201024584 九、發明說明： '【發明所屬之技術領域】 本發明涉及-種管箍，尤其涉及一種手動旋緊的管 箍。 【先前技術】 在機械結構巾’目前習狀㈣，㈣於箍緊管之零 件，-般是在管箍本體上開細槽并且采用螺絲鎖緊的 ❹對管進行緊箍。如圖i，圖2所示’習知的管Μ ι〇包括 -細槽101’開設細槽101的目的是為了調整圓管n盥管 箍10之間的間隙。當螺絲12’ 13松開時，管箍1〇與圓 管η間隙較大，管箍10可以沿著圓管u轴向移動從而 可輕易套進圓管u，當螺絲12，13鎖緊時，管箱ι〇上的 細槽1 〇 i被壓縮，管箍i 〇與圓管i i之間的間隙變小，此 ：L0||緊圓f U。但是’此種管箱結構存在以下缺 =硬當需箍緊或鬆開管時’必需配備工具扳手來擰緊或鬆 ❿開螺絲，使用費力，且不方便操作。 【發明内容】 有鑒於此，需提供一種管箍，不必借助工具，手動就 可以箍緊管。 ^ =種管箍，包括一管箍本體、一第一頂銷、一第二頂 及y旋鈕。其中，該管箍本體包括一管孔和一第一通 =，該第一通孔與該管孔相通，且該第一通孔之軸線與該 之軸線正父，兩軸線之間距大於該管孔之半徑及第一 通孔之半徑。該第-頂銷收容於該第一通孔之第一端第内， 8 201024584 包括-螺紋孔和一第一夾緊部。該第 ^ 通孔之第二端内’包括一第二通孔和― ：於該第- :通孔之軸線與該螺紋孔之軸線共線：括該; 蓋之間。其中，當《管孔中的管時旋 頂銷之第二通孔’並與該第―頂鎖之螺紋孔相配合;^ 該旋钮，隨限位台階抵頂至該第二頂銷之 =一頂鎖在螺桿的拉力下向第二頂銷靠近並使該ί 一夾緊部與該第二夾緊部箍緊該管。 本發明提供的管箍’使用通用的手旋螺紋旋紐來控制 頂銷夾緊管，易於操作，調節速度更快，更省力，而且消 除了配備扳手的麻煩。 / 【實施方式】 請參閲圖3，所示為本發明一實施方式管箍1〇〇的立 體分解示意圖。管箍1〇〇用於箍緊管2〇 ,包括一管箍本 ❹體40，一第一頂銷50，一第二頂銷6〇及一旋鈕7〇。 請參閱圖4,所示為圖3中管箍本體4〇之剖面圖。 管箍本體40包括一管孔4〇1、一第一通孔402及一限位 槽403。第一通孔402呈圓柱形，並與管孔401相通，第 一通孔402之軸線與管孔4〇1之軸線正交，且兩軸線之間 的距離D1大於管孔401之半徑ri及第一通孔402之半 徑R2。 請同時參閱圖5’圖6和圖7。第一頂銷50為圓柱形 頂銷’收容於第一通孔402之第一端4021内（如圖6所 9 201024584 示）。第一頂銷50包括一螺紋孔5〇1、—第—夾 2 ill :::::二圖7所示)。本實施方式，，螺紋孔 其20之心外丨’管2〇為一圓管。第一夾緊部502與 I管壁相5接觸S相同圓弧形。第一夾緊部502與管20 5 ，限位滑塊503與管箍本體 相配^㈣頂鎖5G沿其圓周方向轉動^槽 ❹ 第一頂銷60為圓柱形頂銷，收容於第一通孔術之 第一端4022内（如圖5所示）。第二頂銷 孔謝和-第二夹緊部6〇2。第二通孔6 第一通 其轴線與㈣孔5G1之軸線共線。本實施方式中軸通孔 孔，?柱形，且第二通孔6〇1之孔㈣與螺纹孔一5〇1 仨6相同。第二夾緊部舰與管20之管壁外形相 同呈圓弧形’第二夾緊部602與第一夾緊部502相對設 置，且與管20之管壁相接觸。 本實施方式中，第一通孔4〇2 $圓柱形，第一頂銷 ❿5〇與第二頂銷60均為圓柱形頂銷，在其它實施方式中， 第-通孔402可為方形通孔，第—頂銷％與第二的 均為方形項銷，相應地’第—頂銷5G之限位滑塊如與 管4本體40之限位槽403則可以省去。 旋鈕7〇包括一螺桿701、一限位台階7〇2及一旋蓋 703。限位台階7〇2呈圓柱形，設於螺桿7〇1和旋蓋 之間其外控dl小於第二頂銷60之外徑d2，且大於第 一通孔61之孔徑d3(如圖6所示）。螺桿7〇1穿過第二通 孔601，並與螺紋孔501相配合，限位台階7〇2抵頂至第 201024584 -二頂銷60之一端，從而使得第一頂銷50在螺桿701的拉 ^力下向第二頂銷60靠近並使第一夾緊部502與第二夾緊 部602箍緊管20。 當需要箍緊管20時，將管20收容於管孔401，第一 頂銷50收容於第一通孔402之第一端4021内，使其限位 滑塊503與管箍本體40之限位槽403相配合，第一夾緊 部502與管20之管壁相接觸；將第二頂銷60收容於第二 通孔402之第二端4022内，其第二夾緊部602與管20之 ®管壁相接觸；將旋鈕70之螺桿701對準第二頂銷60之第 二通孔601，順時針旋轉旋蓋703，使螺桿701沿第二通 孔601之軸線方向穿過第二通孔601，並與螺纹孔501相 配合，繼續旋轉旋蓋703，當限位台階702抵頂至第二頂 銷60之一端時，第一頂銷50在螺桿701的拉力下向第二 頂銷60靠近並使第一夾緊部502與第二夾緊部602箍緊 管20。 q 請參閱圖8,所示為本發明另一實施方式管箍100’的 剖面圖。管箍100’包括一管箍本體40’，一第一頂銷50’ 及一旋鈕70’。管箍100’與管箍100的不同之處在於：管 箍100’不包括第二頂銷60;管箍本體40’之第一通孔402’ 呈階梯狀（如圖9所示），第一通孔402’之第二端4022’之 孔徑d4與螺纹孔50Γ之孔徑d6’相同，且小於第一通孔 402’之第一端4021’之孔徑d5 ;管箍本體40’包括一第二 夾緊部403，當第一頂銷50’收容於第一通孔402’之第一 端4021’時，第二夾緊部403與第一夾緊部503’相對設置； 11 201024584 旋鈕70,之螺桿701，穿過第一通孔4〇2，之第二 ， -並與螺纹孔501’相配合。旋轉旋蓋7〇3，，當限位么扣22 抵頂至管箍本體40,之一端時，第一頂鎖5〇，在旋:階J02 螺桿701，的拉力下向該第一通孔4〇2， 之 、—布—,.409 9，告 近’並使第-夾緊部503,與第二夾緊部4〇3箱緊管2〇 本發明取消了管箍的開槽，在管箍本體中設一通孔並 在通孔中裝入帶螺紋孔的頂銷，由於這種方式釆用頂銷夹 ❹緊管’采料料手旋敎独即可現實，調節速度更 快，更省力，而且消除了配備扳手的麻煩。 綜上所述，本發明符合發明專利要件，爰依法提出專 寿J申明准以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本案發明精神所作之等效修 飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 圖1是目前習知技術之管箍10立體分解示意圖。 ❹圖2是圖1中管箍10的立體裝配示意圖。 圖3是本發明一實施方式中的管箍100立體分解示意圖。 圖4是圖3所示管箍本體4〇之剖面圖。 圖5是圖3所示管箍1〇〇之立體裝配示意圖。 圖6是圖3所示管箍1〇〇之剖面圖。 圖7是圖3所示第一頂銷5〇之前視圖。 圖8是本發明另一實施方式管箍1〇〇，之剖面圖。 圖9是圖8所示管箍本體40,之剖面圖。 【主要元件符號說明】 12 100, 201024584 管箍 10 、 100 、 -管 11、20 螺絲 12、13 細槽 101 管箍本體 40 ' 405 管孔 401 第一通孔 402、402, 限位槽 403 ❿& 第一頂銷 50 、 50’ 螺纹孔 501 、 501， 第一夾緊部 502、502, 限位滑塊 503 第二頂銷 60 第二通孔 601 第二爽緊部 602、403 旋 70、7CT 螺桿 · 701 ' 701? 