MJ77883 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種自行車鞋組合結構，尤其是有關於一種 可達到快賴麵與固魏相互麟，且可錢使賴鞋體於地 面上行走的自行車鞋組合結構。 【先前技術】 S月蒼閲第一 叫、句白沖㈢仃早鞋組合結構的構件分解示意 圖。習知技術包括-鞋體i及一銜接座2，其中鞋體丨的鞋大底 π表面上設有-保護片12，於此保護片12表面形成有數個開口 121，而各開口 121係對應鞋大底Π由表面向内延伸的-内螺紋 111;該銜接座2由正反表面之間形成數_設孔21，於兩相對邊 分別形成一第一組合部22及一第二組合部22,，-墊片23係靠 合於各該穿設孔21.上’此墊片23中央形成一對應穿設謂，係 ^於空該舰21 ’峨—_ 24 __對應穿設孔 穿叹孔21及開口 121並鎖固於該内螺紋i ，銜 座2固^於該鞋大底u上。 使廣接 請參閱第二圖，係為習知自行車鞋組合結 =編固定於該鞋大底_，係再透過該銜二 、疒組合部22及第二組合部22’分職設於—自行車 的一第-相對組合部31及一第二相對組合部31， 該鞋體1_踏板3上的功效。此組合模式對於長 = 或比赛時’具有提升制者讎踏板3的效率，因級用者僅 1 3 M377883 將精科注於出力踩壓以及道路方向上，科需調整踩壓在踏板3 上的著力點重心。然而’纽用者需下車時，雖然可快速將銜接 座2與踏板3相互脫離，但由於銜接座2係鎖固於鞋大底n上， 因此無法立即拆卸’而直接於地面上行走，則該銜接座2會造成 使用者的不便，因此習知技術係具有待再改良之處。 【新型内容】 • 办有鑑於上述習知的自行車鞋組合結構的問題，創作人經精心 研九，並基於從事該技術領域的多年經驗，創造了一種勒新的自 行車鞋組合結構。 本創作之目的係在提供-種可快速使鞋大底與固定塊相互分 離的自行車鞋組合結構。 —為達上述目的，本創作自行車鞋組合結構係包括—鞋體、一 固疋塊及-定位件，其中該鞋體的鞋大底底面形成複數個組合 籲部’此組合部可單向延伸一滑槽，而鄰近於該組合部形成有一凹 槽；該固定塊則具有複數個崎組合部，此相對組合部鑛應於 該鞋大底的組合部。於使用上，係藉由組合部與相對組合部以單 向位移的模式相互組設，再將該定位件穿朗定塊並卡置於該鞋 大底的凹射’藉此定位縣關朗賴姆於錄大底作反 向位移。 則段之組合結構可藉由固定塊組設於外界一自行車踏板上， 而鞋體係透定翻定於該踏板。當使用者下車準備行走時， 係再以手_定位件綱，使解關銳崎於鞋絲的反向位 M377883 移限制’並以手動使固定塊相對於鞋大底作逆向滑動 ，即可達到 快迷脫離固定塊於鞋大底的功效。 本辦敝財式和外麟造等可藉㈣下實齡式及圖式 說明加以詳細敘述。 【實施方式】 睛參閱第三圖，係為本創作自行車鞋組合結構的構件示意 •圖本創作自行車鞋組合結構包括-鞋體4、-固定塊5及-定位 牛561 ,、中該鞋體4的一鞋大底底側形成複數個组合部43， 鄰近於該組合部43形成-凹槽44;該固定塊5表面可以形成或組 設複數個相敝合部54，此相雜合部54储應於雜大底Μ 的、、且口 # 43 ’而藉由組合部43與相對組合部％以單向位移的模 气才互組a可使固疋塊5固定於鞋大底&上，再以該定位件附 穿叹該固疋塊5且卡置於凹槽44中，藉此以限制固定塊5相對於 籲鞋大純敍向轉，撕止產生_的現象。 -立i閱第四圖’係為本翁自行車鞋組合結構的實施例構件 不:圖。於本創作之實施例中，該鞋大底41的組合部43可為母 I構’而該固定塊5的相對組合部54可為公性結構，即組合部 f可為凹槽狀’且單向延伸—_ 431，_定塊5的相對組合 =可為螺帽，此相對組合部54之一柱狀部541係先頂靠於該 固定塊5之一表面，而固定塊5之另-表面則穿設螺絲53並鎖固z 軸對組合部54。該螺絲53與固錢5之間可預設—塾片犯， 1墊片52可緩衝螺絲53鎖固於固定塊5表面所施予的壓力。 5 M377883 此亡外’可絲體4的類型及使亂ϋ於鞋大底41細另行設置- 2護片42 ’此保護片42形成複數個直徑相差的穿設孔421，該穿 :孔421係對應於組合部犯及凹槽44。本段落所述僅為本創作之 中實施例，並非限制本創作的技術概念，例如該鞋大底的 組合部43亦可為一公性結構，而細定塊5的相對組合部54則 可為母性結構。MJ77883 V. New type description: [New technical field] This creation department has a variety of bicycle shoe combination structure, especially for a kind of fast-developing laminating and solid-wei mutual lining, and can make the shoes on the ground The bicycle shoe combination structure on the walking. [Prior Art] S Yue Cang read the first part of the sentence, sentence Bai Chong (three) 仃 early shoe combination structure of the decomposition of the schematic diagram. The prior art includes a shoe body i and a connecting seat 2, wherein a protective sheet 12 is disposed on the surface of the shoe sole π of the shoe body, and a plurality of openings 121 are formed on the surface of the protective sheet 12, and each opening 121 corresponds to The inner sole of the shoe has an inner thread 111 extending inwardly from the surface; the engaging seat 2 is formed with a plurality of holes 21 between the front and back surfaces, and a first combining portion 22 and a second combining portion are respectively formed on the opposite sides. 