CN204105706U - Electric steamer - Google Patents
Electric steamer Download PDFInfo
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- CN204105706U CN204105706U CN201420397966.9U CN201420397966U CN204105706U CN 204105706 U CN204105706 U CN 204105706U CN 201420397966 U CN201420397966 U CN 201420397966U CN 204105706 U CN204105706 U CN 204105706U
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- water
- energy gathering
- gathering cap
- buoyancy aid
- vapor chamber
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Abstract
A kind of electric steamer, comprise water container, and the energy gathering cap assembly be arranged in described water container, described energy gathering cap assembly comprises energy gathering cap, moisture in water container can be divided into the vapor chamber be in energy gathering cap and the storage chamber be in outside energy gathering cap by energy gathering cap, energy gathering cap upper end is provided with steam (vapor) outlet, side, lower end is provided with the water inlet of used logical vapor chamber and storage chamber, described energy gathering cap assembly also comprises water level controller, described water level controller comprises the buoyancy aid of hot water water lev el control position in vapor chamber, be in the water plug in order to shutoff water inlet in storage chamber, and connect the lever of water plug and buoyancy aid, the appropriate location of described lever between water plug and buoyancy aid is provided with fulcrum, when the water level in vapor chamber rises to predetermined water level, drive buoyancy aid moves upward, the action of buoyancy aid activation lever, water plug is made to seal described water inlet, when water level decreasing in vapor chamber, buoyancy aid is along with the motion of water level decreasing drive lever actuated water plug, thus open water inlet, water in storage chamber flows to vapor chamber.
Description
Technical field
The utility model relates to a kind of machine for kitchen use utensil, especially a kind of electric steamer.
Background technology
existing electric steamer is generally by producing steam by all boiled for water in water container, and long-time hotting plate wastes energy very much like this, and digestion time is long.The utility model patent of the patent No. 2010201331776 disclose a kind of can the steamer of instantaneously producing steam, comprise end pot, Di Guo center is perpendicular is equipped with heat conduction air guide post, horizontal water-stop sheet is housed, end pot is divided into vapor chamber and Liang Ge chamber, moisturizing chamber, and water-stop sheet is provided with moisturizing hole.Vapor chamber its capacity little is few, can instantaneously producing steam during heating.There is shortcoming in this scheme: the water (flow) direction between moisturizing chamber and vapor chamber can not control, because moisturizing hole is to circulate always, when water in vapor chamber is when heating, still there is convection current in the water in moisturizing chamber and the water in vapor chamber, so just affects heating effect.
Summary of the invention
The utility model provide a kind of can the electric steamer of instantaneously producing steam.
The technical solution adopted in the utility model is:
A kind of electric steamer, comprise base, be arranged on the water container on base, be erected at the steaming tray on water container and steamer cover, and the energy gathering cap assembly be arranged in described water container, described energy gathering cap assembly comprises energy gathering cap, moisture in water container can be divided into the vapor chamber be in energy gathering cap and the storage chamber be in outside energy gathering cap by energy gathering cap, energy gathering cap upper end is provided with steam (vapor) outlet, side, lower end is provided with the water inlet of used logical vapor chamber and storage chamber, it is characterized in that: described energy gathering cap assembly also comprises water level controller, described water level controller comprises the buoyancy aid of hot water water lev el control position in vapor chamber, be in the water plug in order to shutoff water inlet in storage chamber, and connect the lever of water plug and buoyancy aid, the appropriate location of described lever between water plug and buoyancy aid is provided with fulcrum, when the water level in vapor chamber rises to predetermined water level, drive buoyancy aid moves upward, the action of buoyancy aid activation lever, water plug is made to seal described water inlet, when water level decreasing in vapor chamber, buoyancy aid is along with the motion of water level decreasing drive lever actuated water plug, thus open water inlet, water in storage chamber flows to vapor chamber.The utility model drives the water yield in water plug motion control vapor chamber by ball float, and when heating, seal water inlet by water plug, make the water in storage chamber and the water in vapor chamber can not convection current, only a small amount of water in vapor chamber is heated, reach the object of instantaneously producing steam.
