五、新型說明： 【新型所屬之技術領域】 ㈣=作涉及吊掛用途的鉤體’特別是指本體與扣 %聯結為一體的技術。 【先前技術】 物件圍相當廣泛’常見於快速連接或分離 2件的％所。鉤體主要在本體形成吊掛用途的 用以勾住例如鋼索、鏈條等等物品， 伸、或固定等效果。 j連、，Ό或延 在臺灣新型證書第Μ385618號專利案 為一體’導致釣體只能使用在= 繩索不具替換功能，顯有加以改良之必要。 有鑑於此，本創作人深入探討先前技術之 依多年從事相關產業之研發與製造之經驗，積極 解决之運，終於成功開發出一種釣體盖物 品致生之問題。 “㈣ 【新型内容】 本創作主要目的在於··制組合的手段，將 蜀立的本體和扣環快速連接成為鉤 兩元件之一，深具便利、快捷的更換效果視β拆換 緣^^爾目的之達成’本創作係一種釣體結構改 二】：=接機構將一本體與-扣環聯結成 »·«式鉤體。該銜接機構包括： 吕件’鎖©於本體成形於扣環的凸部插入 M413040 管件中；該管件具有—糾，環繞在管件的外部；夕夕 個珠孔丄依等距貫穿管件靠近歲槽的管壁；一肩部， 开> 成於管件厚度大於管口的中間部位； 一扣件，卡入管件的嵌槽中.； 多個珠體，容納在對應的珠孔裡面，以局部露出 珠孔的珠體卡住一圍繞凸部的環溝； 一滑套，套在管件外而可沿管長方向位移；該滑 套具有-隆起部，此隆起部直徑介於管件外徑和滑套 内徑之間’支持珠體局部露出珠孔；—内環面，為隆 起部朝向肩部的一面；一外環面，為隆起部朝向外界 的一面，抵住扣件且阻擋滑套離開管件； 一彈簧，直徑小於滑套内徑且套在管件外，兩端 分別抵住隆起部的内環面與管件的肩部； 一 一安全開關，組裝於管件，包含一可限制滑套在 管件位移量的按紐。 此處所稱安全開關係在一底座，容納一彈性件支 撐=轉動件相對按鈕轉動，復以一緊固於底座的環形 上盍套在按鈕外面，使按鈕彈性突出上蓋為常態且受 力退入上蓋内。該上蓋迫緊於一貫穿管件的孔洞中。 ，…只要按鈕不退入上蓋，就能擋住滑套，使其不得 ^官件長度方向位移。如此一來，被隆起部支持的珠 體=得退回珠孔，持續維持卡住凸部環溝狀態，致使 扣，不得卸離本體❶除非按鈕退入土蓋，才能讓滑套 在g件上位移，進而讓珠體失去隆起部的支持，對凸 =的環溝不生卡掣作用時，扣環與本體方可相互拆卸 分離。故本創作的組合式鉤體，具備迅速連接的更換 4 功效’達到工作場所之安全保護目的。 以下’基於圖式詳述相關實施例之目的、構造及 寺徵相L本創作採用之技術、手段及功效，當可由 之得一深入而具體的瞭解。 【實施方式】 睛參閱第1、2圖，顯示一用於吊掛的本體1〇與 :繫結用途的扣環5〇，二者透過—銜接機構6〇聯結 成—組合式鉤體100。 ，本實施例的本體10，係在一扁平的基部u下方 成形一聯結部14，供前述銜接機構6〇組裝在一起。 該基部11上方延伸一脊部13，復依曲度彎成一勾部 12且形成缺口，致使本體1〇圍成吊掛空間的結構體 而可鉤掛物體。在基部u和脊部13交界處樞接一門 閂構件20，用以封閉本體1〇通往吊掛空間的缺口。 該脊部13鄰接勾部12處樞接一柄3〇和一安全栓 4〇，彼此獨立作業且不干涉對方的動作。 °亥門閂構件20為薄片般金屬材，具有一對同向 考折的翼片21 ’連同—第—彈性件22跨越基部u 兩旁’彼此穿樞為一體，讓第一彈性件22維持門 =件20緊抵勾部12所需的彈力。兩翼片21靠近勾 12處各自貝穿一限制孔24，用以鎖固一連接件 ^兩翼片21擺動通過基部11㈣位貫穿—對形狀 •稱的執道孔23 ’可被—聯結於柄％腹部的連接件 31 ,-穿過’使門閃構件2 〇與柄3 〇致生連動關係。 兩翼片21之一在緊鄰軌道孔23部位加裝一安 全鈕26,該安全鈕26維持較低高度為常態，不會干 涉ry-i構件2〇的擺動，並在受力彈起後，使安全紐 26高出翼片21外部，阻止翼片21和柄3〇相互交錯 運動。 曰 圖中的柄30亦為薄片型金屬材，兩側同向彎折 一側片32’連同一第二彈性件33跨越脊部13，三者 ^接在一起，使柄30具備往外偏擺的彈力。當柄3〇 文壓往基部11位移，驅使連接件31順著軌道孔23 壁面致生引導作用’連帶門問構件2 〇朝向脊部丨 擺，不再抵住勾部12且露出本體1G的缺口，即能快 速地勾住物件或分離。 ★ 一至於安全栓40同樣彎折一對金屬片41，連同一 第三彈性件42跨越脊部13，彼此樞接在—起且讓安 全栓40具備靠向脊部13的彈力。這些金屬片41周 邊陷入一凹部43，隨著安全栓40的扳開而與連接件 25相抵，使安全栓4〇無法回復原位，同時阻擋門閂 構件20不彳寸任意地擺向脊部13，避免鉤體上⑼無預 警露f本體10的缺口 ’降低工安意外的發生率。 前述扣環50為金屬材質，因應繩索或帶體的繫 結用途而有多種造型’可依工作需求選擇合適的扣環 50來使用。該扣環5〇是在一既定造型的繫結環η 成形一結合部52,並在結合部52轴心處設置一凸部 53，此凸部53呈管狀且外表陷入一道環溝54，纟士人 於銜接機構60而可拆卸。 、。 施例的銜接機構6〇，是在一管件61外部套 上一沿官長方向位移的滑套7〇，利用一組裝於管件 61的安全開關80限制滑套7〇位移量。 該管件61 f鄰兩管口之—處形成一外螺紋62， 鎖緊於聯結部14而可拆卸，使管件61與本體1〇結 。為一體。鄰近官件61另一管口處環繞一嵌槽63， =内卡住-C形扣件68，並”距在錢嵌槽〇的 官壁貫穿六個珠孔64,各珠孔64容納—珠體65。兮 管件61中間部位管厚大於管口而形成一肩部6心 住—直徑小於滑套70内徑且套在管件61外面的彈筈 7卜並在中間部位管壁貫穿—孔、洞67，用以埋設安 全開關80。 ,π农，v句來篮，具内壁靠近開 口處成形-㈣料72。該隆起部72直 61外徑和滑套70内徑之間，推動珠體65往管件1 裡面移動且局部露出珠孔64。以隆 面為内環面73,被前述彈菁71頂著致生= 的作用力’而隆起部72朝向外界的一面為外 衣J74 ’抵住扣件68且阻擋滑套7〇彈離管件q。 #忒女全開關8〇在一底座81容納一彈性件82， ::彈力支撐—轉動件83相對一按鈕84轉動，復以 =固於底座81的環形上蓋85套在按紐料外面。 =動件83插入按鈕84裡面，連同上蓋85彼此間 二備相互嚙接的離合關係。該上蓋 且按陶性突出上蓋85為常態，限 體I的狀Γ”的同時’保持隆起部72仍舊抵觸珠 接著看到第4圖，對按紐84施壓，退人上蓋85 裡面，維持按鈕84高度低於滑套70内徑的狀態，讓 滑套70無阻礙地移到靠近本體10位置。此刻的珠體 65失去隆起部72的支持，可在珠孔64自由活動， 卻受限於滑套70開口而不會滾出孔外，允許合適的 扣環50準備插入管件61中。 再從第5圖瞭解到，滑套70不受外力制衡時， 會被彈簧71的彈力往外推出，直到外環面74抵制扣 件68為止，讓隆起部72再度推動珠體65局部露出 珠孔64，恰好卡住深入管件61的凸部53環溝54， 致使扣環50不得輕易地離開。 值得注意的是，按鈕84再次受壓就會突出上蓋 85外面，維持按鈕84高度高於滑套70内徑的狀態， 阻擋滑套70不得靠近本體10，進而限制滑套70的 位移量，持續保有卡掣效能而不會無預警地脫離，深 具保護工作安全的效果。 如第6圖所示，扣環50順著箭頭相對管件61作 360度旋轉，不會讓繩索或帶體纏繞在一起，利於鉤 體的使用。 上述實施例僅為說明本創作，非為限制本創作。 熟習此技藝者從上述實施例衍生之各種變化、修改與 應用均在本創作之範疇内。 【圖式簡單說明】 第1圖是立體圖，表現本創作鉤體一較佳實施例 的分解情況。 第2圖是立體圖，表現鉤體鎖固銜接機構卻未聯 結扣環。 構造第3圖是平面圖，表現銜接機構局部剖開的内部 作第4圖是平面局部剖視圖，表現銜接機構的動 第5圖是平面局部剖視圖，表現銜接機構結合扣 環的使用情形。 第6圖是剖視圖，表現第5圖A-A線的構造。 