CN206026003U - Food heating device - Google Patents

Abstract

The utility model discloses a food heating device belongs to the scheme in food heating technology field, and it includes base, top cap and control circuit, the base is equipped with the first chamber that holds, and the inner bag is installed to the first intracavity that holds, the top at the base is installed to the top cap, control circuit locates in the base, the first intracavity that holds is equipped with first heat -generating body and second heat -generating body, and the below of inner bag bottom is located to first heat -generating body, and the second heat -generating body surrounds outside the lateral wall of inner bag, the bottom of top cap is equipped with the third heat -generating body, and the inner bag top is arranged in to the third heat -generating body, control circuit and first heat -generating body, second heat -generating body and third heat -generating body electric connection, control circuit is used for controlling first heat -generating body, second heat -generating body and third heat -generating body and generates heat. This technical scheme can carry out all -round heating, thoroughly solves the uneven problem of prior art heating.

Description

Apparatus for heating food

Technical field

This utility model is related to a kind of heater, more particularly to a kind of apparatus for heating food.

Background technology

As the saying goes that bread is the staff of life, so diet occupies highly important status in daily life, and it is many in kitchen In many mess kits, apparatus for heating food can be described as necessary tool, and apparatus for heating food can be electric cooker, pressure Pot, frying pan, electromagnetic oven etc.；But either which kind of above-mentioned apparatus for heating food, has that heating is uneven, and this is Because these apparatus for heating food are only heated to food local, it is scorched so as to cause food to be likely to occur local, but The still underdone situation in remaining position, so it is particularly important to find a kind of technical scheme that can solve the problem that this problem.

Utility model content

The purpose of this utility model is to provide a kind of apparatus for heating food, uneven to heat foods to solve prior art Even problem.

In order to solve above-mentioned technical problem, this utility model provides a kind of apparatus for heating food, including base, top cover and Control circuit；The base top is down recessed and is formed with the first accommodating chamber, and the first receiving intracavity is provided with and can dismantle Inner bag；The top cover is arranged on the top of the base；The control circuit is located in the base,

The first receiving intracavity is provided with the first heater and the second heater, and first heater is located at the inner bag The lower section of bottom, second heater are enclosed in outside the side wall of the inner bag；

The bottom of the top cover is provided with the 3rd heater, and the 3rd heater is placed in above the inner bag；

The control circuit is electrically connected with first heater, second heater and the 3rd heater, The control circuit is generated heat for controlling first heater, second heater and the 3rd heater.

Preferably, the first receiving intracavity is provided with the first heat conduction layer, the shape of first heat conduction layer with it is described The mating shapes of inner bag, first heat conduction layer are placed on outside the inner bag；First heater is passed with the described first heat The outer bottom of conducting shell is abutted；Second heater is abutted with the outside wall surface of first heat conduction layer.

Preferably, the first receiving intracavity is provided with the first heat insulation layer, the shape of first heat insulation layer with The mating shapes of first heat conduction layer, first heat insulation layer are placed on outside first heat conduction layer；Described One heater is between both first heat conduction layer and first heat insulation layer bottom surface；Second heater sets Between both first heat conduction layer and first heat insulation layer side wall.

Preferably, the first receiving intracavity is provided with heat abstractor；

The heat abstractor is below first heat conduction layer；

And/or the heat abstractor is centered around outside the side wall of first heat conduction layer.

Preferably, the inner hollow of the top cover forms the second accommodating chamber, and the bottom surface of second accommodating chamber is second Heat conduction layer, the 3rd heater accommodate intracavity, the 3rd heater and second heat conduction layer located at described second Abut against.

Preferably, the second receiving intracavity is provided with the second heat insulation layer, and second heat insulation layer is located at described The top of the 3rd heater.

Preferably, the lid side of the top cover is provided with the first electrical connector, the first electrical connector and described Three heaters are electrically connected with；

The side wall upper part of the base is provided with the second electrical connector, the second electrical connector and the control circuit It is electrically connected with；

, on the base, the 3rd heater is in the described first electrical connector and described second for the top cover support Connect with the control circuit when electrically connector is mutually abutted.

Preferably, the apparatus for heating food also include rotating shaft coupling, the rotating shaft coupling respectively with the top cover Lid side, the top connection of the base side wall, the rotating shaft coupling be used for enabling the top cover turn over from turn over to described Base.

Preferably, the control circuit includes heating management circuit, central processing unit and electric power management circuit,

It is heating management circuit and the central processing unit, the electric power management circuit, first heater, described Second heater and the 3rd heater are electrically connected with；

The central processing unit is used for controlling the first heater described in the heating management drives, second heating Body and the 3rd heater are generated heat；

The electric power management circuit is electrically connected with power interface, and the power interface is located at outside the base, the electricity For the electric power of acquisition is delivered to the electric power management circuit, the electric power management circuit is used for as the heat foods source interface Device distributes supply of electric power.

Preferably, accumulator is provided with the base, and the accumulator is electrically connected with electric power management circuit；In the electricity When source interface does not obtain power supply, the accumulator is for powering to the apparatus for heating food；Obtain in the power interface and supply When electric, the electric power management circuit is for accumulator charging.

Preferably, to be electrically connected with the first temperature sensor, second temperature sensor and the 3rd warm for the central processing unit Degree sensor；

First temperature sensor is used for detecting the heating temp of first heater, the central processing unit according to First heater described in the testing result control heating management drives of first temperature sensor is generated heat；

The second temperature sensor is used for detecting the heating temp of second heater, the central processing unit according to Second heater described in the testing result control heating management drives of the second temperature sensor is generated heat；

The three-temperature sensor is used for detecting the heating temp of the 3rd heater, the central processing unit according to 3rd heater described in the testing result control heating management drives of the three-temperature sensor is generated heat.

Preferably, the base is provided with control panel, and the control panel is electrically connected with the central processing unit, institute Control panel is stated for sending a control signal to the central processing unit, the central processing unit is according to control signal is controlled First heater, second heater and the 3rd heater described in heating management drives is generated heat.

Preferably, telecommunication circuit is provided with the base, and the communicating circuit is electrically connected with the central processing unit, institute Communicating circuit is stated for receiving remote control signal, the remote control signal is delivered to the central authorities and processed by the communicating circuit Device, the central processing unit according to the remote control signal control it is described heating management drives described in the first heater, Second heater and the 3rd heater are generated heat.

