CN103820981A - Drying apparatus and washing machine having the same and control method thereof - Google Patents

Drying apparatus and washing machine having the same and control method thereof Download PDF

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Publication number
CN103820981A
CN103820981A CN201310381819.2A CN201310381819A CN103820981A CN 103820981 A CN103820981 A CN 103820981A CN 201310381819 A CN201310381819 A CN 201310381819A CN 103820981 A CN103820981 A CN 103820981A
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China
Prior art keywords
program
cylinder
bedding
article
control module
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Pending
Application number
CN201310381819.2A
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Chinese (zh)
Inventor
金兑恩
梁炳烈
金贤淑
姜明顺
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Samsung Electronics Co Ltd
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Samsung Electronics Co Ltd
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Publication of CN103820981A publication Critical patent/CN103820981A/en
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    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F33/00—Control of operations performed in washing machines or washer-dryers 
    • D06F33/50—Control of washer-dryers characterised by the purpose or target of the control
    • D06F33/52—Control of the operational steps, e.g. optimisation or improvement of operational steps depending on the condition of the laundry
    • D06F33/65—Control of the operational steps, e.g. optimisation or improvement of operational steps depending on the condition of the laundry of conditioning or finishing phases, e.g. for smoothing or removing creases
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F34/00—Details of control systems for washing machines, washer-dryers or laundry dryers
    • D06F34/28—Arrangements for program selection, e.g. control panels therefor; Arrangements for indicating program parameters, e.g. the selected program or its progress
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F29/00—Combinations of a washing machine with other separate apparatus in a common frame or the like, e.g. with rinsing apparatus
    • D06F29/005—Combinations of a washing machine with other separate apparatus in a common frame or the like, e.g. with rinsing apparatus the other separate apparatus being a drying appliance
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F34/00—Details of control systems for washing machines, washer-dryers or laundry dryers
    • D06F34/14—Arrangements for detecting or measuring specific parameters
    • D06F34/18—Condition of the laundry, e.g. nature or weight
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F35/00—Washing machines, apparatus, or methods not otherwise provided for
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F37/00—Details specific to washing machines covered by groups D06F21/00 - D06F25/00
    • D06F37/02—Rotary receptacles, e.g. drums
    • D06F37/04—Rotary receptacles, e.g. drums adapted for rotation or oscillation about a horizontal or inclined axis
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/04—Heating arrangements
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00—Domestic laundry dryers
    • D06F58/20—General details of domestic laundry dryers 
    • D06F58/26—Heating arrangements, e.g. gas heating equipment
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2101/00—User input for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2101/02—Characteristics of laundry or load
    • D06F2101/04—Quantity, e.g. weight
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2101/00—User input for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2101/20—Operation modes, e.g. delicate laundry washing programs, service modes or refreshment cycles
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2103/02—Characteristics of laundry or load
    • D06F2103/04—Quantity, e.g. weight or variation of weight
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2103/02—Characteristics of laundry or load
    • D06F2103/08—Humidity
    • D06F2103/10—Humidity expressed as capacitance or resistance
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2103/28—Air properties
    • D06F2103/32—Temperature
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2103/28—Air properties
    • D06F2103/34—Humidity
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2103/28—Air properties
    • D06F2103/36—Flow or velocity
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2103/44—Current or voltage
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
    • D06F2103/54—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers related to blowers or fans
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
    • D06F2105/16—Air properties
    • D06F2105/20—Temperature
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
    • D06F2105/16—Air properties
    • D06F2105/24—Flow or velocity
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
    • D06F2105/28—Electric heating
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
    • D06F2105/30—Blowers
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
    • D06F2105/46—Drum speed; Actuation of motors, e.g. starting or interrupting
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
    • D06F2105/46—Drum speed; Actuation of motors, e.g. starting or interrupting
    • D06F2105/48—Drum speed
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
    • D06F2105/58—Indications or alarms to the control system or to the user
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F25/00—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry and having further drying means, e.g. using hot air 
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00—Domestic laundry dryers
    • D06F58/20—General details of domestic laundry dryers 
    • D06F58/203—Laundry conditioning arrangements

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Control Of Washing Machine And Dryer (AREA)
  • Detail Structures Of Washing Machines And Dryers (AREA)

Abstract

A drying apparatus and a washing machine having the same and a control method thereof. The drying apparatus is provided with a total care function with respect to a substance such as bedding, the control method thereof may include a sterilization course, a deodorization course, a pest elimination course, a dust elimination course, and a refreshing course, and may be capable of performing each total care function in an independent manner. By changing a rotation speed of the drum according to the type and the weight of the bedding, the damage of the substance at each of the total care courses is reduced while obtaining optimal effects. By providing a standard course having all the total care functions, the manipulation efficiency is enhanced for a user who is not familiar with the manipulation of the courses and also for a user who is not in favor of the individual manipulation of the courses.

Description

The method of drying unit, the washing machine with drying unit and control drying unit
Technical field
Description below relates to a kind of drying unit, has the washing machine of this drying unit and controls the method for this drying unit, more particularly, relate to a kind of for bedding provide nursing function drying unit, there is the washing machine of this drying unit and control the method for this drying unit.
Background technology
Generally speaking, drying unit is configured for so a kind of device: in accommodating the drum rotating of the clothes of being dried (hereinafter referred to as article), supply the high temperature air (hot blast) being heated by storage heater carry out drying article by the inside to cylinder.Recently, introduced the washing machine (being commonly called roller washing machine) of the function with such drying unit, and this washing machine is configured to carry out independently drying cycle, or carries out drying cycle in conjunction with wash cycle.
Drying cycle, by carrying out drying article with high-temperature hot-air, therefore, is killed any bacterium remaining on article effectively.But, in the case of mainly residing in such as the tick worm (tick) in the bedding of bed clothes and pillow, bedbug, tick worm not only resides in the surface of bedding, but also reside in the cotton-wool filler or sponge filler of bedding inside, so traditional drying cycle can not be eliminated the tick worm that resides in bedding inside effectively.
In addition, drying cycle does not provide about the nursing function of bedding and is attached to such as offensive odour particle (odor particle) or the dust of the article of bedding and makes the compressed part for the object of storing fluffy (refresh) of bedding to eliminate.
Summary of the invention
Therefore, one side of the present disclosure is to provide a kind of drying unit, has the washing machine of this drying unit and controls the method for this drying unit, and described drying unit is provided with for the article such as bedding and carries out sterilization, deodorizing, tick eradication, dedusting and fluffy nursing function.
Other aspects of the present disclosure will partly be set forth in the following description, and part will be obvious by describing, or can learn by enforcement of the present disclosure.
According to one side of the present disclosure, a kind of drying unit comprises cylinder, motor, heater, input block and control module.Described cylinder can be configured to hold the article such as bedding.Described motor can be constructed such that drum rotating.Described heater can be configured to hot blast feeding to cylinder inside.Described input block can be configured to select at least one care program for article being carried out to sterilization, deodorizing, tick eradication, dedusting and fluffy multiple care programs, so that article are carried out to the nursing function such as sterilizing function, deodorization functions, tick eradication function, dedusting function and fluffy function.Described control module can be configured to carry out care program by controlling for the programmed algorithm of operating electrical machines and heater according to selected care program.
Care program can comprise sterilisation program, deodorizing program, tick eradication program, dedusting program, fluffy program and standardization program.
Standardization program can have all functions in sterilizing function, deodorization functions, tick eradication function, dedusting function and fluffy function.
Input block can comprise: the first selected cell, for selecting article to carry out the bedding NM of nursing function; The second selected cell, for selecting concrete program, such as bedding NM for sterilization, deodorizing, tick eradication, dedusting and fluffy care program.
In addition, input block can comprise: the 3rd selected cell, for selecting the type of article; The 4th selected cell, for selecting weight or the amount of article.
Control module can be according to the rotating speed of the type change cylinder of article, and can change according to the weight of article or amount the rotating speed of cylinder.
The type of article can comprise bed clothes, pillow and woollen blanket.
The weight of article can comprise height, it is low to neutralize.
The amount of article can comprise greatly, neutralize little.
Drying unit also can comprise the blower fan of the amount of controlling the air that is introduced in cylinder inside.Control module makes cylinder according to the operation rotation of motor, and according to the operation of heater and blower fan, hot blast feeding is arrived to cylinder inside, therefore kills the sterilisation program of the various bacteriums that reside in bedding inside.
In addition, control module can be carried out sterilisation program by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration according to the weight of article.
Drying unit also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, radiation ultraviolet ray in cylinder.Control module also can be carried out post processing circulation by least one operation in ion generator and ultraviolet lamp, to improve the sterilization dynamics to article.
Drying unit also can comprise: blower fan, for regulating the air stream that is introduced in cylinder inside; Sprayer, is fed to cylinder inside by mist.Control module makes cylinder according to the operation rotation of motor, and according to the operation of heater and blower fan by hot blast feeding to cylinder inside, and according to the operation of sprayer to materials supply mist, therefore carry out deodorizing program.
In addition, control module can be carried out deodorizing program by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration according to the weight of article.
Drying unit also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray.Control module can be carried out post processing circulation by least one operation in ion generator and ultraviolet lamp, to improve the sterilization dynamics to article.
Drying unit also can comprise the blower fan for regulating the air stream that is introduced in cylinder inside, and control module can make cylinder according to the operation rotation of motor, and according to the operation of heater and blower fan, hot blast feeding is arrived to cylinder inside, therefore eliminate the tick eradication program of the tick worm that resides in article inside.
Control module can be carried out tick eradication program by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration according to the weight of article.
Drying unit also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray.Control module can be carried out post processing circulation, and in this post processing circulation, at least one in ion generator and ultraviolet lamp operated.
Drying unit also can comprise the blower fan that regulates the air stream that is introduced in cylinder inside, and control module can make cylinder according to the operation rotation of motor, and according to the operation of blower fan, high wind is fed to cylinder inside, therefore remove the dedusting program of the dust being attached on article.
Control module can be carried out dedusting program by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration according to the weight of article.
Drying unit also can comprise the blower fan that regulates the air stream that is introduced in cylinder inside, and control module can make cylinder according to the operation rotation of motor, and according to the operation of heater and blower fan, hot blast feeding is arrived to cylinder inside, therefore remove the fluffy fluffy program of compressive state that is included in the moisture in article and makes article.
Control module can be carried out fluffy program by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration according to the moisture content of article.
Moisture content can directly be inputted by user.
Can detect moisture content by sensor.
The inside that drying unit also can be included in cylinder produces the aroma generator of fragrance, and control module can carry out post processing circulation, to operate aroma generator.
Drying unit also can comprise the blower fan that regulates the air stream that is introduced in cylinder inside, and control module can make cylinder according to the operation rotation of motor, and according to the operation of heater and blower fan, hot blast feeding is arrived to cylinder inside, therefore remove the standardization program of bacterium, tick worm, offensive odour particle, dust and moisture in article.
Control module can carry out operative norm program by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration according to the moisture content of article.
Drying unit also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray; Aroma generator, produces fragrance in the inside of cylinder, and control module can carry out post processing circulation, and in this post processing circulation, at least one in ion generator, ultraviolet lamp and aroma generator operated.
According to one side of the present disclosure, a kind of washing machine comprises cylinder, heater, input block and control module.Described cylinder can be configured to hold the article such as bedding.Described heater can be configured to hot blast feeding to cylinder inside.Described input block can be configured to select at least one care program for article being carried out to sterilization, deodorizing, tick eradication, dedusting and fluffy multiple care programs, so that article are carried out to the nursing function such as sterilizing function, deodorization functions, tick eradication function, dedusting function and fluffy function.Described control module can be configured to carry out independently care program according to selected program and drying cycle.
Washing machine also can comprise the blower fan that makes the motor of drum rotating and adjusting be introduced in the air stream of cylinder inside.Control module can carry out the programmed algorithm for each care program of care program by controlling motor, blower fan and heater.
Control module also can be determined weight or the amount of article, and according to the weight of article or amount reprogramming algorithm.
Washing machine also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray; Aroma generator, produces fragrance in the inside of cylinder.Control module can be carried out post processing circulation by least one operation in ion generator, ultraviolet lamp and aroma generator.
According to one side of the present disclosure, a kind of method of controlling drying unit, described drying unit have hold such as the cylinder of the article of bedding, make the motor of drum rotating and by hot blast feeding the heater to cylinder inside, described method comprises: select article to carry out the bedding NM such as the nursing function of sterilizing function, deodorization functions, deinsectization function, dedusting function and fluffy function; Select the concrete care program of bedding NM; Select the programmed algorithm for each care program according to care program, to control motor and heater; Determine weight or the amount of article; According to the weight of article or amount, to change the control to motor and heater.
Select concrete care program to comprise to select a care program for sterilization, deodorizing, deinsectization, dedusting and fluffy multiple care programs.
Described method also can comprise the type of selecting article, and programmed algorithm can comprise according to the rotating speed of the type change cylinder of article.
Described method also can comprise the blower fan that regulates the air stream that is introduced into cylinder, and sterilisation program can comprise: by making cylinder rotate to make article rolling according to the operation of motor; By according to the operation of heater and blower fan and by hot blast feeding to cylinder inside make the internal temperature of cylinder remain on predetermined temperature or more than.
Sterilisation program can comprise according to the weight of article carries out sterilization cycles by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration.
Described method also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray.Sterilisation program can comprise by least one in operation ion generator and ultraviolet lamp carries out post processing circulation, to improve the sterilization dynamics to article.
Described method also can comprise: blower fan, regulates the air stream that is introduced in cylinder inside; Sprayer, is fed to cylinder inside by mist.Deodorizing program can comprise: by making cylinder rotate to make article rolling according to the operation of motor; According to the operation of heater and blower fan, hot blast feeding is arrived to cylinder inside; According to the operation of sprayer to materials supply mist.
Sterilisation program can comprise by change motor RPM, drive factor, air-flow, temperature and at least one in the duration according to the weight of article carries out deodorizing circulation.
Described method also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray.Deodorizing program can comprise by least one in operation ion generator and ultraviolet lamp carries out post processing circulation, to improve the sterilization dynamics to article.
Described method also can comprise the blower fan that regulates the air stream that is introduced in cylinder inside, and tick eradication program can comprise: by making cylinder rotate to make article rolling according to the operation of motor; By hot blast feeding being eliminated to tick worm to cylinder inside according to the operation of heater and blower fan.
Tick eradication program can comprise according to the weight of article carries out tick eradication circulation by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration.
Described method also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray.Tick eradication program can comprise carries out post processing circulation, and in this post processing circulation, at least one in ion generator and ultraviolet lamp operated.
Described method also can comprise the blower fan that regulates the air stream that is introduced in cylinder inside, and dedusting program can comprise: by making cylinder rotate to make article rolling according to the operation of motor; Remove by high wind being fed to cylinder inside according to the operation of blower fan the dust that is attached to article.
Dedusting program can comprise according to the weight of article carries out dedusting circulation by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration.
Described method also can comprise the blower fan that regulates the air stream that is introduced in cylinder inside, and fluffy program can comprise: by making cylinder rotate to make article rolling according to the operation of motor; By hot blast feeding being removed to cylinder inside and is included in the moisture in article and makes the compressive state of article fluffy according to the operation of heater and blower fan.
