1313217 九、發明說明： 【發明所屬之技術領域】 本發明係涉及一種供手工具吊掛放置的裝置，尤指一 種易安裝_、結構牢靠且放置定位手工具方便的固定式手工 具吊架組。 【先前技術】 既有的手工具吊掛架係用以吊掛包裝扳手、螺絲起 子或者套筒等手工具’其主要係設有一吊板，於吊板上 穿"又有定位插孔’並於吊板前設有固定式或者滑動式的托 掛元件。 虽既有手工具吊掛架使用時，係以定位插孔提供使用 者穿釘或者勾掛於固定位置，然而由於托掛元件與吊板之 間由於僅為一體連接或者以嵌設的方式結合，因此吊掛定 位手工具的強度仍有待改良’以提供使用者強度更佳、更 穩固之手工具吊掛裝置。 【發明内容】 為提供使用者較佳的吊掛以及放置定位手工具的裝 置’本發明提供一種固定式手工具吊架組，其係包括一結 合几件以及複數個分別結合於該結合元件的托掛元件，其 中： 该結合元件設有一底板，該底板係板體並於左'右兩 側各穿设一定位插孔，一扣掛體，該扣掛體係沿左、右方 向延伸並結合於該底板的前面，各扣掛體於上、下兩側對 稱形成一道上勾扣凸肋以及一道下勾扣凸肋； 4 1313217 各#6掛元件分別設有一底座，各底座於上、下側配合 上、下勾扣凸肋形成一上勾臂以及一下勾臂，以上、下勾 臂配合勾扣於上勾扣凸肋以及下勾扣凸肋，藉此勾扣結合 於該扣掛體上，一結合桿，各結合桿係由各底座朝向該底 板的後面而向後伸設’以其自由端穿經該扣掛體而結合於 該底板’一托掛座，該托掛座係由各底座朝前的一面向前 伸設，於各托掛座並分別形成一托掛構造。 本發明各托掛元件的托掛座可設為以下四種型態： 1、 各托掛座係c形塊體，各托掛構造係垂直形成於 各托掛座的插孔。 2、 各托掛座係由各底座朝前伸設的塊體，各托掛構 造係形成於各托掛座頂面的凹槽。 3、 各托掛座係由各底座朝前伸設的板體，所述各括 掛構造係由各托掛座頂面垂直朝上伸設的圓柱體。 4、 各托掛座係由各底座朝前伸設的板體，各托掛構 造係由各托掛座頂面垂直朝上伸設的方柱體。 本發明包括以下兩種具體的態樣： 其一 ’本發明的底板於前面凸設形成一道沿左、右方 向延伸的補強塊’補強塊係形成於所述兩定位插孔之間， 並於形成該補強塊的部位對應所述各托掛元件的結合桿穿 設複數個結合孔； 所述扣掛體係沿左、右方向延伸的桿體，其於後側對 應該補強塊凹設形成一道嵌槽，以該道嵌槽嵌設結合於請 補強塊，該扣掛體對應各結合孔穿設複數個穿孔，並於上 5 1313217 側與下側分別朝上、下形成所述上勾扣凸肋以及所述下勾 扣凸肋，扣掛體的兩端部係位於兩定位插孔前，該扣掛體 於兩端部對應兩定位插孔形成兩辅助定位插孔；各托掛元 件的結合桿係穿經各穿孔而結合於各結合孔處。 —本發明的底板對各托掛元件的結合桿穿設複數 ^合孔：該扣掛體包括兩上、下間隔而由該底板朝前伸 〇又的上板以及下板，所诚定 、， 所这疋位插孔係設於該上板與該下板 4所述上勾扣凸肋以及所述下勾扣凸肋係分別由該上 =及該下板的前端緣各朝上、τ伸設，·各托掛元件的結 &才干係結合於各結合孔處。 合於孔二托掛元件的結合桿係以螺鎖的方式定位結 合於:::孔r掛元件的結合桿一扣的方式定位結 本發明使用時俏以έ 士^ν - μ t , ,—知以，，，°合兀*件兩側的定位插孔供插銷插 二=:底板結合於洞洞板或者工具車的垂直面，並利 入n底板處伸設出的各托掛元件，與結合元件欲 =成1形的穩固吊掛或者定位的構造，以供各種手工具 的固定吊掛使用。 社人由於本發明的結合元件與各托掛元件係以嵌設的方式 ’並加上各技掛元件設有向後延伸的結合桿虚底板螺 咖扣結合，以兩種複合的結合手段:能 口=體的強度’構成結構一體強度高，且托掛構造垂直 反或工具車垂直面的乙形固定式吊掛定位構造，使得 6 1313217 工具車上使用時，吊掛或承载於 工具能夠牢靠地定位結合，達到 本發明結合於洞洞板或者 本發明托掛構造的各種手 穩固吊掛手工具的功效。 【實施方式】1313217 IX. Description of the invention: [Technical field of the invention] The present invention relates to a device for hanging a hand tool, in particular to a fixed hand tool hanger group which is easy to install, has a firm structure and is convenient to place a positioning hand tool. . [Prior Art] The existing hand tool hanger is used to hang a hand wrench such as a packing wrench, a screwdriver or a sleeve. It is mainly provided with a hanging plate, which is worn on the hanging plate and has a positioning jack. There are fixed or sliding hanging components in front of the hanging plate. Although the hand tool hanger is used, the positioning jack is provided for the user to pin or hook in the fixed position, but since the hanging component and the hanging plate are only integrated or combined in an embedded manner. Therefore, the strength of the hanging positioning hand tool still needs to be improved' to provide a better and more stable hand tool hanging device for the user. SUMMARY OF THE INVENTION The present invention provides a fixed hand tool hanger set comprising a combination of several pieces and a plurality of components respectively coupled to the coupling component. The hanging component, wherein: the bonding component is provided with a bottom plate, the bottom plate is a plate body and a positioning jack is disposed on each of the left and right sides, and a fastening body is extended and combined in the left and right directions. On the front side of the bottom plate, each of the fastening bodies is symmetrically formed on the upper and lower sides to form an upper hook rib and a lower hook rib; 4 1313217 each #6 hanging component is respectively provided with a base, each base is above and below The upper and lower hook ribs are formed on the side to form an upper hook arm and a lower hook arm, and the upper and lower hook arms are hooked on the upper hook rib and the lower hook rib, thereby being hooked and coupled to the buckle body And a coupling rod, each of the coupling rods is extended from the base toward the rear of the bottom plate and is coupled to the bottom plate with its free end passing through the buckle body, and the bracket is supported by the bracket. The front side of each base is extended forward, each The brackets are pedestal and each form a bracket structure. The brackets of the brackets of the present invention can be set to the following four types: 1. Each bracket is a c-shaped block, and each bracket structure is vertically formed in the jack of each bracket. 2. Each of the brackets is a block extending from the base toward the front, and each of the brackets is formed on a groove of the top surface of each bracket. 