CN107044044B - 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
- CN107044044B CN107044044B CN201610083737.3A CN201610083737A CN107044044B CN 107044044 B CN107044044 B CN 107044044B CN 201610083737 A CN201610083737 A CN 201610083737A CN 107044044 B CN107044044 B CN 107044044B
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- steam
- toggle
- gear
- temperature
- fork shift
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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 capableing of synchronous adjustment steam and temperature, the synchronous regulation mechanism includes the active mould group that can be used in adjusting quantity of steam, and one can be used in adjust temperature by dynamic model group, the active mould group is arranged to link this by dynamic model group, when the active mould group links this by dynamic model group, quantity of steam and temperature can be adjusted simultaneously.It is designed by the structure of the synchronous regulation mechanism, so that vapour iron of the present invention can be while adjusting quantity of steam, cooperation adjusts ironing plate temperature together, and can more stably control steam emission, and there are many function of ironing for user's selection.
Description
Technical field
The invention relates to a kind of flatiron, particularly relate to a kind of vapour iron for capableing of synchronous adjustment steam and temperature with
Synchronous regulation mechanism.
Background technique
Since vapour iron can release steam during ironing clothes to soften cloth, so can be more quickly by clothing
Object plates.The design of vapour iron at present generally comprises a thermoregulation mechanism and a quantity of steam regulating mechanism, temperature tune
Section mechanism adjusts ironing plate temperature according to the clothing material of ironing is wanted for user, and quantity of steam regulating mechanism is then pressed for adjustment
Quantity of steam during scalding, so vapour iron is in use, user must be according to each self-adjusting temperature of clothing material and steam
Amount.Due to the adjustment of current temperature and quantity of steam be it is separately independent, user must in iron process respectively operation setting,
Still there is inconvenience using upper.
Summary of the invention
Therefore, the purpose of the present invention is to provide a kind of vapour iron that can facilitate synchronous adjustment steam and temperature.
Another object of the present invention is to provide one kind and is installed on vapour iron and being capable of synchronous adjustment steam and temperature
Synchronous regulation mechanism.
Then, the present invention is capable of the vapour iron of synchronous adjustment steam and temperature, includes a flatiron ontology, and feature exists
In: vapour iron also includes the synchronous regulation mechanism for being installed on the flatiron ontology, which includes an energy
Be enough in adjustment quantity of steam active mould group and one can be used in adjust temperature by dynamic model group, which is arranged to
It is connected with this by dynamic model group, when the active mould group is actuated to adjustment quantity of steam, linking, this is moved at the same time by dynamic model group
To adjust temperature.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, which, which includes one, to adjust
The adjusting axle unit of whole quantity of steam and one can be struck and interlock the steam toggle of adjusting axle unit adjustment quantity of steam,
This, which includes one by dynamic model group, can be driven by adjusting axle unit linkage by the thermosistor of driving adjustment temperature and one
Move the transmission bar unit of thermosistor adjustment temperature.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, the steam toggle can be pulled and
Pivot pendulum variation between multiple quantity of steam gears, when steam toggle pivot pendulum variation between the quantity of steam gear, can link the tune
Nodal axisn unit links the drive rod element displacement and the thermosistor is driven to adjust temperature.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, the transmission bar unit can including one
Drive the thermosistor adjustment temperature drive rod, the steam toggle can be pulled and in a first quantity of steam gear, one
Pivot pendulum variation between second quantity of steam gear and a third quantity of steam gear, the adjusting axle unit include one and are hubbed at the steam
The adjustment axis of toggle, which can be driven by the steam toggle and adjust quantity of steam, and there is one to be dashed forward towards the drive rod
The the second fork shift portion stretched, when the steam toggle is located at the first quantity of steam gear, which is by being butted on the transmission
Above bar, when the steam toggle is located at the third quantity of steam gear, the second fork shift portion be by being butted on drive rod lower section, when
When the steam toggle is changed to the second quantity of steam gear, which will push drive rod displacement and drives the temperature adjustment
Device adjusts temperature.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, the drive rod is with one by being butted on this
The first fork shift portion in the second fork shift portion, there are two first extended towards opposite tilt above and below the adjustment axis to support for the first fork shift portion tool
Push away inclined-plane and a lordosis end, there are two the extended towards opposite tilt above and below the first fork shift portion for the second fork shift portion tool
Two push inclined-plane and about one be connected to described second push between inclined-plane against end face, when the steam toggle is located at
When the first quantity of steam gear, which is that push that inclined-plane is resisted against upward down with directed downwardly second first pushes
Inclined-plane, when the steam toggle is when the third quantity of steam gear, which is to push inclined-plane up with second upward
It is resisted against directed downwardly first and pushes inclined-plane, when the steam toggle is changed to the second quantity of steam gear, the second fork shift portion's meeting
Second push inclined-plane with this mutually abutted against and push this in opposite directions up and down and first push inclined-plane, and drive the first fork shift portion this first
It pushes inclined-plane relative horizontal displacement and is detached from this and second push inclined-plane, and change and limited with the lordosis end by being butted on this against end face.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, the transmission bar unit can including one
Drive the thermosistor adjustment temperature drive rod, the steam toggle can be pulled and in a first quantity of steam gear, one
The variation of pivot pendulum, the adjusting axle unit can be by the steam including one between second quantity of steam gear and a third quantity of steam gear
The adjustment axis of toggle driving adjustment quantity of steam, and it is respectively arranged in a fork shift block and an elastic component for the adjustment axis, the tune
Nodal axisn surface is recessed with a mounting groove, which is to stretch out installation trough installation to be limited in the mounting groove, the bullet
Property part can go out the fork shift block pushing tow outside the mounting groove, which further includes the axis being set to outside the adjustment axis
Set, which has the limit hole of a connection corresponding with the mounting groove, when the steam toggle is changed to the second quantity of steam shelves
Position when, the mounting groove be it is corresponding with the limit hole, which can be pierced by the limit hole by the elastic component elasticity pushing tow, and link
The drive rod displacement with drive the thermosistor adjust temperature, when the steam toggle from the second quantity of steam gear change to this first
Quantity of steam gear and third quantity of steam 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 rod can move back towards the adjustment axis and reset and drive
Move thermosistor adjustment temperature.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, the drive rod have one towards the adjusting
The first fork shift portion that aixs cylinder is stretched, which, which has, defines the limit hole upper and lower sides peritreme, and towards adjusting axis direction phase up and down
The top side peritreme and a bottom side peritreme that back inclination extends, there are two opposite up and down towards the first fork shift portion for fork shift block tool
Inclination extends and abut against the top side peritreme and the bottom side peritreme in opposite directions respectively pushes inclined-plane, when the steam toggle second is steamed from this
When vapour amount gear change to the first quantity of steam gear, which can squeeze the pushing upward for pushing away the fork shift block down relatively
Inclined-plane, when the steam toggle is from the second quantity of steam gear change to the third quantity of steam gear, which can be opposite
It up squeezes and pushes away the directed downwardly of the fork shift block and push inclined-plane.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, transmission bar unit further includes at least one
It is installed on the drive rod, and the drive rod can be driven to be displaced the elasticity for being close to the adjustment axis and driving thermosistor adjustment temperature
Top bracing member.
The vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, the thermosistor have a gear part,
Also there is one to be engaged in the gear part and can be driven the tooth-strip part that the thermosistor pivots and adjusts temperature for the drive rod.
Also there is one to be plugged in for the vapour iron of the present invention for capableing of synchronous adjustment steam and temperature, the adjustment axis
The axle portion of one inlet opening of the flatiron ontology, which, which has one, to be located at the third steam in the steam toggle
Sealed when measuring gear airtight section of the inlet opening, one can in the steam toggle be located at the second quantity of steam gear insertion this into
The small inlet segment in water hole and one can be located at the big water inlet that the first quantity of steam gear is inserted into the inlet opening in the steam toggle
Section, the small water inlet section surface are recessed with the small water inlet groove for being connected to the inlet opening, which is recessed with one
It is connected to the big water inlet groove of the inlet opening, and the volume of the big water inlet groove is greater than the volume of the small water inlet groove.
Then, the present invention is used for the synchronous regulation mechanism of flatiron, suitable for the quantity of steam and temperature of the synchronous adjustment flatiron,
The synchronous regulation mechanism includes the active mould group that can be used in adjusting quantity of steam and a quilt that can be used in adjusting temperature
Dynamic model group, the active mould group are arranged to link this by dynamic model group, when the active mould group links this by dynamic model group, Neng Goutong
When adjustment quantity of steam and temperature.
Synchronous regulation mechanism of the present invention for flatiron, which, which includes one, can be used in adjusting
The active mould group of quantity of steam and one can be used in adjusting temperature by dynamic model group, which is arranged to and this is by dynamic model
Group is connected, and when the active mould group is actuated to adjustment quantity of steam, linking, this is moved at the same time by dynamic model group to adjust temperature.
Synchronous regulation mechanism of the present invention for flatiron, which, which includes one, to be steamed by driving adjustment
The adjusting axle unit of vapour amount and one can be struck and interlock the steam toggle of adjusting axle unit adjustment quantity of steam, the quilt
Dynamic model group, which includes one, can be linked by the adjusting axle unit by the thermosistor of driving adjustment temperature and one and drive and be somebody's turn to do
The transmission bar unit of thermosistor adjustment temperature.
Synchronous regulation mechanism of the present invention for flatiron, the steam toggle can be pulled and in multiple quantity of steam
Pivot pendulum variation between gear can drive the adjusting axle unit when steam toggle pivot pendulum variation between the quantity of steam gear
It links the drive rod element displacement and the thermosistor is driven to adjust temperature.
Synchronous regulation mechanism of the present invention for flatiron, the transmission bar unit can be displaced including one and turn this
Be installed on to thermosistor the drive rod of the flatiron ontology, the steam toggle can be pulled and a first quantity of steam gear,
Pivot pendulum variation between one the second quantity of steam gear and a third quantity of steam gear, the adjusting axle unit include one and are hubbed at this
The adjustment axis of steam toggle, which can put driving by the pivot of the steam toggle and the opposite drive rod adjusts quantity of steam,
And there is a second fork shift portion towards drive rod projection, when the steam toggle is located at the first quantity of steam gear, this second
Fork shift portion is by being butted on above the drive rod, and when the steam toggle is located at the third quantity of steam gear, which is
By being butted below the drive rod, when the steam toggle is changed to the second quantity of steam gear, which will push this
Drive rod is displaced and the thermosistor is driven to adjust temperature.
Synchronous regulation mechanism of the present invention for flatiron, the drive rod is with one by being butted on the second fork shift portion
The first fork shift portion, there are two what is extended towards opposite tilt above and below the adjustment axis first to push inclined-plane for the first fork shift portion tool, and
One lordosis end, there are two second extended towards opposite tilt above and below the first fork shift portion to push tiltedly for the second fork shift portion tool
Face and about one be connected to described second push between inclined-plane against end face, first steamed when the steam toggle is located at this
When vapour amount gear, which is that push that inclined-plane is resisted against upward down with directed downwardly second first pushes inclined-plane, when
For the steam toggle when third quantity of steam gear, which is to push inclined-plane with second upward to be up resisted against court
Under first push inclined-plane, when the steam toggle is changed to the second quantity of steam gear, which 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 this of the first fork shift portion is driven first to push inclined-plane
Relative horizontal displacement is detached from this and second pushes inclined-plane, and changes and limited with the lordosis end by being butted on this against end face.
