1G之咖設置了複數 柱狀的彈雜塊21，每轉性墊塊21再以螺鎖件22鎖設定位， 藉由該命|·生塾塊21具有彈性的材質而達成吸震的效果，雖能夠達 成吸震的效果，但每個彈性墊塊21都必須分別鎖設於該固定座2〇 與發電機10之間，且為了達到更佳的避震效果，就必須於該固定 座20與該發電機1〇之間設置多個彈性墊塊2卜因此在組裝該些 彈性墊塊21時會耗費相當多的人力以及時間，不僅相當麻煩，當 然也就增加了該運動器材的成本，讓消費者望之卻步，且由於該 M379272 彈! 生墊塊21疋呈柱狀，因此該些彈性塾塊2i接觸該固定座加 與發電機10的面積是分散的，也就無法提供良好的避震效果，若 要達到良好的避震效果則又需增加該彈性墊塊Μ的數量，又更耗 ★更夕人力及0谓，實是有待改進’有齡此，本創作人潛心研 究並更深人構思’歷經多次研發試作後，終於創作出—種運動器 材之發電機避震結構。 、 ° 【新型内容】 . 本創作目的在提供-種勒輯之發錢避震結構， 其能減少$裝所需花費的時間，更能提供優良的避震效果。 為達則述目的’本創作提供一種運動器材之發電機避震結 構，該避震結構配合-發電機及—固定座錢並供以組設於一^ 動器材上，其中： 該發電機凸出-_，且該_上又凸伸—連結柱，該連結 柱具有外螺紋定座由—運動賴粒片連接—發電機定位 片所組成’而該發電位片上具有—連接通孔，而該發電機的 連結柱穿過·定座的發電機定位片之連接通孔；該避震結構包 含-避震結構本體，_震結構本體呈__塊狀結構並具有變 形能力，該職結構本體鎖結於該固定錢置該發電機的另一 側，且該避震結構本體中—通過孔供該發電機的連 穿出’該連結柱穿出後再以螺帽鎖結定位，且該發電機靠抵於該 避震結構本體上，而該通過孔的關再設置複數通孔結構的變形 空間；以及該運動糾具有-轉動的飛輪，細定座鎖設定位於 該運動n材上，另有i動皮帶環繞朗步驅_發電機的轉袖 及該飛輪。 藉由一體結構的該避震結構本體提升組裝的便利性，而 該避震結構本體靠抵_定座及該發電機，使該避震結構本 體直接吸收該發電機產生的震動，且該避震結構本體上開設 的複數變形空間則能產生更高的變形能力，同時提升避震效 果。 【實施方式】 為使責審查委員對本創作之目的、特徵及功效能夠有更進一 步之瞭解與認識’以下茲請配合【圖式簡單說明】詳述如后： 本創作運動器材之發電機避震結構的較佳實施例如第2至5 圖所示，該避震結構60配合一發電機4〇及一固定座5〇使用並供 以組設於一運動器材70上，其中： 该發電機40凸出一轉軸41，該轉軸41旋轉產生電力，且該 轉軸41上又凸伸一連結柱411，該連結柱411具有外螺紋； 該固定座50由一運動器材定位片51垂直連接一發電機定位 片52所組成，該運動器材定位片51上開設二開槽511，而該發電 機疋位片52上具有一連接通孔521，該連接通孔521周緣具有複 數鎖結孔522，本實施例的鎖結孔522數量為四個，而該發電機 4〇的連結柱411穿過該固定座50的發電機定位片52之連接通孔 521 ； 該避震結構60包含一避震結構本體61以及四鎖結組件62， M379272 該避震結構本體61為一體塊狀的結構並具有變形能力，該避震結 構本體61可為橡膠材質所製成，且該避震結構本體61覆蓋於該 固定座50設置該發電機4〇的另一側，該避震結構本體Μ上並對 應該固定座50的發電機定位片52之鎖結孔522開設複數鎖結孔 611，本實施例的鎖結孔522、611數量為四個，且該避震結構本 體61中心處開設一通過孔612供該發電機40的連結柱411穿出， .* . 該連結柱411穿出後再以螺帽將該發電機鎖結定位，且該發電 機40會靠抵於該避震結構本體61上，而該通過孔M2的周圍再 設置複數通孔結構的變形空間613 t該各鎖結組件62分別包含一 嫘絲.621、一墊片622以及一螺帽623 ’該各螺絲621套設該墊片 622後穿過該避震結構本體61及固定座5〇的鎖結孔522、6U， 並以該各螺帽623鎖結定位，藉此使該避震結構6〇鎖結定位於該 固定座50上；以及 遠運動β材7G為踩踏式的運動轉，該運_材7()具有一 對驅動踏板71驅動-可獅的飛輪72轉動，且該運·材刊具 有-座㈣上設置-座㈣供朗麵坐，該避震結獅及該 發電機40組設於該固定座50上後，再以螺鎖件穿過該固定錢 之運^器材定位片51的開槽511’並將該固定座5〇鎖設定位於該 運動器材70的座桿73上，另有一驅動皮帶75環繞並同部驅動該 發電機40的轉軸41及該麟72，使該雜？2與該發電㈣的 轉㈣同步旋轉，如此當制者踩踏辆動器㈣㈣飛 旋轉，而該發電機40的轉㈣同步旋轉並達到發電的功效。 M379272 而當該發電機40的轉軸41旋轉發電的同時，該發電機4〇同 時產生震動，當該發電機4〇產生震動時，由於該避震結構本體61 為橡膠材質並具有變形的能力，因此該避震結構本體61就能產生 變形以吸收震動，進而達到避震的效果。 而由於該避震結構本體61為一體塊狀的結構，安裝該避震結 構本體61時非常簡便容易，相對地，該避震結構本體61 一體塊 狀的結構也能增加製造上的方便性，如此降低生產及組裝的成 本，並將其反應至售價，增加顧客購買的欲望，提升經濟效益。 另外，該避震結構本體61的周緣是對應鎖結於該固定座5〇， 而該發電機40也靠抵於該避震結構本體61，且該避震結構本體 61是以一整面的面積直接接觸該發電機40,使該避震結構本體61 可直接吸收該發電機40發電時產生的震動，不僅以該避震結構本 體61的變形能力來吸收該發電機40的震動，該避震結構本體 上開設的該些變形空間613更提供該避震結構本體61更佳的變形 能力，而使該避震結構本體61發揮更優良的避震效果。 M379272 【圖式簡單說明】 第1圖 為習用發電機與避震塊的示意圖。 第2圖 為本創作運動器材之發電機避震結構配合發電機及固 定座使用的結構分解示意圖。 第3圖 為本創作運動器材之發電機避震結構與發電機及固定 座組合的示意圖。 · 第4圖 為本創作運動器材之發電機避震結構組設於運動器材 上的使用狀態示意圖。 第5圖 為第4圖的局部放大示意圖。 【主要元件符號說明】 《習知》 發電機10 固定座20 彈性墊塊21 螺鎖件22 《本新型》 發電機40 轉軸41 連結柱411 固定座50 運動器材定位片51 開槽511 發電機定位片52 連接通孔521 鎖結孔522 避震結構60 避震結構本體61 鎖結孔611 通過孔612 變形空間613 鎖結組件62 螺絲621 M379272 墊片622 運動器材70 飛輪72 座墊74 螺帽623 驅動踏板71 座桿73 驅動皮帶75顼 'Many sports n-set-generators, by the user to convert the kinetic energy of the sports machine J into electrical energy to supply the electricity required for the sports equipment, so not only achieve environmental protection effect Limited by the ground, increase the convenience of use. ^ Therefore, as shown in Fig. 1, the generator 10 is fixedly connected to the sports equipment by a fixing base 20, and the 1U fixed seat 2G and the coffee of the generator 1G are provided with a plurality of