M438362 五、新型說明： 【新型所屬之技術領域】 係種可控制一鑛切工具與一握 本創作與手工具有關，更詳而言之 柄結合或分離的結搆。 【先前技術】 在手工具之領域中，方便攜帶、節省空間始終是重要的訴求’許多新 穎的手工具設糊財_。典鋼仅―，彳㈣柄可對應結合 多種工具，譬如，-個握柄可換裝不同尺寸的螺絲起子或套筒。熟悉此項 技術的人應能理解，必需依據工具的功能和其被操作的方式來設計工具與 握柄的連接結構。以握柄和螺絲起子為例，它們是被使用者旋向操作的物 件，因此螺絲起子與握柄之間即必需具備旋向限位的結構關係 ，六角凹槽 與六角軸的結構經常制在螺絲起子與握柄的結合它顧了旋向限位的 關係’使握柄可以帶動螺絲起子旋轉，同時，它也提供了軸向的自由性， 使螺絲起子可轴向的與握柄結合或分離。 【新型内容】 ί於各尺寸螺絲起子(或套筒)共用一握柄而言使鑛子、戮刺刀片、 切割刀片等共用i柄的_度是較高的。因為這-類型的手X具，它們 被使用者沿著Μ的軸線方向往復_切，所以它們雜柄的結合必 需⑽走向和轴向的限位關係，且這種限位關係必需非常的堅固和穩定， 才能雜胸的方向性是可被操作者控_，且蝴面轉_度是在預 期的範圍中。 握柄，那麼控制鋸 然而，上述鋸切工具若要以可組換的方式來共用一 3 M438362 ^具與握柄結錢分_結構，即必需確保㈣和軸向的穩定限位關 承此為本創作的設計方向。 據此，本創作之目的係在提供一種 分離的結構，其特點在於: 了_—鑛-具與—握柄結合或 ㈠使不同形式的㈣工具能與同—個絲結合或分離。 ㈡使錯切工具與握柄結合時，具有堅固和穩定的限位關係，此一限位 關係包括軸向的和旋向的。 ㈢使操作者能以輕鬆、省力、簡便的方式來组換胸工具。 本案達成上述目的之技術在於，提出—連接結構之新賴設計，使一鑛 切工具组得以與一握柄結合或分離；該連接結構包括： —基座，設於祕切工具組之定位座端部；其具有_穿置槽、一限位 槽、和—釋賴，輯W⑽細齡該限位样 和峨槽_嫩議·_ 彼轉聰別穿職 基座的左、右側面；該基座的前部面具有—第—開口和—第二開口，該第 -開口連通該穿置槽和該限位槽，該第二開〇連通該釋称該第—開口 的縱向尺W細賴_祕__咖，鄕二開口 的縱向尺寸大於該釋放槽的内徑； a —銜接座，設於該握柄之一端，具有-可容納該基座的容置空間，於 該銜接座的端部設置-開口’以開放該容置空間；該銜接座的左、右側壁 刀別6又階層式的一第一穿孔和—第二穿孔； -控制組件，包括一第一梢件、一第二梢件、—限位環和一復位彈笼· 該第一梢件穿過該銜接座的第一穿孔，該復位彈簧穿套於該第一梢= 4 和位於第-穿孔的階層式側壁與該第一梢件的頭 過該銜接座的第二穿孔，該第二梢件 相件穿 ⑽末第-娜的末端 内’魏位環被該第-梢件和第二梢件限位於其間； 據上繼，細爾_紐雜w，靖定位於該 .丁座中，按壓該第i件’將限位環移人該基座_放槽中，該基座即 可脫離該銜接座。 【實施方式】 為便於說明本案於上述新型内容—嫩所表示的中心思想，兹以具體 實施例表達。實施例中各種不同物件係按適於說明之比例、尺寸、變形量 紐移量而描繪，而非按實際树的比例予崎製，合先敘明。且以下的 °兒月令，類似的元件是以相同的編號來表示。 如第-圖至第四圖，描述一鑛切工具組10、一握柄20、以及使上述兩 者得以結合或分_連接結構3()。贿啦餘1Q包括—工具11以及支 持該工具Μ的一定位座12。所述的連接結構30包括一基座务一銜接 座50以及一控制組件60。在圖例中，基座4〇係設置於定位座12的一 端，銜接座50係設置於握柄2〇的一端，但並不以此為限，將基座4〇設 ;握柄20將銜接座50 §史於定位座12亦是可行的。該控刺組件6〇係設 置於該銜接座50 ’用以控制該基座4〇與該銜接座5〇的結合或分離。 s亥基座40為具稜角的立方體構造，包括一穿置槽41、一限位槽42、 和一釋放槽43 ’這三個槽依所述之順位同心設置並橫向的貫穿該基座4〇 ; 雜位槽42和釋放槽43的内徑相等，並且大於該穿置槽41的内徑。該 穿置槽41及該釋放槽43分別穿通該基座4〇的左、右側面。該基座4〇的 M438362 前部面具有一第一開口 46和一第二開口 47,該第一開口 46連通該穿置槽 41和該限位槽42 ’該第二開口 42連通該釋放槽43。該第-開口 46的縱 向尺寸L1等於或略大於該穿置槽41的内徑，但小於該限位槽42的内秤， 該第二開口 47的縱向尺寸|_2大於該釋放槽43的内徑。 该銜接座50具有一可容納該基座4〇的容置空間51，於該銜接座5〇 的端部設置-開口以開放該容置空間51，使該基座4〇得利用該開口進入 或脫離雜接座5〇。該銜接座5〇的左、右側壁分別設階層式的第—穿孔 53和一第二穿孔54，用以容納該控制組件60的第-梢件61和第二梢件 62。該控制組件6〇於下詳述。 該控制組件60包括一第一梢件61 乐二仴仟 一哏位環63和 復位彈簣64。該第一梢件61的外徑等於或略小於該基座40之穿置槽 41的内徑。該限位環63的外徑與職座4〇之限位槽（及釋放槽们的 内徑相等。該第—梢件61具有i大直徑的頭部611以及-縮小直徑的末 而612雜位王衣63穿套於該末端612。該第二梢件位昇有一擴大直徑 的頭部621和-縮小直徑的末端622，該末端622穿入並糧姻定手 離㈣文鎖結、緊配固定)固定於該第一梢件61末鑛的細帽員 ▲不恤圖中）。該限位環63被該第—梢件61和第二梢件62夾制限位。 趣位彈簧64係穿套於該第-梢件61的外部。 2第五圖，該第-梢件61穿套該復位彈f 64後，從該銜接座5〇的 孔53穿過，該復位彈簧64 _於該第—梢件& _柳與第 =⑽的晴之間·穿套蝴1⑽的末鑛， 梢件62從該銜接座5◦的第二穿孔％穿人，其末端622穿入並固 6 M438362 疋於及第梢件61末端612的孔613中。該第-梢件61和該第二梢件 62將該限位環63限制於其間。 如第五圖至第八圖，將該鑛切工具組1〇組裝於銜接座50的方式如下。 知作者應按下该第—梢件61，壓縮該復位彈簧64，同時該第—梢件&對 6亥第一梢件62提供—推力，兩者以及被其夾制的定位環63均同步位移， 此時，將該㈣I驗1G的基座辦套人該補座5Q的容置空間51中， 因雜位％ 63隨同該第—梢件&和第二梢件的位移而與該基座牝之釋 61嘛軸™之穿置槽 又雜座40的第一開口 46的縱向尺寸L1等於或略大於該穿 徑㈣等__該第一開口46的縱向尺寸L1大於該第—梢件61外 口素’所以該基座40可以毫無阻礙的穿套入該銜接座50中。之 <使用者釋放對該第一6 驅使該第-梢件61、第& ^里知位㈣64釋能之彈力， Μ和第1件6262设回位移，該限位環63咖該第—梢件 座:::二::動’―^ Μ 的縱向尺寸U小於限位槽42内徑，所以娜位产 =^42中㈣繼，了卡雜 =^ =座5Q_W^™™組卿 欲將紛肛具組1G從握柄2G拆卸下來時，操作者亦 ，厂纖績位彈簧64，同時該第—梢件 ;稍件 限位環63隨同該第—梢件 h第-柏件62位移，該 該釋放槽43令，因^_ 4梢件62移動，進而進入該基座如的 因錢座40之第二開口 47的縱向尺寸L2大於該釋放槽 7 ΌΖ 43之内徑(亦即該基座4〇 认斤、 ’的縱向尺寸L2大於該限位環63的 卜徑），所以該限位環63即盔 接庙w 奸制该基座4〇，該基座4〇即可沿著該銜 筏座50的軸心方向脫離。當 脫離该銜接座5〇後，操作者即釋放 、一梢件61的按勤量，該復位彈簧64趨使該第—梢件61、第二梢件 62及限位環63復回至原來的位置。 基於本創作以上所述之技術特徵，使具有基座々Ο的各式鑛切工具組 1〇都可以崎於同-健柄2Q。