M305223 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種染色機之喷嘴結構改良，尤指一 種液流方形雙層高溫染色機，其中被染物的行進方式是利 用環形雙層喷嘴本體來帶動，使被染物可快速通過染液喷 嘴進入導布管，該喷嘴本體因結構設計的關係，可瞬間放 壓進而產生拉力並往四面散開而將布面展開，被染物在本 創作運作的過程中具有解撚的功能，因此不會如傳統染色 ►機於運作時因長時間之繩索狀態運行而產生直條的經向摺 痕。 【先前技術】 如第一圖所示，傳統染色機之被染物的行進方式是以 繩索狀態通過圓形之喷嘴本體100，而染液係透過泵浦於加 壓後再進入喷嘴本體1〇〇而產生高強力之喷壓，當被染物A 通過導布管而落入布槽内時，被染物A將不斷遭受加壓之 染液牽引，促使被染物A往前推至喷嘴下方，復再被另組 ►喷嘴吸入進而通過導布管，如此周而復始的循環行進。在 行進過程中，被染物A都是處於繩索狀態，如果被染物A 為密度較高或較厚，則容易造成内外層差，須靠緩慢升溫 及長時間運轉才能均勻，故效率差。而上述繩索狀態之形 成原因為：圓形喷嘴本體1〇〇及導布管之設計將使^液^ 喷壓時形成一漩渦狀態（如箭頭所示），此旋渦狀態將造成 被染物A於捲曲後形成繩索狀態，進而產生一加撚的動作， 使被染物A因緊縮而無法鬆開，此時被染物A在長時間無 法解撚的情況下行進，將使被染物A具有定型的作用，^ 5 M305223 容易產生直條的摺痕。再者，傳統式染色機僅具有單一的 染液喷嘴200，該單次的喷染非但不易達到均染滲透效果， 反而容易造成被染物A之被染花情形發生。 本創作人有鑑於此，累積從事此行業多年之經驗，乃 精心研究並再三測試改良，如今終於創作出一種新型之染 色機之喷嘴，可以摒除習用產品缺點，以增進功效者。 【新型内容】 緣疋’本創作之主要目的在於提供一種染色機之喷嘴 _ 結構改良，液流方型雙層染色機之被染物的行進方式是利 用環形雙層喷嘴來帶動，利用強力通過環形喷嘴的染液， 使被染物可快速通過多道染液喷嘴而進入導布管内，喷嘴 因結構設計之故，使染液於瞬間放壓產生拉力並往四面散 開而達到將布面展開而不捲曲之目的。行進過程當中，被 染物將以呈半開幅之狀態下行進，染液較容易滲透至被染 物之内層’而不會有内外層差的現象，所以升溫速度可以 較快，行進時間亦可以縮短，進而符合經濟效益。 馨 本創作之另一目的在於提供一種染色機之喷嘴結構改 良’其中被染物内之應力來自於紗線加樵及織造時組織結 構所造成，布面在半開幅的狀態下，利用本創作特殊的喷 嘴結構使其染液可更加混合，而均勻地與被染物作結合以 充分的進行交換外，其雙層染液混合所產生的作用力將使 被染物上的紗線具有變位的機會，因此藉此變位的機會將 可消除被染物本身之内應力，因此其布面的品質與手感特 佳。 本創作之又一目的在於提供一種染色機之喷嘴結構改 良’其中本創作多道染液喷嘴之設計，使其在同一單位時 6 M305223 間内運行而相較於傳統染機的單次喷染上，將更容易達到 均染渗透的效果，使被染物不易染花。同時，布速與被染 物上的溫度也能與染液的溫度相接近，所以升、降溫的速 度可以加快，以縮短染色時間。 本創作之再-目的在於提供一種染色機之喷嘴結構改 良:其中本創作液流染色機係靠㈣帶動布的行進，而染 液疋以順向喷灑的方式與布面作接觸，故被染物表面所受M305223 VIII. New description: [New technical field] This creation is about the improvement of the nozzle structure of a dyeing machine, especially a liquid flow square double-layer high-temperature dyeing machine, in which the dyed object travels by using a circular double-layer nozzle. The main body is driven to enable the dyed object to quickly enter the guide tube through the dyeing nozzle. The nozzle body can be instantaneously pressed to generate tension and spread out to the four sides due to the structural design, and the dyed object is operated in the present creation. The process has the function of solving the problem, so it does not produce a straight warp crease due to the long-term rope state operation as the conventional dyeing machine operates. [Prior Art] As shown in the first figure, the traveling manner of the dyeing object of the conventional dyeing machine passes through the circular nozzle body 100 in a rope state, and the dyeing liquid is pumped to the nozzle body 1 after being pressurized. When a high-strength spray pressure is generated, when the dye A falls into the cloth groove through the guide tube, the dye A is continuously subjected to the pressurized dye liquid, and the dye A is pushed forward to the lower side of the nozzle. It is sucked by another set of nozzles and then passed through the guide tube, so that the cycle is repeated. During the process of traveling, the dye A is in the state of rope. If the density of the object A is high or thick, it is easy to cause the difference between the inner and outer layers. It must be heated slowly and operated for a long time to be uniform, so the efficiency is poor. The reason for the above-mentioned rope state is that the circular nozzle body 1〇〇 and the guide tube are designed to form a vortex state (as indicated by an arrow) when the liquid is sprayed, and the vortex state will cause the object