64results about How to "Anti-static has" patented technology

The invention discloses a workbench with a better anti-static effect. The workbench comprises a platen, a supporting frame, a baffle and a hinge four-rod mechanism; the platen is provided with an anti-static rubber table face layer, one end of a ground lead is connected with the platen, and the other end of the ground lead is grounded; a sliding groove is formed in the upper surface of the baffle, a sliding block is inlaid into the sliding groove, and a lighting lamp is fixed to the sliding block; a hook is arranged on the baffle, and an anti-static hand ring is hung on the hook; a drawer is fixed to the baffle, and an anti-static glove is installed in the drawer; an air pump is fixed to the baffle, one end of the air pipe is connected with the air pump, and an air valve is arranged at the other end of the air pipe; and the hinge four-rod mechanism is connected with an ion fan, and the beneficial effects of being reasonable and variable in anti-static precaution of the anti-static workbench and better in anti-static effect are achieved.

The invention discloses a multifunctional monitoring device, belongs to the technical field of monitoring devices, and solves the problems that most of monitoring devices in the prior art monitor onecertain area, are powered by traditional power sources for a long time and consume a large amount of energy; the monitoring devices work in outdoor environments for a long time, the cameras of the monitoring devices are polluted by rainwater and sand wind-blown sand, and the monitoring effect is affected. The multifunctional monitoring device comprises a monitoring device body and is characterizedin that slide rails are arranged on two sides of the camera window of the monitoring device body, a sweeping device is slidably connected to the slide rails, first fixed pulleys are arranged on two sides of the sweeping device, a second fixed pulley and a second fixed pulley are respectively arranged on two sides of the monitoring body in a staggered manner, and a clamp seat is fixedly mounted atthe bottom of the monitoring device body; a linear driver is mounted on a support, a storage battery is connected with output end of a solar panel, a motor and the linear driver, and a steel wire rope sleeves the first fixed pulleys and winds around the second fixed pulley and the third fixed pulley to be connected with the linear driver.

The invention relates to the field of building materials, in particular to an anti-static non-firing epoxy mortar floor, and a construction technology and application thereof. The anti-static non-firing epoxy mortar floor includes a concrete base layer, an epoxy mortar bottom layer, an epoxy mortar middle layer and an epoxy mortar surface layer sequentially laid from bottom to top; a conductive body is arranged on the epoxy mortar bottom layer and connected with a grounding electrode; the epoxy mortar bottom layer, the epoxy mortar middle layer and the epoxy mortar surface layer are mainly prepared from epoxy mortar and conductive powder; the epoxy mortar is mainly prepared from epoxy resin, dolomitic sand, cement, a curing agent and a toughening agent, and the weight ratio of epoxy resinto dolomitic sand to cement to the curing agent to the toughening agent is 100:(150-200):(200-350):(5-10):(12-18). The epoxy mortar floor has the advantages of being antistatic, unfired, dustproof, clean and long in service life.

The invention relates to a flame-retardant fabric with a good ventilation effect. The flame-retardant fabric comprises an upper cotton cloth layer (1) and a lower cotton cloth layer (2); a base layer (5) is compounded on the lower surface of the lower cotton cloth layer; an anti-static layer (3) is further arranged between the upper cotton cloth layer (1) and the lower cotton cloth layer (2); the anti-static layer is made from core spun silk fiber; the fiber comprises yarns (3.1) and metal wires (3.2); the metal wires wind the yarns; the surface of the upper cotton cloth layer is covered by a flame-retardant coating layer (4); the flame-retardant coating layer comprises a flame-retardant polyurethane layer (4.1) at the bottom and an organic silicone oil layer (4.2) on the top; the base layer is made from textile; the textile is formed by plainly weaving viscose silks and natural silks at a ratio of 1:1; the monofilament diameter of the viscose silk is 0.8-1.5 microns. The flame-retardant fabric with the good ventilation effect is relatively low in cost, variable in bending, and good in ventilation effect.