Further, described lever arranges in corresponding water inlet position and runs through the fixed leg that water inlet enters storage chamber, water plug is fixed on fixed leg, and water plug is provided with the hypotenuse that self-retaining post outwards and to the lateral surface of energy gathering cap tilts to extend, and described hypotenuse flexibly can be against the lateral surface of energy gathering cap.
Further, the lower end of described energy gathering cap is provided with the horn mouth outwards expanded, and energy gathering cap forms approximate horizontal lateral wall at horn mouth, and water inlet is arranged at the lateral wall of described level, is convenient to water plug and is sealed into the mouth of a river better.
Further, described energy gathering cap forms the spill to vapor chamber indent around water inlet, and described water plug is matched with in spill.
Further, described spill is provided with and tilts upward outward extending inclined-plane, and when water inlet shut by water plug, the outer rim of described water plug hypotenuse presses on inclined-plane.Such water plug can better and the spill of water inlet fit, obtain better sealing effectiveness.
Further, the one-body molded rotating shaft having horizontal direction to extend of described lever, described energy gathering cap is molded plastic body, and one-body moldedly has the axle bed coordinated with rotating shaft.
Further, described buoyancy aid is that longer axis parallel is in the oval ball of horizontal direction.Buoyancy aid adopts oval ball in limited height situation, can to increase displacement, also namely increase buoyancy.
Further, described energy gathering cap lower end has the opening that is heated of expansion, be heated opening edge downwardly against and be sealed in the bottom of water container, thus a heat affected zone will be surrounded bottom water container, electric steamer also comprises the heater be arranged on the downside of heat affected zone, and the water in vapor chamber is subject to thermosetting steam in described heat affected zone.The utility model will be heated opening and water container sealed bottom, object is better to separate vapor chamber and storage chamber, makes water can only enter into vapor chamber by water inlet from storage chamber, there is not the convection current of water when heating, make heating effect good, high-temperature steam can be produced sooner.
Further, described water plug is provided with inside groove, and by inside groove spiral-lock in the upper end of fixed leg.
Further, the upper end of described fixed leg is provided with outward extending outer inclined-plane, and the size on described outer inclined-plane is greater than the size of described inside groove trough rim, makes water plug be fixed on fixed leg better.
The beneficial effects of the utility model are: produce high-temperature steam fast.
Accompanying drawing explanation
Fig. 1 is the structural representation of water container of the present utility model and energy gathering cap assembly.
Fig. 2 is the structural representation of energy gathering cap assembly of the present utility model.
Fig. 3 is the structural representation of energy gathering cap of the present utility model.
Fig. 4 is the structural representation of valve of the present utility model.
Fig. 5 is the structural representation of buoyancy aid of the present utility model.
Fig. 6 is a kind of structure installment schematic diagram of buoyancy aid of the present utility model.
Fig. 7 is the scheme of installation of the another kind of structure of buoyancy aid of the present utility model.
Detailed description of the invention
Below in conjunction with specific embodiment, the utility model is further described, but the utility model is not confined to these detailed description of the invention.One skilled in the art would recognize that the utility model covers all alternatives, improvement project and the equivalents that may comprise in Claims scope.