Preferably, also including handle, one end of the handle is coupled with the inner bag, and the other end of the handle is extended to Outside the base.

Preferably, polylith dividing plate is provided with the inner bag, and dividing plate described in polylith will be divided into multiple foods inside the inner bag Thing placed cavity.

Preferably, first heater is made up of Graphene, alloy, carbon fiber, ceramics, mica sheet or solenoid；

Second heater is made up of Graphene, alloy, carbon fiber, ceramics, mica sheet or solenoid；

3rd heater is made up of Graphene, alloy, carbon fiber, ceramics or mica sheet.

The beneficial effects of the utility model are as follows：

In use, food will be put in inner bag carries out the heating cooking, as the first heater is under inner bag Side, so the first heater can be heated to food from below inner bag；In the same manner, as the second heater is located at the side of inner bag Outside wall, so the second heater can be heated from the side of inner bag to food；Natural, as the 3rd heater sets In the top of inner bag, so the 3rd heater can be heated from the top of inner bag to food；In sum, this utility model By heating to food from the upper and lower and surrounding of inner bag, ensure that food can carry out Omnidirectional heating, thoroughly solve Prior art of having determined may cause the problem that food portion is burned and remainder is underdone.

Description of the drawings

In order to be illustrated more clearly that the technical solution of the utility model, below by to be used attached needed for embodiment Figure is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present utility model, for For those of ordinary skill in the art, on the premise of not paying creative work, can be obtaining other according to these accompanying drawings Accompanying drawing.

Fig. 1 is the structural representation of the apparatus for heating food that this utility model first embodiment is provided；

Fig. 2 is the schematic block diagram of the apparatus for heating food that this utility model first embodiment is provided；

Fig. 3 is the structural representation of the apparatus for heating food that this utility model second embodiment is provided；

Fig. 4 is the structural representation of the apparatus for heating food that the 3rd embodiment of this utility model is provided；

Fig. 5 is the schematic block diagram of the apparatus for heating food that this utility model second, third embodiment is provided.

Reference is as follows：

1st, base；11st, the first accommodating chamber；

2nd, top cover；21st, the second accommodating chamber；

31st, the first heater；32nd, the second heater；33rd, the 3rd heater；

41st, the first temperature sensor；42nd, second temperature sensor；43rd, three-temperature sensor；

51st, the first heat conduction layer；52nd, the second heat conduction layer；

61st, the first heat insulation layer；62nd, the second heat insulation layer；

71st, the first electrical connector；72nd, the second electrical connector；

8th, control circuit；81st, central processing unit；82nd, electric power management circuit；83rd, heating management circuit；84th, control panel； 85th, communicating circuit；86th, power interface；

9th, inner bag；91st, handle；

101st, accumulator；102nd, rotating shaft coupling；103rd, heat abstractor.

Specific embodiment

Below in conjunction with the accompanying drawing in this utility model embodiment, to the technical scheme in this utility model embodiment It is clearly and completely described.

Knowable to Fig. 1 to 5, apparatus for heating food described in the utility model includes base 1, top cover 2 and control circuit 8；Institute State down to be recessed at the top of base 1 and be formed with the first accommodating chamber 11, the inner bag that can be dismantled is installed in first accommodating chamber 11 9；The top cover 2 is arranged on the top of the base 1；The control circuit 8 is located in the base 1, first accommodating chamber The first heater 31 and the second heater 32, lower section of first heater 31 located at 9 bottom of the inner bag, institute is provided with 11 State the second heater 32 to be enclosed in outside the side wall of the inner bag 9；The bottom of the top cover 2 is provided with the 3rd heater 33, and described Three heaters 33 are placed in above the inner bag 9；The control circuit 8 and first heater 31, second heater 32 It is electrically connected with the 3rd heater 33, the control circuit 8 is used for controlling first heater 31, second heating Body 32 and the 3rd heater 33 are generated heat.

When above-mentioned embodiment works, control circuit 8 supplies power to the first heater 31,32 and of the second heater 3rd heater 33, the first heater 31, the second heater 32 and the 3rd heater 33 will proceed by heating, now first Hot body 31 will be heated to the bottom of inner bag 9, and the side wall to inner bag 9 is heated by the second heater 32, so being placed on Food bottom surface and food side in inner bag 9 can be heated, and further, now the 3rd heater 33 will be from inner bag 9 Top is generated heat, so as to the upper surface of food can also be heated；The upper surface of i. e., lower surface and side can be obtained Must heat, so as to solve the problems, such as that prior art is only capable of carrying out local heating to food so that food is uniformly heated, So as to improve the delicious degree of cooking food.

In addition, it is also stated that following main points：

1st, control panel 84 is not necessarily；Generally, heater is respectively provided with control panel 84, so as to user it is defeated Enter the working condition that control command adjusts heater, in the same manner, this mode can also be applied in this utility model；But Control panel 84 can be not provided with, and such as directly relative program is write in control circuit 8, as long as after this utility model energization work Directly the operation of configuration processor, can equally realize the Omnidirectional heating of food；

2nd, the first heater 31, the shape of the second heater 32 and the 3rd heater 33, quantity are not limited；With first As a example by hot body 31, its shape can be strip, bulk, lamellar or its combination, if can match with installing space just can, and the The quantity of one heater 31 can be one or more, if the first heater 31 is multiple, multiple first heaters 31 are arranged in 9 times convenience of inner bag can；In the same manner, the shape of the second heater 32 and the 3rd hot body, quantity are not also limited, herein No longer discuss.

Preferred implementation of the present utility model as shown in Fig. 1,3 and 4 is provided with the first heat and passes in first accommodating chamber 11 Conducting shell 51, the shape of first heat conduction layer 51 and the mating shapes of the inner bag 9, first heat conduction layer 51 are placed on Outside the inner bag 9；First heater 31 is abutted with the outer bottom of first heat conduction layer 51；Second heater 32 Abut with the outside wall surface of first heat conduction layer 51.

