CN215937034U - Stove capable of automatically frying - Google Patents

Abstract

A cooking utensil capable of automatically frying comprises a driving motor, a cooking stove body and a frying pan arranged on the cooking stove body; the driving motor shaft sleeve and a driving motor shaft penetrating in the driving motor shaft sleeve extend upwards to extend through a central hole of the stove body, and are respectively combined with a stir-frying pan body placed on the stove body and a rotating shaft penetrating in a rotating shaft seat of the stir-frying pan through a rotation stopping outer sleeve and a transmission inner sleeve; the rotary shaft seat is formed by a boss with a stepped hole, is positioned at the center of the bottom of the pot body, the stepped hole at the lower part of the stepped hole is connected with the embedded rotation stopping outer sleeve and the rotary shaft and the transmission inner sleeve in a plug-in connection mode through mutually matched cross section shapes, the lower end of the rotation stopping outer sleeve is combined with the driving motor through the motor shaft sleeve, and the driving motor shaft is combined with the rotary shaft through the transmission inner sleeve.

Description

Stove capable of automatically frying

Technical Field

The utility model relates to kitchen appliances, in particular to an electric heating (magnetic) stove and a gas stove with an automatic cooking function, and a cooking machine which is combined with a power rack and an automatic cooking pan with an anti-rotation function at the bottom.

Background

With the progress of times and the improvement of living standard of people, the frying machine with the automatic frying function starts to enter the kitchen of people as novel kitchen electricity, the frying machine is specially designed electrical appliances and has various types, for example, a drum type electromagnetic heating cooker, a stirring motor type cooker cover or an electric cooker with an electric heating plate for heating and the like are adopted, frying machines of different manufacturers and different models are matched with different cookers, the frying machine has a complex structure, high price, intelligent programs and WiFi control, but the frying task can be completed in three or two minutes, the manual participation can not be reduced, the fried dishes have different tastes from the manual fried dishes of the traditional cooking range due to the reasons of power, duration and the like, and the parts of the frying machine after frying are cleaned and washed and are more troublesome.

Disclosure of Invention

The utility model aims to better meet the requirements of more people, provides a stove capable of automatically frying, and aims to enable an induction cooker and a gas stove (including an integrated stove, a cassette stove and the like) which are commonly used by people to be additionally provided with power, transmission and control under the conditions of not changing the original appearance and the original functions, and realize the automatic frying function by using a matched frying pan. Under the condition of not adding any additional device, the matched cooking pot can keep stable and static when the plectrum turns over to fry food materials, and the cooking pot can be used on a stove or a stove frying machine. The transmission method has simple structure, reasonable stress and easy installation, the dishes automatically fried by the traditional stove and stove more conform to the traditional taste of people, the cleaning and washing are convenient, the popularization and the use of the dish frying machine are more facilitated, the requirements of people are better met, and the life of people is beautiful.

The object of the utility model can be achieved by the following technical measures:

the stove capable of automatically frying comprises a driving motor, a stove body and a frying pan arranged on the stove body; the driving motor is connected with a driving motor shaft sleeve and positioned below the stove body, the driving motor shaft sleeve and a driving motor shaft penetrating in the driving motor shaft sleeve extend upwards through a central hole of the stove body, the upper ends of the driving motor shaft sleeve and the driving motor shaft are respectively combined with a frying pan body placed on the stove body and a rotating shaft penetrating in a rotating shaft seat of the frying pan through a rotation stopping outer sleeve and a transmission inner sleeve, the driving motor shaft drives the rotating shaft to rotate, then the shaft cap drives the shifting piece to rotate, the rotation stopping outer sleeve is combined with the frying pan body, and the rotation of the pan body during frying is prevented; the rotary shaft seat is formed by a boss with a stepped hole, is positioned at the center of the bottom of the pot body, the stepped hole at the lower part of the stepped hole is connected with the embedded rotation stopping outer sleeve and the rotary shaft and the transmission inner sleeve in a plug-in connection mode through mutually matched cross section shapes, the lower end of the rotation stopping outer sleeve is combined with the driving motor through the motor shaft sleeve, and the driving motor shaft is combined with the rotary shaft through the transmission inner sleeve.

Further comprising: according to the utility model, a high-temperature-resistant silica gel ring, a clamping groove and a clamping spring which are matched with each other and used for limiting the movement of the rotating shaft and preventing the shifting sheet in the pot from moving and shifting are arranged between the rotating shaft seat and the rotating shaft.

