子分类:
序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
21 一种亚麻纱丝光技术的特种整理工艺 CN201610336190.3 2016-05-20 CN105926214A 2016-09-07 姜伟
发明涉及一种亚麻纱丝光技术的特种整理工艺,它属于亚麻处理技术领域。本发明采用清纱后的亚麻纱,先丝光后亚漂和漂,然后再依次进行洗两次、中和、柔软处理和烘干处理。本发明工艺的丝光强损失小,使果胶、蜡脂、木质素、灰份等杂质被去除,再经烧作用,降低其抱合力,使其强力下降,光泽好,尺寸稳定性高,提高纤维的化学活性,提高了上染率。
22 一种具有炫彩雕印效果的双丝光的印染工艺 CN201610247225.6 2016-04-19 CN105862461A 2016-08-17 王益峰; 何东梁; 项敬国; 周忠翰; 孙旭安
发明公开了一种具有炫彩雕印效果的双丝光的印染工艺,包括以下步骤:a)纱线丝光、b)织造、c)坯布丝光、d)染色、e)还原雕印印花、f)蒸化、g)洗、h)烫金、i)定型等步骤,与现有技术相比,通过全棉双丝光,提高了产品的尺寸稳定性和布面光泽度,通过染底、还原雕印印花和烫金转移印花,使丝光棉达到多彩闪光的视觉效果、丰富多彩的个性化形态,通过功能性整理,使丝光棉面料手感柔软、舒适,让丝光棉面料更具非凡的魅和独特的个性,使丝光棉面料不仅完全保留了原棉优良的天然特性,织物手感柔软、颜色大方,而且有钻石般的亮光,产品新颖,档次高,具有很强的市场竞争力。
23 一种丝光机用自动上纱装置及其操作方法 CN201510835087.9 2015-11-26 CN105350203A 2016-02-24 沈根法
发明涉及一种丝光机用自动上纱装置,包括滑槽、丝杆、立柱、电机、横梁和两个纱线托管装置;丝杆设置在滑槽内,立柱的下端可沿滑槽滑动的设置在滑槽内,立柱的下端开设有通孔,丝杆贯穿通孔设置,电机设置在滑槽内靠近丝杆处用于驱动丝杆,横梁的中部与立柱的上端铰接,两个纱线托管装置安装在横梁的两端;纱线托管装置包括上纱线托管、下纱线托管和连接,连接块的一端安装在横梁上,上纱线托管与连接块垂直固接,下纱线托管安装在上纱线托管的下方,下纱线托管与连接块铰接。本发明由于下纱线托管与连接块铰接,装纱完成后,下纱线托管可以绕铰接点转动,卡主纱线,可以有效防止纱线在上纱前意外脱落,提高了生产效率。
24 对短纤纱连续丝光处理的方法和设备 CN200710153690.4 2007-09-14 CN101144235B 2012-11-14 A·夸亚; M·切奥林; R·巴迪亚利; 马里奥·米努蒂
连续丝光纱线的设备和方法,其实施于多根纱线上,所述纱线在整个丝光过程中保持相互分离以及相互平行,其中处理流体被直接喂入单根纱线,所述单根纱线以束状高速行进。
25 以加工流体连续处理纱线的设备 CN03141185.1 2003-06-05 CN1287033C 2006-11-29 罗伯托·巴迪亚里; 马里奥·米努蒂
用于通过加工流体连续处理的纱线的设备,其包括有一供给有加工流体的文杜里管喷嘴,该流体作为将纱线供给处理的驱动流体,和一个用于在处理反应器中呈重叠盘绕层状分配纱线的分配器,还有一个罐式反应器,内部设有一鞍形的导向面,在其上设置的层状纱线先是下降实现浸入,而后又上升从加工流体中脱出。
26 以加工流体连续处理纱线的设备 CN03141185.1 2003-06-05 CN1469000A 2004-01-21 罗伯托·巴迪亚里; 马里奥·米努蒂
用于通过加工流体连续处理的纱线的设备,其包括有一供给有加工流体的文杜里管喷嘴,该流体作为将纱线供给处理的驱动流体,和一个用于在处理反应器中呈重叠盘绕层状分配纱线的分配器,还有一个罐式反应器,内部设有一鞍形的导向面,在其上设置的层状纱线先是下降实现浸入,而后又上升从加工流体中脱出。
27 Method of mercerizing yarns US696725 1925-02-05 US1554532A 1925-09-22 STEAD LAWRENCE A
28 Machine for the continuous wet treatment of textile thread formations, the process for operating the machine, as well as a non-touching catch-thread device US127559 1980-03-06 US4323359A 1982-04-06 Werner Keller
A machine for the continuous wet treatment of textile thread formations has two wet treatment stations each with a reel and three rotating rollers to take up a thread formation. A drive permits running either the reel or the rollers. A thread-laying device can be synchronized with the rotation of the reel by means of cog wheels. Each reel has a driven squeezing part. A drying station follows the wet stations with two thread take-up rollers and a spool station. The purpose of this machine is to treat, specifically to mercerize thread. The machine does not produce in excess nor does it produce substandard quality.
29 Apparatus for the continuous mercerization of cotton US18917750 1950-10-09 US2688863A 1954-09-14 LUTHER WILLIAM F
30 JPS602425B2 - JP3682980 1980-03-22 JPS602425B2 1985-01-21 WAANAA KERAA
31 Machine for continuously wet treating fiber texture of yarn and operating of same yarn treating machine JP3682980 1980-03-22 JPS55132758A 1980-10-15 WAANAA KERAA
32 Apparatus and method for the continuous wet treatment of yarns, particularly for their mercerization under tension EP03076703.2 2003-06-02 EP1369519A2 2003-12-10 Badiali, Roberto; Minuti, Mario