3. Each of the brackets is a plate body extending upward from each of the bases, and each of the brackets is a cylinder extending upward from the top surface of each of the brackets. 4. Each bracket is a plate body which is extended forward from each base, and each of the brackets is a square cylinder which is vertically upwardly arranged from the top surface of each bracket. The present invention includes the following two specific aspects: a 'the bottom plate of the present invention is convexly formed at the front to form a reinforcing block extending in the left and right directions, and a reinforcing block is formed between the two positioning holes, and a part of the reinforcing block is formed corresponding to the connecting rod of each of the supporting elements, and a plurality of connecting holes are formed; the rod body extending in the left and right directions of the fastening system is formed on the rear side to form a reinforcing block The recessed groove is embedded in the reinforcing groove, and the fastening body is provided with a plurality of perforations corresponding to the respective coupling holes, and the upper hook is formed on the upper side and the lower side of the upper 5 1313217 respectively. The rib and the lower hook rib, the two ends of the buckle body are located in front of the two positioning sockets, and the two sides of the buckle body are formed at the two ends to form two auxiliary positioning jacks; The bonding rods are coupled to the respective coupling holes through the respective perforations. - the bottom plate of the present invention is provided with a plurality of matching holes for the connecting rods of the supporting members: the hanging body includes two upper and lower partitions, and the upper plate and the lower plate which are extended forward from the bottom plate are determined, The upper socket and the lower hook rib of the lower plate and the lower hook 4 are respectively upward from the front edge of the upper plate and the lower plate, τ is extended, and the knots of the respective hanging elements are combined with the respective joint holes. The coupling rod of the hole-hanging component is positioned in a screw-locking manner to be coupled to::: the coupling rod of the hole r-hanging component is positioned in a manner of a buckle. The invention is used in the manner of a ^士^ν - μ t , , - Knowing that,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, , with the combination of components to = 1 shape of a stable suspension or positioning structure for the fixed hanging of various hand tools. Since the bonding element of the present invention and each of the supporting components are embedded, and each of the technical components is provided with a rearwardly extending coupling rod virtual bottom plate screw combination, two composite means are combined: The strength of the mouth = body' constitutes a high-strength structure with a high-strength structure, and the bracket-shaped vertical or reverse-shaped locating structure of the vertical plane of the tool cart enables the 6 1313217 tool cart to be hanged or carried on the tool. The combination of the ground positioning achieves the effects of the various hand-stabilized hanging hand tools of the present invention combined with the hole plate or the support structure of the present invention. [Embodiment]
本發明係一種固定式手工具吊架組，請參看第— 圖的第一較佳實施例，其係包括一結合元件（工〇 A 及複數個分別結合於結合元件（1 〇 A )的托掛元件 〇 A )，其中： 至四 )以The present invention is a fixed hand tool hanger group, please refer to the first preferred embodiment of the first drawing, which comprises a coupling component (worker A and a plurality of brackets respectively combined with the coupling component (1 〇A) Hanging component 〇A), where: to four)