The invention relates to a flame-retarding anti-stain breathable fabric which includes an upper cotton cloth layer (1) and a lower cotton cloth layer (2). A base layer is laminated under the lower cotton cloth layer. An antistatic layer (3) is disposed between the upper cotton cloth layer and the lower cotton cloth layer and is made from core spun silk fibers. The core spun silk fiber includes a yarn (3.1) and a metal wire (3.2), wherein the metal wire twines the yarn. A flame-retarding coating layer (4) coats the surface of the upper cotton cloth layer and includes a flame-retarding polyurethane layer (4.1) in the bottom and an organic silicon oil layer (4.2) on the top. The base layer is made of a fabric, wherein a fluorine monomer aqueous polyurethane coating layer coats the surface of the fabric. The flame-retarding anti-stain breathable fabric is low in cost and is flexible and bendable. By coating the fabric with the fluorine monomer aqueous polyurethane coating layer, the fabric is anti-stain, and has waterproofing and breathable effects.

The invention relates to a mixed fabric with good usability. The mixed fabric comprises a pure cotton fabric (1); a bamboo charcoal fiber layer (2) is arranged on the lower surface of the pure cotton fabric (1); an anti-static layer (3) is arranged on the lower surface of the bamboo charcoal fiber layer (2), and is made of core spun silk fibers; the core spun silk fibers comprise yarns (3.1) and metal wires (3.2); the metal wire (3.2) are wound on the yarns (3.1); the bottom of the anti-static layer (3) is coated with a layer of blended fabric (4) which is formed by blending of soybean fibers and pure cotton fibers; a base layer (5) is compounded on the lower surface of the blended fabric (4), and is made of a textile; the warps and the wefts of the textile adopt wool fibers and coconut fibers respectively; the diameter of the wool fibers is 9 [mu]m; the diameter of the coconut fibers is 10 [mu]m; the warp density of the textile is 26.6 threads/cm; the weft density of the textile is 31.3 threads/cm. The mixed fabric has low probabilities of shrinkage and crinkle; the adopted fabric construction is reasonable; the service performance is good.

The invention relates to blended fabric with lasting elasticity. The blended fabric comprises pure cotton fabric (1), wherein a bamboo charcoal fiber layer (2) is arranged under the pure cotton fabric (1); an anti-static layer (3) is arranged under the bamboo charcoal fiber layer (2), and made of core spun silk fibers; the core spun silk fibers comprise yarn (3.1) and metal silk (3.2); the metal silk (3.2) is wound on the yarn (3.1); a blended fabric layer (4) covers the bottom of the anti-static layer (3), and is formed by blending soybean fibers and pure cotton fibers; a substrate (5) is arranged under the blended fabric layer (4) in a blended manner, and made of fabric; the fabric is formed by interweaving warp silk and tram silk ups and downs; the warp silk is inelastic yarn; the tram silk is elastic yarn, and comprises first warp silk and second warp silk. The blended fabric is lasting in fabric elasticity and particularly good in anti-crease effect.

The invention relates to a mixed fabric capable of effectively preventing an electromagnetic wave. The mixed fabric comprises a pure cotton fabric (1), wherein a bamboo charcoal fiber layer (2) is arranged below the pure cotton fabric (1); an anti-static layer (3) is arranged below the bamboo charcoal fiber layer (2); the anti-static layer (3) is prepared from core-spun yarn fiber; the core-spun yarn fiber comprises yarns (3.1) and metal wires (3.2); the yarns (3.1) are wound by the metal wires (3.2); a layer of blended fabric (4) covers the bottom of the anti-static layer (3); the blended fabric (4) is formed by blending soybean fiber with pure cotton fiber; a basic layer (5) is compounded below the blended fabric (4); the basic layer is prepared from a fabric; the fabric is formed by interweaving warps and wefts; the warps are prepared from nanometer metallic shield fiber yarns, and the wefts are prepared from tencel fiber yarns. The mixed fabric disclosed by the invention is low in possibility of shrinkage and ruffle, good in anti-radiation performance, and capable of effectively preventing a human body from being hurt by the electromagnetic wave.

