CN2726480Y - Multifunctional food cooking device - Google Patents
Multifunctional food cooking device Download PDFInfo
- Publication number
- CN2726480Y CN2726480Y CN 200420072583 CN200420072583U CN2726480Y CN 2726480 Y CN2726480 Y CN 2726480Y CN 200420072583 CN200420072583 CN 200420072583 CN 200420072583 U CN200420072583 U CN 200420072583U CN 2726480 Y CN2726480 Y CN 2726480Y
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- heat
- cooking device
- food cooking
- heat conduction
- functional temperature
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Abstract
The utility model relates to a multifunctional food cooking device, especially the multifunctional food cooking device that can do heat preservation to prepared food and directly fry or boil food. The utility model mainly comprises a loading and placing dish which is made from material with similar coefficient of thermal expansion. The bottom surface forms flat conductive wainscot. The conductive wainscot is relative to the heat conducting board set by a heating base. With the heat conducting board, heat is uniformly formed and diffused to the loading and placing dish, so as to provide uniform temperature to heat and preserve heat. The heat conducting board can also be directly used to fry or boil food. The heat conducting board and the loading and placing dish can be combined in cartridge type, so that the cleaning is easy and the multiple functions can be utilized.
Description
[technical field]
But the utility model be a kind of at prepared food do insulation operation and multifunctional application decoct more than the function temperature boil food cooking device.
[background technology]
The food cooking device of relevant insulation, as the prepared food of buffet be placed in a warmer, subordinate side, lining heats by hot water or little fire, to avoid the prepared food temperature drop, produces taste and changes.
So with the hot water heat conduction person of heating, its purpose has been to allow the prepared food thing can keep moisture, so the temperature of this hot water gets the heating of keeping that can make preferable mouthfeel to food about 60 ℃.
The warmer that former times is used probably is provided with a box body, lining portion bearing food, and the below contacts with formation heat conduction via little fire or hot water, and the dish of top bearing is incubated.
Newly advance as the practical new case of Japan and login No. 3098798 designed it " infrared ray radiation food heat-insulation device far away ", as shown in Figure 1, it mainly is by an insulation body 1, central interior forms base plate 11, to isolate upper-lower position, a heating wire support plate 13 is directly being pasted with solid 12 in base plate 11 belows, this heating wire support plate 13 is carved in advance and is provided with heating wire ditch 131, in this heating wire portion in the groove of ditch 131, the laying far-ultraviolet heating wire 14 of having chance with, these infrared electric heating line 14 wire rod peripheries own are coated with the far infrared conversion layer, by the far infrared ripple that is produced via base plate 11, show and pass, so that food is incubated to going up of body 1.
Its disappearance is the emission of this far infrared ripple, if through stopping of any article, then its wavelength relatively can be destroyed, and lose the effect (as the design of Fig. 1) of far infrared, the heat wave that supporting face took place is shown in going up of its body 1, only be general heat wave, and can't effectively obtain the far infrared wavelength;
Moreover this design basic function is only as the insulation of dish, and identical former times is used various warmers, all only as single function insulation effect.
[summary of the invention]
The utility model is that a kind of multi-functional temperature is boiled food cooking device, especially refer to provide make up by cassette, and can be in response to not waiting service condition demand, the insulation that produces multifunctional application decocts food cooking device, it mainly is by the made mounting dish of the close material of a coefficient of expansion, the bottom surface is separated out the top supporting face via the heat-carrying plate and veneer is led in the below, this is led veneer and tackles the set heat conduction flat board of table on a heating pedestal, the dull and stereotyped system of heat conduction obtains heat energy by being installed on more than the back number heat-generating devices, the heat generating component that this generating means system utilizes positive temperature coefficient ceramic resistance to be constituted produces heating power, makes up in the cassette mode between the two.
The utility model bears this mounting dish of food especially, combines with formation cassette between the heating pedestal, and can obtain multi-functional utilization between group is unloaded;
And on this mounting dish, show supporting face, and directly being coated with the far infrared conversion coating, its this heat wave acts directly on dish and thermal source can be converted to the far infrared wavelength, and can get the insulation of best mouthfeel via the conversion of this far infrared coating.
