CN104060449B - The vapour iron that can vertically press - Google Patents
The vapour iron that can vertically press Download PDFInfo
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- CN104060449B CN104060449B CN201410280185.6A CN201410280185A CN104060449B CN 104060449 B CN104060449 B CN 104060449B CN 201410280185 A CN201410280185 A CN 201410280185A CN 104060449 B CN104060449 B CN 104060449B
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- water valve
- steam
- vaporization chamber
- adjusting rod
- operating position
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- 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
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- Textile Engineering (AREA)
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Abstract
The invention discloses the technical scheme of the vapour iron that can vertically press, belong to clothing ironing equipment, existing vapour iron by flatiron base plate hold up come the used time there is no steam, cannot press, the present invention includes between the rear portion diapire of water tank and the second vaporization chamber and be connected with the second intake tunnel, for this second intake tunnel configures the second water valve, between the second water valve and steam adjusting rod, be provided with horizontal lever, be provided with three operating positions for dialling to turn round, dial and turn round while being positioned at wherein the first operating position by steam adjusting rod, laterally lever control the first water valve and the second water valve are closed, dial and turn round while being positioned at wherein the second operating position by steam adjusting rod, laterally lever control the first water valve is opened, the second water valve cuts out, dial and turn round while being positioned at wherein the 3rd operating position by steam adjusting rod, laterally lever control the first water valve cuts out, the second water valve is opened. no matter flatiron keeps flat or places vertically, all can, to vaporization chamber for water generates steam, be suitable for two kinds of attitudes and use.
Description
Technical field
The invention belongs to clothing ironing equipment, the vapour iron that specifically can vertically press.
Background technology
Mostly the steam of existing electric iron is to use and just have steam to produce under flatiron floor level state, flatiron base plate is holded up to the used time and just do not had steam, and this is by the structures shape of existing electric iron own. But electric iron has the demand of flatiron base plate being holded up use in the time of flatiron.
Known flatiron base plate holds up the product that the used time can produce steam Garment Steamer Machine, band electromagnetic pump electric iron, electrode ionization electric iron etc.
The type of Garment Steamer Machine is very large, and cost is high, and function and electric iron belong to two kinds of different products.
Band electromagnetic pump electric iron, because having added electromagnetic pump, significantly improves electric iron cost, and weight has also weighed a lot, and structure is different from common electric iron.
Electrode ionization electric iron, because of security reason, is eliminated by market.
Summary of the invention
The technical assignment of the technical problem to be solved in the present invention and proposition is to overcome existing vapour iron flatiron base plate is holded up the used time there is no the defect of steam, a kind of vapour iron that can vertically press is provided, flatiron base plate can be kept flat to use, also flatiron base plate vertically can be used.
For achieving the above object, vapour iron the first scheme that can vertically press of the present invention is: it comprises flatiron base, water tank, lever, described flatiron base has the exhaust hole that is located at inner vaporization chamber and be distributed in bottom surface, the front end of described lever is provided with to dial and turns round, it is characterized in that: between the rear portion diapire of described water tank and described vaporization chamber, be connected with intake tunnel, for this intake tunnel configuration water valve, described water valve and described dialling are connected with transmission mechanism between turning round, for described dial to turn round when being provided with two operating positions and being positioned at one of them operating position open described water valve by described transmission mechanism, while being positioned at wherein another operating position, close described water valve by described transmission mechanism.
Optimization technique means as above-mentioned the first scheme: described dial to turn round be eccentric colyliform, described transmission mechanism comprises vertical expansion link and horizontal lever, one end of described horizontal lever coordinates with described vertical expansion link, its other end coordinates with described water valve, described dial to turn round while being positioned at an operating position, depress described vertical expansion link and order about horizontal lever tilting by vertical expansion link and open described water valve, described dialling turned round and while being positioned at another operating position, discharged the described vertical expansion link of described vertical expansion link order and laterally lever resets, water valve cuts out. Concrete, on described vertical expansion link, effect has back-moving spring.
Optimization technique means as above-mentioned the first scheme: described water valve comprises sealing gasket, telescopic shaft, back-moving spring, described sealing gasket, back-moving spring is nested with on described telescopic shaft, and the elastic force of described back-moving spring impels the port pressure holding to described intake tunnel by described sealing gasket of described telescopic shaft. concrete, the lower end of described telescopic shaft is located in described intake tunnel and is provided with flange, its top is positioned at described water tank and cover has axle sleeve, described back-moving spring is positioned at described intake tunnel and its two ends are supported on respectively on the diapire of described flange and described water tank, and described sealing gasket is between described axle sleeve and the diapire of described water tank. then, described dial to turn round be eccentric colyliform, described transmission mechanism comprises vertical expansion link and horizontal lever, described vertical expansion link is provided with downward step, described telescopic shaft is provided with axially loaded portion, one end of described horizontal lever is enclosed within on described vertical expansion link by open pore and is positioned at the downside of described step, its other end is enclosed within on described telescopic shaft by open pore and is positioned at the downside of described axially loaded portion, described dial to turn round while being positioned at an operating position, depress described vertical expansion link and order about horizontal lever tilting by vertical expansion link and open described water valve, described dial turn round while being positioned at another operating position, discharge the described vertical expansion link of described vertical expansion link order and laterally lever reset, water valve cuts out. further, on described vertical expansion link, effect has back-moving spring.
