M430350 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種工具盒，尤指一種方便操作置放座及工具 座的開啟及收合的工具盒。 〃 【先前技術】 按一，般的工具盒，通常係於盒體内設置一工具承置體該 工具承置體係提供數個工具握把（如施力柄、接桿· ••等等）及 工具頭（如套筒、起子頭· ••料）置放之孔，以供分別插 置纽，如此’可提供不_類及尺相工具概納，以為不同 功此工具使㈣工具盒，但如此的工具盒，_可提供方便收納 及攜帶的功效，然而當㈣者在工作時，並無關易的打開工且 盒蓋，且並無法使其内置放座呈現自動掀起的功效，進而無法提 供更為簡易且快速拿取工具使用者。 【新型内容】 緣此，本案之創作人基於其從事各種五金工具的設計及製造 多年的經驗，尤其於起子工具及工具盒的著墨鑑於現有工具盒 並無提供自動置放座及工具座，以提供使用者簡易拿取工且 使用之功效，乃積極加以研究改良，期以提供可自動掀起的置放 座及可翻轉的工具座’經由多次的試驗及改變，終得本創作的產 生。 4 M430350 置放座及工具座’以達到方便操作置放座及工具座開啟的工具盒。 為達上述之目的’本創作主要係於本翻限位有置放座及多 數工具座’其中，該置放座上設置—可供打具插置之工具插座， 並於該置放座之側緣⑽有定位凸軸，可套設卡掣於定位部的卡 掣卡勾内，而該工具座上設置多數之插掣孔，以供多數不同之工 具頭容置’該工具座一端設置有套合段，該套合段内供一按紐及 -壓縮彈簧之容設，而於按鈕上設置有一限位凸塊，該限位凸塊係 φ可卡掣於限位凹槽的卡掣槽内，如此，藉由控制奴的推動，使定 位部呈現軸向位移，並使定位凸軸與卡掣卡勾脫離限位，而令置 放座呈現向上翻轉，而可供使用者拿取手工具，而當按壓按紐時， 按紐上的限位凸塊與本體的限位凹槽的卡掣槽脫離限位，而工具 座可整座呈現翻轉作動，可方便使用者拿取工具頭者。 【實施方式】 以下，為達上述之目的，茲就本創作之結構内容及其特徵， _並配合圖式詳細說明如后，相信能就本_之内容及其產生的功 效，作更進一步的了解。 請參閱第-〜三圖所示者’其中’本創作之工具盒，其主要 係包含有一本體10、一置放座20、一第一工具座3〇及一第二工 具座40，其中： 一本體10，係由上、下殼體u、12藉由螺結元件13固結， 於該上殼體11設置有一容置槽111，該容置槽U1與下殼體 間形成-容置空間，而於該上殼體u上一端設置一透孔112，可 5 M430350 4 供一控制鈕14由下往上穿設於透孔112内，該控制鈕14底蠕為 一斜推塊141，該斜推塊141 一端受一壓縮彈簧142之頂抵，該壓 縮彈簧142係套設限位於下殼體12的限位槽121内，另於該上、 下殼體11、12上位於該容置槽iu的相對位置處設置有樞接凹槽 113、 122，並於該上、下殼體u、12上二端分別設置有限位凹槽 114、 115、123、124，該限位凹槽 114、115、123、124 上則設置 有卡掣槽 1141、1151、1231、1241 ; 一置放座20，係置於本體1〇上殼體η的容置槽1 η與下殼 體12間形成一容置空間内，其上設置一可供手工具24插置之工 具插座2(U ’並於該置放座20之側緣凸伸有樞結凸轴2〇2，該樞 結凸軸202係套設於上、下殼體12之極接凹槽113、122内 而限位，而於該定位部21上設置-卡掣卡勾212，該卡掣卡勾212 係供置放座20上設置的定位凸軸2〇3卡掣限位，而該置放座2〇 上設置有-軸栓2G4 ’該軸栓204供-扭力彈簧205套設定位，扭 力彈簧205之-端則抵制於定位部21上，另，於定位部21上設 置一軸向透空槽213，該透空槽213可供-螺結元件22鎖設樞結 限位於下殼體12上，使定位部21可於上、下殼體u、η内轴向 位移’而於該定位部21之末端職設—壓轉簧23，定位部 21前端設置有抵壓塊214，該抵壓塊214係可頂抵於控制钮14底 端斜推塊141的下方； 一第一工具座30，係樞結於上、下殼體u、12位於容置槽 hi之-端’該第-工具座30上設置多數之插掣孔31，以供多數 6 M430350 不同之工具頭5容置，而該第-工具座3G之-端套設-扭力彈簧 32 ’而異於扭力彈簧32之一端則設置一套合段犯，該套合段犯 内供-按紐34及壓轉簧35之容設，並藉由—軸栓36穿設套合 奴33上設置的切槽331，該軸栓36係可固結於按鈕34之透孔341 内’而於按鈕34 _L設置有一限位凸塊342，該限位凸塊342係可 卡箄於上、下殼體11、12的限位凹槽114、123上所設置之卡掣 槽 U41、1231 ; 一第二工具座40，係樞結於上、下殼體11、12異於容置槽 111及第一工具座3〇之一端，該第二工具座上設置多數之插擎 孔41，以供多數不同之1具頭5容置，而該第二工具座4Q之一端 套設-扭力彈簀42 ’而異於扭力彈簧42之—端則設置_套合段 43 ’該套合段43内供-按钮44及壓縮彈簣45之容設，並藉由一 軸栓46穿设套合段43上設置的切槽伽，該軸栓係可固結於 按紐44之透孔441内，而於按鈕44上設置有一限位凸塊，該 限位凸塊442係可卡擎於上、下殼體η、12的限位凹槽115、124 上所设置之卡掣槽1151、1241。 如是者，將定位部21置於下殼體12的容置空間内，再藉由 累、、σ疋件22穿没定位部21的軸向透空槽213並螺結於下殼體 上，使，位部21樞結限位於螺結元件22及下殼體12 f心並可於 ^、下喊體1卜12内呈軸向位移，且使壓縮彈簀23得以抵壓於 疋^卩21之末^ ’此時，將置放座20㈤定位凸軸2〇3卡擎於定 位部21之卡掣卡勾212内，而置放座20的抱結凸軸202則可套 M430350 設於下殼體12的樞接凹槽122，骑由上殼體u雜接凹槽113 相對應蓋合而限位，並使置放座2Q之扭力彈簀咖之一端抵設於 定位部21内’而定位部21之抵壓塊214貝,!受控制紐14之斜推塊 141抵壓，該控制紐η並可受一壓縮彈簧142的頂抵，而可部份 凸伸於上盍體1之透孔112，此同時，分別將第—卫具座3〇、第 -工具座40置於上、下殼體η、12間，並分別置於容置槽⑴ 之一側且蓋5上、下设體1卜12,並藉由螺結元件13的鎖設而 φ可合置限位於上、下设體1卜12間，而第一工具座加及第二工 具座40 -端套設扭力彈簧32、42，而異於扭力彈簧32、42之一 端的套合段33内容設按钮34、44及壓縮彈簧35、45，並藉由-軸栓36、46固結於按鈕34、44之透孔科卜441内該軸=祁、 46係穿設套合段33、43上設置的切槽如、431，使位移時的按 鈕34、44可受套合段33的切槽33卜431限位，而按鈕^上設 置的限位凸塊342恰可卡掣於上、下殼體…^的限位凹槽114、 籲123所设置之卡掣槽114卜1231，而按紐44上設置的限位凸塊祕 恰可卡掣於上、下殼體！卜12的限位凹槽115、124所設置之卡 掣槽 1151、1241。 請參閱第四、五圖所示’當欲取出置於置放座2〇的工具插座 201内的手工具24而使用時，下馳制钮M，使控制知μ的斜 推塊141往下位移，並推動定位部21的抵屋塊214，使定位部幻 呈軸向位移’使置放座2G的定位凸軸2G3與定位部21的卡掌卡 勾212脫離限位，該置放座2〇受扭力彈篑2〇5的彈力反彈，使置 8 M430350M430350 V. New description: [New technical field] This creation is about a tool box, especially a tool box for easy operation and opening and closing of the tool holder. 