M380205 五、新型說明： 【新型所屬之技術領域】 本創作係涉及一種維修自行車的器具，尤指—種自行 車工具組。 【先前技術】 目前-般現有的自行車工具組，如Tw公告號奶⑽ 專利案（以下簡稱參考案），但具有下列缺點： 1.輪胎拆片為非分離式設計：參考案的輪胎拆片撥轉 出本體拆卸輪胎時，由於輪胎拆片與本體仍為結合狀態， 使用者無法同時使用其他的工具頭，操作使用不方便。 2·操作打鍊器不方便：在使用打鍊器時須先撥轉輪胎 拆片’才能取出内六角扳手’然後才能用内六角扳手旋轉 打鍊器，非常麻煩。 3.輪胎拆片僅具單-功能：參考案的輪胎拆片只具有 拆卸輪胎的功能，其多元性不佳，仍待加強改善。 因此’參考案存有輪胎拆片為非分離M380205 V. New description: [New technical field] This creation relates to an apparatus for repairing bicycles, especially a self-driving vehicle tool set. [Prior Art] At present, the existing bicycle tool set, such as the Tw Bulletin (10) patent case (hereinafter referred to as the reference case), has the following disadvantages: 1. The tire split is a non-separated design: the tire split of the reference case When the tire is disassembled and the tire is disassembled, since the tire disassembling piece and the main body are still in a combined state, the user cannot use other tool heads at the same time, and the operation and use are inconvenient. 2. Inconvenient operation of the chain driver: When using the chain driver, you must first turn the tire to remove the ejector ‘to remove the hex wrench’ and then use the Allen key to rotate the chain drive, which is very troublesome. 3. The tire dismantling piece only has a single-function: the tire dismantling piece of the reference case only has the function of disassembling the tire, and its diversity is not good, and it still needs to be improved. Therefore, the reference case contains a tire strip for non-separation.
之必要。 井刀離式設計、操作打 功能的缺點，實有改善 【新型内容】Necessary. The disadvantages of the well knife separation design and operation function are improved. [New content]
M380205 實用。 本創作所運用的技術手段在於提供一種自行車工具組 ，包括： 本體，其係設有一打鍊端、一六角套孔及一六角插 孔，I亥六角套孔及該六角插孔係形成於該本體異於該打鍊 端之處； 複數個工具頭，其係樞設於該本體異於該打鍊端、該 六角套孔及該六角插孔之處； 一第一輪胎扳手，其係與該本體結合並為一長形板體 ，該第一輪胎扳手係設有一施力端'一扳開端、一結合面 、一六角卡塊、一輻條夾槽及一 U形夾槽；該扳開端係呈 漸薄狀並與該施力端位於該第一輪胎扳手的兩相對側，該 結合面係朝向該本體，該六角卡塊係凸設於該結合面並插 又於亥，、角套孔，該輻條夾槽係開設於該施力端及該扳開 端的其中一個，該U形夾槽係開設於該第一輪胎扳手異於 該六角卡塊及該輻條夾槽之處； 一第二輪胎扳手，其係與該本體結合並為一長形板體 ，該第二輪胎扳手係與該第一輪胎扳手皆位於該本體的同 一側，泫第一輪胎扳手係設有一施力端、一扳開端、一結 合面、一六角插塊、一六角穿孔及一 ϋ形夹槽；該第二輪 胎扳手的扳開端係呈漸薄狀並與該苐二輪胎扳手的施力端 位於該第二輪胎扳手的兩相對側，該第二輪胎扳手的結合 面係朝向該本體，該六角插塊係凸設於該第二輪胎扳手的 结合面並插設於該六角插孔，該六角穿孔係穿設於該第二 輪胎板手異於該六角插塊之處，該U开i夾槽係開設於該第 4 M380205 二輪胎扳手異於該六角插塊及該六角穿孔之處；以及 一打鍊器，其係可轉動地結合於該打鍊端。 所述之自行車工具組，其中前述之六角卡塊係設有一 容置孔、一鋼珠及一彈簧，該容置孔係徑向凹設於該六角 卡塊並設有一底部’該鋼珠係設於該容置孔内並外露於該 容置孔，該彈簧係抵靠於該鋼珠及該容置孔的底部。 - 所述之自行車工具組，其中前述之六角插塊係設有一 容置孔、一鋼珠及一彈簧，該容置孔係徑向凹設於該六角 籲插塊並設有一底部’該鋼珠係設於該容置孔内並外露於該 容置孔，該彈簧係抵靠於該鋼珠及該容置孔的底部。 所述之自行車工具組，其中前述之打鍊器係設有一插 轉槽，該插轉槽係凹設於該打鍊器且截面形狀呈六角形， 削述之六角插塊的截面形狀係與該插轉槽相同。 所述之自打車工具組，其中前述之第二輪胎扳手係設 $ —扳手結合孔，該扳手結合孔係截面形狀呈六角形並穿 ▲ 於㈣二輪胎扳手異於前述之六角穿孔及前述之六角插 馨塊之處。 ,所述之自行車工具組，其中前述之板手結合孔的截面 形狀係與前述之六角卡塊的截面形狀相同。 :述之自行車工具組，#中前述之第一輪胎扳手係另 二槽’該兩輕條失槽係分別開設於該第_輪胎 扳手的則述之施力端及前述之扳開端。 役有所^之自行車工具組，以前述之第二輪胎扳手係另 u形夾槽，該兩u形夾槽係分 扳手。 ⑺開5又於遠第二輪胎 5 M380205 所述之自行車工具組，其中前述之六角套 六角插孔係穿設於前述之本體。 則述之 本創作所提供的自行車工具組，可 及功效增進至少包括： X于的體效益 1 ·輪胎扳手為快速分離彳μ π扳手之m ”離式.本創作係利用第—輪 月。扳手之八角卡塊，以可拆卸之 -^ L 咕 u疋万式插設於本體 的八角套孔上，第-輪月台板手操作時可 時使用者亦能使用其他的工 ⑪，在此同 J具頭，極為實用便利。 ► 2.容易操作打鍊器：本創作直接 並將第二輪胎扳手的六亩 私m ^4。 