129results about How to "Condensation suppression" patented technology

The present invention provides a sound-transmitting membrane for a microphone, to be disposed to a sound-collecting opening of the microphone so as to allow sound to transmit through the membrane while preventing a foreign matter from entering into the microphone through the opening. This membrane for a microphone prevents the entry of a foreign matter, such as fine dust and water vapor, that is difficult for conventional sound-transmitting membranes to block, and ensures the microphone performance. This membrane for a microphone is composed of a nonporous film or a multilayer membrane including a nonporous film, has a surface density of 30 g / m2 or less, and has a sound transmission loss of less than 3 dB in a frequency range of 300 to 4000 Hz.

A high frequency heating apparatus (100) having a high frequency generating portion (13) and a steam generating portion (15) for generating steam into a heating chamber (11) for accommodating a thing to be heated and serving to supply at least one of a high frequency and steam into the heating chamber (11), thereby heating the thing to heated, includes a pan (21) which serves to mount the thing to be heated thereon and is provided to be upward removable apart from a bottom face of the heating chamber (11) at a predetermined interval, thereby dividing the space in the heating chamber (11), steam delivery means (29) for supplying the steam generated by the steam generating portion (15) into the upper space positioned above the pan (21), and preheating means (17) for raising the temperature in the heating chamber.

A gas sensor includes a gas detection chamber into which a detection gas is introduced, a detecting element and a compensating element each disposed in the gas detection chamber, a detection device which detects the concentration of a detection target gas contained in the detection gas, in accordance with a difference in electrical resistance values between the detecting element and the compensating element, and a dehumidifying element which is provided in the gas detection chamber, and reversibly absorbs water contained in the detection gas and drains off the water absorbed in the dehumidifying element.

An advanced humid air turbine power plant capable of suppressing condensation of moisture in a cooling channel, which is provided to cool a high-temperature component of a gas turbine, in a start up stage, a coast down stage, and a load varying state of the gas turbine. In the advanced humid air turbine power plant comprising a compressed air supply line for supplying compressed air generated by a compressor to the high-temperature component of the gas turbine, and a humidified air supply line for supplying humidified air generated in a humidifying tower to the high-temperature component of the gas turbine, the power plant further comprises valves capable of adjusting respective air flow rates in the compressed air supply line and the humidified air supply line. A coolant is switched over from the compressed air to the humidified air in the start up stage and the load increasing stage of the gas turbine, and from the humidified air to the compressed air in the load decreasing stage and the coast down stage, as well as in the event of an abnormality in a humidifying line.

A heat exchanging ventilating apparatus comprises an air supply channel which takes in the outside air and blows it out indoors, an air exhaust channel which takes in the indoor air and blows it out outdoors, and a plurality of heat exchanging elements for exchanging heat between the outside air which flows down in the air supply channel and the indoor air which flows down the exhaust air channel. The plurality of heat exchanging elements are arranged in series from the outdoor side toward the indoor side. In configuring the heat exchanging ventilating apparatus, the sensible heat exchanging efficiency of the heat exchanging element located on the most outdoor side is set higher than that of the heat exchanging element located on the indoor side adjacently to the heat exchanging element located on the most outdoor side or the latent heat exchanging efficiency of the heat exchanging element located on the most outdoor side is set lower than that of the heat exchanging element located on the indoor side adjacently to the heat exchanging element located on the most outdoor side to prevent bedewing and freezing of the heat exchanging element on the outdoor side.

A gas sensor includes a gas detection chamber into which a detection gas is introduced, a detecting element and a compensating element each disposed in the gas detection chamber, a detection device which detects the concentration of a detection target gas contained in the detection gas, in accordance with a difference in electrical resistance values between the detecting element and the compensating element, and a dehumidifying element which is provided in the gas detection chamber, and reversibly absorbs water contained in the detection gas and drains off the water absorbed in the dehumidifying element.

An air conditioner has an air conditioner casing in which air flows, an evaporator arranged in the air conditioner casing to cool air, an evaporator-side connector which protrudes from the evaporator toward an outer side of the air conditioner casing through an opening thereof, a piping-side connector, and a heat-insulating seal member. The piping-side connector and a refrigerant decompression member are respectively arranged at two ends of a piping group. A surrounding wall member surrounding the evaporator-side connector is erected at the air conditioner casing, so that a surrounding-shaped tip portion thereof projects beyond an end surface of a protrusion side of the evaporator-side connector. The heat-insulating seal member covers a whole area between the surrounding wall member and outer peripheral surfaces of the piping group.

The present invention provides a humidifier and a humidification heater with the same, which can prevent dewing on the humidifier body. The heater is provided with the following components: an air path (150) which communicates an opening with an air inlet (130) and an air outlet (140) of the external surface of the humidifier body (110); a blower fan (160) which is configured at the middle part of the air path; a heater (170) which is configured at downstream part of the blower fan of the air path; a humidification filter (230) which is configured downstream part of the heater of the air path; and a filter tank (250) of which the inner space forms one part of the air path. The humidification filter is configured in the inner space of the filter tank. The filter tank is fixed at a preset position of a humidification tank (220). The humidifier body is provided with a tank accommodating part (112a) for accommodating the humidification tank. The wall part of the filter tank is provided with a ventilation port (253) which communicates the air path at upstream part of the humidification filter with the space formed by the tank accommodating part.

A substrate plating method makes it possible to plate a metal, such as copper or a copper alloy, uniformly into fine recesses in a substrate without forming voids in the metal-filled recesses. The substrate plating method for filling a metal into fine recesses in a surface to be plated of a substrate includes carrying out first plating on the surface to be plated in a plating solution containing a plating accelerator as an additive, carrying out plating accelerator removal processing by bringing a remover, having the property of removing or decreasing the plating accelerator adsorbed on the plating surface, into contact with the plating surface, and then carrying out second plating on the plating surface at a constant electric potential.