CN109914083A - The control method and Garment Steamer Machine of Garment Steamer Machine - Google Patents
The control method and Garment Steamer Machine of Garment Steamer Machine Download PDFInfo
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- CN109914083A CN109914083A CN201910287269.5A CN201910287269A CN109914083A CN 109914083 A CN109914083 A CN 109914083A CN 201910287269 A CN201910287269 A CN 201910287269A CN 109914083 A CN109914083 A CN 109914083A
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Abstract
The disclosure is directed to a kind of control method of Garment Steamer Machine and Garment Steamer Machines, pass through the upper setting imaging sensor of perming in Garment Steamer Machine, to acquire the image information of clothing to be ironed, and the steam generator of the imaging sensor and Garment Steamer Machine is communicated to connect with the control module of Garment Steamer Machine respectively, imaging sensor acquired image information is handled by the control module to obtain the fold information of clothing to be ironed, and the running parameter of steam generator is adjusted according to fold information, to realize the automatic control of the operating parameter values of Garment Steamer Machine, avoid manual switching ironing gear and caused by inconvenience, to improve the ironing efficiency of Garment Steamer Machine.Meanwhile Garment Steamer Machine voluntarily adjusts the running parameter of Garment Steamer Machine according to the fold information of clothing to be ironed, on the basis of ensuring ironing effect, has saved the cost of the electricity consumption water of Garment Steamer Machine.
Description
Technical field
This disclosure relates to field of home appliance technology, the in particular to control method and Garment Steamer Machine of a kind of Garment Steamer Machine.
Background technique
The working principle of currently used Garment Steamer Machine is constantly to contact clothing by scorching hot water vapour, to the pleated portions of clothing
Divide and softened, so that clothing becomes smooth submissive.Garment Steamer Machine has many advantages, such as easy to operate, and ironing is quick and does not hurt clothing,
It is deep to be liked by users.
In the related technology, be provided on the shell that Garment Steamer Machine is located at steam generator the output quantity for controlling steam with
And the control button of the ironing parameters such as vapor (steam) temperature.When using Garment Steamer Machine ironing clothes, first according to the specific cloth of clothing, lead to
It crosses operation control button and suitable ironing gear is set, during ironing, further according to the difference of the fold degree of clothing, into
The switching of row ironing gear, to improve ironing effect.
However, user needs to bend over to squat down when operating control button, and when need the ironing gear to Garment Steamer Machine into
When row switching, user then needs carefully to distinguish corresponding control button, makes troubles to the use of user, to influence ironing effect
Rate.
Summary of the invention
The embodiment of the present disclosure provides the control method and Garment Steamer Machine of a kind of Garment Steamer Machine, can overcome one in the related technology
A little problems.
According to the first aspect of the embodiments of the present disclosure, a kind of control method of Garment Steamer Machine is provided, comprising:
Obtain the image information of clothing to be ironed；
Described image information is handled with the fold information of the determination clothing to be ironed；
The running parameter of the Garment Steamer Machine is adjusted according to the fold information of the clothing to be ironed.
Optionally, the image information for obtaining clothing to be ironed, comprising:
Obtain the image information of clothing to be ironed by imaging sensor, described image information includes the color of image and bright
Spend information.
Optionally, the Garment Steamer Machine further includes control module, steam generator and is connected to the steam generator boiling hot
Head, it is described perm on be formed with for water vapour spray steam hole；The control module respectively with the steam generator, described
Imaging sensor and steam hole communication connection；The control module described image information is handled with determine it is described to
The fold information of ironing clothes, and steam generator in the Garment Steamer Machine and/or steam hole are determined according to the fold information
Running parameter.
Optionally, the fold information according to the clothing to be ironed determines the running parameter of the Garment Steamer Machine, comprising:
The menace level of clothing fold to be ironed is determined according to the fold information；
The running parameter of the Garment Steamer Machine is determined according to the menace level of the clothing fold to be ironed.
Optionally, the Garment Steamer Machine includes steam generator and perms with what the steam generator was connected to, described to perm
On be formed with for water vapour spray steam hole；
The running parameter includes the heating temperature of the steam generator, the quantity of steam of the steam generator and described
One of opening/closing time for going out vapour time, the opening degree of the steam hole and the steam hole of steam generator is a variety of.
Optionally, the menace level according to the clothing fold to be ironed determines the running parameter of the Garment Steamer Machine,
Include:
With the raising of the menace level of the clothing fold to be ironed, determine that the operating parameter values of the Garment Steamer Machine are got over
Greatly；Wherein, the operating parameter values include the heating temperature of the steam generator, the quantity of steam of the steam generator, institute
State one of the vapour time out of steam generator, the folding time of the opening degree of the steam hole and the steam hole or more
Kind.
It is optionally, described that the clothing image is handled with the fold information of the determination clothing to be ironed, comprising:
The clothing image of the clothing to be ironed is compared with default clothing image, to obtain the clothing to be ironed
Fold information.
Optionally, the fold information includes: in fold position, fold area and the fold degree of the clothing to be ironed
It is one or more.
According to the second aspect of an embodiment of the present disclosure, a kind of Garment Steamer Machine is provided, comprising: steam generator and the steam
The perming of generator connection, power supply module, control module and imaging sensor, described image sensor is for acquiring clothing to be ironed
The image information of object；The power supply module is electrically connected with the steam generator, control module and imaging sensor respectively；Institute
It states control module to communicate to connect with described image sensor and steam generator respectively, for collecting described image sensor
Image information handled to obtain the fold information of the clothing to be ironed, and the steaming is adjusted according to the fold information
The running parameter of vapour generator.
Optionally, the steam hole for offering and spraying for water vapour of perming, described image sensor setting are scalded described
Lower section on head and positioned at the steam hole.
Optionally, described to perm including main body and thermal insulator, described image sensor by the thermal insulator with it is described
It is thermally isolated in main body for the channel that high-temperature steam passes through.
Optionally, described perm further includes elastic element and baffle；
Formed fluted in the main body, the elastic element is fixed in the groove, and described image sensor passes through
The elastic element is fixed in the groove；The baffle plate setting the groove opening, for described image to be passed
The opening of the covering groove after sensor is accommodated to the groove；The thermal insulator is set to the inner wall of the groove.