角插塊插設於打鍊器的插轉栌上即M380205 is practical. The technical means used in the present invention is to provide a bicycle tool set, comprising: a body having a chain end, a hexagonal hole and a hexagonal socket, and a hexagonal socket and the hexagon socket. Where the body is different from the chain end; a plurality of tool heads are pivotally disposed at the body different from the chain end, the hexagon socket and the hexagon socket; a first tire wrench And the body is combined with the body and is an elongated plate body, the first tire wrench is provided with a force-applying end, an open end, a joint surface, a hexagonal block, a spoke clip slot and a U-shaped clip slot; The opening end is gradually thinned and is located on opposite sides of the first tire wrench with the force applying end, the bonding surface is directed toward the body, and the hexagonal clamping block is protruded from the bonding surface and inserted into the sea, and the corner sleeve a hole, the spoke clip slot is formed in one of the force applying end and the plucking end, the clevis slot is formed in the first tire wrench different from the hex block and the spoke clip slot; a tire wrench coupled to the body and being an elongated plate body, the second The tire wrench and the first tire wrench are located on the same side of the body, and the first tire wrench is provided with a force applying end, a wrenching end, a joint surface, a hexagonal insert block, a hexagonal perforation and a clip. a slotted end of the second tire wrench; the opposite end of the second tire wrench is located on opposite sides of the second tire wrench, and the joint surface of the second tire wrench faces the body, the hexagon The inserting block is protruded from the joint surface of the second tire wrench and is inserted into the hexagonal insertion hole. The hexagonal perforation is disposed at a position where the second tire plate is different from the hexagonal insert. The slot is opened in the 4th M380205 second tire wrench different from the hexagonal insert and the hexagonal perforation; and a chainer rotatably coupled to the chain end. In the bicycle tool set, the hexagonal block is provided with a receiving hole, a steel ball and a spring, and the receiving hole is radially recessed on the hexagonal block and has a bottom portion. The accommodating hole is exposed to the accommodating hole, and the spring is abutted against the steel ball and the bottom of the accommodating hole. - the bicycle tool set, wherein the hexagonal insert block is provided with a receiving hole, a steel ball and a spring, the receiving hole is radially recessed in the hexagonal snap block and is provided with a bottom 'the steel ball system The spring is disposed in the accommodating hole and is exposed to the accommodating hole, and the spring is abutted against the steel ball and the bottom of the accommodating hole. In the bicycle tool set, the aforementioned chain splicer is provided with a slewing groove, the slewing groove is recessed in the chain sitter and has a hexagonal cross-sectional shape, and the cross-sectional shape of the hexagonal insert block is described. The insertion groove is the same. The self-driving tool set, wherein the second tire wrench is provided with a wrench-joining hole, the cross-sectional shape of the wrench and the hole is hexagonal