M286750 八、新型說明： 【新型所屬之技術領域】 本創作係與電動工具有關，更詳而言之是指一種電動 起子工具與螺釘自動餵給機構間之快速組拆裝置。 5【先前技術】 按，-般人在進行螺釘鎖設之作業時，除使用一般傳 =動之起子工具外，使用電動起子卫具則是另一種較為 省力之運用方法。當然如在用於拆解螺釘時，直接使 動起子工具係為一種相當省力之方式，但如是運用在需大 =鎖設螺釘時，則需將該電動起子與—騎自動祕機 構作-結合，以使能以自動供給螺釘之狀態下進行大量地 鎖設螺釘之作業。 ―以目前現行電動起子工具與螺釘自動健給機構間在進 订組裝時，乃是藉由-螺帽與該電動工具及該螺钉自動饒 15給機構相互進行旋轉後之螺接，以達相互結合之作業。 惟’由於運用此種結構進行電動工具與螺釘自動傲给 機構間之組裝，不僅會使得組裝之過程較亦 ^得浪費較多之時間在組裝及拆解上，而造成 使用上之不便利。 【新型内容】 有鑑於此，本創作之主要目的乃在提供一種電動起子 工，與螺釘自祕給機制之快速崎裝置，係能簡易地 將該電動起子i具無獅自驗給機構進餘合拆解之 4 20 M286750 作業 與螺起子工具 套接，該卡㈣之相 1釘自缝給機構 ，孔之卡擎孔，該第 套接件，内部㈣* * 壁上軸有—卡接塊; ，外摘⑶J有—套接孔’係與該電動起子工具套 接部之—=及該貫以^ 备、上 _ i ’係與遣碟4丁 0叙雜认iik上社 接，外側上形成有二3箱〜叩穴咏电勒趄卞工具套 該各卡合區域，^八⑽態之卡合11域及二卡掣槽， 件，係分龍;^^顺該各卡接塊進行卡接;二卡接組 各卡接組件该卡料之相料側狀位置上，使該 置間進行往復:擺外；卡固位置及-鬆放位 15 20 接，孔伸入而與該懷卡 件位以彡接體間形成111定連接，當該卡接組 該套接接主該::r咖 【實施方式】 步之委ΐ ’能對本創作之特徵及目的有更進- 說明於後·〜"’㈣舉以下較佳之實關，並配合圖式 第圖係本創作所提供一較佳實施例之立體分解圖。 5 M286750 第二圖係第一圖所示較佳實施例之立體組合圖。 第三圖係第-圖所示較佳實施例之實際使用組裝示意 圖。 第四圖係第-®所示較佳實闕之職圖;主要係顯示 5呈卡固扣合之狀態。 第五圖係第一圖所示較佳實施例之剖視圖；主要係顯示 呈鬆放之狀態。 第六圖係第一圖所示較佳實施例之剖視圖；主要係顯示 可拆離之狀態。 1〇 清參閱第一及第二圖，係本創作一較佳實施例所提供 之一種電動起子工具與螺釘自動餵給機構間之快速組拆裝 置(100)，其主要包含有一連接主體(10)、一套接件(20)及二 卡接組件(30)，其中.· 该連接主體(10)，係一體成形，可界定出一第一連接部 15 (U)、一卡掣部(12)及一第二連接部(13)，該卡掣部(12)係以 其一相對端分別連接該第一連接部（Η)及該第二連接部 (13)，使該卡掣部(12)位於該第一連接部(n)及該第二連接 部（13)之間，其中該第一連接部(11)、該卡掣部(12)及該第 二連接部(13)之内部，形成有一連貫相通之穿置孔(14),且 2〇該穿置孔（14)更連通至該第一連接部（11)及該第二連接部 (13) 之自由端外而與外界連通； 該第一連接部(11)，概呈一矩形體，其内部受該穿置孔 (14) 所貫通’且該第一連接部(u)之側壁上形成有若干預定 位置之鎖接孔(111); 6 M286750 該卡掣部(12)，係以其一端連接於該第一連接部(丨丨)之 一端，其内部並受該穿置孔(14)所貫通，其二相對外侧上分 別形成有一^^^掣孔(121)，且該各卡掣孔(121)係與該穿置孔 (14)貫通，且位在該各卡掣孔(121)之上方二側處，並分別 5形成有一梅接槽(122) ’而位在該各卡掣孔(121)之上方處， 則分別形成有一作用部(123)，該作用部(123)為一外露之桿 狀體； 該第二連接部(13)，其斷面概呈圓形，係連接於該卡掣 部（12)之另一端，且其内部並受該穿置孔(14)所貫通，且該 ίο第二連接部(13)之内壁預定位置上，並凸伸形成有二卡接塊 (131)〇 該套接件(20)，概呈一内部呈中空之圓柱狀套筒，其内 部形成有一呈預定形態之套接孔(21),該套接件(2〇)之外壁 面預定位置上並形成有二卡合區域(22)，該各卡合區域(22) 15係由一導引槽(221)及一定位槽(222)所連通而成，該導引槽 (221)係由該套接件(2〇)之一端緣外侧壁上，以預定之寬度 軸向延伸一預定距離而成，該定位槽(222)則係自該導引槽 (221)之延伸末點處，以預定之寬度徑向延伸一預定距離而 成’使該卡合區域(22)概呈現出L之態樣，且該導引槽(221) 2〇之一側處並形成有一卡製槽(223)。 該各卡接組件(30)，分別具有一卡接件(31)及一彈性件 (32)，該卡接件(31)為一按鍵，係樞接於該連接主體(1〇)上， 可在原地進行預定範圍内之樞擺，以於一^^固位置及一鬆 放位置間往復樞擺。卡接件(31)，可界定出一受力部(311)、 7 M286750 一卡固部(312)及一樞接部(313)，該受力部(311)為一預定形 態之按鍵，用以供使用者之手指所按抵之用，該卡固部(312) 係凸設形成於卡接件(31)之一端側緣外，該樞接部(313), 為自該受力部(311)二側邊所凸伸出之圓柱形凸柱;該各彈 5性件(3 2)為呈預定形態之彈性簧片。 是以’上述即為本創作所提供一較佳實施例電動起子 工具與螺釘自動餵給機構間之快速組拆裝置(100)的主要構 成要件及其型態，接著再將其組裝方式及使用方式介紹如 下： 1〇 首先，將該各彈性件(32)之中段穿繞於該連接主體(1〇) 之作用部（123)上，再將該各卡接件(31)以其樞接部(313)分 別卡入於該連接主體(10)之各樞接槽(122)中，使該彈性件 (32)此時係以其一端抵靠於該連接主體(1〇)之卡掣部(12)外 部壁面上，而該彈性件(32)之另一端則係抵靠於該卡接件 is (31)之内部上，使該卡接件(31)在未受其它外力作用下，會 被該彈性件(32)之預力所推抵，而使該受力部(311)會由該樞 接部(313)所中心而進行樞擺，使該卡固部(312)會由該連接 主體(10)卡掣部（12)上所形成之卡掣孔(121)而穿入於該穿 置孔(14)中，如此一來便完成本創作整體組裝後之預定型 20態。 接著，再將本創作之使用狀態及其使用方法介紹如下： 首先，將該套接件(20)直接以其套接孔(21)而套合在一 電動起子工具(40)之結合端(41)外’使能藉由該套接孔(21) 之預定型態而與該結合端(41)進行緊密之套接;接著，再將 8 M286750 該套接件(41)穿入於位在該第二連接部（13)内之穿置孔(14) 中，使該第一連接部（11)内之卡接塊(131)由該套接件(20) 之導引槽(221)所滑入，並於滑入後將該套接件(20)或該連 接主體(10)(兩者擇一)其中之一，進行預定方向之旋轉，使 5 該卡接塊(131)此時便滑入於該定位槽(222)中，且在旋轉之 過程中，該卡接件(31)之卡固部(312)亦會恰好卡入於該套 接件(20)之卡掣槽(223)中，如此一來，該電動起子工具(40) ® 便能藉由該套接件(20)而與該連接主體(10)結合(藉由該卡 固部(312)與該卡掣槽(223)之卡合效果），且由於該卡接件 1〇 (31)受該彈性件(32)之預力所作用，該卡固部(312)會產生往 該卡掣槽(223)内推抵之作用，以穩固該卡接之位置關係。 接著，再將該第一連接部（11)置入於一螺釘自動餵給機構 (50)之連接端(51)中，並藉由該連接端(51)上之彈性插銷(52) 快速地插入於該第一連接部(11)之鎖接孔(m)中，使該第一 I5連接部(11)與該連接端(52)進行接合。如此一來，便可完成 # 將為電動起子工具(40)及該螺釘自動饒給機構(5〇)間之快 速組合連接之作業。 接著γ再將該電_子工具(4G)與該騎自祕給機構 (50)欲進行拆解時之作業方式介紹如下 首先，由使用者按下該卡接件卯之 到外力之作用而進行另-方向之』(與彈 本之R生之描财向城），㈣相部(312)由原 本之卡固位置樞擺至鬆放位置， 卡挈槽_中’此時再將該套接件(2:=;= 9 20 M286750 緊方向相反之方向）之旋轉，使該卡接塊(131)由該定位槽 (222)滑出至該導引槽(則中，再將該套接件⑽連同該電 動起子工具一併抽出，即可使該電動起子工具(40)與連接主 體(1〇)分離，再將該螺釘自體餵給機構(50)上之彈性插銷(52) 5拉出，並將该連接主體(1〇)取出於該連接端(52)外，即可使 邊連接主體(10)與該螺釘自動餵給機構(5〇)分離，最後再將 該套接件(20)與該電動起子工具(5〇)抽離即完成快速拆解 之作業。 在此特別說明，雖然在本創作中該套接件係與該電動 10起子工具為二獨立之個體，但實際上，亦可將該套接件直 接套接在該電動起子工具上，由於並不會影響電動起子工 具之其它作業，因此也無需加以拆下，將可使得與螺釘自 動餵給機構組合時之作業更加地快速而簡易。 M286750 【圓式簡單說明】 第-圖係本創作所提供一較佳實施例之立體分解圖。 ，二圖係第一圖所示較佳實施例之立體組合圖。 第二圖係第-圖所示較佳實施例之實際使用組裝示意 圖0 〜 第四圖係第一圖所示較佳實施例之剖視圖；主要係顯示 呈卡固扣合之狀態。 第五圖係第一圖所示較佳實施例之剖視圖；主要係顯示 呈鬆放之狀態。 μ 第六圖係第一圖所示較佳實施例之剖視圖；主要係顯示 可拆離之狀態。 ~ μ M286750 【主要元件符號說明】 電動起子工具與螺釘自動餵給機構間之快速組拆裝置(100)M286750 VIII. New description: [New technical field] This creation is related to power tools, and more specifically refers to a quick assembly and disassembly device between the electric screwdriver and the automatic screw feeding mechanism. 5 [Prior Art] According to the general man's work on screw locking, in addition to the general transmission tool, the use of electric screwdrivers is another relatively labor-saving method. Of course, if the screwdriver is used to disassemble the screw, it is a very labor-saving way to directly use the screwdriver tool. However, if it is used in the case of large-size locking screws, the electric screwdriver must be combined with the automatic riding mechanism. In order to enable a large amount of locking of the screws in a state where the screws are automatically supplied. ―In the current assembly and assembly of the current electric screwdriver tool and the screw automatic nutrient mechanism, the screw is automatically rotated by the nut and the electric tool and the screw to achieve mutual mutual rotation. Combine the work. However, the use of such a structure for the assembly of the power tool and the screw to the robot automatically not only makes the assembly process more wasteful of assembly and disassembly, but also causes inconvenience in use. [New content] In view of this, the main purpose of this creation is to provide a motorized screwdriver and a quick-spinning device for the screw self-secreting mechanism, which can easily put the electric screwdriver into the lion-free self-test. 4 20 M286750 work and screw driver tool socket, the card (4) phase 1 nail self-sewed to the mechanism, the hole card hole, the first socket, the inner (four) * * wall shaft has - snap Block;; external pick (3) J has a - socket hole 'and the electric screwdriver tool socket -= and the corresponding to the preparation, the upper _ i 'system and the dish 4 Ding 0 Syria miscellaneous iik Shangshe, On the outside, there are two or three boxes of 叩 叩 咏 咏 趄卞 趄卞 该 该 该 该 该 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The block is engaged; the two card-connecting components of the card-clamping component are in the side position of the material of the card material, so that the room is reciprocated: the pendulum position; the locking position and the loose position 15 20 are connected, the hole is extended And the card position is formed by the splicing body 111, when the card group is connected to the main body:: r coffee [implementation method] step by step ΐ 'can create this Objective into signs and more - to be described later · ~ " '(iv) give off less preferred in reality, with the drawings and first FIG authoring system of the present embodiment provided by the exploded perspective view of a preferred embodiment. 5 M286750 The second drawing is a perspective assembled view of the preferred embodiment shown in the first figure. The third drawing is a schematic view of the actual use of the preferred embodiment shown in the first embodiment. The fourth figure is the job chart of the preferred embodiment shown in the first--; the main system shows that the card 5 is in a state of snap-fit. The fifth drawing is a cross-sectional view of the preferred embodiment shown in the first figure; mainly showing a state of being loose. Figure 6 is a cross-sectional view of the preferred embodiment shown in the first figure; mainly showing the detachable state. 1 and 2 are a quick assembly device (100) between an electric screwdriver tool and an automatic screw feeding mechanism provided by a preferred embodiment of the present invention, which mainly comprises a connecting body (10). a set of connectors (20) and two latching assemblies (30), wherein the connecting body (10) is integrally formed to define a first connecting portion 15 (U) and a latching portion ( 12) and a second connecting portion (13), the latching portion (12) is connected to the first connecting portion (Η) and the second connecting portion (13) by an opposite end thereof, so that the latch portion (12) between the first connecting portion (n) and the second connecting portion (13), wherein the first connecting portion (11), the latch portion (12) and the second connecting portion (13) a through hole (14) is formed in the interior, and the through hole (14) is further connected to the free ends of the first connecting portion (11) and the second connecting portion (13). Communicating with the outside; the first connecting portion (11) is substantially a rectangular body, the inside of which is penetrated by the through hole (14) and a plurality of predetermined positions are formed on the sidewall of the first connecting portion (u) Locking hole (111); 6 M286750 The latching portion (12) is connected at one end thereof to one end of the first connecting portion (丨丨), and the inside thereof is penetrated by the through hole (14), and the opposite sides of the second connecting portion are respectively formed with a ^^^ a pupil (121), and each of the latching holes (121) is penetrated by the through hole (14), and is located at two sides above the respective latching holes (121), and respectively forms a plumbing The slot (122) is located above the latching holes (121), and an action portion (123) is formed respectively. The active portion (123) is an exposed rod-shaped body; the second connecting portion ( 13), the cross section is substantially circular, is connected to the other end of the latch portion (12), and is internally penetrated by the through hole (14), and the second connecting portion (13) a predetermined position on the inner wall, and a two-clamping block (131) is formed on the inner wall, and the sleeve member (20) is substantially hollow. The inner cylindrical sleeve is formed in a hollow shape, and a sleeve hole is formed in a predetermined shape. (21), a predetermined position of the outer wall surface of the socket (2〇) is formed with two engaging regions (22), wherein the engaging regions (22) 15 are guided by a guiding groove (221) and a positioning The groove (222) is connected, and the guiding groove (221) is composed of The outer side wall of one end edge of the socket (2〇) is formed by extending a predetermined distance axially by a predetermined width, and the positioning groove (222) is from the end point of the guiding groove (221). Radially extending a predetermined distance in a predetermined width to make the engaging region (22) appear as an L, and a guiding groove is formed at one side of the guiding groove (221) 2 223). Each of the latching assemblies (30) has a latching member (31) and an elastic member (32). The latching member (31) is a button that is pivotally connected to the connecting body (1〇). The pivoting within a predetermined range can be performed in situ to pivot back and forth between a fixed position and a loose position. The engaging member (31) defines a force receiving portion (311), a 7 M286750 locking portion (312) and a pivoting portion (313), wherein the force receiving portion (311) is a button of a predetermined shape. For the user's finger to be used, the fastening portion (312) is formed to be formed outside the one end edge of the engaging member (31), and the pivoting portion (313) is self-stressed. a cylindrical stud projecting from the two sides of the portion (311); the elastic member (32) of each of the bullets is an elastic reed in a predetermined shape. The main components and types of the quick assembly device (100) between the electric screwdriver tool and the automatic screw feeding mechanism of a preferred embodiment provided by the present invention are provided, and then assembled and used. The method is as follows: 1. First, the middle portion of each elastic member (32) is wound around the action portion (123) of the connecting body (1), and the respective engaging members (31) are pivotally connected thereto. The portions (313) are respectively engaged in the pivoting slots (122) of the connecting body (10), so that the elastic member (32) is at the same time with its one end abutting against the connecting body (1). The outer wall of the portion (12), and the other end of the elastic member (32) abuts against the inside of the engaging member is (31), so that the engaging member (31) is not subjected to other external force And being pushed by the pre-stress of the elastic member (32), so that the force receiving portion (311) is pivoted by the center of the pivoting portion (313), so that the locking portion (312) will be The insertion hole (121) is inserted into the insertion hole (14) formed by the latching portion (12) formed on the latching portion (12) of the connecting body (10), so that the predetermined type 20 after the integral assembly of the creation is completed. state. Then, the use state of the present creation and its use method are introduced as follows: First, the socket (20) is directly fitted with the sleeve hole (21) at the joint end of the electric screwdriver tool (40) ( 41) The outer 'enable sleeve is tightly sleeved with the joint end (41) by the predetermined pattern of the socket (21); then, the 8 M286750 sleeve (41) is inserted into the position. In the through hole (14) in the second connecting portion (13), the engaging block (131) in the first connecting portion (11) is guided by the guiding slot of the socket (20) (221) Sliding in, and after sliding in, one of the socket (20) or the connecting body (10) (either one of them) is rotated in a predetermined direction to make the card block (131) At this time, it slides into the positioning groove (222), and during the rotation, the fastening portion (312) of the card member (31) also happens to be stuck in the card of the socket (20). In the gutter (223), the electric screwdriver tool (40) can be coupled to the connecting body (10) by the socket (20) (by the securing portion (312) and The engagement effect of the card slot (223), and because the card member 1 (31) is subjected to the elastic member (32) The effect of the pre force, the retaining portion (312) is generated to the inside of the engaging groove (223) of the pushing action, to stabilize the positional relationship of snap. Then, the first connecting portion (11) is placed in the connecting end (51) of an automatic screw feeding mechanism (50), and is fast by the elastic latch (52) on the connecting end (51). Inserted into the locking hole (m) of the first connecting portion (11), the first I5 connecting portion (11) is engaged with the connecting end (52). In this way, the quick connection between the electric screwdriver tool (40) and the screw automatic feeding mechanism (5〇) can be completed. Then, γ then introduces the operation mode of the electric_sub tool (4G) and the riding mechanism (50) to be disassembled as follows: First, the user presses the card to the external force. Carry out the other direction (to the city with the R of the bomb), (4) the phase (312) from the original position of the clamp to the loose position, the card slot _ middle 'this time The rotation of the socket (2:=;= 9 20 M286750 in the opposite direction) causes the card block (131) to slide out of the positioning slot (222) to the guiding slot (in the case, The socket (10) is taken out together with the electric screwdriver tool to separate the electric screwdriver tool (40) from the connecting body (1), and the screw is automatically fed to the elastic pin (52) on the mechanism (50). 5) Pulling out and taking out the connecting body (1〇) outside the connecting end (52), so that the side connecting body (10) is separated from the screw automatic feeding mechanism (5〇), and finally The socket (20) and the electric screwdriver tool (5〇) are separated to complete the quick disassembly operation. Here, in particular, although the socket is independent of the electric 10 screwdriver tool in the present creation Individual, but in fact, the socket can also be directly attached to the electric screwdriver tool. Since it does not affect other operations of the electric screwdriver tool, it does not need to be removed, and the screw can be automatically fed. The operation of the combination of the mechanism is more rapid and simple. M286750 [Circular Simple Description] The first embodiment is a perspective exploded view of a preferred embodiment of the present invention. The second embodiment is the preferred embodiment shown in the first figure. The second drawing is a cross-sectional view of the preferred embodiment of the preferred embodiment shown in the first embodiment of the preferred embodiment of the first embodiment. The fourth embodiment is a cross-sectional view of the preferred embodiment shown in the first embodiment; The fifth drawing is a cross-sectional view of the preferred embodiment shown in the first figure; the main part is shown in a loose state. The sixth drawing is a cross-sectional view of the preferred embodiment shown in the first figure; Status ~ μ M286750 [Description of main component symbols] Quick set-up device between electric screwdriver tool and screw automatic feeding mechanism (100)
連接主體(10) 鎖接孔(111) 5 卡掣孔(121) 作用部(123) 第二連接部(13) 穿置孔(14) 套接孔(21) ίο導引槽(221) 卡掣槽(223) 卡接件(31) 卡固部(312) 彈性件(32) 15 結合端(41) 連接端(51) 第一連接部(11) 卡掣部(12) 樞接槽(122) 卡接塊(131) 套接件(20) 卡合區域(22) 定位槽(222) 卡接組件(30) 受力部(311) 樞接部(313) 電動起子工具(40) 螺釘自動餵給機構(50) 彈性插銷(52) 12Connecting body (10) Locking hole (111) 5 Card boring hole (121) Acting part (123) Second connecting part (13) Threading hole (14) Socket hole (21) ίο Guide groove (221) card Groove (223) Clip (31) Fixing part (312) Elastic part (32) 15 Joint end (41) Connection end (51) First connection part (11) Clamping part (12) Pivot groove ( 122) Snap block (131) Socket (20) Snap area (22) Locating groove (222) Snap assembly (30) Force part (311) Pivot part (313) Electric screwdriver tool (40) Screw Automatic feeding mechanism (50) elastic latch (52) 12