Optionally, the cue module and the control module communicate to connect, for the work in the steam generator
It is alerted when parameter switching.
Optionally, the cue module includes display screen and/or loudspeaker；The display screen by picture cues for being cut
The running parameter of the steam generator after the mode that changes jobs；The loudspeaker is used to pass through voice prompting switching working mode
The running parameter of the steam generator afterwards.
The technical solution that the embodiment of the present disclosure provides can include the following benefits:
The disclosure implements the control method and Garment Steamer Machine of the Garment Steamer Machine provided, passes through the upper setting image of perming in Garment Steamer Machine
Sensor to acquire the image information of clothing to be ironed, and the control module of the imaging sensor and Garment Steamer Machine is communicated to connect,
Imaging sensor acquired image information is handled by the control module to obtain the fold information of clothing to be ironed,
And it is avoided according to the running parameter that fold information adjusts Garment Steamer Machine to realize the automatic control of the operating parameter values of Garment Steamer Machine
Manual switching ironing gear and caused by inconvenience, to effectively increase the ironing efficiency of Garment Steamer Machine.Meanwhile Garment Steamer Machine according to
The fold information of clothing to be ironed voluntarily adjusts the running parameter of Garment Steamer Machine, on the basis of ensuring ironing effect, has saved extension
Scald the cost of the electricity consumption water of machine.
It should be understood that above general description and following detailed description be only it is exemplary and explanatory, not
The disclosure can be limited.
Detailed description of the invention
The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the disclosure
Example, and together with specification for explaining the principles of this disclosure.
Fig. 1 is the flow chart of the control method of Garment Steamer Machine shown according to an exemplary embodiment；
Fig. 2 is the structural schematic diagram of Garment Steamer Machine shown according to an exemplary embodiment；
Fig. 3 is the structural block diagram of Garment Steamer Machine shown according to an exemplary embodiment；
Fig. 4 is the partial enlarged view of A in Fig. 2.
Description of symbols:
100- steam generator；
200- perms；
210- steam hole；
220- main body；
221- groove；
230- thermal insulator；
240- baffle；
300- power supply module；
400- control module；
500- imaging sensor；
600- gas-guide tube；
700- cue module.
Through the above attached drawings, it has been shown that the specific embodiment of the disclosure will be hereinafter described in more detail.These attached drawings
It is not intended to limit the scope of this disclosure concept by any means with verbal description, but is by referring to specific embodiments
Those skilled in the art illustrate the concept of the disclosure.
Specific embodiment
Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to
When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment
Described in embodiment do not represent all implementations consistent with this disclosure.On the contrary, they be only with it is such as appended
The example of the consistent device and method of some aspects be described in detail in claims, the disclosure.
In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " fixation " etc.
Term shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be direct phase
Even, can also indirectly connected through an intermediary, the interaction that can be connection or two elements inside two elements is closed
System, unless otherwise restricted clearly.For the ordinary skill in the art, above-mentioned art can be understood as the case may be
The concrete meaning of language in the present invention.
In the present invention unless specifically defined or limited otherwise, fisrt feature in the second feature " on " or " down " can be with
It is that the first and second features directly contact or the first and second features pass through intermediary mediate contact.Moreover, fisrt feature exists
Second feature " on ", " top " and " above " but fisrt feature be directly above or diagonally above the second feature, or be merely representative of
First feature horizontal height is higher than second feature.Fisrt feature can be under the second feature " below ", " below " and " below "
One feature is directly under or diagonally below the second feature, or is merely representative of first feature horizontal height less than second feature.
In the description of the present invention, it is to be understood that, term "inner", "outside", "upper", "bottom", "front", "rear" etc. indicate
Orientation or positional relationship (if yes) be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description this
Invention and simplified description, rather than indicate or imply that signified device or element must have a particular orientation, with specific
Orientation construction and operation, therefore be not considered as limiting the invention.
In the related technology, Garment Steamer Machine be located at be provided on the shell of steam generator output quantity for controlling steam and
The control button of the ironing parameters such as vapor (steam) temperature.When using Garment Steamer Machine ironing clothes, first according to the specific cloth of clothing, pass through
It operates control button and suitable ironing gear is set, during ironing, further according to the difference of the fold degree of clothing, carry out
The switching of ironing gear, to improve ironing effect.
However, user needs to bend over to squat down when operating control button, and when need the ironing gear to Garment Steamer Machine into
When row switching, user then needs carefully to distinguish corresponding control button, makes troubles to the use of user, to influence ironing effect
Rate.
Above-mentioned present in the relevant technologies or potential in order to solve the problems, such as, following examples provide a kind of hanging
The control method and its Garment Steamer Machine of machine adjust the ironing gear of Garment Steamer Machine voluntarily, thus guaranteeing ironing effect
On the basis of, improve ironing efficiency.
Embodiment one
Fig. 1 is the flow chart of the control method of Garment Steamer Machine shown according to an exemplary embodiment.
Shown in referring to Fig.1, the present embodiment provides a kind of control methods of Garment Steamer Machine, comprising:
S101, the image information for obtaining clothing to be ironed.
In the present embodiment, the present image that Garment Steamer Machine can treat ironing clothes is acquired, to obtain clothing to be ironed
The image information of object.Specifically, imaging sensor can be arranged on Garment Steamer Machine, ironing clothes are treated by imaging sensor
Present image is acquired, to obtain the image information of clothing to be ironed.Wherein, the imaging sensor can be CCD, CMOS or
Other video cameras, herein with no restriction.
S102, image information is handled with the fold information of determination clothing to be ironed.
The Garment Steamer Machine of the present embodiment further includes control module, steam generator and what is be connected to steam generator perm, and scalds
The steam hole sprayed for water vapour is formed on head.Control module is logical with steam generator, imaging sensor and steam hole respectively
Letter connection.
