M442241 五、新型說明： 【新型所屬之技術領域】 本創作係涉及-種框軸裝置，尤其是_種工具箱拖轴 裝置。 【先前技術】 一般常見的工具箱係以拖軸裝置將兩分離的箱體連接 結合，在某些場合中使用時，會需要將兩箱體做分離的動 籲作，故需要使用能夠易於拆裝的框轴裝置來結合兩箱體， 如圖6所示，其係為證書號M405946「拆組式工具盒」新 型專利案中所揭露的一極轴裳置8〇，其係包括兩箱㈣及 至^ 一個呈L型的樞軸桿82，當該兩箱體81欲分離時需要 先=離該樞軸桿82，由於該樞軸桿82係可活動拆卸且並非 口疋於邊兩相體8!之上，所以拆離後若不小心就會發生遺 失而無法將該兩箱體81裝回的問題； 士圖7所不，其係為現有的一種用於工具箱的樞軸裝 .^該樞軸裝置90係包括—固定部91、—樞軸座92、一彈 卜生，件93及一樞軸94 ’該固定部91及該樞軸座⑽均貫設有 :樞軸孔9”、921，該彈性元件93係嵌裝於該柩軸座92的 _卡固槽922内，該樞軸94係穿設於該樞轴孔92 ^及該彈性 =件93的内部，並以一扣件941卡制於該彈性元件93的前 =’再穿過該樞軸孔91 1結合兩箱體，使該樞軸94在向外 出時’能夠藉由該彈性元件93自動彈回至原定位，該掩 ，^置90在實施應用上通常在兩箱體上至少需要設置兩個 田要拆離或組裝該兩箱體時’需要同時將該兩樞軸裝置 3 M442241 回 9〇之該兩樞轴94向外拉出，彳能夠將該兩箱體拆離 ’拆裝非常不易並且相當地麻煩。 、 【新型内容】 而容易造 的問題， ’其係能 、製作容 為了解決習用的枢軸桿無法固定於箱體之上 成遺失的問題，以及現有的樞軸裝置較不易拆裝 本創作的主要目的在於提供一種工具箱樞軸裝置 夠固定於箱體之上並且易於安裝，而且結構簡單 易，相當地實用方便。 .種工具箱樞軸 本創作所運用的技術手段係在於提供 裝置，包括： 固定座’其係設置於一第一箱體的中央部位該固 疋座係於兩端的側壁分別開設有一固定孔，該固定孔係平 行於該固定座所連接的側邊； 兩柩軸座，其係設置於與該第一箱體相對應的一第二 箱體’並且係位於該第二箱體之相對該固定座的側邊，且 該兩樞軸座係對應於該固定座，言亥兩樞軸座係分別具有兩 卡制槽及一相對應於該固定孔的樞軸礼，該兩卡制槽係間 '排於°亥樞軸座，且該兩卡制槽之間的間隔距離係等於 鄰近該固定座之該卡制槽至該樞轴座側邊的距離； 兩彈力樞軸，其係分別包括一樞轴本體、兩卡制部、 開合槽及一拿持部，於該樞軸本體係為一撓性體且長度 $長於該兩樞軸座之寬度，該樞軸本體係於末端凸設有一 手持部，且該枢軸本體於鄰近前端的外周面係間隔環設有 °亥兩卡制部及貫設有該開合槽，該開合槽係位於該框軸本 體異於該兩卡制部的兩側外周面，且該開合槽係於鄰近該 M442241 Π制部的前Γ —端形成圓形通孔，於該圓形通孔的—端 ^的樞^本體之軸線的平面，並延伸至該拿持 二箱體相對正的該拖轴孔：Γ 第一箱體與該第 ⑽上 4軸孔中，且該兩彈力樞轴係以該兩卡 制。P卡制於鄰近該固定座之該卡制槽中。 如述之工具箱框勒奘罟，甘士二上+丨 的凸塊。 轴裝置其中兩卡制料為圓弧造形 本創作利用所提供的卫具箱樞軸裝置，可以獲得 效增進包括： ，•本創作係以兩彈力㈣由固定於兩箱體，兩彈力樞輪 =具有彈性並且按壓時會使特略為縮小，使兩彈力枢轴 旎夠從固定座中抽離出纟，除非強制拔出，兩彈力樞軸將 會固定於樞軸座上不會脫落，可避免發生遺失的問題。. 一 2·本創作之兩彈力樞軸係能夠單獨向外拔開並抽離箱 體的固疋座，不需要同時拔開即能夠分離該兩箱體，在安 裝上較為容易，結構也較為簡單。 【實施方式】 為了能夠詳細瞭解本創作的技術特徵及實用功效，並 可：照說明書的内S來實施’更進一 #以如圖式所示的較 佳實施例，詳細說明如后： 本創作係一種工具箱樞軸裝置，請參閱圖彳及圖2的較 佳實施例，其係包括一固定座1〇、兩樞軸座2〇及兩彈力枢 軸30，其中： 該固定座1 0係設置於一第一箱體A之一側面頂邊的中 央部位，該固定座1 〇係於兩端的側壁分別開設有一固定孔 M442241 1 1，該固定孔1 1係平行於該固定座彳〇所連接的側邊； 該兩枢軸座20係設置於一第二箱體Β相對該固定座1〇 的側邊上，該兩樞軸座20係對應設置於該固定座1〇兩側部 的位置，使該第二箱體Β與該第一箱體a連接時，該兩柩軸 座20能夠分別對正並抵靠於該固定座彳◦的兩側部該兩枢 軸座20係分別具有兩卡制槽21及一樞軸孔22，該兩卡制槽 21係位於該樞軸座20的上部，該兩卡制槽21係間隔並排於 該樞軸座20，且該兩卡制槽21之間的間隔距離係等於鄰近 該固定座10之該卡制槽21至該樞軸座2〇側邊的距離，該柩 軸孔2 2係呈貝通狀且位於該樞軸座2 〇的兩側部，該極軸孔 2 2係對正於該固定孔1 1。 如圖2及圖3所示，該兩彈力樞軸3〇係分別可活動地插 設結合於該固定座10及該兩樞軸座2〇,使該第一箱體八與 該第二箱體B互相枢接並呈可開合的狀態，該兩彈力枢軸 30係分別包括一樞軸本體31、兩卡制部32、一拿持部”及 一開合槽34，該樞軸本體31係為具有撓性的長形圓桿該 樞軸本體31之長度係長於該兩樞軸座2〇之寬度，於該枢軸 本體31鄰近前端的外周面係等間隔環設有該兩卡制部％， 該兩卡制部32係為圓弧造形的凸塊，於該樞軸本體”的末 端係凸設有該拿持部33，於該樞軸本體31異於該兩卡制部 3 2的兩側外周面係貫設該開合槽3 4，該開合槽3 *係平行於 該梅軸本體31之轴線’且該開合槽梅於鄰近該兩卡制部 32的前方一端形成圓形通孔，於該圓形通孔的一端形成兩 平行於該樞軸本體31之_的平面，並延伸至該拿持部^ 的末端，使該兩彈力樞軸3〇的十央部位形成一可開合的縫 M442241 隙’能夠藉由按屋該拿持部33使該兩彈力樞軸扣的縫隙密 合’造成該兩彈力極轴30的外徑略為縮小；該卡制部“除 了係為圓弧凸塊狀，也能夠係為圓弧點狀或環狀口要於 夠卡制拘束於各卡制槽21即可，本創作不予限制。 本創作較佳的實施例如圖4及圖5所示，其係使該兩彈 力樞軸30分別插設結合於該固定座1〇及該兩樞軸座2〇，且 以該兩彈力樞軸30之該卡制部32分別卡制於靠近該固定座 10之該卡制槽21中，使該兩彈力枢軸3〇無法輕易抽出； 欲將該第一箱體A及該第二箱體B分離時，只要按壓該 兩彈力樞軸30之該拿持部33，使該兩彈力樞軸3〇之縫隙密 合，讓該兩卡制部32之外徑略小於該兩樞軸孔22之内徑， 再分別將該兩彈力枢軸30由該固定座1〇抽離至遠離該固定 座1〇之另一卡制槽21，此時略為鬆開該拿持部33，即可讓 該兩卡制部32卡制於前述之另一卡制槽21中，相當地方便 使用。 奴將邊兩彈力樞軸3〇插回原位時，只要將該固定孔】] 及4兩樞軸孔22相對正，並按壓該兩彈力樞軸3〇之拿持部 33並朝该固定座彳〇推行，即可將該兩彈力樞軸如插回並使 °亥第相體A及該第二箱體B呈開合擺動的狀態。 以上所述，僅是本創作的較佳實施例，並非對本創作 乍任何形式上的限制，任何所屬技術領域中具有通常知識 右在不脫離本創作所提技術特徵的範圍内，利用本創 •斤揭示技術内容所作出局部更動或修飾的等效實施例， 均仍屬於本創作技術特徵的範圍内。 