22,, - the spacer 23 is attached to each of the through holes 21. The center of the spacer 23 forms a corresponding insertion, and the ship 21 '峨-_ 24 __ corresponds to the hole. The sling hole 21 and the opening 121 are inserted and locked to the internal thread i, and the seat 2 is fixed to the sole u of the shoe. For the wide connection, please refer to the second figure, which is a conventional bicycle shoe combination knot = fixed to the outsole _, which is then placed through the title, the 疒 combination part 22 and the second combination part 22'. A first-to-one combination portion 31 of the bicycle and a second relative combination portion 31, the effect on the shoe body 1_pedal 3. This combination mode is for the length = or the efficiency of the ascending system 雠 pedal 3 during the game, because the level user only 1 3 M377883 will focus on the pressure and the direction of the road, the department needs to adjust the pressure on the pedal 3 The focus is on the center of gravity. However, when the newcomer needs to get off the vehicle, although the adapter 2 and the pedal 3 can be quickly separated from each other, since the adapter 2 is locked on the sole n of the shoe, it cannot be immediately disassembled and directly walks on the ground. The connection seat 2 causes inconvenience to the user, and thus the prior art has a place to be further improved. [New content] • In view of the above-mentioned problems of the bicycle shoe combination structure described above, the creator has carefully studied and developed a new self-training shoe combination structure based on years of experience in the field of technology. The purpose of this creation is to provide a bicycle shoe combination structure that can quickly separate the outsole and the fixed block from each other. - In order to achieve the above object, the present bicycle shoe assembly structure comprises a shoe body, a solid block and a positioning member, wherein the sole bottom surface of the shoe body forms a plurality of combination portions. The combination portion can be extended in one direction. a sliding groove is formed adjacent to the combined portion with a groove; the fixed block has a plurality of singular combination portions, and the opposite combined portion is applied to the combined portion of the sole of the shoe. In use, the combination part and the relative combination part are arranged in a one-way displacement mode, and then the positioning piece is pierced and stuck in the concave of the sole of the shoe, thereby positioning the county Guanlang Rim made a reverse shift in the big bottom. The combined structure of the segments can be set on the bicycle pedal by the fixed block group, and the shoe system is set to be turned on the pedal. When the user gets off the train and is ready to walk, the user will use the hand _ positioning component to make the settlement of the reverse tension M377883 in the shoe wire and to manually reverse the fixed block relative to the outsole of the shoe. The effect of the detachment of the fixed block on the outsole of the shoe. This book can be described in detail by means of (4) the ageing style and the schema description. [Embodiment] The third figure is the component of the bicycle bicycle shoe structure. The bicycle shoe combination structure includes a shoe body 4, a fixing block 5, and a positioning cow 561. A plurality of combining portions 43 are formed on the bottom side of a shoe, and a groove 44 is formed adjacent to the combining portion 43. The surface of the fixing block 