限位台階 702、702, 旋蓋 703 > 7035 管孔軸線與第一通孔軸線之距離 D1 管孔之半徑 R2 第一通孔之半徑 R3 限位台階之外徑 dl 第二頂銷之外徑 d2 13 201024584 第二通孔之孔徑 d3 -第一通孔之第一端之孔徑 d4 第一通孔之第二端之孔徑 d5 螺纹孔之孔徑 d6 、 d6.201024584 IX. Description of the invention: '[Technical field to which the invention pertains] The present invention relates to a type of pipe clamp, and more particularly to a manually tightened pipe clamp. [Prior Art] In the mechanical structure towel, the current habits (4), (4) are used to clamp the tube, and the cylinder is generally narrowed on the body of the pipe and the pipe is tightened by screws. As shown in Fig. 2 and Fig. 2, the conventional tube 〇 〇 includes a thin groove 101' to open the narrow groove 101 for the purpose of adjusting the gap between the tube n ferrules 10. When the screw 12' 13 is loosened, the gap between the pipe ferrule 1 〇 and the round pipe η is large, and the pipe ferrule 10 can be axially moved along the circular pipe u so that it can be easily inserted into the circular pipe u when the screws 12, 13 are locked. The narrow groove 1 〇i on the pipe box ι is compressed, and the gap between the pipe rim i 〇 and the pipe ii becomes small, and this: L0|| is round f U. However, there is a lack of such a pipe box structure. When it is necessary to tighten or loosen the pipe, it is necessary to equip the tool wrench to tighten or loosen the screw, which is laborious and inconvenient to operate. SUMMARY OF THE INVENTION In view of the above, it is desirable to provide a pipe clamp that can be manually clamped without the aid of a tool. ^ = seed hose clamp, including a hose clamp body, a first top pin, a second top and a y knob. The tube body includes a tube hole and a first through hole, the first through hole is in communication with the tube hole, and the axis of the first through hole is orthogonal to the axis, and the distance between the two axes is greater than the tube The radius of the hole and the radius of the first through hole. The first top pin is received in the first end of the first through hole, and the 8 201024584 includes a threaded hole and a first clamping portion. The second end of the second through hole includes a second through hole and a: the axis of the first through hole is collinear with the axis of the threaded hole: including; between the covers. Wherein, when the tube in the tube hole is the second through hole of the top pin, and cooperates with the threaded hole of the first top lock; ^ the knob, with the limit step abutting to the second top pin = A top lock approaches the second top pin under the tension of the screw and causes the clamping portion and the second clamping portion to clamp the tube. The hose clamp provided by the present invention uses a universal hand-threaded knob to control the pin-pin clamping tube, which is easy to operate, quicker and less labor-saving, and eliminates the trouble of installing a wrench. [Embodiment] Referring to Fig. 3, there is shown a schematic exploded view of a pipe ferrule 1 一 according to an embodiment of the present invention. The tube clamp 1〇〇 is used for the tightening tube 2〇, and includes a tube holder body 40, a first top pin 50, a second top pin 6〇 and a knob 7〇. Referring to Figure 4, there is shown a cross-sectional view of the tube ferrule body 4 of Figure 3. The tube body 40 includes a tube hole 4, a first through hole 402 and a limiting slot 403. The first through hole 402 has a cylindrical shape and communicates with the tube hole 401. The axis of the first through hole 402 is orthogonal to the axis of the tube hole 4〇1, and the distance D1 between the two axes is greater than the radius ri of the tube hole 401 and The radius R2 of the first through hole 402. Please also refer to Figure 5' Figures 6 and 7. The first top pin 50 is a cylindrical top pin 'received in the first end 4021 of the first through hole 402 (as shown in Fig. 6 9 201024584). The first top pin 50 includes a