CN216317222U - Kitchen ware body and multifunctional kitchen ware - Google Patents

Abstract

The utility model discloses a kitchen ware body and a multifunctional kitchen ware, wherein the kitchen ware body comprises a body, an electric module and a first electric heating module, wherein the electric module and the first electric heating module are arranged in the body; the second mounting position is provided with an electric connector; the body is provided with an operation module, and the operation module is respectively connected with the electric module, the first electric heating module and the electric connector. The multifunctional kitchen ware comprises a kitchen ware body and more than two food processing cavity modules which can be replaced and loaded on the kitchen ware body, so that the multifunctional kitchen ware has multiple functions, reduces repeated input of natural resources, reduces the use space of consumers, facilitates use of various functions and improves the use efficiency.

Description

Kitchen ware body and multifunctional kitchen ware

Technical Field

The utility model relates to the technical field of multifunctional kitchenware, in particular to a kitchenware body and a multifunctional kitchenware.

Background

As is well known, most of the existing kitchen appliances are single-function appliances, but a plurality of functions are required in the cooking process, such as: shredding and slicing functions, heating and cooking, pressure cooker functions and the like, if stirring and heating are realized on one machine, the electric pressure cooker is realized on the other machine, and the small kitchen appliance has single functions, so that users can realize different functions by using the immobile machine when using the functions, and inconvenience is brought to the use of the users.

Therefore, a new technical solution is needed to solve the above problems.

SUMMERY OF THE UTILITY MODEL

In view of the above, the present invention is directed to the defects in the prior art, and the main object of the present invention is to provide a kitchen ware body and a multifunctional kitchen ware, which realizes multiple functions in one machine, reduces the repeated investment of natural resources, reduces the use space of consumers, facilitates the use of various functions, and improves the use efficiency.

In order to achieve the purpose, the utility model adopts the following technical scheme:

the utility model provides a kitchen ware body, is including the body with install in this internal electronic module, first electric heat module, wherein:

the body is provided with a first mounting position and a second mounting position, the first electric heating module is arranged in the first mounting position, the electric module comprises a transmission motor and a rotary transmission head driven by the transmission motor, and the rotary transmission head is exposed in the first mounting position; the second mounting position is provided with an electric connector; the body is provided with an operation module, and the operation module is respectively connected with the electric module, the first electric heating module and the electric connector.

As a preferred scheme, an air duct is arranged in the body, an air supply fan blade is arranged in the air duct, and an air port is formed in the second installation position of the air duct; and the body is internally provided with an air supply motor which is connected with the air supply fan blade in a driving way.

As a preferred scheme, a second electric heating module is arranged in the air duct, the air supply fan blade blows air towards the second electric heating module, and the second electric heating module is connected to the control module.

As a preferred scheme, the body comprises a bottom cover and a large body, wherein the large body is provided with a top wall, a through hole arranged on the top wall and a peripheral side wall integrally connected with the periphery of the top wall; the first mounting position is arranged in the through hole; the top wall is convexly provided with a bearing convex part, the second mounting position is arranged on the bearing convex part, the air port is arranged at the top of the bearing convex part, and the electric connector is arranged at the top of the bearing convex part and positioned beside the air port; the bottom cover is assembled at the bottom of the peripheral side wall.

As a preferable scheme, a heat insulation cover is arranged in the large body corresponding to the through hole, the heat insulation cover is provided with a heat insulation bottom plate and a heat insulation side plate integrally connected to the upper side of the periphery of the heat insulation bottom plate, and the upper end of the heat insulation side plate is connected to the lower side of the periphery of the through hole; the heat insulation bottom plate is provided with a first avoidance hole, the rotary transmission head upwards penetrates through the first avoidance hole, the transmission motor is mounted on the outer side of the heat insulation cover and located in the area below the bearing convex part, the transmission motor drives the rotary transmission head through a belt, and the belt is located below the heat insulation bottom plate; the first electric heating module is positioned above the heat insulation bottom plate.

As a preferred scheme, a second avoidance hole penetrating through the first avoidance hole is formed in the first electric heating module; and a bottom temperature sensor is arranged in the second avoiding hole and connected to the control module.