The motor shaft sleeve is connected with the stepped hole at the lower part of the stepped hole through a rotation stopping outer sleeve, and the outer wall of the rotation stopping outer sleeve is inserted with the motor shaft sleeve and the hole wall of the stepped hole at the lower part of the stepped hole through polygonal structures (preferably regular hexagons) matched with each other.

The rotation stopping outer sleeve and the motor shaft sleeve are screwed or fixedly combined into a whole through mutually matched thread structures.

The stove body is any one of a gas stove, an induction cooker or any other suitable heating stove; and the center of the stove body is provided with a through pipe or a hole vertical to the center of the stove body.

The cooking range body is arranged above the power rack of the cooker, and the driving motor is arranged in the power rack of the cooker; and the power rack of the cooker, the stove body and the matched cooker can be conveniently dispersed and combined.

The transmission inner sleeve, the driving motor shaft and the rotating shaft are inserted together through a polygonal structure (preferably a regular hexagon) which is matched with each other.

The transmission inner sleeve and the driving motor shaft are screwed or fixedly connected into a whole through mutually matched threads.

More specifically: the utility model can be divided into two types based on the technical characteristics:

one is an integrated type: the drive motor, control circuit and power supply of the cooker are installed on the cooker body and integrated with the cooker body, and the cooker can provide heat source and power simultaneously when automatic cooking.

The other type is a split combined type: the drive motor of the cooking machine, the control circuit and the power supply are installed on the special rack, the cooking range is placed on the rack, motor power penetrates through the stove body through the transmission part, the rotating shaft plectrum in a cooking pot placed on the cooking range is driven to rotate, food materials are fried in a turning mode, the cooking range provides a heat source, and the rack provides power.

The center of the bottom of the pot body is provided with a rotating shaft seat formed by a boss with a step hole, and the bottom surface of the lower end of the rotating shaft does not protrude out of the bottom surface of the pot body, so that the flat placement of the pot is not influenced.

For a stove and a stove specially used for automatic cooking, a driving motor shaft and a transmission inner sleeve, the motor shaft sleeve and a rotation stopping outer sleeve can be fixed into a whole without plugging.

For the integrated cooker, the positioning and installation of the driving motor on the cooker body can be quickly finished by one to two threaded holes through the motor shaft sleeve, the length of the motor shaft sleeve is changed, the distance between the driving motor and the cooker body can be adjusted without being limited by the cooker body, the working temperature of the driving motor is favorably improved, and the service performance of the driving motor is improved; meanwhile, the driving motor is hung and installed through the motor shaft sleeve, the noise which cannot be accepted by people and is generated by resonance formed between the driving motor and the cavity of the stove and the stove during the power-on work can be effectively reduced, the motor shaft sleeve can enable the stove and the hearth surface to be isolated from the inner cavity of the stove and the stove, and external oil and water sundries cannot fall into the inner cavity of the stove and the stove, so that the stove and the stove are kept sanitary and clean. The driving motor is preferably a low-voltage direct-current speed reducing motor.

The structure and the stress characteristics of the utility model are as follows:

the center of the stove body of the stove and the stove body is provided with a pipe hole which is vertically communicated with the stove and the stove body, power passes through the pipe hole to drive a stir-frying pan plectrum to rotate, and meanwhile, a sleeve outside a driving shaft prevents the stir-frying pan body from rotating.

In the integrated scheme of the utility model, the axis of the driving motor shaft is positioned at the vertical central position of the heating area of the stove, the motor shaft sleeve is concentric with the driving motor shaft and is sleeved on the driving motor shaft, the lower part of the motor shaft sleeve is fixedly connected with the driving motor, the outer wall of the motor shaft sleeve is provided with a mounting surface which is combined with the stove body, and thus the driving motor is fixed on the stove body through the motor shaft sleeve.

In the split combined scheme, the motor shaft sleeve is concentric with the driving motor shaft, the lower part of the motor shaft sleeve is fixedly connected with the driving motor and is fixed on the rack together, and the stove on the rack only bears the gravity of the pot body and food materials in the pot and is not influenced by the power torque of the driving motor.

The power transmission routes of the two schemes are as follows: a driving motor shaft → a driving inner sleeve → a frying pan (a rotating shaft → a poking sheet → stir-frying food material → a frying pan body 1 → a central groove (a lower step hole) at the bottom of the frying pan)) → a rotation stopping outer sleeve → a motor shaft sleeve → a driving motor. In the two schemes, all the parts of the stove and the stove body do not participate in the transmission of the torque force of the driving motor shaft, so that the transmission process is the simplest.