Firstly, the image information is fed back to control after imaging sensor gets the image information of clothing to be ironed
Module, the control module handle the image information got, to determine the fold information of clothing to be ironed.Wherein,
Image information may include the color and luminance information of image, can be according to color on the clothing image to be ironed got and bright
Degree information judges whether it is plication region.
Specifically, the clothing image of clothing to be ironed can be compared by the present embodiment with default clothing image, to obtain
The fold information of clothing to be ironed.Wherein, the fold information include one of fold position, fold area and fold degree or
It is a variety of.Wherein, presetting clothing image includes preset fold position, fold area and fold degree information.
For example, after control module gets the image information of clothing to be ironed, this is to be ironed in carrying out practically
The fold area of the clothing image of clothing is compared with the fold area of default clothing image, determines the pleat of clothing to be ironed
The size of drawn grain product.Alternatively, after control module gets the image information of clothing to be ironed, by the clothing figure of clothing to be ironed
The fold position of picture is compared with the fold position of default clothing image, determines the fold position of clothing to be ironed.Again or
Person, after control module gets the image information of clothing to be ironed, by the fold degree of the clothing image of clothing to be ironed and
It is compared with the similarity of the fold degree of default clothing image, determines the fold degree of clothing to be ironed.Certainly, work as control
It, can also be by the clothing image of clothing to be ironed and default clothing image after molding block gets the image information of clothing to be ironed
In fold position and fold area be compared simultaneously, determine clothing to be ironed fold position and fold area it is big
It is small.
It is understood that in other examples, it can also be simultaneously by the clothing image of clothing to be ironed and default clothing figure
Fold position, fold area as in and any two in fold degree or three compare, and determine clothing to be ironed
Fold position, fold size and any two fold information or three fold information in fold degree, herein no longer
It repeats one by one.
Wherein, fold position includes any of them such as collar, cuff, clothing body, and the clothing of different fold positions is pressed
Boiling hot complexity also can be different.
S103, the running parameter that Garment Steamer Machine is adjusted according to the fold information of clothing to be ironed.
In the present embodiment, after determining the fold information of clothing to be ironed, control module is determined according to the fold information and is hung
Scald the running parameter of steam generator and/or steam hole in machine.
Specifically, determining clothing to be ironed according to the fold information after determining the fold information of clothing to be ironed
The menace level of fold then determines the running parameter of Garment Steamer Machine according to the menace level of clothing fold to be ironed.
The menace level of the fold of clothing to be ironed in specific implementation, can be divided into three grades by the present embodiment.With pleat
For information of wrinkling is fold position, when by the fold position of the fold position of the clothing image of clothing to be ironed and default clothing image
It sets after comparing, when determining that the fold position of clothing to be ironed is located at collar, it is determined that the fold of clothing to be ironed is serious
Grade is level-one；It is compared when by the fold position of the clothing image of clothing to be ironed and the fold position of default clothing image
Afterwards, when determining that the fold position of clothing to be ironed is located at cuff, it is determined that the fold menace level of clothing to be ironed is second level；
After the fold position of the fold position of the clothing image of clothing to be ironed and default clothing image is compared, determine to
When the fold position of ironing clothes is located at clothing body, it is determined that the fold menace level of clothing to be ironed is three-level.
Above-mentioned example is the description by taking clothing to be ironed is shirt as an example.It is understood that user can be according to pressing
The actual conditions of launder object determine the Rule of judgment of the menace level of clothing fold to be ironed, herein with no restriction.For example, if to
Ironing clothes are trousers, then when the fold position for determining clothing to be ironed is trousers buttocks, it is determined that clothing to be ironed
Fold severity is level-one；When the fold position for determining clothing to be ironed is bottom pant leg, it is determined that clothing to be ironed
Fold severity be second level.
It, can be according to the fold area of clothing to be ironed and the pleat of default clothing image by taking fold information is fold area as an example
The menace level of clothing fold to be ironed is divided into three grades by the difference situation between drawn grain product.For example, when determination is to be ironed
The fold area of clothing is greater than the fold area of default clothing image, and the difference of the two is greater than or equal to 30cm2When, it is determined that
The menace level of the fold of clothing to be ironed is level-one；When the fold area for determining clothing to be ironed is greater than default clothing image
Fold area, and the difference of the two is less than 30cm2When, it is determined that the menace level of the fold of clothing to be ironed is second level；When true
When the fold area of fixed clothing to be ironed is less than the fold area of default clothing image, it is determined that clothing fold to be ironed it is serious
Grade is three-level.
It is understood that the mode of above-mentioned division fold menace level and the difference 30cm of fold area2Only wherein
One example in practical application, can also according to the actual situation be adjusted difference and menace level, herein with no restriction.
For example, when the fold area for determining clothing to be ironed is greater than the fold area of default clothing image, and the difference of the two be greater than or
Equal to 50cm2When, it is determined that the severity of clothing fold to be ironed is level-one；When the fold area for determining clothing to be ironed is big
In the fold area of default clothing image, and the difference of the two is less than 50cm2And it is greater than or equal to 20cm2When, it is determined that it is to be ironed
The menace level of clothing fold is second level；When the fold area for determining clothing to be ironed is greater than the fold face of default clothing image
Product, and the difference of the two is less than 20cm2And it is greater than or equal to 0cm2When, it is determined that the menace level of clothing fold to be ironed is three
Grade；When the fold area for determining clothing to be ironed is less than the fold area of default clothing image, it is determined that clothing pleat to be ironed
The menace level of wrinkle is level Four.
It, can be according to the fold degree of clothing to be ironed and the pleat of default clothing image by taking fold information is fold degree as an example
The menace level of clothing fold to be ironed is divided into three grades by the similarity between wrinkle.For example, working as the fold of clothing to be ironed
When the similarity of degree and the fold degree of default clothing image is more than or equal to 70%, it is determined that clothing fold to be ironed
Menace level is level-one；When the fold degree and default clothing image of clothing to be ironed fold degree similarity less than 70%
And when being greater than or equal to 40%, it is determined that the menace level of clothing fold to be ironed is second level；When the fold journey of clothing to be ironed
When the similarity of degree and the fold degree of default clothing image is less than 40%, it is determined that the menace level of clothing fold to be ironed is
Three-level.