A continuous treatment system of yarns with process fluids, particularly for mercerization, wherein a bundle (4) of threads (1) to be treated is put into the reaction with a Venturi nozzle (12) activated with process fluid, which entrains the bundle (4) of yarn with it, and with a swirl distributor (13) in the J-shaped treatment reactor (11), having -an inner saddle-shaped guide surface (79) for the downward and upward movement of the yarn in the process fluid bath.

33 Tank for the continuous treatment of yarns or threads arranged in bands in a liquid bath EP95112116.9 1995-08-02 EP0702102B1 1999-10-27 De Capitani, Enzo; Lancerotto, Fabio; Minto, Luigi
34 Method for continuous mercerising, and apparatus that employs such method EP90123294.2 1990-12-05 EP0489191A1 1992-06-10 Caccia Dominioni, Ambrogio; Casasola, Luciano; Gerin, Umberto; Lancerotto, Fabio

Method and apparatus for continuous mercerising which are suitable to carry out mercerising treatment of a plurality of yarns being unwound continuously and parallel to one another from one (12) or more (112-212) feeder beams, the plurality of yarns (11) undergoing in succession the following operational steps:

  • a pre-wash by immersion in at least one vessel (14), but preferably in three vessels (14), containing a bath consisting of hot water with an addition of surface active agents,
  • impregnation in caustic soda by immersion in at least one vessel (14), but preferably in two vessels (14), containing a bath of heated caustic soda,
  • stabilisation with a control of shrinkage of the yarns (11) in a stabilisation and tensioning chamber (23), in which the yarns (11) are placed partly in contact with a caustic soda bath,
  • tensioning and drawing in the stabilisation and tensioning chamber (23), in which the yarns (11) are again placed partly in contact with a caustic soda bath,
  • neutralisation by a hot wash, the neutralisation comprising: a first stage of washing by immersion in at least one vessel (14), but preferably in two groups each of two vessels (14), containing a bath of hot water; a second stage of actual neutralisation by immersion in at least one one vessel (14), but preferably in two vessels (14), containing an acid bath; and a third stage of rinsing by immersion in at least one vessel (14), but preferably in three vessels (14), containing a bath of hot water, and
  • drying in an oven (30) by a circulation of hot air,
the yarns (11) leaving the drying process being wound on one or preferably on a plurality of take-up beams (33).

