CN203633982U - Electric kettle having effect of boiling water by simulated flame - Google Patents
Electric kettle having effect of boiling water by simulated flame Download PDFInfo
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- CN203633982U CN203633982U CN201320846219.4U CN201320846219U CN203633982U CN 203633982 U CN203633982 U CN 203633982U CN 201320846219 U CN201320846219 U CN 201320846219U CN 203633982 U CN203633982 U CN 203633982U
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Abstract
The utility model provides an electric kettle having an effect of boiling water by a simulated flame. The electric kettle comprises a kettle body, a pedestal and an electrical heating control device, and is characterized in that a simulated flame device used for generating a simulated flame effect is arranged under the kettle body. In a water boiling process, via the simulated flame device, a user will generate a vivid illusion that water is boiled by a flame, so demands on light, shapes, colors and the like of a consumer can be satisfied, and the electric kettle is highly decorative, so a problem of a tedious, stiff and cold appearance of a current electric kettle is solved; and the simulated flame matches the water temperature in the kettle body, i.e., the simulated flame will automatically increase or decrease based on change of water temperature in the kettle or of heating states of water in the kettle body, so the simulated effect is further enhanced.
Description
Technical field
The utility model relates to kettle field, particularly a kind of electric kettle of Simulated flame effect.
Background technology
Electric kettle, because it is easy to use, has been widely used in various households and office space.Existing electric kettle is of a great variety, but generally all formed by kettle body, base and built-in heater, difference is improved in profile and the function of heating up water, so mostly deposit vision dullness, inflexible, ice-cold in use, is difficult to meet consumers in general's requirement.To so far, not yet there is people to arrange to have the electric kettle of Simulated flame (vacation is fiery) decorative effect on electric kettle.
Summary of the invention
The purpose of this utility model is for above-mentioned existing problems and deficiency, provide a kind of and can produce lifelike Simulated flame effect, make user feel to heat up water truer and feel to use comfortable, warm, simultaneously ornamental strong again, and the fired state of Simulated flame can be with the electric kettle of water temperature variation in kettle body.
The technical solution of the utility model is achieved in that
Described in the utility model have a heat up water electric kettle of effect of Simulated flame, comprise kettle body, base and the electric heating control device that described kettle body is heated, the below that is characterized in described kettle body is also provided with for generation of Simulated flame effect to form the heat up water simulating flame device of illusion of flame.
For making simulating flame device can make Simulated flame effect corresponding with water temperature or water heated condition in kettle body, further to strengthen its simulated effect, above-mentioned simulating flame device and the electrical connection of above-mentioned electric heating control device, and can be with water temperature height in kettle body or with electric heating control device, to the different Simulated flame effects that produce that make of water heated condition in kettle body, strong and weak variation is occurred to.
Can determine according to user's needs as for the above-mentioned concrete structure that makes simulating flame device, for making simulating flame device when simulated effect is strong, simple in structure again, above-mentioned simulating flame device comprises the simulation charcoal burning bed being installed in above-mentioned base, be positioned at the illuminating part of described simulation charcoal burning bed or its below and make the flame effect of described simulation charcoal burning bed with kettle body water temperature height or with the difference of kettle body water heated condition is occurred to for the strong and weak tune fire device changing, and the sidewall of this base is provided with can see that the window of Simulated flame effect or the sidewall of base are that transparent material is made.
Wherein above-mentioned electric heating control device comprise heater element, for detection of the temperature sensor of water temperature in kettle body, the integral control circuit of charged circuit.Concrete structure as for above-mentioned tune fire device can be determined according to user's needs, as be further to simplify its structure, above-mentioned tune fire device can be to comprise the voltage control circuit being electrically connected with illuminating part and temperature sensor or heater element 31, this voltage control circuit can make the voltage of illuminating part change with water temperature height in kettle body or change height variation occurs with the difference to water heated condition in kettle body, thereby the light intensity that above-mentioned illuminating part is irradiated on simulation charcoal burning bed changes, automatically strengthen or weaken with water temperature height in kettle body or with the difference realization to water heated condition in kettle body with the flame effect of realizing simulation charcoal burning bed.For further strengthening the vivid effect of its flame, above-mentioned tune fire device also comprises that the power supply being arranged in above-mentioned power circuit delays voltage control circuit, this power supply delays the light intensity that voltage control circuit can make illuminating part in the time of illuminating part power connection slowly to be strengthened and after power supply disconnects, makes the light intensity of illuminating part slowly extinguish or be decremented to gradually weak state, thus the Simulated flame that makes to simulate charcoal burning bed can form strengthen gradually with extinguish gradually or be decremented to gradually one a little less than the illusion of heating up water of state.In the time that above-mentioned illuminating part is luminous plaque (circuit board) formation which is provided with plurality of LEDs lamp pearl, above-mentioned tune fire device can also be to comprise making the light on and off quantity of luminous onboard led lamp pearl change with water temperature height in kettle body or with the difference variation to water heated condition in kettle body, the control modules that how much change occur.