If the rotation-stopping outer sleeve is not provided, when the friction torque between the pan bottom and the stove supporting panel or the pan support is smaller than the torque of the stirring sheet for pushing the food (the torque of the motor at the moment), the pan body can rotate along with the stirring sheet, so that the cooking can not be carried out.

The utility model has the following beneficial effects:

the cooker capable of automatically frying disclosed by the utility model can enable an electromagnetic oven and a gas stove (including an integrated oven, a cassette oven and the like) which are commonly used by people to be additionally provided with power, transmission and control under the condition of not changing the original appearance and the original function, and can realize the automatic frying function by using a matched frying pan. Under the condition of not adding any additional device, the matched cooking pot can keep stable and static when the plectrum turns over to fry food materials, and the cooking pot can be used on a stove or a stove frying machine. The transmission method has simple structure, reasonable stress and easy installation, the dishes automatically fried by the traditional stove and stove more conform to the traditional taste of people, the cleaning and washing are convenient, the popularization and the use of the dish frying machine are more facilitated, the requirements of people are better met, and the life of people is beautiful.

Drawings

Fig. 1 is a front view of the present invention.

Fig. 2 is a partial sectional view a-a of fig. 1.

Fig. 3 is a front view of the present invention applied to an induction cooker.

Fig. 4 is a front view of the application of the present invention to a gas range.

Fig. 5 is a schematic view of a cooking machine composed of a power stand of the cooking machine, an induction cooker and a cooking pan.

Fig. 6 is a schematic view of a cooker combined by a power stand of the cooker, a gas stove and a cooker.

Number in the figure: 1. a frying pan body, 2, a plectrum, 3, a stepped hole at the lower part of the stepped hole, 4, a rotating shaft seat, 5, a shaft cap, 6, a rotating shaft, 7, a silica gel ring, 8, a clamp spring, 9, a pan handle, 10, a transmission inner sleeve, 11, a rotation-stopping outer sleeve, 12, a driving motor shaft sleeve, 13, a motor shaft sleeve, a stove body mounting hole seat, 14, a driving motor shaft, 15, a driving motor, 16 an electromagnetic stove, 17, an electromagnetic stove panel, 18, an electromagnetic stove coil disc, 19, a silica gel pad, 20 a threaded ring seat, 21, an electromagnetic stove bottom surface, 22, a separation waterproof cylinder, 23, a water falling hole, 24, a gas cooker support, 25, an inner fire cover, 26, an outer fire cover, 27, a stove head, 28, a frying machine power and control platform box, 29, a power supply, 30, a motor speed regulation control knob, 31, a motor speed regulation control device, 32, a frying machine power platform stand, 33 and a platform stand plane, 34. a through pipe, a hole and a kitchen top in the center of the stove body 35.

Detailed Description

The utility model will be further described with reference to the following examples (drawings):

as shown in fig. 1 and 2, the automatic cooking range of the present invention comprises a driving motor 15, a range body, and a wok disposed on the range body; the driving motor 15 is positioned below the stove body through a driving motor shaft sleeve 12, the driving motor shaft sleeve 12 and a driving motor shaft 14 penetrating through a shaft sleeve of the driving motor upwards penetrate through a central hole of the stove body to drive the motor shaft sleeve and the upper end of the driving motor shaft through a rotation stopping outer sleeve 11 and a transmission inner sleeve 10 to be combined with a frying pan body 1 placed on the stove body and a rotating shaft 6 penetrating through a rotation stopping shaft seat 4 respectively, the driving motor shaft 14 drives the rotating shaft 6 to rotate, and the rotating shaft 6 drives a shifting piece 2 to rotate through a shaft cap 5 so as to stir the dishes heated in the frying pan; the sleeve 12 of the driving motor shaft is combined with the frying pan body 1 to prevent the pan body from rotating during frying; the turning shaft seat 4 is formed by a boss with a stepped hole and is positioned at the center of the bottom of the pot body 1, the aperture of the stepped hole at the upper part of the stepped hole is smaller than that of the stepped hole at the lower part, the turning shaft 6 is arranged in the stepped hole of the turning shaft seat 4 in a penetrating way, and the upper end of the turning shaft seat is connected with the shifting piece 2 positioned in the pot through a shaft cap 5; a rotation stopping outer sleeve 11 is embedded in the stepped hole 3 at the lower part of the stepped hole, the lower end of the rotation stopping outer sleeve is connected with a motor shaft sleeve 12, and the lower end of the motor shaft sleeve 12 is combined with a driving motor 15; the driving motor shaft 14 is combined with the rotary shaft 6 through the transmission inner sleeve 10.

