M428195 五、新型說明： 【新型所屬之技術領域】 本創作係與染布機有關，旨在提供一種可以讓染布機獲 致較大的織物收容量，並且藉以提升染色良率之擺動裝置。 【先前技術】 按，染色工程是使織物永久改變顏色之一種方法，對於 _織物之外觀、色澤有著相當深遠之影響，故對紡織業界而言， 實為相當重要之製程。 一般對織物進行浸染作業時，係依照織物之吸水性的不 同，選擇其個別適用的染布機型，以期達到所要求之浸染色 品質及獲致較佳的經濟效益；目前習用染布機通常區分為可 適用於棉織布質（吸水性強）之圓筒型染布機，與可適甩於長 纖布質（吸水性弱）之長管型染布機兩種。 原則上，一般染布機多係設有一染桶供盛裝染液以及做 $為織物循環的流道，再配合由帶布裝置推動織物循環輸送， .使織物能夠全部浸浴到染液之中；甚至在實際進行浸染作業 時，多會配合注入蒸氣加壓、加溫，使產生較佳的浸染效果。 然而，在染色或水洗工程中，其最大之目標，係在使染 色機或水洗機内之織物上色均勻且迅速達到最大之產量，因 此如何在染布機有限的容積空間下產生做大的織物收容效 果，並且能夠獲致較佳的染色良率一直是業界亟待解決的課 M428195 【新型内容】 有鑑於此，本創作即在提供一種可以讓染布機獲致較大 的織物收容量，並且藉以提升染色良率之擺動裝置，為其主 要目的者。 為達上揭目的，本創作之擺動裝置，主要係設於染布機 之染桶内部，用以帶動該染桶内的織物往復擺動；該擺動裝 置係包括有：一支撐軸、一導布管，以及一驅動組件；其中， 該支撐軸係軸設於該染桶内，可於該染桶内往復位移；該導 布管係設於該染桶内供織物通過並引導織物朝預定方向排 出，該導布管係與該支撐軸相固接，並隨該支撐軸位移；該 驅動組件係設於該染桶内部與該支撐軸構成傳動聯結。 以及，該驅動組件係受染布機之控制單元操控而運轉， 進而帶動該支撐轴連同該導布管往復位移，對進入該導布管 的織物產生擺動效果，使通過該導布管的織物呈連續排列堆 積的方式朝預定路線推進。 依據上述主要結構特徵，所述導布管之口徑係朝織物推 進的方向漸縮。 依據上述主要結構特徵，所述驅動組件係由一馬達以及 一組聯結於該.馬達之軸心與該支撐軸之間的傳動連桿所組 成。 依據上述主要結構特徵，所述染布機係於該染桶内部設 有一引導織物推進的布槽，該導布管之出口朝該布槽之入口 方向配置。 具體而言，本創作之擺動裝置係可以產生下列功效： 1.透過織物呈連續排列堆積的方式朝預定路線推進，可 M428195 使染布機獲致較大的織物收容量，藉以提高染布機的產能。 2. 透過織物呈連續排列堆積的方式朝預定路線推進，可 增加織物於染劑之接觸運動，藉以提高染色良率。. 3. 透過織物呈連續排列堆積的方式朝預定路線推進，延 長織物與染劑之接觸時間，藉以提高染色良率。 【實施方式】 本創作之特點，可參閱本案圖式及實施例之詳細說明而 ®獲得清楚地瞭解。 如第一圖本創作一較佳實施例之使用配置參考圖、第二 圖本創作所應用之擺動裝置外觀立體圖所示，本創作之擺動 裝置主要設於染布機10之染桶11内部，用以帶動該染桶11 内的織物20往復擺動；本創作之擺動裝置基本上包括有：一 支撐軸30、一導布管40，以及一驅動組件50 ;其中： 該支撐軸30係軸設於該染桶11内，可於該染桶11内往 復位移；於實施時，該染桶11係可在其内部固設有至少兩個 •供該支撐軸30穿置的軸套12，透過該至少兩個軸套12將該 支撐軸30安裝於該染桶11内部，並使該支撐轴30得以順著 軸向往復位移。 該導布管40係設於該染桶10内之織物入口 111處，主 要供織物20通過並引導織物20朝預定方向排出，該導布管 40係與該支撐軸30相固接，並可隨該支撐軸30位移；於實 施時，該導布管40之口徑係朝織物20推進的方向漸縮為佳； 以及，該染布機10係於該染桶11内部設有一引導織物20推 進的布槽13,該導布管40之出口則朝該布槽13之入口方向 物20順11的織物20引導進人布槽U，使織 丨貝者布槽13之引導方向推進。 轴以於，桶η内部並與該支樓 51以及—㈣^①貫施時’該驅動組件5G係由-馬達 的傳動連桿心5U與該支撐軸30之間 之控制單元（圖略而H該驅動组件50係受染布機10 導布管40往心Λ 轉，進而帶動該支撐軸30連同該 織物L =i (如第三圖所示)，對進入該導布… 排列堆積^效果」使通過該導布管4G的織物2G呈連續 的方式朝預定路線推進（如第一圖所示）。 管往制結構相較，本創作之簡裝置主要利用導布 在導布管之作用下，讓通過導布管的織物 致的方式朝預定路線推進，不但可使染布機獲 容量，藉以提高染布機的產能，更可增加織 之接觸運動，錢延長_與_之接觸時間，進 而達到提高染色良率之目的。 =所述’本創作提供染布機—較佳可行之擺動置， 新；專利之申請;本創作之技術内容及技術特點 :而作各種不背離本案創作精神<替換及修飾。因此乍： 背離本創作之㈣錄飾，並料下it/應包括各種不 之申睛專利範圍所涵蓋。 M428195 【圖式簡單說明】 第一圖係為本創作一較佳實施例之使用配置參考圖。 第二圖係為本創作之擺動裝置外觀立體圖。 第三圖係為本創作之擺動裝置動作示意圖。 【主要元件符號說明】 10染布機 . 11染桶 111織物入口 12轴套 13布槽 20織物 30支撐軸 、 40導布管 50驅動組件 51馬達 511軸心 52傳動連桿M428195 V. New description: [New technical field] This creation is related to the dyeing machine. It aims to provide a swinging device that can make the dyeing machine obtain a larger fabric receiving capacity and improve the dyeing yield. [Prior Art] According to the dyeing process, it is a method for permanently changing the color of the fabric. It has a profound influence on the appearance and color of the fabric, so it is a very important process for the textile industry. Generally, when dyeing fabrics are dyed, the individual dyeing machines are selected according to the water absorption of the fabrics in order to achieve the required dyeing quality and obtain better economic benefits. Currently, conventional dyeing machines usually distinguish It is a cylindrical dyeing machine that can be applied to cotton fabrics (high water absorption), and a long-tube dyeing machine that can be applied to long-fiber fabrics (weak water absorption). In principle, in general, the dyeing machine is provided with a dyeing bucket for holding the dye liquor and a flow path for the fabric circulation, and then the fabric is conveyed by the belt