M431778 五、新型說明： 【新型所屬之技術領域】 本創作係與手工具結構有關’尤指一種手工具結構係 設有二個相對之控制組，且該每一控制組係設有錐面、擋 面及複數個卡制件，該錐面及擋面係使複數個卡制件壓抵 於本體外周面處。 【先前技術】 習用手工具結構，如第十三圖所示’ 一本體9 0，該 本體9 0係呈單一τ桿狀，該本體9 0之作用端係可套設 另一手工具如起子頭，如此直接旋轉本體9 0而旋動起子 r-.. 但此專利案結構之缺失係在於： 頭 該本體9 0係呈單一T桿狀，該手握持本體9 〇旋動 起子頭時，一手係握持於本體9 〇外周面處，該本體9 〇 三百六十度轉動時’手與本體9 〇外周面係會產生磨擦， 於旋動時較不·，且無法㈣旋妓子頭，實雜係較 不足。 有鑑於上述習用手工具結椹M431778 V. New description: [New technical field] The creative department is related to the structure of hand tools. In particular, a hand tool structure has two opposite control groups, and each control group has a tapered surface. The visor and the plurality of clamping members, the tapered surface and the blocking surface are pressed against the outer peripheral surface of the body. [Prior Art] The structure of the hand tool is as shown in Fig. 13 'a body 90, the body 90 is a single τ rod shape, and the working end of the body 90 can be set with another hand tool such as a screwdriver head. Thus, the body 90 is directly rotated and the screwdriver is rotated r-.. However, the structure of the patent is missing: the head body 90 is in a single T-bar shape, and the hand grip body 9 is used to rotate the screwdriver head. One hand is held on the outer peripheral surface of the body 9 ,. When the body 9 is rotated by three hundred and sixty degrees, the outer surface of the hand and the body 9 磨 will produce friction, which is less when rotating, and cannot rotate (four) Head, the real miscellaneous system is insufficient. In view of the above, the use of hand tools
Ba 偁之缺失，本創作人藉多年 從事相關行業之經驗，終於有〜 改善缺失之手工具結構之 產品。 【新型内容】 新型所欲解決之問題：本創 ^ . θ 个刮作係與手工具結構有關， 尤指一種手工具結構係設有二個 1固相對之控制組，且該每一 3 控制組係設有錐面、擋面及複數個卡制件，該錐面及擋面 係使複數個卡制件壓抵於本體外周 面處。 解決問題之技術手段：一種手工具結構，其係包括： 本體，二控制組係呈相對狀，該每一控制組係包括：一 控制件、一套件、複數卡制件、一結合件及一彈性元件； 該控制件係套設於本體外周面，該本體係可於控制件内樞 轉，該控制件係設有控制部、複數容硃孔、第一結合部及 擋面，該套件係依序設有樞槽、錐面、容置部及第二結合 部，該錐面係連接樞槽及容置部，該容置部係容置控制件， 錐面係對向擋面，該樞槽係供控制件之控制部穿伸，該第 結合部係凸露於套件外，該第二結合部係遠離樞槽；該 卡制件係頂於擋面及錐面間，使該卡制件係容置於容珠孔 處，該結合件係與第一結合部相結合，套件與結合件間係 有一距離；該彈性元件係容置於容置部内而頂抵於控制件 上0 對照先前技術之功效：該卡制件係受控制件之擋面與 套件之錐面壓抵，該複數卡制件即係壓抵於本體外周面 ^使°玄本體係無法於二控制組内位移而固定其位置。按 壓其一控制組之結合件，該二控制组係可於本體上順著按 壓其一結合件之方向位移而調整夾設位置，而該本體仍受 另控制組夾設限制而無法呈反方命作位移及調整夾設位 置，而同時按壓二個控制組之結合件，所有控制組内部之 卡制件不再壓抵於本體外周面，該二控制組係可於本體上 自由位移及調整夾設位置，且調整位置時係為無段式調整 M431778 位置。 為使鈞局委員及熟習此項技藝人士對本創作之功效 元全瞭解，兹配合圖式及圖號就本創作之結構、組成說明 於後，惟以下所述者僅為用來解釋本創作之實施例，並非 企圖據以對本創作做任何形式上之限制，是以凡是在本創 作之精神下，所作的任何修飾變更皆仍應屬於本創作之保 護範圍。 【實施方式】The lack of Ba, the creator has years of experience in related industries, and finally has the product of improving the structure of the missing hand tools. [New content] A new type of problem to be solved: The θ scratching system is related to the structure of the hand tool, especially a hand tool structure with two 1 solid relative control groups, and each of the 3 The control group is provided with a tapered surface, a blocking surface and a plurality of clamping members, and the tapered surface and the blocking surface are pressed against the outer peripheral surface of the body. Technical means for solving