In actual use, heater produce heat it is larger, if heater directly contact with inner bag 9 can produce compared with Big problem, one is that easily inner bag 9 is caused damage, and two is that food is boiled Jiao easily；In order to solve this problem, this embodiment party Formula is additionally arranged the first heat conduction layer 51 between the first heater 31, the second heater 32 and inner bag 9, so the first heater 31 The heat produced with the second heater 32 needs to get to inner bag 9 after the first heat conduction layer 51 is transmitted, and avoids first straight The high temperature for connecing causes damage to inner bag 9, and next avoids inner bag 9 from heating up too fast and food is boiled Jiao；Wherein, the first heat conduction layer 51 Should be from heat conductivility is good, resistant to elevated temperatures material is made, such as devitrified glass is that one kind is preferably selected.It may be noted that the The inner surface of one heat conduction layer 51 is the surface relative with inner bag 9, i.e., another surface of the first heat conduction layer 51 is then outer surface.

Preferred implementation of the present utility model as shown in figs. 1 and 3, is provided with the first thermal insulation separation in first accommodating chamber 11 Thermosphere 61, the mating shapes of the shape of first heat insulation layer 61 and first heat conduction layer 51, described first protects Warm thermal insulation layer 61 is placed on outside first heat conduction layer 51；First heater 31 is located at first heat conduction layer 51 and institute State between first both bottom surfaces of heat insulation layer 61；Second heater 32 is located at first heat conduction layer 51 and described the Between both one heat insulation layer 61 side walls.

In actual use, the utilization ratio of heater generation heat is not high, and most of heat is trapped in food The inside of thing heater, such case not only waste energy consumption, and heat it is too high be also easily damaged apparatus for heating food its His internal components；In order to solve this problem, present embodiment is additionally arranged the first heat insulation layer 61, the first heat insulation layer 61 It is enclosed within outside the first heat conduction layer 51, so that the first heater 31, the second heater 32 are placed in the first heat insulation layer 61 And first between heat conduction layer 51, the heat that such first heater 31 and the second heater 32 are produced will be by the first insulation Layer 61 is intercepted so that heat can not flow to other spaces in base 1 substantially, other devices is caused to damage so as to avoid heat Do harm to, and the heat being blocked is continued to for heating to inner bag 9, so as to improve the utilization rate of heat.

Preferred implementation of the present utility model is as shown in figure 4, be provided with heat abstractor 103 in first accommodating chamber 11； The heat abstractor 103 is below first heat conduction layer 51；And/or the heat abstractor 103 is centered around described first Outside the side wall of heat conduction layer 51.

In actual use, the calorific capacity of unlike material heater differ, it is high for some heating efficiencies Heater, need to carry out which appropriate cooling, otherwise heater will be caused to damage because overheated；In order to solve this Problem, above-mentioned embodiment are provided with heat abstractor 103 in the first accommodating chamber 11, and heat abstractor 103 will be to the first heater 31st, the second heater 32 carries out radiating and cooling, it is to avoid the first heater 31 and the second heater 32 are damaged because overheated, its In, the set-up mode of heat abstractor 103 has following three kinds：

1st, heat abstractor 103 is only below the first heat conduction layer 51；

2nd, heat abstractor 103 is only around outside the side wall of the first heat conduction layer 51；

3rd, not only below the first heat conduction layer 51, heat abstractor 103 is also about in the first conduction of heat heat abstractor 103 Outside the side wall of layer 51.

As shown in Fig. 1,3 and 4, the inner hollow of the top cover 2 forms second and holds preferred implementation of the present utility model Receive chamber 21, the bottom surface of second accommodating chamber 21 is the second heat conduction layer 52, the 3rd heater 33 is located at described second In accommodating chamber 21, the 3rd heater 33 is abutted against with second heat conduction layer 52.

In actual use, the moisture in food can due to being become steam by thermal evaporation, steam will rise and with 3rd heater 33 is contacted, due to mixing the impurity such as oil, salt in these steam, so steam is sticked on the 3rd heater 33 Cleaning will be caused difficult, if but clean not in time, it would be possible to corrode the 3rd heater 33；In order to solve the above problems, this Embodiment is hidden in the 3rd heater 33 in second accommodating chamber 21, and the second heat conduction layer 52 is placed on the 3rd heater 33 Lower section, so steam is merely able to contact with the second heat conduction layer 52, need Jing often to clean so as to avoid the 3rd heater 33, or The problems such as by steam corrosion, occurs.

Preferred implementation of the present utility model is provided with the second insulation in second accommodating chamber 21 as shown in Fig. 1,3 and 4 Thermal insulation layer 62, second heat insulation layer 62 is located at the top of the 3rd heater 33.

In actual use, the utilization ratio of heater generation heat is not high, and most of heat is trapped in food The inside of thing heater, such case not only waste energy consumption, and heat it is too high be also easily damaged apparatus for heating food its His internal components；In order to solve this problem, present embodiment is additionally arranged the second heat insulation layer 62, the second heat insulation layer 62 Located at the top of the 3rd heater 33, so that the 3rd heater 33 is placed in the second heat insulation layer 62 and the second heat conduction layer Between 52, the heat that such 3rd heater 33 is produced will be intercepted by the second heat insulation layer 62 so that heat can not flow substantially To other spaces in top cover 2, other devices are caused damage so as to avoid heat, and the heat being blocked is continued to For heating to inner bag 9, so as to improve the utilization rate of heat.

As shown in figs. 1 and 4, the lid side of the top cover 2 is provided with first and electrically joins preferred implementation of the present utility model Fitting 71, the first electrical connector 71 are electrically connected with the 3rd heater 33；The side wall upper part of the base 1 is provided with Second electrical connector 72, the second electrical connector 72 are electrically connected with the control circuit 8；2 support of the top cover exists On the base 1, the 3rd heater 33 is mutual with the described second electrical connector 72 in the described first electrical connector 71 Connect with the control circuit 8 during abutting.

In actual use, top cover 2 is usually to be separated from each other independence with base 1, when to cooking food, then By top cover 2 be placed on base 1 just can, but as top cover 2 is built with the 3rd heater 33, so necessary to the 3rd heater 33 It is powered, if but independent supply unit is set on top cover 2, it will cause structure too fat to move and increase production cost；In order to This problem is solved, present embodiment is additionally arranged the first electrical connector 71 and the second electrical connector 72, when top cover 2 is placed on After on base 1, top cover 2 is rotated, until the first electrical connector 71 is mutually abutted with the second electrical connector 72, now the 3rd Hot body 33, the first electrical connector 71, the second electrical connector 72 and control circuit 8 will sequentially be connected as a closed-loop path, So that the 3rd heater 33 can obtain electric energy by control circuit 8 being generated heat.