A multifunctional kitchen ware comprises a kitchen ware body and more than two food processing cavity modules which can be replaced and loaded on the kitchen ware body in a removable manner; the kitchen ware body is the kitchen ware body.

As a preferred scheme, the food processing cavity module is respectively more than two of any of a food material cup arranging module, a pressure cooker module, an electric cooker module, a steamer module and an air fryer module.

As a preferred scheme, the food cooking cup module comprises a first cup body module, a cooking cup knife module and a cup cover module, the first cup body module is provided with a cooking cup shaft, the cooking cup shaft extends out of the bottom of the first cup body module, the cooking cup knife module is positioned inside the first cup body module and is arranged on the cooking cup shaft, the food cooking cup module is placed at a first installation position, and the cooking cup shaft is connected with the rotary transmission head;

and/or: the pressure cooker module comprises a pressure cooker liner assembly and a pressure cooker cover assembly, the pressure cooker cover assembly is provided with a float valve assembly, a safety valve assembly and a temperature sensing assembly, the pressure cooker cover assembly is provided with a first overlapping part extending outwards, and a first adaptive joint is arranged on the first overlapping part; the pressure cooker liner assembly is placed at a first mounting position, the first lap joint part of the pressure cooker cover assembly is positioned at a second mounting position, and the first adaptive joint and the electric joint are electrically connected;

and/or: the electric cooker module comprises an electric cooker liner assembly and an electric cooker cover, and the electric cooker liner assembly is placed at a first installation position;

and/or: the steamer module comprises a second cup body module and a steamer module, and the second cup body module is placed at the first installation position;

and/or: the air-frying pan module comprises an air-frying pan liner component and an air-frying machine head, the air-frying machine head is provided with a second overlapping part extending outwards, a second adaptive joint is arranged on the second overlapping part, and the air-frying pan liner component is placed at a first installation position; the second overlapping part of the air-frying machine head is located at a second installation position, and the second adaptive joint is electrically connected with the electrical joint.

As a preferred scheme, an air duct in the machine head, an air supply motor, air supply fan blades and an air-frying heating module are arranged in the air-frying machine head;

or an air channel in the air fryer head and an air-frying heating module are arranged in the air fryer head, and a wind supply motor and wind supply fan blades are not arranged in the air fryer head;

or an air duct in the air-frying machine head is arranged in the air-frying machine head, and the air-feeding motor, the air-feeding fan blades and the air-frying heating module are not arranged in the air-frying machine head.

Compared with the prior art, the electric heating combined kitchenware has the advantages and beneficial effects, and particularly, according to the technical scheme, the electric heating combined kitchenware body with the first mounting position and the second mounting position added on the basis of electric heating is provided mainly through structural improvement of the kitchenware body, different food processing cavity modules can be loaded in a replaceable manner to form the combined kitchenware, so that the multifunctional combined kitchenware has multiple functions, the repeated input of natural resources, particularly plastic input, is reduced, the resource utilization rate is improved, the use space of consumers is reduced, various functions are convenient to use, the use efficiency is improved, and the interconnection of everything is met. The kitchen ware body provides an electric module and an electric heating module, and is selected for use according to cooking requirements.

To more clearly illustrate the structural features and effects of the present invention, the present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

Drawings

FIG. 1 is a perspective view of a cookware body according to a first embodiment of the utility model;

FIG. 2 is an exploded view of a cookware body according to a first embodiment of the utility model;

FIG. 3 is a cross-sectional view of a cookware body according to a first embodiment of the utility model;

fig. 4 is an exploded view of the load application of a food preparation cup module to the cookware to body of the first embodiment;

fig. 5 is an assembled cross-sectional view of a cookware body for load application of a food preparation cup module to the first embodiment;

FIG. 6 is an exploded view of the pressure cooker module reloaded for use with the cookware body of the first embodiment;

FIG. 7 is an assembled sectional view of the cookware body for reloading the pressure cooker module to be applied to the first embodiment;

FIG. 8 is an exploded view of a cookware body in accordance with the first embodiment with the rice cooker module reloaded;

FIG. 9 is an assembled sectional view of a cooker body to which a rice cooker module is reloaded and applied according to the first embodiment;

FIG. 10 is an exploded view of the reloading application of a steamer module to the cookware body of the first embodiment;

