CN112790622B

CN112790622B - Integrated implementation method of material decocting and roasting mechanism

Info

Publication number: CN112790622B
Application number: CN202110152115.2A
Authority: CN
Inventors: 柯辉华
Original assignee: Foshan Shunde Aoge Electric Appliance Co ltd
Current assignee: Foshan Shunde Aoge Electric Appliance Co ltd
Priority date: 2021-02-03
Filing date: 2021-02-03
Publication date: 2022-05-17
Anticipated expiration: 2041-02-03
Also published as: CN112790622A

Abstract

The invention discloses an integrated implementation method of a decocting and roasting material, which is used for cooking by a cooking machine, wherein the cooking machine comprises a first cooking cavity, a second cooking cavity, a connecting wire and a bearing piece, a first heating piece, a first temperature control piece and an electric controller are arranged in the first cooking cavity, a second heating piece and a second temperature control piece are arranged in the second cooking cavity, and the first cooking cavity and the second cooking cavity are detachably and electrically connected, and the integrated implementation method comprises the following steps: s1: selecting a cooking cavity, a bearing piece and a combination method thereof according to cooking requirements; s2: connecting a power supply; s3: placing food; s4: and setting parameters. The invention has the following beneficial effects: can be according to the demand of cooking, select the cooking cavity that needs to use, hold carrier and compound mode to have multiple cooking mode, possess the function of frying in shallow oil and boiling roast, use in a flexible way, satisfy people diversified demand.

Description

Integrated implementation method of material decocting and roasting mechanism

Technical Field

The invention relates to the technical field of household cooking appliances, in particular to an integrated implementation method of a material cooking and roasting mechanism.

Background

Equipment and the like, but the multifunctional cooking pot only has a cavity with a single-sided heat source, only has a boiling function, and does not have a baking function; hinged opening-closing type frying and baking equipment, such as an electric baking pan, a fish roaster and the like, only has a baking function but not a decocting function, the cooking space is small, and the food which can be cooked is very limited, so that the portable small household appliance has a single function although various types at present, and cannot meet the diversified requirements of people.

Prior art CN112237384A discloses a cooking appliance having a first cooking mode and a second cooking mode, the cooking appliance comprising: the first cooking cavity is provided with a first heating element and a first temperature control element; the second cooking cavity is provided with a second heating element and a second temperature control element; a hinge assembly, the hinge assembly comprising: the hinge comprises a first hinge base, a second hinge base, a hollow pivot shaft, a limiting piece and a resetting piece, wherein the resetting piece is sleeved on the outer side of the fastening piece and is connected with the limiting piece; one of the first hinge seat and the second hinge seat is provided with an induction element, and the other hinge seat is provided with a triggering part for starting the induction element; controller, with the culinary art mode of sensing element signal transmission in order to control cooking utensil, though this cooking utensil is through setting up the hinge subassembly, can the independent assortment cooking utensil have different culinary art modes, cooking utensil's function has been richened, be favorable to satisfying user's diversified demand, but this cooking utensil is because first culinary art cavity passes through the hinge subassembly with the second culinary art cavity and is connected, this cooking utensil's first culinary art cavity and second culinary art cavity must disjunctor the use, and can not dismantle exclusive use, when only needing a culinary art cavity to cook, not only increased the space that occupies, and the flexibility is poor.

Disclosure of Invention

In order to solve the above technical problems, an object of the present invention is to provide an integrated implementation method of a frying, cooking and baking food, which uses a food processor to perform the food, and includes S1: selecting a cooking cavity, a bearing piece and a combination mode thereof which are required to be used according to the cooking requirement; s2: connecting an external power supply; s3: putting food; s4: set for operating parameter, this integrated implementation method of roast material reason of decocte has multiple cooking mode, possesses the function of decocte roast, uses advantage nimble, the demand that satisfies people's diversification.

In order to achieve the purpose, the technical scheme adopted by the invention is as follows:

an integrated implementation method of a decocting and roasting material processing adopts a processor to process, the processor comprises a first processing cavity, a second processing cavity, a connecting wire and a bearing piece for bearing food, a power interface is arranged outside the first cooking cavity, a first heating element, a first temperature control element and an electric controller are arranged in the first cooking cavity, the electric controller is electrically connected with the first heating element, the first temperature control element and the power interface, a second heating element and a second temperature control element are arranged in the second cooking cavity, the first cooking cavity is detachably and electrically connected with the second cooking cavity, when the second cooking cavity is covered on the first cooking cavity, the second cooking cavity is electrically connected with the first cooking cavity, the electric controller is electrically connected with the second heating element and the second temperature control element, and a cooking cavity is formed in the first cooking cavity and the second cooking cavity;

the integrated implementation method comprises the following steps:

s1: selecting a cooking cavity, a bearing piece and a combination method thereof which are required to be used according to the cooking requirement;

s2: connecting the power interface with an external power source;

s3: placing food into the carrier;

s4: and setting working parameters through the electric controller.

Preferably, the cooking machine has a first cooking mode, a second cooking mode and a third cooking mode, and the bearing part comprises a grill, a baking tray, a first pot body and a second pot body.

As preferred, when needs toast the cooking, adopt first cooking mode, in S1, select to use one in first cooking cavity, second cooking cavity and gridion or the overware, will gridion or the overware detachable locates on the first cooking cavity, will second cooking cavity lid is located on the first cooking cavity, just second cooking cavity with first cooking cavity electricity is connected, through setting up like this, through automatically controlled ware control first heating piece reaches the second heating piece independent work toasts the cooking.

As preferred, when needs fry in shallow oil or roast a cooking and only need a cooking cavity, adopt second cooking mode, in S1, only the selective use first cooking cavity and the first pot body, will first pot body detachable locates on the first cooking cavity, and with first heating element conflicts, through setting up like this, through automatically controlled ware control first heating element work is fried in shallow oil or roast cooking.

As preferred, fry in shallow oil or roast cooking and need two cooking cavitys when needs, or need fry in shallow oil and roast the cooking, adopt third cooking mode, in S1, the first cooking cavity of selective use the second cooking cavity, the first pot body and the second pot body, will the both ends of connecting wire reach with first cooking cavity respectively second cooking cavity electricity is connected, first pot body detachable locate on the first cooking cavity, and with first heating member conflicts, the detachable locating of second pot body on the second cooking cavity, and with the second heating member conflicts, through setting up like this, through automatically controlled ware control first heating member reaches second heating member independent work, fry in shallow oil or/and roast material reason.

Preferably, a first coupler is arranged on the first food processing cavity body and electrically connected with the electric controller, a second coupler matched with the first coupler is arranged on the second cooking cavity body, the second coupler is electrically connected with the second heating piece and the second temperature control piece, the first cooking cavity and the second cooking cavity are detachably and electrically connected through the matching of the first coupler and the second coupler, and through the arrangement, when the baking function is needed, a first cooking mode is adopted, the second cooking cavity is covered on the first cooking cavity through the self gravity to form the cooking cavity, the second cooking cavity is connected with the first cooking cavity through the first coupler and the second coupler to realize electric connection, and cooking is carried out through the cooperation of the first heating piece and the second heating piece; when the cooking cavity needs to be fried or cooked and only one cooking cavity is needed, a second cooking mode is adopted, the second cooking cavity is directly detached from the first cooking cavity, the first cooking cavity can be independently adopted to cook through the work of the first heating piece, and the occupied space is reduced; when two functions in need fry in shallow oil or boil in need fry in shallow oil or boil a function and need two cooking cavity, adopt the third cooking mode, will first coupler with the second coupler passes through the connecting wire and connects, makes first cooking cavity with the second cooking cavity realizes the electricity and connects, through first heating member reaches the second heating member work is arranged, and first cooking cavity with distance, position between the second cooking cavity can be adjusted, and the flexibility is high.

As preferred, still include wastewater collection box, wastewater collection box with the connection can be dismantled to first cooking cavity, wastewater collection box is including collecting the mouth, collect the mouth with cooking chamber intercommunication, through setting up like this, after the feeding is cooked, can after the steam cooling first cooking cavity or form the drop of water on the inner wall of second cooking cavity, when the drop of water accumulates to a certain extent, can gather under the effect of gravity on first cooking cavity, through wastewater collection box can collect and gather ponding on the first cooking cavity is avoided form ponding in the first cooking cavity.

As preferred, first heating member with first cooking cavity rotates to be connected, the second heating member with second cooking cavity rotates to be connected, through setting up like this, after cooking accomplishes, probably is in first cooking cavity reaches produce oil stain or spot on second cooking cavity's the inner wall, rotates first heating member reaches after the second heating member, be convenient for clean first cooking cavity reaches second cooking cavity's inner wall, especially first cooking cavity reaches second cooking cavity is quilt respectively first heating member reaches the inner wall part that the second heating member sheltered from.

As preferred, first heating member includes first heating tube, the second heating member includes the second heating tube, first heating tube reaches snakelike or continuous S-shaped is buckled into to the second heating tube, through setting up like this, increases first heating tube reaches the second heating tube with hold the area of contact of thing to guarantee the efficiency of heating and the homogeneity of heating, guarantee the taste of cooking food.

Preferably, a first support frame is arranged in the first food processing cavity, two ends of the first heating element are rotatably connected with the first food processing cavity, and the first heating element abuts against the first support frame;

be equipped with the second support frame in the second arranges the cavity, the second generate heat the both ends of piece with the second arranges the cavity and rotates to be connected, the second generates heat a conflict and is in on the second support frame, through setting up like this, first support frame can do first heating piece provides the holding power, avoids with the first pot body is located when on the first arranges the cavity, first heating piece atress is too big and leads to warping or even damaging, the second support frame can do the second generates heat a provides the holding power, avoids with the second pot body is located when on the second arranges the cavity, the second generates heat a atress too big and leads to warping or even damaging.

Preferably, the length direction of the first support frame is parallel to the length direction of the first food processing cavity, the first support frame is provided with a plurality of first positioning grooves, and the first heating element is embedded in the first positioning grooves;

the length direction of second support frame with the length direction parallel arrangement of second cooking cavity, be equipped with a plurality of second constant head tanks on the second support frame, the second generates heat a piece and inlays and locate in the second constant head tank, through setting up like this, through first support frame, be convenient for realize first heating with the location installation of first cooking cavity can avoid moreover the condition that rocks appears in first heating, has played certain fixed action to can protect better first heating, through the second support frame, be convenient for realize the second generate heat a piece with the location installation of second cooking cavity can avoid moreover the second generates heat a condition that rocks appears, has played certain fixed action to can protect better the second generates heat a piece.

Compared with the prior art, the invention has the beneficial technical effects that:

the integrated implementation method can select the cooking cavity, the bearing piece and the combination mode thereof to be used according to the cooking requirement, thereby having various cooking modes, having the functions of frying, boiling and baking, being flexible to use and meeting the diversified requirements of people.

Drawings

Fig. 1 is a schematic view of a first cooking mode structure of a cooking machine according to an embodiment of the invention;

FIG. 2 is a schematic view of another perspective view of the embodiment of the present invention with respect to FIG. 1;

fig. 3 is a schematic view of a second cooking mode structure of the cooking machine according to the embodiment of the invention;

fig. 4 is a schematic view of a second food processing cavity according to the embodiment of the invention;

fig. 5 is a schematic view of a third cooking mode structure of the cooking machine according to the embodiment of the invention;

FIG. 6 is a schematic diagram of a connection wire according to an embodiment of the present invention;

fig. 7 is a schematic view of the internal structure of the first food processing cavity according to the embodiment of the invention;

FIG. 8 is a schematic view of a waste collection tank in accordance with an embodiment of the present invention.

Wherein, the technical characteristics that each reference numeral refers to are as follows:

1. a first food processing cavity; 2. a second food processing cavity; 3. a first coupler; 4. a second coupler; 5. a first heat generating member; 6. a second heat generating member; 7. a connecting wire; 8. a wastewater collection tank; 9. an electric controller; 11. a first housing; 12. a first lumen; 13. a first support frame; 14. a door shell; 15. a power interface; 16. supporting legs; 21. a second housing; 22. a second lumen; 23. a second support frame; 24. a visible window; 25. a rubber pad; 26. an exhaust hole; 81. a collection port; 82. a sealing cover; 91. mounting a shell; 92. a computer board; 93. a display panel; 94. a first knob; 95. a second knob; 96. a first induction spring; 97. a second induction spring; 121. a raised structure; 122. a sealing strip; 221. and (5) a concave structure.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments, but the scope of the present invention is not limited to the following embodiments.

Referring to fig. 1-8, the embodiment discloses an integrated implementation method of a decocting and roasting material cooking, which is implemented by a cooking machine, wherein the cooking machine is roughly rectangular in outline and provided with round corners, and has multiple cooking modes;

the food processor comprises a first food cavity 1 and a second food cavity 2, the outline of the first food cavity 1 and the second food cavity 2 is approximately cuboid, a concave cavity is arranged on one surface of the first food cavity 1, a first heating element 5, a first temperature control element and an electric controller 9 are arranged in the first food cavity 1, concretely, the first food cavity 1 comprises a first shell 11 and a first inner cavity 12, the first shell 11 is sleeved outside the first inner cavity 12, a first installation cavity with a certain space is formed between the first shell 11 and the first inner cavity 12, the first installation cavity is used for installing parts, the first temperature control element and the electric controller 9 are arranged in the first installation cavity, the first heating element 5 is arranged on the first inner cavity 12, the electric controller 9 is electrically connected with the first heating element 5 and the first temperature control element, a second heating element 6 and a second temperature control element are arranged in the second cavity 2, the second cavity 2 comprises a second shell 21 and a second inner cavity 22, outside second inner chamber 22 was located to second shell 21 cover, form the second installation cavity that possesses certain space between second shell 21 and the second inner chamber 22, second temperature control spare sets up in the second installation cavity, the second generates heat 6 and sets up on second inner chamber 22, first cooking cavity 1 can be dismantled the electricity with second cooking cavity 2 and be connected, when second cooking cavity 2 lid was located on first cooking cavity 1, second cooking cavity 2 is connected with first cooking cavity 1 electricity, and automatically controlled ware 9 generates heat 6 with the second and second temperature control spare electricity is connected, form the cooking cavity in first cooking cavity 1 and second cooking cavity 2, first inner chamber 12 forms the cooking cavity with second inner chamber 22 promptly.

The portable food processor has a compact structure, is convenient to carry, can be used for food processing on a dining table, and can freely combine the connection form and the working mode of the first food processing cavity 1 and the second food processing cavity 2 according to the requirements, so that the food processor has multiple food processing modes, is flexible to use, has the functions of frying, boiling and baking, and meets the diversified requirements of people.

The first food processing cavity 1 is also provided with a power interface 15, the power interface 15 is electrically connected with an electric controller 9, the power interface 15 is used for external power supply and provides power supply for the work of the food processor, the first food processing cavity 1 is provided with a first coupler 3, the first coupler 3 is arranged on a first inner cavity 12, the first coupler 3 is electrically connected with the electric controller 9, the second food processing cavity 2 is provided with a second coupler 4 matched with the first coupler 3, the second coupler 4 is arranged on a second inner cavity 22, the second coupler 4 is electrically connected with a second heating element 6 and a second temperature control element, the first food processing cavity 1 and the second food processing cavity 2 realize detachable electrical connection through the matching of the first coupler 3 and the second coupler 4, when the function of baking is needed, a first food processing mode is adopted, the second food processing cavity 2 is covered on the first food processing cavity 1 through self gravity to form a food processing cavity, the second cooking cavity 2 is electrically connected with the first cooking cavity 1 through the connection of the first coupler 3 and the second coupler 4, and cooking is carried out through the matching work of the first heating piece 5 and the second heating piece 6; when one function in frying or boiling is needed and only one cooking cavity is needed, a second cooking mode is adopted, the second cooking cavity 2 is directly detached from the first cooking cavity 1, the first cooking cavity 1 can be independently adopted to cook through the work of the first heating piece 5, and the occupied space is reduced; two functions in need frying in shallow oil or boiling, or need fry in shallow oil or boil a function and need two cooking cavity when, adopt the third cooking mode, be connected first coupler 3 and second coupler 4 through connecting wire 7, make first cooking cavity 1 and second cooking cavity 2 realize the electricity and be connected, generate heat 6 work through first 5 and the second and carry out cooking, and the distance between first cooking cavity 1 and the second cooking cavity 2 can be adjusted, the geometry relative position between first cooking cavity 1 and the second cooking cavity 2 can be adjusted promptly, the flexibility is high.

Be equipped with protruding structure 121 or sunk structure 221 on the terminal surface that first cooking cavity 1 contradicted with the lid subassembly, be equipped with protruding structure 121 or sunk structure 221 on the terminal surface that first cooking cavity 1 contradicted with second cooking cavity 2 promptly, be equipped with sunk structure 221 or protruding structure 121 with protruding structure 121 or sunk structure 221 looks adaptation on the terminal surface that second cooking cavity 2 contradicted with first cooking cavity 1, when second cooking cavity 2 lid was located on first cooking cavity 1, the sunk structure 221 cover was located outside protruding structure 121, guarantee the leakproofness of first cooking cavity 1 and second cooking cavity 2 junction.

The protruding structure 121 or/and the recessed structure 221 are/is provided with a plurality of protruding sealing strips 122, when the recessed structure 221 is sleeved outside the protruding structure 121, the sealing strips 122 tightly abut against the protruding structure 121 or the recessed structure 221, and the sealing performance of the joint of the first food processing cavity 1 and the second food processing cavity 2 is further ensured.

In this embodiment, be equipped with protruding structure 121 on the terminal surface that first cooking cavity 1 contradicted with second cooking cavity 2, and protruding structure 121 roughly becomes the rectangle form, be equipped with twice bellied sealing strip 122 on the protruding structure 121, parallel interval sets up between twice sealing strip 122, sealing strip 122 is made by rubber materials, and sealing strip 122 roughly becomes the rectangle form, be equipped with on the terminal surface that second cooking cavity 2 contradicts with first cooking cavity 1 with the sunk structure 221 of protruding structure 121 looks adaptation, when the sunk structure 221 cover was located outside the protruding structure 121, sealing strip 122 closely contradicts with sunk structure 221.

The cooking machine still includes wastewater collection box 8, wastewater collection box 8 can be dismantled with first cooking cavity 1 and be connected, it is concrete, wastewater collection box 8 sets up the rear side at first installation cavity, first installation cavity is front side and rear side respectively along the both sides of first cooking cavity 1 width direction, wastewater collection box 8 is including collecting mouth 81, collect mouth 81 and cooking chamber intercommunication, after cooking, can form the drop of water on the inner wall of first cooking cavity 1 or second cooking cavity 2 after the vapor cooling, when the drop of water accumulates the certain degree, can gather on first cooking cavity 1 under the effect of gravity, can collect the ponding of gathering on first cooking cavity 1 through wastewater collection box 8, avoid the interior ponding that forms of first cooking cavity 1.

Be equipped with the outlet in the first cooking cavity 1, the outlet setting is on first inner chamber 12, and the outlet of first cooking cavity 1 is connected with wastewater collection tank 8's collection mouth 81, and first cooking cavity 1's outlet department is equipped with detachable drainage lid, through manual opening or closed drainage lid, control accumulation is in first cooking cavity 1 ponding whether accessible first cooking cavity 1's outlet flow direction wastewater collection tank 8.

The level at which the drain opening of the first chamber 12 is located is lowest in the first chamber 12 to facilitate complete drainage of accumulated water that accumulates on the first chamber 12.

Further, the rear side in first installation intracavity is equipped with the card shell with 8 looks adaptations of wastewater collection box, card shell and first cooking cavity 1 fixed connection, and is concrete, card shell and 11 threaded connection of first shell, when wastewater collection box 8 is connected with first cooking cavity 1, wastewater collection box 8 wears to locate first installation intracavity, and wastewater collection box 8 inlays to be located in the card shell, and the card shell blocks wastewater collection box 8 for wastewater collection box 8 relatively fixed.

First cooking cavity 1 includes detachable door shell 14, and door shell 14 can be dismantled with first shell 11 and be connected promptly, door shell 14 and waste water collection box 8 fixed connection, is convenient for install and remove waste water collection box 8 through door shell 14, and when waste water collection box 8 was connected with first cooking cavity 1, the outward appearance of first cooking cavity 1 formed a whole, improved first cooking cavity 1's aesthetic property.

The top cover of the wastewater collection box 8 is provided with a sealing cover 82, and the sealing cover 82 is detachably connected with the wastewater collection box 8, so that the wastewater collection box 8 can pour water conveniently.

The electric controller 9 is arranged at the front side of the first installation cavity, the electric controller 9 comprises a computer board 92, a display panel 93, a first induction spring 96, a second induction spring 97, a first knob 94 and a second knob 95, the front side of the first installation cavity is provided with an installation shell 91, the installation shell 91 is fixedly connected with the first cooking cavity 1, the installation shell 91 is in threaded connection with the first shell 11, the computer board 92 is embedded in the installation shell 91, the computer board can respectively and independently control the first heating element 5 and the second heating element 6 to work, so that the temperature of the first cooking cavity 1 and the second cooking cavity 2 during cooking can be independently controlled, the computer board 92 is electrically connected with the first heating element 5, the first temperature control element, the first coupler 3 and the power interface 15, the display panel 93 is arranged on the computer board 92, the display panel 93 is electrically connected with the computer board 92, the display panel 93 displays the set temperature and time of each function, the first knob 94 and the second knob 95 are arranged at two sides of the first shell 11, the first knob 94 is electrically connected to the computer board 92 at the second knob 95, the first knob 94 controls the selection of functions, for example, the first knob 94 can select a computer board to control the first heating element 5 and the second heating element 6, the first induction spring 96 and the second induction spring 97 are both disposed on the computer board 92 and electrically connected to the computer board 92, the first housing 11 forms a touch button corresponding to the positions of the first induction spring 96 and the second induction spring 97, for example, the first housing displays time and temperature at the positions of the first induction spring 96 and the second induction spring 97, the first induction spring 96 and the second induction spring 97 control the adjustment of temperature or time, when a certain function is selected by the first knob 94, the time or temperature is selected for adjustment, the second knob 95 adjusts the corresponding value, and an electronic temperature control mode is adopted, the temperature control is more flexible and changeable, different application scenes are adapted through software matching, and the operation experience is more humanized.

The first temperature control member includes a first temperature sensor and the second temperature control member includes a second temperature sensor.

First heating element 5 rotates with first cooking cavity 1 to be connected, and second heating element 6 rotates with second cooking cavity 2 to be connected, and after the cooking was accomplished, probably produced oil stain or spot on the inner wall of first cooking cavity 1 and second cooking cavity 2, rotate first heating element 5 and second heating element 6 back, be convenient for clean the inner wall of first cooking cavity 1 and second cooking cavity 2, especially first cooking cavity 1 and second cooking cavity 2 are respectively by the inner wall part that first heating element 5 and second heating element 6 sheltered from.

A first support frame 13 is arranged in the first food cavity 1, two ends of the first heating element 5 are rotatably connected with the first food cavity 1, and the first heating element 5 is abutted against the first support frame 13;

be equipped with second support frame 23 in the second cooking cavity 2, the second generates heat the both ends of piece 6 and is connected with second cooking cavity 2 rotation, the second generates heat 6 and contradicts on second support frame 23, first support frame 13 can provide the holding power for first heating piece 5, when avoiding locating the first pot body on first cooking cavity 1, first heating piece 5 atress is too big and lead to warping or even damaging, second support frame 23 can generate heat 6 for the second and provide the holding power, when avoiding locating the second pot body on second cooking cavity 2, the second generates heat 6 atress too big and leads to warping or even damaging.

The length direction of the first support frame 13 is parallel to the length direction of the first cooking cavity 1, a plurality of first positioning grooves are arranged on the first support frame 13, and the first heating piece 5 is embedded in the first positioning grooves;

the length direction of second support frame 23 and the length direction parallel arrangement of second cooking cavity 2, be equipped with a plurality of second constant head tanks on the second support frame 23, the second generates heat a 6 inlays and locates in the second constant head tank, through first support frame 13, be convenient for realize the location installation of first heating piece 5 and first cooking cavity 1, and can avoid the condition that first heating piece 5 appears rocking, certain fixed action has been played, and can protect first heating piece 5 better, through second support frame 23, be convenient for realize the second and generate heat a 6 and the location installation of second cooking cavity 2, and can avoid the second to generate heat a 6 condition that appears rocking, certain fixed action has been played, and can protect second heating piece 6 better.

The first support frames 13 and the second support frames 23 can be arranged in parallel, each first support frame 13 comprises a first support plate and first connecting lugs arranged at two ends of the first support plate, the first support plates are fixedly connected with the first cooking cavity 1 through the first connecting lugs, namely the first support plates are in threaded connection with the first inner cavity 12 through the first connecting lugs, and the first positioning grooves are formed in the first support plates; second support frame 23 includes the second backup pad and sets up the second engaging lug at second backup pad both ends, and the second backup pad passes through second engaging lug and second cooking cavity 2 fixed connection, and the second backup pad passes through second engaging lug and second inner chamber 22 threaded connection promptly.

The food processor is provided with a first food processing mode, a second food processing mode and a third food processing mode, not shown in the figure, the food processor also comprises a connecting wire 7 and a bearing piece for bearing food, the two ends of the connecting wire 7 are respectively provided with a first coupler 3 and a second coupler 4, and the bearing piece comprises a grill, a baking tray, a first pot body and a second pot body;

in a first cooking mode, baking is performed, a power interface 15 of a first cooking cavity 1 is externally connected with a power supply, a second cooking cavity 2 is covered on the first cooking cavity 1, a cooking cavity is formed by a first inner cavity 12 and a second inner cavity 22, a grill or a baking tray is detachably arranged in the cooking cavity, namely the grill or the baking tray is abutted against the first inner cavity 12, and a function and set parameters of needed cooking are selected through an electric controller 9 to perform cooking;

in the second cooking mode, one cooking of frying or boiling is carried out, the power interface 15 of the first cooking cavity 1 is externally connected with a power supply, the first pot body is detachably arranged on the first cooking cavity 1 and is abutted against the first heating element 5, and the electric controller 9 is used for selecting the functions and setting parameters of the needed cooking to carry out the cooking;

in a third cooking mode, one or two cooking of frying or cooking is carried out, a power supply of the first cooking cavity 1 is externally connected with a power supply, two ends of a connecting wire 7 are respectively and electrically connected with the first cooking cavity 1 and the second cooking cavity 2, namely, a first coupler 3 of the connecting wire 7 is electrically connected with a second coupler 4 of the second cooking cavity 2, the second coupler 4 of the connecting wire 7 is electrically connected with the first coupler 3 of the first cooking cavity 1, the first pot body is detachably arranged on the first cooking cavity 1 and is abutted against the first heating element 5, the second pot body is detachably arranged on the second cooking cavity 2 and is abutted against the second heating element 6, and cooking is carried out by selecting functions and setting parameters of needed cooking through the electric controller 9;

the food processor adopts a modular design idea and a compact structural design, has the advantages of small occupied space, high strength, high integration level and the like, and realizes the baking function through the matching work of the first food cavity 1 and the second food cavity 2 in a first food processing mode; in a second cooking mode, the first cooking cavity 1 is only used for independently working to realize the function of frying or boiling; under the third cooking mode, first cooking cavity 1 and second cooking cavity 2 independent work realize frying in shallow oil or boil one or two kinds of functions, and the relative geometric position of first cooking cavity 1 and second cooking cavity 2 can be adjusted wantonly, and the cooking mode is many, can fry in shallow oil and boil roast function, uses in a flexible way, satisfies people diversified demand.

The first pot body and the second pot body respectively comprise a frying pan shallow tray or a hot pot deep tray, the hot pot deep tray is provided with a pot cover, the frying pan shallow tray is adopted when frying is carried out, and the hot pot deep tray is adopted when cooking is carried out.

The first heating part 5 comprises a first heating pipe, and one side of the first heating pipe, which can be abutted against the first pot body, is arranged into a plane;

the second heating part 6 comprises a second heating pipe, one side of the second heating pipe, which can be abutted against the second pot body, is arranged into a plane, and one side of the first heating pipe, which can be abutted against the first pot body, is arranged into a plane, so that on one hand, the levelness of the bottom of the first pot body can be ensured after the first pot body is abutted against the first heating pipe; on the other hand, the contact area between the first heating pipe and the first pot body can be increased, so that the heating efficiency and the heating uniformity are ensured, and the taste of food cooking is ensured;

similarly, one side of the second heating tube, which can be abutted against the second pan body, is arranged to be a plane, so that on one hand, the levelness of the bottom of the second pan body can be ensured after the second pan body is abutted against the second heating tube; on the other hand, can also increase the area of contact of second heating tube and the second pot body to guarantee the homogeneity of the efficiency and the heating of heating, guarantee the taste of cooking food.

First heating tube and second heating tube are buckled into snakelike or continuous S-shaped, further increase first heating tube and second heating tube respectively with the area of contact of the first pot body and the second pot body to further guarantee the efficiency of heating and the homogeneity of heating, guarantee the taste of cooking food.

In the embodiment, two ends of the first heating tube extend outwards along two sides of the first food processing cavity 1 in the length direction, two ends of the second heating tube extend outwards along two sides of the second food processing cavity 2 in the length direction, two ends of the first heating tube are respectively rotatably connected with the left side and the right side of the first food processing cavity 1, two ends of the second heating tube are respectively rotatably connected with the left side and the right side of the second food processing cavity 2, the first heating tube and the second heating tube are circular heating tubes, the first support frame 13 and the second support frame 23 are respectively provided with two, the two first support frames 13 are arranged in parallel at intervals, the two second support frames 23 are arranged in parallel at intervals, in order to better balance the power and efficiency problems, the first heating tube and the second heating tube are bent into a continuous S shape, the top of the circular heating tube is flattened, the two support frames are used for positioning and supporting the circular heating tube, for example, the two first supporting frames 13 position and support the first heating pipes, and the two second supporting frames 23 position and support the second heating pipes, so that the flatness of one side of the heating pipes, which is in contact with the pot body, can be ensured, the integral rigidity and the contact area of the heating pipes and the pot body can be increased, and the heating efficiency and the heating uniformity can be ensured.

First cooking cavity 1 is equipped with the supporting legs 16 of a plurality of equipartitions outward, supporting legs 16 are made by rubber materials, first shell 11 is equipped with the supporting legs 16 of a plurality of equipartitions outward promptly, in this embodiment, four outer corners of first cooking cavity 1 department is equipped with supporting legs 16, first shell 11 is equipped with the supporting legs 16 of four equipartitions outward promptly, avoid wearing and tearing first cooking cavity 1's outer wall, and supporting legs 16 supports first cooking cavity 1, make first cooking cavity 1 can place steadily.

Second cooking cavity 2 is equipped with the rubber pad 25 outward, and second shell 21 is equipped with the rubber pad 25 outward promptly, when second cooking cavity 2 and the use of first cooking cavity 1 components of a whole that can function independently, avoids wearing and tearing second cooking cavity 2's outer wall, and rubber pad 25 supports second cooking cavity 2 for second cooking cavity 2 can place steadily.

Still be equipped with exhaust hole 26 on the second cuisine cavity 2, it is concrete, all be equipped with exhaust hole 26 on second inner chamber 22 and the second shell 21, when adopting first cuisine mode, be convenient for exhaust, avoid cuisine intracavity pressure too big.

The front side of second cooking cavity 2 is equipped with visual window 24, and is concrete, and the front side of second cooking cavity 2 is equipped with transparent glass, when adopting first cooking mode to carry out the cooking, is convenient for observe the state of cooking intracavity food.

The integrated implementation method comprises the following steps:

s1: selecting a cooking cavity, a bearing piece and a combination mode thereof which are required to be used according to the cooking requirement;

s2: connecting the power interface 15 with an external power supply;

s3: placing food into the carrier;

s4: working parameters are set through the electric controller 9, specifically, time and temperature are set through the electric controller 9.

When cooking needs to be done by steaming or baking, a first cooking mode is adopted, in S1, one of a first cooking cavity 1, a second cooking cavity 2 and a grill or a baking tray is selected to be used, one of the grill or the baking tray is detachably arranged on the first cooking cavity 1, the second cooking cavity 2 is covered on the first cooking cavity 1, namely, the grill or the baking tray is detachably arranged in the cooking cavity, and the second cooking cavity 2 is electrically connected with the first cooking cavity 1 through the connection of a first coupler 3 and a second coupler 4;

in S4, the electric controller 9 controls the first and second heat generating members 5 and 6 to operate independently, and the electric controller 9 sets the operating temperature and time of the first and second heat generating members 5 and 6 to perform cooking.

When one cooking of frying or baking is needed and only one cooking cavity is needed, a second cooking mode is adopted, in S1, the first cooking cavity 1 and the first pot body are selected to be used, the first pot body is detachably arranged on the first cooking cavity 1 and is abutted against the first heating piece 5;

in S4, the electric controller 9 controls the first heating element 5 to operate, and the electric controller 9 sets the operating temperature and time of the first heating element 5 to perform frying or cooking.

When one cooking of frying or baking is needed and two cooking cavities are needed, or the cooking is needed, a third cooking mode is adopted, in S1, the first cooking cavity 1, the second cooking cavity 2, the first pot body and the second pot body are selected to be used, two ends of the connecting wire 7 are respectively and electrically connected with the first cooking cavity 1 and the second cooking cavity 2, namely two ends of the connecting wire 7 are respectively and electrically connected with the first coupler 3 and the second coupler 4, the first pot body is detachably arranged on the first cooking cavity 1 and is abutted against the first heating element 5, and the second pot body is detachably arranged on the second cooking cavity 2 and is abutted against the second heating element 6;

in S4, the electric controller 9 controls the first heating element 5 and the second heating element 6 to work independently, and the electric controller 9 sets the working temperature and time of the first heating element 5 and the second heating element 6 to perform frying or/and cooking.

Variations and modifications to the above-described embodiments may occur to those skilled in the art, which fall within the scope and spirit of the above description. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and variations of the present invention should fall within the scope of the claims of the present invention. Furthermore, although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.

Claims

1. The utility model provides an integrated implementation method of decocte roast material reason, its characterized in that adopts the cooking machine to arrange, the cooking machine includes first cooking cavity (1), second cooking cavity (2), connecting wire (7) and the carrier who bears food, the carrier includes gridion, overware, first pot body and second pot body, first cooking cavity (1) is equipped with power source (15) outward, be equipped with first heating piece (5), first temperature control spare and automatically controlled ware (9) in first cooking cavity (1), automatically controlled ware (9) with first heating piece (5), first temperature control spare and power source (15) electricity is connected, be equipped with second heating piece (6) and second temperature control spare in second cooking cavity (2), first cooking cavity (1) with the electricity can be dismantled to second cavity (2), when the second cooking cavity (2) is covered on the first cooking cavity (1), the second cooking cavity (2) is electrically connected with the first cooking cavity (1), the electric controller (9) is electrically connected with the second heating element (6) and the second temperature control element, and cooking cavities are formed in the first cooking cavity (1) and the second cooking cavity (2);

a first coupler (3) is arranged on the first cooking cavity (1), the first coupler (3) is electrically connected with the electric controller (9), a second coupler (4) matched with the first coupler (3) is arranged on the second cooking cavity (2), the second coupler (4) is electrically connected with the second heating element (6) and the second temperature control element, and the first cooking cavity (1) and the second cooking cavity (2) are detachably and electrically connected through the matching of the first coupler (3) and the second coupler (4);

the integrated implementation method comprises the following steps:

the food processor is provided with a first food processing mode, a second food processing mode and a third food processing mode;

when cooking is needed, the first cooking mode is adopted, one of a first cooking cavity (1), a second cooking cavity (2) and a grill or a baking tray is selected to be used, the grill or the baking tray is detachably arranged on the first cooking cavity (1), the second cooking cavity (2) is covered on the first cooking cavity (1), and the second cooking cavity (2) is electrically connected with the first cooking cavity (1);

when one cooking in frying or baking is needed and only one cooking cavity is needed, the second cooking mode is adopted, only the first cooking cavity (1) and the first pot body are selected to be used, the first pot body is detachably arranged on the first cooking cavity (1) and is abutted against the first heating piece (5);

when needs are fried or roasted one kind of cooking and needs two cooking cavities, or needs to be fried and roasted cooking, adopt the third cooking mode, choose to use first cooking cavity (1), the second cooking cavity (2), the first pot body and the second pot body, with the both ends of connecting wire (7) respectively with first cooking cavity (1) and the second cooking cavity (2) electricity is connected, the first pot body can be separated to locate on the first cooking cavity (1), and contradict with the first heating piece (5), the second pot body can be separated to locate on the second cooking cavity (2), and contradict with the second heating piece (6);

s2: connecting the power interface (15) with an external power source;

s3: placing food into the carrier;

s4: and working parameters are set through the electric controller (9).

2. The integrated implementation method according to claim 1, characterized in that it further comprises a waste water collection tank (8), said waste water collection tank (8) being detachably connected to said first cooking cavity (1), said waste water collection tank (8) comprising a collection port (81), said collection port (81) being in communication with said cooking cavity.

3. The integrated implementation method according to claim 1, wherein the first heat generating component (5) is rotatably connected to the first food processing cavity (1), and the second heat generating component (6) is rotatably connected to the second food processing cavity (2).

4. The integrated implementation of claim 1, characterized in that the first heat generating element (5) comprises a first heat generating tube and the second heat generating element (6) comprises a second heat generating tube, the first and second heat generating tubes being bent in a serpentine or continuous S-shape.

5. The integrated realization method according to claim 3, characterized in that a first support frame (13) is arranged in the first cooking cavity (1), both ends of the first heating element (5) are rotatably connected with the first cooking cavity (1), and the first heating element (5) can be abutted against the first support frame (13);

be equipped with second support frame (23) in second cooking cavity (2), the second generate heat the both ends of piece (6) with second cooking cavity (2) rotate to be connected, the second generate heat piece (6) can contradict on second support frame (23).