the problem: a hand tool structure, comprising: a body, two control groups are in a relative shape, each control group comprises: a control member, a kit, a plurality of card members, a joint member and a The elastic member; the control member is sleeved on the outer peripheral surface of the body, the system is pivotable in the control member, and the control member is provided with a control portion, a plurality of holes, a first joint portion and a stop surface, and the kit is The pivoting groove, the taper surface, the accommodating portion and the second joint portion are sequentially disposed, the taper surface is connected to the pivot groove and the accommodating portion, and the accommodating portion is configured to receive the control member, and the cone surface is opposite to the blocking surface, The pivoting groove is provided for the control portion of the control member, the first joint portion is exposed outside the sleeve, and the second joint portion is away from the pivot groove; the card member is placed between the blocking surface and the tapered surface to make the card The component is placed at the hole of the bead, and the coupling is combined with the first joint, and the sleeve and the joint are separated by a distance; the elastic component is placed in the receiving portion and abuts against the control member. Compared with the effect of the prior art: the card is pressed against the face of the control piece and the taper of the sleeve I.e., the plurality of line engaging member is pressed against the outer peripheral surface of the present ^ ° Xuan present system can not make the displacement of the fixed position in the two control groups. Pressing the joint of one of the control groups, the two control groups can adjust the clamping position on the body along the direction of pressing one of the joint members, and the body is still restrained by the other control group and cannot be in the opposite direction. Displacement and adjustment of the clamping position, while pressing the combination of the two control groups, the clamping members inside all the control groups are no longer pressed against the outer peripheral surface of the body, the two control groups can freely displace and adjust the clip on the body Set the position and adjust the position to adjust the M431778 position without a segment. In order to make the members of the bureau and those skilled in the art fully understand the effects of this creation, the structure and composition of the creation are explained in conjunction with the drawings and drawings, but the following are only used to explain the creation. The examples are not intended to impose any form of restriction on the creation of the creations, and any modifications made in the spirit of this creation should remain within the scope of this creation. [Embodiment]