該結合元件（1 〇 A )設有-底板（丄1 A )，底板 (1 1 A )係垂直設置且沿水平方向延伸的長方形板體， 底板（11A)具有前、後面以及左、右兩端，其於左、 右兩側各穿設一定位插孔（111 A)，各定位插孔^工 1 1 A )為水平延伸的長孔，底板（丄丄A )並於兩定位 插孔（1 1 1 A )之間的前面’朝前凸設形成一道沿左、 右方向延伸的補強塊（1 1 2 A )，補強塊（1 1 2 A ) 係方形長條塊體，並對應各托掛元件（2 〇 a )而沿前、 後方向穿設複數個結合孔（1 1 3 A )，各結合孔（i工 3 A )為後端直徑較大的圓形沉頭孔； ~扣掛體（1 2 A ) ’扣掛體（1 2 A )係沿左、右 方向延伸且長度長於補強塊（1 1 2 A )的桿體，其於後 側對應該補強塊（1 1 2 A )凹設形成一道u形的嵌槽（1 2 1 A )，以該道嵌槽（1 2 1 A )嵌設結合於補強塊（1 1 2 A )，扣掛體（1 2 A )的兩端部係位於兩定位插孔 (1 1 1 A )的前方，於兩端部對應兩定位插孔（1 1 1 7 Ϊ313217 A)形成㈣甫助定位插孔（122a)，各輔助定位插孔 • ( 1 2 2 A )為水平延伸的長孔，扣掛體（丄2 A)對應 各結合孔（1 1 3 A )穿設有複數個圓形穿孔（丄2 3 a )， • 並於則面的上側與下側分別朝上、下各伸設形成一道上勾 扣凸肋（124A)以及一下勾扣凸肋（125A), ' 各托掛元件（2 0 A )分別設有一底座（2 1 A )， •各底座（2 1A)為〈形板體，並於上、下側配合上、下 _ 勾扣凸肋（124A) (125A)形成一L形的上勾臂 (211A)以及一L形的下勾臂（212a)，藉由上、 下勾臂（211A) (212A)配合勾扣於上勾扣凸肋 (1 2 4 A )以及下勾扣凸肋（丄2 5 A)而結合於該扣 掛體（1 2 A )上； 於各底座（2 1A)設有—結合桿（22a)，各結 s桿（2 2A)係圓形直桿，並由各底座（2 ία)向後 伸設，各結合桿（2 2 A )的後端穿經各穿孔（1 2 3 A ) • ❿伸抵各結合孔（1 1 3 A)處，於各結合桿（2 2 A) 後端部形成一螺孔（2 2丨A )，對應各螺孔（2 2 1 A ) 設有-螺絲（2 2 2 A )，各螺絲（2 2 2 A ) &各結合 孑L ( 1 1 3 A )後端鎖入各螺孔（2 2 1 a )，藉此將各 結合桿（2 2 A )定位結合於各結合孔（丄丄3 A )處， 將托掛元件（2 0 A )與結合元件（1 〇 A )的扣掛體（工 2 A )結合為一體； 方、各底座（2 1 A )設有一托掛座（2 3 A )，托掛 座（2 3A)係由各底座（2 lA)朝前的一面向前伸設 8 1313217 的匸形塊體，於各托掛座（2 3 A)並分別形成一托掛構 造（231A)，各托掛構造（231A)係垂直形成於 各托掛座的插孔。The coupling member (1 〇A ) is provided with a bottom plate (丄 1 A ), and the bottom plate (1 1 A ) is a rectangular plate body which is vertically disposed and extends in a horizontal direction, and the bottom plate (11A) has front and rear sides and left and right sides. The terminal has a positioning jack (111 A) on each of the left and right sides, and each positioning jack 1 1 A) is a horizontally extending long hole, and the bottom plate (丄丄A) is located at two positioning holes. The front face between (1 1 1 A ) is convexly formed to form a reinforcing block (1 1 2 A ) extending in the left and right directions, and the reinforcing block (1 1 2 A ) is a square long block body, and corresponding Each of the supporting elements (2 〇a ) is provided with a plurality of coupling holes (1 1 3 A ) in the front and rear directions, and each of the coupling holes (i 3 A ) is a circular counterbore having a large diameter at the rear end; ~扣扣体(1 2 A ) 'The buckle body (1 2 A ) is a rod body extending in the left and right directions and having a length longer than the reinforcing block (1 1 2 A ), which corresponds to the reinforcing block on the rear side (1 1 2 A) The recess is formed into a u-shaped recessed groove (1 2 1 A ), and the groove (1 2 1 A ) is embedded and combined with the reinforcing block (1 1 2 A ), and the buckle body (1 2 Both ends of A) are located in front of the two positioning jacks (1 1 1 A ) Square, at the two ends corresponding to the two positioning jacks (1 1 1 7 Ϊ 313217 A) to form (four) assist positioning holes (122a), each auxiliary positioning jack • (1 2 2 A) is a horizontal extension of the long hole, buckle The hanging body (丄2 A) is provided with a plurality of circular perforations (丄2 3 a ) corresponding to the respective coupling holes (1 1 3 A ), and is respectively extended upward and downward on the upper side and the lower side of the surface. Forming an upper hook rib (124A) and a lower hook rib (125A), each of the hanging elements (20A) is provided with a base (2 1 A), and each base (2 1A) is shaped The upper and lower sides of the upper and lower sides are combined with the upper and lower _ hook ribs (124A) (125A) to form an L-shaped upper hook arm (211A) and an L-shaped lower hook arm (212a). The lower hook arm (211A) (212A) is coupled to the upper hook rib (1 2 4 A) and the lower hook rib (丄 2 5 A) to be coupled to the buckle body (1 2 A ) ; each base (2 1A) is provided with a coupling rod (22a), each s pole (2 2A) is a circular straight rod, and is extended backward by each base (2 ία), each coupling rod (2 2 A The back end of each of the perforations (1 2 3 A) • ❿ extends to each of the joint holes (1 1 3 A) A screw hole (2 2丨A) is formed at the rear end of each of the coupling rods (2 2 A), and corresponding to each screw hole (2 2 1 A ), a screw (2 2 2 A ), each screw (2 2 2 ) A) & each binding 孑L (1 1 3 A ) rear end locks into each screw hole (2 2 1 a ), thereby positioning each bonding rod (2 2 A ) to each bonding hole (丄丄3 A ), the supporting component (20A) is combined with the fastening body (2A) of the coupling component (1〇A); the square and each base (2 1 A) are provided with a bracket (2 3 A), the bracket (2 3A) is a forward-shaped one of the bases (2 lA) extending forwardly with a 13 1313217 jaw-shaped block, and each bracket (2 3 A) is respectively formed with a bracket In the structure (231A), each of the bracket structures (231A) is formed vertically in the receptacle of each bracket.