and is worn by the (four) two tire wrench different from the aforementioned hexagonal perforation and the foregoing The hexagon is inserted into the block. In the bicycle tool set, the cross-sectional shape of the aforementioned wrench joint hole is the same as the cross-sectional shape of the aforementioned hexagonal block. The bicycle tool set described above, the first tire wrench described in # is the other two slots, and the two light strips are respectively opened at the biasing end of the first tire wrench and the aforementioned open end. The bicycle tool set of the service has the second tire wrench as the other u-shaped clamping groove, and the two u-shaped clamping grooves are divided into wrenches. (7) The bicycle tool set according to the invention, wherein the hexagon socket of the hex socket is threaded through the body. The bicycle tool set provided by the present invention can be improved by at least: X. The body benefit 1 · The tire wrench is a quick separation 彳 μ π wrench m ” off-type. This creation uses the first month. The octagonal block of the wrench is inserted into the octagonal sleeve hole of the main body in a detachable manner, and the user can use other work 11 when the first-wheel platform is operated. This is the same as the J head, which is extremely practical and convenient. ► 2. Easy to operate the chain: This creation directly and the 6-acre of the second tire wrench is m ^4. The angle insert is inserted into the plug of the chain driver. which is
可細作打鍊器，操作簡單容易。 s P 3. 輪胎扳手具多功能用途：本創作的第 扳手除了可拆卸輪胎、調整輕條以 第：輪月。 器的工具使用，用途極為多元。 亦L作㈣打鍊 4. 易於施力操作：本創作的、 結合使用，加長操作時的施力力臂n船板手亦可 方便。 #易於鈀力操作，極為 【實施方式】 ”為能詳細瞭解本創作的技術特徵及實用功效，並 如說明書的内容來實施，茲 依 施例，詳細說明如后： 步以如圖式所示的較佳實 第一本創作所提供的一種自行車工具組的較佳實施例，如 第 一圖所.示，#句；fi·· , Γ2(Π . 係匕括.—本體（〗〇)、複數個工具頭 (20)、一第一輪胎扳手— 鍊器(50)等元件，其中： 第-輪胎扳手⑽及-打 6 M380205 α弟一、二圖所示，該本體（10)係為一矩形框體並設 有一打鍊端（11) ' 一工具槽（13)、一六角套孔、一六 •角插孔（17);該工具槽（13)係呈矩形並開設於該本體（1〇) ，該工具槽（13)的截面面積係約佔該本體（1〇)截面面積的 三分之二，該工具槽（1 3)係設有一開口，該開口係與該打 鍊端（11)位於該本體（10)的兩相對側； - °亥/、角套孔（1 5 )及該六角插孔（1 7)係穿設於該本體 (10)並位於該打鍊端（11)及該工具槽（13)之間，該六角套 參孔（15)的截面面積係大於該六角插孔（17)的截面面積。 如第一、二圖所示，該複數個工具頭（2〇)係平行設置 於該工具槽（13)内並與該本體（10)樞設；該複數個工具頭 (20)係屬於習知技術的構件，其詳細結構容不贅述。 如第一、二圖所示，該第一輪胎扳手（3〇)係為一長形 板體並大致與該本體（10)的長邊等長，該第一輪胎扳手 (30)係設有一施力端（32)、一扳開端（34)、一結合面（36) -及一六角卡塊（31)，該施力端（32)係抵靠於該打鍊端（11) 该扳開端（34)係呈漸薄狀並與該施力端（32)位於該第— 輪胎扳手（30)的兩相對側；該結合面（36)係朝向該本體 (1 0 ) ’ §玄六角卡塊（31)係凸設於該結合面（3 β)並插設於該 六角套孔（15)且設有一外周面；較佳地，該第一輪胎扳手 (30)係設有兩輻條夾槽（33)及一 ^形夾槽（35)，該兩輻條 夾槽（33)係截面形狀呈多邊形並開設於該第一輪胎扳手 (30)的該施力端（32)及該扳開端（34)的中間位置；該兩輕 條夾槽（3 3)係能夠將輻條的銅頭套入並用以調整輻條；轄 條夾槽（3 3)的形狀係屬於習知技術，在此容不贅述；該 M380205 形失槽（35)係開設於該第一輪胎扳手（30)且鄰近於該六角 • 卡塊（31 )，ϋ形夾槽（3 5)亦可用於旋轉銅頭而達到調整輻 . 條的目的； 較佳地’該六角卡塊（31)係設有一容置孔（311)、一 鋼珠（312)及一彈簧（3丨3)，該容置孔（311)係徑向凹設於 该六角卡塊（3 1 )的外周面並設有一底部，該鋼珠（312)係 • 設於該容置孔（311)内並外露於該容置孔（311 )，該彈簧 . (313)係抵靠於該鋼珠（312)及該容置孔（311)的底部；藉 • 此’能夠使第一輪胎扳手（30)的六角卡塊（31)不易自六角 套孔（1 5)中脫離。 如第一、二圖所示，該第二輪胎扳手（4〇)係大致與該 第一輪胎扳手（30)相同’該第二輪胎扳手（4〇)係設有一施 力端（42)、一扳開端（44)、一結合面（46)、一六角插塊 (41);該六角插塊（41)係凸設於該第二輪胎扳手（4〇)的結 合面（4 6)並插設於該六角插孔（1 7 ) ’該六角插塊（4 i )係設 有一容置孔（411)、一鋼珠（412)及一彈簧（413); _ 該第二輪胎扳手（40)係另設有一六角穿孔（43)、—扳 手結合孔（45)及兩U形夾槽（47)，該六角穿孔（43)係穿設 於該第二輪胎扳手（40)的施力端（42)，該扳手結合孔（45) 係截面形狀呈六角形並穿設於該第二輪胎扳手（4〇)的中段 位置；六角穿孔（43)及扳手結合孔（45)的作用係與六角套 孔（1 5 )及六角插孔（1 7 )相同，用於旋轉自行車的螺帽； 該兩U形夾槽（47)係開設於該第二輪胎扳手（4〇)並位 於該六角插塊（41 )的兩相對側，且能夠旋轉輻條的銅頭，· 較仫地，a玄扳手結合孔（4 5 )的截面形狀係與該第—輪 8 胎扳手（30)的六角卡塊（31)的截面形狀相同。 