CN109853208A - The control method and steam electric appliances of steam electric appliances - Google Patents
The control method and steam electric appliances of steam electric appliances Download PDFInfo
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- CN109853208A CN109853208A CN201910078737.8A CN201910078737A CN109853208A CN 109853208 A CN109853208 A CN 109853208A CN 201910078737 A CN201910078737 A CN 201910078737A CN 109853208 A CN109853208 A CN 109853208A
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Abstract
The invention belongs to ironing equipment technical fields, the control method and steam electric appliances of specially a kind of steam electric appliances, the steam electric appliances include steam generation facility, steam executing agency, control module, functional module, energy-storage module and generator unit, user is charged by generator unit to energy-storage module, and pass through functional module set-up function parameter, electric energy is provided from energy-storage module to functional module, to drive functional module to export corresponding control signal according to functional parameter, control signal is received by control module, control module is according to the control signal control steam generation facility work received, generator unit includes permanent magnet and the electromagnetic coil that is electrically connected with energy-storage module, it is produced electricl energy by changing the magnetic flux between permanent magnet and electromagnetic coil, the present invention can effectively reduce the volume of steam electric appliances, weight and Cost, and relatively extend its service life.
Description
Technical field
The invention belongs to ironing equipment technical field, the control method and steam class electricity of specially a kind of steam electric appliances
Device.
Background technique
With the development of society and popularizing for steam electric appliances, more and more families use flatiron, Garment Steamer Machine, steam
The household electrical appliance such as floor mop, existing steam electric appliances such as Garment Steamer Machine comprising host and spray head, host is interior to be equipped with steam generation dress
It sets, spray head is connected by the venthole of pipeline and steam generation facility, is typically provided on host for controlling steam generation facility
The control panel of work is needed to be manipulated on host, be inconvenient when user adjusts steam output parameters, for this purpose, existing
Some part Garment Steamer Machines are also equipped with control assembly on spray head, for regulating and controlling the work of steam generation facility, this kind of Garment Steamer Machine
Spray head be equipped with battery and gear-adjusting mechanism, battery can be disposable battery or use straight cutting electricity charge electricity
Pond since battery can occupy certain space, and needs to be arranged battery fastening structure, therefore can relatively increase the body of spray head
Long-pending and weight, for a long time using the fatigue strength that can improve user, in addition, for the battery using the charging of straight cutting electricity, due to
The service life of battery is also one of the factor for influencing the Garment Steamer Machine service life, therefore the control mode for changing original Garment Steamer Machine is very necessary
's.
Summary of the invention
Be conducive to raising steam electric appliances it is an object of the invention to overcome the deficiencies of the prior art and provide one kind and use the longevity
It orders and is manipulated convenient for user, uses the control method of steam electric appliances.
In order to solve the above-mentioned technical problem, the invention adopts the following technical scheme:
A kind of control method of steam electric appliances, the steam electric appliances include steam generation facility, steam execution machine
Structure, control module, functional module, energy-storage module and generator unit, the steam executing agency are sent out by steam supply channel and steam
Generating apparatus connection, user are charged by generator unit to energy-storage module, and by functional module set-up function parameter, by energy storage
Module provides electric energy to functional module, so that functional module be driven to export corresponding control signal, control letter according to functional parameter
It number is received by control module, control module works according to the control signal control steam generation facility received.The power generation is single
Member includes permanent magnet and the electromagnetic coil being electrically connected with energy-storage module, passes through the magnetic flux changed between permanent magnet and electromagnetic coil
Amount, which produces electricl energy, to be stored in energy-storage module.
Further, the energy-storage module provides electric energy to functional module by the enabled instruction that user inputs, for example,
The input mode of enabled instruction can realize that pressing keys issue enabled instruction, it is preferred that the energy storage by setting button
Module can be capacitor or inductance.
Further, the functional module is equipped with wireless signal transmission circuit, and control module is equipped with reception of wireless signals electricity
Road, functional module send control signal to control module by wireless signal transmission circuit.
