1360382 « . 六、發明說明： 【發明所屬之技術領域】 本發明係與一種附有鎖扣之把手有關，更詳而言之係 指一種鎖扣把手之結構。 【先前技術】 按，一般用於機電箱門板上之把手必須附有鎖扣，以 防非相關從業人事輕易開啟而造成破壞或避免有誤觸而受 傷之情事發生。 ^ 如第一圖所示，係習用一種鎖扣把手之結構，其主要 包含有一固設於門板上之基座1、一穿設於該基座1中之 轉動件2、一樞接於該轉動件2上之手把3及一鎖接於該 手把3上之鎖具4，藉此可由該鎖具4上之一舌片5受該 基座1之凸翼6所擋抵，而將該手把3卡入於該基座1中 無法轉動，以使該轉動件2之一擋片（圖中未示）與該門 板卡抵，使門板無被開啟，而當欲開啟門板時，則將該鎖 • 具4之舌片5轉動至非與該凸翼6相對之位置上（如第二 圖所示），便能將該手把3加以拉起進而轉動，使該擋片脫 離與門板之限制，而能加以開啟門板。 然而，雖然此一鎖扣把手之結構，在舌片5與凸翼6 位置對應時，確實能有效防止門板被輕易地開啟，但由於 鎖具之舌片5與凸翼6對應之位置相當有限，即凸翼6為 僅佔舌片5作3 6 0度旋轉活動之範圍内不到9 0度之區 域，導致控制舌片5之位置不易，且導致舌片5亦有被輕 4 丄允0382 易轉動而使手把3鬆開之情形發生。 【發明内容】 有鑑於此，本發明之主要目的乃在提供一種鎖扣把手 之結構，係其鎖扣之角度範圍較大而不易發生被輕易鬆 之缺失。 、幵 緣此，本發明乃提供一種鎖扣把手之結構，包含有一 固疋座、一轉動件、一手把及一鎖具；該固定座具有一容 置二間、一連通該容置空間之貫孔及一容室·該轉動件係 、.-該貝孔，該手把係樞接於該轉動件上，而可置於該容 置=間中；該鎖具係固設於該手把上，使該手把置於該容 ，空間中時’該鎖具係位於該容室+，·其特徵在於：該容 =之開口緣形成有-凸翼，且該凸翼含括該容室開口圓周 250度至28〇度之間，該鎖具具有—可受外力而旋轉 之舌片，使當該舌片位於該凸翼之相對位置時，可將該手 把限制於該容置空間中，而當該W位於非凸翼之相對位 置時’該手把便能脫出於該容置空間外而轉動該轉動件； 藉此可增大限制手把被拉出之範圍，以達到更加穩定鎖固 狀態之功效。 【實施方式】 為使貴冑查委員能對本發明之特徵與特點有更進一 步之了解與認同，兹列舉以下較佳實施例並配合圖式說明 如下： 月 > 閱第—圖至第九圖’係本發明—較佳實施例所提 5 1360382 . 供一種鎖扣把手之結構1 〇 〇，包含有一固定座i 〇、一 轉動件2 0、一手把3 〇及一鎖具4 0 ;其中： 請參閱第三圖及第四圖，該固定座1 〇具有一座體工 1、一墊片。1 2、一止水環i 3及一封蓋14。該座體工 1一側往内凹陷有一容置空間丄丄丄，另一側則形成有一 外螺紋凸部1 1 2及一凸起部113，該外螺紋凸部工i 2之中央形成有一貫孔1 14，係連通該容置空間1 1 1，該凸起部1i3之内部形成有一容室丄丄5，係連通 該容置空間1 1 i，且該容室1 1 5之開口周緣形成有一 凸翼11 6,且該凸翼116之範圍佔該容室1 1 5整個 開口周緣四分之三左右，即容室丄i 5開口周緣2 5 〇度 至2 8 0度之間皆形成有該凸翼，於本實施例中係於該容 室1 1 5開口周緣連續2 7 0度間皆形成有該凸翼工工 6 ;該墊片1 2外徑略小於該凸起部χ i 3内之容室工工 5内徑，使墊片χ 2能納入容室i χ 5内，該止水環工3 籲係環套於該封蓋1 4所對應的容室χ ! 5方向之凸部外 圍，並受封蓋14及墊片1 2的限位，止水環i 3之目的， 在防止水份的進入，達到止密的功效，而該封蓋工4係鎖 接於該凸起部1 1 3上，並將該塾圈i 2與止水環工3置 入凸起部1 1 3之容室i ! 5内’以防止水份由容室工l 5滲入。 請參閱第三圖及第四圖，該轉動件2 〇具有一螺栓2 1及多數之螺接件2 2及多數之塾圈2 3。該螺栓2 1具 6 1360382 有-連接頭2 1 1及-連接之螺紋部2 i 2，_ 12係穿入於該固定座10之貫孔114中，使該連接頭 211位於該固定座10之容置空間⑴中；該等螺接 件2 2與該等㈣2 3係賴於該螺紋部2 i 2上，以由 該等螺接件2 2限制該螺栓2工之軸向位置。 請參閱第三圖、第四圖及第七圖，該手把3〇一端係 ，、該轉動件2 ◦之連接頭2 1 1樞接，使該手把3 〇能斑 =栓轉動並能作一相對該_之預定角度 手把3 〇之—_上凸起有—支撐部3 i，且該 P31之兩側分別形成有-穿孔311，該手把30 之一外側上則形成有—連通該支撐部31之鎖孔32;使 =手把3 0能稍微陷入於該固定座1 〇之容置^間工η ，而使該支揮部3 1位於該容室i i 5内。 -月參閱第―圖至第六圖，該鎖具4 ◦具有一鎖座4工 ，一鎖頭4 2。該鎖座4丄係置於該手把3◦之支撐部3 〜、由螺絲9 1由穿孔3 1工鎖入，而將該鎖座4 1上疋於該支撐部31上；該鎖頭42係設置於該鎖座4 t ^對應之鑰匙插入而轉動，該鎖頭42具有 一外凸之舌片491 丄’使虽該鎖頭4 2受該鑰匙之帶動而 寺月匕同時帶動該舌片42 1作-相對該鎖座4 1之 轉動。 壯疋以，上述即為本發明所提供較佳實施例鎖扣把手之 結構1 Q G的各部構件及其_方式介紹，接著再將本發 7 ^^〇U382 • 明之使用特點介紹如下： . +首先’當然該固定座1〇之座體11係被固設於一機 電箱之門板上（圖中未示)，如第六圖所示，由於固定座丄 〇之凸翼116佔整個容室！}5開口緣之四分之三強， 因此鎖具4 0之舌片4 2 1受外部一餘匙所帶動旋轉之區 域中，有四分之三係受該凸翼！工6所限制，如第七圖所 示，使當該舌片4 2.1受該凸翼i丄6所限制時，該手把 魯 2 〇係無法自該固定座1 0之容置空間1 1 ；[所拉出，而 能由該鎖扣把手之結構1 0 0將門板加以緊閉。 當欲開啟機電箱之門板時，則由一對應鑰匙（圖中未 示）插入至該鎖頭4 2中並進行轉動’以使該舌片4 2工 被轉動至該容室1 i 5開口未形成有凸翼丄i 6之相對位 置處（如第八圖所示），使此時之手把3 〇便能被拉起（如 第九圖所示）’並同時樞擺，以連動該轉動件2 〇軸轉，而 能開啟機電箱之門板。 於此，本發明鎖扣把手之結構i 0 〇，其主要特徵在於 利用將該用以擋抵限制鎖具4 〇舌片4 2 1之凸翼工工 6 ’加大範圍至整個容室1 1 5開口緣之圓周範圍7 5 %，而能使鎖固之效果更佳，而不會有發生門板被輕易地 打開之疑慮。 【圖式簡單說明】 第圖係習知一種鎖扣把手之立體分解圖。 第一圖第一圖所示局部構件之立體分解圖。 第一圖係本發明一較佳實施例之立體組合圖。 第四圖係第三圖所示實施例之立體分解圖。 第五圖係第三圖所示實施例之局部構件立體分解圖。 第六圖係第三圖所示實施例之鎖扣狀態示意圖。 第七圖係第三圖所示實施例之剖視圖；其主要顯示舌片 受凸翼擋抵時之狀態。 第八圖係第三圖所示實施例之剖視圖；其主要顯示舌片 未示凸翼擋抵時之狀態。 第九圖係第三圖所示實施例之手把拉起示意圖。 