首先請參閱第-圖至第三圖所示，第—圖係為立體分 解圖’第一圖係套件（2 2)前視圖，第三圖係第二圖之 A-A處剖視圖，本創作係關於—種手工具結構， -本體（10)，該本體（10)係呈τ桿狀，該本負 (1 0 )作用端係設有套合部（丄J )，該套合部（ 2-深度六角槽狀，該套合部（11)係可供套接⑹ 二控制組（20)，該二控制組（20) 该母-控制組（20)係套設於本體（1Q) 本體（1 0)係可於控制組（2 〇 ) :" 組(20)係包括控制件(21)、_轉套：母： 卡制件(23)、-結合件(2”及一彈性(元2件2丨' 該控制件（21)係套設於本體（ 本體(1〇)係可於控制件(2 1)内樞轉，該二^ 5 M431778 1 ) 一端係凸設有控制部（2 1 1 )，控制部（2 1 1 )係 呈貫穿圓管體狀’該控制部（211)係設有複數容珠孔 (2 1 2 )’該容珠孔（2 1 2 )係為三個且係呈環狀排列 狀，該每一容珠孔（2 1 2)係呈貫穿錐面狀且係呈向外 擴張狀，該控制部（2 1 1)端部係設有第一結合部（2 1 3 )’該第一結合部（2 1 3 )係呈外螺紋狀或其它可相 互結合之結構，該控制件（2 1 )另端係凸設有直徑較小 -之第一端部（2 1 4 )，控制件（2 1 )與控制部（2丄i ). 因直徑差而設有擋面（2 1 5 )，擋面（2 χ 5 )係近容珠# 孔（2 1 2)處，該擋面（2 1 5)係朝向容珠孔（2工 2 ); 該套件（2 2)係呈圓筒狀以供手握持，該套件（2 2)内部係依序設有樞槽（221)、錐面（2 2 2 )、容 置4 ( 2 2 3 )及第二結合部（2 2 4 )，且該樞槽（2 2 1 )、錐面（2 2 2 )、容置部（2 2 3 )及第二結合部（2 2 4)係呈相通狀’該抱槽（2 2 i )係設於套件（2 錐面（ 2 2 2 )係連接樞槽（221)及容置部 件⑴)，錐面（2 2 2 )係對向擋面（21心置 槽（221)係供控制件（21)之控制部（= 之第一結合部(2")心 ⑵"直二’:; ：(( =、)最卿^ )1•仫-亥錐面（2 2 2 )最 部（M3)直徑，該第二結合部（2 2 4 )==槽置 6 M431778 (2 2 1 )’該第二結合部（2 2 4 )係設於套件 J端開口内周面處’該第二結合部(2 2 4 )係呈内螺紋) 該每-卡制件（2 3)係呈珠體狀或為適當形狀 卡制件（2 3)數目係配合控制件〔9 人 Λ ^ 、匕丄）之容珠？ ^ )之數目，該卡制件（23)數目係H = 件（23)係頂於擋面（215)及錐面（2 1制 ，該每-卡制件（2 3)係容置於每—容珠孔（21 = ^容珠孔Q12)最小直徑係小於卡制件（23)直 該結合件（2 4)係呈圓體貫穿内螺 件狀，該結合件（24)係設於套件為—螺合 件（2 4)係與控制件（2工）第 且結合 丁、匕丄J之第—結合部（2 1 q、 相螺合結合，套件（2 2)盥姓人# f 9/ \ 3) 離； …”件（2 4)間係有一距 該彈性it件（25)係容置於套件（ 1( )2 2彈性元件(2 5 ) -端係套設於控二(： 上.之—端部（2 1 4)處，而頂抵於控制件（2工） (2 7=件卷(3 0)，該連結件（3 〇 )係'位於二控制件 〇)件呈體(10)外周面處，該連結件(3 三結合部3 二:該連結件(3〇)二端係各設有第 肤…# U 母—第三結合部（31)係呈外螺牙 母一第二結合部（3 1 )係與套件（2 2 )之第二 7 結合部（2 2 4)相螺人 連結件（3 Ο )呈對稱:，控制組（2 0 )相對於 第二端部，該[端、x連結件（3 〇)二端係凸有 ^ 直徑係小於第三結合部（3 1)直 兮掬 、—，口 &邛（31)因直徑差俜有抿而 邊彈性元件（2 5)另銼尨A 且仅左你有抵面， 各第P 套設抵職連結件（30)之 :一=上，即彈性元件（25)係 間； 1 4)及連結件（3 0 )之第二端部 該每一控制組（2 〇) $碟# _ & ,0 於控制件（2 η A 件（2 5)一端係抵First, please refer to the first to third figures. The first figure is the front view of the first figure series (2 2), and the third picture is the AA view of the second figure. - a hand tool structure, - a body (10), the body (10) is in the form of a τ rod, and the negative (10) active end is provided with a fitting portion (丄J), the fitting portion (2- Deep hexagonal groove, the fitting part (11) is sleeved (6) Two control group (20), the two control group (20) The mother-control group (20) is sleeved on the body (1Q) body ( 1 0) can be in the control group (2 〇): " group (20) includes control (21), _ swivel: mother: card (23), - joint (2) and a flexible ( 2 2 丨 ' The control member (21) is sleeved on the body (the body (1 〇) can be pivoted in the control member (2 1), the two ^ 5 M431778 1 ) one end is convexly provided with a control portion (2 1 1 ), the control unit (2 1 1 ) is formed in a tubular shape. The control unit (211) is provided with a plurality of bead holes (2 1 2 ). There are three rings in a ring shape, and each of the bead holes (2 1 2) has a through-cone shape and is oriented In the expanded shape, the end portion of the control portion (2 1 1) is provided with a first joint portion (2 1 3 ). The first joint portion (2 1 3 ) is externally threaded or other structure that can be combined with each other. The control member (2 1 ) is convexly provided with a