Further, the functional module is additionally provided with function menu, and user passes through function menu set-up function parameter, institute
Stating function menu is the function choosing-item being made of different functional parameters, and composition includes but is not limited to microswitch, touches out
Pass, rotation gear switch, key switch, potentiometer etc., the functional parameter include but is not limited to open steam generation facility
The control open, closed and the adjusting to functions such as steam generation facility gear and modes, for example, the steam electric appliances are
Ironer, above-mentioned mode, which can refer to, switches ironing mode according to the material of ironing clothes, such as spun silk mode, silk mode, fibre
Dimensional pattern etc., the gear include but is not limited to adjust temperature, intensity, the time etc. that steam sprays.
Further, the generation mode of the generator unit includes following two.
As the first generation mode, permanent magnet and electromagnetic coil is driven to perform relative motion the change of achievable magnetic flux,
Electric energy is filled with to produce electricl energy to energy-storage module.The mode of permanent magnet and electromagnetic coil relative motion can be coil stationary,
Permanent magnet is mobile or swing or rotation or permanent magnet are static, coil is mobile or swings.
As second of generation mode, generator unit further includes driving set on the soft magnetic bodies between permanent magnet and electromagnetic coil
So that soft magnetic bodies and permanent magnet is performed relative motion the change of achievable magnetic flux, is filled with electric energy to produce electricl energy to energy-storage module.
Compared with prior art, control method provided by the invention, by the way that the power generation list being electrically connected with energy-storage module is arranged
Member is produced electricl energy changing between generator unit and electromagnetic coil by way of magnetic flux, to be filled with electricity into energy-storage module
Can, then electric energy is provided from energy-storage module to functional module, functional module exports after being powered according to the functional parameter of user's setting
Corresponding control signal, control module receive control signal and carry out corresponding work according to control signal control steam generation facility
Make.Since functional module only needs faint electric energy just operable, pass through the knot of above-mentioned generator unit and energy-storage module
The work requirements for being just able to satisfy functional module are closed, and energy-storage module can be using tiny electrical components such as capacitors, with existing skill
It is compared by the way of disposable battery and straight cutting electricity rechargeable battery in art, control method of the invention, using self-power generation and power supply,
Mounting structure and replacement without the concern for battery provide the reliable of product, and can effectively extend the use longevity of product
Life simplifies the structure of product, reduces the volume of product, reduce the cost of product.
The present invention also provides a kind of steam electric appliances comprising steam generation facility, steam executing agency, control module,
Functional module, energy-storage module and generator unit, the steam executing agency are connect by steam supply channel with steam generation facility, institute
Functional module is stated equipped with function menu, the generator unit includes permanent magnet and the electromagnetic coil that is electrically connected with energy-storage module.
Preferably, the function menu is the function choosing-item being made of different functional parameters, and composition includes but is not limited to that fine motion is opened
Pass, touch-switch, rotation gear switch, key switch, potentiometer etc., the functional parameter include but is not limited to steam generation
The control of unlatching, the closing of device and adjusting to functions such as steam generation facility gear and modes, for example, the steam
Electric appliances are ironer, and above-mentioned mode, which can refer to, switches ironing mode according to the material of ironing clothes, such as spun silk mode, silk
Mode, fiber pattern etc., the gear include but is not limited to adjust temperature, intensity, the time etc. that steam sprays.By changing forever
Magnetic flux between magnet and electromagnetic coil is filled with electric energy to energy-storage module, provides electric energy, function from energy-storage module to functional module
It can the corresponding control signal of module functional parameter according to set by function menu output, control module reception control signal and root
According to control signal control steam generation facility work.
Wherein, steam electric appliances of the present invention can be garment steamer comprising host, steam jet and steam
Conduit, the steam generation facility and control module are arranged in host, and the steam jet is steam executing agency, the steaming
Vapour conduit is steam supply channel, and the functional module, energy-storage module and generator unit are arranged on steam jet.
Alternatively, the steam electric appliances can also be flatiron comprising host and ironing component, ironing component are equipped with and press
Dough made with boiling water plate, the steam generation facility and control module are arranged in host, and the ironing component is steam executing agency, described
Functional module, energy-storage module and generator unit are arranged on ironing component, and the functional module is additionally provided with wireless signal transmission electricity
Road, control module are equipped with wireless signal receiving circuit, and functional module is sent to control module by wireless signal transmission circuit and controlled
Signal processed.
Alternatively, the steam electric appliances are flatiron comprising host, host downside are equipped with ironing panel, the steam hair
Generating apparatus, control module, functional module, energy-storage module and generator unit are arranged on host, and the ironing panel is held for steam
Row mechanism.
