M359501 21 211 212 22、22B 23 24 241 242 板體 項面 底面 永久磁性體 使用者腳部束套連結構件 快拆式定位部 公黏扣帶 母黏扣帶 五、新型說明： 【新型所屬之技術領域】 本創作係涉及_種餘工具，_綠—種代步工具具 備有磁吸式聊踏離合系統之創新設計者。 【先前技術】 按本創作所稱代步J1具，主要是針對自行車以及輪椅等 _ 代步工具之踏板結構加以創新突破。 首先就自行車之踏板結構而言其一般型式者使用上雖 無安全顧慮，然由於對踏板、曲柄之帶動僅能仰賴向下踩踏之 該側力量，因此無法提昇其行駛效率;而就另一種狗嘴式或卡夾 式之習知自行車踏板結構而言使用者腳部上抬時，雖可透過該 踏板所設嵌卡結構達到可帶動踏板而提高效率之優點，然而，此 種踏板結構使用上，使用者雖可反複練習而熟悉其離合動作，但 遇到緊急狀況而摔車時，往往仍舊會反應不及而導致腳部與踏 3 M3 59501 板之間無法即時鬆脫，進而釀成嚴重傷害。 再就輪椅之踏板結構而言，其一般型式者，使用者腳部放 置時無法提供穩固定位性，以致輪椅使用者腳部容易發生滑脫 而脫落拖地之危險;而另一種具有提供綁繩結構之習知輪椅踏 板，其雖可令使用者腳獲得固定效果，但使用者上下車時因必須 花時間進行綁繩子，解開繩子的動作，顯然造成費時不便之缺 點。 • 是以，針對上述習知代步工具之踏板結構使用上所存在 之問題點，如何研發出一種理想實用性之創新構造，實有待相關 業界再加以思索突破之目標及方向者。 有鑑於此，創作人本於多年從事相關產品之製造與開發 設计經驗，針對上述之目標，詳加設計與審慎評估後終得一確 具實用性之本創作。 【新型内容】 • 本創作解決問題之技術特點，主要在於所述代步工具用的 鐵磁性腳踏及_性卡片_合纽，包括·至少—永久磁性體， 係固定設於代步工具腳踏板預定位置該永久磁性體為鐵磁性 物質(Ferromagnetism)，且該鐵磁性物質可為鈦-鐵 或釤鈷-鐵(SmCo-Fe)或鋁鎳鈷-鐵(A1NiC〇_Fe)之化學成份系統 任其中一種；一鐵磁性卡片，係包括一板體、至少一永久磁性體 以及〜使㈣卿束套連結構件;其巾該板體界定形成有一頂 面以及一底面，該永久磁性體材質為鐵磁性物質 M359501 (Ferromagnetism)，且該鐵磁性物質可為鈥-鐵-硼(Nd-Fe-B)或釤 銘-鐵(SmCo-Fe)或鋁鎳鈷-鐵(AlNiCo-Fe)之化學成份系統任其 中一種，而所述永久磁性體固定組設於該板之底面預定位置，藉 以與代步工具踏板之永久磁性體相應而達成磁性吸附結合狀 態，該使用者腳部束套連結構件則凸設於該板體之頂面，藉以可 連結定位於使用者腳部或鞋鱧外部者，且該使用者腳部束套連 結構件具有快拆式定位部而利於其定位狀態與釋放狀態之切 換者;藉此創新獨特設計，使本創作對照先前技術而言，大致可 達到下述功效： 其一:可達到提昇行馱效率之實用進步性。 其二:代步工具腳踏板與鐵磁性卡片之間可即時鬆脫，俾可達到 安全性之實用進步性。 【實施方式】 請參閱第1、2、3圖所示，係本創作鐵磁性腳踏板及鐵 磁性卡片_合緖之實_，慨僅供說明之用， 在專利申請上並不受此結構之限制，所述鐵磁性腳踏板及鐵磁 性卡片的離合系統，包括： 至少一永久磁性體10,係固定設於代步工具腳踏板丨〗預定 位置，該永久磁性體10材質為鐵磁性物質細〇magnetism)，且 該鐵磁性物質可為鉉鐵-硼卿吨或釤鈷娜mcoFe)或 銘錄鉛··鐵(AlNiCo-Fe)之化學成份系統其中一種； -鐵磁性卡片2G，係包括-板體21，至少—永久磁性體22 M359501 以及一使用者腳部束套連結構件23;其中該板體21界定形成有 一頂面211以及一底面212,該永久磁性體係组設於該板體21 之底面212,該永久磁性體22材質為鐵磁性物質 (Ferromagnetism)，且該鐵磁性物質可為鈥·鐵-硼或彭 鈷·鐵(SmCo-Fe)或鋁鎳鈷-鐵(AlNiCo^Fe)之化學成份系統其中 一種，而所述永久磁性體22固定組設於該板體21之底面212 預定位置，藉以與代步工具腳踏板11之永久磁性體1〇相對應 而達成磁性吸附結合狀態，該使用者腳部束套連結構件23則凸 設於該板體21之頂面211，藉以可連結定位於使用者腳部或鞋 體外部者，且該使用者腳部束套連結構件23具有快拆式定位部 24而利於其定位狀態與釋放狀態之切換者。 其中，所述代步工具腳踏板11與鐵磁性卡片20之永久磁性 體10、22,其位置必須相對應配合才能達成吸附功能，且所述吸 附作用得構成使用者可透過一預定力量控制該鐵磁性卡片 與代步工具腳踏板11之相對運動狀態，而利用該永久磁性體22 之磁通量大小變化設計，可控制所述力量大小，而大於該預定力 量範圍時，即可令該鐵磁性卡片20與代步工具腳踏板η相互 脫離。 其中，所述使用者腳部束套連結構件23之快拆式定位部24 可為公黏扣帶241與母黏扣帶242所構成者，除此之外，更可為 公母扣、磁鐵、鬆緊帶任其中一種(請配合參閱第3圖所示) 或另可用螺絲固定於鞋底(此實施圖面省例略）。 ί M359501 纟中，該鐵雜封之頂面211上可加雜餅止滑動加 強穩固之裝置可為下述任其中一種結構:止滑釘、止滑替、 吸附墊(此實施圖面省例略）。 其中，該代步工具腳踏板u所组設之永久磁性體 10外部 並可组設有一耐磨材料12。 纟中，該鐵磁性卡# 20之永久磁性體22與該代步工具腳 踏板11之永久雜體並可設有相職卡配合之凹、凸部者， • 以使該鐵磁性卡片20與代步工具腳踏板11之吸靠狀態更加 穩固(此實施圖面省例略）。 如第2圖所示，該代步工具腳踏板u與鐵磁性卡片如之 永久磁性鱧22為複數組配置型態時其各组永久磁性體1〇、22 之磁極配置可為獨狀態者，例如當該代紅具_板u之永 久磁it體ίο磁極為N極向上而另一永久磁性體观係為8極 向上，並且配合對應於該鐵磁性卡片2〇之永久磁性體22、2沈 Ϊ 磁極而達吸附結合狀態。 如第4圏所示，所述代步工具腳踏板u係可應用於輪椅 踏板之態樣者，且將永久磁性體1〇組設於輪椅踏板，並可配合 該鐵磁性卡片20後，並與輪椅踏板之永久磁性體1〇達成磁吸 附=合狀態，藉由磁性吸附結合狀態易於相互脫離，而使傷患更 加谷易上下車，且遇緊急狀況發生時，傷患腳部與踏板之間可即 時鬆脫。 藉由上述之結構，組合輯，_本解之使用狀態說明如 7 M359501 下： 如第1、3圖所示，首先將使用者腳部或鞋體外部藉由該使 用者腳部束套連結構件23之快拆式定位部24綁固定位於該鐵 磁性卡片20板體21之頂面211，並且靠近該代步工具腳踏板 11，由於該鐵磁性卡片20之永久磁性體22係固定組於該板體 21之底面212,藉以使該代步工具腳踏板u自動翻轉到使用面， 即利用磁極吸斥效應使該鐵磁性卡片2〇之永久磁性體22自動 瞻吸附於該代步工具腳踏板11之永久磁性體1〇，達成磁性吸附結 合狀態。 