first end portion (2 1 4 ) having a small diameter, a control member (2 1 ) and a control portion (2丄i). (2 1 5 ), the stop surface (2 χ 5) is near the hole # hole (2 1 2), the stop surface (2 1 5) is oriented toward the bead hole (2 work 2); the kit (2 2 The system is cylindrically held for hand holding. The inner part of the kit (2 2) is provided with a pivot groove (221), a tapered surface (2 2 2 ), a receiving 4 (2 2 3 ) and a second combination. a portion (2 2 4 ), and the pivoting groove (2 2 1 ), the tapered surface (2 2 2 ), the accommodating portion (2 2 3 ), and the second joint portion (2 2 4) are in a communicating state The slot (2 2 i ) is provided in the kit (2 cone surface (2 2 2 ) is connected to the pivot slot (221) and the receiving member (1)), and the tapered surface (2 2 2 ) is opposite to the facing surface (21 center slot) (221) is the control part of the control unit (21) (= the first joint (2 ") heart (2) " straight two ':; : (( =,) the most clear ^) 1 • 仫 - Hai cone surface ( 2 2 2) Most (M 3) diameter, the second joint portion (2 2 4 ) == groove set 6 M431778 (2 2 1 ) 'the second joint portion (2 2 4 ) is provided at the inner peripheral surface of the opening of the sleeve J end 'this The two joints (2 2 4) are internally threaded. The per-card (2 3) is in the shape of a bead or a suitable shape of the clip (2 3) is matched with the control member [9 people Λ ^ ,匕丄) Rongzhu? ^ ), the number of the components (23) is H = piece (23) is attached to the stop surface (215) and the tapered surface (2 1 system, the per-card (2 3) system is placed The minimum diameter of each of the bead holes (21 = ^ beads holes Q12) is smaller than that of the clamping members (23). The coupling members (24) are rounded through the inner screw, and the coupling members (24) are fastened. The kit is - screwing member (2 4) and control member (2 work) and combined with D, 匕丄 J of the first - joint (2 1 q, phase screw combination, kit (2 2) 盥 surname # f 9/ \ 3) From; ..." (2 4) is a set of elastic members (25) that are placed in the kit (1 ( ) 2 2 elastic elements (2 5 ) - end sleeves Control 2 (: upper. - end (2 1 4), and top to control (2 work) (2 7 = piece (3 0), the link (3 〇) is located in the second control At the outer peripheral surface of the member (10), the connecting member (3 three-joint portion 3: the connecting member (3〇) has two ends each having a first skin... # U mother-third joint portion (31 The second joint portion (3 1 ) of the outer screw tooth is symmetrical with the second 7 joint portion (2 2 4) of the kit (2 2 ). The screw joint (3 Ο ) is symmetrical: (2 0 ) with respect to the second end portion, the [end, x-joint (3 〇) two-end system has a diameter smaller than the third joint portion (3 1), and the mouth & 31) Due to the difference in diameter, there are 抿 抿 抿 抿 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性 弹性25) Intersystem; 1 4) and the second end of the joint (30) each control group (2 〇) $disc # _ & , 0 at the control (2 η A (2 5) end Decline
