CN107044044A - It is capable of the vapour iron and synchronous regulation mechanism of synchronous adjustment steam and temperature - Google Patents
It is capable of the vapour iron and synchronous regulation mechanism of synchronous adjustment steam and temperature Download PDFInfo
- Publication number
- CN107044044A CN107044044A CN201610083737.3A CN201610083737A CN107044044A CN 107044044 A CN107044044 A CN 107044044A CN 201610083737 A CN201610083737 A CN 201610083737A CN 107044044 A CN107044044 A CN 107044044A
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- Prior art keywords
- steam
- gear
- toggle
- fork shift
- temperature
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Classifications
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F75/00—Hand irons
- D06F75/08—Hand irons internally heated by electricity
- D06F75/10—Hand irons internally heated by electricity with means for supplying steam to the article being ironed
- D06F75/14—Hand irons internally heated by electricity with means for supplying steam to the article being ironed the steam being produced from water in a reservoir carried by the iron
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F75/00—Hand irons
- D06F75/08—Hand irons internally heated by electricity
- D06F75/10—Hand irons internally heated by electricity with means for supplying steam to the article being ironed
- D06F75/14—Hand irons internally heated by electricity with means for supplying steam to the article being ironed the steam being produced from water in a reservoir carried by the iron
- D06F75/18—Hand irons internally heated by electricity with means for supplying steam to the article being ironed the steam being produced from water in a reservoir carried by the iron the water being fed slowly, e.g. drop by drop, from the reservoir to a steam generator
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F75/00—Hand irons
- D06F75/08—Hand irons internally heated by electricity
- D06F75/24—Arrangements of the heating means within the iron; Arrangements for distributing, conducting or storing the heat
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F75/00—Hand irons
- D06F75/08—Hand irons internally heated by electricity
- D06F75/26—Temperature control or indicating arrangements
- D06F75/265—Temperature indicating arrangements; Control knobs
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F75/00—Hand irons
- D06F75/08—Hand irons internally heated by electricity
- D06F75/26—Temperature control or indicating arrangements
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F75/00—Hand irons
- D06F75/38—Sole plates
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Irons (AREA)
- Thermotherapy And Cooling Therapy Devices (AREA)
Abstract
A kind of vapour iron and synchronous regulation mechanism for being capable of synchronous adjustment steam and temperature, the synchronous regulation mechanism includes an active module that can be used in adjusting quantity of steam, and a passive module that can be used in adjusting temperature, the active module is arranged to the passive module that links, when the active module links the passive module, quantity of steam and temperature can be adjusted simultaneously.Pass through the structure design of the synchronous regulation mechanism so that vapour iron of the present invention can coordinate adjustment flatiron plate temperature in the lump while quantity of steam is adjusted, and can more stably control steam emission, and there are a variety of function of ironing to be selected for user.
Description
Technical field
The invention relates to a kind of flatiron, particularly relating to one kind being capable of synchronous adjustment steam and temperature
The vapour iron and synchronous regulation mechanism of degree.
Background technology
Because vapour iron can disengage steam to soften cloth during ironing clothes, so
Clothing can be plated more quickly.The design of current vapour iron generally comprises a temperature adjustment
Mechanism, and a quantity of steam governor motion, thermoregulation mechanism are available for user according to being pressed
Clothing material adjusts flatiron plate temperature, and quantity of steam governor motion is then available in adjustment iron process
Quantity of steam, so vapour iron is in use, user must be according to each self-adjusting of clothing material
Temperature and quantity of steam.Because the adjustment of current temperature and quantity of steam is separately independent, user
Must in iron process respective operating and setting, still have inconvenience using upper.
The content of the invention
Therefore, the purpose of the present invention, is that synchronous adjustment steam and temperature can be facilitated by providing one kind
The vapour iron of degree.
Another object of the present invention, is that providing one kind is installed on vapour iron and can be synchronous
Adjust steam and the synchronous regulation mechanism of temperature.
Then, the present invention is capable of the vapour iron of synchronous adjustment steam and temperature, is pressed comprising one
Struggle against body, it is characterised in that：Vapour iron is also comprising a synchronization for being installed on the flatiron body
Governor motion, the synchronous regulation mechanism includes an active mould that can be used in adjusting quantity of steam
Group, and a passive module that can be used in adjusting temperature, the active module are arranged to and the quilt
Dynamic model group is connected, and when the active module is actuated to adjustment quantity of steam, linking, this is passive
Module acts to adjust temperature simultaneously.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, the active module
The regulation axle unit of quantity of steam can be adjusted including one, and one can be struck and interlock this
The steam toggle that axle unit adjusts quantity of steam is adjusted, the passive module can be driven including one
The thermosistor of temperature is adjusted, and one can be linked by the regulation axle unit and drive the thermosistor
Adjust the transmission bar unit of temperature.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, the steam toggle
It can be pulled and the pivot pendulum change between multiple quantity of steam gears, when the steam toggle steams in described
Between vapour amount gear during the change of pivot pendulum, the regulation axle unit that can link links the drive link element displacement
And drive the thermosistor to adjust temperature.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, the drive link list
Member includes a drive link that the thermosistor can be driven to adjust temperature, and the steam toggle can be by
Pull and in a first quantity of steam gear, a second quantity of steam gear and the 3rd steam
Pivot pendulum change between gear is measured, the regulation axle unit includes a regulation for being hubbed at the steam toggle
Axle, the adjustment axis can be driven by the steam toggle and adjust quantity of steam, and with one towards this
Second fork shift portion of drive link projection, when the steam toggle is located at the first quantity of steam gear,
The second fork shift portion is abutted against above the drive link, when the steam toggle is located at the 3rd steam
When measuring gear, the second fork shift portion is abutted against below the drive link, when steam toggle change
During to the second quantity of steam gear, the second fork shift portion can promote the drive link displacement and drive this
Thermosistor adjusts temperature.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, drive link tool
There is one to abut against in the first fork shift portion in the second fork shift portion, the first fork shift portion has two courts
What opposite tilt extended above and below the adjustment axis first pushes inclined-plane, and a lordosis end, and this
There are two towards opposite tilt above and below the first fork shift portion extends second to push tiltedly in two fork shift portions
Face, and about one be connected to described second push between inclined-plane against end face, when the steaming
When vapour toggle is located at the first quantity of steam gear, the second fork shift portion is pushed with directed downwardly second
What inclined-plane was down resisted against upward first pushes inclined-plane, when the steam toggle is in the 3rd quantity of steam
During gear, the second fork shift portion is to push inclined-plane with second upward to be up resisted against directed downwardly
One pushes inclined-plane, when the steam toggle is changed to the second quantity of steam gear, second fork shift
Portion can with mutually abut against this second push inclined-plane and push this in opposite directions up and down and first push inclined-plane, and drive
Make the first fork shift portion this first push inclined-plane relative horizontal displacement depart from this second push tiltedly
Face, and change and abutted against so that the lordosis end is spacing in this against end face.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, the drive link list