又如第5圖所示，係為使用者騎乘狀態示意圖，當該使用者 向下踩踏時即帶動代步工具腳踏板u、曲柄，而當使用者腳部 上抬時可透過該鐵磁性腳踏板及鐵磁性卡片的離合系統達到 帶動該代步工具腳踏板11、曲柄(如圖中w所示)，進而提昇行 駛效率並節省體力。 . 補充說明的是，所述鐵磁性卡片20與帶步工具腳踏板u 可為組合販售之態樣外，亦可為僅單獨販售該鐵磁性卡片2〇之 態樣者。 本創作之優點： 其一：本創作所揭(鐵磁性腳踏板及鐵磁性卡片的離合系統） 藉由，所述永久磁性體係固定组設於該鐵磁性卡片板體 之底面，且與該代步工具腳踏板之永久磁性體達成磁吸 附結合狀態之創新獨特結構组成設計，俾可提供使用者 8 M359501 騎乘時下踩踏及腳部上抬時，皆可帶動踏板而提高效率 之優點，進而提昇行駛效率。 其二：另外就輪椅之踏板結構而言，若傷患腳部或鞋體外部定 位於鐵磁性卡片後,並與輪椅踏板之永久磁性體達成磁 性吸附結合狀態，藉以使傷患腳部不會有拖地的危險， 且其磁性吸附結合狀態易於相互脫離，使傷患更加容易 上下車，且遇到緊急狀況發生時，傷患腳部與踏板之間 可即時鬆脫，不致釀成嚴重傷害，俾可達到安全性之實 用進步性。 上述實施例所揭示者係藉以具體說明本創作，且文中雖透過特 定的術語進行說明，當不能以此限定本創作之專利範圍;熟悉此項 技術領域之人士當可在瞭解本鋪之精神與原職對其進行變更 與修改而達到等效之目的，而此等變更與修改，皆應涵蓋於如后所 述之申請專利範圍所界定範疇中。 【圖式簡單說明】 第1圖：本創作較佳實例之分解立體圖。 第2圖：本創作較佳實施例之組合剖視圖。 第3圖：本創作可連結於使用者鞋體外部之示意圖。 第4圖：本創作之另一實施例圖。 第5圖：本創作之動作示意圖。 【主要元件符號說明】 ? M359501 永久磁性體 10 、 10B 代步工具腳踏板 11 耐磨材料 12 鐵磁性卡片 20 板體 21 頂面 211 底面 212 永久磁性體 22、22B 使用者腳部束套連結構件 23 快拆式定位部扣 24 公黏扣帶 241 母黏扣帶 242 六、申請專利範圍： • 1: 一種鐵磁性腳踏板及鐵磁性卡片的離合系統，包括：至少一 永久磁性體，係固定組設於代步工具腳踏板預定位置，該永 久磁性體材質為鐵磁性物質（Ferromagnetism),且該鐵磁 性物質可為鈥-鐵-蝴(Nd-Fe-B)或釤銘-鐵(SmCo-Fe)或鋁 錄銘-鐵(AlNiCo-Fe)之化學成份系統任其中一種： 一鐵磁性卡片，係包括:一板體、至少一永久磁性體以及一使 用者腳束套連結構件:其中該板體界定形成有一頂面以及 一底面，該永久磁性體材質為鐵磁性物質(Ferromagnetism),M359501 21 211 212 22,22B 23 24 241 242 Plate body surface permanent magnetic body user foot bundle connection member quick release positioning part male adhesive buckle with mother adhesive buckle belt 5, new description: [New technology Fields] This creation involves _ kinds of tools, _ green-type walking tools with innovative designers with magnetic chat pedal system. [Prior Art] According to this creation, it is called J1, which is mainly for the innovation of the pedal structure of bicycles and wheelchairs. First of all, in terms of the pedal structure of the bicycle, although there is no safety concern in the use of the general type, the pedal and the crank can only rely on the side force that is stepped down, so the driving efficiency cannot be improved; and another dog is used. In the conventional bicycle pedal structure of the mouth or the clip type, when the user's foot is lifted up, the advantage of the pedal can be increased by the embedded card structure provided by the pedal, but the pedal structure is used. Although the user can practice repeatedly and familiarize himself with the clutching action, when the vehicle crashes in an emergency, it often fails to react and the foot and the pedal 3 M3 59501 board cannot be released immediately, which causes serious injury. . In the case of the pedal structure of the wheelchair, the general type, the user's foot can not provide a stable position when placed, so that the wheelchair user's foot is prone to slip and fall off the risk of mopping the floor; The structure of the conventional wheelchair pedal can make the user's foot obtain a fixed effect. However, when the user gets on and off the vehicle, it takes time to bind the rope and untie the rope, which obviously causes the disadvantage of time consuming inconvenience. • Therefore, in view of the problems existing in the use of the