columnar elastic blocks 21, Each of the rotating blocks 21 is locked by the screw lock 22, and the shock-absorbing effect is achieved by the elastic material of the raw material block 21, and although the shock absorbing effect can be achieved, each elastic block 21 They must be respectively locked between the fixed seat 2〇 and the generator 10, and in order to achieve better shock-absorbing effect, a plurality of elastic blocks 2 must be disposed between the fixed seat 20 and the generator 1〇. Therefore, it takes a lot of manpower and time to assemble the elastic blocks 21, which is not only quite troublesome, but also increases the cost of the sports equipment, which makes the consumer discouraged, and because of the M379272 bomb! The block 21疋 is columnar, so that the area of the elastic block 2i contacting the fixed seat and the generator 10 is dispersed, so that a good suspension effect cannot be provided, and a good suspension effect is required. Increasing the number of elastic pads, and it is more expensive 0 that is indeed room for improvement 'has this age, the creator of painstaking research and deeper idea' after several experienced R & D test for, and finally create - generator shock structure of kinds of sports equipment. ° ° [New content] . The purpose of this creation is to provide a kind of money-saving suspension structure, which can reduce the time required for installation and provide excellent shock absorption. In order to achieve the purpose of the present invention, the present invention provides a generator suspension structure for sports equipment, the suspension structure is matched with a generator and a fixed seat and is provided on a movable device, wherein: the generator protrudes - _, and the _ upper bulging - connecting column, the connecting column has an external threaded seat consisting of - a moving granule connection - a generator locating piece - and the power generating piece has a connecting through hole, and the connecting hole The connecting column of the generator passes through the connecting through hole of the fixed positioning piece of the generator; the shock-absorbing structure comprises a body of the suspension structure, and the body of the seismic structure has a __ block structure and has a deforming capability, and the structure body Locking the fixed money on the other side of the generator, and in the body of the suspension structure, through the hole for the connection of the generator, the connecting column is pierced and then positioned by the nut lock, and the The generator is abutted against the body of the suspension structure, and the passage of the through hole is further provided with a deformation space of the plurality of through hole structures; and the movement correcting has a rotating wheel, and the fine seat lock is set on the moving n material. Another i moving belt around the Langbu drive _ generator turn Sleeve and the flywheel. The suspension structure body of the integrated structure improves the convenience of assembly, and the suspension structure body abuts the seat and the generator, so that the suspension structure body directly absorbs the vibration generated by the generator, and the avoidance The complex deformation space opened on the body of