6results about How to "Good moisture conductivity" patented technology

The utility model discloses a pressure mattress suitable for a human body. The pressure mattress comprises a mattress frame and a density mattress, the density mattress is arranged in the mattress frame; the density mattress is composed of a contact layer, an isolation layer and a supporting layer; the contact layer is composed of a flexible fabric and a filler; the isolation layer is an elastic pressure sensing layer; the supporting layer is in a topological lattice shape; the topological lattice densities in the supporting layer are different. A lattice-shaped supporting structure is generated through parameterization design, more accurate supporting force is provided for the mattress compared with a traditional spring, meanwhile, the lattice porous special structure has better air permeability and moisture conductivity, changes of pressure distribution in the human body sleeping process are recorded, sleeping posture and sleeping quality data are periodically recorded and fed back to an app, and the app can be used for monitoring the sleeping posture and the sleeping quality. The comfortable layer of the mattress is composed of soybean bio-based filling and blended temperature sensing fibers, the whole material can be degraded and recycled, meanwhile, the color can be changed when the most suitable sleeping temperature is about 27 DEG C, and the sleeping temperature is visualized.

The invention discloses a preparation method of a one-way moisture-conducting and sweat-discharging fabric. The preparation method comprises the following steps: A, weaving gray fabric by adopting a sandwich weaving method; b, the grey cloth is sequentially subjected to cloth loosening treatment and dry cloth fixing treatment, and intermediate grey cloth is obtained; c, sequentially performing scouring and bleaching treatment, water washing treatment, neutralizing treatment and dyeing treatment on the intermediate gray fabric to obtain dyed gray fabric; and D, sequentially carrying out washing and drying treatment, shaping and softening treatment and fixed blank heating treatment on the dyed gray fabric to obtain the one-way moisture-conducting and sweat-discharging fabric. According to the preparation method of the one-way moisture-conducting and sweat-discharging fabric, it is ensured that the prepared one-way moisture-conducting and sweat-discharging fabric not only can have the sweat-discharging property and the heat retention property at the same time, but also can effectively solve the technical problems of the sweat showing phenomenon and uncomfortable wearing.

The utility model discloses warm knitted underwear with a double-layer structure, which comprises an underwear body and sleeves, is made of double-layer knitted fabric and comprises an inner layer and a surface layer. The inner layer is formed by weaving antibacterial moisture-conducting covering yarn, the antibacterial moisture-conducting covering yarn comprises first core yarn and a first covering fiber layer, the first core yarn comprises hollow antibacterial polyamide filaments, and the first covering fiber layer is metallocene polypropylene fibers; the surface layer is formed by weaving antibacterial core-spun wrapping composite yarn, and the antibacterial core-spun wrapping composite yarn comprises second core yarn, a second wrapping fiber layer, a third wrapping fiber layer and a wrapping wire layer which are arranged in sequence; the first core yarn is antibacterial polyester filament yarn, the second core yarn is antibacterial polyester filament yarn, the second wrapping fiber layer is angtylene fiber, the third wrapping fiber layer is warm down fiber, and the wrapping yarn layer is graphene modified chinlon filament yarn. The used hollow antibacterial polyamide filaments have an antibacterial effect, and the metallocene polypropylene fibers have a good moisture guiding effect. The warm down fibers and the graphene modified chinlon filaments have a good warm keeping effect.

This utility model discloses a moisture-wicking and breathable polyester fabric. The outer layer consists of interwoven warp and weft yarns, while the inner layer consists of interwoven warp and weft yarns in a perforated weave, forming the inner layer. Bonding weft yarns connect the outer and inner layers. The warp and weft yarns of the outer layer are polyester-cotton core-spun yarns, comprising a core yarn and a first and a second polyester filament. The first and second polyester filaments are wound in opposite directions. The warp and weft yarns of the inner layer consist of fine denier polyester filaments, with each filament having a Y-shaped or cross-shaped cross-section. The inclusion of cotton yarn in the outer layer enhances its moisture absorption. The polyester filaments in the inner layer have grooves on their cross-sectional surface, providing excellent moisture wicking. The woven fabric formed by the interwoven yarns also exhibits breathability. Furthermore, the cotton yarn is wrapped around the polyester filaments, reducing direct friction and thus minimizing pilling.

The silk-like digital printing fabric comprises an antibacterial fabric layer and a silk-like fabric layer which are compounded with each other, and a digital printing layer is arranged on one side, far away from the antibacterial fabric layer, of the silk-like fabric layer; the imitated silk fabric layer is formed by interweaving lustrous polyester FDY filaments with regular triangular cross sections and lustrous polyester FDY filaments with octagonal cross sections, and the antibacterial fabric layer is formed by interweaving chinlon 6 DTY filaments with cross-shaped cross sections and uvioresistant chinlon 6 filaments; a hydrophilic agent is attached to the surface of each monofilament in the bright polyester FDY filament; nano zinc ions are attached to the surface of each monofilament in the chinlon 6DTY filament. As the section of the FDY filament used by the silk-like fabric is in the shape of the regular triangle or the octagon, the silk-like fabric has a good reflective effect and a silk-like luster effect. The cross-section chinlon filaments have a good moisture guiding effect, and the moisture absorption effect of the fabric can be improved by combining the hydrophilic agent attached to the imitated silk fabric layer.

The invention discloses a moisture-absorbing and sweat-releasing anti-snagging cool chinlon-spandex fabric and a preparation method thereof, and belongs to the technical field of textiles. The preparation method of the fabric comprises the following steps: mixing boron nitride and polyurethane to obtain a polyurethane / boron nitride mixture as a first component; pure polyurethane is used as a second component; the preparation method comprises the following steps: carrying out bi-component spinning to obtain a bi-component-containing single fiber, and carrying out drafting, cooling and curing to obtain a polyurethane-polyurethane / boron nitride composite filament; after the temperature of the chinlon master batch is raised, spinning, drafting and cooling are carried out by using a spinneret plate with special-shaped cross section spinneret orifices, and the special-shaped cross section chinlon filaments are obtained; polyurethane-polyurethane / boron nitride composite filaments are used as elastic yarns, special-shaped section chinlon filaments are used as main yarns, and the fabric is obtained through weaving. The prepared fabric has lasting cool feeling, moisture absorption and sweat releasing performance, snagging resistance and comfort, and the requirement of consumers for the comfortable fabric with the lasting cool feeling can be better met.