【主要元件符號說明】 100鉤體 10本體 11基部 12勾部 13脊部 14聯結部 20門閂構件 21翼片 22第一彈性件 23執道孔 24限制孔 25連接件 26安全紅 30柄 31連接件 32側片 33第二彈 40安全栓 41金屬片 42第三彈性件 43凹部 5 0扣環 51繫結環 5 2結合部 53凸部 54環溝 60銜接機構 61管件 M413040 62外螺紋 63嵌槽 64珠孔 65珠體 66肩部 67孔洞 68扣件 70滑套 71彈簀 72隆起部 73内環面 74外環面 80安全開關 81底座 82彈性件 83轉動件 84按紐 85上蓋V. New type description: [Technical field to which the new type belongs] (4) = For the hook body involved in hanging use, especially the technology in which the body and the buckle are connected together. [Prior Art] Objects are quite extensive 'common in the case of quick connection or separation of 2 pieces. The hook body is mainly used for forming a hanging object for hooking objects such as steel cables, chains, etc., for stretching, or fixing. j Lian, Ό or 延 In Taiwan, the new certificate No. 385618 patent case is integrated. The result is that the fishing body can only be used in = the rope does not have a replacement function, which is obviously necessary for improvement. In view of this, the creator deeply explored the experience of the prior art in research and development and manufacturing of related industries for many years, and actively solved the problem, and finally succeeded in developing a problem of fishing body cover products. "(4) [New Content] The main purpose of this creation is to combine the main body and the buckle into one of the two components of the hook. The convenience and quick replacement effect depends on the β-replacement edge ^^ The achievement of the purpose of the purpose of the creation of a fishing body structure is changed to two:: = the connection mechanism connects a body and a buckle to a «·«-type hook body. The connection mechanism includes: Lu pieces 'lock © the body formed in the buckle The convex part of the ring is inserted into the M413040 pipe; the pipe has - correcting and wraps around the outside of the pipe; the beads are equally spaced through the pipe wall of the pipe near the old groove; one shoulder, open > The middle portion is larger than the nozzle; a fastener is inserted into the groove of the pipe member; a plurality of beads are accommodated in the corresponding bead holes, and the bead body partially exposing the bead hole catches a ring groove surrounding the convex portion a sliding sleeve, which is sleeved outside the pipe member and can be displaced along the length of the pipe; the sliding sleeve has a ridge portion having a diameter between the outer diameter of the pipe member and the inner diameter of the sliding sleeve to support the bead body to partially expose the bead hole; The inner annulus is the side of the ridge that faces the shoulder; a surface facing the outside of the ridge portion, resisting the fastener and blocking the sliding sleeve from leaving the tubular member; a spring having a diameter smaller than the inner diameter of the sliding sleeve and sleeved outside the tubular member, the two ends respectively abutting against the inner annular surface of the ridge portion and the tubular member A safety switch, assembled in the tubular member, includes a button that limits the amount of displacement of the sliding sleeve in the tubular member. The safety opening relationship referred to herein is a base that accommodates an elastic member support = the rotating member rotates relative to the button, An annular upper sleeve fastened to the base is sleeved on the outside of the button, so that the button elastically protrudes from the upper cover to be normal and is forced to retreat into the