【圖式簡單說明】 7 M442241 圖1係本創作較佳實施例的立體外觀圖。 圖2係本創作較佳實施例的分解放大圖。 圖3係本創作之活動插桿的立體外觀圖。 圖4係本創作較佳實施例的柚離活動插桿的實施示意 圖5係本創作較佳實施例 的分離工具箱的實施示意圖 置的局部示意圖。 置的局部示意圖。 圖6係習知的工具箱拖車由裳 圖7係現有的工具箱拖轴袭 【主要元件符號說明】 10固定座 20樞軸座 2 2樞軸孔 3 0彈力樞軸 32卡制部 34開合槽 11固定孔 21卡制槽 31 框轴本體 33拿持部 80樞軸裝置 8 2樞抽桿 90樞軸裝置 911樞轴孔 921樞轴孔 93彈性元件 941扣件 A第一箱體 81箱體 91固定部 9 2框轴座 922卡固槽 94樞軸 B第二箱體 8M442241 V. New description: [New technical field] This creation involves a kind of frame-axis device, especially the toolbox towing device. [Prior Art] The common toolbox is a combination of two separate boxes by a drag shaft device. In some occasions, it is necessary to separate the two boxes, so it needs to be easily removed. The framed shaft device is assembled to combine two boxes, as shown in Fig. 6, which is a one-pole shaft set in the new patent case of the certificate number M405946 "unpacking tool box", which includes two boxes. (4) and to ^ an L-shaped pivot rod 82, when the two boxes 81 are to be separated, it is necessary to first = away from the pivot rod 82, since the pivot rod 82 is movable and disassembled and is not the mouth and the two sides Above the body 8!, if there is a carelessness after the detachment, the problem of being lost and unable to replace the two cases 81 can be lost. No. 7 is a conventional pivoting device for the toolbox. The pivot device 90 includes a fixing portion 91, a pivot seat 92, a bullet, a member 93, and a pivot 94. The fixing portion 91 and the pivot seat (10) are each provided with: a pivot The hole 9", 921, the elastic member 93 is embedded in the retaining groove 922 of the shaft seat 92, and the pivot 94 is threaded through the pivot hole 92 and Elasticity = the inside of the member 93, and a fastener 941 is engaged in the front of the elastic member 93 = 'and then through the pivot hole 91 1 to join the two cases, so that the pivot 94 can be borrowed when going out The elastic member 93 automatically springs back to the original position, and the cover 90 is generally required to be disposed on the two cases at least two fields to be detached or assembled. The pivoting device 3 M442241 is pulled back out of the two pivots 94, and the two boxes can be detached from each other. It is very difficult to disassemble and is quite troublesome. [New content] It is easy to manufacture, ' The main purpose of the utility model is to provide a toolbox pivot device which is fixed enough to solve the problem that the conventional pivot rod cannot be fixed on the box body, and the existing pivot device is not easy to disassemble. It is easy to install above the box, and the structure is simple and easy to use. It is quite practical and convenient. The toolbox pivots the technical means used in this creation to provide the device, including: the fixing seat' is set in a first box Central part of the solid a fixing hole is defined in a side wall of each of the two ends, the