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Now showing items 1 - 16 of 99

  • AIR CONDITIONING SYSTEM

    In the present invention, a communicating hole (54) that communicates between a first space (R1) and a second space (R2) is formed in a partition (WA) that separates the first space (R1) from the second space (R2). An air conditioning system (100) is provided with an air conditioning device (1) and a blower (50). The air conditioning device (1) is configured so as to blow a first airflow (B1) and a second airflow (B2), and so as to guide at least the second airflow (B2) to the communicating hole (54). The blower (50) is configured so as to guide at least the second airflow (B2) that has passed through the communicating hole (54) to inside the second space (R2).
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  • AIR-CONDITIONING SYSTEM

    Provided is an air-conditioning system such that a plurality of rooms can be air-conditioned, and initial and running costs can be reduced. An air conditioner (10) is installed in a first space (A), and is configured so as to adjust the temperature detected by a first room temperature detection means (100A) to a first target temperature. An air blower (20) is configured so as to send air from the first space (A) to a second space (B) so that the temperature detected by a second room temperature detection means (100B) is close to a second target temperature.
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  • VENTILATION DEVICE AND DEFROSTING CONTROL METHOD

    A ventilation device wherein a control device is configured so as to perform a first defrosting operation with respect to a first heat exchanger (total heat exchanger) at a first time (Ts1) after the elapse of a first idle time from the fulfillment of a first frost formation condition. The control device is configured so as to perform a second defrosting operation with respect to a second heat exchanger (outdoor heat exchanger) at a second time (Ts2) after the elapse of a second idle time from the fulfillment of a second frost formation condition. The control device is configured to perform a third defrosting operation for defrosting both the first heat exchanger and the second heat exchanger at the first time (Ts1) when the second frost formation condition is fulfilled during the first idle time. The control device is configured so as to perform the third defrosting operation (synchronous defrosting operation) at the second time (Ts2) when the first frost formation condition is fulfilled during the second idle time.
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  • AIR CONDITIONING SYSTEM

    A first air conditioning device (1) has a first refrigerant circuit and supplies air to an indoor space. A second air conditioning device (2) has a second refrigerant circuit and supplies air to the indoor space. A control device (30) controls the first and the second air conditioning devices (1, 2). The first and the second refrigerant circuits each include a compressor, a condenser, an expansion valve, and an evaporator and each is configured so that a refrigerant is circulated, in order, through the compressor, the condenser, the expansion valve, and the evaporator. During cooling operation of the first and the second air conditioning devices (1, 2), when a first refrigerant evaporation temperature of the first refrigerant circuit is higher than a second refrigerant evaporation temperature of the second refrigerant circuit, the control device (30) decreases the difference between the first refrigerant evaporation temperature and the second refrigerant evaporation temperature by increasing the operating frequency of the compressor in the first refrigerant circuit and decreasing the operating frequency of the compressor in the second refrigerant circuit.
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  • NEBULIZER AND NEBULIZER KIT

    A nebulizer kit (1) having: an atomizer section (210) that generates aerosol; and particle sorting paths (111, 121) connected to the atomizer section, that sort liquid particles included in the aerosol and adjust the distribution of the aerosol particles, then guide the aerosol towards a discharge port. The particle sorting paths comprise: a first particle sorting path (111) having a substantially uniform cross-sectional area in a first direction; and a second particle sorting path (121) comprising an internal end wall (123) curving from the first direction and facing a second direction included in substantially the same plane as the first direction. The first particle sorting path guides the aerosol along the first direction towards the second particle sorting path. The internal end wall of the second particle sorting path adsorbs aerosol particles having a particle diameter of at least a set value and guides the aerosol in the second direction.
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  • Printability of defects in Talbot lithography

    Sato, Takashi   Yamada, Akiko   Suto, Takeshi   Inanami, Ryoichi   Matsuki, Kazuto   Ito, Shinichi  

    We conduct a simulation and experiment to investigate the effect of a defect on the pattern size around the defect in ArF Talbot lithography proposed for submicron pattern transfer. We confirm that the focal depth is more than 1 micron even if a defective mask is used. Talbot lithography with a 1:1 mask is more resistant than reduction projection lithography against the effects of mask defects. (C) 2015 Elsevier B.V. All rights reserved.
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  • AIR CONDITIONING SYSTEM

    The present invention comprises: an input unit that at least inputs information pertaining to a user priority order determination method and human physical factors which are elements that specify people; a variable device that changes environmental factors which are elements that specify the environment; and a control unit which determines a user priority order on the basis of the information input from the input unit and sets the values of the environmental factors within a comfortable range by controlling the variable device. If there is a plurality of current users, the comfortable range is determined in accordance with the priority order of the current users within the priority order.
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  • AIR-CONDITIONING CONTROL SYSTEM

    This air-conditioning control system is provided with the following: a discharge means that discharges air from a plurality of indoor spaces to the exterior thereof; an air intake/discharge amount regulation means provided in each of the plurality of indoor spaces; a control means that controls the discharge means and the air intake/discharge amount regulation means; and a device-information collection means that acquires indoor information relating to the plurality of indoor spaces. Each air intake/discharge amount regulation means connects the interior of the corresponding indoor space to the exterior thereof and is capable of regulating the amount of air that passes through said air intake/discharge amount regulation means. On the basis of the indoor information that is acquired by the information collection means and relates to the plurality of indoor spaces, the control means selects one of the following operating modes and controls the air intake/discharge amount regulation means and the discharge means in accordance with the selected operating mode: a normal ventilation mode in which the air intake/discharge amount regulation means in each indoor space is set to a first airflow-amount setting and the discharge means is engaged; and an outside-air air-conditioning mode in which the air intake/discharge amount regulation means are set to a second airflow-amount setting in which, compared to the first airflow-amount setting, the amount of air passing through the air intake/discharge amount regulation means installed in a specific indoor space increases relative to the amount of air passing through each air intake/discharge amount regulation means installed in an indoor space other than said indoor space and the discharge means is engaged.
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  • BLOOD PRESSURE MEASURING CUFF AND METHOD FOR MOUNTING SAME

    The present invention relates to a blood pressure measuring cuff which is wrapped around a portion where blood pressure is to be measured, the cuff being wrapped in one direction along the circumferential direction of the portion. The blood pressure measuring cuff is provided with a band-like body (11) which is formed by enveloping a fluid bag (12) with: an inner fabric (5) which is adapted to be in contact with the portion where blood pressure is to be measured; and an outer fabric (4) which faces the inner fabric. The blood pressure measuring cuff is also provided with: a ring (6) which is mounted to the inner peripheral end (11e)-side region of the outer fabric (4) through a ring mounting member (7); and a surface fastener (3) which is provided to the outer peripheral end (11f)-side region of the inner fabric (5). The ring (6) has a temporary retention structure (60). During the mounting of the cuff, the temporary retention structure (60) permits a region continuous with the outer peripheral end (11f) of the band-like body (11) to be pulled out by arm force through the ring (6) in the direction in which the region moves away from the portion where blood pressure is to be measured, and prevents the region continuing to the outer peripheral end (11f) of the band-like body (11), the region having been pulled out by the arm force, from being pulled back through the ring (6) by the elastic force of the portion where blood pressure is to be measured.
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  • AIR-CONDITIONING DEVICE

    An air-conditioning device is provided with: an air-conditioning means (16) for sending temperature-adjusted air to a space to be air-conditioned; a skeleton performance acquisition means (80) for acquiring the skeleton performance based on the heat storage capacity of a skeleton constituting the space (a) to be air-conditioned; an absence information acquisition means (50) for acquiring the absence time in which no person is in the space (a) to be air-conditioned; a load prediction means (70) for calculating an air-conditioning load that is predicted to be generated in the space (a) to be air-conditioned from the start of absence to a predetermined time after the absence time; and an air-conditioning control means (40) for performing absence control to operate the air-conditioning means (16) during the absence time so that a preset temperature is reached at the predetermined time. The air-conditioning control means (40) performs the absence control based on the predictive air-conditioning load obtained by the load prediction means (70) and the skeleton performance acquired by the skeleton performance acquisition means (80).
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  • AIR CONDITIONING AND VENTILATION SYSTEM

    This air conditioning and ventilation system is provided with the following: one or more ventilation devices (3) that circulate air between a plurality of rooms; one or more air conditioning devices (2) provided in at least one of the plurality of rooms; a motion detector (104) provided in each of the plurality of rooms for detecting the presence of a person in the rooms; an air conditioning and ventilation optimal operation predictor (112) that predicts, for each of the plurality of rooms, the presence or absence of a person in a room or the human presence rate, which is the number of people present in a room per unit period of time, on the basis of past detection results detected by the motion detector (104); and a controller (5) that controls the ventilation devices (3) and the air conditioning devices (2) on the basis of the prediction results from the air conditioning and ventilation optimal operation predictor (112).
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  • AIR-CONDITIONING SYSTEM

    An air-conditioning system installed in an indoor space partitioned into multiple areas, said air-conditioning system being equipped with: an air-conditioning device installed in an air-conditioned area where air-conditioning is performed; a blower device that blows air from the air-conditioned area in blowing areas partitioned from the air-conditioned area; and a centralized control device that controls the operation of the air-conditioning device and the blower device. The centralized control device has: an area table that stores blowing area information indicating the locations of the blowing areas; a schedule database that stores a usage schedule for the multiple areas for each period of time; and a device control unit that controls the operation of the blower device in accordance with whether an area stored in the schedule database matches a blowing area stored in the area table.
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  • PLANT DISEASE CONTROL AGENT, AND PLANT DISEASE CONTROL METHOD

    A plant disease control agent characterized in containing magnesium oxide obtained by firing magnesium hydroxide at 400-10,00ºC and an anionic surfactant having a polyoxyalkylene group and having an HLB value of 14.5 or below. In addition, a plant disease control agent characterized in containing radical-species-producing magnesium oxide and an anionic surfactant having a polyoxyalkylene group and having an HLB value of 14.5 or below.
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  • AIR-CONDITIONING DEVICE

    An air-conditioning device (100) is provided with: a refrigerant circulation circuit (A); a desiccant material that is disposed between a first heat exchanger (13) and a second heat exchanger (15); a blowing device that produces an air flow passing through, in order, the first heat exchanger (13), the desiccant material, and the second heat exchanger (15); and a control device (90) that controls a flow path switching device and switches between a first operation mode, in which moisture contained in the desiccant material is desorbed by causing the first heat exchanger (13) to operate as a condenser or radiator and the second heat exchanger (15) to operate as an evaporator, and a second operation mode, in which moisture is absorbed into the desiccant material by causing the first heat exchanger (13) to operate as an evaporator and the second heat exchanger (15) to operate as a condenser or radiator. At a first region, which is the lowest region of the second heat exchanger (15) in the gravity direction, the second heat exchanger (15) has a region having a stronger dropping action for dew condensation water than that of a second region, which is not the lower region in the gravity direction, given the same amount of dew condensation water that is deposited.
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  • AIR CONDITIONING SYSTEM

    The present invention comprises: an input unit that at least inputs information pertaining to an operation mode and human physical factors which are elements that specify people; a plurality of variable devices that change environmental factors which are elements that specify the environment; and a control unit that controls the plurality of variable devices on the basis of the information input from the input unit and sets the plurality of environmental factors within a comfortable range.
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  • AIR-CONDITIONING SYSTEM

    An air-conditioning system (31) according to the present invention is equipped with: an air-conditioning device (34) that conditions air in a first zone (21); a blower device (35) that generates an airstream that circulates in the first zone (21) and a second zone (22); and a control means that controls a linked operation of the air-conditioning operation of the air-conditioning device (34) and the blowing operation of the blower device (35). By performing a linked operation of the air-conditioning operation of the air-conditioning device and the blowing operation of the blower device by means of the aforementioned configuration, it is possible to improve energy conservation and the feeling of comfort by preventing situations such as the inability to maintain a feeling of comfort in the second zone when the amount of wind from the blower device or the operating time of the blower device is insufficient, or situations such as an increased load on the air-conditioning device and a reduction in energy savings when the amount of wind from the blower device or the operating time of the blower device is excessive.
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