【主要元件符號說明】 1習知」 基座1 手把3 舌片5 『本發明 轉動件2 鎖具4 凸翼6 鎖扣把手之結構1〇 〇 固定座1〇 座體11 容置空間1 11 外螺紋凸部112 貫孔114 凸起部113 1360382 容室1 1 5 凸翼1 1 6 墊片1 2 止水環1 3 封蓋1 4 轉動件2 0 螺栓2 1 連接頭2 1 1 螺紋部2 1 2 螺接件2 2 墊圈2 3 手把3 0 支撐部3 1 穿孔3 1 1 鎖孔3 2 鎖具4 0 鎖座4 1 鎖頭4 2 舌片4 2 1 螺絲9 11360382 «. VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a handle with a lock, and more particularly to a structure of a lock handle. [Prior Art] Pressing, the handles generally used on the door panel of the electromechanical box must be attached with a lock to prevent the unrelated personnel from opening easily and causing damage or avoiding accidental contact and injury. ^ As shown in the first figure, a lock handle is used, which mainly includes a base 1 fixed on the door panel, a rotating member 2 disposed in the base 1, and a pivoting member. a handle 3 on the rotating member 2 and a lock 4 locked to the handle 3, whereby a tongue 5 on the lock 4 can be blocked by the convex wing 6 of the base 1 The handle 3 is stuck in the base 1 and cannot be rotated, so that a blocking piece (not shown) of the rotating member 2 is engaged with the door panel, so that the door panel is not opened, and when the door panel is to be opened, Rotating the tongue 5 of the lock tool 4 to a position opposite to the flap 6 (as shown in the second figure), the handle 3 can be pulled up and rotated to disengage the flap With the limitation of the door panel, the door panel can be opened. However, although the structure of the latch handle can effectively prevent the door panel from being easily opened when the tongue 5 and the flap 6 are correspondingly positioned, since the position of the tongue 5 of the lock and the flap 6 is relatively limited, That is, the convex wing 6 is an area that is less than 90 degrees in the range of the 360° rotation movement of the tongue piece 5, which results in the position of the control tongue piece 5 being difficult, and the tongue piece 5 is also lightly smashed. It is easy to rotate and the handle 3 is released. SUMMARY OF THE INVENTION In view of the above, the main object of the present invention is to provide a structure of a latching handle which is large in the angle of the latch and is not easily lost. The present invention provides a structure of a latching handle, comprising a fixed seat, a rotating member, a handle and a lock; the fixed seat has a space for accommodating two spaces and a space for connecting the accommodating space a hole and a chamber, the rotating member, the bellows, the handle is pivotally connected to the rotating member, and can be placed in the receiving unit; the lock is fixed on the handle When the handle is placed in the space, the lock is located in the chamber +, and is characterized in that: the opening edge of the volume is formed with a convex wing, and the convex wing includes the opening of the chamber Between 250 degrees and 28 degrees of circumference, the lock has a tongue that can be rotated by an external force, so that when the tongue is located at the opposite position of the convex wing, the handle can be restricted in the accommodating space. When the W is located at the opposite position of the non-protruding wing, the handle can be rotated out of the accommodating space to rotate the rotating member; thereby increasing the range in which the handle is pulled out to achieve more stability. The effect of the locked state. [Embodiment] In order to enable the members of the committee to have a better understanding and recognition of the features and characteristics of the present invention, the following preferred embodiments are illustrated with the following description: Month > Reading - Figure to Figure IX The invention is a preferred embodiment of the invention. The structure 1 〇〇 includes a fixing seat i 〇, a rotating member 20, a handle 3 〇 and a lock 40; wherein: Referring to the third and fourth figures, the fixing base 1 has a body 1 and a spacer. 