TH112797A - Dryer with additive-based drying sequence - Google Patents

Abstract

DC60 (06/08/50) This invention deals with a method of supplying steam (38) to the fabric compartment (6) of the conditioning device (2). Drying machine, adjusting equipment Or a washing machine with a drying function which consists of the following steps: to allow air to flow through the bin (6) until the temperature and / or Preset humidity And the supply of steam (38) at a current flowing and / or a predetermined temperature Face to bin (6), this invention also deals with a method of supplying steam (38) to the laundry compartment (6) of the conditioning device (2). Drying machine, adjusting equipment Or washing machines equipped with a drying function, where the steam flow and / or the steam temperature (38) fed into the bin (6) are set according to at least one process parameter. Fig. 1 This invention is about a method of supplying steam (38) to the fabric compartment (6) of the conditioning device (2). Drying machine, adjusting equipment Or a washing machine with a drying function which consists of the following steps: to allow air to flow through the bin (6) until the temperature and / or Preset humidity And the supply of steam (38) at a current flowing and / or a predetermined temperature Face to bin (6), this invention also deals with a way of supplying water (38) to the laundry compartment (6) of the conditioning device (2). Drying machine, adjusting equipment Or washing machines equipped with a drying function, where the steam flow and / or the steam temperature (38) fed into the bin (6) are set according to at least one process parameter. Figure 1

Claims (9)

Disclaimer (all) which will not appear on the advertisement page: Amendment 12/20/2018 Clause 1. Methods for pretreatment of textiles in dryers (2). Drying machine or Pneumatic and / or condenser type washing machines with drying units Where the assembly methods are included At least one program sequence to feed (S) at least one additive into drum (26) of the dryer (2) within feed order (S) at least one additive sequence. Change in drum rotation direction and / or Changes in air flow rate and / or air flow and / or direction Rotation of the fan of the fan generating air flow through the drum (26); Characterized by Selection of fan rotation time in forward and reverse direction Each direction within the transmission sequence feeds at least one additive in such a way that the rate The final or maximum flow between each period is less than 70% of the rated flow. This should be less than 50%, which should be less than 30%. ---------- EDIT 10/03/2017 1. Method for pretreatment of textiles in the dryer (2), especially Steam drying machine Damaged and / or condensation Or a washing machine with a drying unit Where the above methods are included: one or more program sequences, the feed sequence (S), at least one additive into the drum (26) of the dryer (2), where Within a set of input sequence (S) at least one additive The sequence contains the following: a change in the direction of drum rotation and / or. A change in air flow rate and / or air flow rate and / or direction. Rotating the fan of the fan providing air flow through the drum (26); Characterized by Selection of fan rotation time in each forward and reverse direction within the unit Sequence in which at least one additive is fed in sequence, provided that the final or level flow rate The maximum during each of those periods is less than 70% of the rated current flow. Ideally, it should be less than 50% and preferably less than 30%. 2. Method of claim 1, which consists of additional reduction of air flow rate by Throttle compression or stopping of air flow by throttle or rectification mechanism (30, 46, 52) 3. Method of claim 1 or 2, including reduction of air flow rate. This is further done by disconnecting the fan (32) that produces the air flow from the motor (6), in particular the motor (6) that drives the drum (26). 4. Method according to one of the previous claims. Which includes reducing the flow rate The additional air flow by changing the position of the impeller at at least one point of the fan (32) that produces the air flow. 5. Method of one of the preceding claims. Where temporarily reversing the fan rotation direction (32) reduces the fan speed by at least 50% compared to the go-to spin direction. In front of using this same rotation speed Especially A reduction of the delivery rate of approximately 65% to at least 6. One of the preceding claim methods, which consisted of a drum thrust (26) and a fan (32), that could effectively generate the air flow. Stroke in one direction at least 7. Method of any of the previous claims Where the drum rotational speed, drum rotation direction and / or air flow rate are adjusted based on the type and / or weight of the textile