TH102013A - Home laundry dryer - Google Patents

Abstract

DC60 home laundry dryer (1) which has a drying tank (3) which holds laundry to dry and closed circuit, heat pump type, hot air generator (4) for the circulation. of The hot air inside the drying tank (3) the hot air generator (4) which also has a tank (15) with a specified amount of water. A heating method for converting the water in the tank (15) to steam and a discharge manifold (17) for feeding the steam produced in the tank (15) to the drying tank (3). The available heat is determined by one (16) part of the pipe (10), feeding the refrigerant from the compressor (7) to the condenser (9), the home laundry dryer (1), which has a drying tank. (3) which is put laundry to dry and closed-circuit, heat pump type, hot air generator (4) for circulating flow of The hot air inside the drying tank (3) the hot air generator (4) which also has a tank (15) with a specified amount of water. A heating method for converting the water in the tank (15) to steam and a discharge manifold (17) for feeding the steam produced in the tank (15) to the drying tank (3). The available heat is determined by one (16) part of the pipe (10), the refrigerant is fed from the compressor (7) to the condenser (9).

Claims (6)

1) A home laundry dryer (1) consists of a drying tank (3) in which laundry is placed to be dried and a hot air generator (4) for circulating hot air inside the drying tank (3). The hot air generator (4) consists of a refrigerant compression method (7) for compressing the refrigerant until the pressure and temperature of the refrigerant at the outlet of the compression method (7) is higher than the pressure and temperature of the refrigerant at the inlet of the said compression method (7). A first heat exchanger (9) through which the refrigerant from the compression method (7) and the air flow (f) in the drying tank (3) flow, and which is designed until the refrigerant releases heat to the air flow (f) into the drying tank (3), and a connecting pipe (10) for feeding the refrigerant from the said compression method (7) to the heat exchanger. The first (9) heating device of such a laundry dryer is characterized in which the hot air generator (4) is also composed of a tank (15) which contains a predetermined amount of water, a heating method (16) for converting the water in such tank (15) into steam, and a vent manifold (17) for feeding the steam produced in the tank (15) to such drying tank (3). The existing heating method is determined by at least part (16) of the first (10) connection pipe. 2) The laundry dryer as claimed in claim 1 is characterized in which the hot air generator (4) is also made up of a second heat exchanger (8) through which the refrigerant goes to the aforementioned compression method (7), and the air flow (r) from the drying pipe (3) flows and the number of air circulation pipes (13) which connect the drying pipe (3) to the second heat exchanger (8), the second heat exchanger (8) to the first heat exchanger (9), and the first heat exchanger (9) returns to the aforementioned drying tank (3) until the air flow (f) which exits the drying tank (3) before returning to the drying tank (3) is forced to flow in a rapid suction through the aforementioned second heat exchanger (8) and the aforementioned first (9). The aforementioned second heat exchanger (8) is designed until the refrigerant absorbs heat from the air (f) from the aforementioned drying tank (3), thus condensing the excess moisture in the aforementioned air flow (r). 3) The laundry dryer as claimed in claim 2 is characterized in which the hot air generator (4) is also equipped with a process water recovery circuit (20) which, on command, extracts water accumulated while the household appliance is running on the button of the aforementioned second heat exchanger (8) and supplies water to the aforementioned tank (15) for use in the production system. 4) The laundry dryer as claimed in the preceding claims is characterized by the inclusion of a laundry drum ( 5) For holding laundry to be dried and which has airtight walls and is positioned in a rotating axis inside the drying drum (3) and the drive unit ( 6) The above is for the rotation of the laundry drum (5) around its longitudinal axis (L) inside the drying drum (3).