Abstract: Two semiconductor chips are coupled to outer leads by means of tape leads so that the chips are spaced apart from each other. A space between the chips is filled with a mold resin.

Abstract: A semiconductor device includes lead frames (21) respectively having first main surfaces and second main surfaces opposite to each other, bonding being able to be performed on the first and second main surfaces, a first semiconductor chip (22) arranged on first main surface sides of the lead frames, first tape leads (23) electrically connecting the first main surfaces of the lead frames to the first semiconductor chip, a second semiconductor chip (24) arranged on second main surface sides of the lead frames, and second tape leads (25) electrically connecting the second main surfaces of the lead frames to the second semiconductor.

Abstract: A bath additive composition comprises an aluminum salt and a carbonate and makes the pH of bath water 8 or higher but less than 9 when the bath additive composition is dissolved in the bath water. The bath additive composition does not damage bathtubs, bath water heating devices, or the skin of users, provides a refreshing feel to the skin after bathing, and has an excellent ability of suppressing perspiration.

Abstract: Bathing preparations comprising a soluble aluminum carboxylate exhibit excellent dissolvability into bath water, and give a refreshing sensation to users during bathing and after bathing.

Abstract: Surfactant-containing seamless capsules of the present invention have an inner layer and an outer layer having a film-forming material. The inner layer contains an oily component and a surfactant component. Such surfactant-containing seamless capsules are produced using in multiple nozzle of triple or more having a sequentially increasing diameter. Since the capsules are excellent in emulsive dispersibility of the content liquid and surfactant dispersibility and solubility in the oily component, they can be used in pharmaceuticals, foods, luxury foods, bath additives, detergents and other fields.

Abstract: Bathing preparations comprising a soluble aluminum carboxylate exhibit excellent dissolvability into bath water.

Abstract: An extracted peach-leaf fraction, preparation method of the same and a bath-additive composition comprising the same is disclosed.The extracted peach-leaf fraction is prepared by extracting peach-leaves with water and/or a lower alcohol, and treating the obtained extract with activated charcoal.The peach-leaf fraction of the present invention has an excellent solubility and stability when dissolved in water, a high anti-inflammatory effect, and safety to the skin. Further, the bath-additive composition comprising the peach-leaf fraction has an excellent bathing effect without making the bath water turbid.

Abstract: A bathing preparation containing (a) fumaric acid, (b) a carbonate, (c) from 0.1 to 20% by weight, based on fumaric acid, of carboxymethyl cellulose, or an alkali metal salt thereof, having a viscosity of not higher than 2,000 cp in a 1.0% by weight aqueous solution at 25.degree. C., or at least 0.2% by weight, based on fumaric acid, of polyethylene glycol, and (d) not less than 0.02% by weight and less than 0.1% by weight, based on fumaric acid, of a nonionic surface active agent having an HLB of 7 or more. The bathing preparation causes neither floating of fumaric acid or foaming when it is dissolved in a bath nor foaming after it is dissolved and the bath is agitated.

Abstract: A chemical analyzer is disclosed in which a sample is supplied from a sample cup on a sample table to an array of reaction cups on a reaction table so that the reaction cups contain the same amount of sample, a reagent pipetting nozzle sucks an appropriate reagent solution from an array of reagent tanks and discharges the reagent solution into a corresponding reaction cup, the sample having reacted with the reagent solution is optically measured by a multi-wavelength photometer, a plurality of reagent tanks containing different reagent solutions are placed in a refrigerator with the openings of the reagent tanks being directed upward, the refrigerator is provided with a cover which has holes provided at positions corresponding to the openings of the reagent tanks, these holes are closed by a shutter except when the reagent pipetting nozzle is inserted into these holes, the array of reaction cups is immersed in constant-temperature-water contained in a reaction bath, the reaction bath is supplied with water wh

Abstract: An automatic chemical analyzer suitable for chemically analyzing a number of analysis items is disclosed. Samples in sample containers are sequentially dispensed to an array of reaction vessels using a first pipetting tube. Reagent solutions selected in accordance with the analysis items are fed to the reaction vessels using a second conductive pipetting tube. The reaction solutions in the reaction vessels are measured by a photometer. When the reagent solutions are sucked into the second pipetting tube, the liquid levels of the reagent solutions in the reagent containers are detected by a liquid level sensor formed by the second pipetting tube and a conductive electrode. The amounts of the reagent solutions remaining in the reagent containers are determined based on the position of the liquid level sensor and the numbers of times of dispense allowed to the reagent solutions with respect to the analysis items are displayed on a cathode ray tube.