Further comprising: a high-temperature-resistant silica gel ring 7, a clamping groove and a clamping spring 8 which are matched with each other and used for limiting the play of the rotating shaft and preventing a shifting piece in a pot from shifting out are arranged between the rotating shaft seat 4 and the rotating shaft 6.

The motor shaft sleeve 12 is connected with the lower stepped hole 3 of the stepped hole through a rotation stopping outer sleeve 11, and the outer wall of the rotation stopping outer sleeve 11 is inserted with the motor shaft sleeve 12 and the hole wall of the lower stepped hole 3 of the stepped hole through polygonal structures (preferably regular hexagons) matched with each other.

The rotation stopping outer sleeve 11 and the motor shaft sleeve 12 are screwed or fixedly connected into a whole through mutually matched thread structures.

As shown in fig. 3, 4, 5 and 6, the stove body is any one of a gas stove, an induction cooker or any other suitable heating stove; and the center of the stove body is provided with a through pipe or hole 34 vertical to the center of the stove body.

The stove body is arranged above the power rack 32 of the cooker, and the driving motor 15 is arranged in the power rack 32 of the cooker; and the power rack 32 of the cooker, the stove body and the matched cooker can be conveniently dispersed and combined.

The inner transmission sleeve 10, the driving motor shaft 14 and the rotating shaft 6 are inserted together through a matched polygonal structure (preferably a regular hexagon).

The transmission inner sleeve 10 and the driving motor shaft 14 are screwed or fixedly connected into a whole through mutually matched threads.

Further, the present invention can be divided into two types based on the above technical features:

one is an integrated type: the drive motor, control circuit and power supply of the cooker are installed on the cooker body and integrated with the cooker body, and the cooker can provide heat source and power simultaneously when automatic cooking.

The other type is a split combined type: the drive motor of the cooking machine, the control circuit and the power supply are installed on the special rack, the cooking range is placed on the rack, motor power penetrates through the stove body through the transmission part, the rotating shaft plectrum in a cooking pot placed on the cooking range is driven to rotate, food materials are fried in a turning mode, the cooking range provides a heat source, and the rack provides power.

The center of the bottom of the pot body 1 is provided with a rotating shaft seat 4 formed by a boss with a step hole, and the bottom surface of the lower end of the rotating shaft does not protrude out of the bottom surface of the pot body, so that the flat placement of the pot is not influenced.

For a stove and a stove specially used for automatic cooking, the driving motor shaft 14, the transmission inner sleeve 10, the motor shaft sleeve 12 and the rotation stopping outer sleeve 11 can be fixed into a whole without plugging.

For the integrated cooker, the positioning and installation of the driving motor 15 on the cooker body can be quickly finished by one to two threaded holes through the motor shaft sleeve 12, the length of the motor shaft sleeve 12 is changed, the distance between the driving motor 15 and the cooker body can be adjusted without being limited by the cooker body, the working temperature of the driving motor 15 is favorably improved, and the use performance of the driving motor 15 is improved; the motor shaft sleeve can also separate the stove and the hearth surface from the stove and the stove inner cavity, and external oil and water sundries can not fall into the stove and the stove inner cavity, so that the stove and the stove are kept sanitary and clean. The driving motor is preferably a low-voltage direct-current speed reducing motor.

More specifically, the structure and the stress characteristics of the utility model are as follows:

the center of the stove body of the stove and the stove body is provided with a pipe hole which is vertically communicated with the stove and the stove body, the motor power penetrates through the pipe hole to drive the stir-frying pan plectrum to rotate, and the sleeve outside the motor shaft is driven to prevent the stir-frying pan body from rotating.

In the integrated scheme of the utility model, the axis of a driving motor shaft 14 is positioned at the vertical central position of a heating area of a stove, a motor shaft sleeve 12 is concentric with the driving motor shaft 14 and is sleeved on the driving motor shaft 14, the lower part of the motor shaft sleeve is fixedly connected with a driving motor, the outer wall of the motor shaft sleeve is provided with a mounting surface 13 which is combined with the stove body, and thus the driving motor is fixed on the stove body through the motor shaft sleeve.