第—圖至第人圖描述娜肛具組㈣ 為長鑛片川及其定位座12，第九_述的鑛切工具組1〇為短鑛片112 及其疋位座122,第十圖描述的鑛切工具組1〇為弓鑛US及其定位座 仍’第十-圖描述的綱工具組1Q為_刀114及其定位座彳％，第十 二圖描述的鑛切工具1Q為刀片115及狀位座125。其★，上述的每一定 位座122,123,124,125都具備本創作之基座4〇。 復如第-圖和第二圖’該銜接座5〇連接一延伸部7〇，該延伸部的 側邊具有溝槽72,該溝槽72與雜接座5Q之_透過—穿孔73而連通， ί、鑛切具組1Q的長則川穿過該穿孔73，而延伸及限位於該溝槽72 中》亥延伸部70係延伸入該握柄2〇中，更進一步的，該握柄2〇的末端 設有一穿孔21，該長鋸片11〇的末端穿出。 雖然本案是以一個最佳實施例做說明，但精於此技藝者能在不脫離本 案精神與範疇下做各種不同形式的改變。以上所舉實施例僅用以說明本案 而已，非用以限制本案之範圍。舉凡不違本案精神所從事岣種種修改或變 化，俱屬本案申請專利範圍。 【圖式簡單說明】 M438362 第-圖係以本創作之握柄及連接結構組裝 丹組之示意圖，該鋸切 工具組為長鑛片。 第二圖為第一圖之立體分解圖。 第二圖為第二圖之圈示部份放大圖。 第四圖為苐一圖之組合側視圖。 第五圖為第四圖之5-5剖面圖。 第六圖係描述第五圖的動作狀態。 鲁第七圖係本創作之控制組件於基座中的組合外觀圖，該控制組件的限位環 位於該基座之限位槽中。 該控制組㈣隨軸錢職座之釋放 第八圖描述第七圖的動作狀態 槽中。 ，該鋸切 第九圖係以本創作之握柄及連接結構組裝—鑛切工級之示意圖 工具組為短錯片。M438362 V. New description: [New technical field] The species can control a cutting tool and a grip. The creation is related to the hand tool, and more specifically, the structure of the handle is combined or separated. [Prior Art] In the field of hand tools, it is always an important appeal to carry and save space. Many new hand tools are used to make money. The steel can only be combined with a variety of tools, such as a handle that can be replaced with different sizes of screwdrivers or sleeves. Those skilled in the art will appreciate that the tool and handle connection structure must be designed in accordance with the function of the tool and the manner in which it is operated. Taking grips and screwdrivers as an example, they are objects that are rotated by the user. Therefore, it is necessary to have a structural relationship of the rotation limit between the screwdriver and the grip. The structure of the hexagonal groove and the hexagonal shaft is often made in The combination of the screwdriver and the handle takes into account the relationship of the rotation limit. 'The handle can drive the screwdriver to rotate. At the same time, it also provides axial freedom, so that the screwdriver can be axially combined with the handle or Separation. [New content] ί When the screw driver (or sleeve) of each size shares a grip, the _ degree of the common shank of the ore, the burr blade, the cutting blade, etc. is higher. Because of this type of hand X, they are reciprocated by the user in the direction of the axis of the crucible, so the combination of their shank must have a (10) strike and axial limit relationship, and this limit relationship must be very strong. And stable, the directionality of the cross-breast can be controlled by the operator, and the bounce degree is within the expected range. Grip, then control the saw, however, if the above-mentioned sawing tool is to share a 3 M438362 ^ with the handle and the structure of the handle, it is necessary to ensure (4) and the axial stability limit The design direction of this creation. Accordingly, the purpose of the present work is to provide a separate structure characterized by: _-mine-with and-handle bonding or (a) combining different forms of (four) tools with the same wire. (2) When the miscut tool is combined with the grip, it has a strong and stable limit relationship, and the limit relationship includes axial and rotational directions. (3) It is possible for the operator to change the chest tool in an