Fluffy program can comprise according to the moisture content of article carries out fluffy circulation by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration.
The inside that described method is also included in cylinder produces the aroma generator of fragrance, and fluffy program can carry out post processing circulation, to operate aroma generator.
Described method also can comprise the blower fan that regulates the air stream that is introduced in cylinder inside, and standardization program can comprise: by making cylinder rotate to make article rolling according to the operation of motor; By hot blast feeding being removed to various bacteriums, tick worm, offensive odour particle, dust and the moisture in article to cylinder inside according to the operation of heater and blower fan.
Standardization program can comprise according to the moisture content of article by changing motor RPM, drive factor, air-flow, temperature and at least one in the duration.
Described method also can comprise: ion generator, produces ion in the inside of cylinder; Ultraviolet lamp, to cylinder radiation ultraviolet ray; Aroma generator, produces fragrance in the inside of cylinder, and standardization program can comprise and carry out post processing circulation, and in this post processing circulation, at least one in ion generator, ultraviolet lamp and aroma generator operated.
Accompanying drawing explanation
By the description of embodiment being carried out below in conjunction with accompanying drawing, these and/or other aspect of the present disclosure will become obviously and be easier to be understood, in the accompanying drawings:
Fig. 1 is according to the outside perspective view of the washing machine with drying unit of embodiment of the present disclosure;
Fig. 2 is the sectional view of the structure of the washing machine shown in Fig. 1;
Fig. 3 shows the perspective view of a part for the structure of Fig. 2;
Fig. 4 shows according to the view of the control panel of the washing machine of embodiment of the present disclosure;
Fig. 5 is according to the control block diagram of the washing machine of embodiment of the present disclosure;
Fig. 6 be according to embodiment of the present disclosure for select the flow chart of operation of algorithm of bedding nursing at the washing machine with drying unit;
Fig. 7 is the flow chart for bedding being carried out to the operation of the control algolithm of the sterilisation program of sterilization at the washing machine with drying unit according to embodiment of the present disclosure;
Fig. 8 is the flow chart for bedding being carried out to the operation of the control algolithm of the sterilisation program of sterilization at the washing machine with drying unit according to embodiment of the present disclosure;
Fig. 9 is the flow chart for bedding being carried out to the operation of the control algolithm of the sterilisation program of sterilization at the washing machine with drying unit according to embodiment of the present disclosure;
Figure 10 is the flow chart for bedding being carried out to the operation of the control algolithm of the deodorizing program of deodorizing at the washing machine with drying unit according to embodiment of the present disclosure;
Figure 11 is the flow chart for bedding being carried out to the operation of the control algolithm of the deodorizing program of deodorizing at the washing machine with drying unit according to embodiment of the present disclosure;
Figure 12 is the flow chart for bedding being carried out to the operation of the control algolithm of the deodorizing program of deodorizing at the washing machine with drying unit according to embodiment of the present disclosure;
Figure 13 be according to embodiment of the present disclosure for eliminate the flow chart of the operation of the control algolithm of the tick eradication program of the tick worm on bedding at the washing machine with drying unit;
Figure 14 be according to embodiment of the present disclosure for eliminate the flow chart of the operation of the control algolithm of the tick eradication program of the tick worm on bedding at the washing machine with drying unit;
Figure 15 be according to embodiment of the present disclosure for eliminate the flow chart of the operation of the control algolithm of the tick eradication program of the tick worm on bedding at the washing machine with drying unit;
Figure 16 be according to embodiment of the present disclosure for remove the flow chart of the operation of the control algolithm of the dedusting program of the dust on bedding at the washing machine with drying unit;
Figure 17 be according to embodiment of the present disclosure for remove the flow chart of the operation of the control algolithm of the dedusting program of the dust on bedding at the washing machine with drying unit;
Figure 18 be according to embodiment of the present disclosure for remove the flow chart of the operation of the control algolithm of the dedusting program of the dust on bedding at the washing machine with drying unit;
Figure 19 be according to embodiment of the present disclosure for make the flow chart of the operation of the control algolithm of the fluffy program that bedding are fluffy at the washing machine with drying unit;
Figure 20 be according to embodiment of the present disclosure for make the flow chart of the operation of the control algolithm of the fluffy program that bedding are fluffy at the washing machine with drying unit;
Figure 21 be according to embodiment of the present disclosure for make the flow chart of the operation of the control algolithm of the fluffy program that bedding are fluffy at the washing machine with drying unit;
Figure 22 is according to the flow chart of the operation of the control algolithm for the standardization program of bedding being nursed at the washing machine with drying unit of embodiment of the present disclosure;
Figure 23 shows the variable outline diagram of the drive factor (driving factor) of standardization program;
Figure 24 is according to the flow chart of the operation of the control algolithm for the standardization program of bedding being nursed at the washing machine with drying unit of embodiment of the present disclosure;
Figure 25 is according to the flow chart of the operation of the control algolithm for the standardization program of bedding being nursed at the washing machine with drying unit of embodiment of the present disclosure;
Figure 26 is according to the perspective view of the drying unit of embodiment of the present disclosure;
Figure 27 is the side cross-sectional view of the drying unit shown in Figure 26.
The specific embodiment
To be described in detail embodiment of the present disclosure now, its example is illustrated in the accompanying drawings, and wherein, identical label is indicated identical element all the time.
Fig. 1 is according to the outside perspective view of the washing machine with drying unit of embodiment of the present disclosure, and Fig. 2 is the sectional view of the structure of the washing machine shown in Fig. 1, and Fig. 3 shows the perspective view of a part for the structure of Fig. 2.
In Fig. 1 to Fig. 3, comprise according to the washing machine 1 of embodiment of the present disclosure: main body 10, form outward appearance, be case shape simultaneously; Bucket 11, is arranged on the inside of main body 10, and its inside is configured to preserve water (, washings or washings), is tubular simultaneously; Cylinder 12, is rotatably installed in the inside of bucket 11, and is provided with multiple holes 13.
In the outside of the rear surface of bucket 11, be provided as the motor 15 of drive unit, so that be connected to the rotating shaft 15a rotation of cylinder 12, to carry out wash cycle, rinse cycle, rotary dehydration circulation and drying cycle.
Generally speaking, motor 15 can be the general-purpose machine being made up of field coil and armature or the brshless DC motor (BLDC) being made up of permanent magnet and electromagnet, and can be applied to cylinder 12, any motor that can be configured to small-medium size all can be considered as motor 15.
In addition, door 19 is installed to the front surface of main body 10, thereby can by door 19, clothing be put into the inside of cylinder 12 or by door 19, clothing be taken out from the inside of cylinder 12.
Detergent throwing device 20 and water supply installation 30 are arranged on the top of bucket 11, and detergent throwing device 20 is configured to supplying detergent (, synthetic detergent or natural soap washing agent), and water supply installation 30 is configured to supply water (, washings or washings).
Detergent throwing device 20 has the inside that is divided into multiple spaces, and is installed on the front surface of main body 10, thereby user can easily put into described multiple space by washing agent and purificant.
In addition, water supply installation 30 comprises: water supply pipe 31, is connected to detergent throwing device 20 by outside water supply pipe, washings or washings are supplied to the inside of bucket 11; Feed water valve 32, is arranged on the centre of water supply pipe 31, to control the supply of water; Tube connector 35, is connected to bucket 11 by detergent throwing device 20.Above-mentioned structure can make current be supplied to bucket 11 inside through detergent throwing device 20, thereby the washing agent of detergent throwing device 20 inside can be supplied to bucket 11 together with water.
In addition, control panel 40 is arranged on the top of the front surface of main body 10, control panel 40 is provided with multiple buttons and the display of controlling washing machine 1, and washing agent is put into mouthfuls 21 sides that are arranged on control panel 40, washing agent is put in washing machine 1 in being connected to rinsing maching embedding device 20.
In addition, be provided with the drainage arrangement 50 that is installed to bucket 11 according to the washing machine 1 of embodiment of the present disclosure, this drainage arrangement 50 is also configured to discharge the water of bucket 11 inside.The water of bucket 11 is disposed to outside drainage arrangement 50 to be comprised: first row water pipe 51, is connected to bucket 11 bottom; Draining pump 52, is arranged on first row water pipe 51; Second row water pipe 53, is connected to the outlet side of draining pump 52.
In addition, be provided with the drying unit 60 that is installed to cylinder 12 according to the washing machine 1 of embodiment of the present disclosure, this drying unit 60 is configured to the clothing of drying roller 12 inside.Drying unit 60 comprises: condenser pipe 62, the airborne moisture (moisture) of introducing from cylinder 12 with condensation; Dry pipe 64, dry by apply heat to air the air of introducing from condenser pipe 62; Blower fan 66, is arranged on condenser pipe 62 and dries between pipe 64, and is configured to define air-flow, thereby the air that is introduced into condenser pipe 62 can be dried pipe 64 by flowing through and be introduced into the inside of cylinder 12.Heater 68 is placed on dries in pipe 64, with the air of heating, drying pipe 64 inside, water supply nozzle 63 is arranged in condenser pipe 62, with by condensation water (, cold water) be fed to the inside of condenser pipe 62, thereby as the product of drying clothes, the hot and humid airborne moisture producing is condensed and is therefore removed in the program of condenser pipe 62 at air stream.Water supply nozzle 63 is connected to the condensation water supply pipe 69 of supply condensation water, and condensation water supply pipe 69 is connected to feed water valve 32.
Therefore, by the condensation water that makes to supply through the feed water valve 32 condensation water supply pipe 69 of flowing through, and make condensation water eject and flow along the inner surface of condenser pipe 62 from water supply nozzle 63, between the hot and humid air rising from bottom and condensation water, contact increase, therefore improved condensation effect.
In addition, for the vibration that reduces to produce in the operation sequence of washing machine 1, according to being provided with damper 70 in the washing machine 1 of embodiment of the present disclosure, with the barrel support 11 movingly of the bottom from bucket 11.
In addition, be provided with temperature sensor 91 and humidity sensor 92 according to the washing machine 1 of embodiment of the present disclosure, described temperature sensor 91 is arranged on the part contiguous with cylinder 12 of drying pipe 64, to detect the temperature of the air that is introduced in cylinder 12,, the inlet temperature of cylinder 12, described humidity sensor 92 is arranged on the lower end of the front surface of cylinder 12, to contact the amount of moisture in test item by the article of rotation together with cylinder 12, thereby measure the sensing value of the signal of telecommunication changing according to the moisture in article.For humidity sensor 92, can use and be the touch sensor of lath-shaped or use capacitance sensor when article contact with cylinder 12, directly to measure and detect resistance or electric capacity.
, except temperature sensor 91 and humidity sensor 92, also comprise for the various sensors of bedding nursing according to the washing machine 1 of embodiment of the present disclosure meanwhile, for described various sensors, provide its detailed description with reference to Fig. 5 after a while.
Fig. 4 shows according to the view of the control panel of the washing machine of embodiment of the present disclosure.
In Fig. 4, input block 100 and display unit 140 are arranged on control panel 40, described input block 100 is provided with the multiple buttons that receive manipulation order from user, and to control the operation of washing machine 1, described display unit 140 shows the mode of operation of washing machine 1 and user's manipulation state.
Input block 100 is configured to input by user's manipulation the order of wash cycle, rinse cycle, rotary dehydration circulation and the drying cycle of carrying out washing machine 1, and can for example, be made up of () key, button, switch, touch pad, turning point logical (jog dial).For example, input block 100 can comprise all devices by produce predetermined input data such as the manipulation that promotes, contacts, presses and rotate.
In addition, input block 100 is provided with: the first selected cell 101, for selecting dividually bedding NM with traditional wash cycle or drying cycle, so that bedding (such as bed clothes, pillow, sheet and woollen blanket) are carried out to nursing function (such as sterilization, deodorizing, tick eradication, dedusting and fluffy); The second selected cell 102, for selecting the concrete care program of bedding NM, such as standardization program, sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program; The 3rd selected cell 103, for selecting the type of bedding of care program, such as bed clothes, pillow, sheet and woollen blanket; The 4th selected cell 104, for selecting the bedding amount of care program, such as corresponding with the weight or volume of bedding large, neutralize little or high, neutralize low.But, the function that the disclosure is not limited to provide above, thus different, additional or less function can be provided as required.
For example, display unit 140 comprises the illuminator such as light emitting diode (LED), liquid crystal display (LCD) or Organic Light Emitting Diode (OLED), and neighboringly arrange with the first selected cell 101, the second rotary unit 102, the 3rd selected cell 103 and the 4th selected cell 104, and by showing the information about the mode of operation of washing machine 1 and user's manipulation state such as the various forms of 7 sections of LED or LED flicker.
Display unit 140 comprises: the multiple LED with the first selected cell 101 neighboringly arranges, show the selection of washing mode, oven dry pattern and bedding NM; Be arranged on multiple LED of the second selected cell 102 tops, the selection of display standard program, sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program; Be arranged on multiple LED of the 3rd selected cell 103 tops, show the selection of the type (such as bed clothes, pillow, sheet and woollen blanket) of bedding; Be arranged on multiple LED of the 4th selected cell 104 tops, show the selection of amount of the weight or volume of bedding, such as large, neutralize little, or high, neutralize low.
Except above, in the time that display unit 140 is LCD in the situation that, in the time selecting the bedding NM of nursing for bedding, first, activate the user interface (UI) of sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program, and in the demonstration of selecting to activate one.Secondly, activate the UI of the type (such as bed clothes, pillow, sheet and woollen blanket) for selecting bedding, select afterwards the type of bedding, the 3rd, activate amount for selecting bedding (, the weight or volume of bedding) UI, thereby user can select nursing function by stages.
Operation by select nursing function with input block 100 and display unit 140 is described below.
User selects by manipulating the first selected cell 101 the bedding NM arranging separately dividually with traditional wash cycle or traditional drying cycle.In the time rotating the first selected cell 101 in order to manipulate, show LED according to the rotation manipulation of the first selected cell 101 and optionally flicker with the selection of first the selected cell 101 contiguous washing mode, oven dry pattern and the bedding NMs that arrange, therefore, user selects to show that by inspection LED selects the bedding NM of expecting, bedding NM is selected.
By manipulating after the first selected cell 101 selected bedding NM, user selects the program of expecting from comprise multiple care programs of standardization program, sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program by manipulating the second selected cell 102.In the time pressing the second selected cell 102, the selection that is arranged on standardization program, sterilisation program, deodorizing program, tick eradication program, dedusting program and the fluffy program of the second selected cell 102 tops shows that LED optionally glimmers according to the pressing manipulation of the second selected cell 102, therefore, user selects the care program of expecting in checking selection demonstration LED, and care program is selected.
By manipulating after the second selected cell 102 selected care program, select type and the amount of bedding by manipulating the 3rd selected cell 103 and the 4th selected cell 104.
First, in the time pressing the 3rd selected cell 103, the selection that is arranged on bed clothes, pillow, sheet and the woollen blanket of the 3rd selected cell 103 tops shows that LED optionally glimmers according to the pressing manipulation of the 3rd selected cell 103, therefore, user selects to show that by inspection LED selects the type of bedding, and the type of bedding is selected.
