46results about How to "Good wearing feeling" patented technology

The invention relates to a planar mask for efficiently filtering PM 2.5. The planar mask comprises a mask body used for covering the mouth and the nose of a wearer. A pair of ear hooking portions are formed on the two sides of the mask body in an extending mode and used for being hooked on the ears of the wearer. The mask body is of a three-layer structure in a stacked mode, and the three-layer structure comprises a polypropylene fiber spunbonded non-woven fabric outer layer, a superfine fiber electret melt-blown non-woven fabric middle layer and a polypropylene fiber spunbonded non-woven fabric inner layer in sequence from outside to inside. The weight per unit area of the superfine fiber electret melt-blown non-woven fabric middle layer is 20-60g / m<2>. The planar mask for efficiently filtering the PM 2.5 has the advantages of being high in filtration rate and low in choked flow, has prominent obstruction and capturing capability for the PM 2.5 and is good in breathability, low in weight, comfortable to wear and high in PM 2.5 filtering efficiency in high level. The filtering efficiency can reach up to more than 99%, the weight is low, and breathability and comfortable sensation of the mask are ensured at the same time.

In a conventional thin absorbent article, recesses formed from a top layer to an absorbent layer are easily compressed when the absorbent article is compressed by a body weight in a wet state. To solve the problem, a top layer 5 is formed of two sheets of air-through non-woven clothes 5a, 5b. An absorbent layer 4 comprises hydrophilic fibers and hot-melt synthetic fibers. With hot meltability of the synthetic fibres, the hot-melt synthetic fibers and the hydrophilic fibers are combined together to form a high wet strength. Thus, in a wet state and under a body weight, the recesses are not easy to be compressed so that liquid can be absorbed into the absorbent layer from the recesses.

The invention relates to a sports sole with a shock-absorbing device. The shock-absorbing device comprises a glucolipoid film TPU (Thermoplastic polyurethane resin) bracket matched with an EAV (ethylene-vinyl acetate copolymer) midsole and a substrate, and the bracket downwards forms a set of mutually jointed adipose tissue-shaped hollow vesicular structures, wherein the glucolipoid film bracket is in an asymptotic wave shape and is convex in the middle and concave at both sides; and the vesicular structures downwards form a part which is convex in the middle and on the lower part and concave at both sides in the middle. During doing sports, the shock-absorbing device bears the impact force, and the bracket and the vesicular structures firstly absorb pressure to generate deformation to carry out shock absorbing buffering. The TPU ring has perfect stretching capacity, and the material of the device has superstrong resilience and can recover to an original shape instantaneously and rebound to convert into starting force. The shock-absorbing device is completely jointed with the EAV midsole and the EAV substrate to lock the heel and prevent sport injuries so as to ensure that a wearer has perfect wearing feels and technological experience.

A headset for using an electronic device worn on a head, includes an ear clip formed to have a shape conforming to and wearable on a root of auricle. The ear clip includes a core that can plastically be deformed according to a difference between shapes of the root of auricle and a protecting material that covers the core.

A touch type artificial fingernail comprises a film fingernail body, a pattern layer, a double-faced adhesive tape body and a stripping tape. The double-faced adhesive tape body is connectedly attached to the lower portion of the fingernail body, and a plurality of bending portions and connection portions of a plurality of first cutting lines in linear shapes are formed vertically on the double-faced adhesive tape body. The stripping tape is separably connected to the lower portion of the double-faced adhesive tape body, larger than the double-faced adhesive tape body in area and provided with a plurality of second cutting lines, and the second cutting lines are formed at same positions of the first cutting lines and vertically penetrate through the stripping tape. The stripping tape is provided with a grip which is connected to the periphery of the stripping tape and protruding from the same, and the grip is arranged at a position protruding from the periphery of the fingernail body. The touch type artificial fingernail can be attached to nails without bubbles or wrinkles, and reduction of an adhesion area can be prevented so as to improve adhesive force. Therefore, the touch type artificial fingernail is easily applicable to wearers with different fingernail curvatures.

An earphone is disclosed. The earphone comprises an external auditory meatus insertion member, a casing and a driver unit. At least a part of the external auditory meatus insertion member is insertable into an external auditory meatus. The external auditory meatus insertion member is attached to the casing. The driver unit is disposed within the casing to generate sounds. The casing includes a front space formed in front of the driver unit, a sound guide hole in communication with the front end of the front space to cause sounds to impinge on the external auditory meatus, and a rear space formed in the rear of the driver unit.

Provided is a mouthpiece that includes an olefin polymer (A) having C2 or 3 repeating units and is provided with a constituent part (X) having a flexural modulus ([alpha]) at 23 degree centigrade thatsatisfies 80 MPa <= [alpha] <= 1000 MPa.

