Abstract: An air blowing from an outdoor unit passes through a vaporization filter installed to face an air outlet of an outdoor unit. The working water W is dropped from a water supply pipe above the vaporization filter, and the working water W flowing down from a filter constituent plate is collected in a water storage tank. The working water W is supplied to the water supply pipe by using a water supply pump. The working water W is circulated between the water storage tank, the water supply pipe, and the vaporization filter. The air blowing discharged from the outdoor unit and passed through the vaporization filter is deprived of the heat of vaporization, and the temperature of the air blowing from the outdoor unit exhaust cooling device is lowered.

Abstract: An air blowing device includes: an air blower provided in connection with a support stand, the air blower being configured to generate rising air; a support frame attached to the support stand; and a wind-direction changing device configured to change a wind direction to a direction crossing a direction of the rising air upon receipt of the rising air, wherein descending air blown to periphery around the air blower is generated by the wind-direction changing device, and the wind-direction changing device is supported by the support frame.

Abstract: A transportable breakroom box is disclosed that comprises: a box as a breakroom having a floor space equal to or less than ten square meters; a sliding door; a vaporization filter; a water storage tank that stores water to be supplied to the vaporization filter; and a water supply pump; an exhaust blower; and, one or both of a hanging hook used for hanging, the hanging hook being provided on a shingle of the box, and a floor beam to which forks of a forklift truck can be hooked, wherein, the exhaust blower sucks and discharges air in the box, and sucks outside air through the vaporization filter, and water supplied to the vaporization filter and dripped down from the vaporization filter is collected in the water storage tank.

Abstract: A transportable breakroom box is disclosed that comprises: a box as a breakroom having a floor space equal to or less than ten square meters; a sliding door; a vaporization filter; a water storage tank that stores water to be supplied to the vaporization filter; and a water supply pump; an exhaust blower; and, one or both of a hanging hook used for hanging, the hanging hook being provided on a shingle of the box, and a floor beam to which forks of a forklift truck can be hooked, wherein, the exhaust blower sucks and discharges air in the box, and sucks outside air through the vaporization filter, and water supplied to the vaporization filter and dripped down from the vaporization filter is collected in the water storage tank.

Abstract: An air blowing device includes: an air blower provided in connection with a support stand, the air blower being configured to generate rising air; a support frame attached to the support stand; and a wind-direction changing device configured to change a wind direction to a direction crossing a direction of the rising air upon receipt of the rising air, wherein descending air blown to periphery around the air blower is generated by the wind-direction changing device, and the wind-direction changing device is supported by the support frame.

Abstract: With respect to an automatic transmission in a motor vehicle, which transmission has a vehicle speed-sensitive governor valve and a throttle valve responsive to the intake manifold vacuum, the control system comprises a solenoid-operated selector valve which causes the vacuum chamber of the throttle valve to communicate with either the intake manifold or the atmosphere and a temperature-sensitive switch which is attached to the engine for energizing the selector valve, so that the vacuum chamber is allowed to communicate exclusively with the atmosphere when the engine temperature is not high enough to allow after-burning of the exhaust gas in a thermal reactor attached to the engine, resulting in occurrence of a shifting at a higher engine speed.

Abstract: Two bimetallic leaf valves having thermal hysteresis characteristics different from each other are provided to permit or inhibit transmission of engine induction passage vacuum to a distributor motor to advance or retard the ignition timing in accordance with engine temperature of the time of start of the engine and within a predetermined temperature range after starting the engine.