〃 [Prior Art] According to a general tool box, usually a tool body is provided in the box body. The tool receiving system provides several tool grips (such as force handles, posts, etc.). And the hole of the tool head (such as the sleeve, the screwdriver head, and the material) for inserting the button separately, so that the tool can be provided without the class and the tool of the ruler, so that the tool can be made differently (4) tool box However, such a tool box, _ can provide convenient storage and carrying functions, but when (4) is working, it is not easy to open the work and the lid, and can not make its built-in seat automatically lifted, and then It is not possible to provide a simpler and faster tool user. [New content] Therefore, the creators of this case have based on their years of experience in the design and manufacture of various hardware tools, especially the inks of screwdriver tools and tool boxes. In view of the fact that the existing tool boxes do not provide automatic placement and tool holders, Providing users with easy access to work and use, it is actively researched and improved, in order to provide automatically set up and reversible tool holders' through many trials and changes, the creation of this creation. 4 M430350 Holder and tool holder' to achieve a convenient tool box for opening the seat and tool holder. In order to achieve the above objectives, 'this creation is mainly based on the position of the folding seat and the majority of the tool holders', wherein the setting seat is provided for the tool socket to be inserted and placed in the seat The side edge (10) has a positioning convex shaft, which can be sleeved in the latching hook of the positioning portion, and the tool holder is provided with a plurality of insertion holes for the most different tool heads to be accommodated. There is a sleeve section, the sleeve section is provided with a button and a compression spring, and a limit protrusion is arranged on the button, and the limit protrusion is a card which can be stuck in the limit groove In the gutter, in this way, by controlling the pushing of the slave, the positioning portion is axially displaced, and the positioning convex axis and the card hook are out of the limit position, so that the positioning seat is turned upside down, and is available for the user to take When the button is pressed, when the button is pressed, the limit protrusion on the button is out of the limit groove of the limiting groove of the body, and the tool holder can be flipped over the whole seat, which is convenient for the user to take the tool. The first one. [Embodiment] The following is the purpose of the above-mentioned purpose, and the details of the structure and its characteristics of the creation, together with the detailed description of the drawings, can be further improved on the content of the _ and its effects. To understanding. Please refer to the tool box of the present invention in the first to third figures, which mainly includes a body 10, a placing base 20, a first tool holder 3〇 and a second tool holder 40, wherein: A body 10 is fixed by the upper and lower casings u and 12 by a screwing member 13. The upper casing 11 is provided with a receiving groove 111, and