5 may form or form a plurality of phase matching portions 54, the hybrid portion 54 is stored in the heterogeneous bottom, and the port #43', and the modulating gas that is unidirectionally displaced by the combination portion 43 and the relative combination portion is a group a to fix the solid block 5 to the shoe sole & And then, the positioning member is attached to the shackle and the card is placed in the groove 44, thereby restricting the phenomenon that the fixing block 5 is rotated with respect to the shoe, and the tearing occurs. - Li i read the fourth figure ' is an example of the composition of the Weng bicycle shoe combination structure. In the embodiment of the present invention, the combination portion 43 of the shoe outsole 41 may be a female I structure and the opposite combination portion 54 of the fixing block 5 may be a male structure, that is, the combination portion f may be a groove shape 'and The unidirectional extension - 431, _ the relative combination of the block 5 = can be a nut, the column portion 541 of the relative combination portion 54 is first against the surface of the fixed block 5, and the other of the fixed block 5 - The surface is threaded with screws 53 and the z-axis pair combination portion 54 is locked. The screw 53 and the solid money 5 can be preset - the slap is made, and the shims 52 can cushion the pressure exerted by the screw 53 on the surface of the fixing block 5. 5 M377883 This type of death can be set separately and the soles of the shoe can be arranged separately - 2 protective sheet 42 'The protective sheet 42 forms a plurality of through holes 421 having different diameters, the wearing: hole 421 Corresponding to the combination part and the groove 44. This paragraph is only an embodiment of the present invention, and does not limit the technical concept of the present creation. For example, the combination portion 43 of the sole of the shoe may also be a male structure, and the relative combination portion 54 of the fine block 5 may be For the mother structure.
_月參閱第五圖’係為本創作自行車鞋組合結構賴^塊實施 2示意圖。顧定塊5之―表面可輸接—操做％，於輸接處可 ^有-彈簧57 ’藉此彈簧57的拉力韓持操作板56靠合於該固 疋龙5上該疋位件561係設於該操作板％面對該固定塊$的表 面’而該固定塊5則相對形成—開放空間犯，例如—開孔或一穿 設範圍’以供穿設較位件561。此外，_鬼5之_對邊分別 形成-第—卡合部55及—第二卡合部阳，，藉此等第一卡合部 55及第二卡合部55’可供與自行車踏板相互組設。 請參閱第六圖，係為本創作自行車鞋組合結構的組合實施例 不意圖㈠；並請同時參閱第七圖，係為本創作自行車鞋組合結 構的組合實施例示意圖（二）。該鞋大底41係與簡定塊5相互技 合’使固定塊5與絲體4形成—體，械歡合模式係先將固 定塊5的相對組合部54穿設保護片42的穿設孔421，並妓於該 組合部43中，由滑槽431單向位移使相對組合部^伸^ 鞋大底41内部形成反扣狀；而該第一卡合部55及第二卡合部阳 係分別對應組設於-外界自行車踏板6的—第—對應卡合部^及 一第二對應卡合部61’ 。 «月參閱第八圖’係為本創作自行車鞋組合結構的組合實施例 示意圖㈢。當該固定塊5以單向位移的模式組設於該鞋大底41 時’該定位件561係藉由該彈簧57連動操作板56靠合固定塊5， 再穿設固定塊5及保護片42的穿設孔421，並同步卡置於該鞋大 底41的凹槽44内，藉此以限制固定塊5相對於鞋大底41作反向 位移，並防止固定塊5脫離鞋大體41。 明參閱第九圖’係為本創作自行車鞋組合結構的组合實施例 示思圖（四）。當固定塊5脫離踏板6後，此時固定塊5仍然固定 於鞋大底41底側’進行拆卸動作，係以搬動操作板56，使該操作 板56不再罪合於固定塊5上，並同步使定位件561與該凹槽从 相互分離，以供定位件561不再限制固定塊5相對於鞋大底4丨作 反向位移且以手動使固疋塊5相對於鞋大底41作逆向位移，即 相對組合部54藉由滑槽431滑回組合部43之開放空間，即可輕 易及快速將©定塊5絲大底41相互麟，並直接用鞋體4於地 面上行走。 本創作所述之定位件561之組合模式，並非侷限其組合結構 之定義，即尚可以卡榫或扣合的模式卡置或固定於該凹槽料中。 以上所述，本創作的自行車鞋組合結構可具體實施，且確實 可以達到快速拆卸以及方便使用者於陸地上行走的功效，然而所 揭硌之具體結構僅為最佳實施例，並非侷限本創作之其它較佳實 施例，即，根據所敘述之較佳實施例以及本創作所主張之技術手 377883 段能輕易完成者，皆應涵蓋於本創作之專利範圍内。 【圖式簡單說明】 係為習知自行車鞋組合結構的構件分解示意圖。 係為習知自行車鞋組合結構的實施示意圖。 係為本創作自行車鞋組合結構的構件示意圖。 係為本創作自行車餘合結構的實施例構件示意圖。 