FIG. 11 is an assembled cross-sectional view of a cookware body for reloading a steamer module for use in the first embodiment;

FIG. 12 is an exploded view of the reloading application of a first type of empty fryer module to the cookware body of example two;

FIG. 13 is an exploded view of an air fryer head of the air fryer module shown in FIG. 12;

FIG. 14 is an assembled sectional view of the replacement application of the air fryer module shown in FIG. 12 to the kitchenware body of the second embodiment;

FIG. 15 is an exploded view of the application of a second air fryer module reloading to the cookware body of the first embodiment;

FIG. 16 is an exploded view of an air fryer head of the air fryer module shown in FIG. 15;

FIG. 17 is an assembled cross-sectional view of the replacement application of the air fryer module of FIG. 15 to the cookware body of the first embodiment;

FIG. 18 is an exploded view of the application of a third air fryer module reloading to the cookware body of the third embodiment;

FIG. 19 is an exploded view of an air fryer head of the air fryer module shown in FIG. 18;

fig. 20 is an assembled sectional view of the replacement application of the air fryer module shown in fig. 18 to the kitchenware body of the third embodiment.

The attached drawings indicate the following:

kitchen ware body 100

The electric heating module 101, the first electric heating module 102, the second electric heating module 103, the air supply fan blade 104, the air supply motor 1041, the control module 105, the first installation position 106, the second installation position 107, the transmission motor 1011, the rotary transmission head 108, the air duct 109, the air outlet 110, the electric connector 111, the power control module 112, the bottom cover 113, the main body 114, the top wall 115, the through hole 116, the peripheral side wall 117, the bearing convex part 118, the heat shield 119, the heat insulation bottom plate 120, the heat insulation side plate 121, the first avoidance hole 122, the belt 123, the second avoidance hole 124, the annular assembly groove 125 and the bottom temperature sensor 126

Food preparation cup module 200

First cup body module 201, cooking cup knife module 202, cup cover module 203, cooking cup shaft 204, cup handle 205, small measuring cup 206

Pressure cooker module 300

The pressure cooker comprises a pressure cooker liner assembly 301, a pressure cooker cover assembly 302, a steel cover 303, a float valve assembly 304, a safety valve assembly 305, a temperature sensing assembly 306, a cover sealing ring 307, a first bridging part 308 and a first adapting joint 3081

Electric cooker module 400

Electric cooker liner assembly 401 and electric cooker cover 402

Steamer module 500

A second cup body module 501, a steamer module 502, a steamer body 503, a steamer cover 504,

Air fryer module 600

The air-frying pan assembly 601, the air-frying machine head 602, the machine head cover 603, the air opening fitting 604, the air supply motor 605, the heat dissipation fan blade 606, the air supply fan blade 607, the air cover 608, the reflector 609, the air-frying heating module 610, the baffle cover 611, the second lap joint part 612 and the second adapter joint 6121.

Detailed Description

Referring to fig. 1 to 20, specific structures of various embodiments of the present invention are shown.

As shown in fig. 1 to 3, a kitchen tool body according to a first embodiment is provided, which is a combined utensil with electric heating based on electric type, and provides two types of electric and electric heating modules, and different food processing chamber modules are loaded according to cooking requirements, so as to realize different kitchen tool use functions.

Specifically, the method comprises the following steps: the kitchenware body 100 comprises a body, and an electric module 101, a first electric heating module 102, a second electric heating module 103 and an air supply fan blade 104 which are arranged in the body, wherein the body is provided with a control module 105, and the control module 105 is respectively connected with the electric module 101, the first electric heating module 102, the second electric heating module 103 and the air supply fan blade 104;

the body is provided with a first mounting position 106 and a second mounting position 107, the first electrothermal module 102 is arranged in the first mounting position 106, the electric module 101 comprises a transmission motor 1011 and a rotary transmission head 108 driven by the transmission motor 1011, and the rotary transmission head 108 is exposed in the first mounting position 106; an air duct 109 is arranged in the body, an air port 110 is formed in the second mounting position 107 of the air duct 109, and an electrical connector 111 is arranged on the second mounting position 107; the electrical connector 111 is connected to the control module 105; the second electric heating module 103 is disposed in the air duct 109, the air supply fan blade 104 is disposed below the second electric heating module 103, and the air supply fan blade 104 is driven by an air supply motor 1041. In this embodiment, a power control module 112 is further disposed in the main body, the power control module 112 is connected to the control module 105, and the power control module 112 is configured to supply power to each power consuming component.