the seismic structure can produce higher deformation capacity and enhance the shock absorption effect. [Embodiment] In order to enable the reviewing committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please refer to the following [detailed description of the drawings] as follows: Generator shock absorbers for this creative sports equipment A preferred embodiment of the structure is shown in FIGS. 2 to 5, the suspension structure 60 is used in conjunction with a generator 4〇 and a fixed seat 5〇 and is assembled on a sports equipment 70, wherein: the generator 40 A rotating shaft 41 is protruded, and the rotating shaft 41 rotates to generate electric power, and a connecting post 411 is protruded from the rotating shaft 41. The connecting post 411 has an external thread. The fixing base 50 is vertically connected to a generator by a sports equipment positioning piece 51. The driving device positioning piece 51 has two slots 511, and the generator clamping piece 52 has a connecting through hole 521, and the connecting through hole 521 has a plurality of locking holes 522 at the periphery thereof. The number of the locking holes 522 is four, and the connecting post 411 of the generator 4 穿过 passes through the connecting through hole 521 of the generator positioning piece 52 of the fixing base 50; the suspension structure 60 includes a suspension structure body 61 And four lock components 62, M3 The structure of the suspension structure body 61 is an integral block structure and has a deforming capability. The suspension structure body 61 can be made of a rubber material, and the suspension structure body 61 covers the fixing base 50 to set the generator 4 . On the other side of the cymbal, the suspension structure body Μ is provided with a plurality of locking holes 611 for the locking hole 522 of the generator positioning piece 52 of the fixing base 50. The number of the locking holes 522 and 611 of the embodiment is four. And a through hole 612 is provided in the center of the suspension structure body 61 for the connecting column 411 of the generator 40 to pass through, and the connecting rod 411 is pierced and then the generator is locked by the nut. The generator 40 is placed against the suspension structure body 61, and the deformation space 613 of the plurality of through-hole structures is disposed around the through hole M2. Each of the locking components 62 respectively includes a wire. 621, a The spacer 622 and the nut 623 ′′ the screws 621 are sleeved through the spacer 622 and pass through the locking structures 522 and 6U of the suspension structure body 61 and the fixing base 5〇, and are locked by the nuts 623. Positioning, thereby positioning the suspension structure 6 〇 lock on the fixed seat 50; and far moving β material 7G For the step-on motion, the transport material 7 () has a pair of drive pedals 71 driven - the lion's flywheel 72 rotates, and the transport material has a seat - (four) set - seat (four) for the Lang face, which After the suspension lion and the generator 40 are disposed on the fixing base 50, the screwing member passes through the slot 511' of the fixed money transporting device positioning piece 51 and the fixing seat 5 is locked. Located on the seat post 73 of the sports equipment 70, a driving belt 75 surrounds and drives the rotating shaft 41 of the generator 40 and the lining 72 in the same portion to make the miscellaneous? 