会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Method and apparatus for striped patterning of dyed fabric by hydrojet
treatment
    • 通过喷墨处理对染色织物进行条纹图案化的方法和装置
    • US5737813A
    • 1998-04-14
    • US804823
    • 1997-02-24
    • Herschel SternliebFrank E. MalaneyJ. Steve Hines
    • Herschel SternliebFrank E. MalaneyJ. Steve Hines
    • B29C59/02D04H1/46D06B11/00D06C23/00D06B1/02
    • B29C59/02D04H1/495D04H18/04D06B11/0093D06C23/00B29K2313/00
    • Striped patterning of dyed fabric, particularly dyed denim, is obtained by impacting the fabric with a row of columnar jet streams of fluid generated from a manifold under pressure while conveying it on a support member in a machine direction through a patterning station. The orifice gauge and diameter, manifold pressure, and line speed are selected to obtain optimal striping without blurring, loss of fabric strength or durability, or excessive warp shrinkage. Preferably, the jet strip is removably interchangeable in a common hydrojet manifold for forming different kinds of striped patterns. The back side of denim fabric may be subjected to pre-treatment to cause the surface of the dyed warp side to fill in and darken with color. A strie striping effect can also be obtained using a combination of jet strips. The striped patterning station can be incorporated at any suitable point in a conventional denim finishing range.
    • 染色织物,特别是染色牛仔布的条状图案是通过用一排在压力下从歧管产生的柱状喷射流冲击织物而获得的,同时通过图案化台沿机器方向在支撑构件上将其输送。 选择孔径计和直径,歧管压力和线速度以获得最佳条纹而不会模糊,织物强度或耐久性的损失或过度的翘曲收缩。 优选地,喷射条在可用于形成不同种类的条纹图案的普通喷射歧管中可移除地互换。 可以对牛仔布织物的背面进行预处理,以使染色经纱面的表面充满颜色并变暗。 也可以使用喷射条的组合来获得条纹+ E,acu e + EE条纹效果。 条纹图案化台可以并入到常规牛仔布整理范围中的任何适当点。
    • 6. 发明授权
    • Fabric hydroenhancement method and equipment for improved efficiency
    • 织物流动强化方法和设备提高效率
    • US06442809B1
    • 2002-09-03
    • US08986132
    • 1997-12-05
    • J. Michael GreenwayJackson LawrenceHerschel SternliebFrederick TyFrank E. Malaney
    • J. Michael GreenwayJackson LawrenceHerschel SternliebFrederick TyFrank E. Malaney
    • D04H146
    • D06C29/00D04H18/04
    • Improvements in hydroenhancement efficiency are obtained by operating a manifold in relative movement to fabric transported under the manifold so as to deliver a low energy to the fabric per pass in multiple passes on the fabric. This results in greater enhancement efficiency and reduction in wasted energy, and also improves fabric coverage and reduces fabric shrinkage. The low-energy-per-pass, multiple-pass approach can be implemented with improved hydroenhancing equipment of reduced equipment size and cost which simulate multiple passes on the fabric. In one embodiment, a jigging hydroenhancing equipment transports the fabric back and forth under a stationary manifold between a pair of unwind/windup reels to simulate multiple passes on the fabric. Other embodiments employ a manifold or manifold system that is reciprocated, oscillated, or rotated to simulate multiple passes on the fabric.
    • 流体强化效率的提高是通过在歧管下传送的织物的相对运动中操作歧管获得的,以便在织物上的多次通过中将低能量递送到织物。 这导致更大的增强效率和减少浪费的能量,并且还提高织物覆盖率并减少织物收缩。 可以通过改进的减少设备尺寸和成本的流化设备来实现低能量,多通道方法,从而模拟织物上的多次通过。 在一个实施例中,跳动式加氢设备将织物在静止歧管之间来回传送在一对展开/卷绕卷轴之间以模拟织物上的多次通过。 其他实施例采用往复运动,振荡或旋转的歧管或歧管系统,以模拟织物上的多次通过。
    • 7. 发明授权
    • Fabric hydroenhancement method & equipment for improved efficiency
    • 织物流动强化方法和设备提高效率
    • US06343410B2
    • 2002-02-05
    • US09841827
    • 2001-04-25
    • J. Michael GreenwayJackson LawrenceHerschel SternliebFrederick TyFrank E. Malaney
    • J. Michael GreenwayJackson LawrenceHerschel SternliebFrederick TyFrank E. Malaney
    • D06B102
    • D06C29/00D04H18/04
    • Improvements in hydroenhancement efficiency are obtained by operating a manifold in relative movement to fabric transported under the manifold so as to deliver a low energy to the fabric per pass in multiple passes on the fabric. This results in greater enhancement efficiency and reduction in wasted energy, and also improves fabric coverage and reduces fabric shrinkage. The low-energy-per-pass, multiple-pass approach can be implemented with improved hydroenhancing equipment of reduced equipment size and cost which simulate multiple passes on the fabric. In one embodiment, a jigging hydroenhancing equipment transports the fabric back and forth under a stationary manifold between a pair of unwind/windup reels to simulate multiple passes on the fabric. Other embodiments employ a manifold or manifold system that is reciprocated, oscillated, or rotated to simulate multiple passes on the fabric. Other variations for improving hydroenhancement are disclosed.