pedal structure of the above-mentioned conventional walking tools, how to develop an innovative structure with ideal practicability is subject to the consideration and direction of the relevant industry. In view of this, the creator has been engaged in the manufacturing and development design experience of related products for many years, and has made a practical and practical creation after detailed design and prudent evaluation. [New Content] • The technical features of this creation to solve the problem are mainly the ferromagnetic pedals and _ sex cards used in the travel tools, including, at least, permanent magnetic bodies, which are fixed on the pedals of the travel tool. The permanent magnetic body is a ferromagnetic substance (Ferromagnetism), and the ferromagnetic substance may be a chemical composition system of titanium-iron or samarium-cobalt-iron (SmCo-Fe) or alumino-nickel-iron (A1NiC〇_Fe). Any one of the above; a ferromagnetic card comprising a plate body, at least one permanent magnetic body, and a (four) clear sleeve connecting member; the towel body defines a top surface and a bottom surface, the permanent magnetic material is Ferromagnetic material M359501 (Ferromagnetism), and the ferromagnetic substance may be bismuth-iron-boron (Nd-Fe-B) or sulphur-iron (SmCo-Fe) or aluminium-nickel-cobalt-iron (AlNiCo-Fe) chemistry One of the component systems, and the permanent magnetic body fixing group is disposed at a predetermined position on the bottom surface of the board, thereby achieving a magnetic adsorption bonding state corresponding to the permanent magnetic body of the stepping tool pedal, and the user's foot sleeve connecting member is Protruding on the top surface of the plate body, The user can be coupled to the user's foot or the outside of the last, and the user's foot sleeve connecting member has a quick-release positioning portion to facilitate the switching between the positioning state and the release state; thereby creating an innovative unique design Compared with the prior art, the present invention can achieve the following effects: First, the practical progress of improving the efficiency of the action can be achieved. Second, the stepping tool pedal and the ferromagnetic card can be released immediately, and the safety and practicality can be achieved. [Embodiment] Please refer to the figures 1, 2, and 3, which is the creation of the ferromagnetic pedal and the ferromagnetic card _ _ _ _ _ _, the purpose is for illustrative purposes only, not applicable to patent applications. The structure is limited to the clutch system of the ferromagnetic pedal and the ferromagnetic card, comprising: at least one permanent magnetic body 10 fixedly disposed at a predetermined position of the stepping tool pedal, the permanent magnetic body 10 is made of iron Magnetic material fine magnetism), and the ferromagnetic material may be one of the chemical composition systems of