Abstract: A construction of a geogrid integrated with a mesh used in geodetic engineering includes a reinforcement grid and a web; multiple longitudinal and lateral ribs of the geogrid being synchronously knitted with the web to become an integral part; the appearance of the integral part showing meshes of the geogrid and internally containing geodetic compound materials comprised of the web knitted with the ribs surrounding the web; the solid construction increasing friction resistance of the geodetic compound materials; the grids and multiple openings in different sizes of the web achieving good mutual containing behavior with gravels and sandy soil in different grains to improve mutual agreeable and separation functions between geodetic compound materials and the soil while improving the reinforcement function of the geogrid.

Abstract: A woven, lateral direction ventilated wall board structure consisting of top and bottom, double-sided knit cloth surfaces conjoined in the center section by numerous densely distributed, straightly arrayed, stiff, supportive monofilament into a pad of a certain thickness. A liquid adhesive agent (such as a sound absorbent agent, inflammable agent, or stitch bonding agent) is applied onto the cloth surfaces of the board structure as a treatment and after the adhesive agent evenly permeates the weave crevices of the fabric and dries, since the fabric weave is filled-in—enabling the fabric to meet flat or curved surface requirements, it hardens into a board-like entity that provides for a horizontal ceiling or a vertical wall surface installed over interior layers.

Abstract: A curtain with a plurality of base units comprises a plurality of curtaining units. Each curtain unit comprises a base unit at a middle part of the curtain unit; two sets of middle sleeves connected at two opposite sides of the base unit; two folding portions connected at outer sides of the base unit, two net units being connected at outer sides of the folding portions, two edge sleeves set formed by a plurality of edge sleeves being connected at the outer sides of the net units; two middle bars; each middle bar passing through each middle sleeves of a respective one of the two middle sleeve set; and two edge bars being arranged; each edge bar passing through each edge sleeves of a respective one of the two edge sleeve sets.

Abstract: A method for manufacturing anti-bacteria yarns comprises the following steps of fabricating the polypropylene filaments into yarns; feeding the yarns to a false twisting machine for twisting the yarns; in that the yarns pass through a driving roller and a package roller for twisting the yarns to be as twisting yarns; feeding the twisting yarns to at least one grooved roller with antibacterial in the grooved roller so as to be as anti-bacteria yarns; feeding the anti-bacteria yarns to at least one guiding wheel to be stretched and drying the anti-bacteria yarns, and then outputting the yarns. Moreover, an anti-bacteria yarn made from polypropylene filaments is disclosed. The antibacterial yarns are twisted, and permeated with antibacterial.

Abstract: A method for manufacturing wet absorption yarns comprises the following steps of fabricating the polypropylene filaments into yarns; feeding the yarns to a false twisting machine for twisting the yarns; feeding the yarns to a driving roller and a package rollers for twisting the yarns to be as twisting yarns; transferring the twisting yarns to at least one brush roller with short brushes on the surface of the roller so that hairs are formed on the twisting yarns to be as haired twisting yarns; feeding the haired twisting yarns to at least one grooved roller; feeding the haired twisting yarns to at least one guiding wheel to be stretched and drying the haired twisting yarns; and outputting the haired twisting yarns as wet absorption yarns. Moreover, a wet absorption yarns is disclosed, where wet absorption yarns made from polypropylene filaments. The wet absorption yarns is twisted, haired and permeated with wet absorber.