A to be After the curling, the rope is formed, and a twisting action is generated, so that the dye A cannot be loosened due to the tightening. At this time, the dye A travels without being relieved for a long time, and the dye A has a shaping effect. , ^ 5 M305223 Easy to produce straight creases. Furthermore, the conventional dyeing machine only has a single dyeing nozzle 200, and the single spraying is not easy to achieve the uniform dyeing effect, but it is easy to cause the dyed material A to be dyed. In view of this, the creator has accumulated many years of experience in this industry, and has carefully studied and repeatedly tested and improved. Now, he has finally created a new type of nozzle for dyeing machines, which can eliminate the disadvantages of conventional products and enhance the efficacy. [New content] The main purpose of this creation is to provide a nozzle for the dyeing machine. _ Improved structure, the traveling mode of the dyed object of the liquid-flow square double-layer dyeing machine is driven by a circular double-layer nozzle, and the force is passed through the ring. The dyeing liquid of the nozzle allows the dye to pass through the multi-channel dyeing nozzle and enter the guiding tube. Due to the structural design, the nozzle will release the pulling force in an instant and spread out to the four sides to achieve the unfolding of the cloth surface. The purpose of curling. During the process of traveling, the dyed material will travel in a half-opening state, and the dyeing liquid will easily penetrate into the inner layer of the dyed object without the phenomenon that the inner and outer layers are inferior, so the heating rate can be faster and the traveling time can be shortened. It is in line with economic benefits. Another purpose of Xinben's creation is to provide a nozzle structure improvement of the dyeing machine. The stress in the dyed material comes from the twisting of the yarn and the structure of the fabric during weaving. The fabric surface is in a half-open state, and the creation is special. The nozzle structure allows the dye liquor to be more mixed, and evenly combined with the dyed material for full exchange, the force generated by the mixing of the double-layer dye liquor will give the yarn on the dyed object a chance of displacement. Therefore, the opportunity to change the position will eliminate the internal stress of the object itself, so the quality and feel of the cloth surface is excellent. Another object of the present invention is to provide a nozzle structure improvement of the dyeing machine, wherein the design of the multi-channel dyeing nozzle is designed to operate in the same unit of 6 M305223 compared to the single dyeing of the conventional dyeing machine. On the top, it will be easier to achieve the effect of uniform dyeing and penetration, so that the dyed material is not easy to dye. At the same time, the cloth speed and the temperature on the dye can be close to the temperature of the dye solution, so the speed of rising and cooling can be accelerated to shorten the dyeing time. The re-creation of the present invention aims to provide a nozzle structure improvement of the dyeing machine: wherein the creative liquid dyeing machine is driven by (4) to drive the cloth, and the dyeing liquid is in contact with the cloth surface in a smooth manner, so Stained surface