Next, in the time pressing the 4th selected cell 104, be arranged on the 4th selected cell 104 tops for high, neutralize low or large, neutralize little selection and show that LED pressing manipulation and optionally flicker according to the 4th selected cell 104, therefore, user selects to show that by inspection LED selects the amount of bedding, the amount (, the weight or volume of bedding) of bedding is selected.
As mentioned above, in order to carry out bedding nursing function, then user selects type and the amount of the care program of expectation and the bedding of each care program through the second selected cell 102, the 3rd selected cell 103 and the 4th selected cell 104 by the pattern of selecting bedding NM to carry out bedding nursing function to enter through the first selected cell 101.
But, in order to carry out the nursing function for bedding, standardization program is configured to carry out basic bedding nursing function, and needn't select the first selected cell 101, the second selected cell 102, the 3rd selected cell 103 and the 4th selected cell 104, therefore, in the time manipulating the first selected cell 101 due to user and selected bedding NM, the mode standard that is configured to the bedding of default value is configured to automatically be selected, and needn't manipulate extraly the second selected cell 102, the 3rd selected cell 103 and the 4th selected cell 104.
The standardization program of bedding NM is the program with the nursing function of all programs in sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program, and for be unfamiliar with these programs manipulation user and do not like the user who manipulates separately these programs to facilitate.
Except above, display unit 140 also can be by selecting type and the amount of the care program of bedding NM and the bedding of care program with the classification that LCD carries out.
Fig. 5 is according to the control block diagram of the washing machine of embodiment of the present disclosure, and by mainly describe with traditional wash cycle or traditional drying cycle arrange dividually for carrying out the bedding NM of bedding nursing function.
In Fig. 5, washing machine 1 also comprises sensor unit 90, input block 100, control module 110, memory 120, driver element 130 and display unit 140.
Sensor unit 90 comprises the various sensors that are arranged in washing machine 1, such as temperature sensor 91 and humidity sensor 92, described temperature sensor 91 is arranged on dries pipe 64 part contiguous with cylinder 12, to detect the temperature of the air that is introduced into cylinder 12,, the inlet temperature of cylinder 12, described humidity sensor 92 is arranged on the lower end of the front surface of cylinder 12, with the moisture in test item.
Meanwhile, by direct with humidity sensor 92, measure with the rising of detected temperatures or by directly measure electric capacity with the capacitance sensor that is attached to cylinder 12 in the time that article contact with cylinder 12 and carry out the moisture in test item by the sensor at the rear surface place with washing machine 1.
In addition, sensor unit 90 also comprises: weight sensor 93, for detection of the weight of article; Current sensor (current sensor) 94, for detection of the volume of article; Smell sensor 95, for detection of the smell of article.
Weight sensor 93 carrys out the weight of test item by generally well-known load cell (load cell), piezoelectric transducer or proximity transducer in use prior art.By use work as motor 15 while accelerating motor 15 reach desired speed or predetermined number of revolutions time used, or by using second law of motion (moment of torsion=inertia × acceleration) to carry out the weight of test item by providing moment of torsion to continue predetermined time section to motor 15 after measuring directly or indirectly the inertia of cylinder 12.
Current sensor 94 detects the change of the electric current of the blower fan 66 in desired speed, or works as by use the turn/per minute of RPM(changing when fan 66 is supplied predetermined voltage) carry out the volume of test item.Except above, can carry out with pneumatic sensor the volume of test item.
Smell sensor 95 is configured for and detects the sensor of offensive odour particle separating to carry out the article of deodorizing from is put into cylinder 12:, and smell sensor 95 can use Electronic Nose sensor.Electronic Nose sensor is to be provided with a kind of gas sensor that detects and measure the function of gas particle (composition of the smell producing) in various environment, and export different response signals according to the type of the gas that produces smell, thereby can distinguish the type of smell.
Except above, smell sensor 95 can use smell sensor from being coated in such as methyl hexene the article of bedding become to assign to smell and the humidity of test item.
Input block 100 is configured to by its input command, to carry out wash cycle, rinse cycle, rotary dehydration circulation, drying cycle and bedding nursing, and input block 100 comprises the first selected cell 101 for selecting bedding NM, (be for example used for the specific procedure of the care program of selecting bedding NM, standardization program, sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program) the second selected cell 102, (be for example used for the type of the bedding of selecting care program, bed clothes, pillow, sheet and woollen blanket) the 3rd selected cell 103 and for selecting the amount of bedding of care program (corresponding with the weight or volume of bedding, for example, greatly, neutralize little, or high, neutralize low) the 4th selected cell 104.
Control module 110 is the microcomputers that are configured to control according to the operation information of inputting from input block 100 all operations were (such as washing, rinsing, rotary dehydration, oven dry and bedding nursing) of washing machine 1, and control module 110 is configured to by according to the type of bedding and amount (, weight or volume) and the rotating speed that changes cylinder 12 in selected bedding NM reduces the infringement to article, and be also configured to control the algorithm of care program, to obtain optimum nursing efficacy.
In addition, control module 110 is by using the various sensor informations of inputting through sensor unit 90 to control the algorithm of care program, to carry out the nursing function that is suitable for corresponding bedding.
In addition, control module 110 is by changing the rotating speed of cylinder 12 and change the rotating speed of cylinder 12 according to the amount of article (, weight or volume) algorithm of controlling care program according to the type of article.
Memory 120 can be stored: set information, such as control washing machine 1 operation control data, controlling reference data that operating period of washing machine 1 uses, carrying out the produced simultaneously operating data of scheduled operation and input and make washing machine 1 can carry out the setting data of scheduled operation by input block 100 at washing machine 1; Use information, carries out the model information (model information) of number of times and the washing machine 1 of concrete operations such as washing machine 1; Fault message, is included in cause or the location of fault of fault in the situation in the time of washing machine 1 fault.
Driver element 130 drives the motor relevant to the operation of washing machine 1 15, feed water valve 32, draining pump 52, blower fan 66, heater 68, sprayer 72, ion generator 74, ultraviolet lamp 76 and aroma generator (scent generator) 78 according to the drive control signal of control module 110.
Motor 15 is to make the rotating shaft 15a that is connected to cylinder 12 rotate to carry out the drive unit of bedding NM, and is configured to change mechanical force according to the volume of care program or bedding, type or weight, that is, and and the rotating speed of cylinder.
Blower fan 66 is configured for the inside that high temperature air (hot blast) is introduced into cylinder 12 to carry out the device of bedding NM, and is configured to change air quantity according to care program.
Heater 68 is configured for the inside that high temperature air (hot blast) is introduced into cylinder 12 to carry out the device of bedding NM, and is configured to change according to care program the internal temperature of cylinder 12.
Sprayer 72 is configured for the inside that water is ejected into cylinder 12 with the form of mist to carry out the device of bedding NM, and is configured to change according to care program the moisture of the inside that is injected into cylinder 12.
In addition, sprayer 72 is provided with the water supply pipe (not shown) that is installed to sprayer 72, and to supply water to nozzle, and nozzle penetrates the upper surface that is arranged on bucket 11, thereby so that the fine floss hole of nozzle to be installed in the face of the mode of cylinder 12, to supply moisture with the form of mist.Sprayer 72 can be arranged on any position that can spray painting be mapped to from this to the inside of cylinder 12.
The inside that ion generator 74 is formed at cylinder 12 produces ozone and the ion such as anion, and to increase the sterilization dynamics to bedding, and ion generator 74 can be arranged on any position that can ion be fed to from this to the inside of cylinder 12.
Ultraviolet lamp 76 is configured to radiation ultraviolet ray, ultraviolet ray has bactericidal action to the bedding that are put in cylinder 12, and ultraviolet lamp 76 is by UV-LED module composition, and ultraviolet lamp 76 can be arranged on any suitable position that can utilize ultraviolet ray to carry out sterilization to the article such as bedding that are put in cylinder 12.
The inside that aroma generator 78 is formed at cylinder 12 produces the fragrance such as air freshener, to improve the smell of bedding, and can be arranged on can be from this to being put into any position of the materials supply air freshener such as bedding in cylinder 12.
Display unit 140 is arranged on control panel 40, and is configured to show according to the display control signal of control module 110 mode of operation of washing machine 1, and display unit 140 shows user's manipulation state through the information of user interface input by identification simultaneously.
Below, will describe according to the function of the drying unit of embodiment of the present disclosure and effect, there is the washing machine of this drying unit and control the method for this drying unit.
Fig. 6 be according to embodiment of the present disclosure for select the flow chart of operation of algorithm of bedding nursing at the washing machine with drying unit.
In Fig. 6, user is using as the article of object of nursing (particularly, bedding) put into the inside of cylinder 12, and user selects by the first selected cell 101 that manipulation is arranged on control panel 40 rotatably the bedding NM (operation 200) arranging separately dividually with traditional wash cycle or drying cycle.
Select the method for bedding NM as follows by manipulating rotatably the first selected cell 101.
For example, in the time that the first selected cell 101 forms by turning point is logical in the situation that, when rotatably manipulating turning point when logical, the selection of washing, oven dry and the bedding NM neighboringly arranging with the first rotary unit 101 shows that LED optionally glimmers according to the rotation manipulation of the first selected cell 101 or rotation.Therefore, user rotatably manipulates the first selected cell 101 and checks the optionally LED of flicker simultaneously, to select bedding NM.
If user selects bedding NM by rotatably manipulating the first rotary unit 101, control module 110 is determined bedding NM whether selected (operation 202).
When determining that while having selected bedding NM as definite result of operation 202, control module 110 just determines that user has selected bedding NM, and makes bedding nursing LED flicker (operation 204).
Therefore, user can be nursed the flicker of LED and can be confirmed to have selected bedding NM by the bedding that show on display unit 140.
After superincumbent step, under the selecteed state of articles for use NM, user is by pressing the program (operation 206) that manipulates or press the second selected cell 102 and select expectation from multiple care programs (standardization program, sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program) in bed.
For the method for selecting care program, when pressing while manipulating the second selected cell 102, the selection that is arranged on the second selected cell 102 tops shows that LED(comprises standardization program, sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program) pressing manipulation and optionally flicker according to the second rotary unit 102.Therefore, user presses the LED that manipulates the second selected cell 102 and check optionally simultaneously flicker, to select the bedding NM being performed (operation 208).
When user is when pressing the program that manipulates the second selected cell 102 and selected to expect from multiple care programs, control module 110 makes the LED flicker (operation 210) of the program that user selects from standardization program, sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program.
Therefore, which program user can confirm to have selected from multiple care programs by the flicker of the procedure Selection LED of demonstration on display unit 140.
Once program is selected, sets and comprise in control module according to the program of selecting, such as the default value of the parameters of air-flow, temperature etc.
And selected under the state of care program, user manipulates the 3rd selected cell 103 and selects the type of bedding (operation 212) by pressing.
For the method for type of selecting bedding, when pressing while manipulating the 3rd selected cell 103, the selection for bed clothes, pillow, sheet and woollen blanket that is arranged on the 3rd selected cell 103 tops shows LED according to the manipulation of carrying out in the mode of pressing of the 3rd rotary unit 103 and optionally flicker.Therefore, user is by pressing the desired type that manipulates the 3rd selected cell 103 and select bedding.
Therefore, user presses the LED that manipulates the 3rd selected cell 103 and check optionally simultaneously flicker, to select the type (operation 214) of bedding.
If be arranged at " startup " button on control panel be pressed before user in operation 212, do not operate the 3rd selected cell 103, control module determines that the type of bedding and amount will can not be input by a user.In this case, flow process will advance to operation 226, in this operation, to comprise, carry out the program of selection such as the default value of the parameter of air-flow, temperature etc.Otherwise, will be according to the amount of the bedding of being inputted by user (, greatly, neutralize little, or high, neutralize low) or changed the default value of parameters by the amount (not inputting the amount of bedding by the 4th selected cell 104 in the case of user) that device detects the bedding of sensing, this part content will be described later.
When user is when pressing the program that manipulates the 3rd selected cell 103 and selected in the polytype of articles for use to expect from the bed, control module 110 makes the bedding that user selects from the type of the bedding for bed clothes, pillow, sheet and woollen blanket select LED flicker (operation 216).
Therefore, user can be selected the flicker of LED and can be confirmed to have selected any type in the polytype of articles for use from the bed by the bedding that show on display unit 140.
Next, under the state of having selected care program in, user manipulates the 4th selected cell 104 and selects the amount of bedding (operation 218) by pressing.
If user does not operate the 4th selected cell 104 in 218 and select the amount of bedding in operation, flow process will advance to operation 228.That is to say, if do not complete the selection of bedding pattern, control module 110 additionally comes weight, volume or the moisture (operation 228) of sensing article by sensor unit, thereby can in operation 226, carry out care program (will be described later).Moisture above refers to whether bone dry or contain a small amount of moisture of bedding.
For the method for amount of selecting bedding, when pressing while manipulating the 4th selected cell 104, the selection that is arranged on the 4th selected cell 104 tops show LED(for large, neutralize little, or high, neutralize low) according to the manipulation of carrying out in the mode of pressing of the 4th selected cell 104 and optionally flicker.Therefore, user is by pressing the amount that manipulates the 4th selected cell 104 and select bedding.
Therefore, user presses the LED that manipulates the 4th selected cell 104 and check optionally simultaneously flicker, to select the amount (weight or volume) (operation 220) of bedding.
When user is when pressing the amount that manipulates the 4th selected cell 104 and selected in multiple amounts of articles for use to expect from the bed, control module 110 make with user from the bed the amount of articles for use (large, neutralize little, or high, neutralize low) in the LED flicker (operation 222) of the amount correspondence selected.
Therefore, user can be selected the flicker of LED and can be confirmed to have selected which amount in multiple amounts of articles for use from the bed by the bedding that show on display unit 140.
When using the first selected cell 101, the second rotary unit 102, the 3rd selected cell 103 and the 4th selected cell 104 to complete the selection of the procedure Selection of bedding NMs and the type of bedding and amount, user presses " startup " button being arranged on control panel.Can utilize the logical inner button of pressing of turning point that is arranged on the first selected cell 101 to form " startup " button.Therefore,, in the time completing the selection of bedding NM, control module 110 is carried out selected care program (operation 226) by control washing machine 1 for carrying out each device of selected care program.
In a word, the weight of article, volume or moisture can directly be inputted by user, or can be by using sensor unit sensing in the situation that user inputs.
Fig. 7 is the flow chart for bedding being carried out to the operation of the control algolithm of the sterilisation program of sterilization at the washing machine with drying unit according to embodiment of the present disclosure.
In Fig. 7, user is by by the article of sterilization (particularly, bedding) put in cylinder 12, and user selects bedding NM by the first selected cell 101 of being arranged on control panel 40 of manipulation rotatably, then user manipulates the second selected cell 102 and selects sterilisation program (operation 300) by pressing.The information exchange of user-selected sterilisation program is crossed input block 100 and is imported in control module 110.
Therefore,, in the time having selected sterilisation program and inputted operational order, control module 110 is set mechanical force (sterilization RPM and drive factor), air-flow, temperature and duration (operation 302) according to sterilisation program.At this moment the mechanical force setting provides by this way,, make cylinder 12 with suitable RPM(sterilization RPM) and suitable drive factor rotation, to kill the various bacteriums of bedding inside, and the air-flow at this moment setting provides by this way,, blower fan 66 is rotated and there is suitable air-flow (sterilization air-flow), to kill the various bacteriums of bedding inside.In addition, the temperature and the duration that configure provide by this way,, drive heater 68 that is, make by using hot blast that the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level.In sterilisation program, most important factor is " temperature ", and temperature be set at about 60 ℃ or more than, this provides the condition that can carry out sterilization to the inside of article (bedding), and maximum temperature is set in the scope that can not damage article.