It is understood that the mode of above-mentioned division fold menace level is only one of example, in practical application,
The division of the setting of similarity and menace level can be adjusted according to the actual situation, herein with no restriction.For example, when to
When the similarity of the fold degree of ironing clothes and the fold degree of default clothing image is more than or equal to 80%, it is determined that
The menace level of ironing clothes fold is level-one；When the fold degree of the fold degree and default clothing image of clothing to be ironed
Similarity is less than 80% and when being greater than or equal to 50%, it is determined that the menace level of clothing fold to be ironed is second level；When wait press
The similarity of the fold degree of launder object and the fold degree of default clothing image is less than 50% and when being greater than or equal to 30%, then
The menace level for determining clothing fold to be ironed is three-level；When the fold degree of clothing to be ironed and the fold of default clothing image
When the similarity of degree is less than 30%, it is determined that the menace level of clothing fold to be ironed is level Four.
By taking fold information is fold area and fold position as an example, when the fold position for determining clothing to be ironed is located at clothing
Neck, while when fold area of the fold area greater than default clothing image for determining clothing to be ironed, and the difference of the two is greater than
Or it is equal to 30cm2When, it is determined that the menace level of clothing fold to be ironed is level-one；When the fold position for determining clothing to be ironed
Setting in collar, determine that the fold area of clothing to be ironed is greater than the fold area of default clothing image, and the difference of the two is small
In 50cm2And it is greater than or equal to 20cm2When, it is determined that the menace level of clothing fold to be ironed is second level；It is to be ironed when determining
The fold position of clothing is located at clothing body, determines that the fold area of clothing to be ironed is greater than the fold area of default clothing image, and
The difference of the two is less than 50cm2And it is greater than or equal to 20cm2When, it is determined that the menace level of clothing fold to be ironed is three-level.It can
With understanding, the division mode of above-mentioned menace level is only one of example, can also be according to the actual situation when specific implementation
It is repartitioned.
The present embodiment in specific implementation, can also first determine the fold position of clothing to be ironed, pleat by control module
It wrinkles after position determines, determines the menace level of clothing fold to be ironed further according to the fold area of clothing to be ironed, or according to
The fold degree of clothing to be ironed determines the menace level etc. of clothing fold to be ironed, in this way convenient for control module to be ironed
The determination of the menace level of clothing fold, and then improve adjustment sensitivity of the Garment Steamer Machine to running parameter.
In the present embodiment, the running parameter of Garment Steamer Machine includes the vapour out of the heating temperature of steam generator, steam generator
One of opening/closing time of vapour time, the opening degree of steam hole and steam hole or a variety of out of amount, steam generator.It is based on
This determines that the operating parameter values of Garment Steamer Machine are bigger with the raising of the menace level of clothing fold to be ironed；Wherein, work ginseng
Numerical value includes the vapour time, steam hole out of the heating temperature of steam generator, the quantity of steam of steam generator, steam generator
One of folding time of opening degree and steam hole is a variety of.
It should be noted that the sequence of the menace level of clothing fold to be ironed from high to low is followed successively by level-one, second level, three
Grade ..., and so on.
When specific works, the running parameter of Garment Steamer Machine can be set into several phases according to the menace level of clothing fold to be ironed
The assigned work parameter answered, and these specified operating parameter values are increased with the raising of menace level.For example, when wait press
When the menace level of launder object fold is divided into three ranks, highest when menace level is level-one, second level is taken second place, and three-level is minimum, example
Such as when the menace level of clothing fold to be ironed is level-one, the operating parameter values highest of Garment Steamer Machine, when clothing fold to be ironed
Menace level be three-level when, the running parameter of Garment Steamer Machine is minimum.
By taking the quantity of steam of steam generator in running parameter as an example, the menace level of clothing fold to be ironed is higher, steam
The quantity of steam of generator is bigger.For example, steam generator goes out when the menace level for determining clothing fold to be ironed is level-one
Vapour amount is 50ml/s；When the menace level for determining clothing fold to be ironed is second level, the quantity of steam of steam generator is 40ml/
s；When the menace level for determining clothing fold to be ironed is three-level, the quantity of steam of steam generator is 20ml/s.It is understood that
, in each menace level, the quantity of steam of steam generator can be adjusted according to situations such as material of clothing, not made herein
Limitation.
Alternatively, the menace level of clothing fold to be ironed is got over by taking the heating temperature of steam generator in running parameter as an example
The heating temperature of height, steam generator is higher.For example, when the menace level for determining clothing fold to be ironed is level-one, steam
The heating temperature of generator is 300 DEG C；When the menace level for determining clothing fold to be ironed is second level, steam generator adds
Hot temperature is 200 DEG C；When the menace level for determining clothing fold to be ironed is three-level, the heating temperature of steam generator is
100℃.Likewise, the heating temperature of steam generator can be adjusted according to the actual situation, herein not in each menace level
It is restricted.
It is understood that the raising of the menace level with clothing fold to be ironed, can also increase in running parameter and steam
One or more of the folding time for going out vapour time, the opening degree of steam hole and steam hole of vapour generator corresponding parameter
Value, to improve the ironing effect that the Garment Steamer Machine treats ironing clothes, no longer repeats one by one herein.
Based on it is above-mentioned it is found that Garment Steamer Machine provided by the embodiment control method, pass through the image letter for obtaining clothing to be ironed
Breath, and the image information is handled with the fold information of determination clothing to be ironed, then adjusted by the fold information
The running parameter of Garment Steamer Machine realizes the automation adjustment of the operating mode of Garment Steamer Machine, improves ironing efficiency, and according to fold
Information adjusts running parameter, not only ensure that ironing effect, but also saved the use cost of Garment Steamer Machine, is also conducive to improve user
Experience.
Embodiment two
Fig. 2 is the structural schematic diagram of Garment Steamer Machine shown according to an exemplary embodiment；Fig. 3 is according to an exemplary implementation
The structural block diagram of the Garment Steamer Machine exemplified.
