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    • 7. 发明授权
    • Process for the localized lightening, white discharging or colored
discharging of dyeings on textile sheet-like structures using dye
dissolving agent
    • 使用染料溶解剂对织物片状结构上的染色进行局部减光,白色放电或着色排染的方法
    • US4428750A
    • 1984-01-31
    • US467956
    • 1983-02-18
    • Walter BirkeHans-Ulrich von der EltzFranz SchonErich Feess
    • Walter BirkeHans-Ulrich von der EltzFranz SchonErich Feess
    • D06P5/13D06P5/15
    • D06P5/13D06P5/15Y10S8/922
    • In order to achieve lighter patterned effects on a background of a deeper color, aqueous printing pastes containing, additionally to thickeners and other conventional printing assistants, assistants which have dissolving properties for the dyestuffs at elevated temperatures and which do not attack the fibers under thermosol conditions, are applied to textile webs which have been dyed in a finished manner with suitable dyestuffs or have only been impregnated therewith, after which the goods treated in this way are subjected to a steaming process or to a dry heat treatment. In accordance with the process it is possible to effect a uniform lightening, "white discharging" or "colored discharging" of dyeings, particularly dyeings of synthetic fibers with disperse dyestuffs and also dyeings of natural fibers or mixtures thereof with disperse dyestuffs, vat dyestuffs, leuco esters thereof and developing dyestuffs. Dyestuff-dissolving assistants of the type used are anionic, cationic or nonionic compounds of various structures.
    • 为了在更深色的背景上获得更轻的图案效果,除了增稠剂和其它常规印刷辅助剂之外还含有水性印刷浆料,在高温下对染料具有溶解性能的助剂,并且在热溶胶条件下不会侵蚀纤维 适用于已经用合适的染料以最终方式染色或仅被浸渍的织物网,然后以这种方式处理的物品进行蒸煮处理或干热处理。 根据该方法,可以实现均匀的减轻,染色的“白色放电”或“着色排出”,特别是具有分散染料的合成纤维的染色,以及天然纤维或其与分散染料,瓮染料的混合物的染色, 其无色酯和显影染料。 所用类型的染料助剂是各种结构的阴离子,阳离子或非离子化合物。
    • 9. 发明授权
    • Process for printing polyester fiber materials by the transfer printing
technique: separate dots for individual colors
    • 通过转印技术印刷聚酯纤维材料的方法:单独的点颜色
    • US4602914A
    • 1986-07-29
    • US550744
    • 1983-11-10
    • Erich Feess
    • Erich Feess
    • D06P5/00B41F16/02B41M1/30B41M5/025D06P3/52B41M5/26
    • B41F16/02B41M1/30B41M5/0256Y10S8/922
    • The textile-printing industry is very interested in bypassing the laborious and expensive production of transfer printing papers, together with the required engraving of rolls. It has been found that this demand can be satisfied by electronically recording and reproducing any motif and transferring to textile material by means of halftone systems.According to the invention, the dyestuffs are continuously transferred by halftone systems from four differently and uniformly colored papers one after the other. To obtain a good picture, 10 to 20 halftone dots per cm are advisable for pressing the paper to the surface of the textile material. Either the halftone dots themselves are heated, or they press the textile material and paper onto a heated surface. The halftone dots are electronically actuated in correspondence with the scanning of the motif.The process can be carried out particularly simply on a flat screen printing machine, because this machine dispenses with the need to perform the color transfer very rapidly from the paper uniformly colored with dyestuff to the PES material.
    • 纺织印染行业非常希望绕过转印纸的费力和昂贵的生产,以及所需的卷筒雕刻。 已经发现,通过电子记录和再现任何图案可以满足这种需求,并通过半色调系统转移到纺织材料。 根据本发明,通过半色调系统连续地从四种不同且均匀着色的纸张一个接一个地转移染料。 为了获得好的图像,建议将纸张压到纺织材料的表面上,每厘米10到20个半色调点。 半色调点本身被加热,或者将纺织材料和纸张压在加热表面上。 根据图案的扫描,半色调点被电子地驱动。 该方法可以特别简单地在平面丝网印刷机上进行,因为这种机器不需要从用染料均匀地着色到PES材料的纸张进行非常快的色彩转印。
    • 10. 发明授权
    • Process for the printing of cellulose fiber fabrics
    • 纤维素纤维织物印花工艺
    • US4212648A
    • 1980-07-15
    • US940400
    • 1978-09-07
    • Horst CurtiusErich FeessWilly Gronen
    • Horst CurtiusErich FeessWilly Gronen
    • D06P3/68C09B27/00D06P1/02
    • D06P3/68
    • Process for printing textile cellulose fiber fabrics with printing pastes containing coupling components dissolved in an alkaline medium, sodium nitrite and diazotizable primary aromatic amines, in which process the amines are used as a solution or in the form of an aqueous fine dispersion with a particle size of less than 0.03 mm and are selected in a manner such that they are paractically non-volatile under at the drying temperatures and show a minimum basicity degree with the pK.sub.a being 2.2 or more, developing the water-insoluble azo dyestuffs on the fiber by diazotizing the amines and coupling the diazonium compound formed with the coupling components following the drying of the printing pastes applied by a treatment of the printed fabrics at room temperature with an aqueous developing bath containing formic acid, and completing the coupling without a previous intermediate drying of the fabric, however, optionally following an air passage, by a short-time steaming with saturated steam.
    • 印刷纺织纤维素纤维织物的方法,其中印刷浆料含有溶解在碱性介质中的偶联组分,亚硝酸钠和可重氮化的伯芳香胺,其中胺用作溶液或具有粒度的水性细分散体的形式 小于0.03mm,选择方式使得它们在干燥温度下是协同不挥发的,并且当pKa为2.2或更高时显示出最小的碱度,通过重氮化显影纤维上的水不溶性偶氮染料 胺,并且在室温下用含有甲酸的含水显影浴在干燥印刷浆料之后,将所形成的重氮化合物与偶联组分偶合,并在没有先前中间干燥的情况下完成偶联 然而,可选地,随着空气通道,通过用饱和蒸汽短时间蒸汽 上午。