Therefore, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, to carry out the basic circulation of sterilisation program.
For content is above described in more detail, control module 110 is by making cylinder 12 make the bedding rolling (operation 304) of cylinder 12 inside with mechanical force (sterilization RPM and the drive factor) rotation of setting according to the operation of motor 15.For sterilization RPM and drive factor (the on-off time of motor), approximately 50RPM or lower sterilization RPM and motor are opened about 20 seconds to close the drive factor of about 2 seconds identical with traditional drying cycle with motor, and sterilization RPM and drive factor are pre-stored in control module 110.
Control module 110 rotates blower fan 66 according to the sterilization air-flow of setting, and air go into circulation in the inside of cylinder 12 (operation 306).Sterilization air-flow can be by thermal energy transfer the deep inside to bedding, and sterilization air-flow is pre-stored in control module 110.
Next, produce high temperature air (hot blast) by control module 110 operate heater 68, to heat the air (operation 308) at the internal circulation of cylinder 12.At this moment, the temperature that control module 110 detects by temperature sensor 91 air that is introduced into cylinder 12 inside (, the temperature of the gateway unit of cylinder 12), and set sterilization temperature for about 80 ℃, set the sterilization duration for about 40 minutes or longer, thereby the internal temperature of bedding can be in temperature that can sterilization,, in about 60 ℃ or higher, and sterilization temperature and sterilization duration be pre-stored in control module 110.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer, to kill the sterilization cycles (operation 310) of the various bacteriums in bedding.
Then, the time counting that control module 110 carries out sterilization cycles, to determine about 40 minutes of setting or longer sterilization duration (, by using hot blast a part for whole bedding or bedding is continued and remain on the needed time on predetermined temperature level) whether expire (operation 312), and if the sterilization duration is not yet due, control module 110 is back to operation 310, and continue to carry out sterilization cycles by the rotation with cylinder 12 and hot blast, until the sterilization duration expires.
As from operating 312 determined results, if the sterilization duration expires, control module 110 stops motor 15, blower fan 66 and heater 68 by driver element 130, and completes the basic circulation (operation 314) of sterilisation program.
Fig. 8 is the flow chart for bedding being carried out to the operation of the control algolithm of the sterilisation program of sterilization at the washing machine with drying unit according to embodiment of the present disclosure, for the part identical with the part of describing in Fig. 7, the detailed description of such part will be omitted.
In Fig. 8, user is being put in cylinder 12 by the article of sterilization (particularly, bedding), and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected sterilisation program (operation 400).
Therefore, in the time having selected sterilisation program and inputted operational order, control module 110 is determined the weight (or volume) that is put into the article in cylinder 12, to carry out sterilisation program (operation 402).At this moment, for the method for amount (weight or volume) of determining article, manipulate the 4th selected cell 104 and can determine the weight or volume of article when directly inputting the amount (weight or volume) of article when user can press, or can determine by the weight sensor with sensor unit or current sensor the weight or volume of article.Except above, can comprise following methods for the method for weight of determining article: use motor 15 by obtaining by the instantaneous acceleration of motor 15 to reach the method for the weight of desired speed or predetermined number of revolutions time test item used, shown in the Japanese unexamined patent publication at No. 2002-336593; Or under the state that applies the lasting predetermined amount of time of moment of torsion to motor 15, measure directly or indirectly the inertia of cylinder 12, then carry out the method for sense weight by use second law of motion (moment of torsion=inertia × acceleration), shown in the Japanese unexamined patent publication at No. Hei07-90077.
In the time having determined the weight (volume) of article, control module 110 is set mechanical force (sterilization RPM and drive factor), air-flow, temperature and duration (operation 404) according to the weight of determined article (volume).Provide by this way according to the weight of article (volume) mechanical force at this moment setting,, make cylinder 12 with suitable RPM(sterilization RPM) and suitable drive factor rotation, and provide by this way according to the weight of article (volume) air-flow at this moment setting,, make blower fan 66 rotate to there is suitable air-flow in (sterilization air-flow).In addition, provide by this way temperature and duration according to the weight or volume of article, that is, drive heater 68, make the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level and continue predetermined amount of time or more than.
After this, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, the sterilization cycles changing with the weight (volume) of carrying out with article.
More particularly, control module 110 according to the operation of motor 15 by making cylinder 12 make the bedding rolling (operation 406) of cylinder 12 inside with the sterilization RPM that sets and drive factor rotation.For sterilization RPM and drive factor, approximately 50RPM or lower RPM and motor are opened about 20 seconds to close the drive factor of about 2 seconds identical with traditional drying cycle with motor, and sterilization RPM and drive factor are pre-stored in control module 110.
Then, control module 110 rotates blower fan 66 according to the sterilization air-flow setting, and the air of cylinder 12 inside go into circulation (operation 408).The sterilization air-flow setting be can be by thermal energy transfer the air-flow to the deep inside of bedding, and call the sterilization air-flow corresponding with the weight (volume) of article from the airmeter being stored in control module 110, to use.
Next, by control module 110 operate heater 68, heat is applied at the air of the internal circulation of cylinder 12 and produces high temperature air (hot blast) (operation 410).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91, and set sterilization temperature and sterilization duration, thereby the temperature of bedding inside can be in temperature that can sterilization,, in about 60 ℃ or more than, and call the sterilization temperature corresponding with the weight (volume) of article and sterilization duration from the airmeter being stored in control module 110, to use.
Above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation according to the inside rolling that is rotated in cylinder 12 of cylinder 12) by thermal energy transfer simultaneously, the sterilization cycles changing with the weight (volume) of carrying out according to article (operating 412).
Then, the time counting that control module 110 carries out sterilization cycles, to determine the sterilization duration setting whether expire (operation 414), and if the sterilization duration is not yet due, control module 110 is back to operation 412 and continues and carries out reformed sterilization cycles by the rotation with cylinder 12 and hot blast, until the sterilization duration expires.
As from operating 414 determined results, if the sterilization duration expires, control module 110 stops motor 15, blower fan 66 and heater 68 by driver element 130, and completes the circulation (operation 416) of sterilisation program.
Fig. 9 is the flow chart for bedding being carried out to the operation of the control algolithm of the sterilisation program of sterilization at the washing machine with drying unit according to embodiment of the present disclosure, for the part identical with the part of describing in Fig. 8, the detailed description of such part will be omitted.
In Fig. 9, user is being put in cylinder 12 by the article of sterilization (particularly, bedding), and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected sterilisation program (operation 500).
Therefore, in the time having selected sterilisation program and inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out sterilisation program (operation 502).
If determined the weight (volume) of article, control module 110 is set mechanical force (sterilization RPM and drive factor), air-flow, temperature and duration (operation 504) according to the weight of determined article (volume).
Then, control module 110 passes through driver element 130 and operating electrical machines 15, blower fan 66 and heater 68, to carry out the circulation of the sterilisation program changing according to the weight or volume of article.
For content is above described more specifically, control module 110 makes RPM and the drive factor rotation of cylinder 12 to set according to the operation of motor 15, thereby makes the bedding rolling (operation 506) of cylinder 12 inside.
The sterilization wind that control module 110 use set rotates blower fan 66, therefore, and air go into circulation in the inside of cylinder 12 (operation 508).
Next, by control module 110 operate heater 68, heat is applied to and on the air of the internal circulation of cylinder 12, produces high temperature air (hot blast) (operation 510).
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation according to the inside rolling that is rotated in cylinder 12 of cylinder 12) by thermal energy transfer simultaneously, changes sterilization cycles (operating 512) with the weight (volume) of carrying out according to article.
Then, the time counting that control module 110 carries out sterilization cycles, to determine the sterilization duration setting whether expire (operation 514), and if the sterilization duration is not yet due, control module 110 is back to operation 512 and carries out reformed sterilization cycles by the rotation with cylinder 12 and hot blast, until the sterilization duration expires.
As from operating 514 determined results, if the sterilization duration expires, control module 110 drives ion generator 74 and ultraviolet lamp 76 by driver element 130, to carry out extraly increasing the post processing circulation (operation 516) of the sterilization dynamics to bedding.
Meanwhile, in embodiment of the present disclosure, the description of the post processing circulation of carrying out is used as to example, but the disclosure is not limited to this after sterilization cycles completes, and the disclosure can form according to the mode of carrying out post processing circulation in carrying out sterilization cycles.Under these circumstances, by carrying out post processing circulation, most important factor in sterilisation program (sterilization temperature and sterilization duration) may be by (variably) change erratically.That is, in the case of carry out post processing circulation low sterilization temperature is provided simultaneously and be reduced the sterilization duration time, with carry out sterilization cycles in the situation that not carrying out post processing circulation time compared with, can expect identical bactericidal effect.
Figure 10 is the flow chart for bedding being carried out to the operation of the control algolithm of the deodorizing program of deodorizing at the washing machine with drying unit according to embodiment of the present disclosure.
In Figure 10, user is by by the article of deodorizing (particularly, bedding) put in cylinder 12, and user selects bedding NM by the first selected cell 101 of being arranged on control panel 40 of manipulation rotatably, then user manipulates the second selected cell 102 and selects deodorizing program (operation 600) by pressing.The information exchange of user-selected deodorizing program is crossed input block 100 and is imported in control module 110.
Therefore,, in the time having selected deodorizing program and inputted operational order, control module 110 is set humidity, mechanical force (deodorizing RPM and drive factor), air-flow, temperature and duration (operation 602) according to deodorizing program.At this moment the humidity setting provides by this way, , the mist of appropriate amount is injected in cylinder 12, thereby be attached to bedding offensive odour particle can due to mist, to be attached to offensive odour particle separated to soak offensive odour particle, and the mechanical force at this moment setting (, deodorizing RPM and drive factor) provide by this way, , cylinder 12 is with suitable RPM or deodorizing RPM rotation, to eliminate the offensive odour particle that is attached to bedding, and the air-flow at this moment setting provides by this way, , blower fan 66 is rotated and there is suitable wind (deodorizing air-flow), to eliminate the offensive odour particle that is attached to bedding.In addition, the temperature and the duration that at this moment set provide by this way,, drive heater 68 that is, thereby can be by utilizing humidity to separate the offensive odour particle on bedding with hot blast.In deodorizing program, most important factor is " humidification ", and application can make the maximized algorithm of humidifying performance on article or bedding.The method of humidification comprise use nozzle sprayer, use hyperacoustic humidification and make the humidification of hot air flow through the existing region of water, in embodiment of the present disclosure, as example, will describe and use the sprayer of nozzle.
Therefore, control module 110 operates sprayer 72, motor 15, blower fan 66 and heater 68 by driver element 130, to carry out the basic circulation of deodorizing program.
For content is above described in more detail, operate sprayer 72 by control module 110 water of the form of mist (in the humidity setting) is ejected into (operation 604) in cylinder 12.The humidity being injected in cylinder 12 is used such emitted dose,, the separable offensive odour particle that is attached to bedding, because moisture is attached to offensive odour particle and soaks the offensive odour particle on bedding, and humidity is pre-stored in control module 110.Can control the humidity being ejected in cylinder 12 by controlling injecting time.
Control module 110 makes mechanical force (deodorizing RPM and the drive factor) rotation of cylinder 12 to set according to the operation of motor 15, and makes the bedding rolling (operation 606) of cylinder 12 inside.The deodorizing RPM of motor and drive factor (on-off time) use respectively about 50RPM or lower oven dry RPM and motor to open about 20 seconds and motor cuts out the drive factor of about 2 seconds, and the deodorizing RPM of motor and drive factor are pre-stored in control module 110.
Control module 110 rotates blower fan 66 according to the deodorizing air-flow setting, and air go into circulation in the inside of cylinder 12 (operation 608).Deodorizing air-flow can separate the offensive odour particle that is attached to bedding, and deodorizing air-flow is pre-stored in control module 110.
Next, by control module 110 operate heater 68, heat is applied at the air of the internal circulation of cylinder 12 and produces high temperature air (hot blast) (operation 610).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91,, the temperature of the gateway unit of cylinder 12, and setting is less than deodorization temperature and about 20 minutes or the longer deodorizing duration of sterilization temperature, thereby being introduced into the air themperature (water that, is attached to offensive odour particle becomes the temperature of vapor form) of cylinder 12 and deodorization temperature and deodorizing duration is pre-stored in control module 110.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, be supplied to the bedding wetting by spraying along with being introduced in the hot blast of cylinder 12 inside, and carry out deodorizing circulation, being attached to the offensive odour separate particles (operation 612) of bedding.
Then, control module 110 is to the deodorizing time counting carrying out that circulates, to determine that deodorizing duration of setting (, about 20 minutes or longer) and the time that is attached to the offensive odour separate particles of bedding by utilizing humidification to make whether expire (operation 614), if the deodorizing duration is not yet due, control module 110 is back to operation 612, and by using humidification and hot blast to carry out deodorizing circulation, until the deodorizing duration expires.
As from operating 614 determined results, if the deodorizing duration expires, control module 110 stops sprayer 72, motor 15, blower fan 66 and heater 68 by driver element 130, and completes the circulation (operation 616) of deodorizing program.
Figure 11 is the flow chart for bedding being carried out to the operation of the control algolithm of the deodorizing program of deodorizing at the washing machine with drying unit according to embodiment of the present disclosure, for the part identical with part described in Figure 10, the detailed description of such part will be omitted.
In Figure 11, user is by by the article of deodorizing (particularly, bedding) put into the inside of cylinder 12, and the first selected cell 101 and the second selected cell 102 that user is arranged on control panel 40 by manipulation are selected deodorizing program (operation 700).
Therefore, in the time having selected deodorizing program and inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out deodorizing program (operation 702).
If determined the weight (volume) of article, control module 110 is set humidity, mechanical force (deodorizing RPM and drive factor), air-flow, temperature and duration (operation 704) according to the weight of determined article (volume).Provide by this way according to the weight of article (volume) mechanical force at this moment setting,, make cylinder 12 with suitable RPM(, deodorizing RPM) and suitable drive factor rotation, and provide by this way according to the weight of article (volume) air-flow at this moment setting,, make blower fan 66 rotate to there is suitable air-flow in (deodorizing air-flow).In addition, provide by this way the temperature and the duration that at this moment set according to the weight of article (volume), that is, drive heater 68, the offensive odour particle that makes to be attached on bedding can be separated.
Then, control module 110 operates sprayer 72, motor 15, blower fan 66 and heater 68 by driver element 130, the circulation of the deodorizing program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, operate sprayer 72 by control module 110 water of the form of mist (being equipped with the humidity setting) is ejected into (operation 706) in cylinder 12.The humidity setting is such emitted dose,, can soak by being incorporated into offensive odour particle the offensive odour particle being attached on bedding, and injecting time is configured to supply the moisture corresponding with about 2% to about 5% weight (load) of article.For example, under the condition of about 1kg load, mist or humidification are configured to about 20g to be supplied to article to about 50g moisture, and in the case of in the time using the feed water valve of the flow with about 0.1 liter/min, the humidification time can be configured to continue about 12 seconds to about 55 seconds.But, because mist or wetting moisture are not all to contact with article, so actual supply time is configured to be longer than calculated setting-up time.