當本發明第一較佳實施例於使用時，係以兩對分別對 正的辅助定位插孔（i 2 2A)以及定位插孔（χi A) 供插銷插扣，藉此結合於洞洞板或者工具車的垂直面，如 第四圖所示，形成L形堅固型態的結合元件（i 〇 A )以 及各托掛座（2 3 A )，以托掛元件（2 〇 a )的托掛構 w ( 2 3 1 A )提供螺絲起+( 3 〇 )手工具插設定位的 構造’使手工具能夠插設固定位置。 本I明的托掛元件除上述第一較佳實施例所述的構造 以外’還可以為其他構造。 w參看第五、八的第二較佳實施例，第二較佳實施例 的各托掛元件（2〇B)的托掛座（23b)係由底座（2 1 B )朝前伸設的塊體，於托掛座（2 3 b )形成—托掛 構造（2 3 1 B )，托掛構& ( 2 3丄B )係形成於各托 :Ί 2 3 B )頂面的凹槽；由於本較佳實施例其餘部份 皆與第—較佳實施例相同，故在此不作贅述。 μ參看第八圖，當本發明第二較佳實施例於使用時， 係以各托掛座（2 3 Β)的托掛構造（2 3工β)用以吊 卜扳手j 3 1 )，使手工具能夠吊掛固定位置。 請參看第六圖的第三較佳實施例，第三較佳實施例的 各托掛元件（2〇c)的托掛座（23c)係由底座。 1 C)底側朝前伸設的水平板體，於托掛座（2 3 ◦)頂 9 1313217 面的中間形成一托掛構造（2 3 1 C )係由各托掛座（2 3 c )頂面垂直朝上伸設的圓2 體；由於本較佳實施例其餘部份皆與第一較佳實施例相 同，故在此不作贅述。 請參看第七 '九圖的第四較佳實施例，第四較佳 例的各托掛元件（2 〇 cn &m + , n 0 卞、z ϋ d〕的托掛座（2 3 D)係由底座 (2 1 D )底側朝前伸設的水平板體，於托掛座（2 頂面的中間形成一技掛構造（231D)，托掛構造（2 各托掛座（2 3 D)頂面垂直朝上伸設的方 门豆故^ #佳實施例其餘部份皆與第—較佳實施例相 同，故在此不作贅述。 請參看第九圖，杂太恭 係以各把掛座（23 =月第四較佳實施例於使用時， 設套筒（32))的托掛構造（23id)用以穿 Λ 並以托掛座（2 3 D )托住套筒（3 2 ) 使套筒（3 2 )能夠吊掛固定位置。 ::參看第十、十二圖的第五較 一較佳實施例中有Mλ 具係改良弟 態。 托掛凡件的結合桿結合於底板的型 第五較佳實祐々 B )的各結合孔（’底1 1 B )補強塊（1 1 2 而於内部形成—枣3 B ) 5又為後側直徑較大的穿孔， 件（…心：：部(、113")，各托掛元 Η B)形成 二2 2 E)於後端部對應各肩部（i 21E)崎合各肩部(11 以各彈㈣ 1 Β )，藉此使各托掛 10 1313217 元件（2 Ο E )的結合桿（2 2 E ) a v ^人 ώ G」弋位結合於各結合孔When the first preferred embodiment of the present invention is used, the two pairs of respectively aligned auxiliary positioning jacks (i 2 2A) and the positioning jacks (χi A) are provided with latch pins, thereby being coupled to the hole plate. Or the vertical plane of the tool cart, as shown in the fourth figure, forms an L-shaped solid type of coupling element (i 〇A ) and each bracket (2 3 A ) to support the bracket (2 〇 a ) The hanging w ( 2 3 1 A ) provides the structure of the screw + ( 3 〇) hand tool insertion setting to enable the hand tool to be inserted into the fixed position. The hanging member of the present invention may have other configurations in addition to the configuration described in the first preferred embodiment. Referring to the second preferred embodiment of the fifth and eighth embodiments, the bracket (23b) of each of the supporting members (2〇B) of the second preferred embodiment is extended forward from the base (2 1 B). The block body is formed on the bracket (2 3 b ) - the bracket structure (2 3 1 B ), and the bracket structure & ( 2 3丄B) is formed on each of the top brackets: Ί 2 3 B ) The remaining portions of the preferred embodiment are the same as those of the first preferred embodiment, and thus will not be described herein. Referring to the eighth embodiment, when the second preferred embodiment of the present invention is used, the bracket structure (2 3 β) of each bracket (2 3 Β) is used to hang the wrench j 3 1 ), Allows the hand tool to hang from a fixed position. Referring to the third preferred embodiment of the sixth embodiment, the bracket (23c) of each of the brackets (2〇c) of the third preferred embodiment is a base. 1 C) The horizontal plate body extending forward from the bottom side forms a bracket structure (2 3 1 C) in the middle of the top surface of the bracket (2 3 ◦) 9 1313217 by each bracket (2 3 c The circular body of the top surface extending vertically upwards; the rest of the preferred embodiment is the same as the first preferred embodiment, and thus will not be described herein. Please refer to the fourth preferred embodiment of the seventh 'nine figure, the brackets of the brackets (2 〇cn &m + , n 0 卞, z ϋ d) of the fourth preferred example (2 3 D ) is a horizontal plate body extending forward from the bottom side of the base (2 1 D ), forming a technical hanging structure (231D) in the middle of the top surface of the bracket (2D, hanging bracket structure (2 each bracket (2 3 D) The top surface of the top surface is extended vertically upwards. The rest of the preferred embodiment is the same as the first preferred embodiment, so it will not be described here. Please refer to the ninth figure. Each of the hanging seats (23 = the fourth preferred embodiment of the month, the sleeve (32) is used in the hanging structure (23id) for piercing and holding the sleeve with the bracket (2 3 D) (3 2 ) enables the sleeve (32) to be hung in a fixed position. :: Referring to the fifth and preferred embodiments of the tenth and twelfth preferred embodiments, there is a modified Mλ system. Each of the coupling holes ('Bottom 1 1 B) reinforcing block (1 1 2 and internally formed - Jujube 3 B) 5 of the type 5 of the bottom plate of the bottom plate is combined with the larger diameter of the rear side. Perforation, pieces (...heart:: department (, 113 "), each hanging Η B) Form two 2 2 E) at the rear end corresponding to each shoulder (i 21E) to the shoulders (11 with each bullet (four) 1 Β), thereby making each bracket 10 1313217 components (2 Ο E ) The binding rod (2 2 E ) av ^ human ώ G" 弋 position is combined with each bonding hole
(1 1 3 B );由於本較佳實施例11A 也例其餘部份皆與第一較佳 實施例相同，故在此不作贅述。 請參看第十-、十三圖的第六較佳實施例，其係另一 改良第-較佳實施例中有關托掛元件的結合桿結合於底板 的型態。(1 1 3 B ); since the rest of the preferred embodiment 11A is the same as the first preferred embodiment, it will not be described herein. Referring to the sixth preferred embodiment of the tenth and thirteenth drawings, which is another modification of the first preferred embodiment, the coupling rod of the bracket member is coupled to the bottom plate.