1 2. A water stop ring i 3 and a cover 14. The side of the body 1 is recessed with an accommodating space 往, and the other side is formed with an externally threaded protrusion 1 1 2 and a raised portion 113. The center of the externally threaded convex portion i 2 is formed. The constant hole 1 14 is connected to the accommodating space 1 1 1 , and a cavity 丄丄 5 is formed in the inside of the convex portion 1 i 3 , and the accommodating space 1 1 i is connected, and the opening periphery of the accommodating chamber 1 1 5 Forming a convex wing 11 6 and the range of the convex wing 116 occupies about three quarters of the circumference of the entire opening of the chamber 1 1 5 , that is, the circumference of the opening of the chamber 丄i 5 is between 2 5 and 2 80 degrees. The convex wing is formed in the embodiment, and the convex wing worker 6 is formed continuously between the circumferences of the opening of the chamber 1 1 5; the outer diameter of the spacer 12 is slightly smaller than the convex portion.内径 i 3 inside the chamber worker 5 inner diameter, so that the gasket χ 2 can be included in the chamber i χ 5, the water ringing 3 calls the loop to the corresponding chamber of the cover 14! The periphery of the convex portion in the 5 direction is restricted by the cover 14 and the spacer 12, and the purpose of the water stop ring i3 is to prevent the entry of moisture to achieve the function of stopping the tightness, and the cover 4 lock Connected to the raised portion 1 1 3 and The ring i 2 and the water stop ring 3 are placed in the chamber i ! 5 of the boss 1 1 3 to prevent moisture from penetrating by the chamber worker 5 . Referring to the third and fourth figures, the rotating member 2 has a bolt 2 1 and a plurality of screw members 2 2 and a plurality of turns 2 3 . The bolt 2 1 has a 1 1360382-connecting head 2 1 1 and a connecting threaded portion 2 i 2, _ 12 is inserted into the through hole 114 of the fixing base 10 such that the connecting head 211 is located in the fixing seat 10 In the accommodating space (1), the screw members 2 2 and the (4) 2-3 are attached to the thread portion 2 i 2 to limit the axial position of the bolt 2 by the screw members 2 2 . Referring to the third, fourth, and seventh figures, the handle is pivoted at one end, and the connector 2 1 1 of the rotating member 2 is pivotally connected, so that the handle is rotated by 3 The handle can be made up to the predetermined angle of the handle, and the support portion 3 i is formed on the upper side of the handle 31, and the outer side of the handle 31 is formed with a perforation 311, and one side of the handle 30 is formed on the outer side. - the locking hole 32 of the supporting portion 31 is connected; the = handle 3 is slightly trapped in the receiving portion η of the fixing seat 1 , and the branch portion 31 is located in the chamber ii 5 . - month refers to the first to sixth figures, the lock 4 has a lock seat 4 and a lock head 42. The lock base 4 is placed on the support portion 3 of the handle 3, and is locked by the screw 9 1 by the through hole 31, and the lock seat 4 1 is clamped on the support portion 31; the lock head The 42 series is arranged to be rotated by the key corresponding to the lock seat 4 t ^, and the lock head 42 has a convex tongue 491 丄 'to enable the lock head 4 2 to be driven by the key while the temple is simultaneously driven The tongue 42 1 serves as a rotation relative to the lock seat 