Continuous mercerising apparatus which is suitable to carry out mercerising treatment of a plurality of yarns being unwound continuously and parallel to each other from one (12) or more (112-212) feeder beams, the apparatus carrying out the above method and comprising the following operational assemblies positioned in succession:

  • a pre-wash assembly (13) consisting of at least one pre-wash vessel (14), but preferably of three equal vessels (14) positioned one after another,
  • an impregnation assembly (21) consisting of at least one impregnation vessel (14), but preferably of two equal vessels (14) positioned one after another,
  • a stabilisation and tensioning assembly (22) consisting of a stabilisation and tensioning chamber (23) comprising assemblies of upper rolls (24) and lower rolls (25) to control shrinkage and drawing of the yarns (11),
  • a wash assembly (26) consisting of at least one wash vessel (14), but preferably of two groups each consisting of two equal vessels (14) positioned one after another,
  • a neutralisation assembly (27) consisting of at least one neutralisation vessel (14), but preferably of two equal vessels (14) positioned one after another,
  • a rinse assembly (28) consisting of at least one rinse vessel (14), but preferably of three equal vessels (14) positioned one after another,
  • a drier assembly (29) consisting of an oven (30 employing hot air, and
  • a yarn (11) take-up assembly consisting preferably of a plurality of beams (33) containing aliquot parts of the number of yarns contained in the feed (12-112-212) to the apparatus (10).

35 COLD AQUEOUS ALKALINE TREATMENTS FOR COTTON YARN AND RELATED SYSTEMS AND METHODS US15682146 2017-08-21 US20180016735A1 2018-01-18 Luke Haverhals; Brent Tisserat
Methods and systems for treating cotton yarn are provided. Cotton yarn is partially dissolved by applying a cold aqueous alkaline solvent, rinsing the partially dissolved cotton yarn in water and drying the cotton yarn. Temperature of the solvent and time of exposure to the solvent greatly affect the improved mechanical properties of the cotton yarn.
36 Device for the continuous treatment of yarns with process fluids US10446905 2003-05-28 US07140207B2 2006-11-28 Roberto Badiali; Mario Minuti
Device for the continuous treatment of yarns with process fluids comprising a Venturi nozzle fed with process fluid as driving fluid to feed the yarn to the treatment, a distributor for distributing the yarn in the treatment reactor according to a layer of superimposed swirls, a tank reactor, internally equipped with a saddle-shaped guiding surface on which the threads arranged in a layer first descend for immersion and then rise emerging from the process fluid.
37 Device for the continuous treatment of yarns with process fluids US10446905 2003-05-28 US20030226381A1 2003-12-11 Roberto Badiali; Mario Minuti
Device for the continuous treatment of yarns with process fluids comprising a Venturi nozzle fed with process fluid as driving fluid to feed the yarn to the treatment, a distributor for distributing the yarn in the treatment reactor according to a layer of superimposed swirls, a tank reactor, internally equipped with a saddle-shaped guiding surface on which the threads arranged in a layer first descend for immersion and then rise emerging from the process fluid.
38 Process and device for the continuous mercerizing of textile yarns US10446920 2003-05-28 US20030226346A1 2003-12-11 Roberto Badiali; Mario Minuti
Continuous process for the mercerizing of yarns effected on the yarn in the form of a bundle, introduced into one or more tubular reactors with an ejection nozzle fed as driving fluid under pressure with the mercerizing solution and then drawn in continuous in one or more drawing units.
39 Continuous yarn treating method US3793816D 1972-02-29 US3793816A 1974-02-26 KODAMA M
An advancing sheet-like yarn group consisting of a number of parallel yarns is spirally wound by a holding yarn stronger than the parallel yarn and is subjected to treatment. The holding yarn is undone from the treated and advancing sheet-like yarn group while being wound up to a bobbin rotating about its axis and moving around the sheet-like yarn group.
40 Method for mercerizing stretchable core spun yarns US3549310D 1966-07-29 US3549310A 1970-12-22 GARDNER WALTER A
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