fixing hole is parallel to a side to which the fixing seat is connected; and two shaft seats are disposed on a second box corresponding to the first box The body is located at a side of the second box opposite to the fixed seat, and the two pivot bases correspond to the fixed seat, and the two pivotal bases respectively have two clamping slots and one corresponding to The pivoting of the fixing hole, the two clamping groove systems are arranged in the pivoting seat, and the distance between the two clamping grooves is equal to the clamping groove adjacent to the fixing seat to the pivot The distance between the sides of the seat; the two elastic pivots respectively comprise a pivot body, two clamping portions, an opening and closing groove and a holding portion, wherein the pivot system is a flexible body and the length is longer than the a width of the two pivotal seats, the pivoting system is provided with a hand-held portion at the end, and the pivoting body is provided with a circumferentially spaced portion of the outer peripheral surface of the front end of the front end, and the opening and closing groove is disposed. The opening and closing groove is located on the outer peripheral surface of the frame shaft body different from the two clamping portions, and the opening and closing groove is adjacent to the The front end-end of the M442241 tanning portion forms a circular through hole in a plane of the axis of the pivot body of the circular through hole, and extends to the opposite axis of the holding two box body Hole: Γ The first box and the 4th hole in the (10) upper, and the two elastic pivots are made by the two. P is stuck in the clamping groove adjacent to the fixing seat. As mentioned in the toolbox frame, the bumps of +2 on the Gans II. In the shaft device, the two card materials are arc-shaped. The utility model provides the utility device with the pivot device of the guard box, and the utility can be improved. The original creation system is fixed by two elastic bodies (four) and two elastic brace wheels. = has elasticity and will slightly shrink when pressed, so that the two elastic pivots can be pulled out of the fixed seat, unless forced to pull out, the two elastic pivots will be fixed on the pivot seat and will not fall off. Avoid missing problems. 2. The two elastic pivoting systems of the present invention can be pulled out and pulled away from the solid seat of the box. It is easy to separate the two boxes without being pulled out at the same time. simple. [Embodiment] In order to be able to understand in detail the technical features and practical functions of the present creation, and to implement the preferred embodiment shown in the figure by the internal S of the specification, the detailed description is as follows: A toolbox pivot device, please refer to the preferred embodiment of FIG. 2 and FIG. 2, which includes a fixing seat 1〇, two pivot seats 2〇 and