Alternatively, the steam electric appliances are Steam mop comprising floor mop ontology and handle, the steam generation facility
It is arranged in floor mop ontology with control module, the steam executing agency is the cleaning assemblies being arranged on the downside of Steam mop, institute
Functional module, energy-storage module and generator unit is stated to be arranged on handle.
Further, the functional module is additionally provided with wireless signal transmission circuit, and control module is equipped with reception of wireless signals
Circuit, functional module send control signal to control module by wireless signal transmission circuit.
Further, the mode for changing magnetic flux between permanent magnet and electromagnetic coil includes following two.
As first way, the generator unit further includes key, and pressing keys drive permanent magnet and electromagnetic coil to be made
Relative motion for example, pressing keys permanent magnet is mobile or swings, coil stationary, or is pressed with changing magnetic flux between the two
It presses the movement of key coil or swings, permanent magnet is static.
As the second way, the generator unit further includes revolving part, and permanent magnet is set on revolving part, rotates revolving part
Permanent magnet is driven to rotate relative to electromagnetic coil, to change magnetic flux between the two.
Compared with prior art, steam electric appliances provided by the invention, can effectively reduce its volume, weight and cost,
And relatively extend service life.
Detailed description of the invention
Fig. 1 is the module diagram of steam electric appliances
Fig. 2 is the structural schematic diagram using the spray head of pressed power-generating
Fig. 3 is the structural schematic diagram of the first embodiment in pressed power-generating
Fig. 4 is the structural schematic diagram of second of embodiment in pressed power-generating
Fig. 5 is the structural schematic diagram of the third embodiment in pressed power-generating
Fig. 6 is the structural schematic diagram of the 4th kind of embodiment in pressed power-generating
Fig. 7 is the structural schematic diagram of the 5th kind of embodiment in pressed power-generating
Fig. 8 is the schematic diagram 1 of the 5th kind of embodiment in pressed power-generating
Fig. 9 is the schematic diagram 2 of the 5th kind of embodiment in pressed power-generating
Figure 10 is the structural schematic diagram of the first embodiment in rotary power generation
Figure 11 is the structural schematic diagram using the spray head for the first embodiment that rotatably generates electricity
Figure 12 is the structural schematic diagram of second of embodiment in rotary power generation
Figure 13 is the structural schematic diagram using the rotatably spray head of second of embodiment of power generation
Specific embodiment
Below in conjunction with Detailed description of the invention a specific embodiment of the invention.
Embodiment one:
Referring to Fig. 1 to Figure 13, the present embodiment provides a kind of control method of steam electric appliances, the steam electric appliances packet
Include steam generation facility 1, steam executing agency 2, control module 3, functional module 4, energy-storage module 6 and generator unit 5, the steaming
Vapour executing agency 2 is connect by steam supply channel with the venthole of steam generation facility 1, and the functional module 4 is equipped with function dish
List 41 and wireless signal transmission circuit 42, control module 3 is equipped with wireless signal receiving circuit, in use, user passes through power generation
Unit 5 charges to energy-storage module 6, and sets corresponding function according to actual needs by the function menu 41 in functional module 4
Can parameter, from energy-storage module 6 to functional module 4 provide electric energy, thus drive functional module 4 according to set functional parameter,
And corresponding control signal is exported by wireless signal transmission circuit 42, control module 3 is connect by wireless signal receiving circuit
It receives control signal and is worked according to control signal control steam generation facility 1.In a kind of specific embodiment, the function
Menu 41 is the function choosing-item being made of different functional parameters, and composition includes but is not limited to microswitch, touch-switch, rotation
Turn gear on-off, key switch, potentiometer etc., for example, the steam electric appliances are ironer, the functional parameter includes but not
It is limited to the unlatching to steam generation facility 1, the control of closing and the tune to functions such as 1 gear of steam generation facility and modes
Section, above-mentioned mode, which can refer to, switches ironing mode according to the material of ironing clothes, such as spun silk mode, silk mode, fiber mould
Formula etc., the gear include but is not limited to adjust temperature, intensity, the time etc. that steam sprays.
The generator unit 5 includes permanent magnet 51 and the electromagnetic coil 52 being electrically connected with energy-storage module 6, passes through change
Magnetic flux between permanent magnet 51 and electromagnetic coil 52 produces electricl energy, and the permanent magnet 51 is preferably magnet.