inserted into the drum (26). Hold any of the previous rights Where the amount of additive fed to the drum (26) and / or the additive feeding period is adjusted based on the type and / or weight of the substance. Weaving into the drum 9. Method according to one of the previous claims Where additives are or are composed of vapors, especially steam. And / or is or consists of one or more substances from in Any of the detergents for cleaning, fragrance agents, perfumes, disinfectants or bleach 1 0. Any of the preceding claims. Where, during the presence of the additive feeding sequence (S), the drum rotation direction (26) is changed at least once. By the way, it should Change at least two, three or five times 1 1. Method for claim 10 where the ratio between the number of times the rotational direction to Forward per times the reverse rotation direction Especially Interval ratio The sequential forward / reverse sequence is less than 0.5 times, preferably 0.3 times less, preferably less than 0.2 times. 1 2. Any of the preceding claims. Where the treatment method is composed of a set At least two sequential additives (S) input sequences. In particular, at least two sequential additive feeding sequences (S) sequences were either isolated or prevented. Continuous by phase in ventilation (V). 1 3. Method of one of the preceding claims Where the drying sequence (V), heating and / or cooling (C) is performed between at least two additive feeding sequences (S), first. At least one additive input sequence (S), and / or After at least one set of additive feeding sequences (S) No. 1 4. Dryer (2). Exhaust and / or condensation dryers, or A washing machine with a drying unit It consists of: a rotating drum (26) which includes an air inlet (34) and an air outlet (36); Motor (6) adjusted to drive the rotating drum (26); Fan (32) for generating air flow via drum (26); A propulsion unit (6, 30) adjusted to drive the fan (32) where the fan drive unit may be assembled. Combined with a motor that drives the drum; At least one additive feeder (16, 17, 19), each of which is adjusted to feed the additive. Tune into the drum (26); And a control unit (4) adjusted to control at least one regenerative sequence. Where the control unit is adjusted to control the thrusters (6, 30), while the control unit controls at least one feeder (16, 17, 19) to feed the additive into the drum (26). ; Where, during the feeding (S) of the additive into the drum, the control unit (4) is adjusted to control the drum motor (6) (26) to change the direction of drum rotation and / or to control the drive unit. Push (6, 30) of fan (32) to vary fan speed and / or direction of rotation; Which has the characteristics that During the feeding of additive (S) into the drum, the control unit (4) is selected. The fan rotation time in each forward and reverse direction within the feed sequence set. Additives at least one sequence, where the final or highest current flow rate during Each period is less than 70% of the rated current flow. Ideally, it should be less than 50%, and preferably less than 30%. 1 5. Dryer according to claim 14, where the delivery rate in the reverse rotation direction of the fan (32) is less. Over 50% of the forwarding rate Ideally, it should be less than 30%, preferably less than 15% or deliver a delivery rate of 0% 1. 6. Dryer according to claim 14 or 15 where delivery rate will be reduced. Down about more than 40% when the rotational speed Especially The specified or normal rotational speed of the fan (32) is reduced by approximately 20%, preferably approximately 50% reduction, and preferably lower by approximately 65%. 1 7 Dryer in accordance with any of the previous claims 14 through 16. The drive unit (6, 30) is also equipped with a disconnect or coupling mechanism (30) that is adjusted to allow the fan (32) to be disconnected from the motor (6) or to connect the fan to the motor by means of Motor rotation conditions Especially By means of rotation 1 8. Dryer according to claim 17, where the release or coupling mechanism is an independent spinning wheel (30) and / or the level or coupling condition of the fan (32) with the motor (6). Will depend on the centripetal force provided It is formed by the rotation of the motor 1 9. The dryer according to claim 17 or 18 whereby the release or coupling mechanism (30) consists of a clutch driven by an exciter under the control of the control unit. (4) 2 0.Dryers in accordance with previous Clause 14 to 19. By in position or The orientation of at least one or all of the fan blades (32) is dependent on the rotational speed 2. 