Optimization technique means as above-mentioned the first scheme: described water valve is extended in described intake tunnel and formed by the lower end of a steam adjusting rod, and the lower end of described steam adjusting rod is provided with the side direction breach for controlling current.
Optimization technique means as above-mentioned the first scheme: described vaporization chamber is become greatly gradually by the space before backward, and the front end of described vaporization chamber is communicated with described exhaust hole through steam (vapor) outlet. Concrete, the top of described vaporization chamber is that plane, bottom are that Qie Gai inclined-plane, inclined-plane is low early and high after. Further, described flatiron base has steam release channel, and described vaporization chamber is communicated with described exhaust hole through described steam (vapor) outlet, steam release channel successively.
Optimization technique means as above-mentioned the first scheme: maintain insulated space between described flatiron base and water tank.
For achieving the above object, the vapour iron first scheme that can vertically press of the present invention is: it comprises flatiron base, water tank, lever, described flatiron base has the first vaporization chamber of establishing therein, the second vaporization chamber and be distributed in the first row steam vent of its bottom surface, second row steam vent, the front end of described lever is provided with to dial and turns round, turn round to coordinate and establish a steam adjusting rod with described group, between the anterior diapire of described water tank and described the first vaporization chamber, be connected with the first intake tunnel, the lower end of described steam adjusting rod extends formation the first water valve in this first intake tunnel, the lower end of described steam adjusting rod is provided with the side direction breach for controlling current, it is characterized in that: between the rear portion diapire of described water tank and described the second vaporization chamber, be connected with the second intake tunnel, for this second intake tunnel configures the second water valve, between described the second water valve and described steam adjusting rod, be provided with horizontal lever, for described dial to turn round be provided with three operating positions, described dialling turned round while being positioned at wherein the first operating position by described steam adjusting rod, laterally described in lever control, the first water valve and the second water valve are closed, described dialling turned round while being positioned at wherein the second operating position by described steam adjusting rod, laterally described in lever control, the first water valve is opened, the second water valve cuts out, described dialling turned round while being positioned at wherein the 3rd operating position by described steam adjusting rod, laterally described in lever control, the first water valve cuts out, the second water valve is opened.
Optimization technique means as above-mentioned first scheme: described dial to turn round be eccentric colyliform, and the first described operating position, the second operating position, the 3rd operating position is adjacent successively, described dial turn round while being positioned at described the first operating position, discharge the described steam adjusting rod of described steam adjusting rod order and laterally lever reset, the first water valve and the second water valve are closed, described dial to turn round while being positioned at described the second operating position, depress described steam adjusting rod and make the first water valve open, the second water valve cuts out, described dial to turn round while being positioned at described the 3rd operating position, continue to depress described steam adjusting rod and make described the first water valve close, and order about horizontal lever tilting by steam adjusting rod and open described the second water valve. concrete, on described steam adjusting rod, effect has back-moving spring.
Optimization technique means as above-mentioned first scheme: the second described water valve comprises sealing gasket, telescopic shaft, back-moving spring, described sealing gasket, back-moving spring is nested with on described telescopic shaft, and the elastic force of described back-moving spring impels the port pressure holding to described the second intake tunnel by described sealing gasket of described telescopic shaft. Concrete, the lower end of described telescopic shaft is located in the second described intake tunnel and is provided with flange, its top is positioned at described water tank and cover has axle sleeve, described back-moving spring is positioned at the second described intake tunnel and its two ends are supported on respectively on the diapire of described flange and described water tank, and described sealing gasket is between described axle sleeve and the diapire of described water tank. Described steam adjusting rod is provided with downward step, described telescopic shaft is provided with axially loaded portion, and one end of described horizontal lever is enclosed within on described steam adjusting rod by open pore and is positioned at the downside that the downside of described step, its other end are enclosed within on described telescopic shaft by open pore and are positioned at described axially loaded portion.
Optimization technique means as above-mentioned first scheme: the second described vaporization chamber is become greatly gradually by the space before backward, and the front end of described the second vaporization chamber is communicated with described second row steam vent through the second steam (vapor) outlet. Concrete, the top of described the second vaporization chamber is that plane, bottom are that Qie Gai inclined-plane, inclined-plane is low early and high after. Further, described flatiron base has the first steam release channel, the second steam release channel established therein, the first described vaporization chamber is communicated with described first row steam vent through the first steam (vapor) outlet, the first described steam release channel successively, and the second described vaporization chamber is communicated with described second row steam vent through the second described steam (vapor) outlet, the second steam release channel successively. Especially, the second described vaporization chamber is positioned at the middle part of described flatiron base, and the first described vaporization chamber is positioned at the outside of described the second vaporization chamber. What is more, the second described steam release channel is positioned at the front portion of described flatiron base, and the first described steam release channel is positioned at the outside of the first described vaporization chamber, the edge of described flatiron base.