係為本創作自行車鞋組合結構_定塊實施例示意圖 係為本創作自行車餘合結翻組合動作示意圖㈠ 係為本創作自行車餘合結構的組合動作示意圖（二） 料本顺自行車鞋組合結構敝合動作示意圖㈢ 第九圖，係為本創作自行車鞋組合結構的組合動作示意圖 【主要元件符號說明】 組合部_ month refers to the fifth figure' is a schematic diagram of the implementation of the bicycle pedal assembly structure. The surface of the block 5 can be connected to the operation - the % can be operated, and the spring 57 can be pulled at the interface. The tension of the spring 57 is controlled by the operating plate 56 on the fixed piece 5 The 561 is disposed on the surface of the operation panel that faces the fixed block $ and the fixed block 5 is formed in an open space, for example, an opening or a spanning range for the wearing of the positioning member 561. In addition, the opposite sides of the _ ghost 5 form a first-engagement portion 55 and a second engagement portion, respectively, thereby allowing the first engagement portion 55 and the second engagement portion 55' to be provided with the bicycle pedal Set up each other. Please refer to the sixth figure, which is a combination embodiment of the original bicycle shoe assembly structure. It is not intended to be (1); and please refer to the seventh figure at the same time, which is a schematic diagram (2) of the combined embodiment of the bicycle shoe combination structure. The shoe outsole 41 and the simple block 5 are operatively combined with each other to form the fixed block 5 and the wire body 4. The mechanical matching mode firstly passes the opposite combination portion 54 of the fixing block 5 through the protective piece 42. The hole 421 is disposed in the combination portion 43 and is unidirectionally displaced by the sliding groove 431 so that the opposite portion of the shoe sole 41 is formed in a reverse buckle shape; and the first engaging portion 55 and the second engaging portion are formed. The male systems respectively correspond to the first-corresponding engaging portion ^ and the second corresponding engaging portion 61' of the external bicycle pedal 6. «Monthly refer to the eighth figure' is a schematic diagram (3) of a combined embodiment of the creative bicycle shoe assembly structure. When the fixing block 5 is assembled in the shoe outsole 41 in a unidirectional displacement mode, the positioning member 561 is coupled to the fixing block 5 by the operation of the operating plate 56 by the spring 57, and then the fixing block 5 and the protective sheet are pierced. The hole 421 is bored in the groove 44 of the shoe outsole 41, thereby restricting the reverse displacement of the fixing block 5 relative to the outsole 41 and preventing the fixing block 5 from being disengaged from the shoe body 41. . Referring to the ninth figure, it is a combination of the creative bicycle shoe assembly structure (4). When the fixing block 5 is disengaged from the pedal 6, at this time, the fixing block 5 is still fixed to the bottom side of the shoe sole 41, and the disassembly operation is performed to move the operation panel 56 so that the operation panel 56 is no longer sinned on the fixed block 5. And synchronously separating the positioning member 561 from the groove from each other, so that the positioning member 561 no longer restricts the reverse displacement of the fixing block 5 relative to the outsole 4 and manually makes the fixing block 5 relative to the outsole 41 is reversely displaced, that is, the relative combination portion 54 is slid back to the open space of the combination portion 43 by the sliding groove 431, so that the letter 5 can be easily and quickly placed on the ground, and the shoe body 4 is directly used on the ground. walk. The combination mode of the positioning member 561 described in the present invention is not limited to the definition of the combined structure, that is, the pattern that can be snapped or fastened is placed or fixed in the groove material. As described above, the bicycle shoe assembly structure of the present invention can be embodied, and can indeed achieve rapid disassembly and convenient user walking on land. However, the specific structure disclosed is only a preferred embodiment, and is not limited to the creation. Other preferred embodiments, that is, according to the preferred embodiment described and the technical hand 377883 of the present invention, which can be easily accomplished, should be covered by the scope of the present patent. [Simple description of the drawings] It is a schematic exploded view of the components of the conventional bicycle shoe assembly structure. It is a schematic diagram of the implementation of the conventional bicycle shoe assembly structure. It is a schematic diagram of the components of the creative bicycle shoe assembly structure. It is a schematic diagram of the components of the embodiment of the creative bicycle rest structure. This is a schematic diagram of the composition of the bicycle shoe combination. The schematic diagram of the embodiment of the fixed block is the schematic diagram of the combined action of the bicycle and the combination of the creation of the bicycle (1). Schematic diagram of the combined action (3) The ninth diagram is a schematic diagram of the combined action of the bicycle bicycle combination structure of the original creation [Description of the main components]
第一圖 弟-一圖 弟二圖 第四圖 第五圖 第六圖 第七圖 第八圖 鞋體 1 鞋大底 11 内螺紋 111 保護片 12 開口 121 銜接座 2 穿設孔 21 第一組合部 22 第二組合部 22, 墊片 23 43 431 44 5 52 53 54 541 55 滑槽 凹槽 固定塊 墊片 螺絲 相對組合部 权狀部 第一'^合部 第二卡合部 55, 8 M377883 對應穿設孔 231 螺絲 24 踏板 3 第一相對組合部 31 第二相對組合部 31’ 鞋體 4 鞋大底 41 保護片 42 穿設孔 421 操作板 56 定位件 561 彈簧 57 開放空間 58 踏板 6 第一對應卡合部 61 第二對應卡合部 61，The first combination - the first picture 2 the fourth picture the fifth picture the sixth picture the seventh picture the eighth picture shoe body 1 shoe outsole 11 internal thread 111 protection piece 12 opening 121 connection seat 2 through hole 21 first combination Portion 22 second combination portion 22, spacer 23 43 431 44 5 52 53 54 541 55 chute groove fixing block washer screw relative combination portion weight portion first '^ part second engaging portion 55, 8 M377883 Corresponding through hole 231 Screw 24 Pedal 3 First opposing combination portion 31 Second opposing combination portion 31' Shoe body 4 Outsole 41 Protective sheet 42 Through hole 421 Operating plate 56 Positioning member 561 Spring 57 Open space 58 Pedal 6 a corresponding engaging portion 61, a second corresponding engaging portion 61,