Disclosed are clothes with cup parts such as brassieres in which a back fabric is divided into sections along the front-back and vertical directions and a stretching power is specified for each of these sections depending on the function thereof so as to establish, as a whole, excellent shape-defining properties, minimized unevenness and comfortableness in wearing. Specifically disclosed are clothes at least equipped with a cup part (2), a back fabric (4) extending from the underarm side of the cup part to the back side and a strap (5), wherein the back fabric (4), which comprises a stretchable fabric, has an upper edge (4a), a lower edge (4b) that is longer than the upper edge, a front edge (4c), a back edge (4d) that is shorter than the front edge, and an oblique edge (4e) that connects the back end of the upper edge with the upper end of the back edge, and is divided into at least four sections depending on the difference in stretching power strengths in the front-back direction. Namely, the stretching power is strongest in the upper part in the front side (41) and gradually decreases in the lower part in the front side (42), the upper part in the back side (43) and the lower part in the back side (44) in this order. The back fabric is also stretchable in the vertical direction and the oblique edge (4e) thereof extends toward both the lower part in the back side (44) and the upper part in the back side (43). The strap (5) is attached along the full length of the oblique edge.

Disclosed is a method for producing an ocular lens material which comprises a step for reacting and covalently bonding a compound having a phosphorylcholine group represented by the formula (1) below with the surface of an ocular lens material. This method for producing an ocular lens material is characterized in that a phosphorylcholine group-containing compound represented by the formula (2) below is reacted with an ocular lens material having an OH group in any one of water, an organic solvent and a water-organic solvent mixture, thereby being covalently bonded thereto by an acetal bond. The object of the present invention is to provide an eye lens material that prevents protein adsorption and a method of manufacturing thereof. In the formula (2), n is a natural number of 1-18.

A gold shoe has an outer shoe sole (10), wherein the outer shoe sole has a substrate (16) and a plurality of protuberances (18) protruding downwards from a bottom surface of the substrate. The distance from an end (12) of a shoe head side in the length direction at the bottom surface of the substrate (16) is 10%-40% of the length (L), an area (Z) of an outer side is formed in a width direction compared to the longest line (L1) which can be drawn at the bottom surface, the ratio (Pl) between the area (S1) of the portion of the bottom surface covered by the protuberances (18) and the area (S) of the bottom surface is more than 20%. Within the area (Z), there are more than ten protuberances (18) of which the area (S2) of grounding surfaces is more than 1 mm<2> and lower than 36 mm<2>. The ratio (P2) between the total area (S2) of the grounding surfaces of the all protuberances (18) of the area (Z) and the area (S1) is lower than 45%. The hardness of the Asker A of the protuberances is more than 50.

The present invention relates to glasses holding band with soft material useful for clipping glasses (G). Seams (3) are disposed along the long sides of the bands, and backend portions (1b) of cylindrical clipping portions (1) at a pair of temples (T) of the glasses clipped by the bands are respectively connected by connection portions (2). The glasses (G) are provided with the bands which are installed on the pair of temples (T), the bands cause no wrinkle and always maintain a comfortable feeling even when the temples installed in the bands are dragged.

A band-form woven-fabric structure which is formed by weaving from non-fusion-bondable synthetic fibers and fusion-bondable synthetic fibers including in the fiber surface a fusion-bondable ingredient having a softening point lower by at least 30 DEG C than that of the non-fusion-bondable synthetic fibers, wherein the fusion-bondable synthetic fibers are used as at least part of the weft in the woven-fabric structure and have undergone a heat treatment at a temperature not lower than the softening point of the fusion-bondable ingredient, whereby the fusion-bondable synthetic fibers have been fusion-bonded to themselves or to the non-fusion-bondable synthetic fibers. According to this woven-fabric structure, a band-form woven-fabric structure, e.g., a webbing for seat belts, can be efficiently produced which, even when used repeatedly, retains the weft-direction rigidity over long and is less apt to twist and which is soft and easy to handle.

The invention provides a benzotriazole compound ultraviolet light absorber as well as a preparation method and application thereof. A molecular formula structure of the ultraviolet light absorber is as shown in the specification. In the formula, R represents -H, -CH3 and -C2H5; and R' represents -H and -OH. The invention further discloses a preparation method of the ultraviolet light absorber and finishing application of the ultraviolet light absorber on a polyester fabric. According to the technical scheme, the novel benzotriazole compound has strong ultraviolet light absorption capacity in a wavelength range of 300-400nm. When being applied to finishing a fabric with an ultraviolet resistant function in the polyester fabric, the ultraviolet light absorber has an excellent ultraviolet resistant function, the polyester fabric is endowed with good hygroscopicity and antistatic property, and the discomfort feeling of polyester clothing which is poor in hygroscopicity and stuffy to wear and easily causes static electricity is changed.