two elastic pivots 30, wherein: the fixing base 10 is The fixing seat 1 is respectively disposed at a central portion of a top side of the first housing A, and a fixing hole M442241 1 is defined in the side wall of the fixing base 1 , and the fixing hole 1 1 is parallel to the fixing seat The two pivot seats 20 are disposed on a side of a second box Β opposite to the fixed seat 1 , and the two pivot seats 20 are correspondingly disposed at two sides of the fixed seat 1 〇 When the second box body is connected to the first box body a, the two shaft housings 20 can be respectively aligned and abut against the two sides of the fixing seat, and the two pivot bases 20 respectively have two The clamping groove 21 and a pivot hole 22 are located at an upper portion of the pivot seat 20, The two clamping slots 21 are spaced apart from each other and disposed at the pivot seat 20, and the spacing between the two clamping slots 21 is equal to the side of the clamping slot 21 adjacent to the fixing base 10 to the side of the pivoting seat 2 The shaft hole 2 2 is in a pass-through shape and is located at both sides of the pivot seat 2 , and the pole shaft 2 2 is aligned with the fixing hole 11 . As shown in FIG. 2 and FIG. 3, the two elastic pivots 3 are movably inserted into the fixed seat 10 and the two pivot bases 2, respectively, so that the first box 8 and the second box are The body B is pivotally connected to each other and is in an openable state. The two elastic pivots 30 respectively include a pivot body 31, two clamping portions 32, a holding portion, and an opening and closing groove 34. The pivot body 31 The length of the pivot body 31 is longer than the width of the two pivot bases 2, and the two outer portions of the pivot body 31 adjacent to the front end are equally spaced apart. %, the two clamping portions 32 are arc-shaped protrusions, and the holding portion 33 is convexly disposed at the end of the pivot body, and the pivot body 31 is different from the two locking portions 3 2 The opening and closing groove 3 4 is disposed on the outer peripheral surface of the two sides, and the opening and closing groove 3 * is parallel to the axis ' of the main shaft body 31 and the opening and closing groove is adjacent to the front end of the two clamping portions 32 Forming a circular through hole, forming a plane parallel to the yoke of the pivot body 31 at one end of the circular through hole, and extending to the end of the holding portion ^, so that the two elastic pivots 3 十The position of the two elastic pole shafts 30 is slightly reduced by forming a releasable slit M442241 gap 'capable to close the gap of the two elastic pivot pins by the handle portion 33; the locking portion "In addition to being in the form of a circular arc bump, it is also possible to form a circular arc or an annular opening to be restrained in each of the locking grooves 21, and the present invention is not limited. As