In a kind of specific embodiment, the energy-storage module 6 needs the enabled instruction ability inputted by user
Electric energy is provided to functional module 4, such as realizes the input of enabled instruction by setting button, has been filled with foot in energy-storage module 6
Under the premise of enough electric energy, pressing keys trigger energy-storage module 6 and provide electric energy to functional module 4.Preferably, the energy-storage module 6
It can be capacitor or inductance.
As a kind of specific embodiment, permanent magnet 51 and electromagnetic coil 52 is driven to perform relative motion achievable magnetic flux
Change, be filled with electric energy to produce electricl energy to energy-storage module 6.Wherein, the side of permanent magnet 51 and 52 relative motion of electromagnetic coil
Formula can with when coil stationary, permanent magnet 51 it is mobile or swing or rotation or permanent magnet 51 are static, coil is mobile or swings.
As another specific embodiment, the generator unit 5 further includes being set to permanent magnet 51 and electromagnetic coil
Soft magnetic bodies 531 between 52 drive soft magnetic bodies 531 and permanent magnet 51 to perform relative motion the change of achievable magnetic flux, to produce
Raw electric energy is filled with electric energy to energy-storage module 6.
Compared with prior art, control method provided by the invention, by the way that the power generation list being electrically connected with energy-storage module 6 is arranged
Member 5 is produced electricl energy changing between generator unit 5 and electromagnetic coil 52 by way of magnetic flux, to fill into energy-storage module 6
Enter electric energy, then provide electric energy from energy-storage module 6 to functional module 4, functional module 4 is joined after being powered according to the function of user's setting
Number exports corresponding control signal, control module 3 receive control signal and according to control signal control steam generation facility 1 into
The corresponding work of row.Since 4 faint electric energy of need of functional module are just operable, pass through above-mentioned 5 He of generator unit
The combination of energy-storage module 6 is just able to satisfy the work requirements of functional module 4, and energy-storage module 6 can be using tiny electricity such as capacitors
Gas element, in the prior art by the way of disposable battery and straight cutting electricity rechargeable battery compared with, control method of the invention,
Using self-power generation and power supply, mounting structure and replacement without the concern for battery provide the reliable of product, and can effectively prolong
The service life of long products simplifies the structure of product, reduces the volume of product, reduce the cost of product.
Embodiment two
Referring to Fig. 1 to Figure 13, the present embodiment provides a kind of steam electric appliances of Application Example one comprising steam generation
Device 1, steam executing agency 2, control module 3, functional module 4, energy-storage module 6 and generator unit 5, the steam executing agency
2 are connect by steam supply channel with the venthole of steam generation facility 1, and the functional module 4 is equipped with function menu 41 and wireless communication
Number transmission circuit 42, control module 3 are equipped with wireless signal receiving circuit, the generator unit 5 include permanent magnet 51 and with storage
The electromagnetic coil 52 that energy module 6 is electrically connected.The function menu 41 is the function choosing-item being made of different functional parameters, group
At including but not limited to microswitch, touch-switch, rotation gear switch, key switch, potentiometer etc., for example, the steam
Electric appliances are ironer, the functional parameter include but is not limited to control to unlatching, the closing of steam generation facility 1 and
Adjusting to functions such as 1 gear of steam generation facility and modes, above-mentioned mode can refer to be switched according to the material of ironing clothes
Ironing mode, such as spun silk mode, silk mode, fiber pattern, the gear include but is not limited to the temperature for adjusting steam and spraying
Degree, intensity, time etc..
It is filled with electric energy to energy-storage module 6 by changing the magnetic flux between permanent magnet 51 and electromagnetic coil 52, by energy storage mould
Block 6 is to the offer electric energy of functional module 4, the functional parameter according to set by function menu 41 of functional module 4 and by wireless
Signal circuit 42 exports corresponding control signal, and control module 3 receives control signal simultaneously by wireless signal receiving circuit
It is worked according to control signal control steam generation facility 1.
As a kind of specific embodiment, the energy-storage module 6 needs the enabled instruction ability inputted by user
Electric energy is provided to functional module 4, such as realizes the input of enabled instruction by setting button 54, has been filled in energy-storage module 6
Under the premise of enough electric energy, pressing keys 54 trigger energy-storage module 6 and provide electric energy to functional module 4.
Wherein, the mode for changing magnetic flux between permanent magnet 51 and electromagnetic coil 52 includes following two, for example, such as Fig. 9
Shown in steam jet.
Referring to Fig. 1 to Fig. 9, change mode --- the push type of magnetic flux as the first, the generator unit 5 further includes
Key 54, specifically, the key 54 is equipped with dynamic clamping head and quiet clamping head, after pressing can self-resetting, pressing keys 54 drive permanent magnet
51 and electromagnetic coil 52 perform relative motion, to change magnetic flux between the two, for example, 54 permanent magnet 51 of pressing keys is mobile
Or swing or rotation, coil stationary or pressing keys 54 coils are mobile or swing, and permanent magnet 51 is static.
The present embodiment provides the specific embodiments of following five kinds of pressed power-generatings.
Referring to Fig. 3, the first embodiment, generator unit 5 further includes linkage rod slide block mechanism, and key 54 can be around a fixed branch
Point activity, one end of connecting rod 551 and key 54 are hinged, and the other end and sliding block 552 are hinged, and the permanent magnet 51 is set to sliding block 552
On, pressing keys 54 drive sliding block 552 to drive permanent magnet 51 mobile relative to electromagnetic coil 52, to change permanent magnet 51 and electromagnetism
Magnetic flux between coil 52, produces electricl energy.
Referring to fig. 4, second of embodiment, generator unit 5 further include gear and rack teeth mechanism, and key 54 can be around a fixed branch
Point activity, the rack gear 561 are connect with key 54, and the gear 562 is connect with permanent magnet 51, and rack gear 561 is nibbled with gear 562
It closes, pressing keys 54 drive gear 562 to rotate permanent magnet 51 relative to electromagnetic coil 52 by rack gear 561, to change permanent magnetism
Magnetic flux between body 51 and electromagnetic coil 52, produces electricl energy.
Referring to Fig. 5, the third embodiment, key 54 can be around fixed pivot activity, and permanent magnet 51 is interior with key 54
Side connection, pressing keys 54 can make permanent magnet 51 with respect to the activity of electromagnetic coil 52 with change permanent magnet 51 and electromagnetic coil 52 it
Between magnetic flux, produce electricl energy.
Referring to Fig. 6, the 4th kind of embodiment, key 54 can be around fixed pivot activity, and permanent magnet 51 is around another fixed branch
Point is movable, and contact pressing piece 57 is equipped on the inside of key 54, and pressing keys 54 can make contact pressing piece 57 push permanent magnet 51 with respect to electromagnetic coil
52 swing to change the magnetic flux between permanent magnet 51 and electromagnetic coil 52, produce electricl energy.
Referring to Fig. 7 to Fig. 9, the 5th kind of embodiment, generator unit 5 further includes soft magnetic bodies 531, guide rod 532 and connecting rod
533, key 54 can be set between permanent magnet 51 and electromagnetic coil 52 around fixed pivot activity, guide rod 532, and soft magnetic bodies 531 can
It is actively set on guide rod 532, one end of connecting rod 533 and key 54 are hinged, and the other end and soft magnetic bodies 531 are hinged, pressing keys
54 can make connecting rod 533 drive soft magnetic bodies 531 along 532 activity of guide rod, to change the magnetic between permanent magnet 51 and electromagnetic coil 52
Flux produces electricl energy.
Referring to Fig. 1, Figure 10 to Figure 13, change the mode of magnetic flux as second --- rotary, the generator unit 5
It further include revolving part 58, permanent magnet 51 is set on revolving part 58, and rotation revolving part 58 drives permanent magnet 51 with respect to electromagnetic coil 52
Rotation, to change magnetic flux between the two.
The present embodiment provides the specific embodiments that following two rotatably generates electricity.
Referring to Figure 10 and Figure 11, the first embodiment, the revolving part 58 is slip ring, at least provided with one piece of institute on slip ring
The permanent magnet 51 stated, the electromagnetic coil 52 are set near slip ring, such as set on the inner ring of slip ring, changeable by rotary slip ring
Magnetic flux between permanent magnet 51 and electromagnetic coil 52, produces electricl energy.