The invention provides a press type hairpin. The hairpin comprises an upper member made of a resin material; a metal sheet, which is accommodated in the upper member along the length direction, and has an exposed support; and a lower member, which is hinged to the support of the upper member. The upper member and lower member bind the hairs together. A metal sheet is embedded into a resin substrate. The decorative effect and wearing sense can be guaranteed. Moreover, in massive production, the position of metal sheet is correctly maintained, and the durability of hairpin is guaranteed.

The present invention provides an absorbent article which can give softness to the skin when worn even if it is a thin absorbent article, and which can prevent the shifting of cellulose wadding and the breakage of cellulose wadding in an absorbent body. An absorbent article 1 comprising an absorbent body 4 interposed between a liquid-permeable top sheet 3 and a liquid-impermeable back sheet 2, wherein thermally-bonded fiber layers are arranged on the upper side and the lower side of the absorbent body 4, respectively. 6, 6, by applying a plurality of linear prints 7, 7 ... formed in the direction along the substantially longitudinal direction of the absorbent article 1, the thermally weldable fiber layer disposed on the upper surface side of the absorbent body 4 6 and the thermally weldable fiber layer 6 disposed on the lower surface side of the absorber 4 are bonded to each other.

A compression groove base point (16) is formed where compression grooves (12) formed in left-right symmetry on both sides of a center line (CL) that runs in the longitudinal direction of a sanitary napkin (1), or where lines that extend from the center lines of the compression grooves (12) intersect at a position corresponding to the anterior (31) of the intergluteal cleft of a wearer, and a left-right pair of outer line inflection points (17) are formed on the outer line at the rear edge of the sanitary napkin, said outer line being formed in a wave shape having left-right symmetry. Easily-deformed sections (18) according to compression grooves (10) are provided on or near two imaginary lines (S), which join the compression groove base point (16) and the left and right outer line inflection points (17) and have a separation width that gradually widens towards the rear, and said easily-deformed sections (18) easily deform in the transverse direction of the sanitary napkin (1) in whichthe compressed grooves (10) serve as the proximal end.

The present invention provides a monomer composition for contact lenses useful for producing contact lenses having excellent surface hydrophilicity, oxygen permeability, mechanical strength and wearing feeling. Further provided are a contact lens polymer obtained from the composition and a contact lens. The composition contains: a specific amount of (A) phosphorylcholine-containing methacrylate monomer; (B) selected from (meth)hydroxyethyl acrylate, (meth)hydroxypropyl acrylate, (meth) base) one or more hydroxyl-containing monomers in the group consisting of hydroxybutyl acrylate, hydroxyethyl acrylamide, ethylene glycol monovinyl ether and diethylene glycol monovinyl ether; (C) siloxane-containing (D) a siloxane-based (meth)acrylate; and (E) a crosslinking agent.

The purpose of the present invention is to provide a toothguard which has a good feeling of wearing and is not susceptible to breakage or deformation. In order to solve the problem, the tooth protector according to the present invention comprises: a pair of tooth protector main bodies comprising an upper jaw tooth protector main body to be worn on the upper jaw and a lower jaw tooth protector main body to be worn on the lower jaw; a positioning member for restricting rearward displacement of the lower jaw toothguard main body; and a support part which is disposed between the positioning member and the main body part so as to cover a part of a surface of at least one of the maxillary tooth guard main body part and the mandibular tooth guard main body part, said surface facing a surface to be worn on a tooth row, and which supports the positioning member. The support portion includes a material having a bending elastic constant different from that of the toothguard body portion.

Disclosed are clothes with cup parts such as brassieres in which a back fabric is divided into sections along the front-back and vertical directions and a stretching power is specified for each of these sections depending on the function thereof so as to establish, as a whole, excellent shape-defining properties, minimized unevenness and comfortableness in wearing. Specifically disclosed are clothes at least equipped with a cup part (2), a back fabric (4) extending from the underarm side of the cup part to the back side and a strap (5), wherein the back fabric (4), which comprises a stretchable fabric, has an upper edge (4a), a lower edge (4b) that is longer than the upper edge, a front edge (4c), a back edge (4d) that is shorter than the front edge, and an oblique edge (4e) that connects the back end of the upper edge with the upper end of the back edge, and is divided into at least four sections depending on the difference in stretching power strengths in the front-back direction. Namely, the stretching power is strongest in the upper part in the front side (41) and gradually decreases in the lower part in the front side (42), the upper part in the back side (43) and the lower part in the back side (44) in this order. The back fabric is also stretchable in the vertical direction and the oblique edge (4e) thereof extends toward both the lower part in the back side (44) and the upper part in the back side (43). The strap (5) is attached along the full length of the oblique edge.