upper cover. The upper cover is pressed into a hole penetrating the pipe member. ... As long as the button does not retreat into the upper cover, It can block the sliding sleeve so that it can not be displaced in the longitudinal direction of the official part. As a result, the bead supported by the bulging part can be returned to the bead hole, and the state of the convex ring groove can be continuously maintained, so that the buckle cannot be removed from the body. ❶ Unless the button is retracted into the soil cover, the sliding sleeve can be displaced on the g piece, so that the bead body loses the support of the ridge portion. When the convex ring groove does not have a jam effect, the buckle ring and the body can be detached and separated from each other. Therefore The combined hook body of the creation has the function of quickly connecting and replacing 4 functions to achieve the safety protection of the workplace. The following is a detailed description of the purpose and structure of the relevant embodiment based on the drawings and the techniques and means used in the creation of the temple. Efficacy, when you can get a deep and specific understanding. [Embodiment] See Figure 1 and Figure 2, showing a body for hanging 1〇 and: fastening ring 5〇, both through - The engaging mechanism 6 is coupled to the combined hook body 100. The body 10 of the present embodiment is formed with a connecting portion 14 under a flat base u for assembling the engaging mechanism 6〇. The base 11 extends upward. A ridge 13 is bent into a hook portion 12 and formed with a notch, so that the body 1 surrounds the structure of the hanging space to hook the object. A latch member is pivotally connected at the boundary between the base u and the ridge 13 20, used to close the gap of the body 1 to the hanging space. The ridge 13 is pivotally connected to the hook portion 12 to pivot a handle 3 and a safety bolt 4, and operates independently of each other and does not interfere with the movement of the other party. The gantry latch member 20 is a sheet-like metal material having a pair of co-axially folded flaps 21' together with the first-elastic member 22 spanning both sides of the base portion u to allow the first elastic member 22 to maintain the door = The piece 20 abuts the required spring force of the hook portion 12. The two flaps 21 are adjacent to the hook 12 and each of them passes through a limiting hole 24 for locking a connecting member. The two flaps 21 are swung through the base 11 (four). The shape of the bracket hole 23' can be coupled to the handle. The connector 31 of the abdomen, - passes through the relationship between the door flash member 2 and the handle 3 〇. One of the two flaps 21 is attached with a safety button 26 in the vicinity of the track hole 23, and the safety button 26 maintains the lower height as a normal state, does not interfere with the swing of the ry-i member 2, and after the force is bounced, The safety button 26 is raised above the flap 21 to prevent the flap 21 and the shank 3 from interlacing. The handle 30 in the figure is also a sheet-shaped metal material, and the two sides of the same direction bent side piece 32' are connected with the second elastic piece 33 across the ridge portion 13, and the three pieces are joined together, so that the handle 30 has the outward yaw Elasticity. When the handle 3 is