Referring to shown in Fig. 2 and Fig. 3, the present embodiment provides a kind of Garment Steamer Machines, comprising: steam generator 100 is sent out with the steam
200, power supply module 300 of perming, control module 400 and the imaging sensor 500 that raw device 100 is connected to.Wherein, the imaging sensor
500 for acquiring the image information of clothing to be ironed.Power supply module 300 respectively with steam generator 100, control module 400 and
Imaging sensor 500 is electrically connected, for providing electric energy for steam generator 100, control module 400 and imaging sensor 500.
Control module 400 is communicated to connect with imaging sensor 500, steam generator 100 and steam hole 210 respectively, for passing to image
500 acquired image information of sensor is handled to obtain the fold information of clothing to be ironed, and is adjusted according to fold information
The running parameter of steam generator 100.
Specifically, the Garment Steamer Machine of the present embodiment, imaging sensor 500 is set on 200 by perming, to acquire clothing to be ironed
The image information of object, and the imaging sensor 500 and steam generator 100 are communicated with the control module of Garment Steamer Machine 400 respectively
Connection, is handled to obtain clothing to be ironed 500 acquired image information of imaging sensor by the control module 400
Fold information, and according to fold information adjust steam generator 100 running parameter.Above-mentioned set-up mode realizes Garment Steamer Machine
Operating mode automatic control, avoiding manual switching ironing gear makes troubles to user or even occurs the feelings of handoff error
Condition occurs, to improve the ironing efficiency of Garment Steamer Machine, and makes the switching of operating mode more accurate.
The course of work of the Garment Steamer Machine of the present embodiment is as follows: first turning on the power supply of Garment Steamer Machine, and opens imaging sensor
500, will perm 200 tops for being placed on clothing to be ironed, and imaging sensor 500 starts to acquire the current image of clothing to be ironed
Information, and acquired image information is fed back into control module 400, control module 400 handles the image information, with
The fold information of clothing to be ironed is obtained, then control module 400 controls steam generator 100 according to the fold information with specified
Operating mode operation, to present cloth carry out ironing.With perm 200 continuous movement, imaging sensor 500 constantly acquire
The image information of clothing different location to be ironed, after control module 400 handles current acquired image information
To different from the fold information of prior location, then control module 400 is sent out according to steam in current fold information switching Garment Steamer Machine
The parameter of raw device 100, repeats the above process, until completing ironing.
Wherein, the treatment process for the fold information that control module 400 obtains clothing to be ironed according to image information specifically may be used
Are as follows: 500 acquired image information of imaging sensor is compared by control module 400 with default clothing image, to obtain
The fold information of clothing to be ironed.The fold information specifically may include fold position, fold area and the fold of clothing to be ironed
One of degree is a variety of, and in other words, control module 400 is specifically by 500 acquired image information of imaging sensor
With one of fold position, fold area and fold degree in default clothing image or it is a variety of be compared, determine wait press
Launder object fold information automatically adjusts 100 sum of steam generator in Garment Steamer Machine according to the fold information of clothing fold to be ironed
Running parameter.
In the present embodiment, Garment Steamer Machine is joined by the work that the fold information according to clothing to be ironed voluntarily adjusts Garment Steamer Machine
It is several, it can be improved the ironing effect of the Garment Steamer Machine, and save use water and the electric cost of Garment Steamer Machine.For example, passing through control module
The image information of the collected clothing to be ironed of 400 pairs of imaging sensors 500 obtains after handling, the fold of clothing to be ironed
Surface is greater than preset fold area in control module 400, it is determined that the fold of clothing to be ironed is more serious, at this time, it is possible to increase
The quantity of steam of steam generator 100, so that the more serious position of fold is contacted with more steam, so that the fold
The ironing effect of more serious position is more preferable, and ironing efficiency is also improved；When control module 400 is to imaging sensor 500
The image information of collected clothing to be ironed show that the wrinkled surface of clothing to be ironed is less than control module after being handled
Preset fold area in 400, it is determined that the fold of clothing to be ironed is lighter, at this point, can reduce the vapour out of steam generator 100
Amount carries out ironing by the less steam position lighter to fold, avoids and continue in the lighter position of fold severity
It is wasted caused by water power using biggish quantity of steam, meanwhile, it also avoids the lighter position of fold and is connect with a large amount of steam
Touching damages clothing, improves ironing effect.
The running parameter of Garment Steamer Machine specifically includes the heating temperature of steam generator 100, steam generator in the present embodiment
100 quantity of steam and one of vapour time or a variety of out of steam generator 100.
In practical applications, steam hole 210 is offered on 200 in perming of being connected to steam generator 100, the steam hole
210 for being ejected to outside for the steam that steam generator 100 generates.The control module 400 of the present embodiment can also be with steam hole
210 communication connections, control module 400 carry out processing to 500 acquired image information of imaging sensor and obtain clothing to be ironed
Fold information after, be adjusted according to running parameter of the fold information to steam hole 210.The running parameter of the steam hole 210
The opening/closing time of opening degree and/or steam hole 210 including steam hole 210.
Based on it is above-mentioned it is found that the present embodiment Garment Steamer Machine in, imaging sensor 500 collect clothing to be ironed image letter
Control module 400 is fed back to after breath, control module 400 is handled the image information to obtain the fold of clothing to be ironed letter
Breath, and joined according to the work that the fold information adjusts the one or both of them in steam generator 100 and steam hole 210
Number.Wherein, running parameter specifically includes the heating temperature of steam generator 100, the quantity of steam of steam generator 100 and steam hair
One of opening/closing time for going out vapour time, the opening degree of steam hole 210 and steam hole 210 of raw device 100 is a variety of.
Power supply module 300 in the present embodiment respectively with steam generator 100, control module 400 and imaging sensor 500
It is respectively that steam generator 100, control module 400 and imaging sensor 500 provide by the power supply module 300 for electrical connection
Electric energy, so that Garment Steamer Machine can work normally.It is understood that the power supply module 300 can be external power supply, especially by
The connecting wire on steam generator 100, control module 400 and imaging sensor 500, in use, by the other end of conducting wire with
External power supply is connected.The power supply module 300 can also be and steam generator 100, control module 400 and imaging sensor
500 batteries being electrically connected, are respectively steam generator 100, control module 400 and imaging sensor by the battery
500 power supplies.The structure of power supply module 300 is simplified using battery as power supply module 300, so that the assembly of power supply module 300
It is more convenient.