It is more convenient for the utility model is installed.Above-mentioned integral control circuit comprises power circuit, step-down rectifying circuit, is respectively used to control two relay circuits, mu balanced circuit and the central controller of heating circuit and heat retaining and exothermal circuit, and above-mentioned tune fire device is arranged on described central controller.
For making the utility model in the process using, not only there is simulation to burn the effect of charcoal, but also the effect of jumping with simulation flare, above-mentioned simulating flame device also comprise be installed on above-mentioned simulated combustion bed rear imaging combustion screen, be positioned at described imaging combustion screen rear and the luminescence unit electrical connection of above-mentioned tune fire device, above-mentioned tune fire device can make the voltage of luminescence unit change strong and weak variation occurs with water temperature height in kettle body.
The utility model is set up the structure for generation of the simulating flame device of Simulated flame effect owing to adopting below the kettle body of existing electric kettle, make the utility model in the process of heating up water, can make user visually form the lifelike flame artefact effects of heating up water by simulating flame device, to meet consumer to many-sided requirements such as light, shape, looks, allow consumer have a kind of comfortable, warm sensation, simultaneously ornamental strong again, effectively solve existing electric kettle and visually felt the problem such as dull, inflexible and ice-cold.And because the utility model also adopts by the simulation charcoal burning bed being installed in base, the flame effect that illuminating part and making is simulated charcoal burning bed changes the simulating flame device that the strong and weak tune fire device changing etc. forms occurs with water temperature height in kettle body or with the difference to water heated condition in kettle body, make the utility model in simple in structure, can make again Simulated flame effect can with kettle body in water temperature match, be that Simulated flame can change and automatically strengthens or weaken with water-in-kettle temperature height or with the difference to water heated condition in kettle body, so further strengthen its simulated effect.The utility model design is ingenious, simple and reasonable for structure, flame is true to nature, uses suitable, warmly, and ornamental strong, can be widely used in the fields such as various electric kettles and electric coffee pot.
Below in conjunction with accompanying drawing, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is assembly structure schematic diagram of the present utility model.
Fig. 3 is the structural representation after Fig. 1 overturns.
Fig. 4 is electric functional-block diagram of the present utility model.
Fig. 5 is the circuit diagram of the central controller in the utility model.
Fig. 6 is the circuit diagram of this real Novel middle-temperature degree sensor.
Fig. 7 is the circuit diagram of illuminating part one embodiment in the utility model.
Fig. 8 is power circuit and step-down rectifying circuit and mu balanced circuit figure in the utility model.
The specific embodiment
As shown in Fig. 1-Fig. 7, described in the utility model have a heat up water electric kettle of effect of Simulated flame, comprise kettle body 1, base 2 and the electric heating control device 3 that described kettle body 1 is heated, the below of described kettle body 1 is also provided with for generation of Simulated flame effect to form the heat up water simulating flame device 4 of illusion of flame.The utility model is in the process of heating up water, kettle starts heating by the electric heating control device 3 after switching on power, the simulating flame device 4 of kettle body 1 bottom is opened simultaneously, the simulating flame producing makes user visually form lifelike baked wheaten cake water illusion, to meet consumer to many-sided requirements such as light, shape, looks, allow consumer have a kind of comfortable, warm sensation, simultaneously ornamental strong again, effectively solve existing electric kettle and visually felt the problem such as dull, inflexible and ice-cold.For strengthening the emulation of heating up water of its flame, above-mentioned simulating flame device 4 is that be electrically connected from above-mentioned electric heating control device 3, and can to the different Simulated flame effects that produce that make of the interior water heated condition of kettle body 1, strong and weak variation occur with the interior water temperature height of kettle body 1 or with electric heating control device 3.Wherein above-mentioned electric heating control device 3 comprise heater element 31, for detection of the temperature sensor 32 of kettle body 1 interior water temperature and the integral control circuit 33 of charged circuit.Can determine according to user's needs as for the above-mentioned concrete structure that makes simulating flame device 4, above-mentioned simulating flame device 4 can be to comprise the imaging combustion screen that is installed in above-mentioned base 2, be positioned at the luminescence unit at described imaging combustion screen rear and change the strong and weak tune fire device changing occurs with kettle body 1 water temperature height with the voltage that can make luminescence unit, and described tune fire device makes flame effect on described imaging combustion screen, with the interior water temperature height of kettle body 1, power variation occur.For making simulating flame device 4 in simple in structure, what can make again that Simulated flame effect can be from the water temperature in kettle body 1 or the state of heating up water is different corresponding, further to strengthen its simulated effect, above-mentioned simulating flame device 4 comprises the simulation charcoal burning bed 41 