第六較佳實施例中’底板（11B)補強塊（i i 2 B)的各結合孔（113B)為後側直徑較大的穿孔，並 且分別形成-環肩㉝（1131B)，各托掛幻牛（2〇 F )的結合桿（2 2 F )於後端部的周面形成一環扣合溝 (2 2 1 F ) ’對應各扣合溝（2 2丄F )設有一 c形扣 (2 2 2 F )，各C形扣（2 2 2 F )嵌設於各扣合溝（2 2 1F)並抵罪於各結合孔（1 1 3b)的肩部（工工3 1B)，藉此使各托掛元件（2〇F)的結合桿（22f) );由於本較佳實施例其 ，故在此不作贅述。 ’各托掛元件的托掛座以 定位結合於各結合孔（1 1 3 B 餘部份皆與第一較佳實施例相同 並且第二至四較佳實施例中 及托掛構造的構造可以直接置換運用於第五、第六較佳實 施例中，本發明在此不作限制。 >看苐十四至十五圖的第七較佳實施例，其係本發 明改良扣掛體與結合元件結合的型態，其係包括一結合元 件（1 0 C )以及複數個分別結合於結合元件（1 〇 c) 的托掛元件（2 0 G )，其中： s亥結合元件（1 〇 c)設有一底板（丄1 c)，底板 11 1313217 (1 1 c)係垂直設置且沿水 + K十方向延伸的長方形板體， 底板（1 1C)具有前、後面 η Γ λ ^ . 及左右兩知，底板（1 1 c)…右兩側各穿設-定位插孔（1 1 i C )，各 疋位插孔（1 i i C)為水平延伸的長孔，底板（1 1c) 並對應各托掛元件（2 〇G)而於兩定位插孔（丄H C) 之間穿設複數個結合孔（1 1 2 c ). -扣掛體（12C)，扣掛體(’12c)包括兩上、 下間隔而由底板朝前水平伸設的上板（1 2 i C)以及下 板、|122C) ’ 上板（121C)與下板（122C) 為平盯而沿左、右方向延伸的長方形片體，兩定位插孔（工 1 1 C )以及各結合孔（工工2 c)係設於上板（工2】 C)與下板（122c)之間，於上板（121c)以及 下板（1 2 2 C )的前端緣各朝上、下伸設一上勾扣凸肋 (121 1C)以及—下勾扣凸肋; 各托掛元件（2〇0)分別設有一底座（21G), 各底座（2 1 G)為〈形板體，並於上、下側配合上、下 勾扣凸肋（l211c) (122lc)形成一 L形的上 勾臂（211G)以及一 L形的下勾臂（2i2G)，藉 由上下勾’（2llG) (212G)配合勾扣於上勾 扣凸肋（121 1C)以及下勾扣凸肋（1221C：)而 結合於該扣掛體（1 2 C )上； 於各底座（21G)設有一結合桿（22G)，各結 合桿（2 2 G )係圓形直桿，並由各底座（2 1 g )向後 伸設’各結合桿（2 2 G )的後端抵靠於各結合孔（1 1 12 1313217 2 C)的周緣，且各結合桿（2 2G)後端部形成一螺孔 (2 2 1 G ) ’對應各螺孔（2 2丄G)設有一螺絲（2 2 2 G )，各螺絲（2 2 2 G )由各結合孔（丄丄2 c ) 後端鎖入各螺1(221G)，藉此將各結合桿（22g) 定位結合於各結合( ! ! 2 C)處’將㈣元件（2 ◦ G)與結合元件（！ 〇 c)的扣掛體（丄2 c )結合為一 於各底座（2 1G)設有-托掛座（23G)，托掛 座（2 3 G )係由各底座（2工G )朝前的一面向前伸設 形塊體，於各托掛座（2 3 G) i分別形成—托掛構 造（2 3 1 G)，各托掛構造（2 3 i G)得垂直形成於 各托掛座的插孔。 當本發明第七較佳實施例於使用時，係以兩定位插孔 (1 1 1 C )供插銷插扣，藉此結合於洞洞板或者工具車 的垂直面，並且底板（llc)與扣掛體（12c)、托 掛座（2 3 G )形成L形堅固的型態，再以托掛元件（2 〇 G )的托掛構造（2 3丄G )提供螺絲起子等手工具垂 直插設定位。 ~ i h看第十/、圖的第八較佳實施例，其係改良第七較 U施例中有關托掛元件的結合桿結合於底板的型態。 在第八較佳實施例中，底板（11D)於上板\12 :D )以及下( 1 2 2 D )之間的部分彎折形成一道沿 工、右方向延伸的〔形彎折部（111D)，於彎折部（1 1 1D)車月前的一面對應各托掛元件（20H)穿設形成 13 1313217 複數個結合孔（1 i 2D);並且 的結合桿…Η)於後端部對應各結合孔： 形成一彈性勾扣彳2 2 1 η 1 々 ) I " 1 Η ) ’以各彈性勾扣（ 分別扣合各結合孔（〗2 2 厶俨r 9 0 uJ 13 )後為的周緣，藉此將各結 二： &位結合於各結合孔（1 1 2 D )處；由In the sixth preferred embodiment, each of the coupling holes (113B) of the bottom plate (11B) reinforcing block (ii 2 B) is a perforation having a larger diameter on the rear side, and respectively forms a ring shoulder 33 (1131B). The coupling rod (2 2 F ) of the cow (2〇F) forms a loop-fitting groove (2 2 1 F ) on the circumferential surface of the rear end portion, and a c-shaped buckle is provided corresponding to each of the fastening grooves (2 2丄F) 2 2 2 F ), each C-shaped buckle (2 2 2 F ) is embedded in each of the fastening grooves (2 2 1F) and is offset by the shoulder of each joint hole (1 1 3b) (worker 3 1B), borrowing This makes the coupling rods (22f) of the respective hanging elements (2〇F); for the sake of the preferred embodiment, it will not be described herein. The brackets of the respective hanging components are positioned and coupled to the respective coupling holes (the remaining portions of the 1 1 3 B are the same as the first preferred embodiment and the configurations of the second to fourth preferred embodiments and the bracketing structure may be The direct replacement is used in the fifth and sixth preferred embodiments, and the present invention is not limited thereto. > The seventh preferred embodiment of the fourteenth to fifteenth drawings is a modified buckle body and a combination of the present invention. The combination of components includes a bonding component (10C) and a plurality of mounting components (20G) respectively coupled to the bonding component (1 〇c), wherein: s hai bonding component (1 〇c There is a bottom plate (丄1 c), and the bottom plate 11 1313217 (1 1 c) is a rectangular plate body which is vertically disposed and extends in the water + K direction, and the bottom plate (1 1C) has front and back η Γ λ ^ . Both know, the bottom plate (1 1 c)... the right side of each side is provided with a positioning hole (1 1 i C ), each of the clamping holes (1 ii C) is a horizontally extending long hole, the bottom plate (1 1c) and A plurality of coupling holes (1 1 2 c ) are disposed between the two positioning jacks (丄HC) corresponding to the respective hanging components (2 〇G). - The buckle body (12C) is fastened. ('12c) includes two upper and lower intervals and the upper plate (1 2 i C) and the lower plate, |122C) 'upper plate (121C) and lower plate (122C) extending horizontally from the bottom plate to the front a rectangular piece extending in the left and right directions, two positioning jacks (work 1 1 C) and each joint hole (worker 2 c) are disposed between the upper plate (Work 2) C) and the lower plate (122c) , an upper hook rib (121 1C) and a lower hook rib are respectively protruded upward and downward on the front edge of the upper plate (121c) and the lower plate (1 2 2 C ); each supporting member (2) 〇0) respectively, a base (21G) is provided, and each base (2 1 G) is a <shaped plate body, and the upper and lower sides are matched with upper and lower hook ribs (l211c) (122lc) to form an L-shaped upper portion. The hook arm (211G) and an L-shaped lower hook arm (2i2G) are hooked to the upper hook rib (121 1C) and the lower hook rib (1221C by the upper and lower hooks '(2llG) (212G)). ) is coupled to the buckle body (1 2 C ); a coupling rod (22G) is provided on each base (21G), and each joint rod (2 2 G) is a circular straight rod, and each base (2 1 ) g) extending the rear end of each of the joint rods (2 2 G) against each of the joint holes 1 1 12 1313217 2 The circumference of C), and a screw hole (2 2 1 G ) is formed at the rear end of each joint rod (2 2G). A screw (2 2 2 G) is provided for each screw hole (2 2丄G). ), each screw (2 2 2 G ) is locked into each screw 1 (221G) by the rear end of each coupling hole (丄丄2 c ), thereby positioning each bonding rod (22g) to each combination ( ! ! 2 C ) '(4) components (2 ◦ G) with bonding components (!扣c) The buckle body (丄2 c ) is combined with a bracket (23G) for each base (2 1G), and the bracket (2 3 G) is driven by each base (2 workers G) The front side is extended forwardly to form a block body, and each of the brackets (2 3 G) i respectively forms a bracket structure (2 3 1 G), and each bracket structure (2 3 i G) is vertically formed in each The socket of the bracket. When the seventh preferred embodiment of the present invention is used, the two positioning holes (1 1 1 C) are used for the pin latches, thereby being coupled to the vertical surface of the hole plate or the tool cart, and the base plate (llc) and The buckle body (12c) and the bracket (2 3 G) form an L-shaped solid shape, and then the hand tool such as a screwdriver is provided by a hanging structure (2 3丄G) of the hanging component (2 丄G). Insert the set bit. ~ i h See the eighth preferred embodiment of the tenth, figure, which is a modification of the type in which the coupling rod of the seventh embodiment is attached to the bottom plate. In the eighth preferred embodiment, a portion of the bottom plate (11D) between the upper plate \12 : D ) and the lower portion ( 1 2 2 D ) is bent to form a [shaped bent portion extending in the right and the right direction ( 111D), one side of the bending part (1 1 1D) before the vehicle is placed corresponding to each of the hanging elements (20H) to form 13 1313217 a plurality of coupling holes (1 i 2D); and the coupling rod ... Η) at the rear end Corresponding to each joint hole: Form an elastic hook 彳2 2 1 η 1 々) I " 1 Η ) 'With each elastic hook (separate each joint hole separately (〗 〖2 2 厶俨r 9 0 uJ 13 ) The circumference of the back, whereby each knot 2: & bit is combined at each bonding hole (1 1 2 D );
=1例其餘部份皆與第七較佳實施例相同，故在 此不作費述D 請參看第十七圖的第九較佳實施例，其係改良第七較 佳貫^中有關托掛元件的結合桿結合於底板的型態。 在第九較佳實施財，底板（1 1 D)於上板（工2 1 D )以及下板（i 2 2 D )之間的部分彎折形成一道沿 左、右方向延伸的匸形彎折部，， 々丐斫邛（1 1 ]_ D )，於彎折部（工 11D)朝前的一面對應各托掛元件（2〇 "穿設形成 複數個結合孔（112D);並且各托掛元件（2〇" 的結合桿（2 2 "於後端部的周面形成一環扣合溝㈡ 2 1 I )，對應各扣合溝（2 2丄"設有__c形扣（2 221)各C形扣（2221)嵌設於各扣合溝（22 1 1 )並抵靠於各結合孔（1 1 2 D )後端的周緣，藉此 將各結合桿（2 2 I )定位結合於各結合孔（丄丄2 d ) 處；由於本較佳實施例其餘部份皆與第七較佳實施例相 同，故在此不作贅述。 第二至四較佳實施例中，各托掛元件的托掛座以及托 掛構造的構造可以直接置換運用於第七、八、九較佳實施 例中，本發明在此不作限制。 14 Ϊ313217 上述所揭露的本發明之技術手段，係僅用以說明本發 明之較佳實施狀態，但不代表本發明之實施態樣限於上述 所揭露的較佳實施例，對熟悉此項技術的人士，依據本發 月所作外型或大小上的改變而實f上卻與本發明所揭露的 手段相同的裝置’亦不應被排除於本發明所欲請求保 護的申請專利範圍之外。 ’、 【圖式簡單說明】The rest of the =1 case is the same as the seventh preferred embodiment, so the description is not made here. Please refer to the ninth preferred embodiment of the seventeenth embodiment, which is a modification of the seventh preferred embodiment. The coupling rod of the component is coupled to the type of the bottom plate. In the ninth preferred embodiment, a portion of the bottom plate (1 1 D) between the upper plate (Work 2 1 D) and the lower plate (i 2 2 D) is bent to form a meandering curve extending in the left and right directions. a folding portion, 々丐斫邛(1 1 ]_ D ), a front facing side of the bending portion (work 11D) corresponding to each of the supporting members (2〇" is formed to form a plurality of coupling holes (112D); The binding rods of the brackets (2 &" (2 2 " forming a loop-closing groove (2) 2 1 I on the circumferential surface of the rear end portion), corresponding to each of the fastening grooves (2 2 丄 " with __c Each of the C-shaped buckles (2221) is embedded in each of the fastening grooves (22 1 1 ) and abuts against the periphery of the rear end of each of the coupling holes (1 1 2 D ), thereby connecting the respective coupling rods (2) 2 I) Positioning is combined with each of the bonding holes (丄丄2d); since the rest of the preferred embodiment is the same as the seventh preferred embodiment, it will not be described herein. Second to fourth preferred embodiments In the preferred embodiment of the seventh, eighth, and ninth embodiments, the present invention is not limited thereto. 14 Ϊ313217 The above disclosed technology of the present invention is not limited thereto. Means are only used to illustrate the preferred embodiment of the present invention, but it is not intended to limit the embodiments of the present invention to the preferred embodiments disclosed above, and the person skilled in the art may be based on the appearance of the present month or The device of the same size as the method disclosed in the present invention should not be excluded from the scope of the claimed invention as claimed. ', [Simple description]
$ —圖係本發明第一較佳實施例之立體分解圖。 f二圖係本發明第一較佳實施例之立體圖。 第二圖係本發明第一較佳實施例之剖面圖。 :四圖係本發明第一較佳實施例之使用示意圖。 第五圖係本發明第二較佳實施例托掛元 第六圖係本發明第三較佳實施例托掛元件之立 第七圖係本發明第四較佳實施例托掛元件之立體圖。 第、圖係本發明第二較佳實施例之使用示意圖。 第九圖係本發明第四較佳實施例之使用示意圖。 =圖係本發明第五較佳實施例托掛元件之立體圖。 弟一圖係本發明第六較佳實施例托掛元件之立體圖 之剖面圖 十圖係本發明第五較佳實施例托掛元件 苐十一圖係本發明第 六較佳實施例托掛元件之剖面圖 圖 第十四圖ίτ、本發明第七較佳實施例之立體分解 15 1313217 第十五圖係本發明第七較佳實施例之剖面圖。 第十六圖係本發明第八較佳實施例之剖面圖。 第十七圖係本發明第九較佳實施例之剖面圖。 【主要元件符號說明】 (1 0 A )結合元件 （ (1 1 1 A )定位插孔（ (1 1 3 A )結合孔 （ (1 2 1 A)嵌槽 （ (1 2 3 A )結合孔 （ (125A)下勾扣凸肋 (1 1 B )底板 （ (1 1 3 B )結合孔 （ (1 0 C )結合元件 （ (1 1 1 C )定位插孔（ (1 2 C )扣掛體 ( (1 2 1 1 C )上勾扣凸 (1 2 2 1 C )下勾扣凸 (1 1 D )底板 （ (1 1 2 D )結合孔 （ (1 2 2 D )下板 (2 0 A )托掛元件 （ (2 1 1 A )上勾臂 （ (2 2 A )結合桿 （ 1 1 A )底板 1 1 2 A )補強塊 1 2 A )扣掛體 1 2 2 A)輔助定位插孔 1 2 4 A)上勾扣凸肋 1 1 2 B )補強塊 1 1 3 1 B )肩部 1 1 C )底板 1 1 2 C )結合孔 121C)上板 肋 （1 2 2 C )下板 肋 111D)彎折部 121D)上板 2 1 A )底座 2 1 2 A )下勾臂 2 2 1 A )螺孔 16 1313217 (2 2 2 A )螺絲 （2 3 A )托掛座 (2 3 1 A )托掛構造 (2 Ο B )托掛元件 （2 1 B )底座 (2 3 B )托掛座 （2 3 1 B )托掛構造 (2 0 C )托掛元件 （2 1 C )底座 (2 3 C )托掛座 （2 3 1 C )托掛構造 (2 0 D )托掛元件 （2 1 D )底座 (2 3 D )托掛座 （2 3 1 D )托掛構造 (2 Ο E )托掛元件 （2 2 E )結合桿 (2 2 1 E )彈性勾扣 (2 0 F )托掛元件 （2 2 F )結合桿 (2 2 1 F )扣合溝 （2 2 2 F ) C形扣 (2 0 G )托掛元件 （2 1 G )底座 (211G)上勾臂 （212G)下勾臂 (2 2 G )結合桿 （2 2 1 G )螺孔 (2 2 2 G )螺絲 （2 3 G )托掛座 (2 3 1 G )托掛構造 (2 Ο Η)托掛元件 （2 2 Η)結合桿 (2 2 1 Η )彈性勾扣 (2 Ο I )托掛元件 （2 2 I )結合桿 (2 2 1 I )扣合溝 （2 2 2 I ) C形扣 (3 0 )螺絲起子 （3 1 )扳手 (3 2 )套筒 17$ - Figure is an exploded perspective view of a first preferred embodiment of the present invention. Figure 2 is a perspective view of a first preferred embodiment of the present invention. The second drawing is a cross-sectional view of a first preferred embodiment of the present invention. 4 is a schematic view showing the use of the first preferred embodiment of the present invention. The fifth embodiment is a second preferred embodiment of the present invention. The sixth embodiment is a third preferred embodiment of the present invention. The seventh embodiment is a perspective view of the mounting member of the fourth preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view showing the use of a second preferred embodiment of the present invention. The ninth drawing is a schematic view showing the use of the fourth preferred embodiment of the present invention. = Figure is a perspective view of a mounting member of a fifth preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 10 is a perspective view of a perspective view of a sixth preferred embodiment of the present invention. FIG. 10 is a fifth preferred embodiment of the present invention. FIG. FIG. 14 is a perspective view of a seventh preferred embodiment of the present invention. FIG. 14 is a perspective view of a seventh preferred embodiment of the present invention. Figure 16 is a cross-sectional view showing an eighth preferred embodiment of the present invention. Figure 17 is a cross-sectional view showing a ninth preferred embodiment of the present invention. [Main component symbol description] (1 0 A ) bonding component ( (1 1 1 A ) positioning jack ( (1 1 3 A ) bonding hole ( (1 2 1 A) slot (1 2 3 A) bonding hole ((125A) lower hook rib (1 1 B) bottom plate ((1 1 3 B ) joint hole ( (1 0 C ) coupling element ( (1 1 1 C) positioning socket ((1 2 C)) Body ((1 2 1 1 C) on the hook convex (1 2 2 1 C) under the hook convex (1 1 D) bottom plate ((1 1 2 D ) joint hole ((1 2 2 D) lower plate (2 0 A ) Supporting component ( (2 1 1 A ) upper arm ( (2 2 A ) coupling rod ( 1 1 A ) base plate 1 1 2 A ) reinforcing block 1 2 A ) buckle body 1 2 2 A) Auxiliary Positioning socket 1 2 4 A) Upper hook rib 1 1 2 B) Reinforcement block 1 1 3 1 B) Shoulder 1 1 C) Base plate 1 1 2 C ) Bonding hole 121C) Upper plate rib (1 2 2 C ) lower plate rib 111D) bent portion 121D) upper plate 2 1 A) base 2 1 2 A) lower hook arm 2 2 1 A) screw hole 16 1313217 (2 2 2 A ) screw (2 3 A ) bracket (2 3 1 A ) sling structure (2 Ο B ) sling element (2 1 B ) base (2 3 B ) sling (2 3 1 B ) sling structure (2 0 C) sling element (2 1 C) base (2 3 C) bracket (2 3 1 C) bracket structure (20 D) Component (2 1 D ) base (2 3 D ) bracket (2 3 1 D) bracket structure (2 Ο E) bracket (2 2 E) coupling rod (2 2 1 E) elastic hook (2 0 F ) Supporting element (2 2 F ) coupling rod (2 2 1 F ) fastening groove (2 2 2 F ) C-shaped buckle (2 0 G) supporting component (2 1 G) base (211G) Arm (212G) lower arm (2 2 G) coupling rod (2 2 1 G) screw hole (2 2 2 G) screw (2 3 G) bracket (2 3 1 G) bracketing structure (2 Ο Η ) Hanging component (2 2 Η) bonding rod (2 2 1 Η) elastic hook (2 Ο I) supporting component (2 2 I ) coupling rod (2 2 1 I ) fastening groove (2 2 2 I ) C-shaped buckle (3 0 ) Screwdriver (3 1 ) Wrench (3 2 ) Sleeve 17