Other

Sanyo Electric Co., Ltd.

Yasunori Ohama

Kiyoshi Kobayashi

Takuya Kajita

Ken Higuchi

Hikaru Katsuki

Hideo Maeda

Akira Okada

Toshimasa Tsukui

Jun Yamauchi

Masato Inuzuka

Junichi Goya

Yasuhiro Moteki

Jinzo Nagahiro

Harutaka Genno

Junichi Gouya

Keiko Kajita

Tetsushi Yamashita

Tomohiro Tabata

Mayumi Saito

Kozo Ninomiya

Yoji Aoyama

In a wall-hung air conditionerprovided with a vertical bladefor wind-direction change, a flap, and a fan guardat an outletof a housing containing a heat exchangerand a blower, the fan guardis provided with a plurality of wiresextending in the longitudinal direction of the outletand a pair of supporting bodiesandbundling the both ends of the wires, and the fan guardis installed with the plurality of wiresextended into a space between the vertical bladeand the flapand the pair of the supporting bodiesandare fixed and mounted onto the outletthrough one-touch operation.

Wall-hung air conditioner and installing device for air conditioner

In an air conditioner including an indoor heat exchanger and an indoor fan which are disposed in an indoor-side chamber, and an outdoor heat exchanger and an outdoor fan which are disposed in an outdoor-side chamber, the indoor-side chamber and the outdoor-side chamber being partitioned by a partition plate mounted on a bottom plate, the outdoor heat exchanger is disposed on said bottom plate, and the bottom plate is integrally formed with a dam member for damming up drain water flowing from at least one of the indoor heat exchanger and the outdoor heat exchanger. Further, a drain pan on which the indoor heat exchanger is mounted is disposed on the bottom plate, the partition plate is equipped with a drain opening through which drain water flowing from the indoor heat exchanger through the drain pan is flows to the bottom plate, and at least one of the drain pan and the partition plate is equipped with an intercepting member for intercepting flow of rain/wind from the outdoor-side chamber to the indoor-side chamber.

Integral-type air conditioner

In an air conditioner ( ) including an indoor-side chamber ( ) containing an indoor heat exchanger ( ) and an indoor fan ( ), and an outdoor-side chamber ( ) containing outdoor heat exchanger ( ) and an outdoor fan ( ), the indoor-side chamber ( ) and the outdoor-side chamber ( ) being partitioned by a partition plate ( ), the partition plate ( ) has a top panel ( ) having a ventilation opening portion and a ventilation shutter ( ) for opening/closing said ventilation opening portion ( ) to freely adjust the opening degree of said ventilation opening portion ( ). An indoor fan casing ( ) having a heater lower-portion mounting portion ( ) located above a drain pan ( ) is provided between the indoor fan ( ) and the partition plate ( ), and an electrical heater ( ) is disposed on the heater lower-portion mounting portion ( ) so that the electric heater ( ) is located above the drain pan ( ) through the lower-portion mounting portion ( ). The outdoor fan ( ) comprises an axial fan ( ), and an air guide member is equipped at the suction side of the axial fan ( ) to surely guide the air at the suction side of said axial fan to the axial fan.

When a single room unit 4 is connected to a compressor 2B of the outdoor unit 1, the room unit 4 is connected to a connection box 29 which is mounted on the outdoor unit 1. Instead, if two room units 5A and 5B must be connected to the outdoor unit 1, a connection box 37 is mounted on the back of the outdoor unit 1. The connection box 37 has branches each having valves 44A and 44B and expansion devices 43A and 43B. The two room units are connected to these branches of the connection box 37. Because of these optional connection boxes, the outdoor unit itself may be constructed in a compact form, and connection of multiple room units to the outdoor unit may be carried out conveniently and correctly in a simple manner.

Air conditioner

An ejector-type gas nozzle 17 including a liquid nozzle and a gas nozzle is used. Raw material water A in ozone reaction tank 1 is pumped and pressurized by pump 19 to use it circulatingly as water jet A of the ejector gas nozzle 17. The liquid nozzle of ejector-type gas nozzle 17 introduces the water jet A into the raw material water A in the ozone reaction tank 1. Ozone gas is sucked by negative pressure to be generated along the stream of water jet A so that it is injected into the raw material water A from the gas nozzle of ejector-type gas nozzle 17 as fine gas bubbles. A high concentration ozone water solution is produced by dissolving ozone into the raw material water A due to the gas-liquid reaction between the ozone fine gas bubbles and the raw material water A.

Method of and apparatus for producing a high concentration ozone water

Growing community of inventors

Ota, Japan

Yasunori Ohama