TH12079C3 - Refrigeration - Google Patents

Abstract

Revised invention summary 23/06/2016 Refrigeration According to this invention, it was invented on the basis of the principle that The moment when the water will change The liquid to gas state draws heat from the surrounding atmosphere, causing it to cool. Which control unit Will maintain this condition until the raw material reaches two to four degrees Celsius By refrigeration according to this invention organized To work with the evaporator to dehumidify, causing the system to enter the vacuum or closer to vacuum faster by the chiller according to this invention has a suction / blower pump. To act to suck air out of The system causes the system to enter into vacuum or close to vacuum. It also provides a cooling system that is a system Normal, commonly used It consists of main parts: evaporator, outdoor coil, compressor, refrigerant storage tank, ventilation fan. At least one position With the indoor unit as the main device to reduce Moisture to allow the system to enter the vacuum faster. In addition, at least two sensors are added, the indoor temperature sensor inside the evaporator pipe and at least one temperature sensor inside the raw material storage room to help maintain the vacuum or temperature inside the chiller. Normally -------------------------------------------------- --------------------------- Modified summary of invention 23/06/2016 Refrigeration According to this invention, it was invented on the basis of the principle that The moment when the water will change The liquid to gas state draws heat from the surrounding atmosphere, causing it to cool. Which control unit Will maintain this condition until the raw material reaches two to four degrees Celsius By refrigeration according to this invention organized To work with the evaporator to dehumidify the system to enter vacuum or closer to vacuum faster by the chiller according to this invention has a suction / blower pump. To act to suck air out of The system causes the system to enter a vacuum or get close to vacuum. It also provides a cooling system that is a system Normal, commonly used It consists of main parts: evaporator, outdoor coil, compressor, refrigerant storage tank, ventilation fan. At least one position With cold coils as the main device to reduce Moisture to allow the system to enter vacuum faster. In addition, the addition of at least two sensors, the wensor, measures the temperature inside the evaporator pipe and at least one of the pressure sensors in the raw material storage room, to help maintain a normal vacuum or temperature inside the chiller. -------------------------------------------------- ------------------------------------------------ Heater cold According to this invention, it was invented on the basis that The moment when the water changes The liquid to gas state draws heat from the surrounding atmosphere, causing it to be cooled. Which control unit Will maintain this brightness until the material has a temperature of two to four degrees Celsius By refrigeration according to this invention organized To work with the evaporator to dehumidify, causing the system to enter the vacuum or into the vacuum faster by the chiller according to this invention has a suction pump / blow air. To act to suck air out of The system causes the system to enter into vacuum or close to vacuum. Also organize the system to have a cooling system, which is Normal using general It consists of main parts: cooler, outdoor unit, compressor, refrigerant storage tank, ventilation fan. At least one position With cold coils as the main device to reduce In order for the system to enter the vacuum faster It is also provided with at least two sensors, a wensor, a temperature sensor inside the cold water pipe, and a pressure sensor in at least one material storage room to help maintain vacuum or temperature inside the heater. Cool to normal

Claims (9)

Claims (all) which will not appear on the advertisement page: edit 23/06/2016 1. The chiller according to this invention was provided. Material storage room (7), cooling system (3), main control panel (5) and at least one suction / blow pump (6). The refrigeration body (1) provides a raw material storage room (7) deep from the door in the form of a room with a wall section. It is also arranged to be assembled with the evaporator (31) of the cooling system (3) by inserting it. In at least one material storage room (7) In this regard, the part of the evaporator (31) is connected to the cooling system (3) through the conduit connecting the evaporator (32). The suction / blower pump (6) is fitted with a hollow tube (61) where the primary part is attached to the indoor unit (31). The air from the raw material storage room (7) is sucked through the evaporator before entering. Such hollow tubes to exit External via suction pump / air blower (6) 2. Refrigeration According to claim 1, where the main control panel (5) is equipped with a set of direct instructions A computer that was built to allow the refrigeration to be displayed online for the user to track, retrieve, modify, operate the chiller. Or any part together 3. Refrigeration According to claim 1, where the chiller unit (1) is added with at least one display (2) 4. Refrigeration According to claim 1, where an appropriate cooling system (3) is provided. The main components are evaporator (31), outdoor unit, compressor, refrigerant tank, ventilator or any combination of parts. At least one position 5. Refrigeration According to claim 1 or 4, where the cooling system (3) consists of additional panels Control the cooling system (4) at least one position. 6. Refrigeration According to claim 1 or 4 or 5 where the cooling system (3) provides sensors to measure The temperature inside the evaporator pipe is in at least one position in the conduit connecting the indoor unit (32). 7. Refrigeration According to claim 1, where raw material storage room (7) provides internal pressure sensors At least one location for raw material storage 8.Refrigeration According to claim 1 or 7, where the raw material storage room (7) is equipped with additional shelves Material at least one position 9. Refrigeration According to claim 1 or 7 or 8 where the raw material storage room (7) is added as well Temperature sensor inside the raw material storage room or material temperature sensor or any part Together at least one position 1 0. Refrigeration According to claim 1, where the suction / blow pump (6) is added with at least three valves, the suction / blow pump on / off, the breathing valve and the ventilation valve. -------------------------------------------------- ------------ 1. The chiller according to this invention was provided. Material storage room (7), cooling system (3), main control panel (5) and at least one suction / blow pump (6) There is a special feature The chiller body (1) provides a part of the raw material storage room (7) deep inside the door in the A room with a wall It is also equipped with at least one position of the indoor unit (31) of the cooling system (3). In this regard, the indoor unit (31) is connected to the cooling system (3) through the conduit connecting the evaporator (32) in the suction / blow molding section (6) to be assembled into a hollow tube (61). Where the beginning part is composed With the indoor unit (31), the air from the raw material storage room (7) will be sucked through the indoor unit before entering the duct. Such hollow to exit the outer body through a suction / blow pump (6). 2. Refrigeration According to the right letter 1, where the main control panel (5) consists of a set of commands A computer that was built to cool Or any part together 3. Refrigeration According to claim 1, where the chiller unit (1) is added with at least one display (2) 4. Refrigeration According to claim 1, where an appropriate cooling system (3) is provided. The main components are evaporator coil (31), condenser coil, refrigerant tank, ventilator or any combination of them. At least one position 5. Refrigeration According to claim 1 or 4, where the cooling system (3) consists of additional panels Control the cooling system (4) at least one position. 6. Refrigeration According to claim 1 or 4 or 5 where the cooling system (3) provides a set of sensors The temperature inside the evaporator pipe is in at least one position in the conduit connecting the indoor unit (32). 7. Refrigeration According to claim 1, where raw material storage room (7) provides internal pressure sensors. A room to store objects at least one location 8.Refrigeration According to claim 1 or 7, where the raw material storage room (7) is equipped with additional shelves Material at least one position 9. Refrigeration According to claim 1 or 7 or 8 where the raw material storage room (7) is added as well Temperature sensor inside the raw material storage room or material temperature sensor or any part Together at least one position 1 0. Refrigeration According to claim 1, where the suction / blow pump (6) is added with at least three valves, the on / off valve, the suction / blow pump, the breathing valve and the vent valve.