; for the humidity setting; show in order to spray during deodorizing program or humidification and mist to each load setting or the table of humidification are stored in control module 110; and call mist or the humidification corresponding with the weight (volume) of article from the table that each load is arranged to mist or humidification that illustrates being stored in control module 110, to use.
In addition, for the humidity setting, show in order to spray during deodorizing program or humidification and the table of supply time to each load setting are stored in control module 110, and call the supply time corresponding with the weight (volume) of article from being stored in illustrating for the table of the supply time of each load setting control module 110, thereby can carry out controlled humidity by operation sprayer 72 or feed water valve during supply time.
Control module 110 makes cylinder 12 deodorizing RPM and drive factor rotation to set according to the operation of motor 15, thereby makes the bedding rolling (operation 708) of cylinder 12 inside.Can use about 50RPM or lower deodorizing RPM and motor is opened about 20 seconds and motor cuts out the drive factor of about 2 seconds, wherein, identical with traditional drying cycle of this deodorizing RPM and drive factor, or can use motor RPM and the drive factor that can transmit according to the weight of article (volume) suitable mechanical force.
Control module 110 rotates blower fan 66 according to the deodorizing air-flow setting, and air go into circulation in the inside of cylinder 12 (operation 710).The deodorizing air-flow setting can separate the offensive odour particle that is attached to bedding, and calls the deodorizing air-flow corresponding with the weight (volume) of article from the table that deodorizing air-flow is shown being stored in control module 110, to use.
Next, by control module 110 operate heater 68, heat is applied at the air of the internal circulation of cylinder 12 and produces high temperature air (hot blast) (operation 712).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91, and set deodorization temperature (, the water that is attached to the offensive odour particle that is attached to bedding changes over the temperature of vapor form) and the deodorizing duration is (, at this time durations, the water that is attached to the offensive odour particle that is attached to bedding changes over vapor form), and call the deodorization temperature corresponding with the weight (volume) of article and deodorizing duration from the table that temperature and time is shown being stored in control module 110, to use.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, be supplied to by spraying wetting bedding and carry out deodorizing circulation along with being introduced in the hot blast of cylinder 12 inside, with by the offensive odour separate particles (operation 714) being attached on bedding.
Then, control module 110 is to the deodorizing time counting carrying out that circulates, to determine the deodorizing duration setting whether expire (operation 716), if the deodorizing duration is not yet due, control module 110 is back to operation 714, and by using humidification and hot blast to carry out reformed deodorizing circulation, until the deodorizing duration expires.
As from operating 716 determined results, if the deodorizing duration expires, control module 110 stops sprayer 72, motor 15, blower fan 66 and heater 68 by driver element 130, and completes the circulation (operation 718) of deodorizing program.
Figure 12 is the flow chart for bedding being carried out to the operation of the control algolithm of the deodorizing program of deodorizing at the washing machine with drying unit according to embodiment of the present disclosure, for the part identical with part described in Figure 11, the detailed description of such part will be omitted.
In Figure 12, user is by by the article of deodorizing (particularly, bedding) put into the inside of cylinder 12, and the first selected cell 101 and the second selected cell 102 that user is arranged on control panel 40 by manipulation are selected deodorizing program (operation 800).
Therefore, in the time having selected deodorizing program and inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out deodorizing program (operation 802).
If determined the weight (volume) of article, control module 110 is set humidity, mechanical force (, deodorizing RPM and drive factor), air-flow, temperature and duration (operation 804) according to the weight of determined article (volume).
Then, control module 110 operates sprayer 72, motor 15, blower fan 66 and heater 68 by driver element 130, the circulation of the deodorizing program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, control module 110 is ejected into the water of the form of mist (being equipped with the humidity setting) by operation sprayer 72 inside (operation 806) of cylinder 12.
In addition, for supply time, can call the supply time corresponding with the weight (volume) of article from the table that injecting time is shown being stored in control module 110, thereby can carry out controlled humidity by operation sprayer 72 during supply time.
Control module 110 makes cylinder 12 deodorizing RPM and drive factor rotation to be configured according to the operation of motor 15, thereby make the bedding rolling (operation 808) of cylinder 12 inside, and control module 110 rotates blower fan 66 according to configured deodorizing air-flow, and air go into circulation in the inside of cylinder 12 (operation 810).
Next, by control module 110 operate heater 68, heat is applied at the air of the internal circulation of cylinder 12 and produces high temperature air (, hot blast) (operation 812).
As above, the hot blast drying pipe producing by operate heater 68 is introduced in the inside of cylinder 12, be supplied to the deodorizing that is suitable for article by spraying wetting bedding and being changed to and circulate along with being introduced in the hot blast of cylinder 12 inside, with by the offensive odour separate particles (operation 814) being attached on bedding.
Then, control module 110 is to the deodorizing time counting carrying out that circulates, the deodorizing duration being configured to determine whether expire (operation 816), if the deodorizing duration is not yet due, control module 110 is back to operation 814, and by using humidification and hot blast to carry out reformed deodorizing circulation, until the deodorizing duration expires.
As from operating 816 determined results, if the deodorizing duration expires, control module 110 drives ion generator 74 and ultraviolet lamp 76 by driver element 130, and carries out extraly post processing circulation, to increase deodorizing dynamics (operation 818).
Meanwhile, in embodiment of the present disclosure, the description of the post processing circulation of having carried out is used as to example, but the disclosure is not limited to this after deodorizing has circulated, and the disclosure can form according to the mode of carrying out post processing circulation in carrying out deodorizing circulation.Under these circumstances, by carrying out post processing circulation, in deodorizing program, most important factor (humidity) may be changed erratically.,, the in the situation that of in the time carrying out post processing circulation and reduce humidity simultaneously, with carry out deodorizing circulation time in the situation that not carrying out post processing circulation compared with, can expect identical deodorizing effect.
Figure 13 be according to embodiment of the present disclosure for eliminate the flow chart of operation of the deinsectization of insect (for example,, such as tick worm, flea, bedbug or acarid) on bedding or the control algolithm of tick eradication program at the washing machine with drying unit.
In Figure 13, user by occur tick eradication article (particularly, bedding) put in cylinder 12, and user selects bedding NM by the first selected cell 101 of being arranged on control panel 40 of manipulation rotatably, then user manipulates the second selected cell 102 and selects tick eradication program (operation 900) by pressing.The information exchange of user-selected tick eradication program is crossed input block 100 and is imported in control module 110.
Therefore,, in the time having selected tick eradication program and inputted operational order, control module 110 is set mechanical force (, tick eradication RPM and drive factor), air-flow, temperature and duration (operation 902) according to tick eradication program.At this moment the mechanical force setting provides by this way,, make cylinder 12 with suitable RPM or tick eradication RPM rotation, to eliminate the tick worm residing in bedding, and the air-flow at this moment setting provides by this way, that is, blower fan 66 is rotated, to there is the suitable air-flow stronger than the air-flow of sterilisation program (being called as tick eradication air-flow), to eliminate the tick worm residing in bedding.In addition, the temperature and the duration that set provide by this way,, drive heater 68, make duration by using hot blast that the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level to continue predetermined amount of time (, in 20 minutes), the duration of this predetermined amount of time is corresponding with the condition that elimination resides in the tick worm in bedding.In tick eradication program, most important factor is temperature, and the temperature of article inside, not only the surface temperature of article (bedding) also has the temperature of article inside, be configured to about 60 ℃ or more than, this provides the condition that can eliminate tick worm, and temperature is configured to be less than the temperature of sterilisation program.
Therefore, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, to carry out the basic circulation of tick eradication program.
In order to be described in more detail above-mentioned, control module 110 makes cylinder 12 mechanical force (, tick eradication RPM and drive factor) rotation to set according to the operation of motor 15, thereby makes the bedding rolling (operation 904) of cylinder 12 inside.The tick eradication drive factor (on-off time) of motor configures by this way,, the motor shut-in time is longer,, by being set for to about 2 seconds the motor opening time and setting the motor shut-in time for about 60 seconds, thereby utilize such drive factor high-temperature hot-air to be introduced into the deep inside of bedding, rather than be only incorporated into the surface of bedding, and tick eradication drive factor is pre-stored in control module 110.
Control module 110 rotates blower fan 66 according to the tick eradication air-flow setting, and air go into circulation in the inside of cylinder 12 (operation 906).Tick eradication air-flow provides the air-flow stronger than sterilization air-flow, thereby tick eradication air-flow can be passed to the deep inside of bedding, and tick eradication air-flow is pre-stored in control module 110.
Next, by control module 110 operate heater 68, heat is applied at the air of the internal circulation of cylinder 12 and produces high temperature air (, hot blast) (operation 908).At this moment, control module 110 by temperature sensor 91 detect be introduced in the air in cylinder 12 temperature (, the temperature of the entrance of cylinder 12), and set tick eradication temperature (about 80 ℃) and tick eradication duration (about 18 minutes or longer), thereby the internal temperature of bedding can be in eliminating the temperature of tick worm, that is, in about 60 ℃ or higher, and tick eradication temperature and tick eradication duration be pre-stored in control module 110.Sterilization requires the longer time, but tick eradication is by keeping article in about 60 ℃ or above only lasting just can completing for about 18 minutes.Therefore, within the relatively short time period, the bedding of health are offered to user.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, to carry out tick eradication circulation, to eliminate the tick worm residing in bedding rather than only to eliminate the tick worm (operation 910) in the surface that resides in bedding.
Then, control module 110 is to the tick eradication time counting carrying out that circulates, to determine about 18 minutes of setting or longer tick eradication duration (, by using hot blast a part for whole bedding or bedding is continued and remain on the needed time on predetermined temperature level) whether expire (operation 912), and if the tick eradication duration is not yet due, control module 110 is back to operation 910, and carry out tick eradication circulation by the rotation with cylinder 12 and hot blast, until the tick eradication duration expires.
As from operating 912 determined results, if the tick eradication duration expires, control module 110 stops motor 15, blower fan 66 and heater 68 by driver element 130, and completes the basic circulation (operation 914) of tick eradication program.
Figure 14 be according to embodiment of the present disclosure for eliminate the flow chart of the operation of the control algolithm of the tick eradication program of the tick worm in bedding at the washing machine with drying unit, for the part identical with the part of describing in Figure 13, the detailed description of such part will be omitted.
In Figure 14, user by occur tick eradication article (particularly, bedding) put in cylinder 12, and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected tick eradication program (operation 1000).
Therefore, in the time having selected tick eradication program and inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out tick eradication program (operation 1002).
In the time having determined the weight (volume) of article, control module 110 is set mechanical force (, tick eradication RPM and drive factor), air-flow, temperature and duration (operation 1004) according to the weight of determined article (volume).Provide by this way according to the weight of article (volume) mechanical force at this moment setting,, make cylinder 12 with suitable RPM(, the tick eradication RPM of article) and suitable drive factor rotation, and provide by this way according to the weight of article (volume) air-flow at this moment setting,, make blower fan 66 rotate to there is suitable air-flow in (, tick eradication air-flow).In addition, provide by this way temperature and duration according to the weight or volume of article, that is, drive heater 68, the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level.
Then, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, the circulation of the tick eradication program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, control module 110, by making cylinder 12 mechanical force (, tick eradication RPM and drive factor) rotation to set according to the operation of motor 15, therefore makes the bedding rolling (operation 1006) of cylinder 12 inside.The tick eradication RPM setting can use the oven dry RPM(about 50RPM identical with traditional drying cycle or lower), or can use the motor RPM that can transmit according to the weight of article (volume) suitable mechanical force.In addition, the drive factor setting provides by this way, that is, the motor shut-in time is longer (, by being set for to about 2 seconds the motor opening time and setting the motor shut-in time for about 60 seconds), and the drive factor setting can change according to the weight of article (volume).
Control module 110 rotates blower fan 66 according to the tick eradication air-flow setting, and air go into circulation in the inside of cylinder 12 (operation 1008).Tick eradication air-flow provides the air-flow stronger than sterilization air-flow, with the deep inside to bedding by thermal energy transfer, and call the tick eradication air-flow corresponding with the weight (volume) of article from the table that tick eradication air-flow is shown being stored in control module 110, to use.
Next, by control module 110 operate heater 68, heat is applied at the air of the internal circulation of cylinder 12 and produces high temperature air (, hot blast) (operation 1010).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91, and set tick eradication temperature and tick eradication duration, thereby the temperature of bedding inside can be in eliminating the temperature of tick worm,, in about 60 ℃ or more than, and call the tick eradication temperature corresponding with the weight (volume) of article and tick eradication duration from the table that temperature and time is shown being stored in control module 110, to use.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, the tick eradication changing with the weight (volume) of carrying out according to bedding circulation (operating 1012).
Then, control module 110 is to the tick eradication time counting carrying out that circulates, to determine the tick eradication duration setting whether expire (operation 1014), and if the tick eradication duration is not yet due, control module 110 is back to operation 1012, and carry out reformed tick eradication circulation by the rotation with cylinder 12 and hot blast, until the tick eradication duration expires.
As from operating 1014 determined results, if the tick eradication duration expires, control module 110 stops motor 15, blower fan 66 and heater 68 by driver element 130, and completes the basic circulation (operation 1016) of tick eradication program.
Figure 15 be according to embodiment of the present disclosure for eliminate the flow chart of the operation of the control algolithm of the tick eradication program of the tick worm on bedding at the washing machine with drying unit, for the part identical with the part of describing in Figure 14, the detailed description of such part will be omitted.
In Figure 15, user by occur tick eradication article (particularly, bedding) put in cylinder 12, and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected tick eradication program (operation 1100).
Then, in the time having selected tick eradication program and inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out tick eradication program (operation 1102).
In the time having determined the weight (volume) of article, control module 110 is set mechanical force (, tick eradication RPM and drive factor), air-flow, temperature and duration (operation 1104) according to the weight of determined article (volume).
Then, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, the circulation of the tick eradication program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, control module 110, by making cylinder 12 mechanical force (, tick eradication RPM and drive factor) rotation to set according to the operation of motor 15, therefore makes the bedding rolling (operation 1106) of cylinder 12 inside.
Control module 110 rotates blower fan 66 according to the tick eradication air-flow setting, and air go into circulation in the inside of cylinder 12 (operation 1108).
Next, by control module 110 operate heater 68, heat is applied at the air of the internal circulation of cylinder 12 and produces high temperature air (, hot blast) (operation 1110).
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, the tick eradication changing with the weight (volume) of carrying out according to bedding circulation (operating 1112).
Then, control module 110 is to the tick eradication time counting carrying out that circulates, to determine the tick eradication duration setting whether expire (operation 1114), and if the tick eradication duration is not yet due, control module 110 is back to operation 1112, and carry out reformed tick eradication circulation by the rotation with cylinder 12 and hot blast, until the tick eradication duration expires.
As from operating 1114 determined results, if the tick eradication duration expires, control module 110 drives ion generator 74 and ultraviolet lamp 76 by driver element 130, to carry out extraly increasing the post processing circulation (operation 1116) of the tick eradication dynamics to bedding.