Member includes a drive link that the thermosistor can be driven to adjust temperature, and the steam toggle can be by
Pull and in a first quantity of steam gear, a second quantity of steam gear and the 3rd steam
Pivot pendulum change between gear is measured, the regulation axle unit, which includes one, to be adjusted by steam toggle driving
The adjustment axis of whole quantity of steam, and it is respectively arranged in the fork shift block and an elasticity of the adjustment axis
Part, the adjustment axis surface is arranged with a mounting groove, and the fork shift block is to stretch out the installation trough
Installation is limited in the mounting groove, and the fork shift block pushing tow can be gone out the mounting groove by the elastic component
Outside, the active module also includes an axle sleeve being arranged at outside the adjustment axis, and the axle sleeve has one
The spacing hole of individual connection corresponding with the mounting groove, when the steam toggle is changed to second quantity of steam
During gear, the mounting groove is corresponding with the spacing hole, and the fork shift block can be by the elastic component elastic top
Push away and pass the spacing hole, and link the drive link displacement to drive the thermosistor to adjust temperature, when
The steam toggle steams from the second quantity of steam gear change to the first quantity of steam gear and the 3rd
Vapour amount gear, and when being driven the adjustment axis respectively and moving up and move down with respect to the axle sleeve, the axle sleeve meeting
Drive the fork shift block retraction mounting groove and the elastic compression elastic component, and the drive link can be towards this
Adjustment axis return resets and drives the thermosistor to adjust temperature.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, drive link tool
There is a first fork shift portion towards the adjustment axis projection, the axle sleeve, which has, to be defined on the spacing hole
Downside peritreme, and tilt towards the regulation direction of principal axis top side peritreme and one for extension opposite to each other up and down
Individual bottom side peritreme, the fork shift block have two towards above and below the first fork shift portion opposite tilt extension and
Abut against the top side peritreme and the bottom side peritreme in opposite directions respectively pushes inclined-plane, when the steam toggle from
During the second quantity of steam gear change to the first quantity of steam gear, the top side peritreme can be relatively past
It is lower squeeze push away the fork shift block upward push inclined-plane, when the steam toggle is from second quantity of steam shelves
When position is changed to the 3rd quantity of steam gear, the bottom side peritreme can up squeeze and push away the fork shift block relatively
Directed downwardly push inclined-plane.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, is driven bar unit
The drive link also is installed on including at least one, and the drive link displacement can be driven to be close to the tune
Nodal axisn and drive the thermosistor adjust temperature elastic top bracing member.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, the temperature-regulating device
There is a gear part, the drive link also has one and is engaged in the gear part and can be driven the tune
Warm device pivots and adjusted the tooth-strip part of temperature.
The vapour iron of the present invention for being capable of synchronous adjustment steam and temperature, the adjustment axis is also
Axle portion with an inlet opening for being plugged in the flatiron body, the axle portion has one
It is individual to seal the airtight of the inlet opening when steam toggle is located at the 3rd quantity of steam gear
Section, one positioned at the second quantity of steam gear can insert the small of the inlet opening in the steam toggle
Inlet segment, and one positioned at the first quantity of steam gear can insert the water inlet in the steam toggle
The big inlet segment in hole, the small water inlet section surface is arranged with a small inlet channel for connecting the inlet opening
Groove, the big water inlet section surface is arranged with a big water inlet groove for connecting the inlet opening, and this is big
The volume of water inlet groove is more than the volume of the small water inlet groove.
Then, the present invention is used for the synchronous regulation mechanism of flatiron, it is adaptable to the synchronous adjustment flatiron
Quantity of steam and temperature, the synchronous regulation mechanism comprising one can be used in adjust quantity of steam master
Dynamic model group, and a passive module that can be used in adjusting temperature, the active module are arranged to
Enough link the passive module, when the active module links the passive module, can adjust simultaneously
Quantity of steam and temperature.
Synchronous regulation mechanism of the present invention for flatiron, the synchronous regulation mechanism includes one
It is individual can be used in adjust quantity of steam active module, and one can be used in adjust temperature it is passive
Module, the active module is arranged to be connected with the passive module, when the active module is driven
To adjust during quantity of steam, the passive module that can link is while act to adjust temperature.
Synchronous regulation mechanism of the present invention for flatiron, the active module includes an energy
It is enough to be driven the regulation axle unit for adjusting quantity of steam, and one can be struck and interlock the regulation
Axle unit adjusts the steam toggle of quantity of steam, and the passive module, which includes one, to be adjusted by driving
The thermosistor of temperature, and one can by the regulation axle unit link and drive the thermosistor adjust
The transmission bar unit of temperature.
Synchronous regulation mechanism of the present invention for flatiron, the steam toggle can be pulled
And the pivot pendulum change between multiple quantity of steam gears, when the steam toggle is located at the quantity of steam gear
Between pivot pendulum change when, the regulation axle unit can be driven to link the drive link element displacement and this is driven
Thermosistor adjusts temperature.
Synchronous regulation mechanism of the present invention for flatiron, the transmission bar unit includes one
Can displacement be installed on the drive link of the flatiron body, the steam toggle energy with turning the thermosistor
Enough pulled and in a first quantity of steam gear, a second quantity of steam gear and one the 3rd
Pivot pendulum change between quantity of steam gear, the regulation axle unit is hubbed at the steam toggle including one
Adjustment axis, the adjustment axis can the relative drive link be adjusted by the pivot pendulum driving of the steam toggle
Quantity of steam, and with a second fork shift portion towards drive link projection, when the steam toggle is located at
During the first quantity of steam gear, the second fork shift portion is abutted against above the drive link, when the steaming
When vapour toggle is located at the 3rd quantity of steam gear, the second fork shift portion is abutted against under the drive link
Side, when the steam toggle is changed to the second quantity of steam gear, the second fork shift portion can be promoted
The drive link displacement and drive the thermosistor adjust temperature.
Synchronous regulation mechanism of the present invention for flatiron, the drive link has one and abutted against
The first fork shift portion in the second fork shift portion, the first fork shift portion has two towards in the adjustment axis
The first of lower opposite tilt extension pushes inclined-plane, and a lordosis end, the second fork shift portion tool
There are two towards opposite tilt above and below the first fork shift portion extends second to push on inclined-plane, and one
Under be connected to described second push between inclined-plane against end face, when the steam toggle is located at should
During the first quantity of steam gear, the second fork shift portion be with directed downwardly second push inclined-plane down against
Inclined-plane is pushed in first upward, when the steam toggle is in the 3rd quantity of steam gear, this
Two fork shift portions are to push inclined-plane with second upward and be up resisted against directed downwardly first to push inclined-plane,
When the steam toggle is changed to the second quantity of steam gear, the second fork shift portion can be mutually to abut against
This second push inclined-plane and push this in opposite directions up and down and first push inclined-plane, and drive first fork shift
This of portion first pushes inclined-plane relative horizontal displacement and departs from this and second push inclined-plane, and changes with before this
Convex end is spacing to be abutted against in this against end face.