With reference to Fig. 1-7, a kind of electric steamer, comprise base, be arranged on the water container 1 on base, be erected at the steaming tray on water container 1 and steamer cover, and the energy gathering cap assembly 2 be arranged in described water container 1, described energy gathering cap assembly 2 comprises energy gathering cap 21, moisture in water container 1 can be divided into the vapor chamber 3 be in energy gathering cap 21 and the storage chamber 4 be in outside energy gathering cap 21 by energy gathering cap 21, energy gathering cap 21 upper end is provided with steam (vapor) outlet, side, lower end is provided with the water inlet 211 of used logical vapor chamber and storage chamber, described energy gathering cap assembly 2 also comprises water level controller, described water level controller comprises the buoyancy aid 23 of hot water water lev el control position in vapor chamber 3, be in the water plug 22 in order to shutoff water inlet in storage chamber 3, and connect the lever 231 of water plug 22 and buoyancy aid 23, the described appropriate location of lever 231 between water plug 22 and buoyancy aid 23 is provided with fulcrum, when the water level in vapor chamber 3 rises to predetermined water level, buoyancy aid 23 is driven to move upward, the action of buoyancy aid 23 activation lever 231, water plug 22 is made to seal described water inlet 211, when water level decreasing in vapor chamber 3, buoyancy aid 23 along with water level decreasing drive lever 231 drive water plug 22 to move, thus open water inlet 211, water in storage chamber 4 flows to vapor chamber 3.The utility model drives the water yield in water plug 22 motion control vapor chamber 3 by ball float 23, and when heating, water inlet 211 is sealed by water plug 22, make the water in storage chamber 4 and the water in vapor chamber 3 can not convection current, only a small amount of water in vapor chamber 3 is heated, reach the object of instantaneously producing steam.
Lever 231 described in the utility model arranges in corresponding water inlet 211 position and runs through the fixed leg 233 that water inlet 211 enters storage chamber 7, and water plug 22 is fixed on fixed leg 233.Described water plug 22 is provided with inside groove 221, and by inside groove 221 spiral-lock in the upper end of fixed leg 233.The upper end of described fixed leg 233 is provided with outward extending outer inclined-plane 234, and the size on described outer inclined-plane 234 is greater than the size of described inside groove trough rim 223.Water plug 22 is provided with the hypotenuse 222 that self-retaining post 233 outwards and to the lateral surface of energy gathering cap 21 tilts to extend, and described hypotenuse 222 flexibly can be against the lateral surface of energy gathering cap 21.
The lower end of energy gathering cap 21 described in the utility model is provided with the horn mouth outwards expanded, and energy gathering cap 21 forms approximate horizontal lateral wall at horn mouth, and water inlet 211 is arranged at the lateral wall of described level, is convenient to water plug 22 and is sealed into the mouth of a river better.Described energy gathering cap 21 forms the spill 212 to vapor chamber 6 indent around water inlet 211, and described water plug 22 is matched with in spill 212.Described spill 212 is provided with and tilts upward outward extending inclined-plane, and when water inlet shut by water plug 22, the outer rim of described water plug 22 hypotenuse 222 presses on inclined-plane.Such water plug 22 can better and the spill 212 at water inlet 211 place fit, obtain better sealing effectiveness.
The one-body molded rotating shaft 232 having horizontal direction to extend of lever 231 described in the utility model, described energy gathering cap 2 is molded plastic body, and one-body moldedly has the axle bed coordinated with rotating shaft 232.
Buoyancy aid 23 described in the utility model is a common ball float shape, as Figure 11, also can be longer axis parallel in the oval ball of horizontal direction, as Figure 12, oval spherical structure can in limited height situation, increases displacement, also namely increases buoyancy.
Energy gathering cap 21 lower end described in the utility model has the opening that is heated of expansion, be heated opening edge downwardly against and be sealed in the bottom of water container 1, thus surround a heat affected zone by bottom water container 1, electric steamer also comprises the heater be arranged on the downside of heat affected zone, and the water in vapor chamber 3 is subject to thermosetting steam in described heat affected zone.The utility model will be heated opening and water container 1 sealed bottom, object is better to separate vapor chamber 3 and storage chamber 4, makes water can only enter into vapor chamber 3 by water inlet 211 from storage chamber 4, there is not the convection current of water when heating, make heating effect good, high-temperature steam can be produced sooner.
During utility model works, energy gathering cap assembly 2 is put into water container 1 intermediate flange position, next to water filling in water container 1, the water of storage chamber 4 is from the water inlet 211 of energy gathering cap 21 to water filling in vapor chamber 3, in vapor chamber 3, water level is raised to predetermined water level, is risen by buoyancy buoyancy aid 23, by rotating shaft 232, fixed leg 233 on lever 231 is moved downward, make the water plug 22 be fixed on fixed leg 233 block water inlet 211, make it form inside and outside water-head, can instantaneously producing steam; When in vapor chamber 3 during water level decreasing, buoyancy aid 23 declines, and by rotating shaft 232, the fixed leg 233 on lever 231 moves upward, and makes water plug 22 leave water inlet 211, and water enters vapor chamber 3 from storage chamber 4 and carries out a water level supply.