Synchronous regulation mechanism of the present invention for flatiron, the transmission bar unit can be displaced including one and move the tune
The drive rod of warm device adjustment temperature, the steam toggle can be pulled and in a first quantity of steam gear, second steam
It measures pivot pendulum between gear and a third quantity of steam gear to change, which, which includes one, to be driven by the steam toggle
Displacement is to adjust the adjustment axis of quantity of steam, and is respectively arranged in a fork shift block and an elastic component for the adjustment axis, the adjusting
Axis surface is recessed with a mounting groove, which 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, which further includes the axle sleeve being set to outside the adjustment axis,
The axle sleeve has the limit hole of a connection corresponding with the mounting groove, when the steam toggle is changed to the second quantity of steam gear
When, the mounting groove be it is corresponding with the limit hole, which can be pierced by the limit hole by the elastic component elasticity pushing tow, and linking should
Drive rod displacement is to drive the thermosistor to adjust temperature, when the steam toggle is from the second quantity of steam gear change to first steaming
Vapour amount gear and third quantity of steam gear, and when being driven the adjustment axis respectively and moving up and move down with respect to the axle sleeve, which can drive
Make the fork shift block retraction mounting groove and the elastic compression elastic component, and the drive rod can move back towards the adjustment axis and reset and turn
The thermosistor.
Synchronous regulation mechanism of the present invention for flatiron, the drive rod have one towards the of the adjustment axis projection
One fork shift portion, which, which has, defines the limit hole upper and lower sides peritreme, and inclination extends opposite to each other up and down towards the adjusting axis direction
A top side peritreme and a bottom side peritreme, the fork shift block tool there are two towards above and below the first fork shift portion opposite tilt extend and
Abut against the top side peritreme and the bottom side peritreme in opposite directions respectively pushes inclined-plane, when the steam toggle becomes from the second quantity of steam gear
When changing to the first quantity of steam gear, the top side peritreme can squeeze down relatively push away the fork shift block upward push inclined-plane, when this
When steam toggle is from the second quantity of steam gear change to the third quantity of steam gear, which can up squeeze relatively and push away this
The directed downwardly of fork shift block pushes inclined-plane.
Synchronous regulation mechanism of the present invention for flatiron, the transmission bar unit further include that at least one is installed on this
Drive rod, and the drive rod can be driven to be displaced the elastic top bracing member for being close to the adjustment axis and driving thermosistor adjustment temperature.
Synchronous regulation mechanism of the present invention for flatiron, the thermosistor have a gear part, and the drive rod is also
The tooth-strip part for being engaged in the gear part with one and thermosistor pivot adjustment temperature capable of being driven.
Synchronous regulation mechanism of the present invention for flatiron, the adjustment axis also have an axle portion, the axle portion
It is coaxially past from the small inlet segment with one airtight section, a small inlet segment coaxially extended outward from this airtight section and one
The big inlet segment of outer extension, the small water inlet section surface are radially recessed with one small water inlet groove, and the big water inlet section surface is radially recessed
Equipped with one big water inlet groove, and the volume of the big water inlet groove is greater than the volume of the small water inlet groove.
Effect of the invention is: being designed by the structure of the synchronous regulation mechanism, so that vapour iron of the present invention can be
While adjusting quantity of steam, cooperation adjusts ironing plate temperature together, and the corresponding regulation of ironing plate temperature can more stably be cooperated to steam
Vapour emission, and there are many function of ironing for user's selection.
Detailed description of the invention
Other features of the invention and effect will be clearly presented in the embodiment referring to schema, in which:
Fig. 1 is the perspective view of the first embodiment for the vapour iron that the present invention is capable of synchronous adjustment steam and temperature；
Fig. 2 is the imperfect perspective view of the first embodiment；
Fig. 3 is the imperfect perspective view at another visual angle of the first embodiment；
Fig. 4 is the incomplete sectional view of the first embodiment, illustrates that a steam toggle is located at second quantity of steam
The case where when gear；
Fig. 5 is the imperfect perspective view of the first embodiment, when illustrating that the steam toggle is located at the second quantity of steam gear
The case where；
Fig. 6 is the imperfect perspective view of similar Fig. 5, illustrates the feelings when steam toggle is located at a first quantity of steam gear
Condition；
Fig. 7 is the imperfect perspective view of similar Fig. 5, illustrates the feelings when steam toggle is located at a third quantity of steam gear
Condition；
Fig. 8 is the imperfect solid of the second embodiment for the vapour iron that the present invention is capable of synchronous adjustment steam and temperature
Figure；
Fig. 9 is the incomplete partial perspective view of the second embodiment；
Figure 10 is the incomplete partial perspective view of similar Fig. 9, and an axle sleeve has removed；
Figure 11 is the incomplete sectional view of the second embodiment, and the schematically illustrate steam toggle is located at the second quantity of steam shelves
The case where when position；
Figure 12 is the incomplete partial perspective view of similar Figure 11, illustrates that the steam toggle is located at the first quantity of steam gear
When the case where；And
Figure 13 is the incomplete partial perspective view of similar Figure 11, illustrates that the steam toggle is located at the third quantity of steam gear
When the case where.
Specific embodiment
Before the present invention is described in detail, it shall be noted that in the following description content, similar component is with identical
Number indicate.
Refering to fig. 1,2,3, the present invention is capable of the first embodiment of the vapour iron 2 of synchronous adjustment steam and temperature, includes
One flatiron ontology 3 and a synchronous regulation mechanism 5 being installed on the flatiron ontology 3.It for convenience of description, is with Fig. 1 below
Shown in the narrow contracting end of the flatiron ontology 3 be defined as front, and the opposite left and right for defining the flatiron ontology 3 accordingly.
