57results about How to "Full hardness" patented technology

Provided is a transparent conductive film having a hard-coat layer that has sufficient hardness and excellent resistance to both abrasion and contamination. Also provided are a touch panel and an electronic device using the transparent conductive film. The transparent conductive film (10) includes a transparent film base (11), a transparent conductive thin film (12), and a hard-coat layer (13). The hard-coat layer (13) is formed from a hard-coat-forming composition that contains (A) a hardening compound that has an acrylate group and / or a methacrylate group, (B) a reactive fluorine compound, and (C) a reactive silicon compound.

A pneumatic tire which has a base tread having sufficient rigidity, hardness and crack resistance, and sufficiently satisfies the compatibility among steering stability, ride quality and lowering of rolling resistance is provided. The pneumatic tire has a base tread comprising a rubber composition containing 0.5 to 10 parts by weight of a thermosetting resin based on 100 parts by weight of a diene rubber, wherein complex elastic modulus E* of the rubber composition measured at a measurement temperature of 60 DEG C and dynamic strain of 1 % is 8 to 15 MPa, tan delta is at most 0.15, and elongation at break EB of the rubber composition in a tensile test is at least 300 %.

The invention relates to a pivot hinge (1) with a first part (2) intended to be secured to a substantially stationary first member (20) and a second part (3) intended to be secured to a second member (30), the second hinge part being pivotable in relation to the first hinge part about a hinge axis (5). A connecting piece (4) is provided, where a first end (41) of the connecting piece is attached to the second hinge part and a second end (43) comprises means (44,45) for securing the connecting piece to the second member. The second end is arranged at a distance from the second hinge part seen in parallel with the hinge axis. The hinge may be used in a pivot window (10) with a sash (30) and a frame (20), where the sash may be turned in relation to the frame about the hinge axis (5). The hinge is secured to the surface of the frame member facing away from the sash member or in a recess (7) formed in an upper surface of the frame side member and the sash hinge part is connected to the sash side member via the connecting piece (4) spanning at least a part (25) of the frame member.

Provided is a room-temperature-curable polyorganosiloxane composition which minimises the deterioration of hardness of a cured product in high-temperature and high-humidity conditions, and which has excellent adhesiveness to a variety of base materials. The composition is a two-component room-temperature-curable polyorganosiloxane composition comprising a main agent composition (A), and a curing agent composition (B). The main agent composition (A) contains, at a predetermined ratio, polyorganosiloxane that has a resin structure represented by (c) average unit formula: (R1 3SiO1 / 2)p[Si(OH)xO(4-x) / 2]q. The curing agent composition (B) contains: (e) a trifunctional or tetrafunctional silane compound, or a partial hydrolysis condensate thereof; and (f) an amino group-containing silicon compound.

Provided is a steel for nitriding, which has a reduced strength before nitriding and therefore exhibits improved machinability. In the steel for nitriding, addionally, a nitrided layer with a large effective case depth can be formed for the purpose of improving the fatigue strength. A steel for nitriding, characterized by containing by mass 0.05 to 0.30% of C, 0.003 to 0.50% of Si, 0.4 to 3.0% of Mn, 0.2 to 0.9% of Cr, 0.19 to 0.70% of Al, 0.05 to 1.0% of V, and 0.05 to 0.50% of Mo, the contents of Al and Cr satisfying the relationship: 0.5% <= 1.9Al + Cr <= 1.8%, and the balance being Fe and unavoidable impurities.

The present invention relates to an active energy beam-curable inkjet ink comprising a polymerizable monomer, wherein when a cured film obtained upon curing the ink is measured under conditions including an oscillation frequency of 1 Hz, the loss tangent (tan delta) at the glass transition temperature is 2 or greater.

Provided is a tablet that dissolves rapidly in the mouth and that contains bepotastine or a pharmacologically acceptable salt thereof, bepotastine being a medicinal component having a bitter taste. The drug formulation masks masks the bitterness, combines excellent dissolving characteristics in the mouth with a sufficient degree of hardness, and can be produced at ordinary tablet production facilities. The present invention relates to a rapidly dissolving oral tablet containing bepotastine or the pharmacologically acceptable salts thereof, menthol or cyclodextrin, water-insoluble polymers, and a solubilizing agent, and, additionally, a production method for the rapidly dissolving oral tablet. This method relates to 1) a step of obtaining granules by mixing and granulating bepotastine or the pharmacologically acceptable salts thereof, the water-insoluble polymers, and, as the case may be, a diluting agent; 2) a step of obtaining granules for tableting by mixing the granules, menthol, and solubilizing agent, and, as the case may be, a lubricating agent and / or sweetening agent; and 3) a step of compressing and forming the granules into tablets.

Disclosed is an orally disintegrating tablet which comprises a high dose of a fat-soluble substance, can be produced by a dry tableting process, and can be disintegrated in an oral cavity rapidly. Also disclosed is a process for production of the tablet. The tablet can be produced by preparing a granule comprising a porous substance and a fat-soluble substance adsorbed onto the porous substance, mixing the granule with a sugar alcohol, crystalline cellulose and a lubricant homogeneously, and shaping the mixture into a tablet.

To provide a sustained-release solid pharmaceutical preparation having a quick-release part and a sustained-release part and stably having an excellent quick releasing characteristic with little pH dependency in an initial dissolution. The present invention relates to that, in a preparation containing a medical ingredient as an effective ingredient, particularly active analgesic ingredient, a sustained-release solid pharmaceutical preparation which is characterized in that it is a solid pharmaceutical form having a quick-release part and a sustained-release part and contains effective ingredient in both parts and the quick-release part contains a partly pregelatinized starch and a low substituted hydroxypropylcellulose as additives. In the preparation of the present invention, stable and quick initial dissolution behavior being independent upon pH is achieved even when some sustained-release part is contaminated in the quick-release part due to the difference in the tabletting method for multi-layered tablets. Furthermore, the preparation is practical as a preparation having a sufficient hardness in view of necessity that abrasion, breakage, crack, etc. are not generated when the tablet is coated.

The present invention provides a fast dissolving oral tablet, and a method for the production thereof, comprising the steps of: compressing a mixture of active ingredients, pharmaceutically allowable additives, and supercritical fluid-soluble substances to produce the tablets; and allowing the tablets to contact a supercritical fluid to extract supercritical fluid-soluble substances and form fine pores in the tablets.

The invention provides hard fat comprising a lipid composition and chocolate comprising the hard fat. The lipid composition comprises lipid A and lipid B. Trans unsaturated fatty acids account for 5% in mass of all the fatty acids composed of lipid. Mass ratio of components a and b in lipid A to component c in lipid B is shown in following formula: c / a+b=0.001-0.3. Referring to lipid A: (1) in the composing fatty acids, saturated fatty acids with number of carbon atom less than 14 account for 25-60% in mass, and saturated fatty acids with carbon atom number more than 20 account for less than 1% in mass, (2) in triglyceride of the fatty lipid, mass ratio of triglyceride (component a) with number of carbon atoms composing the fatty acid being less than 40 to triglyceride (component b) with number of total carbon atoms composing the fatty acid being 42-48 is shown in the following formula: a / b=0.2-1; referring to lipid B: (3) in the composing fatty acids, saturated fatty acids account for 95% in mass, and fatty acids with carbon number more than 20 account for less than 5% in mass, (4) in triglyceride of lipid, triglyceride with number of carbon atom composing the fatty acids being 50-54 account for 80% in mass.