The invention relates to a flame-retardant multi-color fabric. The flame-retardant multi-color fabric comprises an upper cotton cloth layer (1) and a lower cotton cloth layer (2). A base player (5) is combined to the lower face of the lower cotton cloth layer (2). An anti-static layer (3) is further arranged between the upper cotton cloth layer (1) and the lower cotton cloth layer (2) and is made of core spun silk fibers. The fibers comprise yarns (3.1) and metal wires (3.2). The metal wires (3.2) are wound around the yarns (3.1). The surface of the upper cotton cloth layer (1) is covered with a flame-retardant coating (4). The flame-retardant coating (4) comprises a flame-retardant polyurethane layer (4.1) at the bottom and an organic silicon oil layer (4.2) at the top. The base layer (5) is made of a fabric. The fabric comprises first weft yarns, second weft yarns and warp yarns. The first weft yarns are wound around the warp yarns from the left side, the second weft yarns are wound around the warp yarns from the right side with the same latitude, and the first weft yarns and the second weft yarns share one of the warp yarns and are different. The flame-retardant multi-color fabric is low in cost, bendable and deformable, and has multiple colors.

The invention relates to the technical field of anti-corrosion and anti-static coating, and discloses an anti-static epoxy ester modified styrene-acrylic resin anti-corrosion coating, which comprisesthe following raw materials in parts by weight: epoxy ester modified styrene-acrylic resin, modified styrene-acrylic resin curing agent, catalyst, distilled water, filler, cosolvent and 0.1-0.3 partsof organic silicone defoamer, wherein the modified styrene-acrylic resin curing agent is hydrophilic polyamide curing agent and the catalyst is benzoyl peroxide. According to the antistatic epoxy ester modified styrene-acrylic resin anticorrosive coating, the epoxy ester modified styrene-acrylic resin is formed by using epoxy resin and gamma-linoleic acid as raw material to synthesize styrene-acrylic emulsion and in the process of emulsion film formation, it can be further crosslinked and cured, which can solve the problem of insufficient compactness of the coating film and improve the anti-corrosion performance. The catalyst is benzoyl peroxide, and a small amount of polyacyl ester benzene methyl acrylate polymer is generated to form a network conductive network, so that the emulsion hasstable conductive performance, thus the coating has anti-static function.

The invention relates to a flame-retardant and fluorescent luminescent fabric, which comprises an upper cotton cloth layer (1) and a lower cotton cloth layer (2). A basement layer (5) is compounded onto the lower surface of the lower cotton cloth layer. An anti-static layer (3) is arranged between the upper cotton cloth layer (1) and the lower cotton cloth layer (2). The anti-static layer is prepared by core-spun silk fibers. The fibers are composed of yarns (3.1) and metal wires (3.2). The metal wires are wound around the yarns. A flame-retardant coating (4) is covered onto the surface of the upper cotton cloth layer. The flame-retardant coating comprises a bottom flame-retardant polyurethane layer (4.1) and a top organic silicon oil layer (4.2). The basement layer is prepared by the fabric. The fabric comprises a fabric body, an intermediate layer and a light-emitting body, wherein the intermediate layer and the light-emitting body are disposed on the fabric body successively. The back surface of the light-emitting body is provided with a bonding layer. The front surface of the light-emitting body is provided with a fluorescent surface layer. The flame-retardant and fluorescent luminescent fabric is low in cost, bendable and variable. Meanwhile, the fabric is capable of emitting light, and is simple in structure, light in weight, convenient and flexible to use, easy to manufacture and long in service life. The fabric can be freely arranged according to requirements.

The invention relates to blended fabric with better dimensional stability. The blended fabric comprises pure cotton fabric (1), wherein a bamboo charcoal fiber layer (2) is arranged under the pure cotton fabric (1); an anti-static layer (3) is arranged under the bamboo charcoal fiber layer (2) and is made of core spun silk fibers, the core spun silk fibers comprise yarn (3.1) and metal filaments (3.2), and the yarn (3.1) is wound with the metal filaments (3.2); the bottom of the anti-static layer (3) is covered with a blended cloth layer (4) which is prepared from soybean fibers and pure cotton fibers through blending, and a base layer (5) is compounded under the blended cloth layer (4). The base layer is made of fabric, the fabric is formed through interweaving of warp yarn and weft yarn, the warp yarn and the weft yarn are arranged in a two-up and two-down mode, and the warp yarn adopts 50D/72F polyester drawn textured yarn; the blended yarn is not prone to shrinking and creasing and has the better dimensional stability.

