阅读说明：本技术 自动旋转桌面明火炉灶 (Automatic rotating table top open fire stove ) 是由 倪东海 于 2021-08-03 设计创作，主要内容包括：本发明公开了自动旋转桌面明火炉灶,包括能置放桌面上的炉体承载组件及其相支撑的旋转组件,其中：旋转组件由预设控制程序的电控板、及该电控板自动控制的电机和配接在电机输出轴上的旋转柱组成；电机输出轴贯穿有盛放可控燃烧时间的生物燃料块的托盘,且位于电机输出轴上的旋转柱顶接有炊具组件中的炊具支架；托盘设置在电机机壳上。本专利在食材烹制过程中,炊具能根据设定的档位控制自动旋转,燃料加热时间控制精准,能够标准化加工制作食物,从而进一步增加明火炉灶的使用效率；其具有降低人力成本,降低能耗,制作过程全自动完成,标准化烹制、品质保证的突出优点。(The invention discloses an automatic rotary table top open fire stove, which comprises a stove body bearing component capable of being placed on a table top and a rotary component supported by the stove body bearing component, wherein: the rotating assembly consists of an electric control board with a preset control program, a motor automatically controlled by the electric control board and a rotating column matched and connected with an output shaft of the motor; a tray for containing bio-fuel blocks with controllable burning time penetrates through the output shaft of the motor, and a cooker bracket in a cooker assembly is connected with a rotating column on the output shaft of the motor in a propping manner; the tray is arranged on the motor shell. In the food material cooking process, the cooker can automatically rotate according to the set gear control, the fuel heating time is accurately controlled, and food can be processed and prepared in a standardized mode, so that the use efficiency of the open fire cooking range is further improved; the method has the outstanding advantages of reducing labor cost and energy consumption, fully automatically completing the manufacturing process, and ensuring standardized cooking and quality.)

1. Automatic rotatory desktop naked light kitchen range, including furnace body carrier assembly (1) and rotating assembly (2) that support mutually on can placing the desktop, characterized by: the rotating assembly (2) consists of an electric control board (26) with a preset control program, a motor (23) automatically controlled by the electric control board (26) and a rotating column (21) matched and connected with an output shaft of the motor (23); the output shaft of the motor (23) penetrates through a tray (22) for containing a biofuel block (24) with controllable combustion time, and a cooker support (31) in a cooker assembly (3) is connected to the top of the rotary column (21) on the output shaft of the motor (23); the tray (22) is arranged on the shell of the motor (23).

2. An automatic rotary table top open fire stove as claimed in claim 1, characterized in that: the motor (23) and the electric control board (26) are connected with an external power supply (27) through a weak current power line connected with a USB port in a matching mode; the furnace body bearing component (1) and the rotating component (2) are sleeved with each other through a bearing (25) to be rotatably supported.

3. An automatic rotary table top open fire stove as claimed in claim 2, characterized in that: the rotating column (21) is a hollow cylinder, and the upper part of the rotating column is provided with at least four cylindrical grooves which are arranged in an equal radian manner; the cylindrical groove is abutted and embedded with the embedding part of the cooker bracket (31); a rotary column (21) which is matched and connected with an output shaft of the motor (23) adjusts the circumferential rotating speed along with the rotating speed of the motor; the rotating column (21) drives the cooker bracket (31) to horizontally and circularly rotate.

4. An automatic rotary table top open fire stove as claimed in claim 3, characterized in that: the power supply (27) is matched and connected with a starting switch (14), the starting switch (14) is started to supply power to the electric control board (26) to control the motor (23) to rotate.

5. An automatic rotary table top open fire stove as claimed in claim 4, characterized in that: the starting switch (14) is a knob with the function of continuously controlling the motor to rotate in a stepless speed change way from low to high.

6. An automatic rotary table top open fire stove as claimed in claim 5, characterized in that: the bearing component (1) comprises a bottom cover plate (12), a lower cover (13), a check ring (15) provided with a starting switch (14) and an upper cover (16) which are sequentially arranged from bottom to top and supported by at least three foot pads (11); an external weak current power line connected with the USB port penetrates through the bottom cover plate (12) to be connected with the electric control plate (26) and the motor (23).

7. An automatic rotary table top open fire stove as claimed in claim 6, characterized in that: the cooker component (3) also comprises an oil box bracket (33) arranged on the side wall of the tray (22); the oil box bracket (33) is formed by connecting a bracket handle (33a) and a bracket groove (33b), and an oil box (34) is arranged at a hollow round opening in the middle of the bracket groove (33 b); the cooker support (31) is formed by the mutual embedding of two steel bars to form an embedding part of the cooker support (31), and the head part of each steel bar is provided with an upward bent end part for catching and protecting the bearing cooker (32).

