Abstract: A cryogenic medical device for delivery of subcooled liquid cryogen to various configurations of cryoprobes is designed for the treatment of damaged, diseased, cancerous or other unwanted tissues. The device is a closed or semi-closed system in which the liquid cryogen is contained in both the supply and return stages. The device is capable of generating cryogen to a supercritical state and may be utilized in any rapid cooling systems. As designed, the device comprises a number of parts including a vacuum insulated outer dewar, submersible cryogen pump, baffled linear heat exchanger, multiple pressurization cartridges, a return chamber, and a series of valves to control the flow of the liquid cryogen. The cryogenic medical device promotes the subcooling to any external cryogenic instrument.

Abstract: A system and method for drying and utilizing spent grain includes an agitation device having an elongated semi-cylindrical mixing chamber with a motor-driven shaft and a plurality of agitators. A lid is hingedly positioned along the top end of the chamber and is connected to the dehumidification system by a pair of air ducts. An air filtration device is interposed between the air output of the agitation device and the air input of the dehumidification system. A method of drying spent grain includes the steps of pouring spent grain into the interior space of the chamber, securing the lid in the closed position, agitating the grain inside the chamber via the agitators, removing damp air from the interior space of the chamber, and introducing dry warm air to the interior space of the chamber until a moisture content of the spent grain achieves a user specified level.

Abstract: A system and method for drying and utilizing spent grain includes an agitation device having an elongated semi-cylindrical mixing chamber with a motor-driven shaft and a plurality of agitators. A lid is hingedly positioned along the top end of the chamber and is connected to the dehumidification system by a pair of air ducts. An air filtration device is interposed between the air output of the agitation device and the air input of the dehumidification system. A method of drying spent grain includes the steps of pouring spent grain into the interior space of the chamber, securing the lid in the closed position, agitating the grain inside the chamber via the agitators, removing damp air from the interior space of the chamber, and introducing dry warm air to the interior space of the chamber until a moisture content of the spent grain achieves a user specified level.

Abstract: A wire disconnection inspecting device includes a vehicle position recognition unit for detecting that a vehicle has reached an inspection position; a preparation timing recognition unit for detecting that a step preceding by one is reached; a terminal for transmitting an operation signal to an ECU so as to make an electrical connection to a heating conductor; an infrared camera for imaging a rear shield of the vehicle; and a main processing unit for acquiring thermal image data from the infrared camera and inspecting disconnection of the heating conductor. The main processing unit recognizes that the vehicle has reached a step preceding by one according to the preparation timing recognition unit and makes electrical connection to the heating conductor via the terminal. The main processing unit acquires the image data from the infrared camera when the vehicle has reached the inspection position.

Abstract: A wire disconnection inspecting device includes a vehicle position recognition unit for detecting that a vehicle has reached an inspection position; a preparation timing recognition unit for detecting that a step preceding by one is reached; a terminal for transmitting an operation signal to an ECU so as to make an electrical connection to a heating conductor; an infrared camera for imaging a rear shield of the vehicle; and a main processing unit for acquiring thermal image data from the infrared camera and inspecting disconnection of the heating conductor. The main processing unit recognizes that the vehicle has reached a step preceding by one according to the preparation timing recognition unit and makes electrical connection to the heating conductor via the terminal. The main processing unit acquires the image data from the infrared camera when the vehicle has reached the inspection position.