In practical applications, the steam generator 100 in the present embodiment is connected between 200 with perming by gas-guide tube 600,
The steam generated in steam generator 100 is delivered to by gas-guide tube 600 perms in 200, and passes through the steaming opened up on 200 of perming
Steam vent 210 sprays, and then contacts with clothing surface, carries out flatiron.Meanwhile the control module 400 of Garment Steamer Machine and steam are sent out
Raw device 100 and 200 steam hole 210 of perming communicate to connect, to control the running parameter of steam generator 100 and steam hole 210.
In the present embodiment, the steam generator on existing Garment Steamer Machine is can be used in steam generator 100.It perms and 200 opens up
There is the steam hole 210 sprayed for water vapour, the setting of imaging sensor 500 is being permed on 200, and is shifted to install with steam hole 210,
The normal work of imaging sensor 500 is influenced to avoid the steam sprayed from steam hole 210, meanwhile, also prevent the height of steam
Temperature damages imaging sensor 500.Wherein, which can be CCD camera or other have acquisition image
The video camera of function, is not intended to be limited in any herein.
In practical applications, the quantity of imaging sensor 500 can be one or more.Specifically, can be set on 200 perming
It sets an imaging sensor 500 or multiple images sensor 500 is spaced the periphery for being disposed around steam hole 210, to improve image
Collection accuracy of the sensor 500 to the image information of collected clothing to be ironed.
In the present embodiment, a steam hole 210 can be opened up on 200 perming, imaging sensor 500 deviates the steam hole
210 jet direction setting.Multiple steam holes 210 can also be opened up on 200 by perming, and multiple steam holes 210 form a jet area
Domain, imaging sensor 500 are arranged in a staggered manner with the jet region, and in other words, which is located at the jet region
Outside.It is understood that the opening shape of steam hole 210 can be to be a variety of, such as square, circle, diamond shape etc..Steam hole
210 size can according to perm 200 size or practical ironing it needs to be determined that, herein not to the size and shape of steam hole 210
Shape is limited.
Referring to shown in Fig. 2, in some other example, the setting of imaging sensor 500 is perming on 200 and is being located at steam hole
210 lower section.
Specifically, in practical applications, steam hole 210 be generally arranged at perm 200 top, and in order to avoid steam hole
210 high-temperature steams sprayed damage imaging sensor 500, and imaging sensor 500 is arranged under steam hole 210
Side, i.e., imaging sensor 500 close to perm 200 bottom setting, to guarantee that imaging sensor 500 treats the figure of ironing clothes
As message carries out normal acquisition.
With continued reference to Fig. 2, in order to further ensure imaging sensor 500 is not influenced by high-temperature steam in 200 of perming, this
Perming in embodiment 200 includes main body 220 and thermal insulator 230, and imaging sensor 500 passes through thermal insulator 230 and main body 220
It is interior to be thermally isolated for the channel that high-temperature steam passes through.
Specifically, perm in 200 with both ends be connected to respectively with steam hole 210 and steam generator 100 for high temperature steaming
The channel that vapour passes through.The high-temperature steam that Garment Steamer Machine generates during the work time, by steam generator 100 by gas-guide tube 600 into
Enter the channel permed in 200, is then sprayed from steam hole 210.In this course, the heat of steam in 200 of perming passes through master
The inner wall of body 220 reaches on the outer wall of main body 220 so that perm 200 position temperature it is higher.In order to avoid the heat of steam passes
It is handed on imaging sensor 500, thermal insulator is arranged between the channel in imaging sensor 500 and main body 220 in the present embodiment
230, the heat that steam is transferred on imaging sensor 500 is reduced by the thermal insulator 230, to improve imaging sensor
500 service life has saved the cost of manufacture of the Garment Steamer Machine of the present embodiment.
Wherein, thermal insulator 230 has a variety of set-up modes.In one of feasible implementation, thermal insulator 230 is consolidated
It is scheduled on the outer wall of main body 220, imaging sensor 500 is fixed in the thermal insulator 230, realizes imaging sensor 500 and main body
220 are thermally isolated.It, can be it is understood that in order to further prevent the high temperature of main body 220 to threaten the safety of user
Except the rest part of the position where steam hole 210 is respectively provided with the thermal insulator 230 in main body 220.It certainly, can also be in main body 220
Outer wall on be provided with thermal insulator 230, and offered and the steam hole 210 in the position that thermal insulator 230 is located at steam hole 210
Matched opening, so that steam is smoothly sprayed from steam hole 210.
In another feasible implementation, in remaining in addition to the side of setting camera of imaging sensor 500
Side wall is provided with the thermal insulator 230, so that the lateral wall of imaging sensor 500 can carry out heat with the main body 220 of high temperature
Isolation, to improve the heat insulation of thermal insulator 230.Meanwhile in actual installation process, first thermal insulator 230 is fixed on
On imaging sensor 500, then imaging sensor 500 is fixed in main body 220, further improves thermal insulator 230 and figure
As the installation effectiveness of sensor 500.
It is understood that above-mentioned thermal insulator 230 can also be respectively provided on imaging sensor 500 and main body 220, with into
One step improves heat insulation, it is ensured that the normal work of imaging sensor 500.
When specific implementation, the material of the thermal insulator 230 with no restriction, passes as long as can be realized main body 220 with image herein
Heat between sensor 500 is effectively isolated, and the materials such as glass fibre, asbestos, rock wool, silicate specifically can be used and be made.
For example, the asbestos gauge between imaging sensor 500 and main body 220 is concretely arranged in the thermal insulator 230.