shown in FIG. 4 and FIG. 5, the two elastic pivots 30 are respectively inserted into the fixing base 1 and the two pivot bases 2, and the locking portion 32 of the two elastic pivots 30 is used. The two elastic pivots 3〇 are not easily pulled out in the clamping groove 21 adjacent to the fixing base 10; when the first housing A and the second housing B are to be separated, the two are pressed The holding portion 33 of the elastic pivot shaft 30 closes the gap between the two elastic pivots 3,, so that the outer diameters of the two clamping portions 32 are slightly smaller than the inner diameters of the two pivot holes 22, and respectively The two elastic pivots 30 are pulled away from the fixing seat 1 to another locking groove 21 away from the fixing seat 1 . At this time, the holding portion 33 is slightly loosened, so that the two clamping systems can be made. The portion 32 is locked in the other of the aforementioned clamping slots 21, which is quite convenient to use. When the slave inserts the two elastic pivots 3 into the original position, the fixing holes are respectively compared with the two pivot holes 22 Positively, and pressing the holding portion 33 of the two elastic pivots 3〇 and pushing toward the fixed seat, the two elastic pivots can be inserted back and the phase phase A and the second box can be B is in a state of opening and closing and swinging. The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any form, and any of the technical fields in the prior art do not deviate from the technical features of the present invention. In the scope of the present invention, the equivalent embodiment of the local modification or modification made by the use of the invention to reveal the technical content is still within the scope of the technical features of the present invention. [Simple description of the schema] 7 M442241 Figure 1 is better in this creation. A stereoscopic view of an embodiment. Figure 2 is an exploded, enlarged view of the preferred embodiment of the present invention. Figure 3 is a perspective view of the activity of the creation of the plunger. Fig. 4 is a schematic view showing the implementation of the pomelo movable plunger of the preferred embodiment of the present invention. Fig. 5 is a partial schematic view showing the implementation of the separation toolbox of the preferred embodiment of the present invention. A partial schematic of the set. Fig. 6 is a conventional toolbox trailer. The existing toolbox is dragged by the skirting system. [Main component symbol description] 10 fixing seat 20 pivot seat 2 2 pivot hole 3 0 elastic pivot 32 clamping portion 34 Slot 11 fixing hole 21 locking groove 31 frame shaft body 33 holding portion 80 pivot device 8 2 pivot rod 90 pivot device 911 pivot hole 921 pivot hole 93 elastic member 941 fastener A first housing 81 Box 91 fixing portion 9 2 frame shaft seat 922 fastening groove 94 pivot B second box 8