    • 流体强化效率的提高是通过在歧管下传送的织物的相对运动中操作歧管获得的,以便在织物上的多次通过中将低能量递送到织物。 这导致更大的增强效率和减少浪费的能量,并且还提高织物覆盖率并减少织物收缩。 可以通过改进的减少设备尺寸和成本的流化设备来实现低能量,多通道方法,从而模拟织物上的多次通过。 在一个实施例中,跳动式加氢设备将织物在静止歧管之间来回传送在一对展开/卷绕卷轴之间以模拟织物上的多次通过。 其他实施例采用往复运动,振荡或旋转的歧管或歧管系统,以模拟织物上的多次通过。 公开了改进流体强化的其它变化。
    • 8. 发明授权
    • Fabric hydroenhancement method & equipment for improved efficiency
    • 织物流动强化方法和设备提高效率
    • US06557223B2
    • 2003-05-06
    • US10075951
    • 2002-02-15
    • J. Michael GreenwayJackson LawrenceHerschel SternliebFrederick TyFrank E. Malaney
    • J. Michael GreenwayJackson LawrenceHerschel SternliebFrederick TyFrank E. Malaney
    • D04H146
    • D06C29/00D04H18/04
    • Improvements in Hydroenhancement efficiency are obtained by operating a manifold in relative movement to fabric transported under the manifold so as to deliver a low energy to the fabric per pass in multiple passes on the fabric. This results in greater enhancement efficiency and reduction in wasted energy, and also improves fabric coverage and reduces fabric shrinkage. The low-energy per pass, multiple-pass approach can be implemented with improved hydroenhancing equipment of reduced equipment size and cost which simulate multiple passes on the fabric. Embodiments employ a manifold or manifold system that is reciprocated, oscillated, or rotated to simulate multiple passes on the fabric. Other variations for improving hydroenhancement include angling the manifold at a diagonal to the fabric travel direction, using a high density number of double rows of jets to eliminate interference patterns.
    • 通过在歧管下传送的织物的相对运动中操作歧管来获得水力增强效率的改进,以便在织物上的多次通过中将低能量递送至织物。 这导致更大的增强效率和减少浪费的能量,并且还提高织物覆盖率并减少织物收缩。 可以通过改进的减少设备尺寸和成本的流化装置来实现低通量多通道方法,从而模拟织物上的多次通过。 实施例采用往复运动,摆动或旋转的歧管或歧管系统,以模拟织物上的多次通过。 用于改进流体强化的其它变型包括使用高密度数量的双排喷射来排列与织物行进方向对角的歧管,以消除干涉图案。
    • 10. 发明授权
    • Process for preparing a microfine fiber laminate
    • 制备超细纤维层压板的方法
    • US4756786A
    • 1988-07-12
    • US933496
    • 1986-11-21
    • Frank E. Malaney
    • Frank E. Malaney
    • A61B19/08B32B31/20
    • A61B46/40Y10T156/1023Y10T442/621Y10T442/637
    • A water impervious laminated material is described. A preferred embodiment comprises a three-ply hydrophobic microfine fiber structure sandwiched between and fuse bonded to two layers of conjugate fibers having a low melting sheath and a high melting core. The inner ply of the hydrophobic microfine fiber structure is relatively high melting while the two outer plies of the hydrophobic microfine fiber structure film are low melting. The sheaths of the conjugate fibers have been fuse bonded to the hydrophobic microfine fiber structure at a temperature below the melt temperature of the cores of the conjugate fibers so that the cores retain their initial fiber-like integrity.
    • 描述了防水层压材料。 优选的实施方案包括三层疏水性超细纤维结构,其夹在熔融粘合到具有低熔融护套和高熔点核心的两层复合纤维之间并熔合。 疏水性微细纤维结构体的内层相对高熔点,疏水性微细纤维结构膜的两层外层熔融不均匀。 复合纤维的护套在低于复合纤维的芯的熔融温度的温度下已经熔融结合到疏水性超细纤维结构,使得芯保持其初始的纤维状完整性。