Optimization technique means as above-mentioned first scheme: the quantity of described first row steam vent is more than the quantity of described second row steam vent.
Optimization technique means as above-mentioned first scheme: maintain insulated space between described flatiron base and water tank.
The present invention is by being connected with intake tunnel between the rear portion diapire at water tank and vaporization chamber, for this intake tunnel configuration water valve, and turn round closing and opening of this water valve of control by stirring dialling of lever front end, in the time that flatiron base plate keeps flat, retaining in water tank can be supplied water to vaporization chamber as existing product, in the time that flatiron base plate is placed vertically, because water valve is positioned at the rear portion of water tank, therefore current can supply water to vaporization chamber equally, thereby realize, no matter flatiron keeps flat or places vertically, all can, to vaporization chamber for water generates steam, be suitable for two kinds of attitudes and use; And can dial and turn round control water valve by control.
The present invention can arrange one or two vaporization chambers, realizing a vaporization chamber is keeping flat, vertically under two states, is producing steam, or, and be aided with to dial and turn round switching controls respectively keeping flat, vertically produce steam under two states by two vaporization chambers, easy to use.
Brief description of the drawings
Fig. 1 is the structural representation with two air valves, two vaporization chambers (the first embodiment) of the present invention's vapour iron that can vertically press;
Fig. 2 is the schematic top plan view that presses base shown in Fig. 1 in structure;
Fig. 3 dials in structure shown in Fig. 1 to turn round while being positioned at the first operating position vertical expansion link and be related to schematic diagram with horizontal lever positions;
Fig. 4 dials in structure shown in Fig. 1 to turn round while being positioned at the second operating position vertical expansion link and be related to schematic diagram with horizontal lever positions;
Fig. 5 dials in structure shown in Fig. 1 to turn round while being positioned at the 3rd operating position vertical expansion link and be related to schematic diagram with horizontal lever positions;
Fig. 6 is the structure enlarged drawing of the first water valve, the second water valve in structure shown in Fig. 1, now turns round and is positioned at the first operating position;
Fig. 7 is structure shown in Fig. 6 when the schematic diagram of turning round while being positioned at the second operating position;
Fig. 8 is structure shown in Fig. 6 when the schematic diagram of turning round while being positioned at the 3rd operating position;
Fig. 9 is the structure enlarged diagram of the water valve with an air valve, a vaporization chamber (the second embodiment) of the present invention's vapour iron that can vertically press;
Figure 10 is the schematic diagram of the flatiron base with an air valve, a vaporization chamber (the second embodiment) of the present invention's vapour iron that can vertically press;
Number in the figure explanation:
01-presses base, 11-the first vaporization chamber, 12-the second vaporization chamber, 13-first row steam vent, 14-second row steam vent, 15-the second steam (vapor) outlet, 16-the first steam release channel, 17-the second steam release channel, 18-the first steam (vapor) outlet;
02-water tank, the diapire of 21-water tank;
03-lever;
41-dials and turns round;
42-steam adjusting rod, 421-side direction breach, 422-back-moving spring, 423-step;
The horizontal lever of 43-;
05-the first intake tunnel;
06-the first water valve;
07-the second intake tunnel;
08-the second water valve, 81-sealing gasket, 82-telescopic shaft, 83-back-moving spring, 84-flange, 85-axle sleeve, 86-axially loaded portion;
09-insulated space;
10-vaporization chamber, 20-exhaust hole, 30-intake tunnel, 40-water valve, the vertical expansion link of 50-, 60-steam release channel, 70-steam (vapor) outlet.
Detailed description of the invention
Below in conjunction with Figure of description, the present invention will be further described.
