Sanyo Electric Co., Ltd.

Tonen Corporation

Tonen Chemical Corporation

Osaka Organic Chemical Industry Co., Ltd.

Miura Dolphins Co., Ltd.

Other

Ohtsuka; Masahisa

Ohtsuka, Masahisa, Ohizumimachi

Masahisa Ohtsuka

Toshitake Nagai

Kazuo Hirano

Taiji Kambayashi

Yuichiro Miura

Takayuki Nate

Koji Sato

Norio Sawada

Takahide Kakinuma

Yonezo Ikumi

Masato Watanabe

Keiko Kurokawa

Kohei Kubota

Toshimitsu Tsukui

Haruhiko Tanaka

Hitoshi Tsukahara

Koiti Nagata

Yasumasa Sugiyama

An object of the invention is to settle an unbalanced refrigerant flow in a heat exchanger thereby to improve a heat exchanging efficiency. In a heat exchanger having a refrigerant conduit provided through a plurality of fins, the refrigerant conduit is divided into a plurality of sets, each consisting of a plurality of parallel conduits, and parallel conduits of a set are put in communication with each other at ends thereof and in communication, through a single passage, with ends of parallel conduits of another set.

Heat exchanger and cooling apparatus mounted with the same

A refrigeration cycle including a compressor, an indoor heat exchanger, an expansion, an outdoor heat exchanger and a six-way change-over valve having a refrigerant passage through which refrigerant flows in a refrigerant circuit comprising the compressor, the indoor heat exchanger, the expansion and the outdoor heat exchanger, wherein the six-way change-over valve serves to selectively switch the refrigerant passage so that the refrigerant passing in the indoor and outdoor heat exchangers flows in the same direction at any time when the refrigerant cycle is switched to a cooling operation cycle and to a heating operation cycle.

Refrigeration cycle using six-way change-over valve

Artificial snow granule in granule form comprising a super absorbent polymer in granule form as a nucleus and an ice layer surrounding the nucleus is provided here. An aggregate form is provided by linkage of adjacent ice layers and/or granules. Further, a snow granule quality improver is provided. A method for making the above-mentioned snow granule in a granule or an aggregate form is also provided here.

Artificial snow in an aggregate form of snow granules

A refrigerant flow amount control valve has a construction for adjusting the amount of flow of a refrigerant in a predetermined range and a bypass for allowing the refrigerant to flow without passing through the construction when the valve is in an open state. The construction and the bypass are disposed in parallel to form a common refrigerant flow path through the valve.

Refrigerant flow amount control valve and refrigerating apparatus

Artificial snow granule in granule form comprising a super adsorbent polymer in granule form as a nucleus and an ice layer surrounding the nucleus is provided here. An aggregate form is provided by linkage of adjacent ice layers and/or granules. Further, a snow granule quality improver is provided. A method for making the above-mentioned snow granule in a granule or an aggregate form is also provided here.

Artificial snow granule in granule form comprising a super absorbent polymer in granule form as a nucleus and an ice layer surrounding the nucleus is provided here. An aggregate form is provided by linkage of adjacent two ice layers and/or two granules. Further, a snow granule quality improver is provided. A method for making the above-mentioned snow granule in granule or an aggregate form is also provided here.

Artificial snow granule in granule form comprising a super absorbent polymer in granule form as a nucleus and an ice layer surrounding the nucleus is provided here. Artificial snow granule in an aggregate form of snow granule granules comprising super absorbent polymer in granule form as nucleus and ice layers surrounded the nucleus wherein said aggregate form is caused by a linkage of the adjacent ice layers and/or granules. Further, a snow granule quality improver is provided. A method for making the above-mentioned snow granule in granule or an aggregate form is also provided here.

Artificial snow granule

A method for easily making an ice slab serving as the foundation of an artificial snow skiing field and artificial snow whose upper layer is powdery by flooding aqueous slurry made by adding water to granular wet water absorbent polymer on a slope of a natural skiing field or a slant or horizontal surface of a natural skiing field or indoor artificial snow skiing field equipped with a cooling system, obtaining the deposit layer of the granular wet water absorbent polymer in which water is separated from the slurry and freezing the deposit layer.

Method for making ice slab and/or artificial snow

A snow composition is here provided which comprises of

Snow composition and method for making artificial snow

Disclosed is an air blower apparatus for conditioning a room, including synthetic resin components which come in contact with air flow. The synthetic resin components are molded from polypropylene resin, to which at least one antimicrobial agent selected from diphenylethers, N-haloalkylthio compounds, benzimidazoles, organic arsine compounds and metal alumino-silicate hydrate is mixed prior to molding of the components.

Growing community of inventors

Ojimamachi, Japan

Toshitake Nagai