Preferred implementation of the present utility model is as shown in figure 3, the apparatus for heating food also includes rotating shaft coupling 102, the lid side respectively with the top cover 2 of the rotating shaft coupling 102, the top of 1 side wall of the base couple, the rotating shaft connection Connect device 102 for enable the top cover 2 turn over from turn over to the base 1.

In actual use, top cover 2 is usually to be separated from each other independence with base 1, when to cooking food, then By top cover 2 be placed on base 1 just can, but when top cover 2 is not required the use of, top cover 2 can nowhere will be put, and be that gastronomical process brings Inconvenience；In order to solve this problem, present embodiment is additionally arranged rotating shaft coupling 102, as top cover 2, base 1 are joined with rotating shaft Connect device 102 to couple, i.e., so that top cover 2 and base 1 substantially constitute an entirety, after opening top cover 2, top cover 2 still can Enough supports place top cover 2 without the need for finding position again above base 1.

Wherein, described rotating shaft coupling 102 substantially refers to a kind of part that can carry out axle rotation, and which generally includes Two rotatable parts and a rotating shaft, are equipped with an axis hole on each rotatable parts, then rotating shaft will turn also cross two Axis hole on dynamic component, so that two rotatable parts can be rotated centered on rotating shaft；With present embodiment it is Example, now the lid side of top cover 2 will be coupled with rotatable parts, and the top of 1 side wall of base will be coupled with another rotatable parts, So that top cover 2 and base 1 can be rotated centered on same rotating shaft；Certainly, the structure of rotating shaft coupling 102 is simultaneously It is not limited only to this, or only includes two rotatable parts, one of rotatable parts is provided with axis hole, another rotation section Integrally formed with rotating shaft on part, the mutual rotation between two rotatable parts can be equally realized；In sum, as long as can be real Existing top cover 2, all should belong in the range of rotating shaft coupling 102 described in present embodiment around same center rotating with base 1.Separately It is outer to be also pointed out that, if with the presence of part electrical connection between top cover 2 and base 1, it is possible to use wire couples through rotating shaft Device 102 is realized, if top cover 2 is provided with part one, base 1 is provided with part two, and part one is electrically connected with wire, the wire Enter in base 1 through rotating shaft coupling 102, and be electrically connected with part two with this.

Preferred implementation of the present utility model as shown in figures 2 and 5, the control circuit 8 include heating management circuit 83, Central processing unit 81 and electric power management circuit 82, the heating management circuit 83 and the central processing unit 81, the power supply pipe Reason circuit 82, first heater 31, second heater 32 and the 3rd heater 33 are electrically connected with；The central authorities Processor 81 is used for controlling the heating management circuit 83 driving first heater 31, second heater 32 and described 3rd heater 33 is generated heat；The electric power management circuit 82 is electrically connected with power interface 86, and the power interface 86 sets Outside the base 1, the power interface 86 is for delivering to the electric power management circuit 82, the power supply pipe by the electric power of acquisition Reason circuit 82 is used for distributing supply of electric power for the apparatus for heating food.

The method of supplying of electric power probably has two kinds, and one kind is powered using built-in power, and this mode can be caused Apparatus for heating food can be operated whenever and wherever possible, but the working time is shorter, if the electricity of built-in power exhausts, need to change Built-in power, or built-in power is charged, another kind is to obtain supply of electric power from outside, although limit place to use Must be close with external power source, but ensure that apparatus for heating food can long-time, it is continual be operated, and typically Apparatus for heating food be placed on fixed position use so that the power supply that apparatus for heating food can obtain external power source is outstanding For important；In order to solve this problem, present embodiment is additionally arranged power interface 86, power interface 86 and electric power management circuit 82 It is electrically connected with, in use, power interface 86 obtains electric power from household power system, and electric power is delivered to electric power management circuit then 82, electric power distribution is carried out by electric power management circuit 82 finally, asking for electric energy is obtained so as to solve apparatus for heating food from outside Topic.

Preferred implementation of the present utility model as illustrated in fig. 1 and 2, is provided with accumulator 101, the storage in the base 1 Battery 101 is electrically connected with electric power management circuit 82；When the power interface 86 does not obtain power supply, the accumulator 101 is used In powering to the apparatus for heating food；When the power interface 86 is obtained and powered, it is right that the electric power management circuit 82 is used for The accumulator 101 charges.

In actual use, not the moment can obtain abundance supply of electric power, for example out of doors or have a power failure etc. In the case of, if wanting, carrying out heating to food using apparatus for heating food would be impossible to realize；In order to solve this problem, this enforcement Mode is additionally arranged accumulator 101, and when cannot obtaining electric energy from the external world, electric power management circuit 82 can be from accumulator 101 Place obtains electric energy, and then the electric energy of acquisition is delivered to the first heater 31, the second heater 32 and the by electric power management circuit 82 again Three heaters 33, so that this utility model still normally can be used in the case of without extraneous power supply.

As shown in figures 2 and 5, it is warm that the central processing unit 81 is electrically connected with first to preferred implementation of the present utility model Degree sensor 41, second temperature sensor 42 and three-temperature sensor 43；First temperature sensor 41 is used for detecting institute State the heating temp of the first heater 31, testing result control of the central processing unit 81 according to first temperature sensor 41 The system heating management circuit 83 drives first heater 31 to be generated heat；The second temperature sensor 42 is used for detecting The heating temp of second heater 32, testing result of the central processing unit 81 according to the second temperature sensor 42 The control heating management circuit 83 drives second heater 32 to be generated heat；The three-temperature sensor 43 is used for examining The heating temp of the 3rd heater 33 is surveyed, the central processing unit 81 is tied according to the detection of the three-temperature sensor 43 Fruit controls the heating management circuit 83 and drives the 3rd heater 33 to be generated heat.