The mounting dish that base configuration system is made of the close material of a thermal coefficient of expansion, the bottom surface is formed with the smooth veneer of leading, and this is led on the relative heating pedestal of veneer and shows the dull and stereotyped institute of set heat conduction to pasting, and transmits with the thermal source with flat board.
The dull and stereotyped system of this heat conduction is by the obtained thermal source of positive temperature coefficient ceramic resistance again, so warm-up mode is steady temperature and by this heat conduction flat board, can be effectively the heat energy of heat-generating device single-point be spread apart it is transmitted evenly.
The utility model is a purpose again, is the power of this electro-heat equipment, can change size via electrical modulation, as the modulation that does not wait demand.
The utility model the 3rd purpose between this mounting dish and heating pedestal, can make up in the solid mode of mechanical clasps by fastener.
The utility model the 4th purpose, for at the set veneer of leading of this mounting dish, and between the dull and stereotyped interface of the heat conduction of heating pedestal, can lay a dry type elastic heat conducting film connects at interval, by this film, but and can remedy the surf deform of plate face the subject of knowledge and the object of knowledge generation, do the filling of its deformation space, promote thermal conductance efficient.
The utility model the 5th purpose is led between veneer and the heat conduction flat board for this, can bind by heat-conducting glue, utilizes this heat-conducting glue can fill up pasting the surf deform of surface possibility, its deformation space is filled up, and effective conducting the two.
The utility model the 6th purpose is the set electro-heat equipment of pedestal that generates heat at this, and the working heat temperature of generation is used the service condition demand that obtains insulation and decoction about more than 60 ℃.
The utility model the 7th purpose, for further can adding, portion in the mounting dish is equipped with dish within the interval, implement fluid conductors between inner disc and the mounting dish, by this fluid conductors as secondary thermal diffusion and heat accumulation function, and can to add put within dish do more stable constant temperature transmission.
[description of drawings]
The warmer design drawing that Fig. 1 used for former times.
Fig. 2 is the external sight graph of a relation of the utility model group.
Fig. 3 is the utility model heat-generating device installing figure.
Fig. 4 is the assembly assumption diagram of the utility model heat-generating device.
Fig. 5 implements sectional view for the utility model.
Fig. 6 implements the syntagmatic sectional view for the utility model.
Fig. 7 is another embodiment of the utility model.
Fig. 8 is that Meals feeder structural representation is simplified in the enforcement of Fig. 7.
The element shown symbol description is as follows;
Body--1 base plate--11 solid--12
Heating wire support plate--13 heating wire ditch--131
Infrared electric heating line--14 food cooking devices--2 mounting dish--21
Supporting face--211 lids--22 snapping hole--23
Fastener--230 heat-carrying plates--24 lead veneer--240
Conversion coating--241 infrared wave--242
Heating pedestal--3 pedestals--30 heat conduction flat board--31
Power line--32 heat-generating devices--4 heat generating component--41
Encapsulated member--42 leads--43 compression set frame--44
Heat conduction film--5 division boards--6 reflectings surface--61 inner disc--7
Granular pier pin--71 gaps--72 fluid conductors--8
[specific embodiment]
The detailed description of relevant the utility model at first sees also shown in Figure 2ly, and it mainly is the mounting dish 21 that is made of the close material of a thermal coefficient of expansion, and inner bottom part forms a supporting face 211, on can accept lid 22 cap seals, form and take precautions against that the heat temperature is outer puts;
Meet a heating pedestal 3 under 21 pairs on the mounting dish, entire combination forms food cooking device 2, and table is formed with a heat conduction flat board 31 on the heating pedestal 3, and this heat conduction flat board 31 obtains to drive electric power via power line 32.
Between mounting dish 21 and the heating pedestal 3, further can utilize set snapping hole 23 and fastener 230, do the snapping combination of mechanicalness, table supporting face 211 on the combination back mounting dish 21, can insert the cooking of demand insulation;
Owing to form the cassette combination between the two, the set heat conduction flat board 31 of table on the pedestal 3 that should generate heat after the dismounting can directly be made insulation or decoction food applications and form in response to the modulation of heating power.