Embodiment mono-
As shown in Fig. 1-8, the vapour iron that can vertically press of this embodiment, comprises flatiron base 01, water tank 02, lever 03, flatiron base 01 has the first vaporization chamber 11 of establishing therein, the second vaporization chamber 12 and be distributed in the first row steam vent 13 of its bottom surface, second row steam vent 14, the front end of lever 03 is provided with to dial turns round 41, turn round 41 and coordinate and establish a steam adjusting rod 42 with dialling, between the diapire 21 of water tank 02 front portion and the first vaporization chamber 11, be connected with the first intake tunnel 05, the lower end of steam adjusting rod 42 extends interior formation the first water valve 06 of this first intake tunnel 05, the lower end of steam adjusting rod 42 is provided with the side direction breach 421 for controlling current, as Fig. 6, 7, shown in 8, when this side direction breach 421 lays respectively at the upside of tank bottom wall 21, corresponding tank bottom wall, while being positioned at the downside of tank bottom wall, close respectively, open, close the first water valve, between the diapire 21 at water tank rear portion and the second vaporization chamber 12, be connected with the second intake tunnel 07, for this second intake tunnel 07 configures the second water valve 08, between the second water valve 08 and steam adjusting rod 42, be provided with horizontal lever 43, turn round 41 and be provided with three operating positions for dialling, dial turn round 41 while being positioned at wherein the first operating position by steam adjusting rod 42, the first water valve 06 controlled by horizontal lever 43 and the second water valve 08 cuts out (referring to Fig. 3, Fig. 6), dial turn round 41 while being positioned at wherein the second operating position by steam adjusting rod 42, horizontal lever 43 is controlled the first water valve 06 and is opened, the second water valve 08 cuts out (referring to Fig. 4, Fig. 7), dial turn round 41 while being positioned at wherein the 3rd operating position by steam adjusting rod 42, horizontal lever 43 is controlled the first water valve 06 and is closed, the second water valve 08 is opened (referring to Fig. 8).
The vapour iron of this structure, the first intake tunnel is positioned at the anterior diapire of water tank, in the time that flatiron base plate is placed vertically, water level in water tank is lower than this first intake tunnel, retaining is difficult to enter the first vaporization chamber, and therefore this first intake tunnel keeps flat only use and is difficult to vertical use as existing product. The second intake tunnel is positioned at the rear portion diapire of water tank; therefore in the time that flatiron base plate is placed vertically, the water level in water tank conventionally can be higher than this second intake tunnel, and retaining can enter the second vaporization chamber; therefore no matter flatiron keeps flat or places vertically, all can be to the second vaporization chamber for water generates steam.
For the ease of operating and control the upper and lower expanding-contracting action of steam adjusting rod in Fig. 3-5, shown in 6-8, between different conditions, change, to dial to turn round and make eccentric colyliform (referring to Fig. 3-5), and the first operating position, the second operating position, the 3rd operating position is adjacent successively, dial turn round 41 adjusting rods of released vapour while being struck to the first operating position 42 make steam adjusting rod 42 and laterally lever 43 reset, the first water valve 06 and the second water valve 08 are closed (referring to Fig. 3, Fig. 6), dial and turn round 41 and depress steam adjusting rod 42 while being struck to the second operating position and make the first water valve 06 open, the second water valve 08 cuts out (referring to Fig. 4, Fig. 7), dial and turn round 41 and continue to depress steam adjusting rod 42 while being struck to the 3rd operating position and make the first water valve 06 close, and order about horizontal lever 43 tiltings by steam adjusting rod 42 and open the second water valve 08(referring to Fig. 5, Fig. 8). so, stir continuously can make dialling to turn round to a direction and arrive successively the second operating position, the 3rd operating position from the first operating position.
For steam adjusting rod is resetted smoothly, on steam adjusting rod 42, effect has back-moving spring 422.
Concrete, referring to Fig. 6-8, the second water valve 08 comprises sealing gasket 81, telescopic shaft 82, back-moving spring 83, sealing gasket 81, back-moving spring 83 are nested with on telescopic shaft 82, and the elastic force of back-moving spring 83 impels telescopic shaft 82 port (being illustrated as the port in tank bottom wall) pressure holding to the second intake tunnel 07 by sealing gasket 81. Further, the lower end of telescopic shaft 82 is located in the second intake tunnel 07 and is provided with flange 84, its top is positioned at water tank 02 and cover has axle sleeve 85, back-moving spring 83 is positioned at the second intake tunnel 07 and its two ends are supported on respectively on the diapire 21 of flange 84 and water tank, and sealing gasket 81 is between the diapire 21 of axle sleeve 85 and water tank. So structure, in the time that horizontal lever tilting makes telescopic shaft move up, overcomes spring force, makes sealing gasket leave the port of the second intake tunnel, can open the second water valve, and the water in water tank flows to the second vaporization chamber via the second intake tunnel; In the time that the power of horizontal leverage on telescopic shaft disappears, under the effect of back-moving spring, telescopic shaft moves down, and telescopic shaft borrows the elastic force of back-moving spring that sealing ring pressure holding is closed to the second water valve at the port of intake tunnel.
In order to realize the flexible tilting of horizontal lever, steam adjusting rod is provided with downward step 423, telescopic shaft 82 is provided with the 86(of axially loaded portion diagram and is arranged on axle sleeve 85), laterally one end of lever 43 is enclosed within on steam adjusting rod 42 by open pore and downside, its other end of being positioned at step 423 is enclosed within on telescopic shaft 82 by open pore and is positioned at the downside of axially loaded portion 86. In the time of horizontal lever 43 tilting, the sidewall of the open pore at its two ends is in transmitting power with described step, axially loaded portion, also on the length direction of horizontal lever, there is small dislocation with respect to steam adjusting rod, telescopic shaft, thus stuck while avoiding tilting, ensure flexibly; And the open pore at its two ends is also convenient to and steam adjusting rod, telescopic shaft assembling.
In order to be beneficial to the fast vaporizing of water in the second vaporization chamber 12, the second vaporization chamber 12 becomes large gradually by the space before backward, space in the time that flatiron is vertical above the second vaporization chamber is large compared with below, the steam of vaporizing that is heated can upwards evaporate fast, make the pressure of the second vaporization chamber bottom discharge as early as possible, it is too high that pressure is unlikely to, and realizes fast vaporizing, the front end of the second vaporization chamber 12 is communicated with second row steam vent 14 through the second steam (vapor) outlet 15, can in time the steam of the second vaporization chamber 12 interior generations be discharged. Concrete, the top of the second vaporization chamber is that plane, bottom are that Qie Gai inclined-plane, inclined-plane is low early and high after.
In order to be suitable for the different requirements that level is used and vertically use, flatiron base has the first steam release channel 16, the second steam release channel 17 established therein, the first vaporization chamber 11 is communicated with first row steam vent 13 through the first steam (vapor) outlet 18, the first steam release channel 16 successively, and the second vaporization chamber 12 is communicated with second row steam vent 14 through the second steam (vapor) outlet 15, the second steam release channel 17 successively. By the buffering of the first steam release channel, the second steam release channel, can make distribution of steam and evenly and from first row steam vent, second row steam vent evenly discharge for flatiron, avoid steam directly directly to cause discharged to first row steam vent, second row steam vent the vapor collection of a part of exhaust hole and the steam rareness of another part exhaust hole from the first vaporization chamber, the second vaporization chamber.
Concrete, the second vaporization chamber 12 is positioned at the middle part of flatiron base 01, and the first vaporization chamber 11 is positioned at the outside of the second vaporization chamber 12. Use and vertically use in order to be suitable for respectively level, the second steam release channel 17 is positioned at the front portion of flatiron base 01, and the first steam release channel 16 is positioned at the outside of the first vaporization chamber 11, the edge of flatiron base 01.
The quantity of first row steam vent 13 is more than the quantity of second row steam vent 14. When large area presses, vertically uses clothing when the level that is suitable for is used, concentrate clothing is pressed.
Heat for fear of the first vaporization chamber, the second vaporization chamber causes the impact on water tank, between flatiron base and water tank, maintains insulated space 09.
Described the first vaporization chamber, the second vaporization chamber, its heat comes from the electrical heating elements being located in flatiron base, the concrete structure of electrical heating elements and arrangement thereof, do not relate to the technical problem to be solved in the present invention, the mode of available prior art, the technical approach that can be innovation, does not repeat them here yet.
Version as an alternative, the second water valve also can be extended in the second intake tunnel and be formed by the lower end of a steam adjusting rod, and the lower end of steam adjusting rod is provided with the side direction breach for controlling current equally, thereby forms the version as the first water valve.
Embodiment bis-
As shown in Fig. 9-10, the vapour iron that can vertically press of this embodiment and embodiment mono-be for same inventive concept, and the difference between itself and embodiment mono-is:
With respect to embodiment mono-, be that the first vaporization chamber of embodiment mono-, the second vaporization chamber are united two into one and become a vaporization chamber 10, the first row steam vent that is distributed in its bottom surface, the second row steam vent of embodiment mono-be combined unified by the steam discharge from same vaporization chamber;
Further again, flatiron base has a steam release channel 60, and vaporization chamber 10 is communicated with exhaust hole 20 through steam (vapor) outlet 70, steam release channel 60 successively;
Only between the diapire at water tank rear portion and vaporization chamber 10, be connected with intake tunnel 30, for this intake tunnel 30 configures the second water valve that a water valve 40(is equivalent to embodiment mono-, there are two water valves and be different from embodiment mono-), this water valve and dial between turning round and be connected with transmission mechanism, this transmission mechanism comprises vertical expansion link 50 and horizontal lever, open water valve for dialling to turn round when being provided with two operating positions and being positioned at one of them operating position (being equivalent to the 3rd operating position of embodiment mono-) by transmission mechanism, while being positioned at wherein another operating position (being equivalent to the first operating position of embodiment mono-), close water valve by transmission mechanism.
Given this structure, according to structure and the control mode of the second water valve of previous embodiment one, the vapour iron of this embodiment can be used for level flatiron, also can be used for vertical flatiron.
The present embodiment, except the above-mentioned structure that is different from embodiment mono-, can also adopt some technological means of embodiment mono-:
First, dial to turn round and be eccentric colyliform, transmission mechanism comprises vertical expansion link and horizontal lever, one end of horizontal lever coordinates with vertical expansion link, its other end coordinates with water valve, dial to turn round and while being positioned at an operating position, depress vertical expansion link and order about horizontal lever tilting by vertical expansion link and open water valve, dial to turn round and while being positioned at another operating position, discharge that vertical expansion link makes vertical expansion link and laterally lever resets, water valve cuts out. Concrete, on vertical expansion link, effect has back-moving spring.