the receiving groove U1 and the lower casing are formed and accommodated. a through hole 112 is disposed in one end of the upper casing u, and a control button 14 is disposed in the through hole 112 from bottom to top. The bottom of the control button 14 is an oblique push block 141. One end of the oblique pushing block 141 is abutted by a compression spring 142, and the compression spring 142 is sleeved in the limiting slot 121 of the lower casing 12, and is located on the upper and lower casings 11, 12 The pivoting grooves 113 and 122 are disposed at opposite positions of the accommodating groove iu, and the limiting grooves 114, 115, 123, and 124 are respectively disposed at the two ends of the upper and lower casings u and 12. The slots 114, 115, 123, and 124 are provided with latching slots 1141, 1151, 1231, and 1241; a mounting base 20 is disposed in the receiving recess 1 n and the lower housing 12 of the upper housing n of the main body 1 Forming an accommodating space, a tool socket 2 (U′) for inserting the hand tool 24 is disposed thereon, and a pivoting convex shaft 2〇2 is protruded from a side edge of the placing seat 20, and the pivoting knot is formed The protruding shaft 202 is sleeved in the connecting recesses 113 and 122 of the upper and lower casings 12 to be limited. The positioning portion 21 is provided with a latching hook 212, and the latching hook 212 is provided. The positioning convex shaft 2〇3 is set on the seat 20, and the positioning seat 2 is provided with a shaft pin 2G4. The shaft bolt 204 is provided with a torsion spring 205 set position, and the torsion spring 205- The end portion is resisted on the positioning portion 21, and an axially-permeable slot 213 is disposed on the positioning portion 21, and the through-opening slot 213 can be pivotally locked to the lower housing 12 to enable the screwing member 22 to be locked. The positioning portion 21 is axially displaceable in the upper and lower casings u and η and is disposed at the end of the positioning portion 21 - the compression spring 23 is disposed at the front end of the positioning portion 21, and the pressing block 214 is disposed. The first tool holder 30 is pivoted to the upper and lower housings u and 12 at the end of the receiving slot hi. The first tool holder is pivoted to the lower end of the receiving slot hi. 30 is provided with a plurality of insertion holes 31, For the majority of 6 M430350 different tool heads 5, and the first - tool holder 3G - end sleeve - torsion spring 32 ', and one end of the torsion spring 32 is set to a set of commissars The inner supply-button 34 and the compression spring 35 are accommodated, and the slot 331 provided on the sleeve slave 33 is pierced by the shaft bolt 36, and the shaft bolt 36 can be fixed to the through hole 341 of the button 34. The button 34 _L is provided with a limiting protrusion 342 which is slidable in the locking groove U41 provided on the limiting recess 114, 123 of the upper and lower housings 11 and 12. And a second tool holder 40 is pivotally connected to the upper and lower housings 11 and 12, and is different from the receiving slot 111 and the first tool holder 3, and the second tool holder is provided with a plurality of insertion holes. 