cloth device, so that the fabric can be fully immersed in the dye liquor. Even when the actual dip dyeing operation is carried out, it is often combined with the injection steam to pressurize and heat, so that a better dip dyeing effect is produced. However, in dyeing or water washing engineering, the biggest goal is to make the fabric in the dyeing machine or the washing machine evenly and quickly reach the maximum yield, so how to produce a large fabric under the limited volume of the dyeing machine. The effect of containment and the ability to achieve better dyeing yields has always been a problem in the industry. M428195 [New content] In view of this, this creation is to provide a fabric that can achieve a larger fabric capacity and improve A swaying device for dyeing yield is its main purpose. In order to achieve the above, the swinging device of the present invention is mainly disposed inside the dyeing barrel of the dyeing machine for driving the fabric in the dyeing bucket to reciprocately swing; the swinging device comprises: a supporting shaft and a guiding cloth a tube, and a driving assembly; wherein the supporting shaft shaft is disposed in the dyeing barrel and reciprocally displaceable in the dyeing barrel; the guiding tube is disposed in the dyeing barrel for the fabric to pass and guide the fabric to a predetermined direction Discharge, the guide tube is fixed to the support shaft and displaced with the support shaft; the drive assembly is disposed inside the dye barrel to form a transmission connection with the support shaft. And the driving component is operated by the control unit of the dyeing machine, thereby driving the support shaft to reciprocally displace with the guiding tube, and swinging the fabric entering the guiding tube to make the fabric passing through the guiding tube Advancing toward a predetermined route in a continuous arrangement. According to the above main structural features, the diameter of the guide tube is tapered toward the direction in which the fabric is advanced. According to the above main structural features, the drive assembly is comprised of a motor and a set of drive links coupled between the shaft of the motor and the support shaft. According to the above main structural features, the dyeing machine is provided with a cloth groove for guiding the fabric to advance inside the dyeing drum, and the outlet of the cloth guide tube is arranged toward the entrance of the cloth groove. Specifically, the oscillating device of the present invention can produce the following effects: 1. The fabric is continuously arranged and stacked to advance toward a predetermined route, and the M428195 can make the dyeing machine obtain a larger fabric receiving capacity, thereby improving the dyeing machine. Capacity. 2. Advancing toward the predetermined route by continuously arranging the fabrics to increase the contact movement of the fabric with the dye to improve the dyeing yield. 3. Advance the predetermined route through the continuous arrangement of the fabric, and extend the contact time between the fabric and the dye to improve the dyeing yield. [Embodiment] The characteristics of this creation can be clearly understood by referring to the detailed description of the drawings and the examples. As shown in the first drawing, the configuration of the preferred embodiment of the present invention is shown in the perspective view of the configuration of the swinging device, and the swinging device of the present invention is mainly disposed inside the dyeing drum 11 of the dyeing machine 10. The oscillating device of the present invention basically comprises: a support shaft 30, a guide tube 40, and a driving assembly 50; wherein: the support shaft 30 is shafted The dyeing drum 11 can be reciprocally displaced in the dyeing drum 11; in practice, the dyeing drum 11 can be fixed with at least two bushings 12 for the supporting shaft 30 to pass through. The at least two bushings 12 mount the support shaft 30 inside the dye pan 11, and allow the support shaft 30 to be reciprocally displaced along the axial direction. The guide tube 40 is disposed at the fabric inlet 111 in the dyeing tub 10, mainly for the fabric 20 to pass through and guide the fabric 20 to be discharged in a predetermined direction, and the guide tube 40 is fixed to the support shaft 30, and Displacement with the support shaft 30; in practice, the diameter of the guide tube 40 is tapered toward the direction in which the fabric 20 is advanced; and the dyeing machine 10 is provided with a guiding fabric 20 inside the dyeing drum 11 In the cloth groove 13, the outlet of the guide tube 40 is guided into the cloth groove U toward the fabric 20 of the object direction 20 of the cloth groove 13, so that the guiding direction of the woven mussel groove 13 is advanced. The shaft is such that the inside of the barrel η and the branch 51 and the (four) ^1 are applied. The drive unit 5G is a control unit between the drive link 5U of the motor and the support shaft 30 (not shown) H The drive assembly 50 is rotated by the dyeing machine 10 guide tube 40, thereby driving the support shaft 30 together with the fabric L = i (as shown in the third figure), entering the guide cloth... The effect is to advance the fabric 2G passing through the guide tube 4G in a continuous manner toward the predetermined route (as shown in the first figure). Compared with the tubular structure, the simple device of the present invention mainly utilizes the guide cloth in the guide tube. Under the action, the way of passing the fabric of the guide tube to the predetermined route can not only increase the capacity of the dyeing machine, but also increase the productivity of the dyeing machine, and increase the contact movement of the weaving, and the money is extended. Time, in order to achieve the purpose of improving the dyeing yield. = The above-mentioned creation provides dyeing machine - better feasible swinging, new; patent application; technical content and technical characteristics of this creation: and do not deviate from the case Creative spirit < replacement and modification. Therefore 乍: Deviation from this creation (4) Recording and arranging, and it shall include all kinds of patents that are not covered by the scope of the application. M428195 [Simple description of the drawings] The first figure is a reference configuration diagram for the use of a preferred embodiment of the present invention. The third figure is the schematic diagram of the operation of the swinging device. The main figure symbol description] 10 dyeing machine. 11 dyeing barrel 111 fabric inlet 12 bushing 13 cloth groove 20 fabric 30 support shaft , 40 guide tube 50 drive assembly 51 motor 511 shaft 52 drive link