easy, labor-saving and simple manner. The technology for achieving the above object in the present invention is to propose a new design of the connection structure, so that a cutting tool set can be combined or separated from a grip; the connecting structure comprises: a base, which is arranged in the positioning block of the secret cutting tool set End; it has a _through slot, a limit slot, and - release, series W (10) fine age limit and 峨 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The front surface of the base has a first opening and a second opening, the first opening communicates with the through slot and the limiting slot, and the second opening communicates with the longitudinal dimension of the first opening The longitudinal dimension of the opening of the second opening is larger than the inner diameter of the releasing groove; a - the connecting seat is disposed at one end of the handle, and has a receiving space for accommodating the base, and the connecting space The end of the seat is provided with an opening to open the accommodating space; the left and right side wall of the connecting seat is a first perforation and a second perforation; and the control assembly comprises a first piece a second tip member, a limit ring and a reset cage. The first tip member passes through the first through hole of the adapter seat. a return spring is sleeved on the first tip = 4 and a second side of the first perforated side wall of the first perforated member and the second tip of the first tip member is worn through the (10) end The end of the 'Wei-position ring is limited by the first-tip and the second tip piece; according to the succession, the fine-------------------------------------------------------------------------------------------------- In the pedestal _ grooving, the pedestal can be detached from the pedestal. [Embodiment] In order to facilitate the explanation of the central idea expressed in the above-mentioned novel content, the present invention, it will be expressed by a specific embodiment. The various items in the embodiment are depicted in terms of ratios, sizes, and amounts of deformation that are suitable for illustration, rather than to the scale of the actual tree, as described first. And the following elements are denoted by the same reference numerals. As shown in the first to fourth figures, a cutting tool set 10, a grip 20, and the like are combined or divided into a joint structure 3 (). The bribe 1Q includes a tool 11 and a positioning seat 12 that supports the tool. The connecting structure 30 includes a base and a connecting base 50 and a control assembly 60. In the illustration, the base 4 is disposed at one end of the positioning base 12, and the connecting base 50 is disposed at one end of the handle 2〇, but not limited thereto, the base 4 is disposed; the handle 20 will be connected Block 50 § History Positioning Block 12 is also possible. The stab assembly 6 is disposed on the adapter 50' to control the coupling or separation of the base 4 and the adapter 5 . The sill base 40 is an angular cube structure, including a through slot 41, a limiting slot 42, and a release slot 43'. The three slots are