TWI815103B - Spiral cloth storage tank structure of dyeing machine - Google Patents
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- 239000004744 fabric Substances 0.000 title claims abstract description 165
- 238000003860 storage Methods 0.000 title claims abstract description 65
- 238000004043 dyeing Methods 0.000 title claims abstract description 33
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 30
- 230000000694 effects Effects 0.000 claims abstract description 10
- 238000002347 injection Methods 0.000 claims description 7
- 239000007924 injection Substances 0.000 claims description 7
- 238000009826 distribution Methods 0.000 claims description 2
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- 230000000750 progressive effect Effects 0.000 claims description 2
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- 238000005265 energy consumption Methods 0.000 abstract description 3
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- 230000005484 gravity Effects 0.000 description 2
- 230000008676 import Effects 0.000 description 2
- 239000011120 plywood Substances 0.000 description 2
- 230000004044 response Effects 0.000 description 2
- 238000004140 cleaning Methods 0.000 description 1
- 230000000295 complement effect Effects 0.000 description 1
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Abstract
一種染布機之螺旋儲布槽結構,包括:一中柱,係為立狀之倒錐體;一螺旋體,設在中柱外緣,其寬度係由上向下呈漸擴狀,其螺距則由上而下呈漸開狀,其最頂端為入布口,最底端為出布口;複數片之圓弧形圍板,係包覆固定在該螺旋體的外周緣,據以構成一筒狀之螺旋儲布槽;以及一噴嘴,係設在該螺旋儲布槽上方,用以將通過之布匹導入該入布口,使該布匹順著該螺旋體迴旋浸染。由於螺旋儲布槽由上而下,其流道的體積漸進式增大,水流則在流道變寬與變高的雙重作用下,水流速度將逐漸趨緩,進而帶動布匹在流道中達到完全伸展與充份浸染的效果,本發明無須擺布裝置即可解決布匹在螺旋儲布槽中順暢循環的問題,因此本發明也具備降低設備成本與減少耗能的效益。 A spiral cloth storage tank structure of a dyeing machine, including: a central column, which is an upright inverted cone; a spiral body, which is located on the outer edge of the central column, and its width is gradually expanding from top to bottom, and its pitch is It is in an involute shape from top to bottom, with the top end being the cloth inlet and the bottom end being the cloth outlet; a plurality of arc-shaped enclosures are wrapped and fixed on the outer periphery of the spiral to form a A cylindrical spiral cloth storage trough; and a nozzle located above the spiral cloth storage trough for introducing the passing cloth into the cloth inlet so that the cloth rotates and is dyed along the spiral body. As the spiral cloth storage tank moves from top to bottom, the volume of its flow channel gradually increases. Under the dual effects of the flow channel widening and heightening, the water flow speed will gradually slow down, thereby driving the cloth to reach complete height in the flow channel. With the effects of stretching and full dyeing, the present invention can solve the problem of smooth circulation of cloth in the spiral cloth storage tank without the need for an arrangement device. Therefore, the present invention also has the benefits of reducing equipment costs and energy consumption.
Description
本發明係有關一種染布機,尤指儲布槽之螺旋體由上而下,其寬度呈現漸擴狀以及螺距呈現漸開狀,俾使布匹能因應水流速度及離心力作用而達到充分伸展與浸染,以避免摺痕之一種染布機之螺旋儲布槽結構。The invention relates to a dyeing machine, in particular, the spiral body of the cloth storage tank is gradually expanded from top to bottom, and its width is gradually expanded and its pitch is gradually opened, so that the cloth can be fully stretched and dyed in response to the water flow speed and centrifugal force. , a kind of spiral cloth storage tank structure of a dyeing machine to avoid creases.