Jli! 端部(214)處，該控制件(2 於套件L 2 5 }頂抵’卡制件（2 3 )係限位 尝件（2 2)之錐面（2 2 2 ) 容置於控制件（21) 乂 15)間而 制杜r 〇 d、/ 谷禾孔（2 1 2)處，且使該卡 係壓抵於本體（10)外周面，亦即本體（工 ^外周㈣受複數卡料（23)纽，本體U0)1 =個控龍（2Q)及連結件（30) _呈固定位置 請繼續參閱第四圖至第六圖所示，第四圖係立❺且人 五圖係、上視圖，第六圖係第五圖之b — b處剖視圖°， 田、且p、，忒複數個卡制件（2 3 )係容設於控制件（2 1)之複數個容珠孔（2 i 2)處，該控制件（2丄）之 第一結合部（2 1 3)係穿伸套件（2 2)之樞槽（2 2 n後與結合件（2 4)相螺合，該控制件（2 1 )及彈 性讀（2 5 )係容置於套件（2 2 )内，連結件（3 〇 ) 一端係與二套件纟 於控制件（21)及、^相結合，彈性元件（2 5)係設 係穿伸於二控制植( 3 〇)間’該本體（1 〇) 制件（⑶:抵2 )及連結件（3〇)内，每-卡 制件（21)之擋面J/22)之錐面（222)及控 係受錐面⑴2):: 本體（10)之外i壓罪力1而夹設 位移。3)夾制而係無法於二控制組(20)内任意 請繼續參閱第七圖之作動德 R . . 壓其-杵制知Γ 9 Π 處剖視圖所示，按 愈批^ )之結合件（2 4 )，使結合件（2 4 ) 彈:制：（21)相對於套件（22)係位移一距離，該 Φ ( 2 5)即受控制件（2 1 )位移而壓縮，控制 (2 1 )之位移’使控制件（2工）之播面（2工$) ，件（2 2)之錐面（2 2 2 )相互遠離’複數個卡制 (2 3)即不再受錐面（2 2 2 )壓抵’該卡制件（2 3)即不再壓抵於本體（1 〇)外周面，該複數個卡制件 ^ 2 3)係不再夹於本體（1 〇)上，該二控制組（2 〇) 係可於本體（1 〇)上順著按壓結合件（2 4)之方向位 移而調整夾設位置，另一控制組（2 0)之複數卡制件（2 3)係受錐面（2 2 2)壓抵，如此而無法呈反方向作位 移及調整夾設位置，放開按壓之結合件（2 4)後，該容 珠孔（2 1 2)處之卡制件（2 3)即再受錐面（2 2 2 ) 及擋面（2 1 5)壓抵，而再夾設於本體（1 〇)外周面 M431778 處’該二個控制組（20)於本體（1 0)上即呈固定位 置狀。 當按塵另-控制組（2◦)之結合件（2 4 )，該 制組（2 ◦)係可於本體（1 0 )上順著按壓另—Μ件工 ^ 2 4)之方向位移而調整夾設位置，且係無法呈反方向 作位移及調整夾設位置，即本體（工〇)仍受其一控制組 (2 0)失設限制而無法反向位移，同時 =嶋4)，所有卡制件(23)不再壓= 體（10)外周面，該二控制組（20)係可於本體（1 自由位移及調整夾設位置，亦即係無限制二控制組 於本體（10)上向上或向下之位移方向，且調 正位置時係為無段式調整位置，此即為本創作最大之優 點0 該容珠孔（2 12)係呈錐面狀，控制件（2工）位 卡制件（2 3)係沿著容珠孔（212)之錐面向 =移，複數卡制件（23)即與本體（1〇)外周面相 體也=續參，第八圖所示’係為本到作第二實施例之立 =合圖，該實施例中，該本體（1G)之套合部 ==頭該套合部(11)係可與套筒、接桿、轉 頭、具套筒之起子· · •等之規格四角槽相 %人=繼續Γ第九圖所示，係本創作第三實施例之立體 圖，該實施例中，該本體（10)係呈長桿體結構’ M431778 f本體（1 Q)係為-接桿結構，該本體（丄Q) 部（11)係呈四角頭狀，該本體（10)另端係呈 四方槽孔狀，該四方槽孔係可與另一 备呈 相套合。 具之規格四角頭 請繼續參閱第十圖至第十二圖所示，第十圖係 =施例之立體分解圖’第十一圖係前視圖，第十二: 係第十一圖之剖視圖，該實施例中， =合部⑴4)係呈外螺牙狀，該彈性元件 ^為―個’該彈性元件（25)係套設於二控制 =結件(3〇)之第三結合部⑴）係呈内上 1 大而與套件（22)之第二結合部（224)相螺合而^ 相互螺合結^套件（22)係與另-套件（22) 本創作手工具結構之優點係在於： 卡制件（23)係受控制件（21)之撐面（2 制件（2、^β(22)之錐面（2 2 2 )麼抵’該複數卡 體^ 抵於本體（1〇)外周面處，使該本 £ 0 系無法於—控制組（2 G)内位移而固定其位 (丄：:制件（23)係受控制組（2〇)之控制件 擋面（2 1 5)與控制組（2 〇)之套件（2 M431778 二個愿：面（2 2 2 )共同壓抵’此二控制組（2 〇)之 —個壓抵之力量即使卡制件（2 3) 本體（im冰田二 產生垂直力而壓抵於 實體（ι〇)外周面’該卡制件（23)㈣力量係更確 3 '按1其—控制組（2 Q)之結合件 = 4?=:可於本體(1 〇 )上順著按•其-結： (2 4)之方向位移而調整夾設位置，而該本體（ 控制組（2〇)夾設限制而無法呈反方向 及調整央設位置，而_按壓二個控制組（2 ^士人 二（2”，所有卡制件（2 3)不再壓抵於本體（二 位^面：’ ί一控制組（2 〇 )係可於本體（1 0 )上自由 置。多及調整纽位置’ 調整位置時係為無段式調整位 ^操作時，手係握持二套件（22)外周面，本體 Η )二百六十度轉動時，本體（1 0 )係可於二控制 ，，且（2 0 )_轉料到快速钱之功效， 件（2 2)時，手與二套件（2 ”夕冰田 持-套 互磨擦。 ㈣（22)之外周面係不會有相 5、該控制件（21)之複數個容珠孔（2丄2)係 里錐面狀，該控制件（2 1 )移位時，該卡制件（2 3) 係沿著容珠孔（.2 1 2)之錐面向外滑移而靠向錐面（2 2 2)處’卡制件（23 )即與本體（1〇)夕卜周面相脫 開。 综上所述，本創作之手工具結構具有產業利用性、新 M431778 穎性及進步性，誠能符合新型專利之申請要件.，爰依法提 出申請。 【圖式簡單說明】 第圖、係本創作手工具結構之立體分解圖。 第^圖、係本創作套件之前視圖。 第三圖、係本創作第二圖之A —A處剖視圖。 第四圖、係本創作手工具結構之立體組合圖。 第五圖、係本創作手工具結構之上視圖。 第八圖、係本創作第五圖之B — B處剖視圖。 第七圖、係本創作手工具結構之作動後B — B處剖視圖。 ，八圖、係本創作第二實施例之立體组合圖。 第九圖、係本創作第三實施例之立體組合圖。 第十圖、係本創作第四實施例之立體分解圖。 第十一圖、係本創作第四實施例之前視圖。 第十一圖、係本創作第十一圖之剖視圖。 第十二圖、係習用手工具結構之立體圖。 