TH67129B - Washing operating machine with heat pump system - Google Patents

Abstract

DC60 (05/08/54) This invention deals with the methods of operating the washing machine 2, especially the drier or washing machine with the function of the dryer 2 consisting of

Claims (5)

Disclaimer (all) which will not appear on the advertisement page. : ------ 09/01/2018 ------ (OCR) Page 1 of 4 pages Disclaimer 1. Operating methods of operating washing machines (2), especially drying machines. , A washer with the function of a dryer or a washing machine. Such machines (2) contain: room for storage (6) for storage when the laundry is in here. Especially the rotary drum. The airflow port (20) is connected at the first (22) and second (24) ends to the storage chamber (6), the blower (26) for blowing air through the entire airflow cavity. (20) and a storage room (6) a heat pump system (10) consisting of a compressor for refrigerant (12) and additionally, an evaporator (14) and a condenser (16) placed. It is placed in the airflow compartment (20) and the steam generator (8,30) is placed inside the fuselage (4) of the washing machine (2). Operating heat pump systems (10); During the initial phase of the heat pump system (10), steam is generated by a steam generator (8,30) and it is supplied to the airflow channel (20) and / or the room for Store (6) to increase the operating temperature of the evaporator (14) 2. Method of holding rights 1 where steam is generated by the steam generator (8,30) and It is supplied to the air circulation compartment (20) and / or the storage room (6) for the specified period. In advance after the start of the heat pump system (10), and then the steam generation and supply will be stopped. 3. The method of claim 1 or 2 where during the initial phase of the Operation of the heat pump system (10) The steam is generated by the steam generator (8,30) and supplied to the airflow compartment (20) and / or the storage chamber. (6) and then the generation and supply of steam are stopped depending on one or More than one predefined additive (E, T7) and / or when the heat pump system (10) has reached the predetermined efficiency Page 2 of the number 4 Page 4. Method of claim 3 where In which the dependence of one or more auxiliary variables is a temporary action of one or More than one variable, especially the rate of change or change of the auxiliary parameters More appropriate than a predetermined change in one or more of the auxiliary variables due Initialization of the heat pump system (10) and / or where the dependence of one or more auxiliary parameters is the difference of one or more. More than one auxiliary variable, first and second, within the airflow port (20) and / or heat pump system (10), where, in particular, is one or More than one of: air temperature, air humidity, working fluid temperature and working fluid pressure 5. Method of one of the preceding claims that during the creation of the blower steam (26) will be stopped, the blower will be energized to the eye. At least that was temporarily operated by speed or Reduced air handling power Or a blower, at least being operated temporarily, intermittently In the forward and backward flow direction 6. Method of one of the previous claims where the steam (9) entering from the steam generator (8,30) is It is supplied first to the storage room (7), especially the steam coming in from the generator. Steam is first supplied to the tank (6) that surrounds the storage room (7). 7. Method of one of the previous claims. Where the amount and / or time and / or temperature of the steam supplied from the steam generator (8, 30) will depend on: - User selection input at the operating unit. Laundry (2) - the moisture of the clothes stored in the storage room (6) and / or - the amount of the clothes stored in the storage room (6) 8. the washing machine five (2) ) In particular, dryers and washers with functions Of drier Where the machine will consist of: a storage room (6) for storing clothes here, in particular, a rotary drum (7), an airflow outlet (20) connected at one end (22), and The second end (24) fits the storage chamber (6), page 3 of the number 4, the blower (26) for blowing air through the airflow port (20) and the storage chamber (6) and pumping systems. Hot (10) that is equipped with a compressor for refrigerant (12) and an additional with an evaporator (14) placed in the airflow compartment (20) and the condenser (14) that is Placed in the airflow compartment (20), the evaporator end (16), the steam generator (8, 30), placed in the compartment (4) of the washing machine ( 2) For steam distribution (9) to storage room (6) and / or airflow compartment (20) with a