threaded hole 5〇1, - a first clip 2 ill ::::: two shown in Fig. 7). In the present embodiment, the outer diameter of the threaded hole 20 is a round tube. The first clamping portion 502 is in the same arc shape as the S tube wall 5 contact S. The first clamping portion 502 and the tube 20 5 , the limiting slider 503 is matched with the pipe ferrule body. (4) The top locking 5G is rotated along the circumferential direction thereof. The first top pin 60 is a cylindrical top pin and is received in the first pass. Inside the first end 4022 of the hole (as shown in Figure 5). The second top pin is a hole-and-second clamping portion 6〇2. The second through hole 6 is collinear with the axis of the (iv) hole 5G1. In the present embodiment, the shaft through hole is cylindrical, and the hole (4) of the second through hole 6〇1 is the same as the threaded hole 5〇1 仨6. The second clamping portion has the same arc shape as the tube wall of the tube 20. The second clamping portion 602 is disposed opposite the first clamping portion 502 and is in contact with the tube wall of the tube 20. In this embodiment, the first through hole 4〇2 is cylindrical, and the first top pin ❿5〇 and the second top pin 60 are both cylindrical pin. In other embodiments, the first through hole 402 can be square. The hole, the first-pinpin % and the second pin are both square pins, and accordingly, the limit slider of the first-top pin 5G, such as the limit groove 403 of the body 40 of the tube 4, can be omitted. The knob 7A includes a screw 701, a limiting step 7〇2, and a screw cap 703. The limiting step 7〇2 has a cylindrical shape, and the external control dl between the screw 7〇1 and the screw cap is smaller than the outer diameter d2 of the second top pin 60, and larger than the aperture d3 of the first through hole 61 (as shown in FIG. 6). Shown). The screw 7〇1 passes through the second through hole 601 and cooperates with the threaded hole 501, and the limiting step 7〇2 abuts to one end of the 201024584-two top pin 60, so that the first top pin 50 is at the screw 701 The second pin 60 is brought closer to the second top pin 60 and the first clamping portion 502 and the second clamping portion 602 are tightened to the tube 20. When the tube 20 needs to be tightened, the tube 20 is received in the tube hole 401, and the first top pin 50 is received in the first end 4021 of the first through hole 402 to limit the limit slider 503 and the tube body 40. The first clamping portion 502 is in contact with the tube wall of the tube 20; the second top pin 60 is received in the second end 4022 of the second through hole 402, and the second clamping portion 602 and the tube 20 of the tube wall is in contact; the screw 701 of the knob 70 is aligned with the second through hole 601 of the second top pin 60, and the screw cap 703 is rotated clockwise so that the screw 701 passes through the axis of the second through hole 601. The two through holes 601 cooperate with the threaded holes 501 to continue to rotate the screw cap 703. When the limiting step 702 abuts against one end of the second top pin 60, the first top pin 50 is second to the tension of the screw 701. The top pin 60 is brought close and the first clamping portion 502 and the second clamping portion 602 are tightened to the tube 20. Referring to Figure 8, there is shown a cross-sectional view of a hose ferrule 100' according to another embodiment of the present invention. The ferrule 100' includes a ferrule body 40', a first ejector pin 50' and