8. An automatic rotary table top open fire stove as claimed in claim 7, characterized in that: the lower end part of the oil box bracket (33) arranged on the side wall of the retainer ring (15) is also arranged on the side wall of the retainer ring (15).

9. An automatic rotary table top open fire stove as claimed in claim 8, characterized in that: the number of the pad feet (11) is three, the pad feet are hollow inverted cones, and the distance between central angles of the pad feet is 120 degrees; the lower cover (13) is a circular flat plate, three hollow fixing holes are formed in the lower cover, and the lower cover and the upper device are connected with the pad feet (11) through fixing rivets.

10. An automatic rotary table top open fire stove as claimed in claim 9, characterized in that: the bottom of the oil box (34) is provided with an oil leakage hole.

Technical Field

The invention relates to the field of open-fire stoves, in particular to an open-fire stove with an automatic rotary table top.

Background

Open fire cooking range generally, take the pot as the utensil, use the heat source to burn the pot, boil rice or food material, cook the cooking way of food, its representatives are to make a kind of deep pot rice, a kind of deep pot rice mainly forms the attractive rice crust fragrance in the course of cooking and is welcomed by the masses of eaters, however traditional open fire cooking range often easy scorching when the rice forms the rice crust while cooking, has influenced the mouthfeel, in order to solve this problem, must make the course of making a kind of deep pot rice rotate the cooking range ceaselessly through the manual work, make rice heated evenly, do not cause the scorching of the rice crust while forming delicious rice crust. Although the problem of burning the rice is solved, the workload is greatly increased, and a lot of labor cost is consumed; and the uneven manual rotating force causes different rotating speeds, so that the heated food is heated unevenly, and the quality of the processed food is affected.

Disclosure of Invention

The invention aims to solve the technical problem of the prior art and provides an automatic rotary table top open fire stove which is simple in structure, convenient to operate, capable of setting the rotation speed according to needs and capable of automatically controlling heating.

The technical scheme adopted by the invention for solving the technical problems is as follows:

automatic rotatory desktop naked light kitchen range, including the furnace body carrier assembly that can place on the desktop and the rotating assembly who supports mutually, wherein: the rotating assembly consists of an electric control board with a preset control program, a motor automatically controlled by the electric control board and a rotating column matched and connected with an output shaft of the motor; a tray for containing bio-fuel blocks with controllable burning time penetrates through the output shaft of the motor, and a cooker bracket in a cooker assembly is connected with a rotating column on the output shaft of the motor in a propping manner; the tray is arranged on the motor shell.

The technical means adopted also comprise:

the motor and the electric control board are connected with a weak current power line of the USB port and are connected with an external power supply; the furnace body bearing component and the rotating component are sleeved with each other through a bearing and rotatably supported.

The rotating column is a hollow cylinder, and the upper part of the rotating column is provided with at least four cylindrical grooves which are arranged in a uniform radian manner; the cylindrical groove is abutted with the embedded part embedded with the cooker bracket; the rotating column which is matched and connected with the output shaft of the motor adjusts the circumferential rotating speed along with the rotating speed of the motor; the rotating column drives the cooker bracket to rotate horizontally and circularly.

The power supply is connected with a starting switch in a matching way, and the starting switch starts a power supply electric control board to control the motor to rotate;

the starting switch is a knob with a stepless speed change function for continuously controlling the motor to rotate from low to high.

The bearing component comprises a bottom cover plate, a lower cover, a check ring and an upper cover, wherein the bottom cover plate is supported by at least three foot pads in sequence from bottom to top; an external weak current power line connected with the USB port penetrates through the bottom cover plate to be connected with the electric control plate and the motor.

The cooker assembly also comprises an oil box bracket arranged on the side wall of the tray; the oil material box support is formed by connecting a support handle and a support groove, and the hollow round mouth in the middle of the support groove is provided with an oil material box; the cooker support is formed by the mutual embedding of two steel bars to form an embedding part of the cooker support, and the head part of each steel bar is provided with an upward bent end part for grabbing and protecting a bearing cooker.

The lower end part of the oil box bracket arranged on the side wall of the retainer ring is also arranged on the side wall of the retainer ring.

The number of the foot pads is three, the foot pads are in hollow inverted cone shapes, and the distance between central angles of the foot pads is 120 degrees; the lower cover is a round flat plate, three hollow fixing holes are formed in the lower cover, and the lower cover and the upper device are connected with the pad feet through fixing rivets respectively.

