Abstract:
The pipe heater manufacturing process comprises a vacuum making process A for introducing a stainless steel pipe into a furnace and evacuating the inside of the furnace, for example, to a pressure of 0.5 Torr, a pipe end sealing process B for brazing and sealing plugs 3 to both ends of the pipe under vacuum and brazing, a process C for forming a lower insulating layer by repeating several times the steps of screen printing and insulating glass material and baking it in a state in which the two ends of the pipe are sealed, and similar formation process D of a heat generating layer and formation process E of an upper insulating layer. With this method, baking in an oxygen-free state inside the pipe makes it possible to obtain the oxidation-free clean state without high-temperature corrosion on the inside of the pipe having the fluid to be heated flowing therein and to manufacture a pipe heater in which a heating response was improved by forming thin heating layer and insulating layer.
Abstract:
A disc-type unit 10 adjusts temperature of a control face 14 by means of a heater 12 and coolant, with a hollow plate 11 to which the heater 12 is secured, a cavity 13 formed in the hollow plate 11 and a piping 20 for supplying the coolant to the cavity 13, the piping 20 opening in the cavity 13, and the coolant being jetted to a portion to which the heater 12 is secured or a portion in proximity thereto and which shows high temperature rise when energizing the heater 12.
Abstract:
A temperature chamber includes: a first wall and a second wall facing each other; a temperature adjustment space surrounded by a plurality of walls connecting the first wall and the second wall; an air supply port and an exhaust port opening to the temperature adjustment space; and an installation region where a specimen is to be installed in the temperature adjustment space. A main wind orienting member is provided at a position located in the temperature adjustment space and facing the air supply port. A part of blowing air is to pass through a first ventilation passage and to flow into the installation region, and all or a part of the remainder of the blowing air is to be guided to a second ventilation passage by the main wind orienting member and to flow into the installation region.
Abstract:
A snow environment test apparatus includes a first nozzle that injects water particles, a second nozzle that injects water particles smaller in size than the water particles from the first nozzle, an air conditioner that regulates a temperature in a test chamber to a set temperature, a state selection section that sets a state of snow to be caused to fall, and a flow rate regulation valve that regulates a ratio between quantities of water to be supplied to the first nozzle and to the second nozzle for obtaining the state of the snow set by the state selection section at the set temperature as a temperature at which a snow environment is obtained.
Abstract:
An environment forming device includes: a device body having a space for generating a predetermined environment; a door; and a slide mechanism that makes the door slidable with respect to the device body so as to open and close the space. The slide mechanism includes an extension member having an elongated shape fixed to the door, and a holding portion that is arranged on the device body and slidably holds the extension member. A reception portion for a sample is arranged on the door such that the sample is arranged in the space in a state where the door closes the space. The extension member is positioned below the reception portion.
Abstract:
There is provided a temperature chamber including: a heat transfer member in which a bottom wall and side walls are integrated; a recessed portion surrounded by the bottom wall and the side walls; and a heat source member that is configured to heat and/or cool the heat transfer member.
Abstract:
An environmental testing apparatus includes: a plurality of blower fans that circulate air-conditioned air between an air conditioning chamber and a test chamber; a plurality of temperature sensors that measure temperature at a plurality of locations in the test chamber and output temperature data; and a control unit that can individually set rotation speed of each blower fan. The control unit executes setting processing for setting the rotation speed of each blower fan in a testing period in a setting period before the testing period. In the setting processing, the control unit changes the rotation speed of the plurality of blower fans a plurality of times, and acquires a plurality of temperature data after each change from the plurality of temperature sensors.
Abstract:
An environmental testing apparatus includes: a plurality of blower fans that circulate air-conditioned air between an air conditioning chamber and a test chamber; a plurality of temperature sensors that measure temperature at a plurality of locations in the test chamber and output temperature data; and a control unit that can individually set rotation speed of each blower fan. The control unit executes setting processing for setting the rotation speed of each blower fan in a testing period in a setting period before the testing period. In the setting processing, the control unit changes the rotation speed of the plurality of blower fans a plurality of times, and acquires a plurality of temperature data after each change from the plurality of temperature sensors.
Abstract:
An incubator includes: a housing which is divided into a thermostatic chamber and an air-conditioning chamber and allows first air to circulate between the thermostatic chamber and the air-conditioning chamber; and an air conditioner that regulates a temperature of the first air in the air-conditioning chamber. A channel through which the first air flows is formed in the air-conditioning chamber. The air conditioner includes: a supply unit having a supply port for supplying second air colder than the first air to the channel; an upstream fan which is arranged upstream of the supply port and allows the first air in the thermostatic chamber to flow into the channel; and a downstream fan which is arranged downstream of the supply port, mixes the second air with the first air, and allows the first air mixed with the second air to flow from the channel into the thermostatic chamber.
Abstract:
There is provided a test device for a secondary battery, the test device including: a test jig including a nail portion configured to pierce the secondary battery and a heater configured to raise a temperature of the nail portion by being supplied with electric power; and a moving mechanism configured to move the nail portion toward the secondary battery.