如第-、二圖所示，該打鍊器(5〇)係可轉動地結合於 該打鍊端（⑴並設有-插轉槽（51)，該插轉槽（⑴係凹設 於該打鍊器(50)且截面形狀呈六角形；該插轉槽⑼的截 面形狀係與該六角插塊⑷)的截面形狀相$ ;如第三圖所 示’藉此，使用者能利用第二輪胎扳手⑽的六角插塊 (41)插入插轉槽（51)並旋轉打鍊器（⑻更換鍊條；該打鍊 器（50)係屬於習知技術的構件，其詳細結構容不贅述。 如第四圖所示’本創作的六角套孔(15)及六角插孔 (17)係用於轉動或旋緊自行車後下叉的螺巾冒，該六角套孔 (15)與六角插孔（17)的尺寸不同，可適用於不同的自行車 或自行車其他部份的螺帽。 如第五圖所示’本創作的第一輪胎扳手⑶)及第二輪 胎扳手(40)於結合時’係將第一輪胎扳手(3〇)的六角卡塊 (31)插設於第二輪胎扳手（4〇)的扳手結合孔，且第一 輪胎扳手(30)係抵靠&第二輪胎扳手(4〇) ; ^匕，能夠結 合兩輪胎扳手（30)(40)，延長操作時的施力力臂，利用使 用者施力，極為方便實用。 惟以上所述者，僅為本創作之較佳實施例而已，當不 能以此限定本創作實施之範圍，&大凡依本創作申請專利 範圍及說明書内容所作之簡單的等效變化與修飾，皆應仍 屬本創作專利涵蓋之範圍内。 【圖式簡單說明】 第一圖係本創作較佳實施例之立體外觀圖。 第二圖係本創作較佳實施例之部份分解圖。 第二圖係本創作較佳實施例之使用第二輪胎扳手轉動 打鍊器之示意圖。 第四圖係本創作較佳實施例之使用本體的六角套孔轉 動螺帽之示意圖。It can be used as a chain driver for easy operation. s P 3. Tire wrench with multi-purpose use: In addition to the detachable tires and the adjustment of the light bar, the first wrench of this creation is the first month. The tool is used in a variety of ways. Also L (4) Chaining 4. Easy to apply force: This creation, combined with the use of the force of the arm when the operation is extended, can also be convenient. #易钯力力操作, Extreme [Implementation] ” In order to understand the technical features and practical functions of this creation in detail, and implement it according to the contents of the manual, please follow the example and explain in detail as follows: A preferred embodiment of a bicycle tool set provided by the first creation is as shown in the first figure, #句;fi··, Γ2(Π.系匕.-Ontology (〗 〖) a plurality of tool heads (20), a first tire wrench-chainer (50), and the like, wherein: the first-tire wrench (10) and the - 6 M380205 α brothers shown in Figure 1 and Figure 2, the body (10) It is a rectangular frame and has a chain end (11) 'a tool slot (13), a hexagon socket, and a six-corner socket (17); the tool slot (13) is rectangular and opens The body (1〇) has a cross-sectional area of about two-thirds of the cross-sectional area of the body (1〇), and the tool slot (13) is provided with an opening, and the opening is The chain end (11) is located on opposite sides of the body (10); - ° Hai /, the corner hole (15) and the hexagonal socket (17) are threaded through the body (10) Located between the chain end (11) and the tool slot (13), the cross-sectional area of the hexagon socket (15) is greater than the cross-sectional area of the hexagon socket (17). As shown in the first and second figures The plurality of tool heads (2〇) are disposed in parallel with the tool slot (13) and pivoted with the body (10); the plurality of tool heads (20) are components of the prior art, and the detailed structure thereof As shown in the first and second figures, the first tire wrench (3〇) is an elongated plate body and is substantially equal to the long side of the body (10), the first tire wrench (30) ) is provided with a force applying end (32), an open end (34), a joint surface (36) - and a hexagonal block (31), the force applying end (32) is abutted against the chain end (11) The plunging end (34) is gradually thinned and is located on opposite sides of