concentrically arranged along the same direction and extend laterally through the base 4. The inner diameter of the miscellaneous groove 42 and the release groove 43 are equal and larger than the inner diameter of the through groove 41. The insertion groove 41 and the release groove 43 pass through the left and right sides of the base 4, respectively. The M438362 front mask of the base 4 has a first opening 46 and a second opening 47. The first opening 46 communicates with the through slot 41 and the limiting slot 42. The second opening 42 communicates with the release slot. 43. The longitudinal dimension L1 of the first opening 46 is equal to or slightly larger than the inner diameter of the through slot 41, but smaller than the inner scale of the limiting slot 42, the longitudinal dimension |_2 of the second opening 47 is larger than the inner side of the release slot 43. path. The accommodating seat 50 has an accommodating space 51 for accommodating the pedestal 4 ,, and an opening is provided at an end of the accommodating seat 5 以 to open the accommodating space 51, so that the pedestal 4 can be used to enter through the opening. Or leave the hybrid seat 5〇. The left and right side walls of the coupling seat 5 are respectively provided with a first-stage perforation 53 and a second perforation 54 for receiving the first-tip member 61 and the second tip member 62 of the control assembly 60. The control assembly 6 is described in detail below. The control assembly 60 includes a first tip member 61, a clamp ring 63 and a reset magazine 64. The outer diameter of the first tip member 61 is equal to or slightly smaller than the inner diameter of the through groove 41 of the base 40. The outer diameter of the limiting ring 63 is equal to the inner limiting groove of the seat 4 (and the inner diameter of the releasing groove). The first piece 61 has a large diameter head 611 and a reduced diameter end and a 612 miscellaneous The king garment 63 is threaded over the end 612. The second tip is raised with an enlarged diameter head 621 and a reduced diameter end 622 that penetrates and is detached from the food. The fixed cap) is fixed to the end cap of the first tip piece 61. The limiting ring 63 is restrained by the first tip member 61 and the second tip member 62. The fun spring 64 is threaded over the outside of the first tip 61. 2, in the fifth figure, the first-piece member 61 is passed through the resetting pin f 64, and passes through the hole 53 of the engaging seat 5〇, and the return spring 64_ is in the first-piece & (10) between the clear and the end of the butterfly 1 (10), the tip 62 is pierced from the second perforation of the adapter 5, and the end 622 penetrates and fixes the hole of the M 616362 and the end 612 of the tip 61 613. The first tip member 61 and the second tip member 62 limit the limit ring 63 therebetween. As in the fifth to eighth figures, the manner in which the cutting tool set 1 is assembled to the adapter 50 is as follows. The author should press the first piece 61 to compress the return spring 64, and the first piece & provides a thrust to the 6th tip piece 62, and both of the positioning ring 63 clamped by the same