displaced to the base 11, the connecting member 31 is driven to follow the wall surface of the track hole 23 to guide the action of the door member 2 to the ridge, no longer resisting the hook 12 and exposing the body 1G. The gap can quickly catch objects or separate. ★ As soon as the safety pin 40 is bent, a pair of metal pieces 41 are bent, and the same third elastic member 42 is pivoted across the ridge 13, and is pivotally connected to each other and the safety pin 40 is provided with an elastic force against the ridge portion 13. The periphery of the metal piece 41 is recessed into a recessed portion 43 and abuts against the connecting member 25 as the safety bolt 40 is disengaged, so that the safety pin 4〇 cannot be returned to the original position, and the latching member 20 is prevented from swinging arbitrarily toward the ridge 13 , to avoid the hook on the body (9) without warning, the gap of the body 10 'reduced the incidence of accidents. The buckle 50 is made of a metal material, and has various shapes depending on the use of the rope or the belt. It is possible to select a suitable buckle 50 according to the work demand. The buckle 5 is formed by a joint ring 52 formed in a predetermined shape, and a convex portion 53 is formed at the axial center of the joint portion 52. The convex portion 53 has a tubular shape and is immersed in a ring groove 54. The sergeant is detachable at the articulation mechanism 60. ,. The connecting mechanism 6〇 of the embodiment is a sliding sleeve 7〇 displaced in the direction of the official length on the outer portion of the tubular member 61, and the displacement of the sliding sleeve 7 is restricted by a safety switch 80 assembled to the tubular member 61. The tubular member 61 is formed with an external thread 62 at the junction of the two nozzles, and is detachably locked to the coupling portion 14 to cause the tubular member 61 to be knit with the body 1. As one. The other nozzle of the adjacent official member 61 surrounds a recessed groove 63, and the inner-clamping-C-shaped fastener 68 is inserted, and the central wall of the money-filled groove runs through six bead holes 64, and each of the bead holes 64 accommodates - The bead body 65. The middle portion of the fistula member 61 is thicker than the nozzle to form a shoulder portion 6 - the magazine 7 having a diameter smaller than the inner diameter of the sleeve 70 and sleeved outside the tube member 61 and passing through the tube wall at the intermediate portion , hole 67, used to bury the safety switch 80., π agriculture, v sentence to the basket, with the inner wall near the opening to form - (four) material 72. The ridge portion 72 straight 61 outer diameter and the inner diameter of the sliding sleeve 70, push the beads The body 65 moves into the inside of the pipe member 1 and partially exposes the bead hole 64. The inner surface 73 of the ridge surface is the inner ring surface 73, and the side of the bulge portion 72 facing the outside is the outer garment J74' The fastener 68 is held and the sliding sleeve 7 is bounced off the tube member. #忒女全开关8〇 accommodates an elastic member 82 in a base 81, :: elastic support-rotation member 83 rotates relative to a button 84, The annular upper cover 85 of the base 81 is sleeved on the outside of the button. The movable member 83 is inserted into the button 84, and the upper cover 85 is