neodymium iron-boron or lanthanum cobalt (AlcoCo-Fe); - ferromagnetic card 2G And comprising: a plate body 21, at least a permanent magnetic body 22 M359501 and a user foot sleeve connecting member 23; wherein the plate body 21 defines a top surface 211 and a bottom surface 212, the permanent magnetic system is disposed on The bottom surface 212 of the plate body 21 is made of ferromagnetic material, and the ferromagnetic material may be 鈥·iron-boron or smCo-Fe or S-coal-iron. One of the chemical composition systems of (AlNiCo^Fe), and the permanent magnetic body 22 The predetermined position is set on the bottom surface 212 of the plate body 21, thereby achieving a magnetic adsorption bonding state corresponding to the permanent magnetic body 1 of the stepping tool footboard 11, and the user's foot band connecting member 23 is convexly disposed. The top surface 211 of the board body 21 can be coupled to the user's foot or the outside of the shoe body, and the user foot harness connecting member 23 has a quick-release positioning portion 24 to facilitate positioning and release thereof. The switcher of the status. Wherein, the stepping tool pedal 11 and the permanent magnetic bodies 10, 22 of the ferromagnetic card 20 must be correspondingly positioned to achieve an adsorption function, and the adsorption function is such that the user can control the predetermined force. The relative motion state of the ferromagnetic card and the stepping tool pedal 11 is controlled by the magnetic flux size change design of the permanent magnetic body 22, and the ferromagnetic card can be controlled when the predetermined power range is greater than the predetermined magnetic force. 20 and the stepping tool pedal η are separated from each other. The quick release positioning portion 24 of the user's leg sleeve connecting member 23 may be formed by the male adhesive strip 241 and the female adhesive strip 242, and may be a male and female buckle and a magnet. One of the elastic bands (please refer to Figure 3) or another screw can be attached to the sole (this figure is omitted). ί M359501 In the middle of the iron cover, the device can be added with a cake to prevent the sliding and strengthen the device. The device can be one of the following structures: the anti-slip nail, the anti-slip replacement, and the adsorption pad. slightly). Wherein, the permanent magnetic body 10 of the stepping tool foot pedal u is externally disposed and may be provided with a wear-resistant material 12. In the middle, the permanent magnetic body 22 of the ferromagnetic card #20 and the permanent miscellaneous body of the stepping tool pedal 11 and may be provided with a concave or convex portion of the matching card, so that the ferromagnetic card 20 and The suction state of the stepping tool pedal 11 is more stable (this embodiment is omitted). As shown in FIG. 2, when the stepping tool foot pedal u and the ferromagnetic card