the first tire wrench (30) from the urging end (32); the joint surface (36) is oriented toward the body (10) a hexagonal block (31) is protruded from the joint surface (3β) and inserted into the hexagonal sleeve hole (15) and provided with an outer peripheral surface; preferably, the first tire wrench (30) is provided with two Spoke clip slot (33) and one a clip-shaped groove (35) having a polygonal cross-sectional shape and being formed at an intermediate position between the biasing end (32) of the first tire wrench (30) and the open end (34); The two light strip clamping slots (3 3) are capable of inserting the copper head of the spokes and adjusting the spokes; the shape of the clamping groove (3 3) is a conventional technique, and is not described here; the M380205 is missing. (35) is installed in the first tire wrench (30) and adjacent to the hexagonal card block (31), and the 夹-shaped clamping groove (35) can also be used for rotating the copper head to achieve the purpose of adjusting the spokes; The hex socket (31) is provided with a receiving hole (311), a steel ball (312) and a spring (3丨3), and the receiving hole (311) is radially recessed on the hexagonal card. The outer peripheral surface of the block (31) is provided with a bottom portion, and the steel ball (312) is disposed in the receiving hole (311) and exposed to the receiving hole (311), and the spring (313) is abutted At the bottom of the steel ball (312) and the receiving hole (311); by this, the hexagonal block (31) of the first tire wrench (30) can be easily detached from the hexagonal hole (15). As shown in the first and second figures, the second tire wrench (4〇) is substantially the same as the first tire wrench (30). The second tire wrench (4〇) is provided with a force applying end (42) and a wrench. a starting end (44), a joint surface (46), and a hexagonal insert block (41); the hexagonal insert block (41) is protruded from the joint surface (4 6) of the second tire wrench (4) and inserted The hexagonal socket (1 7 ) is provided with a receiving hole (411), a steel ball (412) and a spring (413); _ the second tire wrench (40) The utility model further comprises a hexagonal perforation (43), a wrench coupling hole (45) and two U-shaped clamping slots (47), the hexagonal perforation (43) is threaded through the biasing end (42) of the second tire wrench (40) The wrench coupling hole (45) has a hexagonal cross-sectional shape and is disposed at a middle position of the second tire wrench (4〇); the hexagonal perforation (43) and the wrench coupling hole (45) function as a hexagonal sleeve hole (1 5 ) and the hexagonal jack (1 7 ) are the same, used to rotate the nut of the bicycle; the two U-shaped clip slots (47) are opened on the second tire wrench (4〇) and located in the hexagonal insert block ( 41) two phases The copper head of the spoke can be rotated on the side, and the cross-sectional shape of the a-wrench joint hole (45) is the same as the cross-sectional shape of the hexagonal block (31) of the first-wheel wrench (30). . As shown in the first and second figures, the chain splicer (5 〇) is rotatably coupled to the chain end ((1) and is provided with a