CN216491126U

CN216491126U - Coil panel assembly and electromagnetic cooking utensil thereof

Info

Publication number: CN216491126U
Application number: CN202122353409.XU
Authority: CN
Inventors: 杨伟军
Original assignee: Guangdong Galanz Enterprises Co Ltd; Guangdong Galanz Microwave Oven and Electrical Appliance Manufacturing Co Ltd
Current assignee: Guangdong Galanz Enterprises Co Ltd; Guangdong Galanz Microwave Oven and Electrical Appliance Manufacturing Co Ltd
Priority date: 2021-09-27
Filing date: 2021-09-27
Publication date: 2022-05-10
Anticipated expiration: 2031-09-27

Abstract

A coil panel assembly and its electromagnetic cooking utensil, the coil panel assembly includes the coil panel set in coil panel support, the coil panel includes separated bottom coil and side coil, bottom coil, side coil connect a controller through the wire harness separately, bottom coil, side coil form the electric connection with controller separately, the controller controls bottom coil and side coil to carry on the independent work separately, the utility model, through the above-mentioned arrangement, in order to through controlling the electromagnetic coil (bottom coil, side coil) of different positions to heat alternatively in the course of cooking, and then promote the culinary art food of the pot cooking utensil to roll, convect, there is no dead angle to the heating of the food, the food is heated evenly; in addition, the food nutrition can be fully mixed and fully tasty, when the cooked food has less volume, only one coil can be selected for electrifying, and the energy is effectively saved.

Description

Coil panel assembly and electromagnetic cooking utensil thereof

Technical Field

The utility model relates to an electromagnetic heating body, in particular to a coil panel assembly and an electromagnetic cooking appliance thereof.

Background

The existing electromagnetic heating rice cooker generally adopts a single coil plate or a plurality of concentric coils for heating. The bottom of the whole inner pot is wrapped by the coil panel, the inner pot is heated through LC resonance, and then food in the inner pot is heated. The bottom and the side wall of the inner pot are heated simultaneously and uniformly by a single coil disc or a plurality of concentric coils, and because the temperature difference of the inner pot is small, convection is difficult to form; because of the relatively small convection of water, the rice grains cannot be tumbled sufficiently during cooking, especially at rice levels. If the inner pot is higher, rice at the bottom is rotten, rice at the top is dried, the soft degree of the rice is uneven, and the taste is affected. When the rice needs to be cooked and the amount of rice is small, the low-power cooking cannot be controlled, and the energy waste is caused.

The pot difference in temperature is less in the culinary art in-process, hardly forms the convection current, and interior pot food heating is inhomogeneous, influences the taste, when needs low-power culinary art, and uncontrollable heating coil circular telegram causes the energy extravagant.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a coil panel assembly and an electromagnetic cooking appliance thereof, which can adjust and control the electrifying state of coils at the bottom and the side part outside a heating cooking appliance, and promote the food cooked by the pot cooking appliance to roll and convect by controlling the electromagnetic coils at different positions to alternately heat, have no dead angle for heating the food, and uniformly heat the food, so as to overcome the defects in the prior art.

The coil panel component comprises a coil panel arranged on a coil panel support, wherein the coil panel comprises a bottom coil and a side coil which are separated, the bottom coil and the side coil are respectively connected with a controller through wire harnesses, the bottom coil and the side coil are respectively and electrically connected with the controller, the controller respectively controls the bottom coil and the side coil to work independently, electromagnetic coils (the bottom coil and the side coil) at different positions are controlled to alternately generate heat, the cooking food of the pot cooking appliance is further promoted to roll and convect, no dead angle exists in the heating of the food, the food is heated uniformly, in addition, the food nutrition can be fully mixed and fully tasty, when the cooking food is small in volume, only one coil (the bottom coil or the side coil) can be selected to be electrified, and the energy is effectively saved.

The number of the bottom coils is two, the bottom coils comprise a first bottom coil and a second bottom coil which are separated, and the first bottom coil and the second bottom coil are symmetrically distributed on the bottom of the coil disc support; or the number of the bottom coils is three or more, and each bottom coil is circumferentially distributed along the center of the bottom of the coil disc support.

A plurality of bottom magnetic stripe fixing frames which are arranged at intervals are arranged on the coil panel bracket corresponding to the bottom coil, a limiting assembly structure is arranged between the coil panel bracket and the bottom magnetic stripe fixing frame, and the bottom magnetic stripe fixing frame is connected with the coil panel bracket in a matching way through the limiting assembly structure; the bottom magnetic stripe fixing frame is provided with a bottom magnetic stripe fixing structure for installing and fixing the bottom magnetic stripe; still be equipped with first lead wire on the bottom magnetic stripe mount and wear the notch, be equipped with the first plug terminal that alternates first lead wire and wear the notch on the leading-out joint of bottom coil.

Each bottom magnetic stripe fixing frame comprises a first bottom magnetic stripe fixing block and a second bottom magnetic stripe fixing block, and a plurality of connecting parts are arranged between the first bottom magnetic stripe fixing block and the second bottom magnetic stripe fixing block; the limiting assembly structure comprises a first connecting hole arranged on a connecting part, a first connecting column arranged on the coil disc bracket and a second connecting hole arranged on the first connecting column, and the first connecting hole and the second connecting hole are connected in an inserting manner through a first fastener; the limiting assembly structure also comprises a limiting groove arranged on the coil disc bracket along the first connecting column, and the bottom magnetic stripe fixing frame part is limited on the limiting groove in the installation process; the first lead wire through notch is arranged on the other connecting part; in the installation process, the bottom magnetic stripe mount is pre-positioned on the coil disc support through the limiting assembly structure, so that the bottom magnetic stripe mount is convenient for workers to install, and the assembly efficiency is effectively improved.

Be equipped with the open slot on every bottom magnetic stripe fixed block, bottom magnetic stripe fixed knot constructs including setting up the holding chamber on every bottom magnetic stripe fixed block, set up spacing muscle on the holding intracavity wall, and set up the first buckle at the holding intracavity, open slot intercommunication holding chamber, the holding chamber is inserted along the open slot to the bottom magnetic stripe in the installation, and bottom magnetic stripe one end is spacing on the draw-in groove of first buckle, bottom magnetic stripe part is spacing on the holding chamber through spacing muscle to prevent that the bottom magnetic stripe after the installation from toward deviating from bottom magnetic stripe mount outward.

A plurality of side magnetic stripe fixing frames which are arranged at intervals are arranged on the coil panel bracket corresponding to the side coils; a buckling assembly structure is arranged between the coil panel bracket and the lateral magnetic strip fixing frame, and the lateral magnetic strip fixing frame is fixed on the coil panel bracket through the buckling assembly structure; each side magnetic stripe fixing frame is provided with a side magnetic stripe fixing structure for installing and fixing the side magnetic stripe; and a second lead wire through slot is also arranged on each side magnetic stripe fixing frame, and a second plug terminal penetrating through the second lead wire through slot is arranged on the leading-out connector of the side coil.

The buckling assembly structure comprises a convex buckling block and a third connecting hole which are arranged on a lateral magnetic stripe fixing frame, a buckling lug is arranged on the coil panel support corresponding to the convex buckling block, a second connecting column is arranged on the coil panel support corresponding to the third connecting hole, the buckling assembly structure further comprises a buckling groove arranged on the buckling lug, a fourth connecting hole is arranged on the second connecting column, the buckling block is inserted into the buckling groove in the installation process, the third connecting hole and the fourth connecting hole are alternately connected through a second fastener, in the installation process, the lateral magnetic stripe fixing frame is pre-positioned on the coil panel support through the buckling assembly structure, and workers can install the buckling assembly structure conveniently and effectively improve the assembly efficiency.

Be equipped with the breach on every lateral part magnetic stripe mount, lateral part magnetic stripe fixed knot constructs including setting up the chamber that holds on every lateral part magnetic stripe mount, the screens muscle that sets up on holding the intracavity wall, and set up the second buckle that holds the intracavity, the breach intercommunication holds the chamber, the lateral part magnetic stripe inserts along the breach and holds the chamber in the installation, and lateral part magnetic stripe one end is spacing on the draw-in groove of second buckle, lateral part magnetic stripe part is spacing on holding the chamber through the screens muscle, in order to prevent that the lateral part magnetic stripe after the installation from outwards deviating from bottom magnetic stripe mount.

The bottom of the coil panel bracket is provided with a mounting position for mounting a temperature sensor; the bottom of the coil panel support is provided with a plurality of circles of first guide ribs which are arranged at intervals, a first guide groove is formed between every two adjacent first guide ribs, and/or a first guide groove is formed between every two adjacent circles of first guide ribs, and a bottom coil is wound on the bottom of the coil panel support along the first guide grooves; the periphery of the coil panel support is provided with a plurality of circles of second guide ribs arranged at intervals, a second guide groove is formed between every two adjacent circles of second guide ribs, and the side coil is wound on the periphery of the coil panel support along the second guide groove.

The electromagnetic cooking appliance comprises an inner container which is placed on electromagnetic cooking equipment for heating, wherein the coil disc assembly is arranged on the electromagnetic cooking equipment; the electromagnetic cooking equipment is an electromagnetic heating electric cooker, a pressure cooker or an electromagnetic oven; the coil panel bracket is provided with an inner cavity for placing the inner container.

The utility model has the following beneficial effects:

the coil panel includes bottom coil and the lateral part coil of phase separation, bottom coil, lateral part coil is respectively through pencil connection controller, bottom coil, lateral part coil forms the electricity with the controller respectively and is connected, the controller controls bottom coil and lateral part coil respectively and carries out independent work, generate heat in turn through the solenoid (bottom coil, lateral part coil) of controlling different positions, and then promote pot cooking utensil's culinary art food to roll, the convection current, there is not the dead angle to the heating of food, food is heated evenly, in addition, food nutrition also can the intensive mixing and fully tasty, when the food capacity of culinary art is less, can only select a coil (bottom coil or lateral part coil) to energize, effective energy saving.

Drawings

Fig. 1 is an exploded view of a coil panel assembly, a magnetic stripe fixing frame, a temperature sensor, and a coil panel bracket according to an embodiment of the present invention.

Fig. 2 is a schematic structural diagram of a bottom coil according to an embodiment of the utility model.

Fig. 3 is a schematic structural diagram of a coil panel support according to an embodiment of the utility model.

Fig. 4 is a schematic structural view of a bottom magnetic stripe fixing frame according to an embodiment of the utility model.

Fig. 5 is a schematic structural view of a side magnetic stripe fixing frame according to an embodiment of the utility model.

Fig. 6 is a schematic view of an assembly cross-sectional structure of the coil panel assembly, the magnetic stripe fixing frame, the temperature sensor and the coil panel bracket according to an embodiment of the present invention.

Fig. 7 is an enlarged view of a portion a of fig. 6.

Fig. 8 is a schematic perspective view of a coil plate bracket with an inner container according to an embodiment of the present invention.

FIG. 9 is a schematic view of another orientation structure of the liner disposed on the coil tray support according to an embodiment of the present invention.

Fig. 10 is a schematic perspective view of a coil panel assembly fixed on a coil panel support according to an embodiment of the present invention.

Fig. 11 is a schematic plan view of a coil panel assembly fixed on a coil panel support according to an embodiment of the present invention.

Detailed Description

The utility model is further described with reference to the following figures and examples.

Referring to fig. 1, a coil panel assembly includes a coil panel 2 disposed on a coil panel support 1, the coil panel 2 includes a bottom coil 3 and a side coil 4 separated from each other, the bottom coil 3 and the side coil 4 are respectively connected to a controller through a wire harness, the bottom coil 3 and the side coil 4 are respectively electrically connected to the controller, the controller respectively controls the bottom coil 3 and the side coil 4 to independently operate, by controlling the electromagnetic coils (the bottom coil 3 and the side coil 4) at different positions to alternately generate heat, the food cooked by the pot cooking appliance is promoted to roll and convect, no dead angle is left for heating food, the food is heated evenly, in addition, the food nutrition can be fully mixed and tasty, when the food capacity for cooking is less, only one coil (the bottom coil 3 or the side coil 4) can be selected for electrifying, and the energy is effectively saved.

Referring to fig. 2, the number of the bottom coils 3 is two, the bottom coils 3 include a first bottom coil 5 and a second bottom coil 6 which are separated from each other, and the first bottom coil 5 and the second bottom coil 6 are symmetrically distributed on the bottom of the coil disc support 1; or, the number of the bottom coils 3 is three or more, and each bottom coil 3 is circumferentially distributed along the bottom center of the coil disc support 1.

The shape of the bottom coil 3 is not limited to the shape shown in fig. 2 in the present embodiment, and may be one of various shapes such as a circle, an ellipse, a kidney, and the like.

Referring to fig. 3 and 4, a plurality of bottom magnetic stripe fixing frames 7 arranged at intervals are arranged on the coil panel bracket 1 corresponding to the bottom coil 3, a limiting assembly structure is arranged between the coil panel bracket 1 and the bottom magnetic stripe fixing frame 7, and the bottom magnetic stripe fixing frame 7 is connected with the coil panel bracket 1 in a matching way through the limiting assembly structure; a bottom magnetic strip fixing structure for installing and fixing a bottom magnetic strip 8 is arranged on the bottom magnetic strip fixing frame 7; a first lead wire through slot is also arranged on the bottom magnetic stripe fixing frame 7, and a first plug terminal which is inserted into the first lead wire through slot is arranged on the leading-out connector of the bottom coil 3.

Referring to fig. 1, 4 and 9, each bottom magnetic stripe fixing frame 7 comprises a first bottom magnetic stripe fixing block 9 and a second bottom magnetic stripe fixing block 10, and a plurality of connecting parts 11 are arranged between the first bottom magnetic stripe fixing block 9 and the second bottom magnetic stripe fixing block 10; spacing assembly structure is including setting up first connecting hole 11.1 on connecting portion 11, setting up first spliced pole 1.5 on coil panel support 1 and setting up second connecting hole 1.6 on first spliced pole 1.5, and first connecting hole 11.1, second connecting hole 1.6 are connected through first fastener interlude, and first fastener is the screw.

Referring to fig. 1, 4 and 9, the limiting assembly structure further comprises a limiting groove 1.7 arranged on the coil disc support 1 along the first connecting column 1.5, and the bottom magnetic stripe fixing frame 7 is partially limited on the limiting groove 1.7 in the installation process; the first lead penetration notch is provided on the other connection portion 11.

Referring to fig. 1, fig. 4, fig. 9, be equipped with open slot 12 on every bottom magnetic stripe fixed block, bottom magnetic stripe fixed knot constructs including setting up the holding chamber 13 on every bottom magnetic stripe fixed block, set up spacing muscle 14 on holding chamber 13 inner wall, and set up the first buckle in holding chamber 13, open slot 12 intercommunication holding chamber 13, bottom magnetic stripe 8 inserts holding chamber 13 along open slot 12 in the installation, and 8 one end of bottom magnetic stripe is spacing on the draw-in groove of first buckle, bottom magnetic stripe 8 part is spacing on holding chamber 13 through spacing muscle 14.

Referring to fig. 3 and 5, a plurality of side magnetic stripe fixing frames 15 arranged at intervals are arranged on the coil panel bracket 1 corresponding to the side coils 4; a buckling assembly structure is arranged between the coil panel bracket 1 and the lateral magnetic strip fixing frame 15, and the lateral magnetic strip fixing frame 15 is fixed on the coil panel bracket 1 through the buckling assembly structure; a side magnetic strip fixing structure for installing and fixing a side magnetic strip 16 is arranged on each side magnetic strip fixing frame 15; a second lead wire through slot is also arranged on each side magnetic stripe fixing frame 15, and a second plug terminal which is inserted into the second lead wire through slot is arranged on the leading-out connector of the side coil 4.

The buckling assembly structure comprises a convex buckling block 15.1 and a third connecting hole 15.2 which are arranged on a lateral magnetic strip fixing frame 15, a buckling lug 1.8 is arranged on a coil panel support 1 corresponding to the convex buckling block 15.1, a second connecting column 1.9 is arranged on the coil panel support 1 corresponding to the third connecting hole 15.2, the buckling assembly structure further comprises a buckling groove 1.10 which is arranged on the buckling lug 1.8, a fourth connecting hole 1.11 is arranged on the second connecting column 1.9, the buckling block 15.1 is inserted into the buckling groove 1.10 in the installation process, the third connecting hole 15.2 and the fourth connecting hole 1.11 are connected in an inserting mode through a second fastener, and the second fastener is a screw.

Be equipped with breach 15.3 on every lateral part magnetic stripe mount 15, lateral part magnetic stripe fixed knot constructs including setting up the chamber 15.4 that holds on every lateral part magnetic stripe mount 15, the setting is holding screens muscle 15.5 on the chamber 15.4 inner wall, and set up the second buckle 15.6 in holding chamber 15.4, breach 15.3 intercommunication holds chamber 15.4, lateral part magnetic stripe 16 inserts along breach 15.3 and holds chamber 15.4 in the installation, and lateral part magnetic stripe 16 one end is spacing on the draw-in groove of second buckle 15.6, lateral part magnetic stripe 16 part is spacing on holding chamber 15.4 through screens muscle 15.5.

Referring to fig. 1, 3, 6, and 9-11, a mounting position 1.12 for mounting a temperature sensor 17 is provided on the bottom of the coil panel support 1; the bottom of the coil panel support 1 is provided with a plurality of circles of first guide ribs 1.1 which are arranged at intervals, a first guide groove 1.2 is formed between every two adjacent first guide ribs 1.1, and/or a first guide groove 1.2 is formed between every two adjacent circles of first guide ribs 1.1, and a bottom coil 3 is wound on the bottom of the coil panel support 1 along the first guide grooves 1.2; the periphery of the coil panel support 1 is provided with a plurality of circles of second guide ribs 1.3 arranged at intervals, a second guide groove 1.4 is formed between every two adjacent circles of second guide ribs 1.3, and the side coil 4 is wound on the periphery of the coil panel support 1 along the second guide groove 1.4.

The coil can be wound into a required coil shape only according to the guide groove and the guide rib on the coil panel bracket 1.

The side coil 4 is cylindrical, and is disposed on the outer wall surface of the coil disk holder 1 at a substantially central position in the vertical direction of the coil disk holder 1.

Assembly description:

a. the bottom coil 3 or the side coil 4 is respectively wound on the coil panel bracket 1 along the guide groove and the guide rib, and the guide groove and the guide rib are convenient for the coil to be wound and limited on the coil panel bracket 1.

b. The temperature sensor 17 is installed on an installation position 1.12 at the bottom of the coil panel support 1 through spinning, the installation position 1.12 is arranged at the central position of the bottom of the coil panel support 1, and a guide limiting rib and a guide limiting groove are arranged at the bottom of the installation position 1.12, so that the temperature sensor 17 is matched with the installation position 1.12.

c. Install bottom magnetic stripe 8 on the bottom magnetic stripe fixed block of bottom magnetic stripe mount 7, bottom magnetic stripe fixed block holds the holding chamber 13 that is equipped with bottom magnetic stripe 8, be equipped with spacing muscle 14 on the 13 inner walls of holding chamber, still be equipped with first buckle in holding chamber 13, first buckle is in the middle part of holding chamber 13, first buckle separates into two sections with holding chamber 13, two bottom magnetic stripes 8 of a bottom magnetic stripe fixed block mountable promptly, bottom magnetic stripe fixed block is the shape of buckling, install after will have bottom magnetic stripe mount 7 of bottom magnetic stripe 8 to fix on coil panel support 1 with the screw.

d. Similarly, referring to the step c, the side magnetic stripe 16 is installed on the side magnetic stripe fixing frame 15, and after the installation, the side magnetic stripe fixing frame 15 with the side magnetic stripe 16 is fixed on the coil panel bracket 1 by using screws. The lateral magnetic strip fixing frame 15 is bent, the second buckle 15.6 divides the accommodating cavity 15.4 of the lateral magnetic strip fixing frame 15 into two sections, and the lateral magnetic strip fixing frame 15 can be provided with two lateral magnetic strips 16.

An electromagnetic cooking appliance comprises an inner container 18 which is placed on an electromagnetic cooking device for heating, wherein the coil disc component is arranged on the electromagnetic cooking device; the electromagnetic cooking equipment is an electromagnetic heating electric cooker, a pressure cooker or an electromagnetic oven; an inner cavity for placing an inner container 18 is arranged on the coil panel bracket 1, the inner container 18 filled with food is placed in the inner cavity of the coil panel bracket 1, and a corresponding coil is selected for heating and cooking.

The foregoing is a preferred embodiment of the present invention, and the basic principles, principal features and advantages of the utility model are shown and described. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are intended to illustrate the principles of the utility model, but that various changes and modifications may be made without departing from the spirit and scope of the utility model, and the utility model is intended to be protected by the following claims. The scope of the utility model is defined by the appended claims and equivalents thereof.

Claims

1. A coil panel assembly, includes coil panel (2) that sets up on coil panel support (1), its characterized in that: the coil panel (2) comprises a bottom coil (3) and a side coil (4) which are separated from each other, the bottom coil (3) and the side coil (4) are respectively connected with a controller through a wire harness, the bottom coil (3) and the side coil (4) are respectively and electrically connected with the controller, and the controller respectively controls the bottom coil (3) and the side coil (4) to work independently.

2. The coil panel assembly of claim 1, wherein: the number of the bottom coils (3) is two, the bottom coils (3) comprise a first bottom coil (5) and a second bottom coil (6) which are separated, and the first bottom coil (5) and the second bottom coil (6) are symmetrically distributed on the bottom of the coil disc support (1); or the number of the bottom coils (3) is three or more, and each bottom coil (3) is circumferentially distributed along the bottom center of the coil disc support (1).

3. The coil panel assembly of claim 1, wherein: a plurality of bottom magnetic stripe fixing frames (7) which are arranged at intervals are arranged on the coil panel bracket (1) corresponding to the bottom coil (3), a limiting assembly structure is arranged between the coil panel bracket (1) and the bottom magnetic stripe fixing frames (7), and the bottom magnetic stripe fixing frames (7) are connected with the coil panel bracket (1) in a matching way through the limiting assembly structure; a bottom magnetic strip fixing structure for installing and fixing a bottom magnetic strip (8) is arranged on the bottom magnetic strip fixing frame (7); a first lead wire through slot is further formed in the bottom magnetic stripe fixing frame (7), and a first plug-in terminal penetrating the first lead wire through slot is arranged on the leading-out connector of the bottom coil (3).

4. The coil tray assembly of claim 3, wherein: each bottom magnetic strip fixing frame (7) comprises a first bottom magnetic strip fixing block (9) and a second bottom magnetic strip fixing block (10), and a plurality of connecting parts (11) are arranged between the first bottom magnetic strip fixing block (9) and the second bottom magnetic strip fixing block (10); the limiting assembly structure comprises a first connecting hole (11.1) arranged on a connecting part (11), a first connecting column (1.5) arranged on the coil disc support (1) and a second connecting hole (1.6) arranged on the first connecting column (1.5), and the first connecting hole (11.1) and the second connecting hole (1.6) are connected in an inserting mode through a first fastener; the limiting assembly structure further comprises a limiting groove (1.7) arranged on the coil disc support (1) along the first connecting column (1.5), and the bottom magnetic stripe fixing frame (7) is partially limited on the limiting groove (1.7) in the installation process; the first lead penetration notch is provided on the other connecting portion (11).

5. The coil tray assembly of claim 4, wherein: be equipped with open slot (12) on every bottom magnetic stripe fixed block, bottom magnetic stripe fixed knot constructs including setting up holding chamber (13) on every bottom magnetic stripe fixed block, set up spacing muscle (14) on holding chamber (13) inner wall, and set up the first buckle in holding chamber (13), open slot (12) intercommunication holding chamber (13), bottom magnetic stripe (8) insert holding chamber (13) along open slot (12) in the installation, and bottom magnetic stripe (8) one end is spacing on the draw-in groove of first buckle, bottom magnetic stripe (8) part is spacing on holding chamber (13) through spacing muscle (14).

6. The coil panel assembly of claim 1, wherein: a plurality of side magnetic stripe fixing frames (15) which are arranged at intervals are arranged on the coil panel bracket (1) corresponding to the side coils (4); a buckling assembly structure is arranged between the coil panel bracket (1) and the lateral magnetic strip fixing frame (15), and the lateral magnetic strip fixing frame (15) is fixed on the coil panel bracket (1) through the buckling assembly structure; each side magnetic strip fixing frame (15) is provided with a side magnetic strip fixing structure for installing and fixing a side magnetic strip (16); a second lead wire through slot is also arranged on each side magnetic strip fixing frame (15), and a second plug terminal which is inserted into the second lead wire through slot is arranged on the leading-out connector of the side coil (4).

7. The coil panel assembly of claim 6, wherein: the buckling assembly structure comprises a convex buckling block (15.1) and a third connecting hole (15.2) which are arranged on a lateral magnetic strip fixing frame (15), a coil panel support (1) is provided with a buckling lug (1.8) corresponding to the convex buckling block (15.1), a second connecting column (1.9) is arranged on the coil panel support (1) corresponding to the third connecting hole (15.2), the buckling assembly structure further comprises a buckling groove (1.10) formed in the buckling lug (1.8), a fourth connecting hole (1.11) formed in the second connecting column (1.9), the buckling block (15.1) is inserted into the buckling groove (1.10) in the installation process, and the third connecting hole (15.2) and the fourth connecting hole (1.11) are connected in a penetrating manner through a second fastener.

8. The coil panel assembly of claim 6, wherein: be equipped with breach (15.3) on every lateral part magnetic stripe mount (15), lateral part magnetic stripe fixed knot constructs including setting up chamber (15.4) that holds on every lateral part magnetic stripe mount (15), set up screens muscle (15.5) on holding chamber (15.4) inner wall, and set up second buckle (15.6) in holding chamber (15.4), breach (15.3) intercommunication holds chamber (15.4), lateral part magnetic stripe (16) insert along breach (15.3) and hold chamber (15.4) in the installation, and lateral part magnetic stripe (16) one end is spacing on the draw-in groove of second buckle (15.6), lateral part magnetic stripe (16) part is spacing on holding chamber (15.4) through screens muscle (15.5).

9. Coil disk assembly according to any one of claims 1 to 8, characterized in that: the bottom of the coil panel bracket (1) is provided with a mounting position (1.12) for mounting a temperature sensor (17); a plurality of circles of first guide ribs (1.1) arranged at intervals are arranged at the bottom of the coil panel support (1), a first guide groove (1.2) is formed between every two adjacent first guide ribs (1.1), and/or a first guide groove (1.2) is formed between every two adjacent circles of first guide ribs (1.1), and a bottom coil (3) is wound on the bottom of the coil panel support (1) along the first guide grooves (1.2); the periphery of the coil panel support (1) is provided with a plurality of circles of second guide ribs (1.3) which are arranged at intervals, a second guide groove (1.4) is formed between every two adjacent circles of second guide ribs (1.3), and the side coil (4) is wound on the periphery of the coil panel support (1) along the second guide groove (1.4).

10. An electromagnetic cooking appliance comprising an inner container (18) to be placed on an electromagnetic cooking device for heating, characterized in that: the coil panel assembly of claim 9 is arranged on the electromagnetic cooking device; the electromagnetic cooking equipment is an electromagnetic heating electric cooker, a pressure cooker or an electromagnetic oven; the coil panel bracket (1) is provided with an inner cavity for placing the inner container (18).