Synchronous regulation mechanism of the present invention for flatiron, the transmission bar unit includes one
Can displacement move the thermosistor adjust temperature drive link, the steam toggle can be pulled and
One the first quantity of steam gear, one between the second quantity of steam gear and a 3rd quantity of steam gear
Pivot pendulum change, the regulation axle unit, which includes one, to be adjusted by the steam toggle drive displacement
The adjustment axis of quantity of steam, and it is respectively arranged in the fork shift block and an elasticity of the adjustment axis
Part, the adjustment axis surface is arranged with a mounting groove, and the fork shift block is to stretch out the installation trough
Installation is limited in the mounting groove, and the fork shift block pushing tow can be gone out the mounting groove by the elastic component
Outside, the active module also includes an axle sleeve being arranged at outside the adjustment axis, and the axle sleeve has one
The spacing hole of individual connection corresponding with the mounting groove, when the steam toggle is changed to second quantity of steam
During gear, the mounting groove is corresponding with the spacing hole, and the fork shift block can be by the elastic component elastic top
Push away and pass the spacing hole, and link the drive link displacement to drive the thermosistor to adjust temperature, when
The steam toggle steams from the second quantity of steam gear change to the first quantity of steam gear and the 3rd
Vapour amount gear, and when being driven the adjustment axis respectively and moving up and move down with respect to the axle sleeve, the axle sleeve meeting
Drive the fork shift block retraction mounting groove and the elastic compression elastic component, and the drive link can be towards this
Adjustment axis return resets and turns the thermosistor.
Synchronous regulation mechanism of the present invention for flatiron, the drive link has one towards this
First fork shift portion of adjustment axis projection, the axle sleeve, which has, defines the spacing hole upper and lower sides peritreme,
And tilt the top side peritreme and a bottom side hole of extension opposite to each other up and down towards the regulation direction of principal axis
Edge, the fork shift block has two towards opposite tilt extension above and below the first fork shift portion and difference is opposite
Abut against the top side peritreme and the bottom side peritreme pushes inclined-plane, when the steam toggle second steams from this
During vapour amount gear change to the first quantity of steam gear, the top side peritreme can down squeeze and push away this relatively
Fork shift block upward push inclined-plane, when the steam toggle from the second quantity of steam gear change extremely
During the 3rd quantity of steam gear, the bottom side peritreme can up squeeze and push away the directed downwardly of the fork shift block relatively
Push inclined-plane.
Synchronous regulation mechanism of the present invention for flatiron, the transmission bar unit is also included extremely
Few one is installed on the drive link, and the drive link displacement can be driven to be close to the adjustment axis and drive
Move the elastic top bracing member that the thermosistor adjusts temperature.
Synchronous regulation mechanism of the present invention for flatiron, the thermosistor has a gear
Also there is one to be engaged in the gear part and thermosistor pivot tune can be driven for portion, the drive link
The tooth-strip part of whole temperature.
Synchronous regulation mechanism of the present invention for flatiron, the adjustment axis also has an axle
Bar portion, the axle portion have one airtight section, one from this airtight section it is coaxial extend outward it is small
Inlet segment, and a big inlet segment coaxially extended outward from the small inlet segment, the small inlet segment
Surface is radially arranged with one small water inlet groove, and the big water inlet section surface is radially arranged with one big
Water inlet groove, and volume of the volume more than the small water inlet groove of the big water inlet groove.
Effect of the present invention is：Pass through the structure design of the synchronous regulation mechanism so that this hair
Bright vapour iron can coordinate adjustment flatiron plate temperature in the lump while quantity of steam is adjusted, and can
More stably coordinate flatiron plate temperature correspondence regulation and control steam emission, and there are a variety of function of ironing to supply
User selects.
Brief description of the drawings
The present invention other features and effect, by reference to schema embodiment in clearly
Present, wherein：
Fig. 1 is the first of the vapour iron that the present invention is capable of synchronous adjustment steam and temperature to implement
The stereogram of example；
Fig. 2 is the imperfect stereogram of the first embodiment；
Fig. 3 is the imperfect stereogram at another visual angle of the first embodiment；
Fig. 4 is the incomplete profile of the first embodiment, illustrates that a steam toggle is located at
Situation during one the second quantity of steam gear；
Fig. 5 is the imperfect stereogram of the first embodiment, illustrate the steam toggle be located at this
Situation during two quantity of steam gears；
Fig. 6 is similar Fig. 5 imperfect stereogram, illustrates that the steam toggle is located at one first
Situation during quantity of steam gear；
Fig. 7 is similar Fig. 5 imperfect stereogram, illustrates that the steam toggle is located at one the 3rd
Situation during quantity of steam gear；
Fig. 8 is the second of the vapour iron that the present invention is capable of synchronous adjustment steam and temperature to implement
The imperfect stereogram of example；
Fig. 9 is the incomplete partial perspective view of the second embodiment；
Figure 10 is similar Fig. 9 incomplete partial perspective view, and an axle sleeve has been removed；
Figure 11 is the incomplete profile of the second embodiment, the schematically illustrate steam toggle
Situation during positioned at the second quantity of steam gear；
Figure 12 is similar Figure 11 incomplete partial perspective view, illustrates that the steam toggle is located at
Situation during the first quantity of steam gear；And
Figure 13 is similar Figure 11 incomplete partial perspective view, illustrates that the steam toggle is located at
Situation during the 3rd quantity of steam gear.
Embodiment
Before the present invention is described in detail, it shall be noted that similar in the following description content
Component be to be represented with being identically numbered.
Refering to Fig. 1,2,3, the present invention is capable of the vapour iron 2 of synchronous adjustment steam and temperature
First embodiment, comprising a flatiron body 3, and one is installed on the flatiron body 3
Synchronous regulation mechanism 5.For convenience of description, the following is with the flatiron body 3 shown in Fig. 1
Narrow contracting end be defined as front, and the relative left and right for defining the flatiron body 3 accordingly.
The flatiron body 3 has casing 31, and one be installed on the lower section of casing 31 and
The iron board 32 of steam, and as shown in figure 4, the casing 31 and the iron board 32 can be disengaged
It is engaged and defines a steam hydroecium 33 for being available for injecting the water to be heated for becoming steam, should
Steam hydroecium 33 has an inlet opening 331 for being communicated in a water tank 35.
Due to the improvement weight that the flatiron body 3 is general component and numerous types, also non-invention
Point, therefore be no longer described in detail.
Refering to Fig. 3,4,5, the synchronous regulation mechanism 5 includes a quilt for being used to adjust temperature
Dynamic model group 700, and an active module 800 for being used to adjust quantity of steam, the active module 800
It is arranged to the linkage passive module 700, when the active module 800 links the passive module 700
When, quantity of steam and temperature can be adjusted simultaneously.