Meanwhile, in embodiment of the present disclosure, the description of the post processing circulation of having carried out is used as to example, but the disclosure is not limited to this after tick eradication has circulated, and the disclosure can form according to the mode of carrying out post processing circulation in carrying out tick eradication circulation.Under these circumstances, by carrying out post processing circulation, most important factor in tick eradication program (tick eradication temperature and tick eradication duration) may be changed erratically.That is, in the case of when carry out post processing circulation low tick eradication temperature is provided simultaneously and be reduced the tick eradication duration time, with carry out tick eradication circulation time in the situation that not carrying out post processing circulation compared with, can expect identical tick eradication effect.
Figure 16 be according to embodiment of the present disclosure for remove the flow chart of the operation of the control algolithm of the dedusting program of the dust on bedding at the washing machine with drying unit.
In Figure 16, user is by by the article of dedusting (particularly, bedding) put in cylinder 12, and user selects bedding NM by the first selected cell 101 of being arranged on control panel 40 of manipulation rotatably, then user manipulates the second selected cell 102 and selects dedusting program (operation 1200) by pressing.The information exchange of user-selected dedusting program is crossed input block 100 and is imported in control module 110.
Therefore,, in the time having selected dedusting program and inputted operational order, control module 110 is set mechanical force (, dedusting RPM and drive factor), air-flow, temperature and duration (operation 1202) according to dedusting program.At this moment the mechanical force setting provides by this way,, make cylinder 12 with suitable RPM(, dedusting RPM) and suitable drive factor rotation, to remove the dust that is attached to bedding, the air-flow at this moment setting provides by this way,, utilize the air-flow (hereinafter referred to as dedusting air-flow) stronger than the air-flow in sterilisation program, deodorizing program and tick eradication program that blower fan 66 is rotated, to remove the dust that is attached to bedding.In addition, the duration at this moment setting provides by this way, that is, drive motors 15 and blower fan 66 continue 30 minutes with interior predetermined amount of time, in the meantime can be by remove the dust that is attached to bedding with air blast.In dedusting program, most important factor is " air blast and mechanical force ", and air blast and mechanical force are set by this way,, the physical force that is applied to article or bedding is maximized, thereby can remove the dust that is attached to article or bedding, and maximum air-flow and mechanical force are set in the scope that can not damage article.
Therefore, control module 110 comes operating electrical machines 15 and blower fan 66 by driver element 130, to carry out the basic circulation of dedusting program.
For content is above described in more detail, control module 110 makes cylinder 12 mechanical force (, dedusting RPM and drive factor) rotation to set according to the operation of motor 15, thereby makes the bedding rolling (operation 1204) of cylinder 12 inside.Dedusting RPM use be equal to or greater than about 200RPM(far above the about 50RPM using or lower oven dry RPM in sterilisation program, deodorizing program and tick eradication program) RPM, and the drive factor of motor (on-off time) uses the drive factor identical with drive factor in traditional drying cycle, this drive factor is that motor is opened about 20 seconds and motor cuts out about 2 seconds, or this drive factor is configured to have the longer motor opening time.
; dedusting RPM and the drive factor of dedusting program is configured to maximize and articles for use separate accompanying dust from the bed numerical value provides with the physical force by making to be applied to article or bedding, and dedusting RPM and drive factor are pre-stored in control module 110.
Then, the dedusting air-flow that control module 110 use set rotates blower fan 66, and the air of cylinder 12 inside go into circulation (operation 1206).In order to separate and remove the dust being attached on bedding, in the time comparing with the air-flow of tick eradication program with sterilisation program, deodorizing program, the intensity of the air blast that dedusting air-flow uses has increased about 120% to about 150%, and dedusting air-flow is pre-stored in control module 110.
As above, the air blast drying pipe producing by the operation of blower fan 66 is introduced in the inside of cylinder 12, the air blast that is introduced in the inside of cylinder 12 separates the dust being attached on bedding (repeatedly rising and step-down operation in the rolling of the inside of cylinder 12 according to the rotation of cylinder 12) simultaneously, to remove the dedusting circulation (operation 1208) that is attached to the dust of bedding inside rather than only removes the lip-deep dust that is attached to bedding.
Then, control module 110 is to the dedusting time counting carrying out that circulates, to determine that the dedusting duration setting is (by removing the time that is attached to the dust on bedding with air-flow,, in about 30 minutes) whether expire (operation 1210), and if the dedusting duration is not yet due, control module 110 is back to operation 1208, and carry out dedusting circulation by the rotation with cylinder 12 and air-flow, until the dedusting duration expires.
As from operating 1210 determined results, if the dedusting duration expires, control module 110 stops motor 15 and blower fan 66 by driver element 130, therefore completes the basic circulation (operation 1212) of dedusting program.
Figure 17 be according to embodiment of the present disclosure for remove the flow chart of the operation of the control algolithm of the dedusting program of the dust on bedding at the washing machine with drying unit, for the part identical with the part of describing in Figure 16, the detailed description of such part will be omitted.
In Figure 17, user is by by the article of dedusting (particularly, bedding) put in cylinder 12, and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected dedusting program (operation 1300).
Therefore, in the time having selected dedusting program and inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out dedusting program (operation 1302).
In the time having determined the weight (volume) of article, control module 110 is set mechanical force (, dedusting RPM and drive factor), air-flow and duration (operation 1304) according to the weight of determined article (volume).Provide by this way according to the weight of article (volume) mechanical force at this moment setting,, make cylinder 12 with suitable RPM(, the dedusting RPM of article) and suitable drive factor rotation, and provide by this way according to the weight of article (volume) air-flow at this moment setting,, make blower fan 66 rotate to there is suitable air-flow in (, dedusting air-flow).In addition, according to the weight of article (volume), the duration setting is configured to such time, that is, in the meantime, be attached to dust on bedding separated and be eliminated, thereby improve user satisfaction.
Then, control module 110 comes operating electrical machines 15 and blower fan 66 by driver element 130, the circulation of the dedusting program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, control module 110 makes cylinder 12 mechanical force (, dedusting RPM and drive factor) rotation to set according to the operation of motor 15, thereby makes the bedding rolling (operation 1306) of cylinder 12 inside.Dedusting RPM uses and be equal to or greater than about 200RPM(far above the about 50RPM using or lower oven dry RPM in sterilisation program, deodorizing program and tick eradication program) RPM, or use and can transmit the RPM of maximum machine power according to the weight of article (volume).In addition, the drive factor that the dedusting drive factor use setting is identical with the drive factor in traditional drying cycle, this drive factor is that motor is opened about 20 seconds and motor cuts out about 2 seconds, or this drive factor is configured to have the longer motor opening time, and can change according to the weight of article (volume).
Then, control module 110 rotates blower fan 66 according to the dedusting air-flow setting, and the air of cylinder 12 inside start to circulate tempestuously (operation 1308).In order to separate and remove the dust being attached on bedding, dedusting air-flow is configured to stronger than the air-flow of sterilisation program, deodorizing program and tick eradication program, and call the dedusting air-flow corresponding with the weight (volume) of article from the airmeter being stored in control module 110, to use.
Except above, control module 110 calls the dedusting duration corresponding with the weight (volume) of article from the table that the dedusting time is shown being stored in control module 110, to use.
As above, the air blast drying pipe producing by the operation of blower fan 66 is introduced in the inside of cylinder 12, the air blast that is introduced in the inside of cylinder 12 separates the dust being attached on bedding (repeatedly rising and step-down operation in the rolling of the inside of cylinder 12 according to the rotation of cylinder 12) simultaneously, the dedusting changing with the weight (volume) of carrying out according to article circulation (operation 1310).
Then, control module 110 is to the dedusting time counting carrying out that circulates, to determine the dedusting duration setting whether expire (operation 1312), and if the dedusting duration is not yet due, control module 110 is back to operation 1310, and carry out dedusting circulation by the rotation with cylinder 12 and air-flow, until the dedusting duration expires.
As from operating 1312 determined results, if the dedusting duration expires, control module 110 stops motor 15 and blower fan 66 by driver element 130, therefore completes the circulation (operation 1314) of dedusting program.
Figure 18 be according to embodiment of the present disclosure for remove the flow chart of the operation of the control algolithm of the dedusting program of the dust on bedding at the washing machine with drying unit, for the part identical with the part of describing in Figure 17, the detailed description of such part will be omitted.
In Figure 18, user is by by the article of dedusting (particularly, bedding) put in cylinder 12, and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected dedusting program (operation 1400).
Therefore, in the time having selected dedusting program and inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out dedusting program (operation 1402).
In the time having determined the weight (volume) of article, control module 110 is set mechanical force (, dedusting RPM and drive factor), air-flow and duration (operation 1404) according to the weight of determined article (volume).
Then, control module 110 comes operating electrical machines 15 and blower fan 66 by driver element 130, the circulation of the dedusting program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, control module 110 makes cylinder 12 dedusting RPM and drive factor rotation to set according to the operation of motor 15, therefore makes the bedding rolling (operation 1406) of cylinder 12 inside.
Then, control module 110 rotates blower fan 66 according to the dedusting air-flow setting, and the air of cylinder 12 inside start to circulate tempestuously (operation 1408).
As above, the air blast drying pipe producing by the operation of blower fan 66 is introduced in the inside of cylinder 12, the air blast that is introduced in the inside of cylinder 12 separates the dust being attached on bedding (repeatedly rising and step-down operation in the rolling of the inside of cylinder 12 according to the rotation of cylinder 12) simultaneously, therefore carries out the dedusting circulation (operation 1410) that the weight (volume) according to article changes.
Then, control module 110 is to the dedusting time counting carrying out that circulates, to determine the dedusting duration setting whether expire (operation 1412), and if the dedusting duration is not yet due, control module 110 is back to operation 1410, and carry out reformed dedusting circulation by the rotation with cylinder 12 and air-flow, until the dedusting duration expires.
As from operating 1412 determined results, if the dedusting duration expires, control module 110 drives ion generator 74 and ultraviolet lamp 76 by driver element 130, to carry out extraly increasing the post processing circulation (operation 1414) of the dedusting dynamics to bedding.
Meanwhile, in embodiment of the present disclosure, the description of the post processing circulation of having carried out is used as to example, but the disclosure is not limited to this after dedusting has circulated, and the disclosure can form according to the mode of carrying out post processing circulation in carrying out dedusting circulation.
In addition,, according to the washing machine 1 with drying unit, in the time that rotating, motor 15 can peak value be detected by measuring electric current.By using detected peak value, rotation RPM and the drive factor of cylinder 12 determined in application according to the peak value descent algorithm of the weight of article (load).
Figure 19 be according to embodiment of the present disclosure for make the flow chart of the operation of the control algolithm of the fluffy program that bedding are fluffy at the washing machine with drying unit.
In Figure 19, user is by by fluffy article (particularly, bedding) put in cylinder 12, and user selects bedding NM by the first selected cell 101 of being arranged on control panel 40 of manipulation rotatably, then user manipulates the second selected cell 102 and selects fluffy program (operation 1500) by pressing.The information exchange of user-selected fluffy program is crossed input block 100 and is imported in control module 110.
Therefore,, in the time having selected fluffy program also to be inputted operational order, control module 110 is set mechanical force (, fluffy RPM and drive factor), air-flow, temperature and duration (operation 1502) according to fluffy program.At this moment the mechanical force setting provides by this way,, make cylinder 12 with suitable RPM(, fluffy RPM) and suitable drive factor rotation, so that the cotton-wool of bedding inside or the compressive state of sponge are fluffy, the air-flow at this moment setting provides by this way,, make blower fan 66 rotate to there is suitable air-flow (, fluffy air-flow), so that the cotton-wool of bedding inside or the compressive state of sponge are fluffy.In addition, the gentle duration setting provides by this way,, drives heater 68 that is, makes by using hot blast that the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level.In fluffy program, most important factor is " temperature and mechanical force ", and temperature and mechanical force are set by this way,, eliminate the moisture producing during the storage program of articles for use in bed, and make compressive state fluffy, and temperature and mechanical force are set in the scope that can not damage article.
Therefore, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, to carry out the basic circulation of fluffy program.
For content is above described in more detail, control module 110 makes cylinder 12 mechanical force (, fluffy RPM and drive factor) rotation to set according to the operation of motor 15, therefore makes the bedding rolling (operation 1504) of cylinder 12 inside.Fluffy RPM and drive factor (, the on-off time of motor) are configured to driving RPM and drive factor higher than sterilisation program and tick eradication program, and are pre-stored in control module 110.
Control module 110 rotates blower fan 66 according to the fluffy air-flow setting, and the air of cylinder 12 inside go into circulation (operation 1506).Fluffy air-flow uses and thermal energy transfer can be arrived to the air-flow of the deep inside of bedding, and is pre-stored in control module 110.
Next, control module 110 drives heater 68, heat is applied to the air at the internal circulation of cylinder 12, therefore produces high temperature air (, hot blast) (operation 1508).At this moment, control module 110 by temperature sensor 91 detect be introduced in the air in cylinder 12 temperature (, the temperature of the entrance of cylinder 12), and set fluffy temperature and fluffy duration, described fluffy temperature is lower than sterilization temperature and can eliminate the moisture producing in the storage of articles for use in bed, the described fluffy duration in about 20 minutes, and fluffy temperature and fluffy duration be pre-stored in control module 110.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, to be configured to eliminate the moisture producing in the storage of articles for use in bed the fluffy fluffy circulation of compressive state that makes bedding, therefore provide soft, dry bedding (operation 1510).
Then, the time counting that control module 110 carries out fluffy circulation, to determine that fluffy time of setting (, for eliminating the moisture of bedding and making fluffy time of compressive state of bedding, for example, in about 20 minutes) whether expire (operation 1512), and if the fluffy duration is not yet due, control module 110 is back to operation 1510, and carries out fluffy circulation by the rotation with cylinder 12 and hot blast, until the fluffy duration expires.
As from operating 1512 determined results, if the fluffy duration expires, control module 110 stops motor 15, blower fan 66 and heater 68 by driver element 130, therefore completes the basic circulation (operation 1514) of fluffy program.
Figure 20 be according to embodiment of the present disclosure for make the flow chart of the operation of the control algolithm of the fluffy program that bedding are fluffy at the washing machine with drying unit, for the part identical with the part of describing in Figure 19, the detailed description of such part will be omitted.
In Figure 20, user is being carried out fluffy article (particularly, bedding) put in cylinder 12, and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected fluffy program (operation 1600).
Therefore,, in the time having selected fluffy program also to be inputted operational order, control module 110 detects the moisture content (operation 1602) that is put into the article in cylinder 12.About the method for the moisture of test item, can detect by the following method moisture content: the humidity sensor 92 that is installed in the lower end of the front surface of cylinder 12 by use carrys out the moisture content of direct-detection article; Be arranged on the rising that the sensor on the rear surface of washing machine 1 is measured temperature by use; Or in the time that contacting with cylinder 12, article use the capacitance sensor that is attached to cylinder 12 directly to measure electric capacity.
Except above, user can determine the state of the moisture content of article, and moisture content data are directly inputted in control module 110.