such as the permanent magnetic 鳢 22 are in a complex array configuration type, the magnetic poles of each set of permanent magnetic bodies 1 〇 and 22 may be in a single state. For example, when the permanent magnet _ plate u is permanently magnetized, the magnetic pole is N pole up and the other permanent magnetic body is 8 poles upward, and the permanent magnetic body 22, 2 corresponding to the ferromagnetic card 2 配合 is matched. Sinking magnetic poles reach the state of adsorption. As shown in FIG. 4, the stepping tool pedal pedal u can be applied to the wheelchair pedal, and the permanent magnetic body 1〇 is set on the wheelchair pedal, and can be matched with the ferromagnetic card 20, and The permanent magnetic body of the wheelchair pedal reaches the magnetic adsorption=combination state, and the magnetic adsorption combined state is easy to be separated from each other, so that the injury is more likely to get on and off the vehicle, and in the event of an emergency, the injured foot and the pedal are injured. It can be released instantly. With the above structure, the combination of the series, the description of the use state of the solution is as follows: 7 M359501: As shown in the first and third figures, the user's foot or the outer part of the shoe body is first connected by the user's foot sleeve. The quick-release positioning portion 24 of the member 23 is fixedly attached to the top surface 211 of the plate 21 of the ferromagnetic card 20, and is adjacent to the stepping tool pedal 11, since the permanent magnetic body 22 of the ferromagnetic card 20 is fixed to the group The bottom surface 212 of the plate body 21 is used to automatically flip the stepping tool foot pedal u to the use surface, that is, the permanent magnetic body 22 of the ferromagnetic card 2 is automatically attracted to the stepping tool by using the magnetic pole repulsion effect. The permanent magnetic body of the plate 11 is in a state of magnetic adsorption bonding. As shown in FIG. 5, it is a schematic diagram of the riding state of the user. When the user steps down, the driving tool pedal u and the crank are driven, and when the user's foot is lifted, the ferromagnetic can be transmitted. The clutch system of the pedal and the ferromagnetic card reaches the foot pedal 11 and the crank of the stepping tool (shown as w in the figure), thereby improving driving efficiency and saving physical strength. It should be noted that the ferromagnetic card 20 and the step tool foot pedal u may be in the form of a combination sale, or may be a condition in which the ferromagnetic card 2 is sold separately. Advantages of the present invention: First, the present disclosure (the clutch system of the ferromagnetic pedal and the ferromagnetic card), wherein the permanent magnetic system is fixedly disposed on the bottom surface of the ferromagnetic card body, and The permanent magnetic body of the stepping tool pedal