Claims (10)
1. electric steamer, comprise base, be arranged on the water container on base, be erected at the steaming tray on water container and steamer cover, and the energy gathering cap assembly be arranged in described water container, described energy gathering cap assembly comprises energy gathering cap, moisture in water container can be divided into the vapor chamber be in energy gathering cap and the storage chamber be in outside energy gathering cap by energy gathering cap, energy gathering cap upper end is provided with steam (vapor) outlet, side, lower end is provided with the water inlet of used logical vapor chamber and storage chamber, it is characterized in that: described energy gathering cap assembly also comprises water level controller, described water level controller comprises the buoyancy aid of hot water water lev el control position in vapor chamber, be in the water plug in order to shutoff water inlet in storage chamber, and connect the lever of water plug and buoyancy aid, the appropriate location of described lever between water plug and buoyancy aid is provided with fulcrum, when the water level in vapor chamber rises to predetermined water level, drive buoyancy aid moves upward, the action of buoyancy aid activation lever, water plug is made to seal described water inlet, when water level decreasing in vapor chamber, buoyancy aid is along with the motion of water level decreasing drive lever actuated water plug, thus open water inlet, water in storage chamber flows to vapor chamber.
2. electric steamer according to claim 1, it is characterized in that: described lever arranges in corresponding water inlet position and runs through the fixed leg that water inlet enters storage chamber, water plug is fixed on fixed leg, water plug is provided with the hypotenuse that self-retaining post outwards and to the lateral surface of energy gathering cap tilts to extend, and described hypotenuse flexibly can be against the lateral surface of energy gathering cap.
3. electric steamer according to claim 2, is characterized in that: the lower end of described energy gathering cap is provided with the horn mouth outwards expanded, and energy gathering cap forms approximate horizontal lateral wall at horn mouth, and water inlet is arranged at the lateral wall of described level.
4. electric steamer according to claim 3, is characterized in that: described energy gathering cap forms the spill to vapor chamber indent around water inlet, and described water plug is matched with in spill.
5. electric steamer according to claim 4, is characterized in that: described spill is provided with and tilts upward outward extending inclined-plane, and when water inlet shut by water plug, the outer rim of described water plug hypotenuse presses on inclined-plane.
6. electric steamer according to claim 1, is characterized in that: the one-body molded rotating shaft having horizontal direction to extend of described lever, and described energy gathering cap is molded plastic body, and one-body moldedly has the axle bed coordinated with rotating shaft.
7. electric steamer according to claim 1, is characterized in that: described buoyancy aid is that longer axis parallel is in the oval ball of horizontal direction.
8. electric steamer according to claim 1, it is characterized in that: described energy gathering cap lower end has the opening that is heated of expansion, be heated opening edge downwardly against and be sealed in the bottom of water container, thus a heat affected zone will be surrounded bottom water container, electric steamer also comprises the heater be arranged on the downside of heat affected zone, and the water in vapor chamber is subject to thermosetting steam in described heat affected zone.
9. electric steamer according to claim 2, is characterized in that: described water plug is provided with inside groove, and by inside groove spiral-lock in the upper end of fixed leg.
10. electric steamer according to claim 9, is characterized in that: the upper end of described fixed leg is provided with outward extending outer inclined-plane, and the size on described outer inclined-plane is greater than the size of described inside groove trough rim.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420397966.9U CN204105706U (en) | 2014-07-18 | 2014-07-18 | Electric steamer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420397966.9U CN204105706U (en) | 2014-07-18 | 2014-07-18 | Electric steamer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204105706U true CN204105706U (en) | 2015-01-21 |
Family
ID=52323076
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420397966.9U Active CN204105706U (en) | 2014-07-18 | 2014-07-18 | Electric steamer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204105706U (en) |
-
2014
- 2014-07-18 CN CN201420397966.9U patent/CN204105706U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |