48results about How to "Appropriate softness" patented technology

A buckling device for disposable articles including a disposable article made up of a front piece with a fleece sticker, and a rear piece having adjusting buckle belts attached at both opposing lateral edges to be mutually fastened to the fleece sticker. The adjusting buckle belt has a buckling section made up of a plurality of jump-type fastening facets and flexible soft facets alternatively arranged at the inner lateral side to keep the proper softness of the buckling section. Thus, in buckling engagement, the fastening facets of the buckling sections will be firmly attached to the fleece sticker respectively in a jump-type manner with the flexible soft facets alternatively dividing the fastening facets so that both the front and rear parts of the buckling sections can be precisely buckled up with the fleece sticker preventing the buckling sections from being twisted or torn apart easily.

Disclosed is a pellicle having a mask adhesive layer having appropriate softness, having a small adhesive residue after being peeled off from a mask, and having good handling characteristics; and a pellicle for preventing position deviation of patterns, in particular in double patterning. The pellicle of the present invention includes a pellicle frame, a pellicle membrane disposed on one end surface of the pellicle frame, and a mask adhesive layer disposed on other end surface of the pellicle frame; wherein the mask adhesive layer includes 35 to 170 weight parts of a hardness adjuster (B) containing a polypropylene (b1) and a propylene based elastomer (b2) per 100 weight parts of a styrene resin (A); and in an electron microscopic photograph of the mask adhesive layer, a phase-separated structure of a continuous phase of the styrene resin (A) and a discontinuous phase of the hardness adjuster (B) is observed.

The invention provides a seat massage appliance, comprising a massage unit (30), equipped with a pair of treating finger tilted assembled on rotating massage axis (72) powered by massage generator (71); said treating finger (40) comprises a massage arm (5) supported by massage axis, supporting bar (60) supported by axle (51) in front of massage arm, and massage ball (41) installed in front of supporting bar. The massage appliance is characterized in that: the supporting bar is forced through spring by massage arm on direction of massage ball forwardly pushed, said spring is torsion spring (47), the coiling part (48) of which is inserted into axle, one end of said torsion spring is fixed on massage arm and the other end (47 b) is fixed on supporting bar.

The invention relates to a conveying belt, in particular to a high-abrasion-resistance anti-impacting aramid fiber core conveying belt and a production technology thereof. The conveying belt is formed by an aramid fiber canvas skeleton layer, anti-impacting and anti-tearing buffering layers, an upper covering rubber layer, a lower covering rubber layer and a side rubber layer; the anti-impacting and anti-tearing buffering layers are arranged at the upper side and the lower side of the aramid fiber canvas skeleton layer, and the aramid fiber canvas skeleton layer and the anti-impacting anti-tearing buffering layers, the adjacent anti-impacting anti-tearing buffering layers as well as the anti-impacting anti-tearing buffering layers, the upper and lower covering rubber layers and the side rubber layer are bonded through bonding glue and vulcanized into a whole; aramid fiber canvas is of a straight warp and straight weft structure, and warp-wise stress threads are composite thread ropes formed by doubling and twisting straight aramid fiber, nylon 66 composite thread ropes, aramid fiber plied yarn and nylon 66 plied yarn after twisting. A belt body of the high-abrasion-resistance anti-impacting aramid fiber core conveying belt has proper softness, and the anti-impacting capacity is enhanced. The anti-impacting anti-tearing buffering layers are additionally arranged, and the requirement for anti-impacting performance of an application environment with different impact types is met.

In order to provide a seat pad that is capable of obtaining good seating comfort and ensures adhesion between a ventilation member and a foamed resin foam that constitutes the seat pad, a seat pad (10) is provided that: comprises the ventilation member (20) having an external ventilation function; and is integrally foam-molded by using a foamed resin material (M) in a state in which the ventilation member (20) has been introduced. The seat pad comprises a covering member (30) that covers at least part of the ventilation member (20) in a boundary surface between the ventilation member (20) and the foamed resin material (M). This covering member (30) comprises an impregnation-suppressing material having a higher penetration suppressing function against the foamed resin material (M) than at least the ventilation member (20).

The invention discloses a moist and bright repair lip gloss and a preparation method thereof. The lip gloss comprises the following substances: walnut oil, linseed oil, rose infused oil, snow lotus herb infused oil, grape seed oil, macadamia nut oil, sweet almond oil, honey, vitamin E, lard oil, coconut oil, beewax, vaseline, mica powder and essence. Compared with the prior art, the suncrack symptom of the lip is nursed by using a plant essence, safe mica powder is adopted, and the lip is fuller, displays different colors, is applicable to different colors of lips and skins, and has fragrance smell, mild property, good moisture effect, high safety and nursing effect. The lip which is not maintained at ordinary times is repaired while beauty is enjoyed, and the lip is fuller.

The invention discloses a transfusion bag, which is moulded by polypropylene film of random propylene-ethylene block copolymer (A), wherein the (A) preparing method comprises the following steps through metallocene catalyst: obtaining 30-95% random propylene-ethylene block copolymer (A1) with only 7% propylene or ethylene; producing 70-5% random propylene-ethylene block copolymer (A2) with more ethylene weight than (A1) by 3-20%. (A) Flux fluid rate is 1-20g / 10 min, which displays single peak within not more than 0 deg.c in the temperature-consumption angle tangent curve to obtain DMA.