Referring to Figure 12 and Figure 13, second of embodiment, the revolving part 58 is pulley, at least provided with one piece of institute on pulley
The permanent magnet 51 stated, the electromagnetic coil 52 is set near pulley, such as set on the inside of pulley, can be changed by rotating pulley
Become the magnetic flux between permanent magnet 51 and electromagnetic coil 52, produces electricl energy.
Compared with prior art, since steam electric appliances provided by the invention use the control method of embodiment one, lead to
Cross generator unit 5 and be filled with electric energy to energy-storage module 6, then generated electricity from energy-storage module 6 to functional module 4, can effectively reduce its volume,
Weight and cost, and relatively extend service life.
Embodiment three:
The steam electric appliances of embodiment two are garment steamer comprising host, steam jet and steam lead, the steaming
Vapour generating device and control module are arranged in host, and the steam jet is steam executing agency, and the steam lead is to supply
Vapour channel, the functional module, energy-storage module and generator unit are arranged on steam jet.
Example IV:
The steam electric appliances of embodiment two are flatiron comprising host, host downside are equipped with ironing panel, the steam hair
Generating apparatus, control module, functional module, energy-storage module and generator unit are arranged on host, and the ironing panel is held for steam
Row mechanism, the steam electric appliances of the present embodiment are selectively provided with the wireless signal transmission circuit and reception of wireless signals
Circuit.
Embodiment five:
The steam electric appliances of embodiment two are Steam mop comprising floor mop ontology and handle, the steam generation facility
It is arranged in floor mop ontology with control module, the steam executing agency is the cleaning assemblies being arranged on the downside of Steam mop, institute
Functional module, energy-storage module and generator unit is stated to be arranged on handle.
Embodiment six:
The steam electric appliances of embodiment two are flatiron comprising host and ironing component, ironing component are equipped with ironing face
Plate, the steam generation facility and control module are arranged in host, and the ironing component is steam executing agency, the function
Module, energy-storage module and generator unit are arranged on ironing component, and the functional module is additionally provided with wireless signal transmission circuit, control
Molding block is equipped with wireless signal receiving circuit, and functional module sends control letter to control module by wireless signal transmission circuit
Number.
According to the disclosure and teachings of the above specification, those skilled in the art in the invention can also be to above-mentioned embodiment party
Formula is changed and is modified.Therefore, the invention is not limited to the specific embodiments disclosed and described above, to of the invention
Some modifications and changes should also be as falling into the scope of the claims of the present invention.In addition, although being used in this specification
Some specific terms, these terms are merely for convenience of description, does not limit the present invention in any way.
Claims (10)
1. the control method of steam electric appliances, the steam electric appliances being related to include steam generation facility, steam executing agency and control
Molding block, the steam executing agency are connect by steam supply channel with steam generation facility, it is characterised in that:
- charged by generator unit to energy-storage module；
- pass through functional module set-up function parameter；
- so that energy-storage module is provided electric energy to functional module, it drives functional module to export corresponding control according to functional parameter and believes
Number；
- control module is according to control signal control steam generation facility work；
The generator unit includes permanent magnet and the electromagnetic coil that is electrically connected with energy-storage module, passes through and changes permanent magnet and electromagnetism
Magnetic flux between coil, which produces electricl energy, to be stored in energy-storage module.
2. the control method of steam electric appliances according to claim 1, it is characterised in that: energy-storage module is defeated by user
The enabled instruction entered provides electric energy to functional module.
3. the control method of steam electric appliances according to claim 1, it is characterised in that: the functional module is equipped with wireless
Signal circuit, control module are equipped with wireless signal receiving circuit, and functional module passes through wireless signal transmission circuit to control
Module sends control signal.
4. the control method of steam electric appliances according to claim 1, it is characterised in that: the functional module is equipped with function
Menu, the functional parameter are set by function menu.
5. the control method of steam electric appliances according to claim 1, it is characterised in that: drive permanent magnet and electromagnetic coil
Perform relative motion the change for realizing magnetic flux.
6. the control method of steam electric appliances according to claim 1, it is characterised in that: the permanent magnet and electromagnetic coil
Between be equipped with soft magnetic bodies, drive soft magnetic bodies and permanent magnet perform relative motion the change for realizing magnetic flux.