being installed in above-mentioned base 2, be positioned at the illuminating part 42 of described simulation charcoal burning bed 41 or its below and make the flame effect of described simulation charcoal burning bed 41 with kettle body 1 water temperature height or with the difference of kettle body 1 water heated condition is changed (as water heated condition, water keeping warm mode and off-position) and there is the strong and weak tune fire device changing, and the sidewall of this base 2 is provided with can see that the window 21 of Simulated flame effect or the sidewall of base 2 are that transparent material is made.For further simplifying its structure, above-mentioned tune fire device comprises the voltage control circuit being electrically connected with above-mentioned illuminating part 42 and temperature sensor 32 or heater element 31, this voltage control circuit can make the voltage of illuminating part 42 change with the interior water temperature height of kettle body 1 or change height variation occurs with the difference to the interior water heated condition of kettle body 1, thereby the light intensity that above-mentioned illuminating part 42 is irradiated on simulation charcoal burning bed 41 changes, just or with the difference to the interior water heated condition of kettle body 1 realize and automatically strengthen or weaken with the interior water temperature of kettle body 1 with the flame effect of realizing simulation charcoal burning bed 41.In the utility model, the voltage that above-mentioned voltage control circuit at least can make above-mentioned illuminating part 42 is realized corresponding high and low two kinds of variations with the water heated condition in kettle body 1, water keeping warm mode, between the weak firepower state while making to simulate strong fiery state that the flame effect of charcoal burning bed 41 can be in the time of heating and insulation, changes.Heat up water in process, the flame effect of simulating charcoal burning bed 41 when water heated condition is emulation very hot ovens, until the interior water of kettle body 1, boiled or water reaches after the temperature of setting, enter holding stage, the flame effect of at this moment simulating charcoal burning bed 41 is emulation dying fire, and therefore user visually feels to use truer.For further strengthening the simulated effect of simulated fire, above-mentioned tune fire device also comprises that the power supply being arranged in power circuit delays voltage control circuit, this power supply delay light intensity that voltage control circuit can make illuminating part 42 in the time of illuminating part 42 power connection slowly (gradually) strengthen and after power supply disconnects, make the light intensity of illuminating part 42 extinguish gradually or be decremented to gradually weak state, thereby the Simulated flame that makes to simulate charcoal burning bed 41 can form slowly strengthen with slowly extinguish or be decremented to gradually a little less than the baked wheaten cake water illusion of intensity of a fire state.Wherein above-mentioned illuminating part 42 can be has the Simulated flame circuit of a LED or multiple LED lamp pearl (LED lamp group) to form on it.When above-mentioned illuminating part 42 is for which is provided with luminous plaque (circuit board) formation of plurality of LEDs lamp pearl, above-mentioned tune fire device can also be to comprise making the light on and off quantity of luminous onboard led lamp pearl change with the interior water temperature height of kettle body 1 or change how many control circuits that change occur with the difference to the interior water heated condition of kettle body 1, this control circuit can make the amount of luminescence of luminous onboard led lamp pearl change with the interior water temperature height of kettle body 1 or change how many variation occurs with the difference to the interior water heated condition of kettle body 1, thereby the light intensity that above-mentioned illuminating part 42 is irradiated on simulation charcoal burning bed 41 changes, just or with the difference to the interior water heated condition of kettle body 1 realize and automatically strengthen or weaken with the interior water temperature of kettle body 1 with the flame effect of realizing simulation charcoal burning bed 41.In addition above-mentioned tune fire device can be to be independently circuit board formation separately with integral control circuit 33; For making its structure simpler, above-mentioned integral control circuit 33 comprises power circuit, step-down rectifying circuit, is respectively used to control two relay circuits, mu balanced circuit and the central controller of heating circuit and heat retaining and exothermal circuit, and above-mentioned voltage control circuit is directly arranged on described central controller.For making the utility model in the process using, not only there is simulation to burn the effect of charcoal, but also the effect of jumping with simulation flare, above-mentioned simulating flame device 4 also comprise be installed on above-mentioned simulated combustion bed 41 rears imaging combustion screen, be positioned at described imaging combustion screen rear and the luminescence unit electrical connection of above-mentioned tune fire device, above-mentioned tune fire device can make the voltage of luminescence unit change strong and weak variation occurs with the interior water temperature height of kettle body 1.Above-mentioned imaging combustion screen is for which is provided with the optical grating mold plate of at least two kinds of flame pattern, and described flame pattern is that fluorescent ink printing forms, and above-mentioned luminescence unit is uviol lamp.It can also be the motor that device has reflective tape and drives described reflective tape to rotate between above-mentioned luminescence unit and imaging combustion screen, the reflecting piece of similar flame profile is installed on