41, for a plurality of different heads 5, and one of the second tool holders 4Q is sleeved with a torsion magazine 42' and different from the end of the torsion spring 42 is provided with a sleeve portion 43' The nipple 43 is provided with a button 44 and a compression magazine 45, and a spigot gauge provided on the sleeve portion 43 is bored by a shaft bolt 46, and the shaft bolt can be fixed to the through hole of the button 44 Within 441, and at button 4 4 is provided with a limiting protrusion, and the limiting protrusion 442 is slidable on the locking grooves 1151 and 1241 provided on the limiting grooves 115 and 124 of the upper and lower casings n and 12. If the locating portion 21 is placed in the accommodating space of the lower casing 12, the yoke member 22 is not worn by the axial permeable groove 213 of the positioning portion 21 and screwed onto the lower casing. The positioning portion 21 is pivotally limited to the core of the screwing member 22 and the lower casing 12, and is axially displaceable in the lower body 12, and the compression magazine 23 is pressed against the 疋^卩At the end of 21', at this time, the positioning seat 20 (five) positioning convex shaft 2〇3 is stuck in the latching hook 212 of the positioning portion 21, and the engaging convex shaft 202 of the placing base 20 is set on the M430350. The pivoting groove 122 of the lower casing 12 is restrained by the corresponding cover of the upper casing u, and the one end of the torque spring of the placing seat 2Q is abutted in the positioning portion 21 And the pressing block 214 of the positioning portion 21 is pressed by the inclined push block 141 of the control button 14, and the control button η can be abutted by a compression spring 142, and can partially protrude from the upper body. 1 through hole 112, at the same time, respectively, the first guard seat 3〇, the first tool holder 40 is placed between the upper and lower housings η, 12, and are respectively placed on one side of the accommodating groove (1) and the cover 5 The upper and lower bodies 1 are 12 and are locked by the screwing element 13 The φ retractable limit is located between the upper and lower bodies 1 and 12, and the first tool holder and the second tool holder 40-end are sleeved with the torsion springs 32, 42 and different from the one end of the torsion springs 32, 42 The hinges 33 are provided with buttons 34, 44 and compression springs 35, 45, and are fixed in the through holes of the buttons 34, 44 by the shaft bolts 36, 46. The shaft = 祁, 46 series is fitted. The slots provided in the segments 33, 43 are, for example, 431, so that the buttons 34, 44 during displacement can be limited by the slots 33 431 of the sleeve segment 33, and the limit tabs 342 provided on the button ^ are just right. The limiting groove 114 of the upper and lower casings ..., the card slot 114 provided by the 123 is 1231, and the limiting protrusion provided on the button 44 is slidable to the upper and lower casings. ! The card slots 1151, 1241 provided by the limiting grooves 115, 124 of the pad 12 are provided. Referring to the fourth and fifth figures, when the hand tool 24 placed in the tool socket 201 of the mounting base 2 is used, the button M is lowered to make the tilting block 141 of the control μ down. Displacement, and push the abutting block 214 of the positioning portion 21 to make the positioning portion illusionally axially displaced 'the positioning convex shaft 2G3 of the placing seat 2G and the palm hook 212 of the positioning portion 21 are out of the limit position, the placing seat 2〇 The spring bounce of the torsion bomb 篑 2〇5 makes the 8 M430350
座20以樞結ώ軸2〇2為中心而向上轉動（該置放座卻的極結 凸轴202又上、下殼體u、12的抱接凹槽⑴、⑵限位而以 樞接凹槽113、丨22為中心而轉動），並使手玉具％亦隨其呈向上 翻即可取出手卫具24使用，當取出手工具時⑽，控制紅 14又愿縮科142的彈力反彈㈣復原位，此時，反方向下廢置 放座20下壓時置放座2〇的定位凸軸咖得令定位部u呈軸向 位移，當置放座20的定位凸軸2〇3下屢至預定位置時，該定位部 21魏縮彈簧23的彈力反彈而回復原位，並使定位部21的卡擎 卡勾212再度卡掣置放座2〇的定位凸軸網，而使置放座別限位 於容置槽111内，㈣卵綠出及收解工具24者。 再請參閱第六、七騎示者，當欲取出第-工具座30插置座 3^内的工具頭5而使科，撼触％，使餘&藉由轴检％ 2得以於套合段33的切槽331内位移，而按紐私的限位凸塊組 隨之往前位移，並與上、下殼體u、12的限位凹槽ii4、123的 卡掣槽1141、1231脫離限位，並使第—工具座3()同時解除限位， 再藉由扭力彈簧32㈣力反彈，而可料―工具座％呈現翻轉 動作（此時的按鈕34因軸栓36限位於切槽331内，是以第一工 “座30轉動時’該切槽331亦同時帶動按紐％轉動），而使工具 頭5翻轉向上’以提供使用者拿取使用，反之，反方向轉動第一 工具座30至原來預定位置’藉由轴栓36帶動按鈕34亦轉動至原 來位置，此時’藉由壓縮彈膂35的彈力反彈，而可將按鈕34往 套合段33外推’使按知％的限位凸塊342回位並卡擎限位於上、 M430350 下殼體1卜12的限位凹槽114、123的卡掣槽⑽、1231，而可 限制第一工具座30的轉動者。 再者，請參閱第八、九圖欲使用第二工具座4〇插置座41内 的工具頭5而使用時’按壓按紐44，使按紐44藉由軸栓46而得 以於套合段43的切;ff 431内位移，而按紅44的限位凸塊442隨 之往前位移’並與上、下殼體u、12的限位凹槽115、124的卡 掣槽115卜1241麟限位’並使第二工具座4〇同時解除限位， Φ再藉由扭力彈簀42的彈力反彈，而可將第二工具座4〇呈現翻轉 動作，而使工具頭5翻轉向上，以提供使用者拾取使用反之， 反方向轉動第二工具座40至絲預定位置，藉由軸栓46帶動按 鈕44亦轉動至原來位置，此時，藉由壓縮彈簧45的彈力反彈， 而可將按紐44往套合段43外推’使按紐44的限位凸塊442回位 並卡掣限位於上、下殼體u、12的限位凹槽115、124的卡掣槽 1151、1241，而可限制第二工具座4〇的轉動者。 i 如此，藉由控制鈕的推動’使定位部呈現軸向位移並使定 位凸軸與卡掣卡勾麟限位，令置放座呈現向上翻轉，而可供使 用者旱取手工具’而當按壓按叙時，按紐上的限位凸塊與本體的 限位凹槽的卡f槪離録：，❿工具座可呈現轉作動，可方便 使用者拿取工具頭，以達到方便操作置放座、工具座的開啟及收 合的工具盒。 上述本創作僅以最佳實施例作舉例說明，對熟悉該項技藝之 人員’當可進行各變化實施，惟此變化實施，均應包括在本創作 1 料川350 之精神及範疇内。 综上所述，本創作藉由控制鈕及按鈕而可分別控制置放座及 工具座的翻轉，以利工具及工具頭的拿取使用，而可符合方便操 作置放座及工具座開啟的工具盒，以提供使用者使用的方便性， 其不淪是結構上的改變，抑或是功效上的增進，皆已毋庸置疑， 且本創作於申請前未見於刊物，亦未公開使用，實已符合專利申 • 請要件’爰依法提出專利申請。 • 【圖式簡單說明】 第一圖’係為本創作之立體外觀示意圖。 第二圖，係為本創作之立體分解示意圖。 第二圖，係為本創作本體與置放座之組合剖面示意圖。 第四圖，係為本創作置放座動作後之立體外觀示意圖。 第五圖，係為摘作置放座動作後之剖面示意圖。 第六圖，係為本創作本體與第一工具座之組合剖面示意圖。 #第七圖，係為本創作第一工具座動作之組合剖面示意圖。 第八圖，係為本創作本體與第二工具座之組合剖面示意圖。 第九圖，係為摘作第二工具座動作之組合· 【主要元件符號說明】 10- 本體 112-透孔 114、115-限位凹槽 11- 上殼體 111-容置槽 113-樞接凹槽 M430350 1141、1151-卡掣槽 12- 下殼體 121-限位槽 123、124-限位凹槽 13- 螺結元件 14- 控制钮 141-斜推塊 φ 20-置放座 201-工具插座 203-定位凸軸 205-扭力彈簧 21-定位部 212-卡掣卡勾 214-抵壓塊 φ 22-螺結元件 24-手工具 30- 第一工具座 31- 插掣孔 33- 套合段 34- 按鈕 341-透孔 35- 壓縮彈簧 122-樞接凹槽 1231、124卜卡掣槽 142-壓縮彈簧 202-樞結凸軸 204-轴检 213-透空槽 23-壓縮彈簀 32-扭力彈簧 331-切槽 342-限位凸塊 36-軸栓 12 M430350 40-第二工具座 41-插掣孔 42-扭力彈簧 43-套合段 431-切槽 44-按紐 441-透孔 442-限位凸塊 45-壓縮彈奮 46-軸栓 5-工具頭 13The seat 20 is pivoted upwardly about the pivoting shaft 2〇2 (the pole knot shaft 202 of the placing seat and the holding grooves (1) and (2) of the upper and lower casings u and 12 are pivotally connected. The groove 113 and the cymbal 22 are rotated at the center, and the hand jade is also turned up to be used for taking out the hand guard 24, and when the hand tool is taken out (10), the control red 14 is willing to bounce the elastic force of the 142 (4) In the reverse position, at this time, the positioning convex shaft of the placing seat 2 is placed in the opposite direction when the scraping seat 20 is pressed in the reverse direction, so that the positioning portion u is axially displaced, and the positioning convex axis 2〇3 of the placing seat 20 is repeatedly When the predetermined position is reached, the elastic force of the biasing spring 23 of the positioning portion 21 rebounds and returns to the original position, and the check button 212 of the positioning portion 21 is again clamped to the positioning convex mesh of the seat 2, and is placed. The seat is limited to the inside of the accommodating groove 111, and (4) the yolk out and the collecting tool 24. Please refer to the sixth and seventh riders. When you want to remove the tool head 5 in the socket 3 of the tool holder 30, you can touch the %, so that the rest & The slot 331 of the merging portion 33 is displaced, and the limit block group of the button is displaced forward, and is engaged with the latching slot 1141 of the limiting recesses ii4, 123 of the upper and lower housings u, 12. 1231 is out of the limit, and the first tool holder 3 () is simultaneously released from the limit, and then rebounded by the torsion spring 32 (four) force, and the tool seat % can be flipped (the button 34 is limited by the axle pin 36 at this time) In the grooving 331, when the first work "the seat 30 rotates, the sipe 331 also drives the button to rotate at the same time", and the tool head 5 is turned up to provide the user for taking the use, and vice versa. The first tool holder 30 is rotated to the original position by the shaft pin 36, and the button 34 is rotated to the original position. At this time, the button 34 can be pushed out to the sleeve segment 33 by the elastic force of the compression magazine 35. The card slot (10), 1231 of the limiting recess 114, 123 of the lower casing 1 of the M430350 is placed on the upper limit of the limit projection 342 of the lower casing of the M430350. Moreover, the rotator of the first tool holder 30 can be restricted. Further, referring to the eighth and ninth figures, when the tool head 5 in the second tool holder 4 is inserted into the seat 41, the button 4 is pressed, so that the button 44 is pressed. The button 44 is cut by the sleeve portion 46 by the shaft bolt 46; the displacement within the ff 431 is displaced, and the limit projection 442 of the red 44 is displaced forwardly with the upper and lower housings u, 12 The latching groove 115 of the limiting groove 115, 124 is 1241 lin limited and the second tool holder 4 〇 is simultaneously released from the limit, and the Φ is rebounded by the elastic force of the torsion spring 42 to obtain the second tool holder. 4〇 presents a flipping action, and the tool head 5 is turned upside down to provide the user to pick up the use. Otherwise, the second tool holder 40 is rotated in the opposite direction to the predetermined position of the wire, and the button 44 is also rotated to the original position by the shaft pin 46. When the elastic force of the compression spring 45 rebounds, the button 44 can be pushed outwardly to the sleeve portion 43. The limit projection 442 of the button 44 is returned and the card is limited to the upper and lower casings u and 12. The latching grooves 1151, 1241 of the limiting grooves 115, 124 can limit the rotation of the second tool holder 4 i. Thus, by the push of the control button The positioning part is axially displaced