M409136 % 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種可應用於起子工具上，據以獲致扶 持螺絲及穩定螺絲設置方向等效用的抓取襄置。 又 【先前技術】 按，一般使用起子工具旋鎖或鬆開螺絲時，常會遇及 - 螺絲歪斜未與起子呈同一軸線而無法對正螺孔、螺設位置 . 位於凹陷區域不易扶持螺絲，或是螺絲鬆脫後因周邊構件 • 阻擋而無法順利取出該螺絲…等情況，為解決上揭問題， 有業者设计出附有磁石的起子工具，透過磁石吸附作用， 藉以改善前述情況。惟，雖然利用磁石作用能解決前述問 喊’但是當螺絲較大或長度較長，使螺絲的重量大於磁石 磁力時，將導致磁石無法持續且有效地抓持該螺絲，因而 失去作用。 此外’一般高科技產品内部所設置的電子元件，由於 ► 容易受到磁性干擾’甚至會因磁化作用而影響或破壞其系 _ 統電路，因此相當忌諱接觸磁性物體，故組裝時，亦無法 使用附有磁石的起子工具。 【新型内容】 有鑑於此，本創作主要目的，乃在提供一種螺絲抓取 器’藉以應用於起子工具，以獲致扶持螺絲及穩定螺絲設 置方向等效用，使旋鎖或旋鬆螺絲時更為便利及順暢。 依據上述之目的，本創作螺絲抓取器，主要包含：一 本體，係套設於一起子桿上；一固定單元，係設於本體上 可用以定位該穿設本體的起子桿；及複數彈性翼片，係 3 1 M409136 等距環設在本體之外緣表面，該彈性翼片一端，係延伸有 可用以扶持螺絲的扶持部。 前揭之本體中心設有一可供套設起子桿的穿孔，該穿 孔具有供起子桿上下穿梭之功能，本體上係設有一大徑段 與一小徑段，小徑段表面並設有一可連通於該穿孔之内壁 的珠孔。該固定單元則係包含：一彈性束套，係套設於本 體之小徑段；及一鋼珠，係置於本體的珠孔中；藉由該彈 性束套壓抵該鋼珠，使鋼珠之弧面可選擇性地突出穿孔之 内壁，藉以迫抵定位該起子桿。 據此設計，本創作可將螺絲頭部與起子桿頭結合，並 利用彈性翼片之扶持部扶持該螺絲，藉以保持螺絲與起子 桿位於同一軸線上，使螺絲穩定對正於螺孔，以利旋鎖螺 絲；在旋鬆螺絲後，亦可透過彈性翼片之彈性回復力夹持 螺絲，以利取出，不會受制於周邊區域或構件的阻擋或是 限制使用磁力的環境，使旋鎖或鬆開螺絲時更為便利及順 暢。 此外，前揭之本體，亦可於中心設有一可供容置固定 單元的容設孔，該容設孔可為前後貫穿。該固定單元則對 應改為一以磁性材料製成之套管，且套管中心設有一可供 套設起子桿的穿孔；藉由套管之磁性吸附作用，藉以定位 該起子桿，同時可使起子桿在套管之穿孔處上下穿梭移動 者。 【實施方式】 為使貴審查委員對本創作之構造特徵與功效能有更 進一步的瞭解與認同，茲列舉以下較佳實施例，並配合圖 M409136 式說明如后。 請參閱第一圖與第二圖。第一圖係揭示本創作第一實 施例的組合立體圖；第二圖係揭示第一實施例的組設示意 圖。 本創作螺絲抓取器（1)，係套設於一起子工具的起子 桿（3)上，用以扶持一螺絲（4)，以便於操作旋鎖或放鬆該 螺絲(4)者。 所述螺絲抓取器（1)，主要包含一可套設於起子桿（3) 的本體（10)、一設置於本體(10)上的固定單元(11)及複數個 等距環設於本體(10)外緣表面的彈性翼片（12)，其中： 所述本體（10)為一短柱體，本體（10)上形成一大徑段 (100)與一小徑段（101)，本體（10)中心並貫設有一穿孔 (102) ，以供起子桿(3)穿設，小徑段（101)表面則開設有一 連通至穿孔（102)内壁的珠孔（103)。又，於本體(10)外緣表 面，設置有對應該彈性翼片（12)數量而呈等距分佈環設的 裝設面（104)，所述裝設面（104)係由小徑段（101)外緣表面 沿軸向延伸穿設大徑段（100)所形成之平面者，裝設面 (104)上各開設有一鎖固孔（105)，然而；彈性翼片（12)固設 於本體（10)外緣表面，並非得一定在本體（10)上設平面者 ，實際上僅需在本體(10)外緣表面提供鎖固孔（105)，供鎖 固彈性翼片（12)即可達到相同目的。 第一實施例中的固定單元(11)，主要包含一鋼珠(110) 與一彈性束套（111)。該鋼珠（110)係置於本體（10)的珠孔 (103) 中，該彈性束套（111)則係套設在小徑段（101)的外緣 表面，彈性束套（111)上並開設有一裕度缝(1110);藉由彈 5 ㈣yi36 選擇性（11^)由外部壓抵鋼珠(110)，使鋼珠（110)之弧面可 起子桿（也=出至穿孔(102)内壁，藉以迫抵起子桿(3) ’使 ^、3)可於穿孔中滑移但不致輕易滑落鬆脫。 直狀片^彈性翼片（12)為一長型之彎弧狀片體，亦可為平 效功〜版’本案僅提供一參考實施例’任何具有與本案等 ^正月匕者，皆為本案保護之範疇。該彈性翼片（12)—端， 伸成形出一扶持部（12〇)，該扶持部（12〇)係為一適當 1板狀者，彈性翼片（12)相異一端之表面，則係開 2 貝孔（121)，可透過一鎖固件（I22)經由貫孔（m)鎖 設至本體（ίο)的鎖固孔（105)，俾將彈性翼片 位於本 體（10)之裴設面（1〇4)上。 %參閱第三圖，其係在揭示第一實施例的實施示意 圖。 操作時，先將螺絲抓取器（1)套設於起子桿(3)上，藉 由彈性束套(111)壓抵鋼珠(11〇)，使其弧面得以迫抵該起 子桿(3)，以獲致適當迫緊定位之作用。 虽遇及螺設位置不易扶持螺絲（4)的情況，例如第三 圖所不，該螺孔（5)係位於一凹陷區域或水平螺鎖型態時 ，使用者可先將螺絲(4)頭部(40)與起子桿(3)頭結合，^時 利用彈性翼片（12)之扶持部（120)以扶持固定該螺絲(句，藉 以保持螺絲（4)與起子桿(3)位於同一軸線，以利螺絲（句確 實對正於螺孔（5) ’進而可直接操作旋鎖；此外，於旋鎖 過程中，隨著螺絲(4)逐漸旋入螺孔(5)，藉由該螺絲（4)之 頭部（40)推擠彈性翼片（I2)之内緣側面，可迫使該彈性翼 片（12)向外展開，直至螺絲(4)完全鎖入螺孔(5);據此，矸 M409136 使旋鎖作業更為便利及順暢。 鬆開螺絲(4)時，係以彈性翼月（12)之扶持部（120)抵接 螺絲（4)頭部（40)周緣，再操作旋鬆螺絲（4);隨著螺絲（4) 逐漸旋出螺孔(5)，可藉由彈性翼片（12)之彈性回復力重新 夾持螺絲，以便取出，而不會受制於周邊區域或構件的阻 擋；據此，可使旋鬆作業更為便利及順暢。 請參閱第四圖與第五圖。第四圖係揭示本創作第二實 施例的組合立體圖；第五圖係揭示第二實施例的組設示意 圖。 第二實施例的螺絲抓取器（2)，同樣包含一可套設於 起子桿（3)的本體（20)、一設置於本體（20)上的固定單元及 至少三個等距環設於本體（20)外緣表面的彈性翼片（22)， 其中： 所述本體（20)為一短柱體，本體（20)中心貫設有一容 設孔（200)，以供容置固定單元；於本體（20)外緣表面，設 置有對應該彈性翼片（22)數量而呈等距分佈環設的裝設面 (201)，所述裝設面（201)係沿軸向延伸至本體（20)二端面所 形成之平面者，裝設面（201)上各開設有一鎖固孔（202)。 所述彈性翼片（22)同樣為一長型之彎弧狀片體或亦可 為平直狀片體，彈性翼片（22)二端分別設有扶持部（220)及 貫孔（221)，藉由鎖固件（222)穿置貫孔（221)以鎖設至本體 (20)的鎖固孔(202)。 第二實施例中的固定單元，則係為一以磁鐵製成之套 管（21)，所述套管（21)係置於本體（20)的容設孔（200)中， 套管（21)中心貫設有一穿孔（210)，以供起子桿(3)穿設。操 7 M409136 作時，可將螺絲抓取器（2)套設於螺絲起子的起子桿（3)上 ，藉由套管（21)之磁性吸附起子桿(3)，使起子桿(3)可於穿 孔（210)中滑移但不致輕易滑落鬆脫，進而獲致如同第一 實施例所揭之功效。 以上所述說明，僅為本創作的較佳實施方式而已，意 在明確本創作的特徵，並非用以限定本創作實施例的範圍 ’本技術領域内的·—般技術人貝根據本創作所作的均等變 化，以及本領域内技術人員熟知的改變，仍應屬本創作涵 蓋的範圍。 < M409136 【圖式簡單說明】 第一圖：本創作第一實施例的組合立體圖； 第二圖：本創作第一實施例的組設示意圖； 第三圖··本創作第一實施例的實施示意圖； 第四圖：本創作第二實施例的組合立體圖； 第五圖：本創作第二實施例的組設示意圖。 【主要元件符號說明】M409136 % V. New description: [New technical field] This creation is about a kind of gripping device that can be applied to the screwdriver tool to obtain the equivalent direction of the support screw and the stabilizing screw. Also [prior art] Press, generally use the screwdriver tool to twist or loosen the screw, often encountered - the screw skew is not the same axis as the screwdriver and can not be aligned with the screw hole, screw position. It is not easy to support the screw in the recessed area, or In order to solve the above problem, the manufacturer has designed a screwdriver with a magnet to loosen the screw after the screw is loosened. However, although the use of magnetism can solve the aforementioned problem, but when the screw is large or long, the weight of the screw is larger than the magnetism of the magnet, which will cause the magnet to continue to grip the screw continuously and effectively, thus losing its effect. In addition, the electronic components installed in the general high-tech products are susceptible to magnetic interference, and even affect or destroy the system due to magnetization. Therefore, it is quite difficult to contact magnetic objects, so it is not possible to use them when assembling. A screwdriver tool with magnets. [New content] In view of this, the main purpose of this creation is to provide a screw grabber's application to the screwdriver tool to obtain the equivalent direction of the supporting screw and the stabilizing screw setting direction, so that when the screw is locked or the screw is loosened Convenience and smoothness. According to the above purpose, the screw grabber of the present invention mainly comprises: a body, the sleeve is sleeved on a sub-rod; a fixing unit is disposed on the body for positioning the driver rod of the wearing body; and a plurality of elastic The airfoil, the 3 1 M409136 equidistant ring is disposed on the outer edge surface of the body, and one end of the elastic blade extends with a support portion for supporting the screw. The body center of the front body is provided with a perforation for arranging the driver rod, the perforation has the function of shuttle the upper and lower rods, and the body is provided with a large diameter section and a small diameter section, and the surface of the small diameter section is provided with a connectable a bead hole in the inner wall of the perforation. The fixing unit comprises: an elastic sleeve sleeve sleeved on the small diameter section of the body; and a steel ball placed in the bead hole of the body; the arc of the steel ball is pressed by the elastic sleeve to press the steel ball The face can selectively project the inner wall of the perforation to force the positioning of the driver rod. According to this design, the creation can combine the screw head with the screwdriver head, and use the support portion of the elastic wing to support the screw, so as to keep the screw and the driver rod on the same axis, so that the screw is stably aligned with the screw hole, so that the screw is stably aligned with the screw hole, The screw is screwed; after the screw is loosened, the screw can also be clamped by the elastic restoring force of the elastic flap to facilitate the removal, without being restricted by the surrounding area or the member or restricting the use of the magnetic environment, so that the twist lock Or it is more convenient and smooth when loosening the screw. In addition, the body of the front cover may also be provided with a receiving hole for receiving the fixing unit at the center, and the receiving hole may be front and rear. The fixing unit is correspondingly changed to a sleeve made of a magnetic material, and a hole for the sleeve rod is arranged in the center of the sleeve; the magnetic rod of the sleeve is used to position the rod, and at the same time The driver rod shuttles the mover up and down at the perforation of the sleeve. [Embodiment] In order to enable the reviewing committee to have a better understanding and recognition of the structural features and functions of the present invention, the following preferred embodiments are listed, and the following description is shown in conjunction with the figure M409136. Please refer to the first and second figures. The first drawing reveals a combined perspective view of the first embodiment of the present creation; the second figure shows a schematic view of the assembly of the first embodiment. The creation screw gripper (1) is sleeved on a screwdriver rod (3) of a sub-tool for supporting a screw (4) for operating the twist lock or relaxing the screw (4). The screw gripper (1) mainly comprises a body (10) sleeved on the driver rod (3), a fixing unit (11) disposed on the body (10), and a plurality of equidistant rings disposed on the An elastic fin (12) on the outer peripheral surface of the body (10), wherein: the body (10) is a short cylinder, and the main body (10) forms a large diameter section (100) and a small diameter section (101) The center of the body (10) is provided with a through hole (102) for the driver rod (3) to pass through, and the surface of the small diameter section (101) defines a bead hole (103) communicating with the inner wall of the perforation (102). Further, on the outer surface of the body (10), a mounting surface (104) is provided which is equidistantly distributed corresponding to the number of elastic fins (12), and the mounting surface (104) is composed of a small diameter section. (101) The outer edge surface extends in the axial direction through the plane formed by the large diameter section (100), and the mounting surface (104) defines a locking hole (105), however; the elastic flap (12) is solid The surface of the outer edge of the body (10) is not necessarily provided with a flat surface on the body (10). In fact, only the locking hole (105) is provided on the outer surface of the body (10) for locking the elastic fins ( 12) can achieve the same purpose. The fixing unit (11) in the first embodiment mainly comprises a steel ball (110) and an elastic sleeve (111). The steel ball (110) is placed in the bead hole (103) of the body (10), and the elastic sleeve (111) is sleeved on the outer edge surface of the small diameter section (101), and the elastic sleeve (111) And a margin joint (1110) is opened; by the 5 (4) yi36 selectivity (11^), the steel ball (110) is pressed from the outside, so that the arc surface of the steel ball (110) can be used to actuate the rod (also = out to the perforation (102) The inner wall, by means of the forced rod (3) 'make ^, 3) can slip in the perforation but does not easily slip off. Straight piece ^ Elastic wing piece (12) is a long curved curved piece, which can also be a flat work ~ version 'This case only provides a reference embodiment 'anything with this case, etc. The scope of protection in this case. The elastic wing piece (12) is end-shaped, and a supporting portion (12〇) is formed. The supporting portion (12〇) is a suitable one plate shape, and the elastic wing piece (12) has a different end surface. Open the 2 hole (121), which can be locked to the locking hole (105) of the body through the through hole (m) through a locking piece (I22), and the elastic blade is located behind the body (10). Set the surface (1〇4). Reference is made to the third figure, which is a schematic diagram showing the implementation of the first embodiment. In operation, the screw gripper (1) is first sleeved on the screwdriver rod (3), and the elastic bead (111) is pressed against the steel ball (11〇), so that the curved surface can be forced against the screwdriver rod (3) ) to achieve the role of appropriate positioning. Although it is difficult to support the screw (4) in the position of the screw, for example, in the third figure, when the screw hole (5) is in a recessed area or a horizontal screw type, the user can first screw (4) The head (40) is combined with the head of the screwdriver rod (3), and the support portion (120) of the elastic flap (12) is used to support and fix the screw (in order to keep the screw (4) and the driver rod (3) On the same axis, the screw (the sentence is indeed aligned with the screw hole (5)' and thus can directly operate the twist lock; in addition, during the twisting process, as the screw (4) is gradually screwed into the screw hole (5), by The head (40) of the screw (4) pushes the inner edge side of the elastic flap (I2) to force the elastic flap (12) to expand outward until the screw (4) is completely locked into the screw hole (5) According to this, 矸M409136 makes the twisting operation more convenient and smooth. When the screw (4) is loosened, the support part (120) of the elastic wing month (12) abuts the circumference of the head (40) of the screw (4). Then, loosen the screw (4); as the screw (4) gradually unscrews the screw hole (5), the screw can be re-clamped by the elastic restoring force of the elastic flap (12) for removal without being restricted. Around Blocking of the domain or member; according to this, the loosening operation can be made more convenient and smooth. Please refer to the fourth and fifth figures. The fourth figure discloses the combined perspective view of the second embodiment of the present creation; the fifth figure reveals A schematic diagram of the assembly of the second embodiment. The screw gripper (2) of the second embodiment also includes a body (20) that can be sleeved on the driver rod (3), and a fixing body (20). The unit and the at least three equidistant rings are disposed on the outer edge surface of the body (20), wherein: the body (20) is a short cylinder, and the body (20) is centrally provided with a receiving hole. (200) for accommodating the fixing unit; on the outer edge surface of the body (20), a mounting surface (201) corresponding to the number of the elastic fins (22) and equidistantly distributed is provided, the mounting The surface (201) extends in the axial direction to the plane formed by the two end faces of the body (20), and each of the mounting faces (201) defines a locking hole (202). The elastic blade (22) is also a The long curved curved piece may also be a flat piece, and the elastic end piece (22) has a supporting portion (220) and a through hole (221) at two ends respectively. The fixing hole (202) is locked to the locking hole (202) of the body (20) by the locking member (222). The fixing unit in the second embodiment is a sleeve made of a magnet. (21), the sleeve (21) is placed in the receiving hole (200) of the body (20), and a through hole (210) is disposed in the center of the sleeve (21) for the driver rod (3) to pass through When the M409136 is operated, the screw gripper (2) can be placed on the screwdriver (3) of the screwdriver, and the screwdriver rod (3) is magnetically attracted by the sleeve (21) to make the screwdriver rod (3). It can be slipped in the perforation (210) without being easily slipped off, thereby achieving the effect as disclosed in the first embodiment. The above description is only for the preferred embodiment of the present invention, and is intended to clarify the features of the present invention, and is not intended to limit the scope of the present creative embodiment. Equal variations, as well as variations well known to those skilled in the art, are still within the scope of this creation. < M409136 [Simplified description of the drawings] The first figure: the combined perspective view of the first embodiment of the present creation; The second figure: the schematic diagram of the first embodiment of the present creation; The third figure · The first embodiment of the present creation A schematic diagram of the implementation; a fourth diagram: a combined perspective view of the second embodiment of the present creation; and a fifth diagram: a schematic diagram of the assembly of the second embodiment of the present creation. [Main component symbol description]
1 螺絲抓取器； 2 螺絲抓取器； 10 本體； 20 本體； 100 大徑段； 200 容設孔； 101 小徑段； 201 裝設面； 102 穿孔； 202 鎖固孔； 103 珠孔； 21 套管； 104 裝設面； 210 穿孔； 105 鎖固孔； 22 彈性翼片； 11 固定單元； 220 扶持部； 110 鋼珠； 221 貫孔； 111 彈性束套； 222 鎖固件； 1110 才谷度縫， 3 起子桿； 12 彈性翼片； 4 螺絲； 120 扶持部； 40 頭部； 121 貫孔； 5 螺孔； 122 鎖固件； 91 screw grabber; 2 screw grabber; 10 body; 20 body; 100 large diameter section; 200 housing hole; 101 small diameter section; 201 mounting surface; 102 perforation; 202 locking hole; 103 bead hole; 21 casing; 104 mounting surface; 210 perforation; 105 locking hole; 22 elastic wing; 11 fixing unit; 220 support; 110 steel ball; 221 through hole; 111 elastic sleeve; 222 lock; 1110 , 3 screwdrivers; 12 elastic fins; 4 screws; 120 support; 40 head; 121 through holes; 5 screw holes; 122 locks;