1. Dryer according to claim 20, with at least the position or alignment of the impeller. One is changed by the centrifugal force fed by the fan rotation. -------------------- 1. A method of supplying steam (38) to the laundry compartment (6) of the conditioning device (2), especially Drying machine, adjusting equipment Or a washing machine with a drying function that includes the following steps. To allow air to flow through the compartment (6). Hot or cold weather Until reaching Preset temperature and / or humidity and steam supply (38) at the current flowing and / or preset temperature to the storage compartment (6) 2. Method according to claim 1 which also consists of setting The steam stream and / or steam temperature (38) supplied to the compartment (6) based on at least one process parameter after the steam (38) is supplied at the rated current and / or temperature. 3. Steam method for supplying steam (38) to the laundry compartment (6) of the conditioner (2). Drying machine, adjusting equipment Or a washing machine with a drying function where the steam flow and / or the steam temperature (38) fed into the storage compartment (6) is set by At least one of the process parameters 4. Method for claim 1, 2 or 3 which also consists of the completion of the steam supply by means of parameters. At least one process meter After setting the steam flow and / or steam temperature (38) supplied to the bin (6) based on at least one drying process parameter, 5. Method of claim 2, 3. Or 4 preceding one Where the process parameters At least one belongs to one or more of the following groups: air humidity, fabric humidity, air temperature, surface or wall temperature of the bin (6). Drum surface temperature, steam pipe temperature (38) to the injection position (36), the air flow through the chamber (6) and the rotational speed of the drum that makes up the collector compartment ( 6) 6. Method according to one of the previous claims. Where at the preset temperature and / or The air temperature is the temperature detected at one or more of the following locations: in the compartment (6), in the air inlet (14) where the air is supplied to the compartment (6), in the air compartment (16). ) Where air is released from the receptacle (6), near or in the injection position (36) for injecting steam (38) into the air and / or the compartment (6), the temperature of the surface or the walls of the compartment. (6) especially Drum surface temperature And the temperature of the pipes that supply steam (38) to the injection position (36) 7. Method according to one of the previous claims Where at least one particular temperature and / or humidity is Air humidity and / or air temperature will be observed permanently, with intermittent periods. Or during the period 8. Method of any one of the previous claims Where air humidity is detected in the storage compartment (6), in the air chamber (14) where the air is supplied to the compartment, in the air chamber (16) that is released from the compartment (6) or near or in Injection position (36) for injecting steam (38) into air and / or compartment (6) 9. Method according to one of the preceding claims. Where the humidity of the laundry will be detected. Detectable laundry laundry moisture will function as a gauge of air humidity 1 0. Method according to one of the previous claims. Wherein the stream of water vapor (38) supplied to the compartment (6) increases with the decrease of the detectable air humidity. And / or increase as the air temperature rises 1 1. Any of the preceding claims methods Where the steam flow (38) supplied to the compartment (6) decreases with increasing air humidity and / or lower air temperature. One Where the dew point evaluation will be performed By temperature and humidity And the flow and / or the temperature of the steam (38) will be adjusted according to the Evaluate the dew point 1 3. Methods of one of the previous claims. Where the steam flow (38) is the steam supply flow to the chamber (6) and / or the steam flow is set by setting the Flow of the fluid to the first heating device (42) adjusted to produce a steam flow 1 4. Method of one of the previous claims. Where the conditioning device (2) consists of a steam generator (32) and where the operation of the steam generator is adjusted according to the parameters of One or more processes Especially Based on at least one process parameter as per claim 5 1 5. One of the preceding claim method. Where the steam generating unit (32) has a function of temperature, hysteresis or two-stage control function. And hysteresis or coupling function The regulator is adjusted according to at least one drying process parameter. In particular, the detectable air humidity and / or the detectable air temperature 1 6. Fabric conditioner (2), especially Exhaust and / or condensation dryers, regenerative devices Or a washing machine with a drying function It has the following components: Fabric compartment (6) for storing fabrics to be conditioned, fan (12) for blowing air through the bin (6). Air for drying At least one steam supply device (32) tuned