unique hold The control unit is designed to operate a heat pump system (10) and generate steam by Steam generator (8, 30) During the initial phase of the heat pump system (10), the steam It is supplied to the airflow compartment (20) and / or the storage chamber (6) to increase the operating temperature of the Evaporator (14) 9. Device of claim 8, where the airflow channel (20) will not be part of the steam outlet (32) and / or the vapor supply corridor. The water (32) is separated into the airflow channel (20) where, in particular, the steam supply corridor (32) is a steam hose connected to the storage chamber (6, 7) A separate model from the connection of the airflow channel (20) 1 0. Device of claim 8 or 9, where the storage room. In particular, the rotary drum (7) is placed in a drum (6) or at least partially a container that surrounds the storage chamber. Where the parts The heating (8) is placed in the area below or the water bath of the tank (6) or the container and where the unit. The control of the washing machine (2) was schematically to heat the stored water in the bottom or sink of the tank (6) or container by the function of the heating element. (8) It is a steam generator to generate steam. It penetrates into the storage room (7) 1 1. The equipment of claim 8 or 9 where the steam generator (30) is placed outside the storage chamber (6) and the flow corridor. The airflow (20) inside the washing machine body (4) and the steam pipe (32) should lead the steam generated by the steam generator from the steam generator to the interior. Of the storage chamber (6), where the pipe outlet opening is fluidly connected to the space for page 4 of the four storage pages or tank space. Where, in particular, the exit opening is placed on the wall of the space, the storage room, or the bin space 1 2. one of the previous claims 8 to 11. Where the blower (26) has a mode of operation where the reduced or equal to zero air volume is conveyed by the blower, especially the control unit of the washing machine. (2) will be converted to stop the blower during The initial phase of the heat pump system operation (10) or to control the blowers. To convey the amount of air Which is reduced through the airflow cavity (20) during the initial phase of the heat pump system operation (10) 1 3. Method of claim 1 to 7, either or in accordance with Holds any 8 to 12 rights Where the washing machine is a washing machine (2) with the function of drying And / or where storage room (6) is a rotary drum (7), especially a drum that is positioned in a drum. ------------ 1. Operating method of Operating washing machines (2), especially driers A washing machine with the function of a dryer or a washing machine in accordance with Clause 9 to 15, one (2) consisting of: a storage room (6) for storing laundry there. Especially the rotary drum. The airflow port (20) is connected at the first (22) and second (24) ends to the storage chamber (6), the blower (26) for blowing air through the entire airflow cavity. (20) and a storage room (6) a heat pump system (10) with a wiper (14) and a condenser (16) placed in a compartment. The airflow (20) and the steam generator (8,30) are placed inside the fuselage section (4) of the washing machine (2). The method consists of procedures: It is generated by a steam generator (8,30) to the airflow compartment (20) and / or the storage chamber (6) and at the same time at least for a certain number of hidden repetitions or a number of channels. Redundant time Heat pump system operating (10) 2. Method of claim 1 where steam is generated by the steam generator (8,30) during the initial phase of the heat pump system operation. Heating (10) to increase the operating temperature of Evaporator (14) 3. Method of claim 1, where steam is generated by the steam generator (8,30) and supplied to the airflow channel (20). And / or storage room (6) for the allotted time period After the start of the heat pump system (10), the steam generation and supply are stopped. 