and the positioning convex axis and the card shackle are limited, so that the positioning seat is turned upside down, and the user can take the hand tool for the dryness, and when pressing the button, the limit on the button is pressed. The position of the bump and the limit groove of the body is recorded: the tool holder can be rotated to facilitate the user to take the tool head, so as to facilitate the operation of the seat, the opening and folding of the tool holder. The above-mentioned creations are only exemplified by the best embodiment, and those who are familiar with the art can carry out various changes, but the implementation of this change should be included in the spirit of this creation 1 Within the scope. In summary, the creation of the control seat and the tool holder can be controlled by the control button and the button to facilitate the use of the tool and the tool head, and can be adapted to facilitate the operation of the placement seat and the tool holder. The tool box is designed to provide users with ease of use. Whether it is a structural change or an improvement in efficacy, there is no doubt that this creation has not been published in the publication before the application, and it has not been used publicly. Compliance with the patent application • The request '爰 filed a patent application according to law. • [Simple description of the diagram] The first diagram is a schematic diagram of the three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation. The second figure is a schematic cross-sectional view of the combination of the creative body and the placement seat. The fourth picture is a three-dimensional appearance diagram of the creation of the seat after the action. The fifth figure is a schematic cross-sectional view taken after the action of placing the seat. The sixth figure is a schematic cross-sectional view of the combination of the creative body and the first tool holder. The seventh figure is a schematic cross-sectional view of the first tool seat action of the creation. The eighth figure is a schematic cross-sectional view of the combination of the creative body and the second tool holder. The ninth figure is a combination of the second tool holder action. [Main component symbol description] 10- Body 112 - Through hole 114, 115 - Limit groove 11 - Upper housing 111 - accommodating groove 113 - pivot Connection groove M430350 1141, 1151-click groove 12-lower case 121-limit groove 123, 124-limit groove 13-screw element 14-control button 141-inclined block φ 20-mounting seat 201 - Tool socket 203 - Positioning convex shaft 205 - Torsion spring 21 - Positioning portion 212 - Card hook 214 - Pressing block φ 22 - Screwing element 24 - Hand tool 30 - First tool holder 31 - Inserting hole 33- Fitting section 34- button 341-through hole 35- compression spring 122- pivoting groove 1231, 124 bucking groove 142-compression spring 202- pivoting convex axis 204-axis inspection 213-through slot 23-compression bomb箦32-torsion spring 331-grooving 342-limit bump 36-shaft bolt 12 M430350 40-second tool holder 41-plug hole 42-torsion spring 43-sleeve segment 431-cut slot 44-button 441 - through hole 442 - limit bump 45 - compression stretch 46 - shaft bolt 5 - tool head 13