The body comprises a bottom cover 113 and a main body 114, the main body 114 is provided with a top wall 115, a through hole 116 arranged on the top wall 115 and a peripheral side wall 117 integrally connected to the periphery of the top wall 115, a bearing convex portion 118 is arranged on the top wall 115 in a protruding mode, the second mounting position 107 is arranged on the bearing convex portion 118, the air opening 110 is arranged at the top of the bearing convex portion 118, and the electric connector 111 is arranged at the top of the bearing convex portion 118 and located beside the air opening 110. The receiving protrusion 118 is located at the back side of the through hole 116, and the handling module 105 is located at the peripheral sidewall 117 and at the front side of the through hole 116. The bottom cover 113 is assembled at the bottom opening of the peripheral sidewall 117. The heat shield 119 is installed in the large body 114 corresponding to the through hole 116, the heat shield 119 has a heat insulating bottom plate 120 and a heat insulating side plate 121 integrally connected to the upper side of the periphery of the heat insulating bottom plate 120, and the upper end of the heat insulating side plate 121 is connected to the lower side of the periphery of the through hole 116. Thermal-insulated bottom plate 120 is provided with first dodge hole 122, rotatory transmission head 108 upwards passes first dodge hole 122, transmission motor 1011 is installed in the outside of thermal-insulated cover 119 and is located the below region of accepting convex part 118, transmission motor 1011 is through the rotatory transmission head 108 of belt 123 transmission, belt 123 is located thermal-insulated bottom plate 120's below. The first electric heating module 102 is located above the heat insulation bottom plate 120, and a second avoidance hole 124 penetrating through the first avoidance hole 122 is formed in the first electric heating module 102. An annular mounting groove 125 is formed between the outer periphery of the first electric heat module 102 and the heat insulation side plate 121. And, a bottom temperature sensor 126 is installed in the second avoiding hole 124 for monitoring the temperature at which the loading module is placed. The bottom temperature sensor 126 is connected to the manipulation module 105.

In the actual design and manufacture, the kitchen ware body may not be provided with the second electric heating module 103 and the air supply fan blade 104, or the second electric heating module 103; thus, two other kitchen ware bodies are obtained.

Through the control module 105, the corresponding functions of the kitchen ware body can be started according to different loaded food processing chamber modules, and the rotary transmission head 108, the first electric heating module 102, the second electric heating module 103, the air supply fan blade 104 and the electric joint 111 can be selectively used.

Next, the following description is made one by one taking the cases of loading the food processing cup module, the pressure cooker module, the electric cooker module, the steamer module, the air fryer module, and the like of the kitchen ware body as an example:

as shown in fig. 4 and 5, at kitchen utensils and appliances body loading food processing cup module 200, form food processor promptly, food processing cup module is including first cup body module 201, processing cup sword module 202 and bowl cover module 203, processing cup axle 204 is installed to first cup body module 201, processing cup axle 204 stretches out the bottom of first cup body module 201, processing cup sword module 202 is located inside and installs in processing cup axle 204 of first cup body module 201, be provided with cup handle 205 on the first cup body module 201, be provided with the little graduated flask 206 that can fetch and put the formula on the bowl cover module 203. The food preparation cup module 200 is placed at the first mounting position 106, and the first cup body module 201 extends into the annular assembly groove 125. The working principle of the food processor is as follows: the transmission motor 1011 rotates the transmission head 108 through belt transmission, and then transmits rotation to the food processing cup shaft 204, so that the food processing machine rotates; before or after the food cooking process, the first electric heating module 102 can be turned on to heat the first cup body module 201 according to the requirement.