a knob 70'. The pipe ferrule 100' is different from the pipe ferrule 100 in that the pipe ferrule 100' does not include the second top pin 60; the first through hole 402' of the ferrule body 40' is stepped (as shown in FIG. 9), The aperture d4 of the second end 4022' of the through hole 402' is the same as the aperture d6' of the threaded hole 50'', and smaller than the aperture d5 of the first end 4021' of the first through hole 402'; the tube body 40' includes a first The second clamping portion 403 is opposite to the first clamping portion 503' when the first top pin 50' is received at the first end 4021' of the first through hole 402'; 11 201024584 Knob 70 The screw 701 passes through the first through hole 4〇2, the second, and cooperates with the threaded hole 501'. Rotating the screw cap 7〇3, when the limit buckle 22 is abutted to one end of the pipe ferrule body 40, the first top lock 5 〇, under the tension of the screw: J02 screw 701, the first through hole 4〇2, ─布—, .409 9, close to 'and the first clamping portion 503, and the second clamping portion 4 〇 3 box tight tube 2 〇 The present invention eliminates the grooving of the ferrule, A through hole is arranged in the pipe body and a pin with a threaded hole is inserted into the through hole. In this way, the top pin pin is used to clamp the pipe, and the material can be rotated and rotated, and the adjustment speed is faster. It is more labor-saving and eliminates the trouble of equipped with a wrench. In summary, the present invention complies with the requirements of the invention patents, and stipulates according to the law. The above-mentioned ones are only the preferred embodiments of the present invention, and those who are familiar with the skill of the present invention are in the spirit of the invention. Modifications or changes should be included in the scope of the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a pipe clamp 10 of the prior art. 2 is a schematic perspective view of the pipe ferrule 10 of FIG. 3 is a perspective exploded view of the pipe ferrule 100 in accordance with an embodiment of the present invention. Figure 4 is a cross-sectional view of the pipe ferrule body 4 of Figure 3; Fig. 5 is a perspective view showing the three-dimensional assembly of the pipe clamp 1 shown in Fig. 3. Figure 6 is a cross-sectional view of the pipe clamp 1 of Figure 3; Figure 7 is a front elevational view of the first top pin 5〇 shown in Figure 3. Figure 8 is a cross-sectional view showing a pipe clamp 1 另一 according to another embodiment of the present invention. Figure 9 is a cross-sectional view of the ferrule body 40 of Figure 8. [Main component symbol description] 12 100, 201024584 Hoop 10, 100, - Tube 11, 20 Screw 12, 13 Slot 101 Hoop body 40 ' 405 Pipe hole 401 First through hole 402, 402, Limit groove 403 ❿ & First top pin 50, 50' threaded hole 501, 501, first clamping portion 502, 502, limit slider 503 second top pin 60 second through hole 601 second tight portion 602, 403 7CT screw · 701 ' 701? Limit step 702, 702, screw cap 703 > 7035 Distance between tube axis and first through hole axis D1 Tube hole radius R2 First through hole radius R3 Limit step outer diameter Dl The outer diameter of the second top pin d2 13 201024584 The aperture of the second through hole d3 - the aperture d4 of the first end of the first through hole, the aperture d5 of the second end of the first through hole, the aperture d6, d6 of the threaded hole
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