的=擊遠比傳統的衝擊要小很多，所以產生毛羽的現 比傳統染色機小。 為了讓貝審查委員對本創作有更進一步的了解，茲 佐以圖式洋細說明本創作如下： 【實施方式】 明參閱第一圖〜第四圖所示，本創作之環形雙層喷嘴 t體ίο頂端之環形喷嘴口 u可供被染物A快速通過多道 二液：嘴20而進入導布管内（如第五圖），其中喷嘴本體 之、下層分別環設有一環狀喷嘴板12、13,二喷嘴板 L=3、f、喷嘴上、下層管14、15之間經由導流片18而形 成數k氷液入孔16、17;配合第五圖所示，行進過程當中， 被染物A係呈半開幅之狀態，染液較容易滲透至被染物A 内層’而不會有内外層差的現象產生，所以升溫速度可以 較快’行進時間亦可以縮短，而較符合經濟上之效益。又， 被染物A的行進方式是利用環形雙層喷嘴本趙μ來帶動， 使被染物Α可快速通過染液喷嘴2〇而進入導布管。該 本艘10亦可將經加虔之染液於瞬間放壓而產生拉力並往四 面散開進而將布面展開’而被染物A在行進的過程中因本 作之導々„_片18之結構設計，致使染液於喷染過程中不產 7 M305223 生漩渦而具有解撚的功能，故不會如傳統染色機於行進之 過程中因長時間以繩索狀態運行而產生直條的經向摺痕。 再者，本創作之喷嘴本體10旁侧係設有多道染液喷嘴 20 (如第五圖），由經加壓之染液經由染液喷嘴2〇而進入 數道染液入孔16、17，進而瞬間放壓而往四面散開，而可 將呈半開幅狀態行進下之被染物（布面）A染色，並可達均 勻滲透之效果，而不會產生捲曲狀態及染花之現象。 另外，請參閱第六圖所示本創作之實施例圖，其中上 述雙層喷嘴的原理，亦可運用在圓形雙層喷嘴本體3〇之專 用染色機上，該喷嘴本體30具有圓形之喷嘴口 31，而中、 下層分別環設有一圓環形之喷嘴板32、33，二喷嘴板32、 33與喷嘴上、下層管34、35之間經由導流片38而形成數 道染液入孔36、37 ;該喷嘴本體30旁側並設有多道染液喷 嘴40，且染液是以順向喷灑的方式與被染物（布面）a作 接觸者。 綜上所述’本創作染色機之喷嘴結構改良，被染物的 行進方式是利用環形雙層喷嘴本體來帶動，使被染物可快 速通過染液喷嘴而進入導布管，該喷嘴本體亦能將經加壓 之染液於瞬間放壓並往四面散開而可將布面下拉展開，且 被染物在行進的過程中因本創作具有解撚的功能故不會如 傳統染色機於運轉過程中，因被染物長時間呈繩索狀維運 行而產生直條的經向摺痕，又，本創作於運轉過程當中， 被染物係以呈半開幅之狀態下行進，故染液較容易渗透至 被染物之内層，且不會有内外層差的現象，所以升溫速度 可以較快，行進時間亦可以縮短，實較符合經濟效益；其 實用功效當無庸置疑，而本創作又從未公諸於市或已見於 8 M305223 其他刊物，實已符合專利法之規定，爰依法提出專利申請 之0 【圖式簡單說明】 第一圖··係習用產品之剖面動作示意圖。 第二圖：係本創作雙層喷嘴之外觀圖。 第三圖：係本創作雙層喷嘴之部份結構圖。 • 第四圖··係本創作雙層喷嘴之部份剖視圖。 第五圖：係本創作使用狀態參考圖。 第六圖：係本創作實施例之外觀圖。 【主要元件符號說明】 (10、30)喷嘴本體 （11、31)喷嘴口 (12、13、32、33)喷嘴板（14、34)喷嘴上層管 (15、35)喷嘴下層管 （16、17、36、37)染液入孔 (18、38)導流片 （20、40)染液喷嘴 # (100)喷嘴本體 （200)染液喷嘴 (A)被染物The impact is much smaller than the traditional impact, so the hairiness is now smaller than the traditional dyeing machine. In order to let the Becker review committee have a better understanding of the creation, Zize explained the creation as follows: [Embodiment] See the first figure to the fourth figure, the circular double-layer nozzle t body of the creation环形 The top annular nozzle port u allows the dye A to quickly pass through the multi-channel two liquid: the nozzle 20 into the guide tube (as shown in the fifth figure), wherein the nozzle body and the lower layer are respectively provided with an annular nozzle plate 12, 13 , the two nozzle plates L=3, f, between the nozzle upper and lower tubes 14, 15 form a few k ice liquid inlet holes 16 and 17 via the baffle 18; as shown in the fifth figure, during the traveling process, the dyed object The A system is in a semi-open state, and the dye liquor is more likely to penetrate into the inner layer of the dye A without the difference between the inner and outer layers. Therefore, the heating rate can be faster, and the travel time can be shortened, which is more economical. . Moreover, the traveling mode of the object A is driven by the annular double-layer nozzle, and the object can be quickly passed through the dyeing nozzle 2 to enter the guiding tube. The ship 10 can also release the tensioned dyeing liquid in an instant to generate a pulling force and spread it to the four sides to unfold the cloth surface, and the dyed object A is guided by the process in the process of traveling. The structural design makes the dye liquor not produce 7 M305223 vortex during the spraying process and has the function of untwisting. Therefore, it will not produce a straight warp direction due to the long running of the rope in the process of the traditional dyeing machine. In addition, a plurality of dyeing liquid nozzles 20 (such as the fifth figure) are disposed on the side of the nozzle body 10 of the present invention, and the pressurized dyeing liquid enters several dyeing liquids through the dyeing liquid nozzle 2 The holes 16, 17 are evenly released and spread out on all four sides, and the dyed object (cloth surface) A which is traveling in a semi-open state can be dyed, and the effect of uniform penetration can be achieved without causing curling and dyeing. In addition, please refer to the embodiment of the present invention shown in the sixth figure, wherein the principle of the double-layer nozzle can also be applied to a special dyeing machine of a circular double-layer nozzle body 3, the nozzle body 30 has a circular nozzle opening 31, and the middle and lower layers are respectively ring-shaped The annular nozzle plates 32, 33, the two nozzle plates 32, 33 and the nozzle upper and lower tubes 34, 35 form a plurality of dye liquid inlet holes 36, 37 via the deflector 38; the nozzle body 30 side And a plurality of dyeing liquid nozzles 40 are provided, and the dyeing liquid is in contact with the dyed object (cloth surface) a in a forward spraying manner. In summary, the nozzle structure of the creative dyeing machine is improved, and the dyed object is improved. The traveling mode is driven by the annular double-layer nozzle body, so that the dyed object can quickly enter the guiding tube through the dyeing nozzle, and the nozzle body can also release the pressurized dyeing liquid in an instant and spread out on all sides. The fabric is pulled down and unfolded, and the dyed object has a function of dispelling in the process of traveling. Therefore, it will not produce a straight warp direction because the dyed object runs for a long time in a rope-like dimension during the operation of the traditional dyeing machine. Crease, in addition, during the operation of the creation, the dyed material travels in a state of a half-opening, so that the dyeing liquid is more likely to penetrate into the inner layer of the dyed object, and there is no difference between the inner and outer layers, so the heating rate can be Faster, travel time can also be shortened It is more economical; its practical effect is unquestionable, and this creation has never been published in the city or has been seen in other publications of 8 M305223. It has already complied with the provisions of the Patent Law, and has filed a patent application for 0. [Simple diagram Explanation] The first picture is a schematic diagram of the cross-section action of the product. The second picture: the appearance of the double-layer nozzle of the creation. The third picture: part of the structure of the double-layer nozzle of the creation. ·Partial view of the double-layer nozzle of the creation. The fifth picture: the reference picture of the state of use of the creation. The sixth picture: the appearance of the embodiment of the creation. [Description of the main components] (10, 30) nozzle body (11, 31) nozzle opening (12, 13, 32, 33) nozzle plate (14, 34) nozzle upper tube (15, 35) nozzle lower tube (16, 17, 36, 37) dye liquid into the hole (18, 38) deflector (20, 40) dyeing nozzle # (100) nozzle body (200) dyeing nozzle (A) dyed object