As shown in fig. 6 and 7, the pressure cooker module 300 is mounted on the main body of the kitchen appliance, i.e., a pressure cooker is formed. The pressure cooker module 300 comprises a pressure cooker liner assembly 301 and a pressure cooker cover assembly 302, wherein the pressure cooker cover assembly 302 comprises a steel cover 303, a float valve assembly 304, a safety valve assembly 305, a temperature sensing assembly 306 and a cover sealing ring 307, the pressure cooker cover assembly 302 is provided with a first bridging portion 308 extending outwards, and the first bridging portion 308 is provided with a first adapter 3081 for electrically connecting with the electrical connector 111. The pressure cooker liner assembly 301 is placed at the first mounting position 106, the first bridging portion 308 of the pressure cooker lid assembly 302 is placed at the second mounting position 107, and the first adapter 3081 and the electrical connector 111 are electrically connected. The working principle of the pressure cooker is as follows: the first electric heating module 102 heats and conducts to the pressure cooker liner assembly 301, thereby heating the food in the cooker liner, cold air is emitted from the float valve assembly 304, hot air is pressurized, and is exhausted from the safety valve assembly 305 or the temperature sensing assembly 306 maintains pressure and controls temperature, and the hot air is manually exhausted from the safety valve assembly 305.

As shown in fig. 8 and 9, the rice cooker module 400 is mounted on the main body of the kitchen tool, thereby forming a rice cooker. The electric cooker module 400 includes an electric cooker liner assembly 401 and an electric cooker cover 402, and the electric cooker liner assembly 401 is placed in the first mounting position 106. The working principle of the electric cooker is as follows: the first electric heating module 102 heats and conducts the electric cooker liner assembly 401, thereby heating the food in the cooker liner, and cold air and hot air are exhausted from the edge of the electric cooker cover 402 and controlled by the bottom temperature sensor 126.

As shown in fig. 10 and 11, the steamer module 500 is mounted on the main body of the kitchen ware to form a steamer. The steamer module 500 comprises a second cup body module 501 and a steamer module 502, and the steamer module 502 comprises a steamer body 503 and a steamer cover 504. The second cup body module 501 is placed in the first mounting position 106 and extends into the annular mounting groove 125. The steamer working principle is as follows: the first electric heating module 102 heats and conducts the second cup body module 501 and the food steamer module 502, so as to heat the food in the food steamer module 502, and cold air and hot air are exhausted from the edge of the food steamer cover 504 and are controlled by the bottom temperature sensor 126.

As shown in fig. 12 to 14, the empty fryer module 600 is replaced with the main body of the kitchen utensil, thereby forming an empty fryer. In particular to a first empty fryer module which is reloaded on the kitchen ware body of the second embodiment.

The main body of the kitchen ware in the second embodiment is basically the same as the main body of the kitchen ware in the first embodiment, and the main difference is that the second electric heating module 103 and the air supply fan blade 104 do not need to be arranged on the kitchen ware in the second embodiment.

The first air fryer module comprises an air fryer bladder assembly 601 and an air fryer head 602, wherein the air fryer head 602 comprises an air hood 603, an air opening fitting 604 arranged on the air hood 603, an air supply motor 605, a heat dissipation fan blade 606, an air supply fan blade 607, an air hood 608, a reflecting cover 609, an air-fry heating module 610 and a baffle cover 611, and an air duct in the air fryer head 602 is arranged in the air fryer head. The wind shield 611 is located at the bottom of the nose cover 603, the fan cover 608 is located below the nose cover 603, the reflector 609 is located below the fan cover 608, the wind supply motor 605 is located between the nose cover 603 and the fan cover 608, the heat dissipation fan 606 is located between the fan cover 608 and the reflector 609, and the air-frying and heat-generating module 610 is located between the reflector 609 and the wind shield 611. The heat dissipation fan blades 606 and the air supply fan blades 607 are driven by an air supply motor 605. The air fryer head 602 has a second lap portion 612 extending outward, and a second fitting joint 6121 is disposed on the second lap portion 612 for forming an electrical connection with the electrical joint 111. The empty fryer bladder assembly 601 is placed in the first mounting location 106. The second overlapping portion 612 of the air fryer head 602 is located at the second mounting location 107, and the second adapter 612 is electrically connected to the electrical connector 111.