In the split combined scheme, the motor shaft sleeve is concentric with the driving motor shaft, the lower part of the motor shaft sleeve is fixedly connected with the driving motor and is fixed on the rack together, and the stove on the rack only bears the gravity of the pot body and food materials in the pot and is not influenced by the power torque of the driving motor.

The power transmission routes of the two schemes are as follows: the driving motor shaft 14 → the driving inner sleeve 10 → the wok (rotating shaft 6 → plectrum 2 → stir-fry food material → wok 1 → central groove (lower step hole) 3) in the bottom of the wok → the rotation stopping outer sleeve 12 → the motor shaft sleeve 12 → the driving motor 15. In the two schemes, all the parts of the stove and the stove body do not participate in the transmission of the torque force of the driving motor shaft, so that the transmission process is the simplest.

If the rotation-stopping outer sleeve 11 does not exist, when the friction torque between the pan bottom and the stove supporting panel or the pan support is smaller than the torque of the stir plate for pushing the food (at the moment, the torque of the motor), the pan body can rotate along with the stir plate, so that the cooking can not be carried out, because of the rotation-stopping outer sleeve 11, the upper end of the rotation-stopping outer sleeve 11 is inserted into and matched with the central groove at the bottom of the frying pan, the rotation of the frying pan body 1 is prevented, the torque for pushing the food by the stir plate 2 (the torque of the motor) is transmitted to the driving motor 15 through the central groove (the lower step hole) 3 at the bottom of the frying pan, the rotation-stopping outer sleeve 11 and the motor shaft sleeve 12, and the stressed torque balance of the driving motor 15 is realized.

The integrated cooker of the utility model uses the following operation processes:

sleeving a transmission inner sleeve 10 on a drive motor shaft 14, inserting the lower end sleeve of a rotation stopping outer sleeve 11 on a motor shaft sleeve 12, placing a stir-frying pan body 1 at a heating position of a stove supporting panel or a pan support, inserting the upper end of the rotation stopping outer sleeve into a central groove (a stepped hole at the lower part of a stepped hole) 3 at the bottom of a stir-frying pan, and sleeving the upper end of the transmission inner sleeve 10 on the lower end head of a rotation shaft 6;

heating the cooking range, manually adjusting a speed regulation knob or automatically controlling the rotating speed and the torque force of a driving motor by a program, driving a motor shaft 14 to rotate the torque force to drive a stir-frying pan rotating shaft 6 to rotate through a transmission inner sleeve 10, and then driving a shifting piece 2 to rotate to push food materials in the pan to stir-fry; the stove can set timing, acousto-optic prompt or program control, when the stir-frying time is up, the stove stops heating automatically, lifts the handle of the pan lightly, enables the stir-frying pan to be separated from the internal and external transmission rotation stopping sleeve, moves out the food material, and is easy to clean.

The operation process of the split combined type cooker provided by the utility model is as follows:

placing a cooking range on a power bench of a cooker, aligning the center of a through pipe hole 34 in the center of a cooking range body to the center of a motor shaft sleeve 12 on the bench, respectively inserting a transmission inner sleeve 10 and a rotation stopping outer sleeve 11 with proper lengths above the through pipe hole 34 from the center of the cooking range body on a driving motor shaft 14 and the motor shaft sleeve 12, placing a cooker body 1 on a heating position of a cooking range supporting panel or a cooker support, at the moment, inserting the upper end of the rotation stopping outer sleeve 11 into a central groove 3 at the bottom of a cooker, and simultaneously sleeving the upper end of the transmission inner sleeve 10 on the lower end of a rotating shaft 6;

the cooking range is heated and fried, a speed regulating knob on a power rack of the frying machine is manually regulated or a program is set to automatically control the rotating speed and the torque of a driving motor, a driving motor shaft 14 rotates the torque to drive a frying pan rotating shaft 6 to rotate through a transmission inner sleeve 10, and then the rotating torque drives a shifting piece 2 to rotate, so that food materials in the pan are pushed to be fried; after the cooking is finished, the combination of the pan, the stove and the rack can be scattered at will.