coupled to each other. Cover and press the ceramic cover 85 as the normal state, and limit the shape of the body I while keeping the ridges 72 still against the beads and then see the 4th figure, press the button 84, retreat inside the cover 85, maintain the button The state in which the height 84 is lower than the inner diameter of the sliding sleeve 70 allows the sliding sleeve 70 to move unobstructed to a position close to the body 10. At this point, the bead 65 loses the support of the ridge 72 and is free to move in the bead aperture 64, but is limited by the opening of the sleeve 70 without rolling out of the aperture, allowing the appropriate buckle 50 to be ready for insertion into the tubular member 61. It is understood from Fig. 5 that when the sliding sleeve 70 is not balanced by the external force, it will be pushed out by the elastic force of the spring 71 until the outer annular surface 74 resists the fastening member 68, and the ridge portion 72 pushes the bead body 65 to partially expose the bead hole again. 64, just caught in the groove 53 of the convex portion 53 of the pipe member 61, so that the buckle 50 must not easily leave. It should be noted that the button 84 is pressed again to protrude from the outside of the upper cover 85, maintaining the height of the button 84 higher than the inner diameter of the sliding sleeve 70, and the blocking sliding sleeve 70 is not close to the body 10, thereby limiting the displacement of the sliding sleeve 70. It retains the effectiveness of the card and does not leave without warning. It has the effect of protecting work safety. As shown in Fig. 6, the buckle 50 rotates 360 degrees with respect to the pipe member 61 along the arrow, so that the rope or the belt body is not entangled, which facilitates the use of the hook body. The above embodiments are merely illustrative of the present invention and are not intended to limit the creation. Various changes, modifications, and applications derived from the above-described embodiments of the skilled artisan are within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the decomposition of a preferred embodiment of the present hook. Figure 2 is a perspective view showing the hook-locking engagement mechanism but not the buckle. Fig. 3 is a plan view showing the inside of the engaging mechanism partially cut away. Fig. 4 is a plan partial cross-sectional view showing the movement of the engaging mechanism. Fig. 5 is a plan partial cross-sectional view showing the use of the engaging mechanism in combination with the buckle. Fig. 6 is a cross-sectional view showing the configuration of the line A-A of Fig. 5. [Main component symbol description] 100 hook body 10 body 11 base portion 12 hook portion 13 ridge portion 14 joint portion 20 door latch member 21 flap 22 first elastic member 23 obstruction hole 24 restricting hole 25 connecting member 26 safety red 30 handle 31 connection Piece 32 side piece 33 second bullet 40 safety bolt 41 metal piece 42 third elastic member 43 concave portion 50 buckle ring 51 tie ring 5 2 joint portion 53 convex portion 54 annular groove 60 engagement mechanism 61 pipe member M413040 62 external thread 63 embedded Slot 64 Bead hole 65 Bead 66 Shoulder 67 Hole 68 Fastener 70 Sleeve 71 Elastic 72 Rise 73 Inner ring 74 Outer ring 80 Safety switch 81 Base 82 Elastic member 83 Rotating member 84 Button 85 Cover