7. steam electric appliances, it is characterised in that: including steam generation facility, steam executing agency, control module, functional module,
Energy-storage module and generator unit, the steam executing agency are connect by steam supply channel with steam generation facility, the function mould
Block is equipped with function menu, and the generator unit includes permanent magnet and the electromagnetic coil that connect with energy-storage module；
It is filled with electric energy to energy-storage module by changing the magnetic flux between permanent magnet and electromagnetic coil, from energy-storage module to function mould
Block provides electric energy, and functional module exports corresponding control signal according to the functional parameter that function menu is set, and control module receives
Control signal and according to control signal control steam generation facility work.
8. steam electric appliances according to claim 7, feature exist: the functional module is additionally provided with wireless signal transmission electricity
Road, control module are equipped with wireless signal receiving circuit, and functional module is sent to control module by wireless signal transmission circuit and controlled
Signal processed.
9. steam electric appliances according to claim 7, it is characterised in that: the steam electric appliances are steam press,
Including host, steam jet and steam lead, the steam generation facility and control module are arranged in host, the steam spray
Head is steam executing agency, and steam lead is steam supply channel；Functional module, energy-storage module and generator unit are arranged in steam jet
On；Functional module and generator unit are arranged on steam jet, and the functional module is additionally provided with wireless signal transmission circuit, control
Module is equipped with wireless signal receiving circuit, and functional module sends control signal to control module by wireless signal transmission circuit；
Alternatively, the steam electric appliances are flatiron comprising host and ironing component, ironing component are equipped with ironing panel, institute
Steam generation facility and control module to be stated to be arranged in host, the ironing component is steam executing agency, the functional module,
Energy-storage module and generator unit are arranged on ironing component, and the functional module is additionally provided with wireless signal transmission circuit, control mould
Block is equipped with wireless signal receiving circuit, and functional module sends control signal to control module by wireless signal transmission circuit；
Alternatively, the steam electric appliances are flatiron comprising host, host downside are equipped with ironing panel, the steam generation dress
Set, control module, functional module, energy-storage module and generator unit be arranged on host, the ironing panel be steam execute machine
Structure；
The steam electric appliances are Steam mop comprising floor mop ontology and handle, the steam generation facility and control module
Be arranged in floor mop ontology, the steam executing agency be Steam mop cleaning assemblies, the functional module, energy-storage module and
Generator unit is arranged on handle；Functional module and generator unit are arranged on steam jet, and the functional module is additionally provided with nothing
Line signal circuit, control module are equipped with wireless signal receiving circuit, and functional module passes through wireless signal transmission circuit to control
Molding block sends control signal.
10. steam electric appliances according to any one of claims 7 to 9, it is characterised in that: the generator unit further include by
Key, pressing keys drive permanent magnet and electromagnetic coil to perform relative motion, to change magnetic flux between the two；
Alternatively, the generator unit further includes revolving part, revolving part is equipped with the permanent magnet, and rotation revolving part drives permanent magnet
It is rotated relative to electromagnetic coil, to change magnetic flux between the two.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110409156A (en) * | 2019-08-30 | 2019-11-05 | 北京小米移动软件有限公司 | Ironing equipment, ironing clothes method and apparatus |
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| JPH02241498A (en) * | 1989-03-15 | 1990-09-26 | Matsushita Electric Ind Co Ltd | Electromagnetic induction heating type ironing device |
| CN205004257U (en) * | 2015-08-18 | 2016-01-27 | 刘远芳 | Passive wireless switch and floated switch button thereof |
| CN205258948U (en) * | 2015-11-20 | 2016-05-25 | 佛山市顺德区美的电热电器制造有限公司 | Garment steamer |
| CN206467469U (en) * | 2017-01-24 | 2017-09-05 | 刘远芳 | Clothes airing device |
| CN106876202A (en) * | 2017-03-21 | 2017-06-20 | 武汉领普科技有限公司 | The many key switches of self-generating wireless |
| CN209779276U (en) * | 2019-01-28 | 2019-12-13 | 佛山市顺德区盛熙电器制造有限公司 | Steam type electric appliance |
| CN209915884U (en) * | 2019-01-28 | 2020-01-10 | 佛山市顺德区盛熙电器制造有限公司 | Steam type electric appliance |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110409156A (en) * | 2019-08-30 | 2019-11-05 | 北京小米移动软件有限公司 | Ironing equipment, ironing clothes method and apparatus |
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Application publication date: 20190607 |