Example 1: the utility model is applied to the induction cooker:

as shown in fig. 3, a hole is opened in the center of a heating area of a panel 17 of an induction cooker 16, a threaded ring seat 20 is riveted in the hole in the center of the panel, a separation waterproof cylinder 22 penetrates through a center hole of a coil panel 18 of the induction cooker from the bottom 21 of the induction cooker upwards to be close to the lower plane of the panel 17, is sleeved and clamped on the outer side of the lower protruding part of the threaded ring seat 20, a high temperature resistant silica gel pad 19 is arranged between the separation waterproof cylinder 22 and the threaded ring seat, the lower plane of the separation waterproof cylinder 22 is fixedly connected with the bottom 21 of the induction cooker, and the lower plane of the separation waterproof cylinder 22 is further provided with a water falling hole 23 and a threaded hole seat 13 for installing a motor shaft sleeve 12; fixing a driving motor 15 and a motor shaft sleeve 12, wherein the outer wall of the motor shaft sleeve 12 is provided with an upper section of thread and a lower section of thread, screwing the lower section of thread of the motor shaft sleeve 12 on a lower plane thread hole seat 13 of a separation waterproof cylinder 22, and screwing the upper section of thread of the motor shaft sleeve 12 into a thread ring seat 20 at the center of a panel of the induction cooker and stopping on the upper plane of the panel; then the transmission inner sleeve 10 and the rotation stopping outer sleeve 11 are inserted in place and fall on the frying pan body 1, and the induction cooker is in a frying standby state; the driving power supply and the control circuit of the driving motor 15 are additionally arranged in the cavity of the induction cooker, the working power supply of the induction cooker is switched on, the heating power, the temperature, the heating time, the rotating speed control of the driving motor and the like are set, and the cooking work can be automatically finished at regular time.

After the cooking is finished, the cooking pan is removed, the transmission inner sleeve 10 is pulled out, the rotation stopping outer sleeve 11 is pulled out, and the panel 17 of the induction cooker is restored to be a plane, so that the placement of any heating kitchen ware is not influenced, and any original functions of the induction cooker are not influenced.

The separate waterproof cartridge 22 and the motor shaft sleeve 12 provide dual protection against moisture and the like entering the electronic component areas within the oven body.

Example 2: the utility model is applied to the gas stove:

as shown in fig. 4, the center of the burner 27 body of the gas stove is provided with a hole and is processed into a threaded hole seat 13; the driving motor 15 is fixedly connected with the motor shaft sleeve 12, the upper end of the motor shaft sleeve 12 is provided with mounting threads, the threads at the upper end of the motor shaft sleeve 12 are screwed in the threaded hole seat 13 at the center of the burner body, and at the moment, the driving motor 15 is positioned below the bottom surface of the gas stove body and is hung and fixed below the center of the burner 27 body through the motor shaft sleeve 12; an upper transmission inner sleeve 10, a rotation stopping outer sleeve 11, an inner transmission sleeve and an outer rotation stopping sleeve are inserted and arranged, the upper transmission inner sleeve and the outer rotation stopping sleeve concentrically penetrate through an inner fire cover 25 of the gas stove upwards, and an outer fire cover 24 spurts out to generate fiery flame which is connected with a frying pan body 1 which is arranged on a gas stove pan bracket 26 to drive a stirring sheet in the frying pan to rotate and stir and stop the rotation of the pan body; the speed regulating knob of the driving motor is additionally arranged on the table top of the gas stove, and the automatic cooking of the gas stove is realized by combining the functions of timing combustion and flame size regulation of the gas stove. After the cooking is finished, the cooking pan is moved away, the transmission inner sleeve 10 and the rotation stopping outer sleeve 11 are clamped, any heating kitchen ware is placed on the gas stove pan support and is not affected, the original function of the gas stove is not affected, and certainly, the transmission inner sleeve 10 and the rotation stopping outer sleeve 11 are not willing to be taken out, the height of the gas stove pan support is only required to be adjustable, the height is properly increased, and the placement of any heating kitchen ware is not affected.

Example 3: the utility model relates to a power and a console box of a cooker, which are manufactured by a transmission method, a power rack of the cooker and a cooker which are combined into the cooker, wherein the cooker comprises the following components:

as shown in figures 5 and 6, the power transmission method of the frying machine can be used for manufacturing the frying machine power and a control console box 28, a power supply 29, a motor speed regulation control component 30 and an external motor speed regulation control knob 31 are arranged in the console box, can be quickly screwed, inserted and stacked under a furnace and a stove which are matched with mounting surfaces, and is matched with a special cooker, so that the stove has an automatic frying function, can be disassembled at any time after being used, is convenient to carry, and is suitable for small and portable stoves, such as a cassette stove and the like.

Or the power and control console box 28 of the cooker can be fixed on a frame to form a power rack 32 of the cooker; the power bench 32 of the cooker machine is placed on a kitchen bench 35, the power and control console box 28 of the cooker machine is fixed below the plane 33 of the bench, the plane of the bench is provided with an opening, and a driving motor shaft and a motor shaft sleeve 12 are exposed; the center of the gas stove head or the electromagnetic oven panel is provided with a stove body center through pipe hole 34 which penetrates through the stove body up and down and can isolate water and steam, the gas stove or the electromagnetic oven is placed on a frying machine power rack plane 33, the center of the motor shaft sleeve 12 is aligned with the center of the stove body center through pipe hole 34, a transmission inner sleeve 10 and a rotation stopping outer sleeve 11 with proper length are installed, and a matched cooker is used, so that the automatic frying function is realized; in this case, the stove body does not need to be provided with a mounting seat of a motor shaft sleeve, and only needs to be provided with a pipe hole penetrating through the center of the stove body; the cooking range is taken down from the power bench of the cooker, and is a common cooking range with a through hole in the center, and the cooking range can be combined into the cooker after being put on the common cooking range.

Claims (8)

1. A cooking utensil capable of automatically frying comprises a driving motor, a cooking stove body and a frying pan arranged on the cooking stove body; the method is characterized in that: the driving motor is connected with a driving motor shaft sleeve and positioned below the stove body, the driving motor shaft sleeve and a driving motor shaft penetrating in the driving motor shaft sleeve extend upwards through a central hole of the stove body, the upper ends of the driving motor shaft sleeve and the driving motor shaft are respectively combined with a frying pan body placed on the stove body and a rotating shaft penetrating in a rotating shaft seat of the frying pan through a rotation stopping outer sleeve and a transmission inner sleeve, the driving motor shaft drives the rotating shaft to rotate, then the shaft cap drives the shifting piece to rotate, the rotation stopping outer sleeve is combined with the frying pan body, and the rotation of the pan body during frying is prevented; the rotary shaft seat is formed by a boss with a stepped hole, is positioned at the center of the bottom of the pot body, the stepped hole at the lower part of the stepped hole is connected with the embedded rotation stopping outer sleeve and the rotary shaft and the transmission inner sleeve in a plug-in connection mode through mutually matched cross section shapes, the lower end of the rotation stopping outer sleeve is combined with the driving motor through the motor shaft sleeve, and the driving motor shaft is combined with the rotary shaft through the transmission inner sleeve.

2. The cooker capable of automatically frying dishes according to claim 1, characterized in that: a high-temperature resistant silica gel ring, a clamping groove and a clamping spring which are matched with each other and used for limiting the movement of the rotating shaft and preventing the shifting sheet in the cooker from moving and shifting out are arranged between the rotating shaft seat and the rotating shaft.

3. The cooker capable of automatically frying dishes according to claim 1, characterized in that: the motor shaft sleeve is connected with the lower step hole of the stepped hole through a rotation stopping outer sleeve, and the outer wall of the rotation stopping outer sleeve is inserted with the motor shaft sleeve and the hole wall of the lower step hole of the stepped hole through polygonal structures matched with each other.

4. The cooktop capable of automatically cooking as claimed in claim 3, wherein: the rotation stopping outer sleeve and the motor shaft sleeve are screwed or fixedly combined into a whole through mutually matched thread structures.

5. The cooker capable of automatically frying dishes according to claim 1, characterized in that: the stove body is any one of a gas stove, an induction cooker or any other suitable heating stove; and the center of the stove body is provided with a through pipe or a hole vertical to the center of the stove body.

6. The cooktop capable of automatically cooking as claimed in claim 5, wherein: the cooking range body is arranged above the power rack of the cooker, and the driving motor is arranged in the power rack of the cooker; and the power rack of the cooker, the stove body and the matched cooker can be conveniently dispersed and combined.

7. The cooker capable of automatically frying dishes according to claim 1, characterized in that: the transmission inner sleeve is inserted with the driving motor shaft and the rotating shaft through the polygonal structures which are matched with each other.

8. The cooker capable of automatically frying dishes according to claim 1, characterized in that: the transmission inner sleeve and the driving motor shaft are screwed or fixedly connected into a whole through mutually matched threads.

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