The bottom of the oil material box is provided with an oil leakage hole

Compared with the prior art, the invention discloses an automatic rotary table top open fire stove, which comprises a stove body bearing component capable of being placed on a table top and a rotary component supported by the stove body bearing component, wherein: the rotating assembly consists of an electric control board with a preset control program, a motor automatically controlled by the electric control board and a rotating column matched and connected with an output shaft of the motor; a tray for containing bio-fuel blocks with controllable burning time penetrates through the output shaft of the motor, and a cooker bracket in a cooker assembly is connected with a rotating column on the output shaft of the motor in a propping manner; the tray is arranged on the motor shell. In the food material cooking process, the cooker can automatically rotate according to the set gear control, the fuel heating time is accurately controlled, and food can be processed and prepared in a standardized mode, so that the use efficiency of the open fire cooking range is further improved; the method has the outstanding advantages of reducing labor cost and energy consumption, fully automatically completing the manufacturing process, and ensuring standardized cooking and quality.

Drawings

Fig. 1 is a schematic perspective view of a first embodiment of the present invention;

FIG. 2 is a front longitudinal cross-sectional view of a first embodiment of the present invention;

FIG. 3 is a side longitudinal cross-sectional view of a first embodiment of the present invention;

FIG. 4 is an exploded schematic view of FIG. 1;

fig. 5 is a schematic perspective view of a second embodiment of the present invention.

Detailed Description

Embodiments of the present invention are described in further detail below with reference to the accompanying drawings.

Wherein the reference numerals are: the bio-fuel oil stove comprises a bearing assembly 1, a base support 11, a bottom cover plate 12, a lower cover 13, a starting switch 14, a retainer ring 15, an upper cover 16, a rotating assembly 2, a rotating column 21, a tray 22, a motor 23, a bio-fuel block 24, a bearing 25, an electric control plate 26, a power supply 27, a bolt 28, a cooker assembly 3, a cooker support 31, a cooker 32, an oil box support 33, a support handle 33a, a support groove 33b and an oil box 34.

As shown in fig. 1 to 5, the automatic rotating tabletop open fire cooking stove comprises a stove body bearing component 1 capable of being placed on a tabletop and a rotating component 2 supported by the stove body bearing component, wherein: the rotating assembly 2 consists of an electric control board 26 with a preset control program, a motor 23 automatically controlled by the electric control board 26 and a rotating column 21 connected to an output shaft of the motor 23 in a matching mode; the output shaft of the motor 23 penetrates through the tray 22 for containing the biofuel block 24 with controllable burning time, and the rotating column 21 on the output shaft of the motor 23 is connected with the cooker bracket 31 in the cooker component 3; the tray 22 is disposed on the motor 23 housing. The motor 23 and the electric control board 26 are connected with a weak current power line of the USB port and are connected with an external power supply 27; the furnace body bearing component 1 and the rotating component 2 are sleeved and rotatably supported through a bearing 25. The rotating column 21 is a hollow cylinder, and the upper part of the rotating column is provided with at least four cylindrical grooves which are arranged in a uniform radian manner; the cylindrical groove is abutted with the embedded part embedded with the cooker bracket 31; the rotary column 21 which is matched with the output shaft of the motor 23 adjusts the circumferential rotating speed along with the rotating speed of the motor; the rotary column 21 drives the cooker support 31 to rotate horizontally and circularly. The power supply 27 is connected with the starting switch 14, and the starting switch 14 turns on the power supply electronic control board 26 to control the motor 23 to rotate. The starting switch 14 is designed to meet the user's requirement, namely, a knob for continuously controlling the stepless speed change function of the motor from low to high so as to control the required rotating speed in real time. The electric control board 26 and the motor 23 are matched and connected with an emergency power supply USB interface, and the emergency power supply USB interface can be charged by a charger so as to be portable and can be used outdoors. The bearing component 1 comprises a bottom cover plate 12, a lower cover 13, a retainer ring 15 and an upper cover 16 which are sequentially arranged from bottom to top and are supported by at least three foot pads 11; the power line connected with the emergency power supply USB interface penetrates through the bottom cover plate 12 to be connected with the electric control plate 26 and the motor 23. The cookware assembly 3 of the first embodiment of figures 1 to 4 further comprises an oil box support 33 mounted on the side wall of the tray 22; the oil box bracket 33 is formed by connecting a bracket handle 33a and a bracket groove 33b, and an oil box 34 is arranged at a hollow round opening in the middle of the bracket groove 33 b; the cooker support 31 is formed by interlocking two steel bars, the head of which has an upwardly bent end for catching and supporting a cooker 32, to constitute an interlocking portion of the cooker support 31.

In the second embodiment of fig. 5, the lower end of the oil box holder 33 mounted on the sidewall of the retainer ring 15 is also mounted on the sidewall of the retainer ring 15. The oil box bracket 33 is formed by connecting a bracket handle 33a and a bracket groove 33b, and an oil box 34 is arranged at a hollow round opening in the middle of the bracket groove 33 b; the cooker support 31 is formed by interlocking two steel bars, the head of which has an upwardly bent end for catching and supporting a cooker 32, to constitute an interlocking portion of the cooker support 31. The number of the foot pads 11 is three, the foot pads are in the shape of hollow inverted cones, and the distance between central angles of the foot pads is 120 degrees; the lower cover 13 is a circular flat plate, in which three hollow fixing holes are provided, and the lower cover is connected with the upper and lower devices through fixing rivets to form the pad feet 11.