grooving groove (51), and the insertion groove ((1) is recessed in The chain drive (50) has a hexagonal cross-sectional shape; the cross-sectional shape of the insertion groove (9) is comparable to the cross-sectional shape of the hexagonal insert block (4); as shown in the third figure, the user can utilize The hexagonal insert block (41) of the second tire wrench (10) is inserted into the insertion groove (51) and the chain cutter is rotated ((8) the chain is replaced; the chainer (50) is a member of the prior art, and the detailed structure thereof is not described herein. As shown in the fourth figure, 'The hexagonal hole (15) and the hexagonal socket (17) of this creation are used to rotate or tighten the screw of the bicycle's lower fork. The hexagonal hole (15) and the hexagon are inserted. The holes (17) are different in size and can be applied to different bicycles or other parts of the bicycle. As shown in the fifth figure, 'the first tire wrench (3) of this creation) and the second tire wrench (40) are combined. 'The hex clamp (31) of the first tire wrench (3 〇) is inserted into the wrench coupling hole of the second tire wrench (4 〇), and the first tire wrench (30) is abutted & Tire wrench (4〇) ; ^匕, can be combined with two tire wrenches (30) (40), extending the force of the arm during operation, using the user to force, very convenient and practical. Only the above, only for this creation The preferred embodiment is not limited to the scope of the present invention, and the simple equivalent changes and modifications made by the applicant in accordance with the scope of the patent application and the contents of the specification should still be within the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of a preferred embodiment of the present invention. The second drawing is a partial exploded view of the preferred embodiment of the present invention. The second drawing is a use of the preferred embodiment of the present invention. The second tire wrench rotates the chain breaker. The fourth figure is a schematic view of the hexagonal hole rotating nut of the body using the body of the preferred embodiment.
第五圖係本創作較佳實 胎扳手結合之示意圖。 【主要元件符號說明】 (1 0)本體 (11)打鍊端 (15)六角套孔 (20)工具頭 (30) 第一輪胎扳手 (31) 六角卡塊 (312)鋼珠 (3 2 )施力端 (33)輻條夾槽 (35)U形爽槽 (40) 第二輪胎扳手 (41) 六角插塊 (412 )鋼珠(42) 施力端 施例 之第一輪胎扳手與第二輪 (13)工具槽 (1 7)六角插孔 (311)容置孔 (313)彈簧 (34)扳開端 (3 6 )結合面 (411)容置孔 (413)彈簧 (43)六角穿孔 （44)扳開端 (4 5)扳手結合孔 （4 6)結合面 (47)U形夾槽 (5 0 )打鍊器 （51)插轉槽The fifth figure is a schematic diagram of the combination of the better tire wrenches of the present invention. [Main component symbol description] (1 0) body (11) chain end (15) hexagon socket (20) tool head (30) first tire wrench (31) hexagonal block (312) steel ball (3 2) force end (33) Spoke clip groove (35) U-shaped cool groove (40) Second tire wrench (41) Hex socket (412) Ball (42) Applying the first tire wrench and the second wheel (13) tool slot (1 7) Hex socket (311) accommodating hole (313) Spring (34) Open end (3 6 ) Bonding surface (411) accommodating hole (413) Spring (43) Hexagonal perforation (44) Open end (4 5) Wrench joint hole (4 6) joint surface (47) U-shaped clip groove (5 0) chain drive (51)