2 Synchronous rotation with the rotation (4) of the power generation (4), so that when the controller steps on the actuator (4) (4), the rotation is rotated, and the rotation (4) of the generator 40 is synchronously rotated to achieve the power generation effect. M379272, while the rotating shaft 41 of the generator 40 rotates to generate electricity, the generator 4〇 simultaneously generates vibration, and when the generator 4〇 generates vibration, since the suspension structure body 61 is made of rubber material and has deformation capability, Therefore, the suspension structure body 61 can be deformed to absorb vibration, thereby achieving the effect of suspension. Since the suspension structure body 61 has a monolithic structure, it is very simple and easy to install the suspension structure body 61. In contrast, the structure of the suspension structure body 61 in one piece can also increase the manufacturing convenience. This reduces the cost of production and assembly, and reflects it to the selling price, increasing the desire of customers to purchase and improving economic efficiency. In addition, the periphery of the suspension structure body 61 is correspondingly locked to the fixing base 5, and the generator 40 is also abutted against the suspension structure body 61, and the suspension structure body 61 is a full surface. The area directly contacts the generator 40, so that the suspension structure body 61 can directly absorb the vibration generated when the generator 40 generates electricity, and not only absorbs the vibration of the generator 40 by the deformation capability of the suspension structure body 61, and the avoidance The deformation spaces 613 provided on the body of the seismic structure further provide better deformation capability of the suspension structure body 61, and the suspension structure body 61 exerts a better suspension effect. M379272 [Simple description of the diagram] Figure 1 is a schematic diagram of a conventional generator and a suspension block. Figure 2 is a schematic exploded view of the generator suspension structure of the creative sports equipment used in conjunction with the generator and the fixed seat. Figure 3 is a schematic diagram of the combination of the generator suspension structure of the creative sports equipment and the generator and the fixed seat. · Figure 4 is a schematic diagram of the use state of the generator suspension structure of the creative sports equipment set on the sports equipment. Fig. 5 is a partially enlarged schematic view of Fig. 4. [Main component symbol description] "Knowledge" Generator 10 Fixed seat 20 Elastic block 21 Screw lock 22 "This new type" Generator 40 Rotary shaft 41 Connecting column 411 Fixing seat 50 Sports equipment positioning piece 51 Slot 511 Generator positioning Sheet 52 Connection through hole 521 Locking hole 522 Shock absorber structure 60 Shock absorber structure body 61 Locking hole 611 Through hole 612 Deformation space 613 Locking assembly 62 Screw 621 M379272 Gasket 622 Sports equipment 70 Flywheel 72 Seat 74 Nut 623 Drive pedal 71 seatpost 73 drive belt 75