【主要元件符號說明】 (1 0)本體 (2 0)控制組 (2 1 1 )控制部 (2 1 3)第一結合部 (2 1 5)擋面 (2 2 1)樞槽 (2 2 3 )容置部 (2 3)卡制件 (2 5)彈性元件 (11)套合部 (2 1 )控制件 (212)容珠孔 (2 1 4)第一端部 (2 2)套件 (2 2 2)錐面 (2 2 4 )第二結合部 (2 4)結合件 M431778 (3 Ο )連結件 （3 1 )第三結合部 (9 0)本體At the end (214) of the Jli!, the control member (2 in the sleeve L 2 5 } is placed against the 'container (2 3) is the tapered surface (2 2 2) of the limit piece (2 2) The control member (21) 乂 15) is made at the end of the body, and the card is pressed against the outer peripheral surface of the body (10), that is, the body (worker ^ peripheral (4) Subject to multiple card stocks (23), body U0)1 = one control dragon (2Q) and joints (30) _ in a fixed position, please continue to refer to the fourth to sixth figures, the fourth figure is The fifth figure of the person, the upper view, the sixth figure is the sectional view of b in the fifth figure of the fifth figure, the field, and the p, 忒, the plurality of clamping parts (2 3 ) are housed in the control part (2 1) At a plurality of bead holes (2 i 2), the first joint portion (2 1 3) of the control member (2丄) is a pivot groove of the penetration kit (2 2) (2 2 n rear and the joint member (2) 4) phase screwing, the control member (2 1 ) and the elastic reading (2 5 ) are housed in the kit (2 2 ), and the connecting member (3 〇) has one end and two sets of the control member (21) and In combination with the ^, the elastic element (2 5) is threaded and stretched between the two control plants (3 〇) 'the body (1 〇) parts ((3): arrived 2) and the joint (3〇), the taper surface (222) of the stop face J/22 of each-clamp (21) and the control cone (1)2):: the pressure of the body (10) Sin 1 and the displacement. 3) If it is clamped, it is not possible to continue to refer to the seventh diagram of the second control group (20). Press it to make a Γ 9 Π 剖 Γ Π Γ Π 所示 所示 所示 按 ) ) ) (2 4 ), the joint member (2 4 ) is bombed: (21) is displaced by a distance relative to the kit (22), and the Φ (25) is compressed by the control member (2 1 ), and is controlled ( 2 1) The displacement 'make the control surface (2 workers) broadcast surface (2 work $), the piece (2 2) cone surface (2 2 2) away from each other 'multiple card system (2 3) is no longer subject to The tapered surface (2 2 2 ) is pressed against the outer peripheral surface of the body (1 )), and the plurality of clamping members ^ 2 3) are no longer clamped to the body (1) 〇), the two control groups (2 〇) can adjust the clamping position on the body (1 〇) in the direction of pressing the coupling member (2 4), and the plurality of control cards of the other control group (20) The part (2 3) is pressed by the tapered surface (2 2 2), so that it cannot be displaced in the opposite direction and adjust the clamping position. After releasing the pressing joint (2 4), the bead hole (2) 1 2) The card part (2 3) is pressed against the tapered surface (2 2 2 ) and the blocking surface (2 1 5), and The two control groups (20) are placed in a fixed position on the body (10). When pressing the combination of the dust-control group (2◦), the group (2 ◦) can be displaced on the body (10) in the direction of pressing the other