described reflective tape, described luminescence unit, by the reflecting piece of rotating on reflective tape is projected to imaging combustion screen above, presents lifelike dynamic flame effect true to nature and imaging combustion is shielded.That is to say strong fire (very hot oven) state when voltage control circuit of adjusting in the utility model in fiery device can make Simulated flame can produce heating, flameout state when weak fire (very hot oven) state when Heat preservation, deenergization.And adjust the power supply in fiery device to delay the effect that voltage control circuit can make Simulated flame can produce slowly reinforcement or slowly die down or slowly extinguish, so flame is heated up water, effect is very true to nature.For making the utility model can meet the requirement of making tea or making coffee of people to different water temperatures, on above-mentioned base 2, be also provided with the water temperature control set for adjusting for controlling water-in-kettle temperature.For making 1 water outlet of kettle body more convenient, also can near bottom place, depotition cock 6 be housed at the sidewall of above-mentioned kettle body 1.The utility model design is ingenious, simple and reasonable for structure, flame is true to nature, uses suitable, warmly, and ornamental strong, can be widely used in the fields such as various electric kettles and electric coffee pot.
Below in conjunction with accompanying drawing, operation principle of the present utility model is described in further detail the utility model one embodiment:
As Figure 4-Figure 7, the connecting pin 19 and 20 of above-mentioned central controller is connected to the LED Simulated flame circuit in illuminating part, the connecting pin 5 of above-mentioned central controller and 6 is connected respectively relay circuit 1 and relay circuit 2, heat up water heating circuit and heat retaining and exothermal circuit is connected on relay circuit 1 and relay circuit 2, in heat up water heating circuit and heat retaining and exothermal circuit, is respectively equipped with the electrothermal tube as heater element.Connecting pin 8 connects temperature sensor, and connecting pin 10 connects electric current of voltage regulation and step-down rectifying circuit and power circuit.
The utility model in use, in the time that the power switch in opening power circuit is heated up water, power circuit is through step-down rectifying circuit, mu balanced circuit, again by central controller CPU) send instruction task to the LED Simulated flame circuit of relay circuit 1 and illuminating part 42 respectively, now relay circuit 1 is connected heating circuit, and start water heating (starting to enter water heated condition) by the heater element in heating circuit, simulating flame device 4 in the base 2 of kettle below is opened simultaneously, and utilize the fiery device of tune to regulate the operating voltage of illuminator LED1 and LED2, operating voltage is increased progressively from low to high with the variation of kettle body 1 interior water temperature, the light intensity that makes illuminator LED1 and LED2 be irradiated to simulation charcoal burning bed 41 also strengthens gradually, the Simulated flame that now kettle body 1 bottom simulating flame device 4 produces is by the weak very hot oven illusion that is enhanced to gradually, form the simulated effect of heating up water with charcoal.Reach 100 ℃ of design temperatures when temperature sensor 32 senses the interior water temperature of kettle body 1) time, central controller sends instruction on the one hand to relay circuit 1, disconnect heating circuit, stop heating work, again by adjusting fiery device, the operating voltage of illuminator LED1 and LED2 is successively decreased from high to low gradually, until Simulated flame slowly extinguishes on the other hand, now the task of heating up water of kettle completes, and automatically enters heat insulation work state.In heat insulation work state, in the time that temperature sensor 32 senses water temperature lower than design temperature (90 ℃), central controller CPU) send instruction to relay circuit 2 and LED Simulated flame circuit respectively, make heat retaining and exothermal circuit start heating work, the voltage control circuit simultaneously delaying in voltage control circuit and central controller by power supply regulates the operating voltage of illuminator LED1 and LED2 to increase progressively from low to high, makes Simulated flame by the weak very hot oven state that is enhanced to gradually, in the time that temperature sensor 32 senses that the interior water temperature of kettle body 1 reaches setting value, central controller CPU) send instruction to relay circuit 2, disconnect heat retaining and exothermal circuit, stop the heating work of heat retaining and exothermal circuit, the mating reaction that simultaneously delays voltage control circuit and voltage control circuit by power supply is successively decreased the operating voltage of illuminator LED1 and LED2 from high to low gradually, part lamp to illuminator LED1 and LED2 extinguishes, the light intensity that makes to be irradiated to simulation charcoal burning bed 41 also corresponding weaken dimmed, weak firepower state when Simulated flame is insulation by the strong fiery state-transition heating again, and be parked in this weak intensity of a fire state, not exclusively extinguish, to represent that kettle is in heat insulation work state.In general,, in the boiled rear continuous power supply situation of water, electric kettle always can be in heat insulation work state.That is to say should embodiment in the Simulated flame effect of simulating flame device 4, in the time that heating is heated up water, be that a kind of fire is become greatly to very hot oven state gradually by little, the boiled task of water completes post-simulation flame and slowly extinguishes.It in the time of keeping warm mode, is a kind of weak fiery state.
Although the utility model is to describe with reference to specific embodiment, this description not meaning that is construed as limiting the utility model.With reference to description of the present utility model, other of the disclosed embodiments change, and all can expect for those skilled in the art, and this variation should belong in affiliated claim limited range.
Claims (10)
1. one kind has the heat up water electric kettle of effect of Simulated flame, comprise kettle body (1), base (2) and the electric heating control device (3) that described kettle body (1) is heated, the below that it is characterized in that described kettle body (1) is also provided with for generation of Simulated flame effect to form the heat up water simulating flame device (4) of illusion of flame.
2. electric kettle according to claim 1, it is characterized in that the electrical connection of above-mentioned simulating flame device (4) and above-mentioned electric heating control device (3), and can there are power variations to the different Simulated flame effects that produce that make of interior the water heated condition of kettle body (1) with interior the water temperature height of kettle body (1) or with electric heating control device (3).
3. electric kettle according to claim 1, it is characterized in that above-mentioned simulating flame device (4) comprises the simulation charcoal burning bed (41) being installed in above-mentioned base (2), be positioned at the illuminating part (42) of described simulation charcoal burning bed (41) or its below, make the flame effect of described simulation charcoal burning bed (41) with the interior water temperature height of kettle body (1) or with the difference of the interior water heated condition of kettle body (1) is occurred to for the strong and weak tune fire device changing, and the sidewall of this base (2) is provided with can see that the window (21) of Simulated flame effect or the sidewall of base (2) are that transparent material is made.
4. electric kettle according to claim 3, it is characterized in that above-mentioned electric heating control device (3) comprises heater element (31), for detection of the temperature sensor (32) of the interior water temperature of kettle body (1), the integral control circuit (33) of charged circuit, above-mentioned tune fire device comprises the voltage control circuit with above-mentioned illuminating part (42) and temperature sensor (32) or heater element (31) electrical connection, this voltage control circuit can make the voltage of illuminating part (42) change with the interior water temperature height of kettle body (1) or change height variation occurs with the difference to the interior water heated condition of kettle body (1), thereby the light intensity that above-mentioned illuminating part (42) is irradiated on simulation charcoal burning bed (41) changes, just or with the difference to the interior water heated condition of kettle body (1) realize and automatically strengthen or weaken with the interior water temperature of kettle body (1) with the flame effect of realizing simulation charcoal burning bed (41).
5. electric kettle according to claim 4, it is characterized in that the voltage that above-mentioned voltage control circuit at least can make above-mentioned illuminating part (42) realizes corresponding high and low two kinds of variations with water heated condition, water keeping warm mode in kettle body (1), between the weak firepower state while making to simulate strong fiery state that the flame effect of charcoal burning bed (41) can be in the time of heating and insulation, change.
6. electric kettle according to claim 4, it is characterized in that above-mentioned tune fire device also comprises that the power supply being arranged in above-mentioned power circuit delays voltage control circuit, this power supply delays the light intensity that voltage control circuit can make illuminating part (42) in the time of illuminating part (42) power connection to be strengthened gradually and after power supply disconnects, makes the light intensity of illuminating part (42) extinguish gradually or be decremented to gradually weak state, thus the Simulated flame that makes to simulate charcoal burning bed (41) can form strengthen gradually with extinguish gradually or be decremented to gradually a little less than the illusion of heating up water of intensity of a fire state.
