M282802 八、新型說明： 【新型所屬之技術領域】 本創作係與手工具有關，詳而言之，係指一種折疊工具組之 本體，其具有優美之外觀。 胃 【先前技術】 按，習知一種折疊工具組(10)如第一圖所示，於其本體(12)内 係裝没有多數工具(14)，該等工具(14)具有不同之尺寸及構形，例 # 如一字形或十字形起子，或六角扳手等，該等工具可往外扳出而 使用，或折收於本體中。 此工具組(10)之本體(12)係由二側板(15)及二螺接構件(16)所 構成，每一螺接構件具有一螺桿(17)及一螺帽(18)，並螺接於該二 側板(15)—端。該二螺接構件之螺桿(17)並於本體二端形成二軸， 供該等工具樞套，形成工具之轉轴。 此種工具組具有一相當明顯之缺失，亦即，各螺接構件(16) 之螺桿(17)之頭部及螺帽(18)係外露於側板(15)之外侧面，破壞工 Φ 具組之美感，於外觀上並不美觀。同時，受限於外露之螺桿與螺 帽，故本體(12)並不適於製作成不同之外型。 再者，此種本體(12)鎖緊後，該二側板(15)間係形成一固定之 ’ 間距，並無法變動或調整。 - 【新型内容】 本創作之主要目的在於提供一種折疊工具組之本體，該本體 之結構設計係使之具有美觀之外形。 本創作之另一目的在於提供一種折疊工具組之本體，該本體 之二側板之間距係可調整者。 5 M282802 【實施方式】 f為使胃審查委員▲進—步瞭解本創作之目的、特徵以及所 、之力效以下餘舉本創作一較佳實施例並配 細說 明於后，其中，圖式之安排為： 第-圖係習知-種折叠工具組之立體圖。 第二圖係本創作—較佳實施例之立體圖。 第三圖係第二圖之正視分解剖面圖。 第四圖係第三圖之組合圖。 第五圖係本創作之樞桿之另—實施結構。 第六、七®分別為摘作之樞桿之另二種實施結構。 ^圖係本創作再一較佳實施例之側板之正視剖面圖。 =九圖係本創作另—較佳實施例之正視分解局部剖面圖。 月 > 閱第一、二圖，係本創作一較佳實施例所提供之折疊工 具組▲之本體(2〇)，具有二側板(30)(32)及二樞桿(40)(40，）。 該二側板(30)(32)係平行排列，其内側面於一端分別設一第一 與-第二螺孔(34)(35);而另―频分職—第三及—第四螺孔 (=6)(38) ’各該螺孔並未貫穿至該二側板之外麻。此外，第一及 第螺孔(34)(35)之螺紋係呈反向，亦即，其中之一為右旋螺紋， 而另者為左旋螺紋。同樣的，第三及第四螺孔(36)(38)之螺紋亦 呈反向。 該二樞桿(40)(40，)係為相同結構，各樞桿(40)之桿身(42)二端 均設-螺桿部(44)(45)，肖二螺桿部(鄉5)之螺牙係為反向之螺 牙’亦即，一螺桿部為正旋螺牙，另一螺桿部則為逆旋螺牙。另 包含有：一驅轉部(46)，固設於樞桿之桿身(42)上。於實施上，該 驅轉部(46)可與桿身(42)一體製成，或如第五圖所示，為一個別的 6 M282802 零件’復套設於桿身(42，)再以諸如焊接之方式固定。 該二樞桿(40)(40，)係分別螺接於該二側板(3〇)(32)二端第一 樞桿(40)二端之螺桿部(44)(45)係分別螺接於第一及第二螺孔 (34)(35)，而第二樞桿(40，)二端之螺桿部則分別螺接於第三及第四 • 螺孔(36)(38)。當使用者以-個轉動方向，例如順時針方向，轉動 該驅轉部(46)使得樞桿(40)轉動時，藉由樞桿二端正、反螺紋之設 計’樞桿二端之螺桿部(44)(45)係持續旋入該二側板(3〇)(32j之螺^ (34)(35)(36)(38)中’進而使該二側板由第四圖之假想線之位置而同 • 錄内移動，位移至實線所示之位置，完成側板與樞桿之連接。 反之’若以另-方向轉動樞桿時，則可使該二側板同步向外移動。 本實施例之驅轉部(46)係呈_狀，且表面設有職(47)之嫌 面，可便於使用者轉動， 本體組裝後，若干工具(5〇) ’如第四圖假想線所示，係栖套於 樞桿(40)之桿挪2)上而可轉動。此外，於植桿上另穿套有多數彈 性墊片(52)’分雜於相鄰二工具⑽之間，以及工具與侧板⑽⑼ 之間’當工具被轉動於特定角位置時，塾片之彈性力可使得工具 籲 保持於該角位置，不會晃動。 另，由本創作之結構可知，以不同之方向轉動樞桿(4〇)時，可 使該二側板同步往内靠近或往外移動，故於組裝本體時，可調整 該二側板(30)(32)間之間距⑻。該等彈性墊片(52)可使本體保持組 ^ 合狀態，不會解體。 第六、七圖顯示本創作之樞桿(6〇)(6〇，)之不同實施結構，梅桿 上之轉部(62)(62，)可製成多角形，故除了可以手直接轉動之外， 亦可以適當的工具，例如開口扳手，套接於驅轉部以轉動樞桿。 第八圖顯示本創作之工具組本體之側板之另一較佳 實施例之 7 M282802 結構，實施上，各側板(70)之内側面各端可設一凹入(72); 一螺帽 (75)，係鑲埋於各凹入(72)中，該螺帽(75)之螺孔(76)即形成側板之 螺孔。 第九圖係本創作之工具組本體(80)之又一較佳實施例，同樣包 含有：二側板(90)(92)及二樞桿(1〇〇)(1〇〇，）。其中： 该一側板(90)(92)之内側面於同一端分別設一第一及一第二螺 桿部(94)(95)，而另一端則分別設一第三及第四螺桿部(96)(98)。該 第一及第二螺桿部(94)(95)之螺牙係反向；同樣的，該第三及第四 > 螺桿部(96)(98)之螺牙亦呈反向。 各該樞桿(100)之桿身(102)上係設一驅轉部(1〇4)，而二端則分 別設一螺孔(106)(107)，該二螺孔之螺紋係反向。組合時，該二樞 桿(100)係以其螺孔(106)(107)分別螺接於該二側板(90)(92)二端之 螺桿部(94)至(98)，其組合後之結構係與第二圖相同。 此外，各螺桿部可與側板一體製成，亦或，於各側板之内側 面二端各設一凹入(11〇)，復將一螺栓(112)之頭部(114)鑲埋於各凹 _ 入(110)中，使螺栓之桿身形成各該螺桿部(94)(95)(96)或(98)。 而本實施例之驅轉部可為上述各實施例所揭者。 本創作之功效在於： 由第二圖可知，本創作之本體之外側面並不會有外露之螺栓 或螺帽，故使得本體具有完美之外觀。且因本體之外表面為完整 之表面，並無任何外露之螺件，使製造商便於本體(之側板)設計成 各種不同之造型，以增加產品造型之變化。 在側板及掩桿保持螺接之狀態下，本創作可允許使用者調整 ^—侧板間之間距。 8 M282802 【圖式簡單說明】 知-種折紅具組之立體圖。 =圖係本創作_較佳實施例之立體圖。 第一圖係第二圖之正視分解剖面圖。 第四圖係帛三®之組合圖。 ^五圖係本創作之轉之另-實施結構。 第六、七圖分別為本創作之樞桿之另二種實施結構。 第八圖係本創作再一較佳實施例之側板之正視剖面圖。 第九圖係本創作另一較佳實施例之正視分解局部剖面圖。 【主要元件符號說明】 本體(20)(80) 側板(30)(32)(70)(90)(92) 螺孔(34)(35)(36)(38)(76)(106)(107) 樞桿(40)(60)(100) 桿身（42)(102) 螺桿部(44)(45)(94)(95)(96)(98) 驅轉部(46)(62)(104) 間距（w) 螺帽（75) 頭部（114) 壓花(47) 凹入(72)(110) 螺栓（112) 9M282802 8. Description of the new type: [Technical field to which the new type belongs] This creation is related to hand tools. In detail, it refers to the body of a folding tool set, which has a beautiful appearance. Stomach [prior art] Press, it is known that a folding tool set (10) is shown in the first figure, and there are no majority of tools (14) inside the body (12). These tools (14) have different sizes and Configuration, such as # such as a flat or cross-shaped screwdriver, or a hexagonal wrench, etc. These tools can be pulled out for use, or folded in the body. The body (12) of the tool set (10) is composed of two side plates (15) and two screwed members (16). Each screwed member has a screw (17) and a nut (18), and the screw Connected to the end of the two side plates (15). The screws (17) of the two screwed members form two shafts at the two ends of the body, for the tools to be pivoted to form the shaft of the tools. This kind of tool set has a rather obvious lack, that is, the head of the screw (17) and the nut (18) of each screw connection member (16) are exposed on the outer side of the side plate (15), which destroys the tool. The beauty of the group is not aesthetically pleasing. At the same time, due to the exposed screws and nuts, the body (12) is not suitable for making different shapes. Furthermore, after the body (12) is locked, a fixed distance is formed between the two side plates (15) and cannot be changed or adjusted. -[New content] The main purpose of this creation is to provide a body of a folding tool set, whose structure is designed to have a beautiful appearance. Another purpose of this creation is to provide a body of a folding tool set, the distance between the two side plates of the body is adjustable. 5 M282802 [Implementation Mode] f In order to enable the stomach review committee ▲ to further understand the purpose, characteristics, and effectiveness of this creation The arrangement is as follows: The first picture is a conventional three-dimensional view of a folding tool set. The second figure is a three-dimensional view of the present invention, the preferred embodiment. The third figure is a front exploded sectional view of the second figure. The fourth picture is a combination diagram of the third picture. The fifth picture is another implementation of this creation-implementation structure. The sixth and seventh ® are the other two implementation structures of the pivots. ^ The figure is a front cross-sectional view of a side plate of yet another preferred embodiment of this creation. = Nine Figures is another fragmentary sectional view of the front of the present invention, another preferred embodiment. Month > Read the first and second pictures, which are the body (20) of the folding tool set ▲ provided by a preferred embodiment of this creation, with two side plates (30) (32) and two pivot levers (40) (40) ,). The two side plates (30) and (32) are arranged in parallel, and a first and a second screw hole (34) (35) are provided at one end of the inner side surface; and the other-the frequency division-the third and the fourth screw Hole (= 6) (38) 'Each of the screw holes does not penetrate outside the two side plates. In addition, the threads of the first and third screw holes (34) (35) are reversed, that is, one of them is a right-handed thread, and the other is a left-handed thread. Similarly, the threads of the third and fourth screw holes (36) (38) are reversed. The two pivot levers (40) (40,) are of the same structure, and the two ends of the shaft (42) of each pivot lever (40) are provided with a screw section (44) (45), and a small screw section (xiang 5). The screw thread is a reverse screw thread, that is, one screw portion is a forward screw thread, and the other screw portion is a reverse screw thread. It also includes a driving part (46), which is fixed on the shaft (42) of the pivot. In practice, the driving part (46) can be made integrally with the shaft (42), or as shown in the fifth figure, another 6 M282802 parts' set on the shaft (42,) and then Such as welding. The two pivot rods (40) (40,) are respectively screwed to the two side plates (30) (32), two ends of the first pivot rod (40), two screw portions (44) (45) are screwed respectively. To the first and second screw holes (34) (35), and the screw portions at the two ends of the second pivot (40,) are screwed to the third and fourth screw holes (36) (38), respectively. When the user rotates the driving part (46) in a direction of rotation, for example, clockwise, so that the pivot (40) rotates, the design of the positive and reverse threads of the two ends of the pivot 'the screw part of the two ends of the pivot (44) (45) is continuously screwed into the two side plates (30) (32j of the screw ^ (34) (35) (36) (38) ', and then the two side plates are moved from the position of the imaginary line in the fourth figure While moving in the same position, the position is shown by the solid line to complete the connection between the side plate and the pivot lever. On the contrary, if the pivot lever is rotated in the other direction, the two side panels can be moved outward synchronously. This embodiment The driving part (46) is in the shape of _, and the surface is provided with a suspected surface (47), which is convenient for the user to rotate. After the main body is assembled, a number of tools (50) are shown as imaginary lines in the fourth figure. Perched on the lever 2) of the pivot (40) and rotatable. In addition, a majority of the elastic pads (52) are inserted through the planting rod, and are separated between two adjacent tool ⑽ and between the tool and the side plate ⑽⑼. When the tool is rotated at a specific angular position, the cymbal The elastic force can keep the tool appealing at this angular position without shaking. In addition, according to the structure of this creation, when the pivot lever (40) is rotated in different directions, the two side plates can be moved inwardly or outwardly synchronously, so the two side plates (30) (32) can be adjusted when the body is assembled. ). The elastic gaskets (52) can keep the main body in an assembled state without disintegration. The sixth and seventh pictures show the different implementation structures of the pivot (60) (60,) of this creation. The turning part (62) (62,) on the plum pole can be made into a polygon, so in addition to being able to directly rotate by hand Besides, a suitable tool, such as an open-end wrench, can also be sleeved on the driving part to rotate the pivot lever. The eighth figure shows another preferred embodiment of the side plate of the tool set body 7 M282802 structure. In practice, each end of the inner side of each side plate (70) can be provided with a recess (72); a nut ( 75) is embedded in each recess (72), and the screw hole (76) of the nut (75) forms the screw hole of the side plate. The ninth figure is another preferred embodiment of the tool set body (80) of this creation, which also includes: two side plates (90) (92) and two pivot levers (100) (100,). Among them: the inner side of the one side plate (90) (92) is provided with a first and a second screw portion (94) (95) at the same end, and the other end is provided with a third and a fourth screw portion ( 96) (98). The threads of the first and second screw portions (94) (95) are reversed; similarly, the threads of the third and fourth > screw portions (96) (98) are also reversed. A driving part (104) is arranged on the shaft (102) of each of the pivot levers (100), and a screw hole (106) (107) is provided on each end, and the thread of the two screw holes is reversed. to. During assembly, the two pivot levers (100) are screwed to the screw portions (94) to (98) of the two ends of the two side plates (90) and (92) with screw holes (106) (107), respectively. The structure is the same as the second figure. In addition, each screw part can be made integrally with the side plate, or a recess (11) is provided at each end of the inner side of each side plate, and the head (114) of a bolt (112) is embedded in each Recessed into (110) so that the shaft of the bolt forms each of the screw portions (94), (95), (96) or (98). The driving unit in this embodiment may be the one disclosed in the foregoing embodiments. The effect of this creation is: As can be seen from the second picture, there are no exposed bolts or nuts on the outside of the body of this creation, so the body has a perfect appearance. And because the outer surface of the body is a complete surface, there is no exposed screw, which allows manufacturers to facilitate the design of the body (side plate) into various shapes to increase the change of product shape. With the side plates and cover rods kept screwed together, this creation allows users to adjust the distance between side plates. 8 M282802 [Schematic description] Zhi-A perspective view of a kind of red folding set. = The drawing is a three-dimensional view of the preferred embodiment. The first figure is a front exploded sectional view of the second figure. The fourth picture is a combination of 帛 三 ®. ^ Five pictures are the other-implementation structure of this creation. Figures 6 and 7 are the other two implementation structures of the pivot of the creation. The eighth figure is a front sectional view of a side plate of yet another preferred embodiment of the present invention. The ninth figure is a front exploded partial cross-sectional view of another preferred embodiment of the present invention. [Description of main component symbols] Body (20) (80) Side plate (30) (32) (70) (90) (92) Screw holes (34) (35) (36) (38) (76) (106) ( 107) Pivot (40) (60) (100) Shaft (42) (102) Screw section (44) (45) (94) (95) (96) (98) Drive section (46) (62) (104) Pitch (w) Nut (75) Head (114) Embossed (47) Recessed (72) (110) Bolt (112) 9