In the time the moisture content of article being detected, control module 110 is set mechanical force (, fluffy RPM and drive factor), air-flow, temperature and duration (operation 1604) according to the moisture content of detected article.At this moment the mechanical force setting provides by this way, that is, make cylinder 12 with suitable RPM(, fluffy RPM) and suitable drive factor rotation, and the air-flow at this moment setting provides by this way, that is, make blower fan 66 rotate to there is suitable air-flow.In addition, provide by this way temperature and duration according to the moisture content of article, that is, drive heater 68, the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level.
Then, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, to carry out the circulation of the fluffy program changing according to the moisture content of article.
For content is above described in more detail, control module 110 makes cylinder 12 mechanical force (, fluffy RPM and drive factor) rotation to set according to the operation of motor 15, therefore makes the bedding rolling (operation 1606) of cylinder 12 inside.Fluffy RPM and drive factor are configured to higher than driving RPM and the drive factor of sterilisation program and tick eradication program.
Control module 110 rotates blower fan 66 according to the fluffy air-flow setting, and the air of cylinder 12 inside go into circulation (operation 1608).For the fluffy air-flow that thermal energy transfer can be arrived to the deep inside of bedding setting, call the fluffy air-flow corresponding with the moisture content of article from the table being stored in control module 110, to use.
Next, control module 110 drives heater 68, heat is applied to the air at cylinder 12 internal circulations, therefore produces high temperature air (, hot blast) (operation 1610).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91, and sets fluffy temperature and the fluffy duration of the moisture producing in the storage that can remove articles for use in bed.For fluffy temperature and fluffy duration, call the fluffy temperature corresponding with the moisture content of article and fluffy duration from the temperature and time table being stored in control module 110, to use.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, with the fluffy circulation (operation 1612) of carrying out changing according to the moisture content of article.
Then, the time counting that control module 110 carries out fluffy circulation, to determine the fluffy time setting whether expire (operation 1614), and if the fluffy duration is not yet due, control module 110 is back to operation 1612, and carry out fluffy circulation by the rotation with cylinder 12 and hot blast, until the fluffy duration expires.
Figure 21 be according to embodiment of the present disclosure for make the flow chart of the operation of the control algolithm of the fluffy program that bedding are fluffy at the washing machine with drying unit, for the part identical with the part of describing in Figure 20, the detailed description of such part will be omitted.
In Figure 21, user is being carried out fluffy article (particularly, bedding) put in cylinder 12, and the first selected cell 101 and the second rotary unit 102 that user is arranged on control panel 40 by manipulation are selected fluffy program (operation 1700).
Therefore, in the time having selected fluffy program also to be inputted operational order, control module 110 detects the moisture content that is put into the article in cylinder 12, to carry out fluffy program (operation 1702).
In the time the moisture content of article being detected, control module 110 is set mechanical force (, fluffy RPM and drive factor), air-flow, temperature and duration (operation 1704) according to the moisture content of detected article.
Then, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, to carry out the circulation of the fluffy program changing according to the moisture content of article.
For content is above described in more detail, control module 110 makes cylinder 12 mechanical force (, fluffy RPM) and drive factor rotation to set according to the operation of motor 15, therefore makes the bedding rolling (operation 1706) of cylinder 12 inside.
Control module 110 rotates blower fan 66 according to the fluffy air-flow setting, and the air of cylinder 12 inside go into circulation (operation 1708).
Next, control module 110 drives heater 68, heat is applied to the air at cylinder 12 internal circulations, therefore produces high temperature air (, hot blast) (operation 1710).
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, with the fluffy circulation (operation 1712) of carrying out changing according to the moisture content of article.
Then, the time counting that control module 110 carries out fluffy circulation, to determine the fluffy time setting whether expire (operation 1714), and if the fluffy duration is not yet due, control module 110 is back to operation 1712, and carry out fluffy circulation by the rotation with cylinder 12 and hot blast, until the fluffy duration expires.
As from operating 1714 determined results, if the fluffy duration expires, control module 110 drives aroma generator 78 by driver element 130, and carries out extraly increasing the post processing circulation (operation 1716) of the fluffy dynamics to bedding.
Meanwhile, in embodiment of the present disclosure, the description of the post processing circulation of carrying out is used as to example, but the disclosure is not limited to this after fluffy circulation completes, and the disclosure can form according to the mode of carrying out post processing circulation in carrying out fluffy circulation.
Above-mentioned bedding NM is summarized as follows:
First, bedding NM has five care programs, comprises sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program.
In sterilisation program, most important factor is " temperature ", and sterilisation program is configured to provide the temperature conditions that can carry out in article inside sterilization, has the maximum temperature range that can not damage article simultaneously.
In deodorizing program, most important factor is humidification, and deodorizing program is configured to provide the humidified condition that can separate the offensive odour particle that is attached to article, there is about 2% to about 5% the moisture extent of supply of deodorizing load according to the weight of article (load) simultaneously.
In tick eradication program, most important factor is temperature, and tick eradication program is configured to provide the temperature conditions that can eliminate the tick worm that resides in article inside, have the temperature range of the bedding that health can be provided, this is to be possible because eliminate tick worm with the time period shorter than the time of sterilisation program simultaneously.
In dedusting program, most important factor is air blast and mechanical force, and dedusting program is set at the physical force that is applied to article and is maximized to remove in the scope of the dust that is attached to article.
In fluffy program, most important factor is to eliminate moisture, and fluffy program is set at and can eliminates the moisture that produces and can make the compressive state of article fluffy to the scope of reset condition in the storage of article.
In a word, the value that is configured to the factor of carrying out sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program is arranged in the following order:
First, as follows to the order of the program of minimum mechanical force from maximum mechanical force (rotating speed of cylinder is the highest): dedusting program >=deodorizing program >=fluffy program >=tick eradication program >=sterilisation program.
The second, as follows to the order of the program of the minimum internal temperature of cylinder 12 from the highest internal temperature of cylinder 12: sterilisation program >=tick eradication program >=deodorizing program >=fluffy program >=dedusting program.
The 3rd, the order from air blast to the program of weak air-flow is as follows: dedusting program >=deodorizing program >=fluffy program >=tick eradication program >=sterilisation program.
The 4th, the order of the program from the highest moisture to minimum moisture is as follows: deodorizing program >=dedusting program >=fluffy program >=tick eradication program >=sterilisation program.
Except content above, the rotating speed of cylinder 12 changes according to the volume of article, as follows to the order of the program of the minimum speed of cylinder 12 from the maximum speed of cylinder 12: article on article >=small size bed on article large volume bed >=middle volume bed.
As above, bedding NM comprises the multiple care programs for bedding nursing.But, be unfamiliar with the manipulation of these programs or do not like manipulating separately these programs in the case of some users, may need the to there is all nursing functions program of (comprising sterilization, deodorizing, tick eradication, dedusting and fluffy).
Therefore, in embodiment of the present disclosure, consider situation above, a kind of standardization program is provided.By by the description for standardization program is provided with reference to Figure 22 to Figure 25.
Figure 22 is that Figure 23 shows the variable outline diagram of the drive factor of standardization program according to the flow chart of the operation of the control algolithm for the standardization program of bedding being nursed at the washing machine with drying unit of embodiment of the present disclosure.
In Figure 22, user the article that acceptance is nursed (particularly, bedding) put in cylinder 12, and if selected bedding NM by the first selected cell 101 that manipulation is arranged on control panel 40 rotatably,, not pressing manipulate the second selected cell 102 in the situation that, just select standardization program program (operation 1800) by default.Therefore, in the time that user does not manipulate the second rotary unit 102 extraly in the situation that, program and selecteed standardization program is imported in control module 110 by input block 100 by default.
Therefore,, in the time having selected standardization program also to be inputted operational order, control module 110 is set mechanical force (, standard RPM and drive factor), air-flow, temperature and duration (operation 1802) according to standardization program.At this moment the mechanical force setting provides by this way,, make cylinder 12 with suitable RPM(, standard RPM) and suitable drive factor rotation, to remove various bacteriums, tick worm, offensive odour particle, dust and the moisture of bedding inside, at this moment the air-flow setting provides by this way,, make blower fan 66 rotate to there is suitable air-flow (, standard air-flow), to remove various bacteriums, tick worm, offensive odour particle, dust and the moisture of bedding inside.In addition, the temperature and the duration that set provide by this way,, drive heater 68, to remove various bacteriums, tick worm, offensive odour particle, dust and the moisture of bedding inside that is.In standardization program, most important factor is " temperature and mechanical force ", and temperature and mechanical force set by this way,, removes various bacteriums, tick worm, offensive odour particle, dust and the moisture of bedding inside that is.
Therefore, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, to carry out the basic circulation of standardization program.
For content is above described in more detail, control module 110 makes cylinder 12 mechanical force (, standard RPM and drive factor) rotation to set according to the operation of motor 15, therefore makes the bedding rolling (operation 1804) of cylinder 12 inside.Standard RPM and drive factor are (, the on-off time of motor) use respectively the oven dry RPM(about 50RPM identical with traditional drying cycle or lower) and motor open and close the drive factor of about 2 seconds with motor in about 20 seconds, and the standard RPM of motor and drive factor are pre-stored in control module 110.
At this moment, in standardization program, standard RPM and drive factor are unfixing, but as shown in Figure 23, standard RPM and drive factor change erratically during the program of standardization program.In standardization program, standard RPM and drive factor are changed erratically, to make further the random rolling of bedding meet the nursing function of the various bacteriums, tick worm, offensive odour particle, dust and the moisture that are configured to remove bedding inside.In addition, the variable part of standard RPM and drive factor is configured to be freely inserted in the middle of the circulation of carried out standardization program.
Control module 110 rotates blower fan 66 according to the standard air-flow setting, and the air of the inside of cylinder 12 go into circulation (operation 1806).Standard air-flow uses the air-flow that thermal energy transfer can be arrived to the deep inside of bedding, and standard air-flow is pre-stored in control module 110.
Next, control module 110 drives heater 68, heat is applied to the air at the internal circulation of cylinder 12, therefore produces high temperature air (, hot blast) (operation 1808).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91,, the temperature of the entrance of cylinder 12, and established standards temperature (lower than tick eradication temperature) and standard duration (in about 1 hour), to reach the temperature of various bacteriums, tick worm, offensive odour particle, dust and the moisture of removing bedding inside.Normal temperature and standard duration are pre-stored in control module 110.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, to be configured to remove the standard cycle (operation 1810) of various bacteriums, tick worm, offensive odour particle, dust and moisture of bedding inside.
Then, the time counting that control module 110 carries out standard cycle, to determine that standard time of setting (, in 1 hour, remove various bacteriums, tick worm, offensive odour particle, dust and the moisture time used of bedding inside) whether expire (operation 1812), and if the tick eradication duration is not yet due, control module 110 is back to operation 1810, and carry out standard cycle by the rotation with cylinder 12 and hot blast, until the standard duration expires.
As from operating 1812 determined results, if the standard duration expires, control module 110 stops motor 15, blower fan 66 and heater 68 by driver element 130, therefore completes the basic circulation (operation 1814) of standardization program.
Figure 24 is according to the flow chart of the operation of the control algolithm for the standardization program of bedding being nursed at the washing machine with drying unit of embodiment of the present disclosure, for the part identical with the part of describing in Figure 22, the detailed description of such part will be omitted.
In Figure 24, user is the article (particularly, bedding) of accepting nursing are put in cylinder 12, and the first selected cell 101 being arranged on control panel 40 by manipulation carrys out choice criteria program (operation 1900).
Therefore, in the time having selected standardization program also to be inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out standardization program (operation 1902).
In the time having determined the weight (volume) of article, control module 110 is set mechanical force (, standard RPM and drive factor), air-flow, temperature and duration (operation 1904) according to the weight of determined article (volume).At this moment the mechanical force setting provides by this way, that is, make cylinder 12 with suitable RPM(, standard RPM) and suitable drive factor rotation, and the air-flow at this moment setting provides by this way,, make blower fan 66 rotate to there is suitable air-flow in (, standard air-flow).In addition, provide by this way the gentle duration setting according to the weight of article (volume), that is, drive heater 68, thereby the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level.
Then, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, the circulation of the standardization program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, control module 110 makes cylinder 12 rotate with the standard RPM setting and the drive factor setting according to the operation of motor 15, therefore makes the bedding rolling (operation 1906) of cylinder 12 inside.The standard RPM setting and the drive factor setting use about 50RPM or lower oven dry RPM and motor is opened about 20 seconds and motor cuts out the drive factor of about 2 seconds, wherein, this oven dry RPM and drive factor are identical with oven dry RPM and drive factor in traditional drying cycle, or the standard RPM setting and the drive factor that sets can use motor RPM and the drive factor that can transmit according to the weight of article (volume) suitable mechanical force.
At this moment, in standardization program, standard RPM and drive factor are unfixing, but as shown in Figure 23, standard RPM and drive factor change erratically during the program of standardization program.
Control module 110 rotates blower fan 66 according to the standard air-flow setting, and the air of the inside of cylinder 12 go into circulation (operation 1908).Standard air-flow uses and thermal energy transfer can be arrived to the air-flow of the deep inside of bedding, and calls the standard air-flow corresponding with the weight (volume) of article from the airmeter being stored in control module 110, to use.
Next, control module 110 drives heater 68, heat is applied to the air at the internal circulation of cylinder 12, therefore produces high temperature air (, hot blast) (operation 1910).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91, and established standards temperature (lower than tick eradication temperature) and standard duration, to reach the temperature of various bacteriums, tick worm, offensive odour particle, dust and the moisture of removing bedding inside.Call the normal temperature corresponding with the weight (volume) of article and standard duration from the temperature and time table being stored in control module 110, to use.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, the standard cycle changing with the weight (volume) of carrying out according to article (operating 1912).
Then, the time counting that control module 110 carries out standard cycle, to determine the standard time setting whether expire (operation 1914), and if the standard duration is not yet due, control module 110 is back to operation 1912, and carry out reformed standard cycle by the rotation with cylinder 12 and hot blast, until the standard duration expires.
As from operating 1914 determined results, if the standard duration expires, control module 110 stops motor 15, blower fan 66 and heater 68 by driver element 130, therefore completes the circulation (operation 1916) of reformed standardization program.
Figure 25 is according to the flow chart of the operation of the control algolithm for the standardization program of bedding being nursed at the washing machine with drying unit of embodiment of the present disclosure, for the part identical with the part of describing in Figure 24, the detailed description of such part will be omitted.
In Figure 25, user is the article (particularly, bedding) of accepting nursing are put in cylinder 12, and the first selected cell 101 being arranged on control panel 40 by manipulation carrys out choice criteria program (operation 2000).
Therefore, in the time having selected standardization program also to be inputted operational order, control module 110 is determined the weight (volume) that is put into the article in cylinder 12, to carry out standardization program (operation 2002).
In the time having determined the weight (volume) of article, control module 110 is set mechanical force (, standard RPM and drive factor), air-flow, temperature and duration (operation 2004) according to the weight of determined article.At this moment the mechanical force setting provides by this way, that is, make cylinder 12 with suitable RPM(, standard RPM) and suitable drive factor rotation, and the air-flow at this moment setting provides by this way,, make blower fan 66 rotate to there is suitable air-flow in (, standard air-flow).In addition, provide by this way the gentle duration setting according to the weight of article (volume), that is, drive heater 68, the temperature of a part for whole bedding or bedding can be maintained on predetermined temperature level.