achieves the innovative and unique structural design of the magnetic adsorption combined state, and the user can provide the user 8 M359501. When riding and stepping on the foot and lifting the foot, the pedal can be driven to improve the efficiency. In turn, the driving efficiency is improved. Secondly, in addition to the pedal structure of the wheelchair, if the injured foot or the outside of the shoe body is positioned after the ferromagnetic card, and the permanent magnetic body of the wheelchair pedal is magnetically coupled, the injured foot will not be There is danger of mopping the floor, and the magnetic adsorption combined state is easy to disengage from each other, making the injury easier to get on and off the vehicle, and in the event of an emergency, the injured foot and the pedal can be released immediately, without causing serious injury. , 俾 can achieve practical progress in safety. The disclosures of the above embodiments are intended to specifically illustrate the present invention, and although the descriptions are made by specific terms, the scope of patents of the present invention cannot be limited thereto; those skilled in the art can understand the spirit of the shop. The original position changes and modifies it to achieve the equivalent purpose, and such changes and modifications shall be included in the scope defined by the scope of the patent application as described later. [Simple description of the drawing] Fig. 1 is an exploded perspective view of a preferred example of the present creation. Figure 2: A cross-sectional view of a combination of preferred embodiments of the present invention. Figure 3: This creation can be linked to the exterior of the user's shoe body. Figure 4: A diagram of another embodiment of the present work. Figure 5: Schematic diagram of the action of this creation. [Main component symbol description] ? M359501 Permanent magnetic body 10, 10B Travel tool foot pedal 11 Abrasion material 12 Ferromagnetic card 20 Plate 21 Top surface 211 Bottom surface 212 Permanent magnetic body 22, 22B User foot bundle connecting member 23 Quick release positioning buckle 24 male adhesive buckle 241 female adhesive buckle 242 VI. Patent application scope: • 1: A ferromagnetic pedal and ferromagnetic card clutch system, including: at least one permanent magnetic body, The fixed group is disposed at a predetermined position of the stepping tool pedal, the permanent magnetic material is ferromagnetism, and the ferromagnetic material may be Nd-Fe-B or Yuming-Iron ( One of the chemical composition systems of SmCo-Fe) or AlNiCo-Fe: a ferromagnetic card comprising: a plate body, at least one permanent magnetic body, and a user leg sleeve connecting member: Wherein the plate body is defined with a top surface and a bottom surface, and the permanent magnetic material is made of ferromagnetic material (Ferromagnetism).
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