to supply steam (38), detecting unit (30, 44) tuned to detect air humidity and / or air temperature, and control unit (50). Where at least one pre-conditioning sequence and at least one steam distribution sequence after at least one pre-conditioning sequence, where at least in the pre-conditioning sequence One order, the control unit (50) is tuned to receive at least one signal from the detectors (30, 44) indicating the air humidity and / or air temperature and controlling the fan (12) for blowing air through the cavity. Keep (6) until air temperature is reached. And / or preset air humidity, and where the control unit (50) is adjusted to control at least one steam supply device (32) to supply steam (38) at a given current and / or temperature. 1 7. The equipment according to claim 16, where the control unit (50) is adjusted to control the vapor flow. Water and / or temperature generated by at least one steam device (32), based on the parameters of One or more processes After steam supply (38) at a current flow and / or a preset temperature 1 8. Fabric conditioner (2), especially Exhaust and / or condensation dryers, regenerative devices Or a washing machine with a drying function It has the following components: Fabric compartment (6) for storing fabrics to be conditioned, fan (12) for blowing air through the bin (6). Air for drying At least one steam supply device (32) tuned to supply steam (38) to the storage compartment (6). Detecting unit (30, 44) adjusted to detect air humidity and / or temperature of Air and control units (50) adjusted to control at least one steam distribution sequence. The control unit (50) is tuned to receive at least one signal from the detector (30, 44) indicating air humidity and / or air temperature. And control the flow of steam and / or The temperature generated by at least one steam supply device (32) based on process parameters. At least one 1 9. Equipment according to claim 16, 17 or 18, consisting of one (21) heating device adjusted to heat the air to be blown into the compartment (6) 2 0. Equipment as specified in any of Clause 16 to 19. Where the control unit (50) is adjusted to control the first heating device (21) during the pre-conditioning sequence for heating. To the air to be blown into the recess (6) 2 1. The fabric conditioner or steam supply method, according to one of the previous claims, where during the steam supply sequence, the control unit (50) is adjusted to control the fan (12) and / or the device. Additional flap (26) where the air flow through the storage compartment (6) is reduced and / or the flow direction. Of the air will be reversed. Especially The air flow is reduced to less than 50% of the stated flow rate, preferably less than 70% or 85% of the stated flow rate 2. 2. Fabric conditioner or steam distribution method according to one of the preceding claims, where at least one steam device (32) will consist of a modified second (42) heating device. To give Heat and evaporate at least one of the liquids to the steam supply device 2. 3. Fabric conditioner according to claim 22, where the second heating device (42) is adjusted to be regulated by the control unit (50) 2. 4. Fabric conditioner or steam distribution method according to claim 22 or 23, where at least one steam dispenser (32) consists of a delivery mechanism (40). Adjusted valve or cylinder unit At least one liquid is supplied to the second heating device (42) 2. 5. Fabric conditioners according to claim 24, whereby the delivery mechanism (40) will be adjusted to be controlled. By control unit Especially The flow rate of at least one liquid to be supplied to A second heating device can be controlled by a control unit 2. 6. Fabric conditioner or steam distribution method according to one of the previous claims, where the steam flow, the length of the steam supply, the total amount of steam supplied during the cycle. Steam conditioning And / or the steam temperature is set according to the type of fabric to be treated and / or the amount or weight of the fabric to be treated. 2 7. Fabric conditioner or steam distribution method according to one of the previous claims, where the bin (6) is a rotating drum 2. 8.A fabric conditioner or a steam distribution method according to one of the preceding claims, where the air flowing through the compartment (6) is either a continuous exhaust or recirculating air stream 2. 9. Fabric conditioner or steam distribution method according to any of the preceding claims where the supplied steam (38) will be one or more of the following: vapor Water, steam assembled With additives, disinfectant steam, fragranced steam, detergent steam, deodorizing steam and steam with softener, especially An additive is one or more of the substances. From the following substances: disinfectants, perfumes, detergents, deodorants and softeners.