Then, control module 110 comes operating electrical machines 15, blower fan 66 and heater 68 by driver element 130, the circulation of the standardization program changing with the weight (volume) of carrying out according to article.
For content is above described in more detail, control module 110 makes cylinder 12 rotate with the standard RPM setting and the drive factor setting according to the operation of motor 15, therefore makes the bedding rolling (operation 2006) of cylinder 12 inside.The standard RPM setting and the drive factor setting use about 50RPM or lower oven dry RPM and motor is opened about 20 seconds and motor cuts out the drive factor of about 2 seconds, wherein, this oven dry RPM and drive factor are identical with oven dry RPM and drive factor in traditional drying cycle, or the standard RPM setting and the drive factor that sets can use motor RPM and the drive factor that can transmit according to the weight of article (volume) suitable mechanical force.
At this moment, in standardization program, standard RPM and drive factor are unfixing, but as shown in Figure 23, standard RPM and drive factor change erratically during the program of standardization program.
Control module 110 rotates blower fan 66 according to the standard air-flow setting, and the air of the inside of cylinder 12 go into circulation (operation 2008).The standard air-flow setting is thermal energy transfer to be arrived to the air-flow of the deep inside of bedding, and calls the standard air-flow corresponding with the weight (volume) of article from the airmeter being stored in control module 110, to use.
Next, control module 110 drives heater 68, heat is applied to the air at the internal circulation of cylinder 12, therefore produces high temperature air (, hot blast) (operation 2010).At this moment, control module 110 detects the temperature that is introduced in the air in cylinder 12 by temperature sensor 91, and established standards temperature (lower than tick eradication temperature) and standard duration, to reach the temperature of various bacteriums, tick worm, offensive odour particle, dust and the moisture of removing bedding inside.Call the normal temperature corresponding with the weight (volume) of article and standard duration from the temperature and time table being stored in control module 110, to use.
As above, the hot blast drying pipe producing by the operation of heater 68 is introduced in the inside of cylinder 12, and the hot blast of inside that is introduced in cylinder 12 is the deep inside to bedding (repeatedly rising and step-down operation in the inside rolling of cylinder 12 according to the rotation of cylinder 12) by thermal energy transfer simultaneously, and carries out the standard cycle (operating 2012) that the weight (volume) according to article changes.
Then, the time counting that control module 110 carries out standard cycle, to determine the standard time setting whether expire (operation 2014), and if the standard duration is not yet due, control module 110 is back to operation 2012, and carry out reformed standard cycle by the rotation with cylinder 12 and hot blast, until the standard duration expires.
As from operating 2014 determined results, if the standard duration expires, control module 110 drives ion generator 74 and ultraviolet lamp 76 by driver element 130, to carry out extraly post processing circulation, thereby increases the effect (operation 2016) of bedding nursing.
Meanwhile, in embodiment of the present disclosure, the description of the post processing circulation of carrying out is used as to example, but the disclosure is not limited to this after standard cycle completes, and the disclosure can form according to the mode of carrying out post processing circulation in carrying out standard cycle.Under these circumstances, by carrying out post processing circulation, most important factor in standardization program (normal temperature and mechanical force) may be changed erratically.That is, in the time carrying out post processing circulation and reduce normal temperature and mechanical force simultaneously in the situation that, with carry out standard cycle in the situation that not carrying out post processing circulation time compared with, can expect identical nursing efficacy.
Meanwhile, in embodiment of the present disclosure, the washing machine 1 with the drying unit for carrying out bedding nursing function is described as example.But the disclosure is not limited to this, any equipment (such as, drying plant) with drying unit may be realized the target identical with the disclosure and effect.
Figure 26 is according to the perspective view of the drying unit of embodiment of the present disclosure, and Figure 27 is the side cross-sectional view of the drying unit shown in Figure 26.
In Figure 26 and Figure 27, comprise according to the drying unit 3001 of embodiment of the present disclosure: main body 3010, is hexahedral shape; Cylinder 3020, is rotatably installed in the inside of main body 3010, and is provided with space, in this space, is dried such as the article of bedding; Drive unit 3030, is constructed such that cylinder 3020 rotates; Warm-air pipe 3070, is configured to hot blast feeding in cylinder 3020.
Main body 3010 comprises casing 3011, bonnet 3011a, cover the upper cover 3012 on the top of casing 3011, be arranged on the front surface panel 3013 on the front surface of casing 3011 and be provided with and control the various buttons of drying unit 3001 and the control panel 3014 of display that are set to main body 3010.
Cylinder 3020 is formed with the unlimited drum of its front surface and rear surface, and is provided with therein (pointedly) the outstanding multiple lifting members 3021 that have directive property on surface, thereby article can rise and then decline.In addition, front support panel 3022 and back support panel 3024 are fixedly mounted in respectively the inner side of front surface portion of main body 3010 and the inner side of the rear surface part of main body 3010, thereby front support panel 3022 and back support panel 3024 can be distinguished the rotatably opening of the front surface of back-up roller 3020 and the opening of rear surface, cover respectively the opening of front surface and the opening of rear surface of cylinder 3020 simultaneously.
Entrance 3019a is formed in the front surface and front surface support panel 3022 of main body 3010, and to put into article or to take out article from cylinder 3020, door 3019 is arranged on the front surface of main body 3010, to open and close entrance 3019a.
Drive unit 3030 comprises: drive motors 3031, is arranged on the bottom of the inner side of casing 3011; Belt pulley 3032 and rotating band 3033, be passed to cylinder 3020 by the driving force of drive motors 3031.Rotating band 3033 is with the outer surface around cylinder 3020 and be attached to the mode that the belt pulley 3032 of the axle of drive motors 3031 is wound around and install.
Warm-air pipe 3070 comprises: heating unit 3080, for heat being applied to the air being introduced into; Hot blast feeding unit 3040, for being connected to cylinder 3020 by heating unit 3080.
The cylinder air entry 3024a on the top that is formed on rear surface support panel 3024 is connected to heating unit 3080 by hot blast feeding unit 3040, and be configured to the air being inhaled into and heat to guide to cylinder 3020.
Heating unit 3080 is arranged on the bottom of cylinder 3020, to guide the extraneous air being introduced into, and heat is applied on the air being introduced into.The thermostat 3082 that heating unit 3080 is included in inner photothermal heater 3081 and installs for the safety of heater 3081.
For heater 3081, mainly use winding heater, and heater 3081 can be made up of more than one heater.At this moment, described more than one heater can be provided with different power capacities or identical power capacity.For example, in the time that total power capability (100%) is about 5.3kW in the situation that, heater 3082 can be by using about 70%(, approximately 3.7kW) high power capacity a heater and use about 30%(, approximately 1.6kW) another heater of small-power capacity form.At this moment, the capacity of described more than one heater is not accurately divided into the ratio of 70%:30%, but can the optimal dividing condition based on capacity can be divided into various ratios.
The safety device that thermostat 3082 is mounted on the side surface of heater 3081 or neighboringly installs with heater 3081, and be configured to mechanically be operated to opening/closing according to the temperature of heater 3081.Thermostat 3082 is configured to stay open state before the temperature of heater 3081 reaches predetermined overtemperature level, in the time that the temperature of heater 3081 reaches overtemperature level, thermostat 3082 changes to closed condition, thereby commercial electric power can not be applied to heater 3081.
In addition, blast pipe 3050 is connected to the front bottom of cylinder 3020, to guide the discharge of the air that is introduced in cylinder 3020 inside.Blast pipe 3050 comprises: front exhaust pipe 3051, is configured to the exhaust outlet 3022b of the bottom of front support panel 3022 to be connected to the entrance of the blower fan apparatus 3060 of the bottom that is installed in cylinder 3020; Final vacuum pipe 3053, be arranged on the downside of casing 3011, thereby the outlet of blower fan apparatus 3060 is communicated with the outside of the unit, rear surface of casing 3011.
Filter member 3055 is arranged on front exhaust pipe 3051, to filter the foreign matter such as dust or cotton-wool being comprised the hot blast discharging from cylinder 3020.
The blower fan apparatus 3060 that entrance is connected to blast pipe 3051 comprises: blower fan 3061, is arranged on the front of the bottom of cylinder 3020, to ventilate; Blower Housing 3063, is connected to front exhaust pipe 3051 and final vacuum pipe 3053, simultaneously around blower fan 3061.
In addition, in the lower end in the front of cylinder 3020 (forming exhaust outlet 3022b at this place), aridity sensor 3090 is configured to the aridity of determining article according to the sensing value that is included in the signal of telecommunication that the amount of moisture in article changes by contacting with the article that rotate according to the rotation of cylinder 3020 to measure.For aridity sensor 3090, use the touch sensor of strip form.
In addition, temperature sensor 3095 is arranged on the top (in the upper end side of the rear surface of cylinder 3020) (forming entrance 3024a at this place) of hot blast feeding unit 3040, to detect the temperature that is introduced in the air in cylinder 3020, that is, and the temperature of the gateway unit of cylinder.
Meanwhile, also comprise outside blast pipe according to the drying unit 3001 of embodiment of the present disclosure, this outside blast pipe is configured to air to guide to outside, with the outside to drying unit 3001 by the air venting of the cylinder 3020 of flowing through.
In addition, for according to the drying unit 3001 of embodiment of the present disclosure, the outside discharge type drying unit being configured to the hot and humid air venting of the cylinder 3020 of flowing through to drying unit 3001 is described as example, but the disclosure is not limited to this, condensing type drying unit is configured to make air re-circulate to cylinder 3020 inside after the hot and humid air of the cylinder 3020 of flowing through is removed moisture.
Be apparent that from description above, for article, can carry out such as sterilization, deodorizing, tick eradication, dedusting and fluffy nursing function, and can provide and can carry out the care program (comprising sterilisation program, deodorizing program, tick eradication program, dedusting program and fluffy program) of each nursing function in mode independently, thereby can independently carry out dividually nursing function with traditional wash cycle or drying cycle.
In addition, by according to the rotating speed of the type of bedding and weight change cylinder, can reduce the infringement to article in the each program in care program, obtain optimum effect simultaneously.
Except above, there is all nursing functions by the providing standardization program of (such as sterilization, deodorizing, tick eradication, dedusting and fluffy), for being unfamiliar with the user of Programming and not liking for the user of inconvenience of Programming, can improving manipulation efficiency.
Embodiment described above can be recorded in computer-readable medium, and described computer-readable medium comprises program code, to carry out by computer-implemented various operations.Described computer-readable medium also can comprise data file, data structure etc. independent or that be combined with programmed instruction.Be recorded in programmed instruction on medium and can be the programmed instruction of specialized designs and configuration for the object of embodiment, or they can be known types and be obtainable for the technical staff of computer software fields.The example of computer-readable medium comprises: magnetizing mediums, for example hard disk, floppy disk and tape; Optical medium, for example CDROM dish and DVD; Magnetic-light medium, for example CD; Hardware unit, is specially configured into storage and execution of program instructions, such as read-only storage (ROM), random access memory (RAM), flash memory etc.Computer-readable medium can also be distributed network, thereby with distributed way storage execution of program instructions.Can carry out execution of program instructions by one or more processor.Also can at least one special IC (ASIC) of execution (processing similarly with processor) programmed instruction or field programmable gate array (FPGA), embody computer-readable medium.The example of programmed instruction comprises: machine code, for example, produced by compiler; File, comprises the higher level code that can be carried out with interpreter by computer.Said apparatus can be configured to as one or more software module, and to carry out the operation of above-described embodiment, vice versa.
Although illustrated and described embodiment more of the present disclosure, it should be appreciated by those skilled in the art that in the case of not departing from by claim and equivalent thereof and limit the principle of the present disclosure and spirit of its scope, can change these embodiments.

Claims (15)

1. a washing machine, comprising:
Cylinder, containing objects;
Motor, makes drum rotating;
Blower fan, is incorporated into air in cylinder;
Heater, heating is introduced in the air in cylinder;
Input block, is provided with at least two care programs for article being carried out to sterilization, deodorizing, deinsectization, dedusting and fluffy multiple care programs, and at least one care program at least two care programs described in being configured to select;
Control module, in the time having selected care program, goes on the algorithm of selecteed care program by operating electrical machines, blower fan and heater.
2. washing machine according to claim 1, wherein, described multiple care programs comprise sterilisation program, deodorizing program, deinsectization program, dedusting program, fluffy program and standardization program.
3. washing machine according to claim 2, wherein, standardization program comprises carries out all functions in sterilizing function, deodorization functions, deinsectization function, dedusting function and fluffy function to article.
4. washing machine according to claim 2, wherein, described multiple care programs are included in the bedding care program arranging independently with drying cycle.
5. washing machine according to claim 4, wherein, input block comprises: mode selecting unit, is configured to preference pattern, to enter the bedding care program that article are carried out; Procedure Selection unit, is configured to select at least one care program for article being carried out to sterilization, deodorizing, deinsectization, dedusting and fluffy care program.
6. drying unit, comprising:
Cylinder, containing objects;
Blower fan and heater, be configured to hot blast feeding in cylinder;
Input block, is provided with at least two care programs for article being carried out to sterilization, deodorizing, deinsectization, dedusting and fluffy multiple care programs;
Control module, in the time having selected in described multiple care program at least one care program, the hot blast being supplied by operation blower fan and heater control, and according to the temperature of selecteed care program control hot blast.
7. drying unit according to claim 6, wherein, control module is configured to the operation of control heater, thereby at least one care program in described multiple care programs is controlled in the temperature different from the temperature of other care programs.
8. drying unit according to claim 6, described drying unit also comprises:
Motor, makes drum rotating;
Wherein, in the time that hot blast is supplied in cylinder, control module makes drum rotating by operating electrical machines, and control module is according to the rotating speed of selecteed care program index drum.
9. drying unit according to claim 8, wherein, the operation of control module control motor, thus at least one care program in described multiple care programs is controlled in the rotating speed different from the rotating speed of other care programs.
10. control a method for drying unit, described drying unit there is the cylinder of containing objects and by hot blast feeding to blower fan and heater in cylinder, and described drying unit uses hot blast to carry out drying cycle, described method comprises:
Select at least one care program for article being carried out to sterilization, deodorizing, deinsectization, dedusting and fluffy multiple care programs;
When selected in described multiple care program at least one care program time, by operation blower fan and heater, hot blast feeding is come article to carry out nursing function in cylinder;
When by hot blast feeding in cylinder time, the programmed algorithm that is used in the each care program in described multiple care program according to selecteed care program by controlling the temperature of hot blast goes on.
11. methods according to claim 10, described method also comprises:
Determine the weight of article;
Carry out reprogramming algorithm according to the weight of article by the temperature of controlling hot blast.
12. methods according to claim 11, wherein, are inputted the weight of article by user.
13. methods according to claim 11, wherein, carry out the weight of test item with sensor.
14. methods according to claim 11, described method also comprises: go on by the programmed algorithm of selecting the supply time of hot blast to be used in the each care program in described multiple care program according to selecteed care program.
15. methods according to claim 14, described method also comprises: carry out reprogramming algorithm according to the weight of article by the supply time of controlling hot blast.
CN201310381819.2A 2012-08-28 2013-08-28 Drying apparatus and washing machine having the same and control method thereof Pending CN103820981A (en)

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