Secondly, water valve comprises sealing gasket, telescopic shaft, back-moving spring, and sealing gasket, back-moving spring are nested with on telescopic shaft, and the elastic force of back-moving spring impels telescopic shaft port pressure holding to intake tunnel by sealing gasket. Further, the lower end of telescopic shaft is located in intake tunnel and is provided with flange, its top is positioned at water tank and cover has axle sleeve, back-moving spring to be positioned at intake tunnel and its two ends are supported on respectively on the diapire of flange and water tank, and sealing gasket is between axle sleeve and the diapire of water tank. On this basis, vertical expansion link is provided with downward step, telescopic shaft is provided with axially loaded portion, laterally one end of lever is enclosed within on vertical expansion link by open pore and downside, its other end of being positioned at step is enclosed within on telescopic shaft by open pore and is positioned at the downside of axially loaded portion, dial to turn round and while being positioned at an operating position, depress vertical expansion link and order about horizontal lever tilting by vertical expansion link and open water valve, dial to turn round and while being positioned at another operating position, discharge that vertical expansion link makes vertical expansion link and laterally lever resets, water valve cuts out.
The 3rd, as the technological means that is equal to replacement of above-mentioned valve structure, water valve is extended in intake tunnel and is formed by the lower end of a steam adjusting rod, and the lower end of steam adjusting rod is provided with the side direction breach for controlling current. Form thus the structure of the first water valve of embodiment mono-.
The 4th, vaporization chamber is become greatly gradually by the space before backward, and the front end of vaporization chamber is communicated with exhaust hole through steam (vapor) outlet. Concrete, the top of vaporization chamber is that plane, bottom are that Qie Gai inclined-plane, inclined-plane is low early and high after.
The 5th, between flatiron base and water tank, maintain insulated space.
Claims (26)
1. the vapour iron that can vertically press, comprise flatiron base, water tank (02), lever, described flatiron base has the exhaust hole (20) that is located at inner vaporization chamber (10) and is distributed in bottom surface, the front end of described lever is provided with to dial and turns round, it is characterized in that: between the diapire (21) at described water tank (02) rear portion and described vaporization chamber (10), be connected with intake tunnel (30), for this intake tunnel (30) configuration water valve (40), described water valve (40) and described dialling are connected with transmission mechanism between turning round, for described dial to turn round when being provided with two operating positions and being positioned at one of them operating position open described water valve by described transmission mechanism, while being positioned at wherein another operating position, close described water valve by described transmission mechanism.
2. the vapour iron that can vertically press according to claim 1, it is characterized in that: described dial to turn round be eccentric colyliform, described transmission mechanism comprises vertical expansion link (50) and horizontal lever, one end of described horizontal lever coordinates with described vertical expansion link (50), its other end coordinates with described water valve (40), described dial to turn round while being positioned at an operating position, depress described vertical expansion link and order about horizontal lever tilting by vertical expansion link and open described water valve, described dial turn round while being positioned at another operating position, discharge the described vertical expansion link of described vertical expansion link order and laterally lever reset, water valve cuts out.
3. the vapour iron that can vertically press according to claim 2, is characterized in that: on described vertical expansion link, effect has back-moving spring.
4. the vapour iron that can vertically press according to claim 1, it is characterized in that: described water valve comprises sealing gasket, telescopic shaft, back-moving spring, described sealing gasket, back-moving spring is nested with on described telescopic shaft, and the elastic force of described back-moving spring impels the port pressure holding to described intake tunnel by described sealing gasket of described telescopic shaft.
5. the vapour iron that can vertically press according to claim 4, it is characterized in that: the lower end of described telescopic shaft is located in described intake tunnel and is provided with flange, its top is positioned at described water tank and cover has axle sleeve, described back-moving spring is positioned at described intake tunnel and its two ends are supported on respectively on the diapire of described flange and described water tank, and described sealing gasket is between described axle sleeve and the diapire of described water tank.
6. according to the vapour iron that can vertically press described in claim 4 or 5, it is characterized in that: described dial to turn round be eccentric colyliform, described transmission mechanism comprises vertical expansion link and horizontal lever, described vertical expansion link is provided with downward step, described telescopic shaft is provided with axially loaded portion, one end of described horizontal lever is enclosed within on described vertical expansion link by open pore and is positioned at the downside of described step, its other end is enclosed within on described telescopic shaft by open pore and is positioned at the downside of described axially loaded portion, described dial to turn round while being positioned at an operating position, depress described vertical expansion link and order about horizontal lever tilting by vertical expansion link and open described water valve, described dial turn round while being positioned at another operating position, discharge the described vertical expansion link of described vertical expansion link order and laterally lever reset, water valve cuts out.