按,如圖1所示為一種螺旋式染布機900之結構,該染布機揭示一設置在胴身920內之儲布槽930;一螺旋體940設在儲布槽930內,且由上向下呈螺旋狀,並使最底端連接於出口933;一噴嘴950設在儲布槽930上方,用以將通過之布匹960導入儲布槽930上方,使布匹960順著螺旋體940迴旋浸染。這種螺旋式染布機雖具有降低浴比節省能源的效益;但布匹由上往下堆疊時,因水流速度、地心引力及布的重量,會愈往下層堆積愈緊密,將導致布匹流動不順暢進而產生折痕。As shown in Figure 1, the structure of a
次按,如圖2A〜2C所示為一種設有擺布裝置之染布機結構,所述之染布機810具有一儲布筒811、一入布口812、一外筒壁813、一噴嘴820、一滑動組830、以及一擺動組840;其中,擺動組840帶動滑動組830橫向滑移,而支撐擺布導管823水平方向擺動,導引布匹C經入布口812進入儲布筒811,以提高染布機操作上的順暢度;惟查,當布匹C通過噴嘴820及擺布導管823後進入儲布筒811,因儲布筒811內的流道相對於擺布導管823其寬度突然變大,則布匹C在噴嘴820所產生高速水流的衝擊、以及布匹C在儲布筒811內螺旋運動所產生離心力的雙重作用下,布匹C將被驅使沿靠儲布筒811內緣的外側直線快速移動,這種現象不但使得擺布導管823的擺動失去效用,同時也將導致布匹C的排列不一致,進而產生扭轉,再加上地心引力造成布匹堆積,因此其循環浸染的效果並不順暢。Secondly, as shown in Figures 2A to 2C, the structure of a dyeing machine provided with a swing device is shown. The dyeing machine 810 has a cloth storage cylinder 811, a cloth inlet 812, an outer cylinder wall 813, and a nozzle. 820, a sliding group 830, and a swinging group 840; among them, the swinging group 840 drives the sliding group 830 to slide laterally, and the supporting left and right ducts 823 swing horizontally to guide the cloth C into the cloth storage tube 811 through the cloth inlet 812, In order to improve the smoothness of the dyeing machine operation; however, when the cloth C passes through the nozzle 820 and the left and right ducts 823 and then enters the cloth storage tube 811, the width of the flow channel in the cloth storage tube 811 suddenly becomes larger relative to the left and right ducts 823. , then under the dual effects of the impact of the high-speed water flow generated by the nozzle 820 on the cloth C and the centrifugal force generated by the spiral movement of the cloth C in the cloth storage tube 811, the cloth C will be driven rapidly along the outside of the inner edge of the cloth storage tube 811 This phenomenon not only makes the swing of the left and right ducts 823 ineffective, but also causes the cloth C to be inconsistently arranged and twisted. In addition, gravity causes the cloth to accumulate, so the cyclic dyeing effect is not smooth.
緣是,本發明之主要目的,係在提供一種具有螺旋儲布槽結構的染 布機,且藉由螺旋體其寬度呈漸擴狀以及螺距呈漸開狀的結構,以驅使布匹能因應水流速度及離心力作用而充分伸展,進而達到順暢循環浸染的效果。 The reason is that the main purpose of the present invention is to provide a dyeing machine with a spiral cloth storage tank structure. The cloth machine uses a structure in which the width of the spiral body is gradually expanded and the pitch is involute, so that the cloth can be fully stretched in response to the water flow speed and centrifugal force, thereby achieving the effect of smooth circulation and dyeing.
為達上述目的,本發明所採取的技術手段,包含:一中柱,係為上端大、下端小之立狀倒錐體;一螺旋體,設在該中柱之外周緣,係由上向下呈螺旋狀,且為前端窄、後端寬之漸進式構造,並使其最頂端為入布口,最底端為出布口;複數片之圓弧形圍板,係包覆固定在該螺旋體的外周緣,使該螺旋體形成一流道,並據以構成一筒狀之螺旋儲布槽,且該螺旋體係配合該倒錐體中柱之漸縮外徑,進而使該螺旋體的寬度,隨著高度落差呈現由上向下螺旋漸進式擴大,俾使該流道呈螺旋迴轉漸次變寬型態;以及一噴嘴,係設在該螺旋儲布槽上方,用以將通過之布匹導入該入布口,使該布匹順著該流道迴旋浸染。In order to achieve the above object, the technical means adopted by the present invention include: a central column, which is an upright inverted cone with a large upper end and a small lower end; a spiral body, which is located on the outer periphery of the central column and is arranged from top to bottom. It is spiral-shaped and has a progressive structure with a narrow front end and a wide rear end, with the top end being the cloth inlet and the bottom end being the cloth outlet; a plurality of arc-shaped enclosures are wrapped and fixed on the The outer peripheral edge of the spiral body forms a flow channel, and thereby forms a cylindrical spiral distribution groove, and the spiral system cooperates with the tapered outer diameter of the central column of the inverted cone, so that the width of the spiral body changes with the The height difference expands in a spiral manner from top to bottom, so that the flow channel becomes spirally rotating and gradually widens; and a nozzle is provided above the spiral cloth storage trough to introduce the passing cloth into the inlet. The cloth mouth allows the cloth to rotate and dye along the flow channel.
藉此,該螺旋體由上向下,其寬度漸進式擴大,則該噴嘴所噴射的水流在該流道變寬的作用下,水流速度逐漸趨緩,則該水流將進一步帶動布匹在該流道中完全伸展,進而達到布匹順暢循環浸染的效果。Thereby, the width of the spiral body gradually expands from top to bottom, and the speed of the water flow ejected from the nozzle gradually slows down due to the widening of the flow channel, and the water flow will further drive the cloth in the flow channel. Fully stretched, thereby achieving the effect of smooth circulation of the cloth.
依據前揭特徵,該中柱之倒錐體係與其中心軸線呈5〜30度之夾角。According to the front-facing feature, the inverted cone system of the center column forms an angle of 5 to 30 degrees with its central axis.
依據前揭特徵,該螺旋體係由N片以上的板件所組成,其中N>3,該板件中間具有一配合該中柱之圓孔,且該板件外周緣為一圓形邊,並由該圓孔至該圓形邊徑向切開,使該板件的徑向形成一第一切邊及對應的第二切邊,且將該第一切邊及第二切邊以該中柱之軸向延伸而上下錯開,形成一具有高度差之螺距(Pitch),令該第一片至第N片板件之螺距係由上往下依序遞增;藉此將各板件連接並固定在該中柱上,形成一由上往下呈漸開狀的螺旋體。According to the previous characteristics, the spiral system is composed of more than N plates, where N>3. There is a circular hole in the middle of the plate that matches the center column, and the outer periphery of the plate has a circular edge, and Cut radially from the circular hole to the circular edge, so that a first cut edge and a corresponding second cut edge are formed in the radial direction of the plate, and the first cut edge and the second cut edge are connected to the center column. The axial extension is staggered up and down to form a pitch with a height difference, so that the pitch of the first to Nth plate increases sequentially from top to bottom; thereby connecting and fixing the plates On the central column, an involute spiral is formed from top to bottom.
依據前揭特徵,該各板件其下方的第二切邊與上方鄰近的第一切邊之寬度比值需大於1,依此類推,使該螺旋體的寬度由上向下呈漸寬狀;同時該下方板件之螺距與其鄰近上方之螺距比值亦需大於1,依此類推,使該螺距由上而下呈漸高狀。According to the front-opening feature, the ratio of the width of the second cut edge at the bottom of each plate to the first cut edge adjacent to the top needs to be greater than 1, and so on, so that the width of the spiral body gradually becomes wider from top to bottom; at the same time, The ratio of the pitch of the lower plate to the pitch of the adjacent upper plate also needs to be greater than 1, and so on, so that the pitch becomes gradually higher from top to bottom.
依據前揭特徵,該螺旋體之N片板件中,可依需求選擇其中一片以上的板件,進一步設置一夾層構造,該夾層構造係設在該板件的預定部位,其係以一夾板與該板件形成一夾層空間,再於該夾層空間上設置複數個穿孔,並於該夾層空間的其中一側邊設有注水口,俾使水由該注水口進入該夾層空間後由該穿孔處溢出。According to the front-opening feature, among the N plates of the spiral body, more than one plate can be selected according to needs, and a sandwich structure is further provided. The sandwich structure is located at a predetermined position of the plate and is connected with a plywood and The board forms a mezzanine space, and a plurality of perforations are provided in the mezzanine space, and a water injection port is provided on one side of the mezzanine space, so that water enters the mezzanine space through the water injection port and then flows through the perforations. overflow.
依據前揭特徵,更包括一載台係設置於該螺旋儲布槽的下方,且該載台之台面設有複數個網孔,以及該載台之周緣設有二個以上之導輪。According to the disclosed characteristics, it further includes a carrying platform disposed below the spiral cloth storage trough, and the platform of the carrying platform is provided with a plurality of meshes, and the periphery of the carrying platform is provided with more than two guide wheels.
依據前揭特徵,更包括一承接槽係設在該螺旋儲布槽側邊,且相對於該出布口的位置,用以承接由該出布口所輸出之布匹。According to the front-opening feature, a receiving groove is provided on the side of the spiral cloth storage groove and is positioned relative to the cloth outlet to receive the cloth output from the cloth outlet.
藉助前揭特徵,本發明「染布機之螺旋儲布槽結構」係結合立狀倒錐體之中柱,以及由上向下之螺旋體,據以構成螺旋儲布槽結構,且該螺旋體的寬度係由上向下呈漸擴狀,其螺距由上向下呈漸開狀,由於流道的體積漸進式增大,因此水流在流道變寬與變高的雙重作用下,流速將逐漸趨緩,布匹則被水流帶動而順著螺旋體迴旋,布匹在流道中得以完全伸展,進而達到充份浸染的效果,由於本發明無須擺布裝置即可解決布匹在螺旋儲布槽中順暢循環的問題,因此本發明也具備降低設備成本與減少耗能的效益。With the help of the front-revealing feature, the "spiral cloth storage trough structure of the dyeing machine" of the present invention combines the middle column of the vertical inverted cone and the spiral body from top to bottom to form a spiral cloth storage trough structure, and the spiral body The width is gradually expanding from top to bottom, and its pitch is involute from top to bottom. Since the volume of the flow channel gradually increases, the flow rate of the water flow will gradually increase under the dual effects of the channel widening and heightening. Slow down, the cloth is driven by the water flow and revolves along the spiral, and the cloth is fully stretched in the flow channel, thereby achieving a full dyeing effect. Since the present invention does not require a swing device, it can solve the problem of smooth circulation of the cloth in the spiral cloth storage tank. , therefore the present invention also has the benefits of reducing equipment costs and energy consumption.
本發明「染布機之螺旋儲布槽結構」,該螺旋儲布槽係設置於染布機之胴身內;該染布機結構,如圖3A〜3C所示,包含:一胴身10、兩側之封蓋11、進布口12、泵浦13、進口管路14、出口管路15;螺旋儲布槽20,係對應於該進布口12而設置於胴身10內,其前端具有一提布輪16以及一導布管17;螺旋儲布槽20結構,包含:一中柱21,係為上端大、下端小之立狀倒錐體,且該倒錐體與其中心軸線之夾角θ係依據布匹種類、該螺旋儲布槽20的高度來作設計調整為5〜30度之間,此部分容後說明;一具有螺距P之螺旋體22,設在該中柱21之外周緣,係由上向下呈螺旋狀,且為前端窄、後端寬之漸擴式構造,並使其最頂端為入布口24,最底端為出布口25,且該入布口24係與該前述之導布管17相連接;複數片之圓弧形圍板26,係包覆固定在該螺旋體22的外周緣,使該螺旋體22形成一流道27,並據以構成一筒狀之螺旋儲布槽20;以及一噴嘴28,係設在該螺旋儲布槽20上方,用以將提布輪16提升之布匹C,經由該噴嘴28中水流之推動,使布匹C通過導布管17之引導而進入該入布口24,進而布匹C將在螺旋儲布槽20中順著該螺旋體22所形成的流道27前行,最後經出布口25流出,以進行布匹C之迴旋浸染。According to the "spiral cloth storage tank structure of the dyeing machine" of the present invention, the spiral cloth storage tank is arranged in the body of the dyeing machine; the structure of the dyeing machine, as shown in Figures 3A to 3C, includes: a
本發明之螺旋儲布槽20結構中,該圓弧形圍板26上可設有一個以上之維修孔261,型態如圖4A所示;該維修261同時也可作為溢流孔,其目的在使通過該螺旋體22上的布匹,其所飽含的染液可自該維修孔261流出該螺旋儲布槽20外,同時,該螺旋儲布槽20進行保養時,該維修孔261也可作為清洗該螺旋儲布槽20的洗滌液之噴洗孔;本實施利中更包括一載台40,係設置於該螺旋儲布槽20的下方,且該載台40之台面設有複數個網孔41,以及該載台40之周緣設有四個導輪42,而該胴身10內緣下端更進一步設有二組與該導輪42相對應之軌道(圖未示),當胴身10內之螺旋儲布槽20需要調整或需要維修時,使用者可藉由該軌道即可輕易地將該螺旋儲布槽20推出該胴身10外,即可省時又省力地進行維修作業;本發明中該螺旋體22係由N片以上的板件30所組成,其中 N>3,且該螺旋體22係配合該倒錐體中柱21之漸縮外徑,使該螺旋體22寬度隨著高度落差呈現由上向下螺旋漸進式擴大,型態如圖6及4B所示,本實施例中該板件30的數量為5片,則緊鄰入布口24的第一片板件30a其寬度為W1,與該第一片板件30a連接的第二片板件30b其寬度為W2,依序第三片板件30c寬度為W3,第四片板件30d寬度為W4,緊鄰出布口25的第五片板件30e其寬度則為W5,而W5>W4>W3>W2>W1;因此,該螺旋體22結構將使流道27呈螺旋迴轉漸次變寬的型態。In the structure of the spiral
本發明中之螺旋儲布槽20更包括一承接槽50,其結構如圖4C〜4D所示,係設在該螺旋儲布槽20側邊,且相對於該出布口25的位置,用以承接由該出布口25所輸出之布匹;因此,布匹C進入該入布口24後,將在中柱21與圓弧形圍板26之間所構築的螺旋儲布槽20中,順著該螺旋體22所形成的流道27前行,最後經出布口25流出承接槽50,以進行布匹C之迴旋浸染。The spiral
本發明之螺旋體22結構,如圖4E所示,本實施例中之螺旋體22,其N片板件30中,可依需求選擇其中一片以上的板件30,將其進一步設置一夾層構造35,且該夾層構造35係設在該板件30的預定部位,其係以一夾板351與該板件30形成一夾層空間36,再於該夾層空間36上設置複數個穿孔361,並於該夾層空間36的其中一側邊設有注水口37俾使水由該注水口37進入該夾層空間36後由該穿孔361處溢出。The structure of the
本發明中該螺旋體22係由N片以上的板件30所組成,且 N>3,本實施例中該板件30的數量為5片,其中該第一片板件30a至第5片板件30e係如圖5〜6所示,各板件30中間具有一配合該中柱之圓孔31,且該板件30外周緣為一圓形邊32,並由該圓孔31至該圓形邊32徑向切開,使該板件30的徑向形成一第一切邊33及對應的第二切邊34,且將該第一切邊33及第二切邊34係以該中柱21之軸向延伸而上下錯開,形成一具有高度差之螺距P(Pitch),令該第一片至第5片板件之螺距P1/P5係由上往下依序遞增,即螺距 P1 < 螺距P2 < 螺距P3 < 螺距P4 < 螺距P5;藉此將各板件30相互連接並固定在該中柱21上,即將前一板件的第二切邊34與下一板件的第一切邊33連接,例如將第一板件30a的第二切邊34a與第二板件30b的第一切邊33b連接,依此類推,即形成一由上往下呈漸開狀的螺旋體22。In the present invention, the
本發明中該各個板件30其下方的第二切邊34之寬度與上方鄰近的第一切邊33之寬度比值需大於1,其寬度比值係依據布匹種類、該螺旋體22的高度、該中柱21之倒錐夾角θ等元素來作設計調整,其寬度比值為1.1〜1.4之間為較佳,依此類推,使該螺旋體22的寬度由上向下呈漸擴狀;且各個板件30之間,其下方板件(例如30b)之螺距(例如P2)與其鄰近上方板件(例如30a)之螺距(例如P1)之比值亦須大於1,並依據布匹種類、該螺旋體22的高度等狀態作作設計調整,其螺距比值為1.1〜1.4之間為較佳,但不限定於此;藉此,其螺旋體22係由上向下呈漸寬狀,其螺距P則由上而下呈漸高狀,二者相輔相乘,具有1+1>2的功效增進;進而該螺旋體22由上向下,其流道的體積漸進式增大,水流則在流道變寬與變高的雙重作用下,水流速度逐漸趨緩,則該水流將進一步帶動布匹在該流道中完全伸展與充份浸染,進而達到布匹順暢循環的效果;圖7所示,係為布匹C在螺旋儲布槽中行進狀態之示意,其中,布匹C自入布口24進入螺旋儲布槽20中,由於布匹C被噴嘴28中的高速水流所推動,且倒錐體之中柱21,其上端大、下端小,導致第一片板件的寬度較窄,第N片板件的寬度較寬,因此水流在螺旋儲布槽20上端的流速快,此時布匹C近乎直線狀行進;而在螺旋儲布槽20的下端因流道的體積漸進式增大,水流速度逐漸趨緩,因此布匹C在接近出布口25處,將達到完全伸展與充份浸染的效果。In the present invention, the ratio of the width of the second cut edge 34 below each
本發明「染布機之螺旋儲布槽結構」係結合立狀倒錐體之中柱21,以及由上向下之螺旋體22,據以構成螺旋儲布槽20結構,且該螺旋體22的寬度係由上向下呈漸擴狀,其螺距P由上向下呈漸開狀,由於流道27的體積漸進式增大,因此水流在流道27變寬與變高的雙重作用下,流速將逐漸趨緩,布匹C則被水流帶動而順著該螺旋體22迴旋,布匹C在流道27中得以完全伸展,進而達到充份浸染的效果,由於本發明無須擺布裝置即可解決布匹C在螺旋儲布槽20中順暢循環的問題,因此本發明也具備降低設備成本與減少耗能的效益。The "spiral cloth storage tank structure of the dyeing machine" of the present invention combines the vertical inverted
綜上所述,本發明所揭示之技術手段,確具「新穎性」、「進步性」及「可供產業利用」等發明專利要件,祈請 鈞局惠賜專利,以勵發明,無任德感。In summary, the technical means disclosed in the present invention indeed meet the requirements for invention patents such as "novelty", "progressivity" and "available for industrial utilization". We pray that the Jun Bureau will grant patents to encourage inventions without any restrictions. Sense of morality.
惟,上述所揭露之圖式、說明,僅為本發明之較佳實施例,大凡熟 悉此項技藝人士,依本案精神範疇所作之修飾或等效變化,仍應包括在本案申請專利範圍內。 However, the drawings and descriptions disclosed above are only preferred embodiments of the present invention. Modifications or equivalent changes made by those skilled in the art based on the spirit of this case should still be included in the patent application scope of this case.
10:胴身
11:封蓋
12:進布口
13:泵浦
14:進口管路
15:出口管路
16:提布輪
17:導布管
20:螺旋儲布槽
21:中柱
22:螺旋體
24:入布口
25:出布口
26:圓弧形圍板
261:維修孔
27:流道
28:噴嘴
30、30a、30b、30c、30d、30e:板件
31:圓孔
32:圓形邊
33、33b:第一切邊
34、34a:第二切邊
35:夾層構造
351:夾板
36:夾層空間
361:穿孔
37:注水口
40:載台
41:網孔
42:導輪
50:承接槽
θ:夾角
C:布匹
P、P1、P2、P3、P4、P5:螺距
W、W1、W2、W3、W4、W5:板件寬度
10: body
11:Block
12: Cloth inlet
13:Pump
14:Import pipeline
15:Export pipeline
16:Tibu wheel
17: Cloth guide tube
20: Spiral cloth storage trough
21: middle pillar
22:Spirochet
24: Cloth entrance
25: Cloth outlet
26:Arc-shaped hoarding
261: Maintenance hole
27:Flow channel
28:
圖1 係習知螺旋式染布機之結構示意圖。 圖2A係習知設有擺布裝置之螺旋式染布機結構示意圖。 圖2B係習知擺布裝置其滑動組及擺動組之分解立體圖。 圖2C係習知擺布裝置其導引布匹操作之剖面示意圖。 圖3A係本發明螺旋式染布機之組合立體圖。 圖3B係本發明螺旋式染布機之立體剖視圖。 圖3C係本發明螺旋式染布機之組合剖視圖。 圖4A係本發明螺旋儲布槽之組合立體圖。 圖4B係本發明螺旋儲布槽之組合上視圖。 圖4C係本發明螺旋儲布槽之立體剖視圖。 圖4D係本發明螺旋儲布槽之組合剖視圖。 圖4E係本發明中螺旋體之局部放大圖。 圖5 係本發明之螺旋體與圍板分解立體圖。 圖6 係本發明螺旋儲布槽之螺旋體側視圖。 圖7 係本發明中布匹在螺旋儲布槽之行進狀態示意圖。 Figure 1 is a schematic structural diagram of a conventional spiral dyeing machine. Figure 2A is a schematic structural diagram of a conventional spiral dyeing machine equipped with a swinging device. Figure 2B is an exploded perspective view of the sliding group and the swinging group of the conventional swing device. Figure 2C is a schematic cross-sectional view of the cloth guiding operation of a conventional arrangement device. Figure 3A is an assembled perspective view of the spiral dyeing machine of the present invention. Figure 3B is a three-dimensional cross-sectional view of the spiral dyeing machine of the present invention. Figure 3C is an assembled cross-sectional view of the spiral dyeing machine of the present invention. Figure 4A is an assembled perspective view of the spiral cloth storage tank of the present invention. Figure 4B is an assembled top view of the spiral cloth storage trough of the present invention. Figure 4C is a three-dimensional cross-sectional view of the spiral cloth storage tank of the present invention. Figure 4D is an assembled cross-sectional view of the spiral cloth storage tank of the present invention. Figure 4E is a partial enlarged view of the spirochet in the present invention. Figure 5 is an exploded perspective view of the spiral body and the hoarding of the present invention. Figure 6 is a side view of the spiral body of the spiral cloth storage tank of the present invention. Figure 7 is a schematic diagram of the traveling state of cloth in the spiral cloth storage trough according to the present invention.
10:胴身 10: body
12:進布口 12: Cloth inlet
13:泵浦 13:Pump
14:進口管路 14:Import pipeline
15:出口管路 15:Export pipeline
16:提布輪 16:Tibu wheel
17:導布管 17: Cloth guide tube
20:螺旋儲布槽 20: Spiral cloth storage trough
21:中柱 21: middle pillar
22:螺旋體 22:Spirochet
24:入布口 24: Cloth entrance
25:出布口 25: Cloth outlet
26:圓弧形圍板 26:Arc-shaped hoarding
27:流道 27:Flow channel
28:噴嘴 28:Nozzle
40:載台 40: Carrier platform
50:承接槽 50: Accepting slot
θ:夾角 θ: included angle
C:布匹 C: Cloth
P:螺距 P: pitch
Claims (6)
Priority Applications (1)
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TW110112781A TWI815103B (en) | 2021-04-08 | 2021-04-08 | Spiral cloth storage tank structure of dyeing machine |
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TW110112781A TWI815103B (en) | 2021-04-08 | 2021-04-08 | Spiral cloth storage tank structure of dyeing machine |
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TW202240044A TW202240044A (en) | 2022-10-16 |
TWI815103B true TWI815103B (en) | 2023-09-11 |
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Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN207313925U (en) * | 2017-10-25 | 2018-05-04 | 无锡东宝科技发展有限公司 | Bottom sets the cloth storage trough cylinder of multistage flat gradient |
TW201843371A (en) * | 2017-05-02 | 2018-12-16 | 温必新 | Spiral storage tank combination structure of dyeing machine for providing a water replenishing effect to generate lubrication between spiral plates and cloths and enable cloths to flow smoothly |
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2021
- 2021-04-08 TW TW110112781A patent/TWI815103B/en active
Patent Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TW201843371A (en) * | 2017-05-02 | 2018-12-16 | 温必新 | Spiral storage tank combination structure of dyeing machine for providing a water replenishing effect to generate lubrication between spiral plates and cloths and enable cloths to flow smoothly |
CN207313925U (en) * | 2017-10-25 | 2018-05-04 | 无锡东宝科技发展有限公司 | Bottom sets the cloth storage trough cylinder of multistage flat gradient |
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