In actual use, as the working time of heater increases, its heating temp is inevitable constantly to be risen, and eats The cook temperature of thing is generally all integrally fixed at a certain scope, so the work that user determines when to stop heater particularly being weighed Will, but the heating temp of heater can not be finding of naked eye, so the heating temp for how accurately controlling heater becomes The major issue of puzzlement user；In order to solve this problem, it is warm that present embodiment is additionally arranged the first temperature sensor 41, second Degree sensor 42 and three-temperature sensor 43, these three sensors can perceive the first heater 31, the second heater in time 32 and the 3rd heater 33 heating temp, and testing result is delivered to into central processing unit 81, so that central processing unit 81 In time the heating temp of three heaters can be controlled so that the temperature control in gastronomical process becomes very simple just It is prompt.

As shown in Fig. 1 to 5, the base 1 is provided with control panel 84, the control to preferred implementation of the present utility model Panel processed 84 is electrically connected with the central processing unit 81, and the control panel 84 is used for sending a control signal to the centre Reason device 81, the central processing unit 81 drive first heater according to the control signal control heating management circuit 83 31st, second heater 32 and the 3rd heater 33 are generated heat.

In actual use, the taste of each user is different, if so using unified temperature to food Thing carries out heating the demand that can not meet each user；In order to solve this problem, present embodiment is additionally arranged chain of command Plate 84, control panel 84 are used for being input into various control commands for user, and control panel 84 produces control according to the input of user Signal processed is sent to central processing unit 81, and central processing unit 81 is further according to control signal to the first heater 31, the second heater 32 and the 3rd heater 33 be controlled, so user can adjust the first heater 31, second according to the taste of oneself The working condition of heater 32 and the 3rd heater 33, so that this utility model disclosure satisfy that the demand of more multi-user.

Preferred implementation of the present utility model is provided with telecommunication circuit, the communication in the base 1 as shown in Fig. 1 to 5 Circuit 85 is electrically connected with the central processing unit 81, and the communicating circuit 85 is used for receiving remote control signal, the communication The remote control signal is delivered to the central processing unit 81 by circuit 85, and the central processing unit 81 is according to the remotely control The signal control heating management circuit 83 drives first heater 31, second heater 32 and the 3rd heating Body 33 is generated heat.

In daily life, user Jing is often busy with work, so than later when going home, if now starting again Boiling supper can then cause suppertime significantly to be delayed, and to the healthy very unfavorable of people, certainly, user can also morning It is in advance that supper is cooked, so just can guarantee that suppertime will not be too late, but ahead of time well-done supper not only taste far away from Fresh supper is delicious, and is also required to user and gets up ahead of time, has a strong impact on the work and rest of user；In order to solve this problem, This utility model is additionally arranged telecommunication circuit, and the telecommunication circuit is used for receiving remote control signal, and the remote control signal can To there is diversified implementation pattern, for example user can be loaded onto on mobile phone and be matched the APP for using with this utility model, so Remote control signal is sent by the APP afterwards, now telecommunication circuit will transfer to central processing unit 81 remote control signal, Then central processing unit 81 just can control the first heater 31, the second heater 32 and the 3rd heater according to remote control signal 33 are generated heat, so user need to only do sth. in advance material is placed in inner bag 9, are then sent remotely control in way home and are believed Number, apparatus for heating food just can be in user return home way to cooking food so that user just can be eaten after going home in time Upper fresh supper.

Preferred implementation of the present utility model as shown in figure 4, also include handle 91, one end of the handle 91 with it is described Inner bag 9 couples, and the other end of the handle 91 is extended to outside the base 1.

In actual use, as the first heater 31, the second heater 32 and the 3rd heater 33 are to inner bag 9 Heated, so inner bag 9 will be in the condition of high temperature, it is very difficult now to take out inner bag 9；Ask to solve this Topic, present embodiment are additionally arranged the handle 91 being coupled to each other with inner bag 9, and user is interior without the need for directly touching when inner bag 9 is taken out Gallbladder 9, it is only necessary to grip and just inner bag 9 can not be taken out through the handle 91 of heating, greatly facilitating user carries out cooking work It is dynamic.

Preferred implementation of the present utility model, is provided with polylith dividing plate in the inner bag 9, and dividing plate described in polylith will be described interior Multiple food placed cavities are divided into inside gallbladder 9.

In actual use, user is generally required for cooking various foods within the same time, but due to inner bag 9 The first food materials first must be put into inner bag 9 and be cooked by only one of which, user, and after end to be cooked, user is also needed to internally Gallbladder 9 is cleaned, and hereafter second food materials can be put into inner bag 9 and be cooked, it is clear that this process is inconvenient；On solving Problem is stated, present embodiment is additionally arranged polylith dividing plate in inner bag 9, and polylith dividing plate is put multiple foods are divided into inside inner bag 9 Chamber is put, so different food can be put into different foods by user places intracavity, it is achieved thereby that various food is same When process, substantially increase the operation ease of user.

Preferred implementation of the present utility model, first heater 31 is by Graphene, alloy, carbon fiber, ceramics, cloud Master slice or solenoid are made；Second heater 32 is by Graphene, alloy, carbon fiber, ceramics, mica sheet or solenoid Make；3rd heater 33 is made up of Graphene, alloy, carbon fiber, ceramics or mica sheet.

In actual use, although various heaters can carry out heat treated to food, but not Represent all heaters to be suitable for for cooking, such as some too quickly, temperature of heaters heating are difficult to adjust, easy burning foods, And for example some heater heating temps are too low, it is difficult to by heat foods to suitable temperature, so selecting suitable heater outstanding For important；In order to solve this problem, present embodiment is carried for the first heater 31, the second heater 32 and the 3rd heater 33 Various suitable selections are supplied, especially, Graphene converts electric energy to heat energy as a kind of sheet-shaped heating element, launches 8-15 Micron far infrared wave, the far infrared of the 8-14 micron wavebands launched as a natural infrared emitter with human body are non- Very close to, scientific research also indicate that sunlight when medium wavelength for 8-15 microns far infrared be biological existence it is requisite because Element, have " light of life " title, scientific research and experimental data also demonstrate that Graphene heating can have the work(such as activation biomolecule Energy；In addition, Graphene also have heating gentle, moderate infrared wavelength, good penetrability, the trophic structure for not damaging food itself, Can make again food molecule be heated increase activity, the characteristics of not only locked the nutrition of food but also made taste of food more preferable, be applicable In the preferable heater of cooking food.

Certainly, above-mentioned each embodiment can be used alone, it is also possible to which combination application, wherein this utility model have three kinds More common application mode, it is specific as follows：

As illustrated in fig. 1 and 2, using apparatus for heating food described in the utility model as lunch box, which includes base 1 and top cover 2； At the top of the base 1, down depression is formed with the first accommodating chamber 11, is provided with the 9, first heat of inner bag and passes in first accommodating chamber 11 Conducting shell 51, the first heat insulation layer 61, the first heater 31, the second heater 32, the first temperature sensor 41 and second temperature Sensor 42；The shape of first heat conduction layer 51 and the mating shapes of the inner bag 9,51 sets of first heat conduction layer Outside the inner bag 9；The mating shapes of the shape of first heat insulation layer 61 and first heat conduction layer 51, it is described First heat insulation layer 61 is placed on outside first heat conduction layer 51；First heater 31 is located at first heat conduction layer Between 51 and both bottom surfaces of first heat insulation layer 61；Second heater 32 is located at first heat conduction layer 51 And the side wall of both first heat insulation layers 61 between；First temperature sensor 41 is located at first heat conduction layer In 51 bottom；The second temperature sensor 42 is in the side wall of first heat conduction layer 51；1 left side wall of the base Inside be provided with accumulator 101, the lower surface of 1 right side wall of the base is provided with power interface 86,1 right side wall of the base it is upper Surface is provided with control panel 84, and the top surface of 1 right side wall of the base is provided with the second electrical connector 72, on the right side of the base 1 The lower inside of wall is provided with telecommunication circuit, and the inner upper of 1 right side wall of the base is provided with control circuit 8；The control circuit 8 Including heating management circuit 83, central processing unit 81 and electric power management circuit 82；The heating management circuit 83 and power management Circuit 82, the first heater 31, the second heater 32 and the second electrical connector 72 are electrically connected with；The central processing unit 81 with Heating management circuit 83, control panel 84, telecommunication circuit, the first temperature sensor 41 and second temperature sensor 42 electrically connect Connect；The electric power management circuit 82 is electrically connected with power interface 86 and accumulator 101.The inner hollow of the top cover 2 is formed Second accommodating chamber 21, the bottom surface of second accommodating chamber 21 is the second heat conduction layer 52, is set in second heat conduction layer 52 There is three-temperature sensor 43, the three-temperature sensor 43 is electrically connected with central processing unit 81, second accommodating chamber The 3rd heater 33 and the second heat insulation layer 62 are provided with 21, the 3rd heater 33 is offseted with the second heat conduction layer 52 Connect, second heat insulation layer 62 is located at the top of the 3rd heater 33；The lid side of the top cover 2 is provided with first and electrically joins Fitting 71, the first electrical connector 71 are electrically connected with the 3rd heater 33；2 support of the top cover is on base 1, described 3rd heater 33 is connect with heating management circuit 83 when the first electrical connector 71 is mutually abutted with the second electrical connector 72 It is logical.Wherein, first heater 31, the second heater 32 and the 3rd heater 33 are preferably made using Graphene, and described Inner bag 9 preferably uses aluminum alloy materials and makes, and can cover pottery crystal coating in the inner surface of inner bag 9, and the pottery crystal coating has There is scratch-resistant, nontoxic.In addition, can pass through about the connection between three-temperature sensor 43 and central processing unit 81 Set up the 3rd electrical connector and the 4th electrical connector realizes that is, the 3rd electrical connector is electrical with three-temperature sensor 43 Connection, the 4th electrical connector is electrically connected with central processing unit 81, three-temperature sensor 43 in the 3rd electrical connector and Connect with central processing unit 81 when 4th electrical connector is mutually abutted.

In the present embodiment, the course of work of utility model approximately as：

1st, power interface 86 is electrically connected with exchanging for domestic, accumulator 101 is charged with this；

2nd, food is put in inner bag 9, top cover 2, and causes the first electrical connector 71 and the second electrical connector 72 mutually abut, and then start apparatus for heating food and food is heated, now will be by the first heater 31, the second heater 32 and the 3rd heater 33 omnibearing heating is carried out to food；

3rd, user can be input into control signal by control panel 84, control the first heater 31, second with this and generate heat Heating temp and fever time of body 32 and the 3rd heater 33 etc.；

4th, user can also send remote control signal by mobile phone A PP, control the first heater 31, second with this Heating temp and fever time of hot body 32 and the 3rd heater 33 etc..

As shown in Figures 3 and 5, using apparatus for heating food described in the utility model as electric cooker, which includes base 1 and top cover 2；At the top of the base 1, down depression is formed with the first accommodating chamber 11, is provided with inner bag 9, first hot in first accommodating chamber 11 Conducting shell 51, the first heat insulation layer 61, the first heater 31, the second heater 32, the first temperature sensor 41 and second are warm Degree sensor 42；The shape of first heat conduction layer 51 and the mating shapes of the inner bag 9, first heat conduction layer 51 It is placed on outside the inner bag 9；The mating shapes of the shape of first heat insulation layer 61 and first heat conduction layer 51, institute State the first heat insulation layer 61 to be placed on outside first heat conduction layer 51；First heater 31 is located at first conduction of heat Between layer 51 and both bottom surfaces of first heat insulation layer 61；Second heater 32 is located at first heat conduction layer Between the side wall of both 51 and first heat insulation layer 61；First temperature sensor 41 is located at first conduction of heat In the bottom of layer 51；The second temperature sensor 42 is in the side wall of first heat conduction layer 51；On the right side of the base 1 The lower surface of wall is provided with power interface 86, and the upper surface of 1 right side wall of the base is provided with control panel 84, on the right side of the base 1 The top surface of wall is provided with rotating shaft coupling 102, and the rotating shaft coupling 102 is also coupled with the right cap side of top cover 2, the base The lower inside of 1 right side wall is provided with telecommunication circuit, and the inner upper of 1 right side wall of the base is provided with control circuit 8；The control Circuit 8 includes heating management circuit 83, central processing unit 81 and electric power management circuit 82；The heating management circuit 83 and power supply Management circuit 82, the first heater 31, the second heater 32 and the 3rd heater 33 are electrically connected with；The central processing unit 81 with Heating management circuit 83, control panel 84, telecommunication circuit, the first temperature sensor 41, second temperature sensor 42 and the 3rd are warm Degree sensor 43 is electrically connected with；The electric power management circuit 82 is electrically connected with power interface 86.The inner hollow of the top cover 2 Form the second accommodating chamber 21, the bottom surface of second accommodating chamber 21 is the second heat conduction layer 52, second heat conduction layer 52 Three-temperature sensor 43 is inside provided with, in second accommodating chamber 21, the 3rd heater 33 and the second heat insulation layer 62 is provided with, 3rd heater 33 is abutted against with the second heat conduction layer 52, and second heat insulation layer 62 is located at the 3rd heater 33 Top.Wherein, first heater 31 and the second heater 32 are preferably made using alloy, and the 3rd heater 33 is preferred Made using Graphene, and the inner bag 9 preferably uses ceramics, boccaro class material and makes.In addition, the 3rd heater 33 can To be electrically connected with heating management circuit 83 through rotating shaft coupling 102 by wire, in the same manner, the three-temperature sensor 43 Can be electrically connected with central processing unit 81 through rotating shaft coupling 102 by wire.

In the present embodiment, the course of work of utility model approximately as：

1st, food is put in inner bag 9, and power interface 86 is electrically connected with exchanging for domestic, then closed top cover 2, open Dynamic apparatus for heating food is heated to food, now will be by the first heater 31, the second heater 32 and the 3rd heater 33 Omnibearing heating is carried out to food；

2nd, user can be input into control signal by control panel 84, control the first heater 31, second with this and generate heat Heating temp and fever time of body 32 and the 3rd heater 33 etc.；

3rd, user can also send remote control signal by mobile phone A PP, control the first heater 31, second with this Heating temp and fever time of hot body 32 and the 3rd heater 33 etc..

As shown in Figures 4 and 5, using apparatus for heating food described in the utility model as frying pan, which includes base 1 and top cover 2； At the top of the base 1, down depression is formed with the first accommodating chamber 11, is provided with the 9, first heat of inner bag and passes in first accommodating chamber 11 Conducting shell 51, heat abstractor 103, the first heater 31, the second heater 32, the first temperature sensor 41 and second temperature sensor 42；The shape of first heat conduction layer 51 and the mating shapes of the inner bag 9, first heat conduction layer 51 are placed on described Outside inner bag 9；The heat abstractor 103 is located at the lower section of the first heater 31；First heater 31 is passed with the described first heat 51 outer bottom of conducting shell is fitted；Second heater 32 is fitted with the lateral wall of first heat conduction layer 51；Described first is warm Degree sensor 41 is in the bottom of first heat conduction layer 51；The second temperature sensor 42 is passed located at the described first heat In the side wall of conducting shell 51；The lower surface of 1 right side wall of the base is provided with power interface 86, the upper surface of 1 right side wall of the base Control panel 84 is provided with, the top surface of 1 right side wall of the base is provided with the second electrical connector 72,1 right side wall of the base Lower inside is provided with telecommunication circuit, and the inner upper of 1 right side wall of the base is provided with control circuit 8；The control circuit 8 includes Heating management circuit 83, central processing unit 81 and electric power management circuit 82；The heating management circuit 83 and electric power management circuit 82nd, the first heater 31, the second heater 32 and the second electrical connector 72 are electrically connected with；The central processing unit 81 and heating Management circuit 83, control panel 84, telecommunication circuit, the first temperature sensor 41, second temperature sensor 42 and the 3rd temperature are passed Sensor 43 is electrically connected with；The electric power management circuit 82 is electrically connected with power interface 86.The inner hollow of the top cover 2 is formed Second accommodating chamber 21, the bottom surface of second accommodating chamber 21 is the second heat conduction layer 52, is set in second heat conduction layer 52 There is three-temperature sensor 43, the three-temperature sensor 43 is electrically connected with central processing unit 81, second accommodating chamber The 3rd heater 33 and the second heat insulation layer 62 are provided with 21, the 3rd heater 33 is offseted with the second heat conduction layer 52 Connect, second heat insulation layer 62 is located at the top of the 3rd heater 33；The lid side of the top cover 2 is provided with first and electrically joins Fitting 71, the first electrical connector 71 are electrically connected with the 3rd heater 33；2 support of the top cover is on base 1, described 3rd heater 33 is connect with heating management circuit 83 when the first electrical connector 71 is mutually abutted with the second electrical connector 72 It is logical.Wherein, first heater 31, the second heater 32 are preferably made using solenoid, and the 3rd heater 33 is excellent Choosing is made using Graphene, and the inner bag 9 preferably uses rustless steel or enamel material is made.In addition, relevant 3rd temperature is passed Connection between sensor 43 and central processing unit 81 can be realized by setting up the 3rd electrical connector and the 4th electrical connector, I.e. the 3rd electrical connector is electrically connected with three-temperature sensor 43, and the 4th electrical connector is electrically connected with central processing unit 81 Connect, three-temperature sensor 43 is connect with central processing unit 81 when the 3rd electrical connector is mutually abutted with the 4th electrical connector It is logical；Further, present embodiment is also additionally arranged handle 91, and one end of the handle 91 is coupled with the inner bag 9, the handss The other end of handle 91 is extended to outside the base 1.

In the present embodiment, the course of work of utility model approximately as：

1st, food is put in inner bag 9, and power interface 86 is electrically connected with exchanging for domestic, then start heat foods Device carries out decocting stir-fry to food, now food will be heated by the first heater 31 and the second heater 32；

2nd, when pan-fried stir-fry is finished and needs smoldering, top cover 2, and the first electrical connector 71 and second is electrically joined Fitting 72 is mutually abutted, and now will carry out full side by the first heater 31, the second heater 32 and the 3rd heater 33 to food The heating of position；

3rd, user can be input into control signal by control panel 84, control the first heater 31, second with this and generate heat Heating temp and fever time of body 32 and the 3rd heater 33 etc.；

4th, user can also send remote control signal by mobile phone A PP, control the first heater 31, second with this Heating temp and fever time of hot body 32 and the 3rd heater 33 etc..

The above is preferred implementation of the present utility model, it is noted that for the ordinary skill of the art For personnel, on the premise of without departing from this utility model principle, some improvements and modifications can also be made, these improve and moisten Decorations are also considered as protection domain of the present utility model.

Claims (16)

1. a kind of apparatus for heating food, including base, top cover and control circuit；The base top is down recessed and is formed with first Accommodating chamber, the first receiving intracavity are provided with the inner bag that can be dismantled；The top cover is arranged on the top of the base；It is described Control circuit is in the base, it is characterised in that

The first receiving intracavity is provided with the first heater and the second heater, and first heater is located at the inner bag bottom Lower section, second heater is enclosed in outside the side wall of the inner bag；

The bottom of the top cover is provided with the 3rd heater, and the 3rd heater is placed in above the inner bag；

The control circuit is electrically connected with first heater, second heater and the 3rd heater, described Control circuit is generated heat for controlling first heater, second heater and the 3rd heater.

2. apparatus for heating food according to claim 1, it is characterised in that the first receiving intracavity is provided with the first heat and passes Conducting shell, the shape of first heat conduction layer and the mating shapes of the inner bag, first heat conduction layer are placed in described Outside gallbladder；First heater is abutted with the outer bottom of first heat conduction layer；Second heater is warm with described first The outside wall surface of conducting shell is abutted.

3. apparatus for heating food according to claim 2, it is characterised in that the first receiving intracavity is provided with the first insulation Thermal insulation layer, the mating shapes of the shape of first heat insulation layer and first heat conduction layer, first thermal insulation separation Thermosphere is placed on outside first heat conduction layer；First heater is located at first heat conduction layer and first thermal insulation separation Between both thermospheres bottom surface；Second heater is located at both first heat conduction layer and first heat insulation layer sides Between wall.

4. apparatus for heating food according to claim 2, it is characterised in that the first receiving intracavity is provided with radiating dress Put；

The heat abstractor is below first heat conduction layer；

And/or the heat abstractor is centered around outside the side wall of first heat conduction layer.

5. apparatus for heating food according to claim 1, it is characterised in that the inner hollow of the top cover forms second and holds Receive chamber, the bottom surface of second accommodating chamber is the second heat conduction layer, the 3rd heater accommodates intracavity located at described second, 3rd heater is abutted against with second heat conduction layer.

6. apparatus for heating food according to claim 5, it is characterised in that the second receiving intracavity is provided with the second insulation Thermal insulation layer, second heat insulation layer is located at the top of the 3rd heater.

7. apparatus for heating food according to claim 1, it is characterised in that

The lid side of the top cover is provided with the first electrical connector, and the first electrical connector is electrical with the 3rd heater Connection；

The side wall upper part of the base is provided with the second electrical connector, and the second electrical connector is electrical with the control circuit Connection；

, on the base, the 3rd heater is electrical with described second in the described first electrical connector for the top cover support Connect with the control circuit when connector is mutually abutted.

8. apparatus for heating food according to claim 1, it is characterised in that the apparatus for heating food also joins including rotating shaft Connect device, rotating shaft coupling lid side respectively with the top cover, the top of the base side wall couple, the rotating shaft coupling For enable the top cover turn over from turn over to the base.

9. apparatus for heating food according to claim 1, it is characterised in that the control circuit includes heating management electricity Road, central processing unit and electric power management circuit,

Heating management circuit and the central processing unit, the electric power management circuit, first heater, described second Heater and the 3rd heater are electrically connected with；

The central processing unit be used for control it is described heating management drives described in the first heater, second heater and 3rd heater is generated heat；

The electric power management circuit is electrically connected with power interface, and outside the base, the power supply connects the power interface For the electric power of acquisition is delivered to the electric power management circuit, the electric power management circuit is used for as the apparatus for heating food mouth Distribution supply of electric power.

10. apparatus for heating food according to claim 9, it is characterised in that be provided with accumulator, the storage in the base Battery is electrically connected with electric power management circuit；When the power interface does not obtain power supply, the accumulator is for the food Thing heater is powered；When the power interface is obtained and powered, the electric power management circuit is for accumulator charging.

11. apparatus for heating food according to claim 9, it is characterised in that

The central processing unit is electrically connected with the first temperature sensor, second temperature sensor and three-temperature sensor；

First temperature sensor is used for detecting the heating temp of first heater that the central processing unit to be according to described First heater described in the testing result control heating management drives of the first temperature sensor is generated heat；

The second temperature sensor is used for detecting the heating temp of second heater that the central processing unit to be according to described Second heater described in the testing result control heating management drives of second temperature sensor is generated heat；

The three-temperature sensor is used for detecting the heating temp of the 3rd heater that the central processing unit to be according to described 3rd heater described in the testing result control heating management drives of three-temperature sensor is generated heat.

12. apparatus for heating food according to claim 9, it is characterised in that the base is provided with control panel, described Control panel is electrically connected with the central processing unit, and the control panel is used for sending a control signal to central authorities' process Device, the central processing unit according to control signal control it is described heating management drives described in the first heater, described second Heater and the 3rd heater are generated heat.

13. apparatus for heating food according to claim 9, it is characterised in that be provided with telecommunication circuit in the base, it is described Communicating circuit is electrically connected with the central processing unit, and the communicating circuit is used for receiving remote control signal, the communication electricity The remote control signal is delivered to the central processing unit by road, and the central processing unit is controlled according to the remote control signal First heater, second heater and the 3rd heater described in the heating management drives is generated heat.

14. apparatus for heating food according to claim 1, it is characterised in that also including handle, one end of the handle with The inner bag connection, the other end of the handle are extended to outside the base.

15. apparatus for heating food according to claim 1, it is characterised in that be provided with polylith dividing plate, polylith in the inner bag The dividing plate will be divided into multiple food placed cavities inside the inner bag.

16. apparatus for heating food according to any one of claim 1 to 15, it is characterised in that

First heater is made up of Graphene, alloy, carbon fiber, ceramics, mica sheet or solenoid；

Second heater is made up of Graphene, alloy, carbon fiber, ceramics, mica sheet or solenoid；

3rd heater is made up of Graphene, alloy, carbon fiber, ceramics or mica sheet.