The passive module 700, which includes one, can be turned and be adjusted the tune of the temperature of iron board 32
Warm device 51, and one be installed in the casing 31 and can turn the tune by driving horizontal displacement
The transmission bar unit 52 of warm device 51.The active module 800, which includes one, can be pulled pivot pendulum ground
The steam toggle 53 for exposing to the casing 31 is installed, and one is uprightly installed on the casing 31
In and pivot joint be linked to the steam toggle 53 and can drive the regulation of the displacement of transmission bar unit 52
Axle unit 54.
The thermosistor 51 has one and the transmission bar unit 52 transmission meshed gears portion 511,
It can be turned by the transmission bar unit 52 and change the temperature of iron board 32.
The transmission bar unit 52 include one before and after extension and can anterior-posterior horizontal be installed on displacement
The drive link 521 engaged is driven in the casing 31 and with the gear part 511, and two are installed on
The elasticity that the drive link 521 and elasticity are stayed between the drive link 521 and the casing 31 is shored
Part 520.The drive link 521 have the push-and-pull bar portion 522 extended before and after one, one it is upright
The front end of push-and-pull bar portion 522 and the first fork shift portion 523 of projection forward are fixed in, and before one
It is arranged at the rear end section side of push-and-pull bar portion 522 afterwards and is engaged with the gear part 511 to extension
Tooth-strip part 528.The tooth-strip part 528 can be driven the relative gear part 511 by the push-and-pull bar portion 522
Move forward and backward, and be driven the gear part 511 and pivot.
The drive link 521 also has multiple front and rear extensions and the conducting space 529 run through up and down.
The casing 31 relatively front and rear slippingly can uprightly be plugged in conducting space 529 respectively with multiple
In, and make the drive link 521 horizontal stable displacement forwards, backwards can only be grown along conducting space 529 and
Can not upper and lower displacement limiting section 312.
The first fork shift portion 523 has two, and towards the regulation axle unit, opposite tilt prolongs about 54
First stretched pushes inclined-plane 524, and is connected to first with one and pushes between the front end of inclined-plane 524
Lordosis end 525, first pushes inclined-plane 524 is reliably butted on respectively with the lordosis end 525
The regulation axle unit 54.Elastic top bracing member 520 is front and rear extension and left and right compartment of terrain is respectively mounted
Between the drive link 521 and the casing 31, can invar property force the drive link 521 toward anteposition
Shifting is abutted against in the regulation axle unit 54, in the present embodiment, each elastic top bracing member 520
For a spring, but when implementing, can also other elastic components substitutions, such as elastic caoutchouc,
V-arrangement shell fragment, torque spring etc., and type described above is not limited.
Refering to Fig. 5,6,7, the steam toggle 53 is to be hubbed at this while pivot pendulum can be pulled by left and right
Casing 31, and it is front and rear to being orthogonal to the axle center of regulation axle unit 54 that it, which pivots axle center,.The steaming
There is vapour toggle 53 eccentric setting to extend the pivot joint of shape in its left and right pivoted on the left of axle center
Hole 530 (as shown in Figure 2), and be pivotally connected with the pivoted hole 530 for the regulation axle unit 54,
The regulation axle unit 54 can be synchronously interlocked with respect to the flatiron body 3 when pivot pendulum is pulled by left and right
Upper and lower displacement.In the present embodiment, the steam toggle 53, which is provided with three, can be pulled switching
Quantity of steam gear, including the first quantity of steam gear, a quilt pulled by turning right on earth
Turn left and pull the 3rd quantity of steam gear on earth, and one between the first quantity of steam gear with should
The second quantity of steam gear between 3rd quantity of steam gear.
Refering to Fig. 3,4,5, the regulation axle unit 54, which includes one, axially to pacify up and down
Loaded in the leading section of casing 31, and it can be driven what upper and lower displacement changed by the steam toggle 53
Adjustment axis 55.The adjustment axis 55, which has one, can down insert to upper and lower displacement the inlet opening 331
In with adjust into the steam hydroecium 33 inflow axle portion 56, one be installed on the axle
The top of bar portion 56 and the eccentric articulated section 57 for being hubbed at the steam toggle 53, and one from the axle
Bar portion 56 radially backward towards the projection of drive link 521 triangular shape the second fork shift portion 58.
There is the axle portion 56 one can fill in airtight section 561, one of the envelope inlet opening 331 completely
The individual small inlet segment 562 down extended from airtight section of 561 bottoms, and one from the small water inlet
The big inlet segment 564 that 562 bottoms of section down extend.The small surface of inlet segment 562 is radially recessed
There are two small water inlet grooves 563 down extended, the big surface of inlet segment 564 is radially arranged with
Two are respectively communicated with small water inlet groove 563 bottom, and down extend to the big inlet channel of end
Groove 565, and volume of the volume more than the small water inlet groove 563 of big water inlet groove 565.When
When the axle portion 56 inserts the inlet opening 331 with the big inlet segment 564, the inlet opening 331
Larger amount of water injection steam hydroecium can be available for via the big water inlet joining water box 35 of groove 565
33, when the small inlet segment 562 inserts the inlet opening 331, the water of water tank 35 still can be through
Steam hydroecium 33 is injected by small water inlet groove 563, but inflow can be less than the big inlet segment
564, when inserting the inlet opening 331 with this airtight section 561, then the inlet opening 331 can quilt
It is completely enclosed.
Refering to Fig. 2,3,4, the articulated section 57 has one and deviates the axle center of axle portion 56,
And the pivot joint projection 571 in the pivoted hole 530, the pivot joint projection are pivotably plugged in displacement
571 can grow to sliding when the steam toggle 53 pulls pivot pendulum by left and right along the pivoted hole 530,
And by steam toggle push-and-pull displacement about 53, and then interlock the axle portion 56 and this second group
The upper and lower displacement of shelves portion 58.In addition, the trailing flank of articulated section 57 be arranged with three between the upper and lower every
Locating slot 572, the flatiron body 3 is also mounted on the casing 31 including one and can departed from
Ground elasticity is embedded in the Location resilient piece 34 of one of locating slot 572, and the Location resilient piece 34 can
The adjustment axis 55 is positioned with respect to the upper and lower displacement of casing 31, and then make the steam toggle 53
Each quantity of steam gear is positioned at respect to the pivot of casing 31 pendulum.
The second fork shift portion 58 has two and prolonged towards opposite tilt above and below the direction of drive link 521
Stretch close second and push inclined-plane 581, and about one is connected to second and pushes inclined-plane 581
Between against end face 582, and second push that inclined-plane 581 is available for the first fork shift portion 523
One push inclined-plane 524 abut against it is spacing, and against end face 582 the lordosis end 525 should be available for lean on
To spacing.
When the steam toggle 53 is located at the first quantity of steam gear, this of the axle portion 56 is big
Inlet segment 564 is to be inserted in the inlet opening 331, and the second fork shift portion 58 is directed downwardly with its
Second, which pushes inclined-plane 581, sticks to toward lower limit and is supported in upward the first of the first fork shift portion 523
Push away inclined-plane 524.
When the steam toggle 53 driven from the first quantity of steam gear pivot pendulum be changed to this second
During quantity of steam gear, the steam toggle 53 can be driven the adjustment axis 55 and move down, the axle portion 56
The small inlet segment 562 can move down insertion the inlet opening 331, and with it is small water inlet groove 563 connect
Lead to the inlet opening 331, it is relative to reduce the water that the steam hydroecium 33 is injected via the inlet opening 331
Amount, and can the relative quantity of steam for reducing flatiron body 3.During this change, second fork shift
Portion 58 directed downwardly second can push down pushing tow the first fork shift portion 523 relatively of inclined-plane 581 with its
Upward first push inclined-plane 524, and force the first fork shift portion 523 second to be pushed along this
Inclined-plane 581 is gradually relative to be translated in departing from, and the elastic top bracing member 520 of elastic compression backward.
When the pivot of steam toggle 53 pendulum is positioned at the second quantity of steam gear, the second fork shift portion 58
Second push inclined-plane 581 and can depart from the first fork shift portion 523, and change with this against end face 582
For the first fork shift portion 523 the lordosis end 525 abut against forward it is spacing.And dialled in the steam
During button 53 is changed to the second quantity of steam gear from the first quantity of steam gear pivot pendulum, by this
After adjustment axis 55 is driven the drive link 521 that moves can while turn the thermosistor 51 adjustment temperature,
In the present embodiment, it is while turning the thermosistor 51 turns down temperature.
The 3rd is changed to when the steam toggle 53 is driven from the second quantity of steam gear pivot pendulum
Quantity of steam gear, and when being driven the adjustment axis 55 and moving down, this airtight section 561 of the axle portion 56
Down insertion the inlet opening 331 can be closed, the steam hydroecium can not be injected by making the water of water tank 35
33, so the flatiron body 3 will not disengage steam.Simultaneously, the second fork shift portion 58
Should against end face 582 can move down disengaging the lordosis end 525, the meeting of the first fork shift portion 523
Move forward and reset under the reseting elasticity driving of elastic top bracing member 520, the meeting of the second fork shift portion 58
Change with its upward second push directed downwardly first the supporting for the first fork shift portion 523 of inclined-plane 581
Push away that inclined-plane 524 is spacing to be abutted against.During this gear modulation, the reach of the drive link 521 resets,
The thermosistor 51 can be driven to reverse and increase temperature again.
Refering to Fig. 2,4,6, vapour iron 2 of the present invention is in use, user can be according to flatiron
The demand of clothing, selection is pressed with big quantity of steam, or is pressed with low quantity of steam, or
Person is to carry out dry scald.When to use big quantity of steam to press, the steam toggle 53 can be pulled
To the first quantity of steam gear, driving the adjustment axis 55, this enters with the big insertion of inlet segment 564
Water hole 331, heightens the inflow of the steam hydroecium 33, while being turned via the drive link 521
The thermosistor 51 increases temperature, the iron board 32 is heated up, for that will enter the steam hydroecium
33 water is quickly heated into steam and disengaged.
, can be by the steam toggle 53 when to select low quantity of steam to press refering to Fig. 2,4,5
Pull to the second quantity of steam gear, drive the adjustment axis 55 to be moved down with the small inlet segment 562
The inlet opening 331 is inserted, the inflow of steam hydroecium 33 is reduced, while being driven the drive link
521, which turn the thermosistor 51, turns down temperature, and reduces the temperature of iron board 32, to reach drop
The purpose of low quantity of steam.
Refering to Fig. 2,4,7, when to carry out this it is dry scald when, then the steam toggle 53 is dialed to
3rd quantity of steam gear, driving the adjustment axis 55 to move down closing with this airtight section 561, this enters
Water hole 331, prevents water from entering the steam hydroecium 33, while being driven via the drive link 521 completely
Turn the thermosistor 51 pivot and increase temperature, the iron board 32 is carried out dry scald with higher temperature.
Refering to Fig. 8,9,10, the second embodiment and first embodiment of vapour iron of the present invention are poor
It is different be in：The structure design of the synchronous regulation mechanism 5.For convenience of description, below just for
The present embodiment at the first embodiment difference with being described.
In the present embodiment, in the lump refering to Figure 11, the active module 800 also includes a fixation
In the flatiron body 3 and the axle sleeve 502 that is coaxially placed on outside the axle portion 56, the axle sleeve 502
Rearward face be radially equipped with about one extension, and lateral aperture is radially inside gradually up and down
Expand the spacing hole 503 of shape, and with a footpath for defining the apical margin of spacing hole 503 and root edge
To the oblique top side peritreme 504 of upper extension and a radial direction oblique lower bottom side peritreme extended inside inside
505。
Refering to Fig. 9,10,11, the regulation axle unit 54 includes one can be with respect to upper and lower displacement
The adjustment axis 55 that is arranged in the axle sleeve 502, one can be installed on the tune movably forward and backward relatively
Fork shift block 59 in nodal axisn 55, and elasticity stays on the fork shift block 59 and the regulation before and after one
Elastic component 501 between axle 55.The axle portion 56 be arranged with one it is corresponding with the spacing hole 503
The mounting groove 567 of connection.
The fork shift block 59 is can to install to be limited in the mounting groove 567 movably forward and backward, and past
Before stretch out the mounting groove 567 and through the spacing hole 503, in the present embodiment, the fork shift
Block 59 is the upright sheet triangle in tip backwards, and it pushes up bottom and is more than the peace to maximum height
The upper and lower sides bore of tankage 567, and can not be limited in departing from backward in the mounting groove 567,
And it is opposite toward rear-inclineds extension with about two, and backward spacing respectively abut against in the top side hole
Edge 504 and the bottom side peritreme 505 push inclined-plane 591, and the fork shift block 59 pushes inclined-plane
591 can divide when it interlocks the relative axle sleeve 502 by the adjustment axis 55 and moves up and move down
Mounting groove 567 of retraction forward not by the top side peritreme 504 and crowded push away of the bottom side peritreme 505.
The first fork shift portion 523 of the drive link 521 have about one upright extension and towards
The preceding convex surface 526 of the adjustment axis 55, the preceding convex surface 526 is available for passing the spacing hole forward
503 tip of fork shift block 59 is leaned.
The elastic component 501 is mounted in the mounting groove 567, and permanent relative axle portion 56
Elastic pushing tow fork shift block 59 backward.In the present embodiment, the elastic component 501 is spring, its
The front and rear elastic force for shoring expansion is more than the elastic force of elastic top bracing member 520, so when the fork shift block 59
When just to the spacing hole 503, the elastic component 501 can drive fork shift block 59 to stretch out this backward
Spacing hole 503 is outer and relies on the preceding convex surface 526, and elasticity elapses the drive link backward
521, drive and moved after the drive link 521 and be driven the thermosistor 51 adjustment temperature, it is now elastic
Top bracing member 520 can be elastically compressed.