7. the vapour iron that can vertically press according to claim 6, is characterized in that: on described vertical expansion link, effect has back-moving spring.
8. the vapour iron that can vertically press according to claim 1, is characterized in that: described water valve is extended in described intake tunnel and formed by the lower end of a steam adjusting rod, and the lower end of described steam adjusting rod is provided with the side direction breach for controlling current.
9. the vapour iron that can vertically press according to claim 1, is characterized in that: described vaporization chamber is become greatly gradually by the space before backward, and the front end of described vaporization chamber is communicated with described exhaust hole through steam (vapor) outlet.
10. the vapour iron that can vertically press according to claim 9, is characterized in that: the top of described vaporization chamber is that plane, bottom are that Qie Gai inclined-plane, inclined-plane is low early and high after.
11. vapour irons that can vertically press according to claim 9, it is characterized in that: described flatiron base has steam release channel (60), described vaporization chamber (10) is communicated with described exhaust hole through described steam (vapor) outlet, steam release channel (60) successively.
12. vapour irons that can vertically press according to claim 1, is characterized in that: between described flatiron base and water tank, maintain insulated space.
13. vapour irons that can vertically press, comprise flatiron base (01), water tank (02), lever (03), described flatiron base (01) has the first vaporization chamber (11) of establishing therein, the second vaporization chamber (12) and be distributed in the first row steam vent (13) of its bottom surface, second row steam vent (14), the front end of described lever (03) is provided with to dial turns round (41), turn round (41) and coordinate and establish a steam adjusting rod (42) with described group, between the diapire (21) that described water tank (02) is anterior and described the first vaporization chamber (11), be connected with the first intake tunnel (05), the lower end of described steam adjusting rod (42) extends formation the first water valve (06) in this first intake tunnel (05), the lower end of described steam adjusting rod (42) is provided with the side direction breach (421) for controlling current, it is characterized in that: between the diapire (21) at described water tank (02) rear portion and described the second vaporization chamber (12), be connected with the second intake tunnel (07), for this second intake tunnel (07) configuration the second water valve (08), between described the second water valve (08) and described steam adjusting rod (42), be provided with horizontal lever (43), turn round (41) for described dialling and be provided with three operating positions, described dialling when turning round (41) and being positioned at wherein the first operating position by described steam adjusting rod (42), described the first water valve (06) controlled by horizontal lever (43) and the second water valve (08) cuts out, described dialling when turning round (41) and being positioned at wherein the second operating position by described steam adjusting rod (42), laterally lever (43) is controlled described the first water valve (06) unlatching, the second water valve (08) cuts out, described dialling when turning round (41) and being positioned at wherein the 3rd operating position by described steam adjusting rod (42), horizontal lever (43) is controlled described the first water valve (06) and is closed, the second water valve (08) is opened.
14. vapour irons that can vertically press according to claim 13, it is characterized in that: described dialling turned round (41) and be eccentric colyliform, and the first described operating position, the second operating position, the 3rd operating position is adjacent successively, described dial turn round when (41) are positioned at described the first operating position, discharge the described steam adjusting rod of described steam adjusting rod (42) order and laterally lever reset, the first water valve and the second water valve are closed, described dial to turn round while being positioned at described the second operating position, depress described steam adjusting rod and make the first water valve open, the second water valve cuts out, described dial to turn round while being positioned at described the 3rd operating position, continue to depress described steam adjusting rod and make described the first water valve close, and order about horizontal lever tilting by steam adjusting rod and open described the second water valve.
15. vapour irons that can vertically press according to claim 14, is characterized in that: the upper effect of described steam adjusting rod (42) has back-moving spring (422).
16. vapour irons that can vertically press according to claim 13, it is characterized in that: described the second water valve (08) comprises sealing gasket (81), telescopic shaft (82), back-moving spring (83), described sealing gasket (81), back-moving spring (83) is nested with at described telescopic shaft (82) upper, and the elastic force of described back-moving spring (83) impels described telescopic shaft (82) port pressure holding to described the second intake tunnel (07) by described sealing gasket (81).
17. vapour irons that can vertically press according to claim 16, it is characterized in that: the lower end of described telescopic shaft (82) is located in described the second intake tunnel (07) and is provided with flange (84), its top is positioned at described water tank (02) and cover has axle sleeve (85), described back-moving spring (83) is positioned at described the second intake tunnel (07) and its two ends are supported on respectively on the diapire (21) of described flange (84) and described water tank, described sealing gasket (81) is positioned between described axle sleeve (85) and the diapire (21) of described water tank.
18. according to the vapour iron that can vertically press described in claim 16 or 17, it is characterized in that: described steam adjusting rod (42) is provided with downward step (423), described telescopic shaft (82) is provided with axially loaded portion (86), and one end of described horizontal lever (43) is enclosed within described steam adjusting rod (42) and go up and is positioned at the downside of described step (423), its other end telescopic shaft (82) described in being enclosed within by open pore and go up and be positioned at the downside of described axially loaded portion (86) by open pore.
19. vapour irons that can vertically press according to claim 13, it is characterized in that: described the second vaporization chamber (12) is become greatly gradually by the space before backward, and the front end of described the second vaporization chamber (12) is communicated with described second row steam vent (14) through the second steam (vapor) outlet (15).
20. vapour irons that can vertically press according to claim 19, is characterized in that: the top of described the second vaporization chamber (12) is that plane, bottom are that Qie Gai inclined-plane, inclined-plane is low early and high after.
21. vapour irons that can vertically press according to claim 19, it is characterized in that: described flatiron base (01) has the first steam release channel (16) of establishing therein, the second steam release channel (17), described the first vaporization chamber (11) is successively through the first steam (vapor) outlet (18), the first described steam release channel (16) is communicated with described first row steam vent (13), described the second vaporization chamber (12) is successively through described the second steam (vapor) outlet (15), the second steam release channel (17) is communicated with described second row steam vent (14).
22. vapour irons that can vertically press according to claim 21, it is characterized in that: described the second vaporization chamber (12) is positioned at the middle part of described flatiron base (01), described the first vaporization chamber (11) is positioned at the outside of described the second vaporization chamber (11).
23. vapour irons that can vertically press according to claim 22, it is characterized in that: the second described steam release channel (17) is positioned at the front portion of described flatiron base, the first described steam release channel (16) is positioned at the outside of described the first vaporization chamber (11), the edge of described flatiron base (01).
24. vapour irons that can vertically press according to claim 13, is characterized in that: the quantity of described first row steam vent (13) is more than the quantity of described second row steam vent (14).
25. vapour irons that can vertically press according to claim 13, is characterized in that: between described flatiron base (01) and water tank (02), maintain insulated space (09).
26. vapour irons that can vertically press according to claim 13, it is characterized in that: the second described water valve is extended in the second described intake tunnel and formed by the lower end of a steam adjusting rod, and the lower end of described steam adjusting rod is provided with the side direction breach for controlling current.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410280185.6A CN104060449B (en) | 2014-06-20 | 2014-06-20 | The vapour iron that can vertically press |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410280185.6A CN104060449B (en) | 2014-06-20 | 2014-06-20 | The vapour iron that can vertically press |
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| CN104060449A CN104060449A (en) | 2014-09-24 |
| CN104060449B true CN104060449B (en) | 2016-05-04 |
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| CN201410280185.6A Active CN104060449B (en) | 2014-06-20 | 2014-06-20 | The vapour iron that can vertically press |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107385787B (en) * | 2017-09-11 | 2023-08-11 | 宁波市利鼎电子有限公司 | Washing and dewatering conversion device of washing machine |
| CN109930373A (en) * | 2017-12-19 | 2019-06-25 | 陈显朋 | A kind of multiple spot enters the steam generating ironing machine of water and Multicarity isolation water route |
| CN111565816B (en) * | 2017-12-21 | 2022-01-21 | 康明斯滤清系统知识产权公司 | TRV stop valve |
| CN109023883B (en) * | 2018-10-15 | 2024-01-09 | 宁波爱佳电器有限公司 | Steam iron with two steam mode switching functions |
| WO2020211169A1 (en) * | 2019-04-17 | 2020-10-22 | 厦门优尔智能科技股份有限公司 | Vertical steam electric iron |
| CN110093770B (en) * | 2019-04-17 | 2024-05-07 | 厦门优尔智能科技股份有限公司 | Vertical steam electric iron |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| BE756196A (en) * | 1969-09-17 | 1971-03-16 | Sunbeam Corp | IRON USING STEAM |
| CN2156204Y (en) * | 1992-06-17 | 1994-02-16 | 浙江阿娜迷电熨斗厂 | Steam pot type two heating control system steam electric iron |
| FR2857381B1 (en) * | 2003-07-11 | 2005-08-19 | Seb Sa | IRONING IRON COMPRISING A WATER TANK WITH A FILLING ORIFICE ON THE REAR FACE OF THE IRON |
| FR2857382B1 (en) * | 2003-07-11 | 2005-08-19 | Seb Sa | IRONING IRON COMPRISING A WATER TANK WITH A FILLING ORIFICE ON THE REAR FACE OF THE IRON |
| ES2330698B1 (en) * | 2006-10-24 | 2010-09-21 | Bsh Krainel, S.A. | STEAM IRON. |
| CN101824740A (en) * | 2009-12-04 | 2010-09-08 | 广东新宝电器股份有限公司 | Steam electric iron |
| CN104213385B (en) * | 2012-12-04 | 2016-05-25 | 张建炜 | A kind of electric iron of automatic water-filling |
| CN203878386U (en) * | 2014-06-20 | 2014-10-15 | 宁波凯波集团有限公司 | Steam iron allowing vertical ironing |
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2014
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