4 1 . The above is the structure of the lock handle of the preferred embodiment of the present invention. The components of the QG and the method of the present invention are introduced, and then the use characteristics of the present invention are as follows: First of all, of course, the seat body 11 of the fixed seat 1 is fixed on the door panel of an electromechanical box (not shown), as shown in the sixth figure, because the convex wing 116 of the fixed seat occupies the entire chamber. ! }5 The three-quarters of the opening edge is strong, so the tongue 4 2 1 of the lock 40 is rotated by the outer key, and three-quarters of the tongue is subjected to the lobes! The limitation of the work 6 is as shown in the seventh figure, so that when the tongue piece 4 2.1 is restricted by the convex wing i丄6, the handle can not be accommodated from the fixed seat 1 0. ; [Pull out, and the door panel can be closed by the structure of the lock handle 100. When the door panel of the electromechanical box is to be opened, a corresponding key (not shown) is inserted into the lock head 42 and rotated 'so that the tongue piece 4 is rotated to the opening of the chamber 1 i 5 The relative position of the convex wing 丄i 6 is not formed (as shown in the eighth figure), so that the handle 3 can be pulled up (as shown in the ninth figure) and simultaneously pivoted to interlock The rotating member 2 is pivoted to open the door panel of the electromechanical box. Here, the structure i 0 锁 of the lock handle of the present invention is mainly characterized in that the convex wing worker 6' for widening the lock tongue 4 tongue piece 4 2 1 is used to enlarge the range to the entire chamber 1 1 5 The circumference of the opening edge is 75 %, which makes the locking effect better, without the doubt that the door panel is easily opened. [Simple description of the drawings] The figure is a three-dimensional exploded view of a lock handle. An exploded perspective view of a partial member shown in the first figure of the first figure. The first figure is a perspective assembled view of a preferred embodiment of the present invention. The fourth drawing is an exploded perspective view of the embodiment shown in the third figure. The fifth drawing is an exploded perspective view of a partial member of the embodiment shown in the third figure. The sixth figure is a schematic diagram of the state of the buckle of the embodiment shown in the third figure. The seventh drawing is a cross-sectional view of the embodiment shown in the third figure; it mainly shows the state in which the tongue is blocked by the convex wing. The eighth drawing is a cross-sectional view of the embodiment shown in the third figure; it mainly shows that the tongue does not show the state when the flap is blocked. The ninth drawing is a schematic view of the handle of the embodiment shown in the third figure. [Main component symbol description] 1 Convention" Base 1 Handle 3 Tab 5 "The rotating member of the present invention 2 Lock 4 Wing 6 Locking handle structure 1 〇〇 Mounting seat 1 〇 seat body 11 accommodating space 1 11 Externally threaded projection 112 through hole 114 raised portion 113 1360382 chamber 1 1 5 lobe 1 1 6 spacer 1 2 water stop ring 1 3 cover 1 4 rotating member 2 0 bolt 2 1 connector 2 1 1 threaded portion 2 1 2 Screw 2 2 Washer 2 3 Handle 3 0 Support 3 1 Perforation 3 1 1 Lock hole 3 2 Lock 4 0 Lock 4 1 Lock 4 2 Tab 4 2 1 Screw 9 1