Synchronous displacement, at this time, the base of the (4) I 1G is placed in the accommodating space 51 of the complement 5Q, because the miscellaneous % 63 is accompanied by the displacement of the first-piece & and the second tip The longitudinal dimension L1 of the first opening 46 of the pedestal 61 嘛 又 又 又 又 杂 杂 杂 杂 杂 等于 等于 等于 40 40 40 40 40 40 40 40 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向 纵向The tip 61 is externally sealed so that the base 40 can be inserted into the adapter 50 without any hindrance. <user release the elastic force of the first 6 driving the first tip 61, the & ^, and the first member 6262, and the limiting ring 63 - Tip seat:::2::moving '-^ Μ The longitudinal dimension U is smaller than the inner diameter of the limit groove 42, so the position production = ^ 42 (four) followed by the card = ^ = seat 5Q_W ^ TMTM group When Qing wants to dismantle the anal group 1G from the grip 2G, the operator also, the factory fiber position spring 64, and the first-piece; the slight limit ring 63 along with the first-piece piece h-cypress The member 62 is displaced, and the release groove 43 causes the longitudinal dimension L2 of the second opening 47 of the socket 40 to be larger than the inner diameter of the release slot 7 ΌΖ 43 due to the movement of the tip member 62. (That is, the pedestal 4 〇 、, 'the longitudinal dimension L2 is larger than the diameter of the limit ring 63), so the limit ring 63 is the hood of the temple, the pedestal 4 〇, the pedestal 4 The crucible can be detached along the axial direction of the cap 50. When the operator is released from the adapter 5, the operator releases the amount of the tip 61, and the return spring 64 causes the first member 61, the second member 62, and the retaining ring 63 to return to the original position. s position. Based on the technical features described above in the present creation, the various types of ore cutting tool sets having the pedestal 々Ο can be in the same shape as the shank 2Q. The first to the first person depicts the Na's anal group (4) is the Changzheng piece and its positioning seat 12, and the ninth-described mineral cutting tool set 1 is the short ore piece 112 and its squatting seat 122, the tenth figure The described miner cutting tool set 1〇 is the bow mine US and its positioning seat is still '10th-graph described by the tool group 1Q is _ knife 114 and its positioning seat 彳%, the twelfth figure described the mining cutting tool 1Q is The blade 115 and the position seat 125. ★, each of the above-mentioned fixed seats 122, 123, 124, 125 has the base 4 of the present creation. As shown in the first and second figures, the connecting socket 5 is connected to an extending portion 7〇, and the side of the extending portion has a groove 72, and the groove 72 communicates with the through-hole 73 of the hybrid seat 5Q. , ί, the length of the miner set 1Q passes through the perforation 73, and extends and is limited to the groove 72. The extension portion 70 extends into the handle 2, and further, the handle The end of the 2 cymbal is provided with a perforation 21 through which the end of the long saw blade 11 is passed. Although the present