Please consult shown in Figure 3ly again, the heat conduction flat board 31 that relevant this heating pedestal 3 is set ties up to its back and is equiped with heat-generating device 4, and this heat-generating device 4 is made as array, and via the logic circuit layout, and can produce the modulation of firepower size.
Because heat conduction flat board 31 is a plate body shape, the heat-generating device 4 that the back is installed is average interval installing in spoke face bottom, so the thermal source that produced of heat-generating device 4, can its heat energy evenly be full of in dull and stereotyped 31 surfaces of heat conduction via the diffusion of heat conduction flat board 31.
The foundation structure of this heat-generating device 4 again, see also shown in 4, it mainly is the heat generating component 41 that is constituted with positive temperature coefficient ceramic resistance by, peripheral via 42 encirclements of heat conduction encapsulated member, receive power lead 43 to contain, by this encapsulated member 42, and the electrical of lining portion externally can be isolated, and derive heat energy effectiveness.
Whole via a compression set frame 44, to press heat conduction flat board 31,, see also shown in Figure 5 after its combination to form the crimping combination at Fig. 3;
Table on this heating pedestal 3, install a heat conduction flat board 31, dull and stereotyped 31 backs of heat conduction are through aforementioned combination, and be crimped with heat-generating device 4, peripheral supported by pedestal 30, below integral body by a division board 6 isolate portion in this division board 6 can be maintained in heat-generating device 4, blocking moisture or dust pollution, or oily wastewater pollution.
Further at the inner surface of division board 6, be formed with at the anti-reflecting surface 61 of scolding effect of heat wave generation, getting can be with the heat energy of 4 radiation of heat-generating device, and heat conduction flat board 31 is given in reflection, to assemble thermal energy transfer at heat conduction flat board 31
In dull and stereotyped 31 pairs of the heat conduction, be the face of connecting 240 of meeting, this is led veneer 240 and is formed in mounting dish 21 bottoms at interval by the heat-carrying plate 24 that forms mounting dish 21, and heat-carrying plate 24 tops form supporting face 211, puts the prepared food cooking to provide.
Must be after mounting dish 21 and heating pedestal 3 are made up, the thermal source that heat-generating device 4 is obtained, after at first can evenly spreading via heat conduction dull and stereotyped 31, and pass to heat-carrying plate 24 uniformly synchronously comprehensively, go up the emission of thermal radiation ripple by 24 pairs of heat-carrying plates again, so that food materials are incubated, the heat energy that discharged of this heat-generating device 4 wherein, after 24 transmission of heat-carrying plate, up its temperature of the heat wave of emission is controlled at about 60 ℃ approximately, keeps dish is made best mouthfeel heat temperature.
More utilize this heat-generating device 4, be with ceramic resistor as heat generating component, so the heat energy of its output can reach temperature constant state, uses to obtain the constant temperature working efficiency.
In addition, be coated with far infrared conversion coating 241, the heat energy that heat-carrying plate 24 is passed on can be pierced into after the coating, change into far infrared ripple 242 and up launch by this coating 241 at these heat-carrying plate 24 upper surfaces.
By this far infrared ripple 242, can agitate the heating operation of formula at the contained hydrone of putting of portion in the food materials or cell, make the food materials insulation evenly about.
And utilize the emission of this far infrared ripple 242, and can do bacterium is killed except that function.
In addition, if mounting dish 21 is dismantled, simple dull and stereotyped 31 upper surfaces of heat conduction that utilize heating pedestal 3, directly as insulation to food, or the heating power of increasing heat-generating device 4, and can directly do to decoct the cooking operation to any food, or provide other container to be seated in table on the heat conduction flat board 31, and the burning hot operation of the general pan boiling of conduct.
Please consult shown in Figure 6 again, between the mounting dish 21 and heating pedestal 3 about the utility model, except aforementioned with cassette combination and the mechanical snapping mode of fastener, can obtain to contact fully with the face of connecting of heat-carrying plate 24 in order to ensure heat conduction dull and stereotyped 31, and can between be separated with a heat conduction film 5 that approaches shape elasticity;
Utilize this heat conduction film 5 with thin shape at interval heat-carrying plate 24 and heat conduction flat board 31 to veneer, must be able to remedy dull and stereotyped 31 opposite faces of heat-carrying plate 24 and heat conduction and change filling up of the deformation space that forms because of the curvature that processing is produced, or can be in response to the space of material distortion that expanded by heating produces, getting can be by this heat conduction film 5 as the interval, utilize its strain, and can remedy the variation of this deformation space, so that the heat energy of heat conduction flat board 31 can not be subjected to steric restriction, and directly convey to heat-carrying plate 24.
Another is embodied as the utility model again, between mounting dish 21 and the heating pedestal 3, the two combination is except connecing with aforementioned mechanical clasps the mode of combination, if convenient commercial simple function uses, then can will carry out deadlocked combination between mounting dish 21 and the heating pedestal 3, it is a dry type heat conduction film as shown in Figure 6, the heat conduction adhesive agent of hyperphoric one-tenth semifluid, at interval heat-carrying plate 24 and heat conduction flat board 31 to the veneer position, form interlayer.
By sticking together of heat conduction jelly, reach the combination except making mounting dish 21 and heating pedestal 3, identically utilize this jelly, and can the deformation space because of machining deformation be filled up, to guarantee the heat energy of heat conduction flat board 31, can pass fully to heat-carrying flat board 24.
Please consult shown in Figure 7 again, relevant 21 li portions of Meals feeder 2 set mounting dishes further can add and are equipped with an inner disc 7, this inner disc 7 is provided with granular pier pin 71, make between its bottom surface and the mounting dish 21 set heat-carrying plates 24, obtain a gap 72, fill in via fluid conductors 8 (water liquid) in this gap 72, can can do secondary by this fluid conductors 8 the even expansion effect of temperature, and reach the critical condition of boiling point by this fluid conductors 8, and judge whether the temperature of heating to inner disc 7 surpasses, as liquid conductor 8 if with clear water, then its temperature can be evaporated at about 100 degree, and the heat wave that heat-generating device 4 is launched, if via heat-carrying plate 24 after long-time heat conduction, make temperature too high for fear of cumulative heating effect, then can form secondary thermal diffusion effect by the intervention of liquid conductor 8, just fluid conductors 8 can be with heat-carrying plate 24 heat energy of emission up, its dynamically exhibition stream function and molecular structure effect of mat once more, and evenly diffusion once more, when if heat-carrying plate 24 is overheated, then 8 of fluid conductors can evaporate, therefore can be via the storage size of checking fluid conductors 8 power of modulation heat-generating device.
Fluid conductors 8 is to fill in 72 li portions in the gap, basically the heat temperature of the utility model enforcement heat-generating device is aforementioned temperature conditions, excessive and the even expansion effect of secondary for fear of above-mentioned long-pending heat, getting the utility model further utilizes fluid conductors 8 to coil 7 as delivered spaced within adding, wherein this gap 72 is a more little gap, therefore on inner disc 7 bottom surfaces and the heat-carrying plate 24 between the table via the heating more little expansion of water body afterwards, but the strength of this expansion be subjected to heat-generating device 4 watt level and the institute influence, under the situation that is embodied as the low temperature emission according to the utility model, fluid conductors 8 formed internal pressures then, still can be subjected to the restriction of atmospheric pressure, so extrusion of can not expanding outward, the fluid conductors 8 of 72 the insides in the gap in this way, be subjected to the compression set effect of atmospheric pressure and be difficult for evaporation, be connected between the most of system of its work and do heat transmission between heat-carrying plate 24 and inner disc 7 bottoms, by the miscellaneous function of this inner disc 7 with fluid conductors 8, must make the food materials of inner disc 7 bearings can obtain the maintenance of equilibrium temperature more, the temperature of not destroying the food materials cell membrane that is defined as of this temperature is a definite value.
Please consult shown in Figure 8 again, mode according to inner disc that Fig. 7 implements 7, the enforcement that gets Meals feeder 2 can directly directly be equipped with heat-generating device 4 below heat-carrying plate 24, can provide fluid conductors 8 to fill in by these inner disc 7 set gaps 72 as media, so that the heat temperature of heat-carrying plate 24 generations is directly done evenly diffusion, make the inner disc 7 can the uniform heating status of identical acquisition, so more simplify the structure of Meals feeder.
Claims (10)
1. a multi-functional temperature is boiled food cooking device, it is characterized in that it mainly is by the made mounting dish of the close material of a coefficient of expansion, the bottom surface is separated out the top supporting face via the heat-carrying plate and veneer is led in the below, this is led veneer and tackles the set heat conduction flat board of table on a heating pedestal, the dull and stereotyped system of heat conduction obtains heat energy by being installed on more than the back number heat-generating devices, the heat generating component that this generating means system utilizes positive temperature coefficient ceramic resistance to be constituted produces heating power, makes up in the cassette mode between the two.
2. multi-functional temperature according to claim 1 is boiled food cooking device, it is characterized by the power of this heat-generating device, for selecting modulation.
3. multi-functional temperature according to claim 1 is boiled food cooking device, it is characterized by between this mounting plate and the heating pedestal, can make up by fastener.
4. multi-functional temperature according to claim 1 is boiled food cooking device, it is characterized by between this mounting dish and the heating pedestal, distinctly mutually to set veneer and the heat conduction flat board of leading, can connect at interval via a dry type heat conduction film veneer.
5. multi-functional temperature according to claim 1 is boiled food cooking device, it is characterized by leading between the veneer of this heat conduction flat board and mounting dish, can stick together combination via the heat-conducting glue interlayer.
6. multi-functional temperature according to claim 1 is boiled food cooking device, it is characterized by the heat temperature that this heat-generating device takes place, for being good more than 60 ℃.
7. multi-functional temperature according to claim 1 is boiled food cooking device, it is characterized by at the set heat-generating device of this heating pedestal, under can isolate via a division board.
8. boil food cooking device according to claim 1,7 described multi-functional temperature, it is characterized by interior table, further can form reflecting surface at this division board.
9. multi-functional temperature according to claim 1 is boiled food cooking device, and the portion that it is characterized by in this mounting dish can add and is equipped with an inner disc, and table is formed with a gap on this inner disc bottom and the mounting dish, and this gap implements fluid conductors.
10. boil food cooking device according to claim 1,9 described multi-functional temperature, in the mounting dish portion of it is characterized by is provided with the enforcement of inner disc, can directly be provided with heat-generating device under the set heat-carrying plate of its Meals feeder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420072583 CN2726480Y (en) | 2004-08-12 | 2004-08-12 | Multifunctional food cooking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420072583 CN2726480Y (en) | 2004-08-12 | 2004-08-12 | Multifunctional food cooking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2726480Y true CN2726480Y (en) | 2005-09-21 |
Family
ID=35042506
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420072583 Expired - Fee Related CN2726480Y (en) | 2004-08-12 | 2004-08-12 | Multifunctional food cooking device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2726480Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104883754A (en) * | 2015-05-06 | 2015-09-02 | 阚晓敏 | Intelligent electric heating device |
| CN105618889A (en) * | 2014-10-28 | 2016-06-01 | 宁波江丰电子材料股份有限公司 | Heating equipment |
| US11871000B2 (en) | 2010-12-28 | 2024-01-09 | Dolby Laboratories Licensing Corporation | Method and system for selectively breaking prediction in video coding |
-
2004
- 2004-08-12 CN CN 200420072583 patent/CN2726480Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11871000B2 (en) | 2010-12-28 | 2024-01-09 | Dolby Laboratories Licensing Corporation | Method and system for selectively breaking prediction in video coding |
| CN105618889A (en) * | 2014-10-28 | 2016-06-01 | 宁波江丰电子材料股份有限公司 | Heating equipment |
| CN104883754A (en) * | 2015-05-06 | 2015-09-02 | 阚晓敏 | Intelligent electric heating device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20050921 Termination date: 20090914 |