part. However, the clamping position is adjusted, and the displacement cannot be reversed and the clamping position is adjusted, that is, the body (worker) is still limited by its control group (20) and cannot be reversely displaced, and ==4) All the clamping members (23) are no longer pressed = the outer peripheral surface of the body (10), and the two control groups (20) are available on the body (1 free displacement and adjustment of the clamping position, that is, the uncontrolled second control group is on the body (10) Upward or downward displacement direction, and the position adjustment is a stepless adjustment position, which is the biggest advantage of the creation. 0 The bead hole (2 12) is tapered, and the control piece (2 workers) position card parts (2 3) are moved along the cone face of the ball-receiving hole (212), and the plurality of card parts (23) are opposite to the outer peripheral surface of the body (1〇). The figure shown in the eighth figure is the vertical view of the second embodiment. In this embodiment, the sleeve of the body (1G) == the head portion (11) is compatible with the sleeve, Post, rotor, screwdriver with sleeve · · • Specifications of the four corner trough phase % person = continue to show the ninth figure, is a perspective view of the third embodiment of the present creation, in this embodiment, the body (10) is a long rod structure ' M431778 f body (1 Q) is a post structure, the body (丄Q) portion (11) is in the shape of a quadrangular head, and the other end of the body (10) has a square slot shape, and the square slot hole can be combined with another For the specification of the four corners, please continue to refer to the tenth to twelfth figures. The tenth figure is the three-dimensional exploded view of the example. The eleventh figure is the front view, the twelfth: In the cross-sectional view of the eleventh embodiment, in this embodiment, the = joint portion (1) 4) is in the shape of an outer screw, and the elastic member is "one". The elastic member (25) is sleeved on the second control = knot (3) The third joint portion (1) is screwed up to the second joint portion (224) of the kit (22) and is screwed to each other to form a kit (22) and another kit (22). The advantage of the hand tool structure is that the card member (23) is supported by the control member (21) (2 parts (2, ^β (22) cone surface (2 2 2) Complex card body ^ against the body (1 At the outer peripheral surface, the zero-order can not be fixed in the control group (2G) and the position is fixed (丄:: the workpiece (23) is the control part of the controlled group (2〇) (2 1 5) With the control group (2 〇) kit (2 M431778 two wishes: face (2 2 2) together to press the pressure of the two control groups (2 〇) even the card parts (2 3) The body (im ice field 2 produces vertical force and presses against the outer surface of the entity (ι〇)'. The card (23) (4) power system is more accurate 3 'by 1 - control group (2 Q) combination = 4?=: The clamping position can be adjusted on the main body (1 〇) by pressing the direction of the ?--: (2 4), and the body (control group (2〇) is set to limit and cannot be presented Reverse direction and adjust the central position, and _ press two control groups (2 ^ 2 second (2), all the cards (2 3) are no longer pressed against the body (two positions: ' ί a control group (2 〇) can be freely placed on the body (10). More and adjust the position of the button. When adjusting the position, it is a stepless adjustment position. When the operation is performed, the hand grips the outer sleeve of the two sets (22), and the body Η) when the 260 degrees rotates, the body (10) can be In the second control, and (2 0) _ transfer to the effect of fast money, pieces (2 2), hand and two sets (2 " Xi Bingtian hold-set friction. (4) (22) outside the surface system There will be no phase 5, the plurality of bead holes (2丄2) of the control member (21) are in the shape of a cone, and when the control member (2 1 ) is displaced, the card member (2 3) is tied along the edge. The cone of the bearing bead hole (.2 1 2) slides outward and leans toward the conical surface (2 2 2). The clamping member (23) is disengaged from the circumference of the body (1〇). As described, the hand tool structure of this creation has industrial utilization, new M431778 fascination and progress, and can meet the application requirements of new patents. 爰Apply according to law. [Simple diagram of the diagram] The three-dimensional exploded view of the tool structure. The second figure is the front view of the creation kit. The third picture is the cross-sectional view of the second figure A-A. The fourth picture is the structure of the hand tool. The third figure is the top view of the structure of the hand tool. The eighth picture is the cross-sectional view of B in the fifth picture of the creation. The seventh picture is the operation of the hand tool structure. —B is a cross-sectional view. The eight-dimensional diagram is a three-dimensional combination diagram of the second embodiment of the present creation. The ninth diagram is a three-dimensional combination diagram of the third embodiment of the present creation. The tenth figure is the three-dimensional embodiment of the fourth embodiment of the present creation. The eleventh figure is a front view of the fourth embodiment of the present creation. The eleventh figure is a sectional view of the eleventh figure of the present creation. The twelfth figure is a perspective view of the structure of the hand tool. Description] (1 0) body (2 0) control group (2 1 1 ) control unit (2 1 3) first joint (2 1 5) stop surface (2 2 1) pivot groove (2 2 3 ) Part (2 3) Knuckle (2 5) Elastic element (11) Fitting part (2 1 ) Control piece (212) Capillary hole (2 1 4) First end part (2 2) Kit (2 2 2 Cone surface (2 2 4 ) second joint (2 4) joint M431778 (3 Ο ) joint (3 1 ) third joint (90) body
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