Abstract: This cold storage is provided with: a first sliding door that opens/closes a cold chamber; a second sliding door that opens/closes the cold chamber, and is positioned between the cold chamber and the first sliding door when the cold chamber is fully open; a compressor disposed at a position that becomes closer to the closed end of the second sliding door than the closed end of the first sliding door when the cold chamber is fully closed; a fan that generates air flow passing the surroundings of the compressor; and a housing that accommodates the compressor, and has formed therein a blow port for blowing out the air flow toward the first sliding door and the second sliding door.

Abstract: Provided is a cold storage including: a sliding door; a lower frame for guiding a lower side of the sliding door, the lower frame having a recessed part; an upper frame for guiding an upper side of the sliding door; and a first sealing member having a first attachment part, which is a portion attached to the sliding door, and a first tip-end. A cross-sectional shape of the first sealing member is an arcuate shape. The first attachment part is located at the uppermost side of the first sealing member. The first tip-end is located at the lowermost side of the first sealing member. When a wheel of the sliding door drops into the recessed part, an outer peripheral surface of the first sealing member is brought into close contact with the upper frame or the lower frame.

Abstract: This seal structure of a cold storage comprises: a long member that has a magnetic portion configured from a magnetic material; and packing having a magnet that attracts and is attracted by the magnetic portion, a holding portion that holds the magnet, and a sealing portion that comes into close contact with the long member at a position further inward or outward of a cooling chamber than the holding portion when the cooling chamber is sealed, the packing increasing the distance between one portion of the magnet and the long member prior to increasing the distance between the other portion of the magnet and the long member during separation from the long member.

Abstract: This seal structure of a cold storage comprises: a long member that has a magnetic portion configured from a magnetic material; and packing having a magnet that attracts and is attracted by the magnetic portion, a holding portion that holds the magnet, and a sealing portion that comes into close contact with the long member at a position further inward or outward of a cooling chamber than the holding portion when the cooling chamber is sealed, the packing increasing the distance between one portion of the magnet and the long member prior to increasing the distance between the other portion of the magnet and the long member during separation from the long member.

Abstract: This cold storage is provided with: a first sliding door that opens/closes a cold chamber; a second sliding door that opens/closes the cold chamber, and is positioned between the cold chamber and the first sliding door when the cold chamber is fully open; a compressor disposed at a position that becomes closer to the closed end of the second sliding door than the closed end of the first sliding door when the cold chamber is fully closed; a fan that generates air flow passing the surroundings of the compressor; and a housing that accommodates the compressor, and has formed therein a blow port for blowing out the air flow toward the first sliding door and the second sliding door.

Abstract: Provided is a cold storage including: a sliding door; a lower frame for guiding a lower side of the sliding door, the lower frame having a recessed part; an upper frame for guiding an upper side of the sliding door; and a first sealing member having a first attachment part, which is a portion attached to the sliding door, and a first tip-end. A cross-sectional shape of the first sealing member is an arcuate shape. The first attachment part is located at the uppermost side of the first sealing member. The first tip-end is located at the lowermost side of the first sealing member. When a wheel of the sliding door drops into the recessed part, an outer peripheral surface of the first sealing member is brought into close contact with the upper frame or the lower frame.

Abstract: This refrigeration device is provided with: an evaporator configuring a refrigeration circuit; a cascade condenser configuring the refrigeration circuit; and a thermal insulation board arranged between the evaporator and the cascade condenser.

Abstract: A method includes irradiating printed matter, on which an ink containing a solvent is adhered, with light including a near infrared of a predetermined wavelength range, and measuring a spectrum, and determining a quantity of solvent content contained in the printed matter using a pre-created calibration curve model and the spectrum.

Abstract: An ultra low-temperature freezer includes: a casing that includes an exterior body having a first side surface and a second side surface laterally facing each other, an interior body, a heat insulation material, an evaporator, and a polyurethane; a hinge that includes a first hinge piece and a second hinge piece, with the first hinge piece being attached to the second side surface; and an outer door that has a third side surface and a fourth side surface facing the third side surface, with the second hinge piece being attached to the fourth side surface. The outer door includes an inner surface and an outer face provided forward of the inner surface, a heat insulation material including a vacuum heat insulation panel provided to the inner surface side, and a polyurethane provided between the heat insulation material and the outer face.

Abstract: A method includes irradiating printed matter, on which an ink containing a solvent is adhered, with light including a near infrared of a predetermined wavelength range, and measuring a spectrum, and determining a quantity of solvent content contained in the printed matter using a pre-created calibration curve model and the spectrum.

Abstract: This refrigeration device is provided with: an evaporator configuring a refrigeration circuit; a cascade condenser configuring the refrigeration circuit; and a thermal insulation board arranged between the evaporator and the cascade condenser.

Abstract: A handle is provided with a main unit base having an engaging pin, a door base having a rotating shaft, a knob portion, and a rotation stopper. The knob portion has an engaging groove. The engaging groove has an open end. At the door-locking position, the engaging groove and the engaging pin become engaged with each other, and at the door-unlocking position, the engagement is released. When the knob portion is located at the door-unlocking position, the rotation stopper positions the knob portion such that the engaging pin is located inside an extension range of the open end. The engaging groove has a pushing surface, which pushes the engaging pin at the time of the displacement of the knob portion.

Abstract: An ultra low-temperature freezer comprising: a casing that includes an exterior body having a first side surface and a second side surface laterally facing each other, an interior body, a heat insulation material, an evaporator, and a polyurethane; a hinge that includes a first hinge piece and a second hinge piece, with the first hinge piece being attached to the second side surface; and an outer door that has a third side surface and a fourth side surface facing the third side surface, with the second hinge piece being attached to the fourth side surface. The outer door includes an inner surface and an outer surface provided forward of the inner surface, a heat insulation material comprising a vacuum heat insulation panel provided to the inner surface side, and a polyurethane provided between the heat insulation material and the outer surface.

Abstract: A handle is provided with a main unit base having an engaging pin, a door base having a rotating shaft, a knob portion, and a rotation stopper. The knob portion has an engaging groove. The engaging groove has an open end. At the door-locking position, the engaging groove and the engaging pin become engaged with each other, and at the door-unlocking position, the engagement is released. When the knob portion is located at the door-unlocking position, the rotation stopper positions the knob portion such that the engaging pin is located inside an extension range of the open end. The engaging groove has a pushing surface, which pushes the engaging pin at the time of the displacement of the knob portion.

Abstract: A complex heat exchanger (1) according to the present invention includes a sub radiator (20) for cooling water-cooling cooling water passing through heavy current device (3), an air-cooled condenser (40) for cooling a air-conditioning refrigerant different from the water-cooling cooling water, and a water-cooled condenser (30) for performing heat exchange between the water-cooling cooling water and the air-conditioning refrigerant. The water-cooling cooling water flows into the sub radiator (20) after passing through the water-cooled condenser (30) and is cooled and then, the water-cooling cooling water is used for cooling of the heavy current device (3). The air-conditioning refrigerant cooled by the water-cooled condenser (30) flows into the air-cooled condenser (40).

Abstract: A combined heat exchanger includes a first heat exchanger, a second heat exchanger accommodated in a first tank of the first heat exchanger, and a third heat exchange disposed above or beneath the first heat exchanger. First refrigerant flowing in the first tank exchanges heat with second refrigerant flowing in the second heat exchanger, and the second refrigerant that has exchanged heat flows into a third tank of the third heat exchanger. The second heat exchanger includes a refrigerant flow-in port and a refrigerant flow-out port. The refrigerant flow-in/flow-out ports are disposed at positions opposed to each other on the first tank. The refrigerant flow-out port is connected with the third tank. According to the combined heat exchanger, the refrigerant flow-in/flow-out ports aren't protruded laterally outward from the second heat exchanger, and thereby layout flexibility of the refrigerant flow-in/flow-out ports can be improved.

Abstract: An integrated cooling system comprises a first cooling circuit including a first heat exchanger that cools a first cooling medium by a core portion arranged between an inlet tank and an outlet tank; a second cooling circuit including a second heat exchanger installed in the outlet tank to cool a second cooling medium by the first cooling medium, a pressure of the second cooling medium of the second heat exchanger being higher than that of the first cooling medium, in which at a power position that can secure in the first cooling circuit a minimum necessary amount of the first cooling medium for functioning the first cooling circuit, there is provided a fragile portion that is broken when applied with a pressure equal to or larger than a predetermined level thereby to permit communication between the interior and the outside of the outlet tank.

Abstract: A water-cooled condenser that exchanges heat between refrigerant of an air conditioner for a vehicle and coolant, and then send the refrigerant out to a air-cooled condenser through a refrigerant outlet port. The refrigerant outlet port is connected with the air-cooled condenser at a position that doesn't overlap a bumper reinforcement arranged in front of the air-cooled condenser at a front section of the vehicle when viewed along an airflow direction toward the air-cooled condenser. In the water-cooled condenser, the refrigerant that flows into the air-cooled condenser through the refrigerant outlet port flows much at a position that doesn't overlap the bumper reinforcement, so that superior heat radiation performance can be brought by a sufficient cooling airflow volume. Therefore, total heat radiation performance achieved by the air-cooled condenser and the water-cooled condenser can be improved.

Abstract: A vehicle heat exchanger assembly includes first and second heat exchangers including first and second heat exchange units, respectively, a blower and a fan shroud. The blower causes air to flow from the first heat exchanger to the second heat exchanger, and is arranged in an air passage formed in a space between the first and second heat exchange units. The fan shroud has an enclosing wall part disposed on an external periphery of the blower to substantially enclose the air passage formed between the first heat exchanger and the second heat exchanger, a support part supporting the blower, and a plurality of support stays extending from the support par toward the enclosing wall part to connect the support part and the enclosing wall part.

Abstract: An AC power supply apparatus used for an AC load of a high voltage such as a cold cathode tube. When a cold cathode tube is caused to emit a light, a DC voltage is on/off controlled at a predetermined ratio; thereafter, an AC signal of a high frequency is applied to the on/off controlled voltage in an oscillator circuit; then the resultant signal is boosted up to a predetermined level of voltage in a booster circuit; and thereafter, the AC power supply of the high voltage is applied to the load such as the cold cathode tube.