invention is described in terms of a preferred embodiment, those skilled in the art can make various changes in the form without departing from the spirit and scope of the invention. The above embodiments are only used to illustrate the present case and are not intended to limit the scope of the present invention. Any modification or change that is not in violation of the spirit of the case is the scope of patent application in this case. [Simple description of the diagram] M438362 The first figure is a schematic diagram of the Dan group assembled with the grip and the connection structure of the present invention. The sawing tool set is a long ore piece. The second figure is an exploded perspective view of the first figure. The second figure is a partial enlarged view of the circle of the second figure. The fourth picture is a side view of the combination of the first picture. The fifth picture is a cross-sectional view of 5-5 of the fourth figure. The sixth figure describes the action state of the fifth figure. The seventh figure is the combined appearance of the control component of the present invention in the base, and the limit ring of the control component is located in the limiting slot of the base. The control group (four) with the release of the Axis Finance seat The eighth figure describes the action state of the seventh figure in the slot. The sawing of the ninth figure is assembled with the grip and the connecting structure of the present invention - the schematic diagram of the miner cutting grade tool set is a short stagger.
第十圖係以本創狀握柄及連接結構組裝—_卫具組之綠圖，該鑛切 工具組為弓鑛。 第十-圖係以本辦之握柄及連騎触裝_㈣工具组 切工具组為戳刺刀。 之示意圖，該鋸 該鋸 第十二圖係以本創作之握柄及連接結構組裝—勒工频之示意圖 切工具组為刀片。 【主要元件符號說明】 12-定位座 30-連接結構 10-鋸切工具組 11-工具 20-握柄 21-穿孔 9 M438362 40-基座 41-穿置槽 42-限位槽 43-釋放槽 46-第一開口 47-第二開口 L1-第一開口! 的縱向尺寸 L2-第二開口的縱向尺寸 50-銜接座 51-容置空間 53-第一穿孔 54-第二穿孔 60-控制組件 61-第一梢件 611-頭部 612-末端 613-孔 62-第二梢件 621-頭部 622-末端 63-限位環 64-復位彈簧 70-延伸部 72-溝槽 73-穿孔 111-長鋸片 112-短鋸片 113-弓鋸 114-戳刺刀 115-刀片 Ί 22-定位座 123-定位座 124-定位座 125-定位座 10The tenth figure is a green diagram of the sanitation group and the joint structure—the tooling group is the bow mine. The tenth-picture is the grip of the handle and the contact of the rider _ (four) tool set. Schematic, the saw The saw The twelfth figure is assembled with the grip and the connection structure of the present invention - a schematic diagram of the Le power frequency cutting tool set is a blade. [Main component symbol description] 12-positioning block 30-connection structure 10-sawing tool set 11-tool 20-grip 21-perforation 9 M438362 40-base 41-through slot 42-limit slot 43-release slot 46-first opening 47 - second opening L1 - first opening! longitudinal dimension L2 - longitudinal dimension of second opening 50 - adapter seat 51 - accommodation space 53 - first perforation 54 - second perforation 60 - control assembly 61-first tip piece 611 - head 612 - end 613 - hole 62 - second tip piece 621 - head 622 - end 63 - limit ring 64 - return spring 70 - extension 72 - groove 73 - perforation 111 - long saw blade 112 - short saw blade 113 - bow saw 114 - puncture bayonet 115 - blade Ί 22 - locating seat 123 - locating seat 124 - locating seat 125 - locating seat 10