4. Method of claim 1,2 or 3 where during the initial phase Of the operation of the heat pump system (10) the steam is generated by the steam generator (8,30) and is supplied to the air circulation compartment (20) and / or the storage chamber (6) and Then the generation and supply of steam are stopped depending on one Or more than one predetermined auxiliary variable (E, T7) and / or when the heat pump system (10) is radiated to predetermined efficiency 5. Method of claim 4 where In which an element of one or more auxiliary variables is a temporary action of one or More than one option In particular, the rate of change or the change of the variables. More appropriate, a change in which the region is predetermined in one or more of the auxiliary variables due Initialization of heat pump systems (10) and / or where components of one or more auxiliary variables are the difference of one or more. More than one variable That is directed to the first position and to the second within the airflow cavity (20) and / or heat pump system (10) where, in particular, the auxiliary variable is one or more of : Air temperature Air humidity Working fluid temperature and working fluid pressure 6. Method of one of the preceding claims Where during steam generation, the blower (26) is stopped, the blower is lowered power. At least that was temporarily operated by speed or Reduced air handling power Or the blower is at least intermittent, intermittent in the forward and backward flow directions 7. Method of one of the preceding claims where the steam (9) at The incoming steam from the steam generator (8,30) is first supplied to the storage room (7), especially the steam coming in from the generator. Steam is first supplied to the tank (6) that surrounds the storage room (7). 8. Method of one of the previous claims. Where the amount and / or time and / or temperature of the steam supplied by the steam generator (8,30) will depend on: - User selection input at the washing machine operating control unit (2 ) - the humidity of the clothes stored in the storage room (6) and / or - the amount of the clothes stored in the storage room (6) 9. the washing machine (2), especially the drier. And a washing machine with functions Of drier Where the machine will consist of; Here is a storage room (6) for storing clothes, especially a rotary drum (7), airflow port (20) connected at the first (22) and second (24) ends. Fits storage chambers (6), blowers (26) for blowing air through the airflow chamber (20) and storage chambers (6), and heat pump systems with an evaporator (14). Which is placed in the airflow chamber (20) and the condenser (14) placed in the airflow chamber (20) the evaporator endpoint (14). The steam generator (8,30) is placed inside the fuselage (4) of the washing machine (2) for supplying steam (9) to the storage room (6) and / or the storage compartment (6). Airflow (20) 1 0. Airflow apparatus 9, where the airflow channel (20) is not part of the steam supply corridor (32) and / or the steam supply corridor (32). ) Is separated into the airflow outlet (20), where, in particular, the steam supply passageway (32) is a steam supply hose connected to the storage chamber (6,7). Detached from the connection of the airflow port (20) 1. 1. The machine of claim 9 or 10, where the room for storage In particular, the rotary drum (7) is placed in a drum (6) or at least partially a container that surrounds the storage chamber. Where the heating element (8) is placed in the lower area or the water bath of the tank (6) or container. And where the unit The control of the washing machine (2) is schematically provided for the heat stored in the lower or tub area of the tank (6) or container by the operation of the heating element (8) by the generator. Steam to create steam That penetrates into the storage room (7) 1 2. The machine of claim 9 or 10, where the steam generator (30) will be placed outside. The storage room (6) and the airflow corridor (20) within the washing machine body (4) and the steam hose (32) pilot the steam generated by the generator steam generator. Steam to the interior Of the storage chamber (6), where the pipe outlet opening is linearly connected to the space. Storage or space yet? Where, in particular, the exit opening is placed on the wall of the empty, storage room or tank 1 empty space. 3. Any of the preceding claims 9 to 12 Where the control unit of The washing machine (2) will be adapted to operate with a heat pump system (10) and a steam generator (8,30) at the same time, at least for the same redundancy period. Appropriate during the initial phase of work. Of the heat pump system to increase the operating temperature of the evaporator (14) 1 4. Any of the preceding claims 9 to 13 Where the blower (26) has an operating mode in which the reduced or equal to zero air volume is transported by the blower where, in particular, the washing machine control unit (2) will Was adapted to stop the blower during The initial phase of the heat pump system operation (10) or to control the blowers. To convey the amount of air Reduced through the airflow port (20) during the initial phase of the heat pump system (10) 1 5. Method for Clause 1 to 8, either or Clause 9 to 14. Where the washing machine is a washing machine (2) with a drying face And / or where storage room (6) is a rotary drum (7), especially a drum that is placed in a drum.