Refering to Figure 11,12,13, when vapour iron 2 of the present invention will adjust quantity of steam, equally may be used
By between the first quantity of steam gear, the second quantity of steam gear and the 3rd quantity of steam gear
Stir the steam toggle 53.When the steam toggle 53 is located at second quantity of steam of small quantity of steam
During gear, the mounting groove 567 of the axle portion 56 can be just to the spacing hole 503, the fork shift block
59 are stretched out forward outside the spacing hole 503, and the drive link 521 can be past by the fork shift block 59
After elapse, and drive the thermosistor 51 to adjust to a relatively low temperature, and small steaming can be carried out
Vapour amount is pressed.
Adjusted when by the steam toggle 53 from the second quantity of steam gear to first quantity of steam shelves
During position, the adjustment axis 55 can be interlocked the relative axle sleeve 502 and be moved up, during moving up herein,
The fork shift block 59 meeting peace of retraction forward by crowded push away of the top side peritreme 504 of the spacing hole 503
Tankage 567, the drive link 521 can be under the reseting elasticity effect of elastic top bracing member 520 forward
Move back and reset, and then be driven the thermosistor 51 and heighten temperature, and big quantity of steam flatiron can be carried out.
Adjusted when by the steam toggle 53 from the second quantity of steam gear to the 3rd quantity of steam shelves
During position, the adjustment axis 55 can interlock the fork shift block 59 and be moved down with respect to the axle sleeve 502, under this
During shifting, the fork shift block 59 can be squeezed by the bottom side peritreme 505 of the spacing hole 503 and push away and contract
Enter the mounting groove 567, the drive link 521 can be acted in the reseting elasticity of elastic top bracing member 520
Under return forward reset, and then be driven the thermosistor 51 and heighten temperature, and no steam can be carried out
Dry scald.
In summary, by the structure design of the flatiron body 3 and the synchronous regulation mechanism 5,
So that vapour iron 2 of the present invention is in use, can in the lump coordinate and adjust while quantity of steam is adjusted
Whole temperature, and steam emission can be more stably controlled, and there are a variety of function of ironing to be selected for user
Select, be a kind of invention for innovating very much practicality, therefore, the purpose of the present invention can be reached really.
As described above, is only embodiments of the invention, when can not limit the present invention with this
The scope of implementation, it is every according to claims of the present invention and description made it is simple etc.
Effect change and modification, all still belong in the range of the present invention covers.
Claims (20)
1. a kind of synchronous regulation mechanism for flatiron, it is adaptable to the steaming of synchronous adjustment flatiron
Vapour amount and temperature, it is characterised in that：The synchronous regulation mechanism can be used in adjustment comprising one
The active module of quantity of steam, and a passive module that can be used in adjusting temperature, this is actively
Module is arranged to be connected with the passive module, when the active module is actuated to adjust steam
During amount, the passive module that can link is while act to adjust temperature.
2. the synchronous regulation mechanism according to claim 1 for flatiron, its feature exists
In：The active module includes one can be adjusted the regulation axle unit of quantity of steam by driving, and
One can be struck and interlock the steam toggle that the regulation axle unit adjusts quantity of steam, the quilt
Dynamic model group includes one can be adjusted the thermosistor of temperature by driving, and one can be adjusted by this
The transmission bar unit that nodal axisn unit links and drives the thermosistor to adjust temperature.
3. the synchronous regulation mechanism according to claim 2 for flatiron, its feature exists
In：The steam toggle can be pulled and the pivot pendulum change between multiple quantity of steam gears, when this
Steam toggle during the change of pivot pendulum, can drive the regulation axle unit to join between the quantity of steam gear
Move the drive link element displacement and drive the thermosistor to adjust temperature.
4. the synchronous regulation mechanism according to claim 3 for flatiron, its feature exists
In：The transmission bar unit includes be installed on a flatiron sheet with can driving the thermosistor
The drive link of body, the steam toggle can be pulled and in the first quantity of steam gear, one
The change of pivot pendulum, the adjustment axis list between individual second quantity of steam gear and a 3rd quantity of steam gear
Member includes an adjustment axis for being hubbed at the steam toggle, and the adjustment axis can be dialled by the steam
The pivot pendulum of button drives and the relative drive link adjusts quantity of steam, and prominent towards drive link with one
The the second fork shift portion stretched, when the steam toggle is located at the first quantity of steam gear, this second
Fork shift portion is abutted against above the drive link, when the steam toggle is located at the 3rd quantity of steam shelves
During position, the second fork shift portion is abutted against below the drive link, when the steam toggle is changed to
During the second quantity of steam gear, the second fork shift portion can promote the drive link displacement and drive this
Thermosistor adjusts temperature.
5. the synchronous regulation mechanism according to claim 4 for flatiron, its feature exists
In：The drive link has one and abutted against in the first fork shift portion in the second fork shift portion, and this first
There are two towards opposite tilt above and below the adjustment axis extends first to push inclined-plane in fork shift portion, and
One lordosis end, the second fork shift portion has two and inclined in opposite directions up and down towards the first fork shift portion
Second tiltedly extended pushes inclined-plane, and about one is connected to described second and pushes inclined-plane
Between against end face, when the steam toggle is located at the first quantity of steam gear, this second group
Shelves portion is that push that inclined-plane is down resisted against upward with directed downwardly second first pushes inclined-plane, when
The steam toggle is when the 3rd quantity of steam gear, and the second fork shift portion is with second upward
Push inclined-plane and be up resisted against directed downwardly first and push inclined-plane, when the steam toggle is changed to this
During the second quantity of steam gear, the second fork shift portion can with mutually abut against this second push on inclined-plane
Push this in opposite directions down and first push inclined-plane, and drive this of the first fork shift portion first to push tiltedly
Face relative horizontal displacement departs from this and second pushes inclined-plane, and changes with this that lordosis end is spacing abuts against
In this against end face.
6. the synchronous regulation mechanism according to claim 3 for flatiron, its feature exists
In：The transmission bar unit includes a drive link that the thermosistor can be driven to adjust temperature,
The steam toggle can be pulled and in a first quantity of steam gear, second quantity of steam
Pivot pendulum change between gear and a 3rd quantity of steam gear, the regulation axle unit includes an energy
Reach by the steam toggle drive displacement to adjust the adjustment axis of quantity of steam, and be respectively arranged in this
A fork shift block and an elastic component for adjustment axis, the adjustment axis surface is arranged with an installation
Groove, the fork shift block is to stretch out installation trough installation to be limited in the mounting groove, the elasticity
Part can go out the fork shift block pushing tow outside the mounting groove, and the active module also includes a setting
Axle sleeve outside the adjustment axis, the axle sleeve have one it is corresponding with the mounting groove connect it is spacing
Hole, when the steam toggle is changed to the second quantity of steam gear, the mounting groove is and the limit
Position hole correspondence, the fork shift block can pass the spacing hole by the elastic pushing tow of the elastic component, and link
The drive link displacement with drive the thermosistor adjust temperature, when the steam toggle from this second steam
Vapour amount gear change is driven respectively to the first quantity of steam gear and the 3rd quantity of steam gear
When the adjustment axis is moved up and moved down with respect to the axle sleeve, the axle sleeve can drive the fork shift block retraction should
Mounting groove and the elastic compression elastic component, and the drive link can be moved back towards the adjustment axis reset and
The thermosistor is driven to adjust temperature.
7. the synchronous regulation mechanism according to claim 6 for flatiron, its feature exists
In：The drive link has a first fork shift portion towards the adjustment axis projection, and the axle sleeve has
The spacing hole upper and lower sides peritreme is defined, and extension is tilted opposite to each other up and down towards the regulation direction of principal axis
A top side peritreme and bottom side peritreme, the fork shift block has two towards first fork shift
Opposite tilt extends and abuts against supporting for the top side peritreme and the bottom side peritreme in opposite directions respectively above and below portion
Push away inclined-plane, when the steam toggle from the second quantity of steam gear change to first quantity of steam shelves
Position when, the top side peritreme can relatively down squeeze push away the fork shift block upward push inclined-plane, when
The steam toggle from the second quantity of steam gear change to the 3rd quantity of steam gear when, the bottom
Side opening edge can up squeeze and push away the directed downwardly of the fork shift block and push inclined-plane relatively.
8. the synchronous regulation mechanism for flatiron according to claim 4 or 6, it is special
Levy and be：The transmission bar unit is also installed on the drive link including at least one, and can drive
The elasticity for making the drive link displacement be close to the adjustment axis and driving the thermosistor to adjust temperature is shored
Part.
9. the synchronous regulation mechanism according to claim 8 for flatiron, its feature exists
In：The thermosistor has a gear part, and the drive link also has one and is engaged in the gear
Portion simultaneously can be driven the tooth-strip part that the thermosistor pivots adjustment temperature.
10. the synchronous regulation mechanism for flatiron according to claim 4 or 6, it is special
Levy and be：The adjustment axis also has axle portion, the axle portion have one airtight section,
One from this airtight section coaxial small inlet segment extended outward, and one same from the small inlet segment
The big inlet segment that axle extends outward, the small water inlet section surface is radially arranged with a small inlet channel
Groove, the big water inlet section surface is radially arranged with one big water inlet groove, and the big water inlet groove
Volume be more than this it is small water inlet groove volume.
11. a kind of vapour iron for being capable of synchronous adjustment steam and temperature, includes a flatiron
Body, it is characterised in that：Vapour iron is also comprising a synchronization for being installed on the flatiron body
Governor motion, the synchronous regulation mechanism includes an active mould that can be used in adjusting quantity of steam
Group, and a passive module that can be used in adjusting temperature, the active module are arranged to being somebody's turn to do
Passive module is connected, and when the active module is actuated to adjustment quantity of steam, can link this
Passive module acts to adjust temperature simultaneously.
12. the steam according to claim 11 for being capable of synchronous adjustment steam and temperature is pressed
Bucket, it is characterised in that：The active module, which includes one, can adjust the adjustment axis list of quantity of steam
Member, and one can be struck and interlock the regulation axle unit adjust quantity of steam steam toggle,
The passive module includes one can be adjusted the thermosistor of temperature by driving, and one can be by
The transmission bar unit that the regulation axle unit links and drives the thermosistor to adjust temperature.
13. the steam according to claim 12 for being capable of synchronous adjustment steam and temperature is pressed
Bucket, it is characterised in that：The steam toggle can be pulled and between multiple quantity of steam gears pivot
Pendulum change, when steam toggle pivot pendulum change between the quantity of steam gear, can link this
Regulation axle unit links the drive link element displacement and drives the thermosistor to adjust temperature.
14. the steam according to claim 13 for being capable of synchronous adjustment steam and temperature is pressed
Bucket, it is characterised in that：The transmission bar unit, which includes one, can drive thermosistor adjustment temperature
The drive link of degree, the steam toggle can be pulled and in the first quantity of steam gear, one
The change of pivot pendulum, the adjustment axis list between individual second quantity of steam gear and a 3rd quantity of steam gear
Member includes an adjustment axis for being hubbed at the steam toggle, and the adjustment axis can be dialled by the steam
Button drives and adjusts quantity of steam, and with a second fork shift portion towards the drive link projection,
When the steam toggle is located at the first quantity of steam gear, the second fork shift portion is abutted against in this
Above drive link, when the steam toggle is located at the 3rd quantity of steam gear, second fork shift
Portion is abutted against below the drive link, when the steam toggle is changed to the second quantity of steam gear
When, the second fork shift portion can promote the drive link displacement and transfer thermosistor adjustment temperature.
15. the steam according to claim 14 for being capable of synchronous adjustment steam and temperature is pressed
Bucket, it is characterised in that：The drive link has one and abutted against in first group of the second fork shift portion
Shelves portion, the first fork shift portion has two towards first of opposite tilt extension above and below the adjustment axis
Inclined-plane, and a lordosis end are pushed, the second fork shift portion has two towards first fork shift
Opposite tilt extends above and below portion second pushes inclined-plane, and about one be connected to described in
Second push between inclined-plane against end face, when the steam toggle is located at the first quantity of steam gear
When, the second fork shift portion be with directed downwardly second push inclined-plane be down resisted against upward first
Inclined-plane is pushed, when the steam toggle is in the 3rd quantity of steam gear, the second fork shift portion is
Inclined-plane is pushed with second upward up it is resisted against directed downwardly first and push inclined-plane, when the steam
When toggle is changed to the second quantity of steam gear, the second fork shift portion can with mutually abut against this
Two push inclined-plane pushes this and first pushes inclined-plane in opposite directions up and down, and drives the first fork shift portion
This first pushes inclined-plane relative horizontal displacement and departs from this and second push inclined-plane, and changes with the lordosis
End is spacing to be abutted against in this against end face.
16. the steam according to claim 13 for being capable of synchronous adjustment steam and temperature is pressed
Bucket, it is characterised in that：The transmission bar unit, which includes one, can drive thermosistor adjustment temperature
The drive link of degree, the steam toggle can be pulled and in the first quantity of steam gear, one
The change of pivot pendulum, the adjustment axis list between individual second quantity of steam gear and a 3rd quantity of steam gear
Member includes one can be driven the adjustment axis for adjusting quantity of steam by the steam toggle, and pacify respectively
A fork shift block and an elastic component loaded on the adjustment axis, the adjustment axis surface is arranged with one
Individual mounting groove, the fork shift block is to stretch out installation trough installation to be limited in the mounting groove,
The elastic component can go out the fork shift block pushing tow outside the mounting groove, and the active module also includes one
The individual axle sleeve being arranged at outside the adjustment axis, the axle sleeve has a connection corresponding with the mounting groove
Spacing hole, when the steam toggle is changed to the second quantity of steam gear, the mounting groove is
Corresponding with the spacing hole, the fork shift block can pass the spacing hole by the elastic pushing tow of the elastic component,
And link the drive link displacement to drive the thermosistor to adjust temperature, when the steam toggle certainly should
Second quantity of steam gear change is divided to the first quantity of steam gear and the 3rd quantity of steam gear
When supplementary biography moves the adjustment axis and moves up and move down with respect to the axle sleeve, the axle sleeve can drive the fork shift block
The retraction mounting groove and the elastic compression elastic component, and the drive link can move back towards the adjustment axis
Reset and turn the thermosistor.
17. the steam according to claim 16 for being capable of synchronous adjustment steam and temperature is pressed
Bucket, it is characterised in that：The drive link has a first fork shift portion towards the adjustment axis projection,
The axle sleeve, which has, defines the spacing hole upper and lower sides peritreme, and towards regulation direction of principal axis phase up and down
The back of the body tilts a top side peritreme and a bottom side peritreme for extension, and the fork shift block has two courts
Opposite tilt extends and abuts against the top side peritreme and the bottom in opposite directions respectively above and below the first fork shift portion
Side opening edge pushes inclined-plane, when the steam toggle from the second quantity of steam gear change to this
During one quantity of steam gear, the top side peritreme can down squeeze the supporting upward for pushing away the fork shift block relatively
Push away inclined-plane, when the steam toggle from the second quantity of steam gear change to the 3rd quantity of steam shelves
During position, the bottom side peritreme can up squeeze and push away the directed downwardly of the fork shift block and push inclined-plane relatively.
18. the steaming for being capable of synchronous adjustment steam and temperature according to claim 14 or 16
Steam iron, it is characterised in that：Transmission bar unit is also installed on the drive link including at least one,
And the drive link displacement can be driven to be close to the adjustment axis and drive the thermosistor to adjust temperature
Elastic top bracing member.
19. the steam according to claim 18 for being capable of synchronous adjustment steam and temperature is pressed
Bucket, it is characterised in that：The thermosistor has a gear part, and the drive link also has one
It is engaged in the gear part and the tooth-strip part that the thermosistor pivots and adjusts temperature can be driven.
20. the steaming for being capable of synchronous adjustment steam and temperature according to claim 14 or 16
Steam iron, it is characterised in that：The adjustment axis also has one and is plugged in the one of the flatiron body
The axle portion of individual inlet opening, the axle portion have one can be located in the steam toggle this
Airtight section of the inlet opening, one is sealed during three quantity of steam gears can be in the steam toggle position
The small inlet segment of the inlet opening is inserted in the second quantity of steam gear, and one can be in the steaming
Vapour toggle is located at the big inlet segment that the first quantity of steam gear inserts the inlet opening, the small water inlet
Section surface is arranged with a small water inlet groove for connecting the inlet opening, and the big water inlet section surface is recessed
Provided with a big water inlet groove for connecting the inlet opening, and the volume of the big water inlet groove is more than
The volume of the small water inlet groove.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610083737.3A CN107044044B (en) | 2016-02-06 | 2016-02-06 | It is capable of the vapour iron and synchronous regulation mechanism of synchronous adjustment steam and temperature |
| US15/412,308 US20170226686A1 (en) | 2016-02-06 | 2017-01-23 | Steam iron and synchronous adjustment mechanism thereof |
| EP17153725.1A EP3205766A1 (en) | 2016-02-06 | 2017-01-30 | Steam iron and synchronous adjustment mechanism thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610083737.3A CN107044044B (en) | 2016-02-06 | 2016-02-06 | It is capable of the vapour iron and synchronous regulation mechanism of synchronous adjustment steam and temperature |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107044044A true CN107044044A (en) | 2017-08-15 |
| CN107044044B CN107044044B (en) | 2019-07-19 |
Family
ID=57914891
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610083737.3A Active CN107044044B (en) | 2016-02-06 | 2016-02-06 | It is capable of the vapour iron and synchronous regulation mechanism of synchronous adjustment steam and temperature |
Country Status (3)
| Country | Link |
|---|---|
| US (1) | US20170226686A1 (en) |
| EP (1) | EP3205766A1 (en) |
| CN (1) | CN107044044B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111636180A (en) * | 2020-05-21 | 2020-09-08 | 宁波凯波集团有限公司 | Electronic control steam electric iron and temperature control method thereof |
| CN113447567A (en) * | 2021-05-13 | 2021-09-28 | 中车唐山机车车辆有限公司 | Conventional ultrasonic and phased array probe scanning device |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB721804A (en) * | 1952-01-16 | 1955-01-12 | Hoover Ltd | Improvements relating to hand irons |
| CN1242810A (en) * | 1997-10-29 | 2000-01-26 | 皇家菲利浦电子有限公司 | Steam iron with anticipating power control |
| CN2921072Y (en) * | 2006-06-28 | 2007-07-11 | 厦门灿坤实业股份有限公司 | Temperature regulating/steam electric iron |
| CN202658461U (en) * | 2012-07-20 | 2013-01-09 | 厦门优尔电器有限公司 | Electric iron capable of synchronously controlling temperature and steam |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102007062879B4 (en) * | 2007-12-28 | 2013-05-16 | BSH Bosch und Siemens Hausgeräte GmbH | steam iron |
| FR2974822B1 (en) * | 2011-05-06 | 2013-04-19 | Seb Sa | IRONING APPARATUS COMPRISING A WIRELESS IRON AND A RECHARGEABLE BASE |
-
2016
- 2016-02-06 CN CN201610083737.3A patent/CN107044044B/en active Active
-
2017
- 2017-01-23 US US15/412,308 patent/US20170226686A1/en not_active Abandoned
- 2017-01-30 EP EP17153725.1A patent/EP3205766A1/en not_active Withdrawn
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB721804A (en) * | 1952-01-16 | 1955-01-12 | Hoover Ltd | Improvements relating to hand irons |
| CN1242810A (en) * | 1997-10-29 | 2000-01-26 | 皇家菲利浦电子有限公司 | Steam iron with anticipating power control |
| CN2921072Y (en) * | 2006-06-28 | 2007-07-11 | 厦门灿坤实业股份有限公司 | Temperature regulating/steam electric iron |
| CN202658461U (en) * | 2012-07-20 | 2013-01-09 | 厦门优尔电器有限公司 | Electric iron capable of synchronously controlling temperature and steam |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111636180A (en) * | 2020-05-21 | 2020-09-08 | 宁波凯波集团有限公司 | Electronic control steam electric iron and temperature control method thereof |
| CN113447567A (en) * | 2021-05-13 | 2021-09-28 | 中车唐山机车车辆有限公司 | Conventional ultrasonic and phased array probe scanning device |
Also Published As
| Publication number | Publication date |
|---|---|
| EP3205766A1 (en) | 2017-08-16 |
| CN107044044B (en) | 2019-07-19 |
| US20170226686A1 (en) | 2017-08-10 |
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