The structure of the thermal insulator 230 of the present embodiment can be a variety of, for example, thermal insulator 230 be formed as thermal insulation board or every
Hotting mask layer.In addition, the fixed form between the thermal insulator 230 and main body 220 and/or imaging sensor 500 can be a variety of, example
Such as, which can be bonded on main body 220 and/or imaging sensor 500 by strong adhesive；Alternatively, the thermal insulator 230
It is fixed on main body 220 and/or imaging sensor 500 by dismountable mode such as bolt, specific connection type is here
With no restriction, as long as can guarantee the stability of thermal insulator 230.
In some other example, what which can also be integrally formed with main body 220 or imaging sensor 500
Integral piece not only increases the bonding strength between thermal insulator 230 and main body 220 or imaging sensor 500 in this way, enhances heat-insulated
The stability of part 230, and simplify perm 200 structure, improve the assembly efficiency of each components.
Fig. 4 is the partial enlarged view of A in Fig. 2.Referring to shown in Fig. 2 and Fig. 4, perming for the present embodiment 200 further includes elasticity
Element (not shown) and baffle 240.Wherein, fluted 221 are formed in main body 220, elastic element is fixed on groove 221
Interior, imaging sensor 500 is fixed in groove 221 by elastic element；The opening of groove 221 is arranged in baffle 240, is used for
By the opening of covering groove 221 rear in the receiving to groove 221 of imaging sensor 500；Thermal insulator 230 is set to the interior of groove 221
Wall.
Specifically, the present embodiment opens up groove 221 in main body 220, one end of elastic element is fixed in groove 221,
One end of elastic element is fixed on imaging sensor 500, and baffle 240 is arranged in the opening of groove 221, so that image passes
Baffle 240 when in use, is detached from the opening of groove 221, makes imaging sensor 500 under the action of elastic element by sensor 500
Pop up groove 221；After 500 use of imaging sensor, after in the receiving to groove 221 of imaging sensor 500, by baffle
240 are fixed on the opening of groove 221, realize the storage of imaging sensor 500, while playing the role of dustproof and waterproof, into one
Step, which avoids imaging sensor 500 from being chronically exposed in air, influences its service life.
In practical application, connection type between baffle 240 and main body 220 can be it is a variety of, optional realize at the first
In mode, as shown in figure 4, the side of the baffle 240 is hinged on the side of the opening of groove 221 by pin shaft, so that baffle 240
It can be rotated around pin shaft, the other side of baffle 240 and the other side of the opening of groove 221 are detachably connected.Pass through flap shutter
240 realize the closing of the opening of groove 221 and open wide.Wherein, the other side of the opening of the other side of baffle 240 and groove 221
Between can connect in several ways.For example, crotch is provided in the other side of the opening of groove 221, in the another of baffle 240
Side is provided with will when the other side of baffle 240 turns to the other side of the opening of groove 221 with the matched hook of the crotch
Hook hangs over the fixation that baffle 240 can be realized on crotch.The connection structure is simple, and is convenient for the fixation of baffle 240.It can manage
Solution, between the other side and baffle 240 of the opening of the groove 221 can also by bolt, buckle etc. removably mode into
Row is fixed, and is no longer repeated one by one herein.
In second of optional implementation, sliding slot is offered in the opening two sides that main body 220 is located at groove 221, together
When, the sliding block to match with the sliding slot is provided in the bottom of baffle 240, baffle 240 moves along the chute under the action of sliding block,
To realize closing and opening to the opening of groove 221.The set-up mode simplifies the company between baffle 240 and main body 220
Binding structure, while making baffle 240 more convenient to blocking for the opening of groove 221.Wherein, between baffle 240 and main body 220
Connection other modes also can be used, no longer repeat one by one herein.
Referring to shown in Fig. 3, the handoff procedure of the operating mode of Garment Steamer Machine, the hanging of the present embodiment are grasped for the ease of user
Machine further includes cue module 700；The cue module 700 and control module 400 communicate to connect, in steam generator 100
Running parameter is alerted when switching.It is understood that in practical applications, control module 400 can also be according to fold information
The running parameter for the steam hole 210 permed on 200 is adjusted, therefore, which can also be used in steam hole
It is alerted when 210 running parameter switching.
Specifically, needing to control steam when the fold information that control module 400 gets clothing to be ironed changes
210 switch operating parameter of generator 100 and/or steam hole, at this point, control module 400 controls cue module 700 simultaneously carries out work
Make, so that the cue module 700 prompts the user with the situation of change of 210 running parameter of steam generator 100 and/or steam hole,
To determine the accuracy of running parameter switching in time.
For example, the cue module 700 can be indicator light, when steam generator 100 and/or the running parameter of steam hole 210
When switching, indicator light shines, and after running parameter after switching is stablized, indicator light does not shine.
In practical application, which may include display screen and/or loudspeaker.Wherein, the display screen is for passing through
The running parameter or the display screen of steam generator 100 after picture cues switching working mode are for passing through picture cues
The running parameter of steam hole 210 after switching working mode；Loudspeaker is used for through the steaming after voice prompting switching working mode
The running parameter of vapour generator 100, or for the work ginseng by the steam hole 210 after voice prompting switching working mode
Number.Wherein, display screen or loudspeaker can directly adopt display device in the prior art and sound prompt device, and specific work
It can refer to the working principle of existing structure as principle.
Wherein, which may be provided on the shell of steam generator 100, to avoid the heat transfer of steam
Cue module 700 is damaged on to cue module 700.Meanwhile control module 400 and/or power supply module 300 in the present embodiment
It may also be arranged on steam generator 100, the space permed on 200 can not only be saved in this way, and prevent high temperature to control
It is damaged caused by molding block 400 and/or power supply module 300, to guarantee the normal of control module 400 and/or power supply module 300
Work.Wherein, it can be realized and be connected by wire communication between control module 400 and imaging sensor 500, channel radio can also be passed through
Reliable existing connection.
Based on above-mentioned it is found that Garment Steamer Machine provided in this embodiment, by the upper setting imaging sensor of perming in Garment Steamer Machine,
To acquire the image information of clothing to be ironed, and by the steam generator of the imaging sensor and Garment Steamer Machine respectively with Garment Steamer Machine
Control module communication connection, is handled to obtain wait press imaging sensor acquired image information by the control module
The fold information of launder object, and according to the running parameter of fold information adjustment steam generator, to realize the work of Garment Steamer Machine
The automatic control of parameter value, avoid manual switching ironing gear and caused by inconvenience, to improve the ironing effect of Garment Steamer Machine
Rate.Meanwhile Garment Steamer Machine voluntarily adjusts the running parameter of Garment Steamer Machine according to the fold information of clothing to be ironed, is ensuring ironing effect
On the basis of, save the cost of the electricity consumption water of Garment Steamer Machine.
Those skilled in the art after considering the specification and implementing the invention disclosed here, will readily occur to its of the disclosure
Its embodiment.This application is intended to cover any variations, uses, or adaptations of the disclosure, these modifications, purposes or
Person's adaptive change follows the general principles of this disclosure and including the undocumented common knowledge in the art of the disclosure
Or conventional techniques.The description and examples are only to be considered as illustrative, and the true scope and spirit of the disclosure are by following
Claims are pointed out.
It should be understood that the present disclosure is not limited to the precise structures that have been described above and shown in the drawings, and
And various modifications and changes may be made without departing from the scope thereof.The scope of the present disclosure is only limited by appended claims
System.
Claims (14)
1. a kind of control method of Garment Steamer Machine characterized by comprising
Obtain the image information of clothing to be ironed；
Described image information is handled with the fold information of the determination clothing to be ironed；
The running parameter of the Garment Steamer Machine is adjusted according to the fold information of the clothing to be ironed.
2. the control method of Garment Steamer Machine according to claim 1, which is characterized in that the image for obtaining clothing to be ironed
Information, comprising:
The image information of clothing to be ironed is obtained by imaging sensor, described image information includes the color and brightness letter of image
Breath.
3. the control method of Garment Steamer Machine according to claim 2, which is characterized in that the Garment Steamer Machine further includes control mould
Block, steam generator and perm with what the steam generator was connected to, it is described perm on be formed with the steam sprayed for water vapour
Hole；
The control module is communicated to connect with the steam generator, described image sensor and the steam hole respectively；
The control module handles with the fold information of the determination clothing to be ironed described image information, and according to institute
It states fold information and determines the running parameter of steam generator and/or steam hole in the Garment Steamer Machine.
4. the control method of Garment Steamer Machine according to claim 3, which is characterized in that described according to the clothing to be ironed
Fold information determines the running parameter of the Garment Steamer Machine, comprising:
The menace level of clothing fold to be ironed is determined according to the fold information；
The running parameter of the Garment Steamer Machine is determined according to the menace level of the clothing fold to be ironed.
5. the control method of Garment Steamer Machine according to claim 4, which is characterized in that
The running parameter includes the quantity of steam and the steam of the heating temperature of the steam generator, the steam generator
One of opening/closing time for going out vapour time, the opening degree of the steam hole and the steam hole of generator is a variety of.
6. the control method of Garment Steamer Machine according to claim 5, which is characterized in that described according to the clothing pleat to be ironed
The menace level of wrinkle determines the running parameter of the Garment Steamer Machine, comprising:
With the raising of the menace level of the clothing fold to be ironed, determine that the operating parameter values of the Garment Steamer Machine are bigger；Its
In, the operating parameter values include the heating temperature of the steam generator, the quantity of steam of the steam generator, the steam
One of the folding time or a variety of for going out vapour time, the opening degree of the steam hole and the steam hole of generator.
7. the control method of Garment Steamer Machine according to claim 1-6, which is characterized in that described to the clothing figure
As being handled with the fold information of the determination clothing to be ironed, comprising:
The clothing image of the clothing to be ironed is compared with default clothing image, to obtain the pleat of the clothing to be ironed
Wrinkle information.
8. the control method of Garment Steamer Machine according to claim 1-6, which is characterized in that the fold packet
Include: one of fold position, fold area and fold degree of the clothing to be ironed are a variety of.
9. a kind of Garment Steamer Machine characterized by comprising steam generator, be connected to the steam generator perm, mould of powering
Block, control module and imaging sensor, described image sensor are used to acquire the image information of clothing to be ironed；
The power supply module is electrically connected with the steam generator, control module and imaging sensor respectively；
The control module is communicated to connect with described image sensor and steam generator respectively, for described image sensor
Acquired image information is handled to obtain the fold information of the clothing to be ironed, and is adjusted according to the fold information
The running parameter of the steam generator.
10. Garment Steamer Machine according to claim 9, which is characterized in that the steam for offering and being sprayed for water vapour of perming
The lower section that is upper and being located at the steam hole of perming is arranged in hole, described image sensor.
11. Garment Steamer Machine according to claim 9, which is characterized in that described to perm including main body and thermal insulator, the figure
As sensor is thermally isolated in the main body for the channel that high-temperature steam passes through by the thermal insulator.
12. Garment Steamer Machine according to claim 11, which is characterized in that described perm further includes elastic element and baffle；
Formed fluted in the main body, the elastic element is fixed in the groove, and described image sensor passes through described
Elastic element is fixed in the groove；
The baffle plate setting is covered in the opening of the groove for accommodating described image sensor to rear in the groove
The opening of the groove；
The thermal insulator is set to the inner wall of the groove.
13. according to the described in any item Garment Steamer Machines of claim 9-12, which is characterized in that the Garment Steamer Machine further includes prompt mould
Block；
The cue module and the control module communicate to connect, in the running parameter switching of the steam generator into
Row alarm.
14. Garment Steamer Machine according to claim 13, which is characterized in that the cue module includes display screen and/or loudspeaking
Device；
The display screen is used for the running parameter by the steam generator after picture cues switching working mode；
The loudspeaker is used for the running parameter by the steam generator after voice prompting switching working mode.
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| CN201910287269.5A CN109914083B (en) | 2019-04-11 | 2019-04-11 | Control method of garment steamer and garment steamer |
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| CN114606749A (en) * | 2022-02-17 | 2022-06-10 | 木卫智能科技(深圳)有限公司 | Moisture-proof ironing control method and device, ironing equipment and readable storage medium |
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| CN109914083B (en) | 2022-03-01 |
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