The flatiron ontology 3 has a casing 31 and an ironing for being installed below the casing 31 and can releasing steam
Plate 32, and as shown in figure 4, the casing 31 matches with the iron board 32 and defines one and to be heated become steam for injecting
Water steam water chamber 33, which has the inlet opening 331 for being connected to a water tank 35.
Since the flatiron ontology 3 is general component and numerous types, the also improvement emphasis of non-present invention, therefore no longer in detail
It states.
Refering to Fig. 3,4,5, the synchronous regulation mechanism 5 include one for adjust temperature by dynamic model group 700 and a use
In adjustment quantity of steam active mould group 800, the active mould group 800 be arranged to linkage this by dynamic model group 700, when the active mould group
800 linkage this by dynamic model group 700 when, quantity of steam and temperature can be adjusted simultaneously.
This includes the thermosistor 51 and a peace that can be turned and adjust 32 temperature of iron board by dynamic model group 700
Loaded on the transmission bar unit 52 of the thermosistor 51 can be turned in the casing 31 and by driving horizontal displacement.The active mould group 800
The steam toggle 53 for exposing to the casing 31 is installed with being pulled pivot pendulum including one and one is uprightly installed on the casing 31
In and pivot joint be linked to the steam toggle 53 and can drive the transmission bar unit 52 be displaced adjusting axle unit 54.
There is the thermosistor 51 one to be driven meshed gears portion 511 with the transmission bar unit 52, can be by the drive rod list
Member 52 turns and changes 32 temperature of iron board.
The transmission bar unit 52 include one front and back extend and can anterior-posterior horizontal be installed in the casing 31 with displacement and with
The drive rod 521 of the gear part 511 transmission engagement and two are installed on the drive rod 521 and elasticity stays on the drive rod 521
With the elastic top bracing member 520 between the casing 31.The push-and-pull bar portion 522, one that there is the drive rod 521 front and back to extend is uprightly
The the first fork shift portion 523 and a front and back for being fixed in 522 front end of push-and-pull bar portion and projection forward are set to the push-and-pull with extending
The tooth-strip part 528 bar portion 522 rear end section side and engaged with the gear part 511.The tooth-strip part 528 can be by the push-and-pull bar portion 522
It drives the opposite gear part 511 to move forward and backward, and is driven the gear part 511 pivot.
The drive rod 521 also has the extension of multiple front and backs and up and down perforative conducting space 529.The casing 31 has multiple
It slippingly can be uprightly plugged in conducting space 529 respectively with respect to front and back, and make the drive rod 521 can only be along conducting space 529
The long displacement of horizontal stable forwards, backwards and can not upper and lower displacement limiting section 312.
There are two first extended towards about 54 opposite tilt of adjusting axle unit to push inclined-plane for the first fork shift portion 523 tool
524, and be connected to first with one and push lordosis end 525 between 524 front end of inclined-plane, first push inclined-plane 524 and this before
Convex end 525 is reliably butted on the adjusting axle unit 54 respectively.Elastic top bracing member 520 is that front and back extends and left and right compartment of terrain is pacified respectively
Loaded between the drive rod 521 and the casing 31, can invar property force the drive rod 521 to be displaced forward by being butted on the adjusting axle unit
54, in the present embodiment, each elastic top bracing member 520 is a spring, but when implementation, can also be taken with other elastic components
Generation, such as elastic rubber, V-arrangement elastic slice, torque spring etc., and be not limited in the above type.
Refering to Fig. 5,6,7, which is to be hubbed at the casing 31, and its pivotal axis while pivot pendulum can be pulled by left and right
The heart is front and back to being orthogonal to 54 axle center of adjusting axle unit.There is the steam toggle 53 eccentric setting to pivot an axle center left side in it
The left and right of side extends the pivoted hole 530 (as shown in Figure 2) of shape, and is pivotally connected with the pivoted hole 530 for the adjusting axle unit 54, can be in
When pulling pivot pendulum by left and right, the synchronous adjusting axle unit 54 that interlocks is with respect to 3 upper and lower displacement of flatiron ontology.In the present embodiment,
There are three the quantity of steam gears that can be pulled switching for the steam toggle 53 setting, including one by the first steaming pulled on earth of turning right
Vapour amount gear, one turned left pull third quantity of steam gear on earth and one between the first quantity of steam gear and this
The second quantity of steam gear between three quantity of steam gears.
Refering to Fig. 3,4,5, which includes one can axially be installed on 31 front end of casing up and down
In portion, and the adjustment axis 55 that upper and lower displacement can be driven to change by the steam toggle 53.The adjustment axis 55, which has one, can go up bottom
It is inserted into moving in the inlet opening 331 and is installed on axle portion 56, one that adjust the inflow for entering the steam water chamber 33 down
56 top of axle portion and the eccentric articulated section 57 for being hubbed at the steam toggle 53 and one are from the radial court backward of the axle portion 56
Second fork shift portion 58 of the triangular shape of 521 projection of drive rod.
The axle portion 56 has airtight section 561, one from this airtight section 561 for can filling in the envelope inlet opening 331 completely
The small inlet segment 562 and a big inlet segment 564 extended down from small 562 bottom end of inlet segment that bottom end extends down.This is small
562 surface of inlet segment is radially recessed there are two the small water inlet groove 563 extended down, and big 564 surface of inlet segment is radially recessed
There are two being respectively communicated in small 563 bottom end of water inlet groove, and the big water inlet groove 565 of end is extended to down, and big inlet channel
The volume of slot 565 is greater than the volume of the small water inlet groove 563.When the axle portion 56 is inserted into the inlet opening with the big inlet segment 564
When 331, which can inject steam water chamber 33 via big water inlet 565 joining water box 35 of groove for larger amount of water,
When the small inlet segment 562 is inserted into the inlet opening 331, the water of water tank 35 still can inject steam water via small water inlet groove 563
Room 33, but inflow can be less than the big inlet segment 564, when with this airtight section 561 insertion inlet opening 331, the then water inlet
Hole 331 can be completely enclosed.
Refering to Fig. 2,3,4, which has one and deviates 56 axle center of axle portion, and is pivotably plugged in displacement
Pivot joint pillar 571 in the pivoted hole 530, the pivot joint pillar 571 can pull edge when pivot is put by left and right in the steam toggle 53 and be somebody's turn to do
Pivoted hole 530 is long to sliding, and is pushed and pulled and be displaced by about the 53 steam toggle, and then interlock the axle portion 56 and second fork shift
58 upper and lower displacement of portion.In addition, 57 trailing flank of articulated section it is recessed there are three between the upper and lower every locating slot 572, the flatiron ontology 3 also
The casing 31 is mounted on including one and separatably elasticity is embedded in the Location resilient piece 34 of one of locating slot 572,
The Location resilient piece 34 can be such that the adjustment axis 55 positions with respect to 31 upper and lower displacement of casing, and then make the steam toggle 53 with respect to the machine
31 pivot of shell pendulum is positioned at each quantity of steam gear.
There are two push the second fork shift portion 58 tool towards opposite tilt above and below 521 direction of drive rod extends close to second
Inclined-plane 581 and about one be connected to second push between inclined-plane 581 against end face 582, and second pushes inclined-plane 581
Inclined-plane 524, which is pushed, for the first of the first fork shift portion 523 abuts against limit, and should be against end face 582 for the lordosis end 525
Abut against limit.
When the steam toggle 53 is located at the first quantity of steam gear, the big inlet segment 564 of the axle portion 56 is to plant
In the inlet opening 331, and the second fork shift portion 58 be with its directed downwardly second push inclined-plane 581 toward lower limit stick in this first
First upward in fork shift portion 523 pushes inclined-plane 524.
It, should when the steam toggle 53, which is driven, is changed to the second quantity of steam gear from the first quantity of steam gear pivot pendulum
Steam toggle 53 can be driven the adjustment axis 55 and move down, and the small inlet segment 562 of the axle portion 56, which can move down, is inserted into the inlet opening
331, and the inlet opening 331 is connected to small water inlet groove 563, opposite reduce injects the steam water chamber 33 via the inlet opening 331
Water, and can the opposite quantity of steam for reducing flatiron ontology 3.During this variation, which can be directed downwardly with its
Second pushes inclined-plane 581, and first upward in pushing tow the first fork shift portion 523 pushes inclined-plane 524 down relatively, and force this
One fork shift portion 523 second pushes that inclined-plane 581 is gradually opposite to be translated in disengaging along this, and elastic compression elasticity top bracing member backward
520.When 53 pivot of steam toggle pendulum is positioned at the second quantity of steam gear, the second of the second fork shift portion 58 pushes inclined-plane
581 can be detached from the first fork shift portion 523, and change the lordosis end 525 with this against end face 582 for the first fork shift portion 523
Limit is abutted against forward.And second quantity of steam gear phase is changed to from the first quantity of steam gear pivot pendulum in the steam toggle 53
Between, the thermosistor 51 adjustment temperature can be turned by the drive rod 521 that the adjustment axis 55 transmission moves back simultaneously, in the present embodiment
In, it is to turn the thermosistor 51 simultaneously to turn down temperature.
It is changed to the third quantity of steam gear when the steam toggle 53 is driven from the second quantity of steam gear pivot pendulum, and is passed
When moving the adjustment axis 55 and moving down, this airtight section 561 of the axle portion 56 insertion can close the inlet opening 331 down, make water tank 35
Water can not inject the steam water chamber 33, so the flatiron ontology 3 will not release steam.Simultaneously, the second fork shift portion 58
Should against end face 582 can move down be detached from the lordosis end 525, the first fork shift portion 523 can elastic top bracing member 520 reset
The lower Forward of elastic force driving resets, which can change with its second pushing inclined-plane 581 and supply the first fork shift portion upward
Directed downwardly the first of 523 pushes the limit of inclined-plane 524 and abuts against.During this gear modulation, the Forward of the drive rod 521 resets, meeting
The thermosistor 51 is 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 select according to the demand of ironing clothes with big
Quantity of steam carries out ironing, or carries out ironing with low quantity of steam, or carries out dry scald.It, can when to use big quantity of steam ironing
The steam toggle 53 is pulled to the first quantity of steam gear, the adjustment axis 55 is driven to be inserted into the water inlet with the big inlet segment 564
Hole 331 is turned up the inflow of the steam water chamber 33, while turning the thermosistor 51 via the drive rod 521 and increasing temperature, makes this
Iron board 32 heats up, and releases for the water for entering the steam water chamber 33 to be quickly heated into steam.
Refering to Fig. 2,4,5, when to select low quantity of steam ironing, which can be pulled to second quantity of steam
Gear is driven the adjustment axis 55 to be moved down with the small inlet segment 562 and is inserted into the inlet opening 331, reduces 33 inflow of steam water chamber,
It is driven the drive rod 521 simultaneously and turns the thermosistor 51 and turn down temperature, and reduce by 32 temperature of iron board, to reach reduction steam
The purpose of amount.
Refering to Fig. 2,4,7, when to carry out this it is dry scald when, then the steam toggle 53 is dialed into the third quantity of steam gear,
It drives the adjustment axis 55 to move down with this airtight section 561 and closes the inlet opening 331, prevent completely water to enter the steam water chamber 33, together
When turn the thermosistor 51 pivot via the drive rod 521 and increase temperature, so that the iron board 32 is carried out dry scald with higher temperature.
Refering to Fig. 8,9,10, the second embodiment of vapour iron of the present invention and first embodiment difference be in: this is synchronous
The structure of regulating mechanism 5 designs.For convenience of description, below just for being retouched at the present embodiment and the first embodiment difference
It states.
In the present embodiment, together refering to fig. 11, the active mould group 800 further include one be fixed on the flatiron ontology 3 and
The axle sleeve 502 being coaxially placed on outside the axle portion 56, the rearward face of the axle sleeve 502 are radially equipped with about one extension, and
Upper and lower lateral aperture is the limit hole 503 of radially flaring shape inside, and has and define the one of 503 apical margin of limit hole and root edge
A radial direction bottom side peritreme 505 that tiltedly the upper top side peritreme 504 extended and a radial direction extend obliquely downward inside inside.
Refering to Fig. 9,10,11, which, which includes one, with respect to upper and lower displacement to be arranged in the axle sleeve 502
55, fork shift blocks 59 that can be installed on movably forward and backward relatively in the adjustment axis 55 of adjustment axis and one front and back elastic top
Support the elastic component 501 between the fork shift block 59 and the adjustment axis 55.The axle portion 56 be recessed with one it is corresponding with the limit 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 stretch out the mounting groove forward
567 and pass through the limit hole 503, in the present embodiment, which is the top in the upright sheet triangle of tip backwards
Bottom is greater than the upper and lower sides bore of the mounting groove 567 to maximum height, and can not be limited in being detached from backward in the mounting groove 567,
And tool extends there are two opposite up and down toward rear-inclined, and limits backward by being butted on the top side peritreme 504 and the bottom side peritreme respectively
505 push inclined-plane 591, which pushes inclined-plane 591 and can interlock the opposite axle sleeve by the adjustment axis 55 respectively at it
502 when moving up and moving down, and is squeezed push away and the retraction forward mounting groove 567 by the top side peritreme 504 and the bottom side peritreme 505 respectively.
The first fork shift portion 523 of the drive rod 521 have about one it is upright extend and towards the adjustment axis 55 before
Convex surface 526, the preceding convex surface 526 abut against for being pierced by 59 tip of fork shift block of the limit hole 503 forward.
The elastic component 501 is mounted in the mounting groove 567, and the permanent opposite axle portion 56 elastic pushing tow fork shift backward
Block 59.In the present embodiment, which is spring, and the elastic force that expansion is shored in front and back is greater than the bullet of elastic top bracing member 520
Power, so the elastic component 501 can drive fork shift block 59 to stretch out the limit backward when the 59 face limit hole 503 of fork shift block
Position hole 503 is outer and abuts against the preceding convex surface 526, and elasticity elapses the drive rod 521 backward, and the drive rod 521 is driven to move back
And it is driven the thermosistor 51 adjustment temperature, elastic top bracing member 520 can be elastically compressed at this time.
Refering to fig. 11,12,13, it, equally can be by first quantity of steam when vapour iron 2 of the present invention will adjust quantity of steam
The steam toggle 53 is stirred between gear, the second quantity of steam gear and the third quantity of steam gear.When the steam toggle 53 is located at
When the second quantity of steam gear of small quantity of steam, the mounting groove 567 meeting face limit hole 503 of the axle portion 56, the fork shift
Block 59 is stretched out forward outside the limit hole 503, which can be elapsed backward by the fork shift block 59, and drive the temperature adjustment
Device 51 is adjusted to a lower temperature, and can carry out small quantity of steam ironing.
When adjusting the steam toggle 53 from the second quantity of steam gear to the first quantity of steam gear, the adjustment axis 55
The opposite axle sleeve 502 can be interlocked to move up, during moving up herein, which can be by the top side peritreme 504 of the limit hole 503
It squeezes and pushes away and the retraction forward mounting groove 567, which can return forward under the reseting elasticity effect of elastic top bracing member 520
It moves and resets, and then be driven the thermosistor 51 and temperature is turned up, and big quantity of steam ironing can be carried out.
When adjusting the steam toggle 53 from the second quantity of steam gear to the third quantity of steam gear, the adjustment axis 55
The fork shift block 59 can be interlocked to move down with respect to the axle sleeve 502, during this is moved down, which being somebody's turn to do by the limit hole 503
Bottom side peritreme 505, which is squeezed, to be pushed away and the retraction mounting groove 567, which can be under the reseting elasticity effect of elastic top bracing member 520
Return resets forward, and then is driven the thermosistor 51 and temperature is turned up, and can carry out the dry of no steam and scald.
In conclusion being designed by the structure of the flatiron ontology 3 and the synchronous regulation mechanism 5, so that steam of the present invention is pressed
Bucket 2 is in use, can be while adjust quantity of steam, and cooperation adjusts temperature together, and can more stably control steam emission, and
There are many function of ironing to select for user, is that one kind innovates practical invention very much, therefore, can reach mesh of the invention really
's.
As described above, is only the embodiment of the present invention, all when cannot be limited the scope of implementation of the present invention with this
According to simple equivalent changes and modifications made by claims of the present invention and description, all still belong to the model that the present invention covers
In enclosing.
Claims (14)
1. a kind of synchronous regulation mechanism for flatiron, quantity of steam and temperature suitable for synchronous adjustment flatiron, it is characterised in that:
The synchronous regulation mechanism includes the active mould group that can be used in adjusting quantity of steam and a quilt that can be used in adjusting temperature
Dynamic model group, which is arranged to and this is connected by dynamic model group, which, which includes one, to be steamed by driving adjustment
The adjusting axle unit of vapour amount and one can be struck and interlock the steam toggle of adjusting axle unit adjustment quantity of steam, the steaming
Vapour toggle can be pulled and the pivot pendulum variation between multiple quantity of steam gears, this, which includes one by dynamic model group, to be adjusted by driving
The thermosistor of temperature and a transmission bar unit that can be linked by the adjusting axle unit and the thermosistor is driven to adjust temperature,
The transmission bar unit includes be installed on the ontology of a flatiron drive rod with capable of driving the thermosistor, the steam toggle energy
It is enough pulled and the pivot pendulum change between a first quantity of steam gear, a second quantity of steam gear and a third quantity of steam gear
Change, which includes the adjustment axis for being hubbed at the steam toggle, which can be by the pivot of the steam toggle
Pendulum drives and the opposite drive rod adjusts quantity of steam, and has a second fork shift portion towards drive rod projection, when the steam is dialled
When button is located at the first quantity of steam gear, which is to be somebody's turn to do by being butted on above the drive rod when the steam toggle is located at
When third quantity of steam gear, which is by being butted below the drive rod, when the steam toggle is changed to second steaming
When vapour amount gear, which will push drive rod displacement and the thermosistor is driven to adjust temperature.
2. the synchronous regulation mechanism according to claim 1 for flatiron, it is characterised in that: the drive rod has one and leans on
It is butted on the first fork shift portion in the second fork shift portion, there are two the first fork shift portion tools towards opposite tilt extension above and below the adjustment axis
First pushes inclined-plane and a lordosis end, and there are two prolong the second fork shift portion tool towards opposite tilt above and below the first fork shift portion
Second stretched push inclined-plane and about one be connected to described second push between inclined-plane against end face, when the steam is dialled
When button is located at the first quantity of steam gear, the second fork shift portion be with directed downwardly second push inclined-plane be resisted against down upward
One pushes inclined-plane, and when the steam toggle is when the third quantity of steam gear, which is to be pushed with second upward tiltedly
Face is up resisted against directed downwardly first and pushes inclined-plane, when the steam toggle is changed to the second quantity of steam gear, this second group
Shelves 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 the first fork shift portion
This first pushes inclined-plane relative horizontal displacement and is detached from this and second push inclined-plane, and change with lordosis end limit by be butted on this against
End face.
3. the synchronous regulation mechanism according to claim 1 for flatiron, it is characterised in that: the transmission bar unit includes one
It is a can drive the thermosistor adjustment temperature drive rod, the steam toggle can be pulled and in a first quantity of steam shelves
Pivot pendulum changes between position, a second quantity of steam gear and a third quantity of steam gear, which can including one
By the adjustment axis of the steam toggle drive displacement to adjust quantity of steam, and it is respectively arranged in a fork shift block and one for the adjustment axis
A elastic component, the adjustment axis surface are recessed with a mounting groove, which is to stretch out installation trough installation to be limited in this
In mounting groove, which can go out the fork shift block pushing tow outside the mounting groove, which further includes one and be set to this
Axle sleeve outside adjustment axis, which has the limit hole of a connection corresponding with the mounting groove, when the steam toggle is changed to this
When the second quantity of steam gear, the mounting groove be it is corresponding with the limit hole, which can be pierced by this by the elastic component elasticity pushing tow
Limit hole, and drive rod displacement is linked to drive the thermosistor to adjust temperature, when the steam toggle is from the second quantity of steam shelves
Position is changed to the first quantity of steam gear and third quantity of steam gear, and is driven the adjustment axis respectively and moves up under with respect to the axle sleeve
When shifting, which can drive the fork shift block retraction mounting groove and the elastic compression elastic component, and the drive rod can be towards the adjusting
Axis return resets and the thermosistor is driven to adjust temperature.
4. the synchronous regulation mechanism according to claim 3 for flatiron, it is characterised in that: the drive rod has a court
First fork shift portion of the adjustment axis projection, which, which has, defines the limit hole upper and lower sides peritreme, and towards the adjusting axis direction
Inclination extends opposite to each other a top side peritreme and a bottom side peritreme up and down, there are two fork shift block tools towards in the first fork shift portion
What lower opposite tilt extended and abutted against in opposite directions respectively the top side peritreme and the bottom side peritreme pushes inclined-plane, when the steam toggle was from should
When the second quantity of steam gear change to the first quantity of steam gear, which can squeeze down relatively and push away the fork shift block upward
Push inclined-plane, when the steam toggle is from the second quantity of steam gear change to the third quantity of steam gear, the bottom side peritreme
It can up squeeze relatively and push away the directed downwardly of the fork shift block and push inclined-plane.
5. the synchronous regulation mechanism according to claim 1 or 3 for flatiron, it is characterised in that: the transmission bar unit is also
It is installed on the drive rod including at least one, and drive rod displacement can be driven to be close to the adjustment axis and drive the thermosistor tune
The elastic top bracing member of whole temperature.
6. the synchronous regulation mechanism according to claim 5 for flatiron, it is characterised in that: the thermosistor has a tooth
Also there is one to be engaged in the gear part and can be driven the tooth-strip part that the thermosistor pivots adjustment temperature for wheel portion, the drive rod.
7. the synchronous regulation mechanism according to claim 1 or 3 for flatiron, it is characterised in that: the adjustment axis also has
One axle portion, the axle portion is with one airtight section, a small inlet segment coaxially extended outward from this airtight section and one
The big inlet segment coaxially extended outward from the small inlet segment, the small water inlet section surface are radially recessed with one small water inlet groove, should
Big water inlet section surface is radially recessed with one big water inlet groove, and the volume of the big water inlet groove is greater than the appearance of the small water inlet groove
Product.
It include a flatiron ontology, it is characterised in that: steam is pressed 8. one kind is capable of the vapour iron of synchronous adjustment steam and temperature
Bucket is also installed on the synchronous regulation mechanism of the flatiron ontology comprising one, which, which includes one, can be used in adjusting
The active mould group of quantity of steam and one can be used in adjusting temperature by dynamic model group, which is arranged to and this is by dynamic model
Group is connected, which includes that the adjusting axle unit that can adjust quantity of steam and one can be struck and interlock
The adjusting axle unit adjusts the steam toggle of quantity of steam, which can be pulled and pivot is put between multiple quantity of steam gears
Variation, this, which includes one by dynamic model group, can be joined by the adjusting axle unit by the thermosistor of driving adjustment temperature and one
Transmission bar unit that is dynamic and driving thermosistor adjustment temperature, which, which includes one, can drive the thermosistor to adjust
The drive rod of temperature, the steam toggle can be pulled and a first quantity of steam gear, second quantity of steam gear with
Pivot pendulum variation between one third quantity of steam gear, which includes the adjustment axis for being hubbed at the steam toggle, should
Adjustment axis can be driven by the steam toggle and adjust quantity of steam, and have a second fork shift portion towards the drive rod projection,
When the steam toggle is located at the first quantity of steam gear, which is by being butted on above the drive rod, when the steam
When toggle is located at the third quantity of steam gear, which is by being butted below the drive rod, when the steam toggle changes
When to the second quantity of steam gear, which will push drive rod displacement and transfers thermosistor adjustment temperature.
9. the vapour iron according to claim 8 for capableing of synchronous adjustment steam and temperature, it is characterised in that: the drive rod
The first fork shift portion with one by being butted on the second fork shift portion, there are two opposite up and down towards the adjustment axis for the first fork shift portion tool
The first of inclination extension pushes inclined-plane and a lordosis end, and there are two the second fork shift portion tools towards above and below the first fork shift portion
Opposite tilt extend second push inclined-plane and about one be connected to described second push between inclined-plane against end face,
When the steam toggle is located at 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 when the third quantity of steam gear, which is with upward
Second, which pushes inclined-plane, is up resisted against directed downwardly first and pushes inclined-plane, when the steam toggle is changed to the second quantity of steam gear
When, the 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 this
This of first fork shift portion first pushes inclined-plane relative horizontal displacement and is detached from this and second push inclined-plane, and changes with lordosis end limit
By being butted on this against end face.
10. the vapour iron according to claim 8 for capableing of synchronous adjustment steam and temperature, it is characterised in that: the transmission
Bar unit includes the drive rod that can drive thermosistor adjustment temperature, the steam toggle can be pulled and at one the
The variation of pivot pendulum, the adjusting axle unit packet between one quantity of steam gear, a second quantity of steam gear and a third quantity of steam gear
The adjustment axis of adjustment quantity of steam can be driven by the steam toggle by including one, and be respectively arranged in a fork shift block of the adjustment axis
With an elastic component, which is recessed with a mounting groove, which is to stretch out installation trough installation limit
In the mounting groove, which can go out the fork shift block pushing tow outside the mounting groove, which further includes a setting
Axle sleeve outside the adjustment axis, the axle sleeve have the limit hole of a connection corresponding with the mounting groove, when the steam toggle changes
When to the second quantity of steam gear, the mounting groove be it is corresponding with the limit hole, which can be worn by the elastic component elasticity pushing tow
The limit hole out, and drive rod displacement is linked to drive the thermosistor to adjust temperature, when the steam toggle is from second steam
Gear change is measured to the first quantity of steam gear and third quantity of steam gear, and is driven the adjustment axis respectively and is moved up with respect to the axle sleeve
When with moving down, which can drive the fork shift block retraction mounting groove and the elastic compression elastic component, and the drive rod can be towards this
Adjustment axis return resets and turns the thermosistor.
11. the vapour iron according to claim 10 for capableing of synchronous adjustment steam and temperature, it is characterised in that: the transmission
Bar has a first fork shift portion towards the adjustment axis projection, which, which has, defines the limit hole upper and lower sides peritreme, and court
The adjusting axis direction tilts a top side peritreme and a bottom side peritreme for extension opposite to each other up and down, and there are two fork shift block tools towards this
Opposite tilt extends up and down and abut against the top side peritreme and the bottom side peritreme in opposite directions respectively pushes inclined-plane in the first fork shift portion, when this
When steam toggle is from the second quantity of steam gear change to the first quantity of steam gear, which can squeeze down relatively and push away this
Fork shift block upward push inclined-plane, when the steam toggle is from the second quantity of steam gear change to the third quantity of steam gear
When, which can up squeeze relatively and push away the directed downwardly of the fork shift block and push inclined-plane.
12. capableing of the vapour iron of synchronous adjustment steam and temperature according to claim 8 or 10, it is characterised in that: pass
Lever unit further includes that at least one is installed on the drive rod, and drive rod displacement can be driven to be close to the adjustment axis and drive
The elastic top bracing member of thermosistor adjustment temperature.
13. the vapour iron according to claim 12 for capableing of synchronous adjustment steam and temperature, it is characterised in that: the temperature adjustment
Device has a gear part, which also there is one to be engaged in the gear part and can be driven thermosistor pivot and adjust
The tooth-strip part of temperature.
14. capableing of the vapour iron of synchronous adjustment steam and temperature according to claim 8 or 10, it is characterised in that: should
Adjustment axis also has the axle portion of an inlet opening for being plugged in the flatiron ontology, which can be in this with one
Steam toggle seals airtight section of the inlet opening, one when being located at the third quantity of steam gear can be located at this in the steam toggle
Second quantity of steam gear, which is inserted into the small inlet segment of the inlet opening and one, to be located at the first quantity of steam shelves in the steam toggle
The big inlet segment of the inlet opening is inserted into position, which is recessed with the small water inlet groove for being connected to the inlet opening, should
Big water inlet section surface is recessed with the big water inlet groove for being connected to the inlet opening, and the volume of the big water inlet groove be greater than this it is small into
The volume of water 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 CN107044044A (en) | 2017-08-15 |
| CN107044044B true 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) |
Families Citing this family (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 |
| CN113447567B (en) * | 2021-05-13 | 2023-03-21 | 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 |
Also Published As
| Publication number | Publication date |
|---|---|
| EP3205766A1 (en) | 2017-08-16 |
| US20170226686A1 (en) | 2017-08-10 |
| CN107044044A (en) | 2017-08-15 |
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