Provided is a preparation method for a turf-like knitted flannelette fabric, including the following steps: grey cloth weaving, high-speed luster finishing, high-temperature hot air blowing, high-temperature high-speed flapping, high-temperature pre-setting, low-alkali fiber opening, high-temperature dyeing, secondary heat setting, high-speed carding, secondary flapping, high-temperature setting of a finished product, and transferring of a finished fabric. Appropriate yarn materials are selected for carding to adapt to knitting. A bonding force between fibers can be enhanced through high-temperature high-speed flapping, and a form of the fabric can be fixed through high-temperature pre-setting. Low-alkali fiber opening can make fibers in the knitted flannelette swell and separate moderately. According to the preparation method, more excellent flannelette fabrics can be provided, the competitiveness in the market is increased, the original shu velveteen and berber fleece fabrics can be replaced, and new opportunities can be obtained in the fierce market competition.

Provided is a preparation method for a turf-like knitted flannelette fabric, including the following steps: grey cloth weaving, high-speed luster finishing, high-temperature hot air blowing, high-temperature high-speed flapping, high-temperature pre-setting, low-alkali fiber opening, high-temperature dyeing, secondary heat setting, high-speed carding, secondary flapping, high-temperature setting of a finished product, and transferring of a finished fabric. Appropriate yarn materials are selected for carding to adapt to knitting. A bonding force between fibers can be enhanced through high-temperature high-speed flapping, and a form of the fabric can be fixed through high-temperature pre-setting. Low-alkali fiber opening can make fibers in the knitted flannelette swell and separate moderately. According to the preparation method, more excellent flannelette fabrics can be provided, the competitiveness in the market is increased, the original shu velveteen and berber fleece fabrics can be replaced, and new opportunities can be obtained in the fierce market competition.

A terry fabric having a plurality of longitudinally oriented ground warp yarns pairs, a plurality of longitudinally oriented pile warp yarns, and a plurality of weft yarns oriented substantially perpendicular to the ground warp yarn pairs. The terry fabric includes a repeated weave sequence comprising first and second interlacing arrangements.

A terry fabric having a plurality of longitudinally oriented ground warp yarns pairs, a plurality of longitudinally oriented pile warp yarns, and a plurality of weft yarns oriented substantially perpendicular to the ground warp yarn pairs. The terry fabric includes a repeated weave sequence comprising first and second interlacing arrangements.

Provided is a preparation method for a faux grass woven flannelette fabric, including the following steps: grey cloth weaving, high-speed luster finishing, high-temperature hot air blowing, high-temperature high-speed flapping, high-temperature pre-setting, low-alkali fiber opening, high-temperature dyeing, secondary heat setting, high-speed carding, secondary flapping, high-temperature setting of a finished product, and transferring of a finished fabric. A bonding force between fibers can be enhanced through high-temperature high-speed flapping, and a form of the fabric can be fixed through high-temperature pre-setting. Low-alkali fiber opening can make fibers in the woven flannelette swell and separate moderately. According to the preparation method, more excellent flannelette fabrics can be provided, the competitiveness in the market is increased, the original shu velveteen and berber fleece fabrics can be replaced, and new opportunities can be obtained in the fierce market competition.

Provided is a preparation method for a faux grass woven flannelette fabric, including the following steps: grey cloth weaving, high-speed luster finishing, high-temperature hot air blowing, high-temperature high-speed flapping, high-temperature pre-setting, low-alkali fiber opening, high-temperature dyeing, secondary heat setting, high-speed carding, secondary flapping, high-temperature setting of a finished product, and transferring of a finished fabric. A bonding force between fibers can be enhanced through high-temperature high-speed flapping, and a form of the fabric can be fixed through high-temperature pre-setting. Low-alkali fiber opening can make fibers in the woven flannelette swell and separate moderately. According to the preparation method, more excellent flannelette fabrics can be provided, the competitiveness in the market is increased, the original shu velveteen and berber fleece fabrics can be replaced, and new opportunities can be obtained in the fierce market competition.

A woven single-riveting degradable implant belonging to the technical field of medical devices convertible between a compressed configuration and a free configuration comprises a first structure, a second structure, and a middle portion provided between the first structure and the second structure, wherein the implant is woven with weaving threads made of a degradable material; and the first structure is provided with at least one connecting element, and the second structure comprises parabolas formed by a plurality of bent threads, and is provided with a size-adjustable contractile opening at the one end of the second structure away from the middle portion. The implant overcomes the defects in the prior art to solve the problem that the degradable thread material is difficult to be shaped into an occluder due to the softness thereof, thus avoiding complications unique to metallic devices caused by an metallic occluder due to the material characteristic thereof.

Provided is a pile fabric that can provide both a soft touch feel and durability (pile retention and/or suppression of pile loss). The pile fabric is provided with a base structure formed from a warp and weft and a loop pile formed from pile yarn. The pile yarn is twisted yarn with a twist factor of 2.0 or greater. When the pile yarn is untwisted yarn or weakly twisted yarn, insoluble yarn prior to water soluble yarn elimination is twisted yarn with a twist factor of 2.0 or greater. The proportion of pile height to pile yarn diameter is 40 or greater. The gap between adjacent pile yarn strands is 0.5 mm or less. The pile yarn is 50-120 English yarn count. The loop pile has snarling, and the snarling for adjacent piles is entangled.

Provided is a pile fabric that can provide both a soft touch feel and durability (pile retention and/or suppression of pile loss). The pile fabric is provided with a base structure formed from a warp and weft and a loop pile formed from pile yarn. The pile yarn is twisted yarn with a twist factor of 2.0 or greater. When the pile yarn is untwisted yarn or weakly twisted yarn, insoluble yarn prior to water soluble yarn elimination is twisted yarn with a twist factor of 2.0 or greater. The proportion of pile height to pile yarn diameter is 40 or greater. The gap between adjacent pile yarn strands is 0.5 mm or less. The pile yarn is 50-120 English yarn count. The loop pile has snarling, and the snarling for adjacent piles is entangled.