The oil box 34 that sets up can be taken out from oil box support 33, and oil box 34 bottom system has the oil leak hole, and in the use, places solid-state animal grease in the oil box, and steam is produced through the rising of temperature in the cooking process, melts animal grease, adds animal grease for the food along the cooking utensils edge when following the rotating assembly motion, increases the taste of eating the material, subtracts the human cost of artifical interpolation.

Specific column spinner 21 is hollow cylinder, upper portion is equipped with 4 cylindricality recesses, the interval angle of every adjacent recess is 90 degrees, can the circumference rotate after the circular telegram, the rotational speed can be according to the difference of temperature, starting switch 14 regulative mode can set up to the button and adjust, also can set up to the touch screen and adjust, can also set up to rotatory shift adjustment, rotate by the rotation of high infinitely variable speed function through starting switch 14 control motor, realize corresponding function, corresponding time, the regulation of corresponding rotational speed, corresponding function when satisfying the food material culinary art demand includes a kind of deep pot congee, a kind of rice, the function of concrete forms such as boiling hot dish, in order to adapt to a kind of deep pot congee, the regulation of the required corresponding rotational speed of the function of concrete forms such as boiling hot dish.

The tray 22 outside is round platform shape, and interior low part is concentric circular platform face for hold controllable burning time's biofuel piece 24, and the biofuel piece is original for circular or square shape, and according to the required time when eating the material culinary art preparation, the quantity of biofuel piece is 1 to 3 for fuel burning time needs.

The electric control board 26 is connected with a power supply 27 through a power line, and the power supply can be a battery type, a charging type or a direct connection power supply through a transformer; the bearing component 1 comprises a bottom cover plate 12, a lower cover 13, a retainer ring 15 provided with a starting switch 14 and an upper cover 16 which are supported by a foot pad 11 in sequence from bottom to top; the number of the pad feet 11 is at least 3, the pad feet are hollow inverted cones, and when the number of the pad feet 11 is three, the distance between central angles of the pad feet is 120 degrees; when the number of the foot pads 11 is 4, the distance between the central angles of the foot pads is 90 degrees; when the number of the foot pads 11 is 6, the central angle interval between the foot pads is 60 degrees; when the number of the foot pads 11 is 10, the central angle interval between the foot pads is 36 degrees; the lower cover 13 is a round flat plate, wherein three hollow fixing holes are arranged in the round flat plate and are respectively connected with the upper device and the lower device through fixing rivets; the lower cover 13 is a flat hollow cylinder, and is provided with three hollow fixing holes in an extension; the retainer ring 15 is annular and contains the starting switch 14, and the upper cover 16 is a flat round cover with a hole in the middle and is used for correspondingly placing the bearing 25.

The cooker assembly 3 includes a cooker 32 supported by a cooker support 31 and an oil cartridge support 33 provided on the cooker 32 to carry an oil cartridge 34; the cooker support 31 is formed by two steel bars which are embedded with each other at 90 degrees, and the head of each steel bar is provided with an upward bending part for grabbing and protecting the bearing cooker 32; the cooker 32 on the cooker bracket is used for containing food materials and is driven by the rotary column 21 to rotate horizontally and circularly; the oil box bracket 33 consists of a bracket handle 33a and a bracket groove 33b, the bracket handle 33a is vertically connected with the bracket groove 33b, and a hollow round opening is arranged in the middle of the bracket groove 33b and used for placing an oil box 34; the motor 23 is powered by operating the starting switch 14 after the power supply 27 is electrified, and the motor 23 rotates after power supply; the cooker bracket 31 is driven by the rotation of the motor 23 abutted by the rotary column 21; the bio-fuel block 24 is placed on the tray 22, the food materials are cooked after the bio-fuel block is ignited, and the cooking is finished after the bio-fuel block is burnt out; the bottom cover plate 12 is fitted under the lower cover 13 to prevent liquid generated from food or fuel from leaking downward.

In the food material cooking process, the cooker can automatically rotate according to the set gear control, the fuel heating time is accurately controlled, and food can be processed and prepared in a standardized mode, so that the use efficiency of the open fire cooking range is further improved; the method has the outstanding advantages of reducing labor cost and energy consumption, fully automatically completing the manufacturing process, and ensuring standardized cooking and quality.

None of the above-mentioned nor other similar variants depart from the scope of protection of the present patent.

While the preferred embodiments of the present invention have been illustrated, various changes and modifications may be made by one skilled in the art without departing from the scope of the invention.