The invention relates to a flame-retarding ceramic-particle-exposed textile fabric which includes an upper cotton cloth layer (1) and a lower cotton cloth layer (2). A base layer is laminated under the lower cotton cloth layer. An antistatic layer (3) is disposed between the upper cotton cloth layer and the lower cotton cloth layer and is made from core spun silk fibers. The core spun silk fiber includes a yarn (3.1) and a metal wire (3.2), wherein the metal wire twines the yarn. A flame-retarding coating layer (4) covers the surface of the upper cotton cloth layer and includes a flame-retarding polyurethane layer (4.1) in the bottom and an organic silicon oil layer (4.2) on the top. The base layer is made of a fabric which is composed of a base layer, a middle layer and a surface layer, wherein the base layer is integrated with the surface layer through the middle layer. Among the base layer and the surface layer, at least the surface layer is mesh cloth. The textile fabric is low in cost and is flexible and bendable. The textile fabric has excellent health-caring effects and has a cool feel since some of the ceramic particles are exposed.

The present invention relates to a flame retardant composite textile fabric including an upper cotton cloth layer (1) and a lower cotton cloth layer (2), a base layer (5) is compounded under the lower cotton cloth layer, an anti-static layer(3) is arranged between the upper cotton cloth layer (1) and the lower cotton cloth layer (2), the anti-static layer(3) is made from core-spun yarn fiber, the core-spun yarn fiber includes a yarn (3.1) and a metal wire (3.2), the metal wire winds the yarn, the surface of the upper cotton cloth layer (1) is covered with a layer of fire-retardant coating (4), and the fire-retardant coating (4) comprises a bottom fire-retardant polyurethane layer (4.1) and a top silicone oil layer (4.2). The base layer is made of a fabric, the fabric comprises a machine-woven fabric and a knitted fabric, the machine-woven fabric and the knitted fabric are bonded together by an adhesive. The flame retardant composite textile fabric is low in cost and bending-variable. One side of the flame retardant composite textile fabric is the machine-woven fabric, and the other side of the flame retardant composite textile fabric is the knitted fabric, so that garments prepared from the flame retardant composite textile fabric can be used in both sides, and are different in styles, novel and unique.

The invention discloses an anti-flaming anti-static audio/video wire which is made from polyvinyl chloride, fire retardant, anti-static agent, dispersing agent, filling agent and plasticizer, whereinmagnesium hydroxide is served as the fire retardant; fatty alcohol-polyoxyethylene ether is served as the anti-static agent; an ethylene-vinyl acetate copolymer is served as the dispersing agent; a carbon fiber is served as the filling agent; triethylene glycol dibenzoate is served as plasticizer; the weight parts of the components of the anti-flaming anti-static audio/video wire are as follows: 68-79 parts of polyvinyl chloride, 4-9 parts of magnesium hydroxide, 2-7 parts of fatty alcohol-polyoxyethylene ether, 1-6 parts of ethylene-vinyl acetate copolymer, 21-27 parts of carbon fiber and 3-8parts of triethylene glycol dibenzoate. The anti-flaming anti-static audio/video wire has the characteristics of excellent fire resistance, anti-static property, high strength, excellent abrasive resistance, processing convenience and high safety.

The invention relates to a flame retardant fabric material with patterns. The flame retardant fabric material with the patterns comprises an upper cotton cloth layer (1) and a lower cotton cloth layer (2), a base layer (5) is arranged under the lower cotton cloth layer in a composite mode, an anti-static layer (3) is disposed between the upper cotton cloth layer and the lower cotton cloth layer, the anti-static layer is made of core spun silk fibers, the fibers comprise yarns (3.1) and metal silks (3.2), the metal silks wind the yarns, a flame retardant coating (4) cover surface of the upper cotton cloth layer, and the flame retardant coating comprises a flame retardant polyurethane layer (4.1) at the bottom and an organic silicone oil layer (4.2) at the top. The base layer is made of fabrics which are formed by interweaving of warps and wefts, the structure of the fabrics is a 3/1 interweaving twill weave structure, the warps are 800D dacron super bright FDY, the wefts are 800D dacron super bright FDY, the warp density is 25/cm, the weft density is 16/cm, and spinning twists of the warps are 180/m. The flame retardant fabric material with the patterns has the advantages that the costs are low, and the material can be bent and changed. The patterns of the fabrics are formed through change of the fabric woven structure, and dyeing is not required after weaving is finished.