The working principle of the air fryer is as follows: cold air enters from one side of the air opening fitting 604 and passes through the cold air duct in the hood 603, the air supply motor 605 rotates to drive the heat dissipation fan blade 606 to supply air downwards, then the air is supplied by the air supply fan blade 607 and passes through the air-frying heating module 610 to reach the air-frying pan liner component 601 to process food, and then the hot air is supplied from the other side of the air opening fitting 604 through the hot air duct in the fan housing 608.

Preferably, the cool air enters the air duct 109 in the main body and enters the air duct in the hood 603 through the air opening 110 at the second mounting position 107.

As shown in fig. 15 to 17, the first cooking utensil body of the first embodiment is replaced with a second air fryer module.

The second air fryer module is basically the same as the first air fryer module, and is mainly different in that the air fryer head 602 of the second air fryer module is not provided with the air supply motor 605, the heat dissipation fan blade 606, the air supply fan blade 607 and the air-fry heating module 610, but provides hot air by means of the second electric heating module 103 and the air supply fan blade 104 on the kitchenware body in the first embodiment.

The working principle of the air fryer is as follows: cold air enters from an air duct 109 in the body, is driven by the electric module 101 to blow air by the air blowing fan 104, is heated into hot air by the second electric heating module 103, then enters the inner cold air duct in the air frying machine head 602 through the air opening 110, is blown to the air frying pan liner component 601 for processing food, then passes through the hot air duct in the air hood 608, and is blown out from the air opening of the air opening accessory 604.

As shown in fig. 18 to 20, the third air fryer module is reloaded on the kitchenware body of the third embodiment.

The third air fryer module is substantially the same as the first air fryer module, and is mainly different in that the air fryer head 602 of the third air fryer module is not provided with the air supply motor 605, the heat dissipation fan blade 606 and the air supply fan blade 607.

The main body of the kitchen ware in the third embodiment is basically the same as the main body of the kitchen ware in the first embodiment, and the main difference is that the second electric heating module 103 does not need to be arranged on the main body of the kitchen ware in the third embodiment.

The working principle of the air fryer is as follows: cold air enters from an air duct 109 in the body, is driven by the electric module 101 to blow air by the air blowing fan 104, enters the cold air duct in the air frying machine head 602 through the air opening 110, reaches the air frying pan liner component 601 through the air frying heating module 610 to process food, passes through the hot air duct in the fan housing 608, and is blown out from the air opening of the air opening accessory 604.

From the above description, when the kitchen ware body loads the food processing cup module, the pressure cooker module, the electric cooker module and the steamer module, different kitchen ware bodies such as embodiment one, two and three can be adopted, and the air fryer module sets up corresponding adjustment function structural design according to the functional part of the kitchen ware body.

The utility model is mainly characterized in that through the structural improvement of a kitchen ware body, the kitchen ware body is provided with electric heating, a first mounting position and a second mounting position on the basis of electric type, different food processing cavity modules can be loaded in a replaceable manner to form a combined kitchen ware, so that one machine has multiple functions, the repeated investment of natural resources, particularly plastic investment is reduced, the resource utilization rate is improved, the use space of consumers is reduced, various functions are convenient to use, the use efficiency is improved, and the interconnection of everything is met. The kitchen ware body provides an electric module and an electric heating module, and is selected for use according to cooking requirements.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the technical scope of the present invention, so that any minor modifications, equivalent changes and modifications made to the above embodiment according to the technical spirit of the present invention are within the technical scope of the present invention.

Claims (10)

1. A kitchen ware body is characterized in that: including the body with install in this internal electronic module, first electric heat module, wherein:

the body is provided with a first mounting position and a second mounting position, the first electric heating module is arranged in the first mounting position, the electric module comprises a transmission motor and a rotary transmission head driven by the transmission motor, and the rotary transmission head is exposed in the first mounting position; the second mounting position is provided with an electric connector; the body is provided with an operation module, and the operation module is respectively connected with the electric module, the first electric heating module and the electric connector.

2. The cookware body according to claim 1, wherein: an air duct is arranged in the body, an air supply fan blade is arranged in the air duct, and an air port is formed in the second installation position of the air duct; and the body is internally provided with an air supply motor which is connected with the air supply fan blade in a driving way.

3. The cookware body according to claim 2, wherein: the air duct is internally provided with a second electric heating module, the air supply fan blade blows air towards the second electric heating module, and the second electric heating module is connected to the control module.

4. The cookware body according to claim 2, wherein: the body comprises a bottom cover and a large body, wherein the large body is provided with a top wall, a through hole arranged on the top wall and a peripheral side wall integrally connected to the periphery of the top wall; the first mounting position is arranged in the through hole; the top wall is convexly provided with a bearing convex part, the second mounting position is arranged on the bearing convex part, the air port is arranged at the top of the bearing convex part, and the electric connector is arranged at the top of the bearing convex part and positioned beside the air port; the bottom cover is assembled at the bottom of the peripheral side wall.

5. The cookware body according to claim 4, wherein: the heat insulation cover is arranged in the large body corresponding to the through hole and is provided with a heat insulation bottom plate and a heat insulation side plate integrally connected to the upper side of the periphery of the heat insulation bottom plate, and the upper end of the heat insulation side plate is connected to the lower side of the periphery of the through hole; the heat insulation bottom plate is provided with a first avoidance hole, the rotary transmission head upwards penetrates through the first avoidance hole, the transmission motor is mounted on the outer side of the heat insulation cover and located in the area below the bearing convex part, the transmission motor drives the rotary transmission head through a belt, and the belt is located below the heat insulation bottom plate; the first electric heating module is positioned above the heat insulation bottom plate.

6. The cookware body according to claim 5, wherein: a second avoidance hole penetrating through the first avoidance hole is formed in the first electric heating module; and a bottom temperature sensor is arranged in the second avoiding hole and connected to the control module.

7. A multifunctional kitchen ware is characterized in that: comprises a kitchen ware body and more than two food processing cavity modules which can be placed on the kitchen ware body in a removable way; the kitchenware body is the kitchenware body of any one of claims 1 to 6.

8. The multifunctional kitchen appliance according to claim 7, characterized in that: the food processing cavity module is respectively more than two of the food material cup arranging module, the pressure cooker module, the electric cooker module, the steamer module and the air fryer module.

9. The multi-functional kitchen appliance according to claim 8, characterized in that: the food cooking cup module comprises a first cup body module, a cooking cup knife module and a cup cover module, the first cup body module is provided with a cooking cup shaft, the cooking cup shaft extends out of the bottom of the first cup body module, the cooking cup knife module is positioned inside the first cup body module and is arranged on the cooking cup shaft, the food cooking cup module is placed at a first installation position, and the cooking cup shaft is connected with the rotary transmission head;

and/or: the pressure cooker module comprises a pressure cooker liner assembly and a pressure cooker cover assembly, the pressure cooker cover assembly is provided with a float valve assembly, a safety valve assembly and a temperature sensing assembly, the pressure cooker cover assembly is provided with a first overlapping part extending outwards, and a first adaptive joint is arranged on the first overlapping part; the pressure cooker liner assembly is placed at a first mounting position, the first lap joint part of the pressure cooker cover assembly is positioned at a second mounting position, and the first adaptive joint and the electric joint are electrically connected;

and/or: the electric cooker module comprises an electric cooker liner assembly and an electric cooker cover, and the electric cooker liner assembly is placed at a first installation position;

and/or: the steamer module comprises a second cup body module and a steamer module, and the second cup body module is placed at the first installation position;

and/or: the air-frying pan module comprises an air-frying pan liner component and an air-frying machine head, the air-frying machine head is provided with a second overlapping part extending outwards, a second adaptive joint is arranged on the second overlapping part, and the air-frying pan liner component is placed at a first installation position; the second overlapping part of the air-frying machine head is located at a second installation position, and the second adaptive joint is electrically connected with the electrical joint.

10. The multi-functional kitchen appliance according to claim 9, characterized in that: an air channel in the machine head, an air supply motor, an air supply fan blade and an air-frying heating module are arranged in the air-frying machine head;

or an air channel in the air fryer head and an air-frying heating module are arranged in the air fryer head, and a wind supply motor and wind supply fan blades are not arranged in the air fryer head;

or an air duct in the air-frying machine head is arranged in the air-frying machine head, and the air-feeding motor, the air-feeding fan blades and the air-frying heating module are not arranged in the air-frying machine head.

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