7. according to the electric kettle described in claim 3 or 4, it is characterized in that above-mentioned electric heating control device (3) comprises heater element (31), for detection of the temperature sensor (32) of the interior water temperature of kettle body (1), the integral control circuit (33) of charged circuit, above-mentioned illuminating part (42) is for which is provided with the luminous plaque formation of plurality of LEDs lamp pearl, above-mentioned tune fire device comprises and described luminous plaque electrical connection, and can make the light on and off quantity of luminous onboard led lamp pearl change with the interior water temperature height of kettle body (1) or change how many control circuits that change occur with the difference to the interior water heated condition of kettle body (1).
8. electric kettle according to claim 3, it is characterized in that above-mentioned integral control circuit (33) comprises power circuit, step-down rectifying circuit, is respectively used to control heat up water two relay circuits, mu balanced circuit and the central controller of heating circuit and heat retaining and exothermal circuit, above-mentioned voltage control circuit is arranged on described central controller.
9. electric kettle according to claim 3, it is characterized in that above-mentioned simulating flame device (4) also comprise be installed on above-mentioned simulated combustion bed (41) rear imaging combustion screen, be positioned at described imaging combustion screen rear and the luminescence unit electrical connection of above-mentioned tune fire device, above-mentioned tune fire device can make the voltage of luminescence unit change strong and weak variation occurs with the interior water temperature height of kettle body (1), and above-mentioned imaging combustion screen is for which is provided with the optical grating mold plate of at least two kinds of flame pattern, described flame pattern is that fluorescent ink printing forms, and above-mentioned luminescence unit is uviol lamp.
10. according to the electric kettle described in claim 1 or 2 or 3, it is characterized in that above-mentioned simulating flame device (4) comprises the imaging combustion screen being installed in above-mentioned base (2), be positioned at the luminescence unit at described imaging combustion screen rear and change with kettle body (1) water temperature height from the voltage that can make luminescence unit or with different variation the to kettle body (1) water heated condition, the strong and weak tune fire device changing occur, the fiery device of described tune makes the flame effect on described imaging combustion screen change strong and weak variation occurs with the interior water temperature height of kettle body (1) or with the difference to the interior water heated condition of kettle body (1), and the sidewall of this base (2) is provided with can see that the window (21) of Simulated flame effect or the sidewall of base (2) are that transparent material is made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320846219.4U CN203633982U (en) | 2013-12-20 | 2013-12-20 | Electric kettle having effect of boiling water by simulated flame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320846219.4U CN203633982U (en) | 2013-12-20 | 2013-12-20 | Electric kettle having effect of boiling water by simulated flame |
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| Publication Number | Publication Date |
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| CN203633982U true CN203633982U (en) | 2014-06-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320846219.4U Withdrawn - After Issue CN203633982U (en) | 2013-12-20 | 2013-12-20 | Electric kettle having effect of boiling water by simulated flame |
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| CN (1) | CN203633982U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103654385A (en) * | 2013-12-20 | 2014-03-26 | 中山市积高电器制造有限公司 | Electric kettle with simulated flame water heating effect and flame simulating device used in electric kettle |
| CN106264067A (en) * | 2015-06-05 | 2017-01-04 | 佛山市顺德区美的电热电器制造有限公司 | Electric cooker and discharge of steam reminding method thereof |
| CN106466125A (en) * | 2015-07-24 | 2017-03-01 | 德国福维克控股公司 | Kitchen machine and the operation method of kitchen machine |
-
2013
- 2013-12-20 CN CN201320846219.4U patent/CN203633982U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103654385A (en) * | 2013-12-20 | 2014-03-26 | 中山市积高电器制造有限公司 | Electric kettle with simulated flame water heating effect and flame simulating device used in electric kettle |
| CN103654385B (en) * | 2013-12-20 | 2016-03-30 | 中山市积高电器制造有限公司 | Have Simulated flame heat up water effect electric kettle and simulating flame device |
| CN106264067A (en) * | 2015-06-05 | 2017-01-04 | 佛山市顺德区美的电热电器制造有限公司 | Electric cooker and discharge of steam reminding method thereof |
| CN106466125A (en) * | 2015-07-24 | 2017-03-01 | 德国福维克控股公司 | Kitchen machine and the operation method of kitchen machine |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140611 Effective date of abandoning: 20160330 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |