RU154679U1 - MULTIFUNCTIONAL BAKER - Google Patents

Abstract

1. A multifunctional bread machine comprising a main body, an oven, a bread container, a heating tube and a microcomputer control unit, the furnace being located inside the main body; a microcomputer control unit is mounted on the main body; a bread container is located inside the cavity of the furnace; a heating tube is installed around the outside of the side wall of the bread container; The multi-functional bread machine also contains a heating plate, which is installed in the lower part of the oven, while the bread container is located on the heating plate. 2. The multifunctional bread maker according to claim 1, wherein the bread container has a cylindrical structure. 3. Multifunctional bread machine according to any one of paragraphs. 1 and 2, in which the heating tube is fixed to the side wall of the furnace. 4. Multifunctional bread machine according to any one of paragraphs. 1 and 2, in which the temperature sensor and fuse for protecting the machine are installed on the side wall of the furnace. 5. The multifunctional bread maker according to claim 3, in which the main body comprises a casing and a top cover; a base plate is installed near the lower part inside the casing; the upper cover is installed near the upper part of the casing and is easy to open and close; a bread container is installed and put on a heating plate ; the base plate is fixed to the lower part inside the main body with screws; the furnace is rigidly connected to the main body and the base plate; the heating plate is attached inside the furnace and connected to the base plate cast; the top cover is connected to the upper part of the casing by means of a pivot axis; the top cover is equipped with ventilation holes

Description

FIELD OF TECHNOLOGY

This utility model relates to the field of kitchen equipment, in particular, to a multifunctional bread machine.

BACKGROUND

Currently available on the market bakers, which are automatically controlled by a computer, mainly have the functions of kneading dough, fermenting dough, baking bread, heat insulation and cooking yogurt, jam, rice cakes, etc., that is, they can only be used for making bread and some types of additional food, and their functions are not diverse.

In the solution known from the prior art disclosed in US Patent No. 5,934,177 issued August 10, 1999, the bread maker body 01 (see FIG. 1a) has a base 02 attached to its lower part, and the furnace chamber 03 and engine 04 are located on the upper surface and lower surface of the base 02, respectively. The PCB housing 06 is mounted above the motor 04 and contains the PCB 07. The bread housing is located in the oven chamber 03. The rotary shaft 010 protrudes in the center of the lower part of the bread case 09 and a kneading blade 011 is detachably attached to it. The temperature sensor 012 is made on the outer surface of the wall of the oven chamber 03. The heater 013 is located in a substantially horizontal direction at the bottom in the oven chamber 03 so as to surround the bread cabinet.

Due to the need for efficient use of living space, multifunctional kitchen appliances are popular with consumers because they can serve as several types of kitchen appliances. Multifunctional kitchen appliances are not only convenient to use, save kitchen space, they are also economical and practical. Therefore, there is a great need for a multifunctional bread machine, which is capable of not only preparing bread and several types of additional food, but also various types of dishes. There are currently no such multifunctional bread machines on the market.

DISCLOSURE OF A USEFUL MODEL

The present utility model is aimed at creating a multifunctional bread machine that is capable of preparing not only bread and several types of additional food, but also various types of dishes, and which saves the kitchen space, is convenient to use, economical, and practical.

This utility model is implemented through the following technical scheme:

The multifunctional bread maker contains a main body, an oven, a bread container, a heating tube and a microcomputer control unit. The furnace is located inside the main building, and the microcomputer control unit is installed on the main building; a bread container is located in the cavity of the oven, and a heating tube is installed around the outer part of the side wall of the bread container. The multi-function bread machine also contains an engine drive system and a stirrer. A mixing device is installed in the cavity of the bread container, and is connected to the output shaft of the engine drive system. The multifunctional bread machine also contains a heating plate, which is installed in the lower part of the oven, and a bread container is located on the heating plate.

Preferably, the main body comprises a casing and a top cover. A base plate is installed inside the lower part of the casing. The top cover is installed in the upper part of the casing and is made with the possibility of convenient opening and closing. Inside the main body, an engine drive system is installed under the furnace.

Preferably, the stirrer is a stirrer for stirring dough or a stirring fork for cooking.

Preferably, the bread container has a cylindrical structure.

Preferably, the heating tube is fixed to the side wall of the furnace.

In the present utility model, the following technical results are achieved:

A multifunctional bread machine according to this utility model has the function of preparing various types of fried with constant stirring and stews. The machine is equipped with a heating tube and a heating plate, the heating plate being located in the lower part of the oven and the bread container located on the heating plate, so that the heating tube and heating plate can work independently or together, and the bread preparation process is controlled by a microcomputer. After the stirring fork is installed in the bread container, the microcomputer controls the engine drive system to drive the stirring fork to mix food or vegetables in the bread container and prepare various kinds of fried while stirring or stewing. In addition, the heating tube and heating plate can operate independently or in conjunction, under the control of a program in a microcomputer. Thus, using only one bread machine and one bread container, the user can perform the functions of making bread, as well as preparing various types of fried with constant stirring or stewed foods.

Moreover, the use of a mixing fork makes mixing and turning the dishes convenient during cooking, and makes mixing the food even.

In addition, the bread container has a cylindrical design, which allows thorough mixing of food and guarantees the quality of products.

Therefore, a multifunctional bread maker according to this utility model can not only prepare bread, but also prepare dishes. It is a multi-functional kitchen appliance with improved performance, has a higher utilization rate and is more convenient to use.

BRIEF DESCRIPTION OF THE DRAWINGS

In FIG. 1a is a drawing illustrating an automatic bread machine known in the art;

In FIG. 1 is a sectional drawing illustrating a multifunctional bread machine according to the present utility model when it is used for making bread;

In FIG. 2 is a sectional drawing illustrating a multifunctional bread machine according to the present utility model when it is used for cooking;

In FIG. 3 is a disassembled drawing illustrating a multifunctional bread machine according to the present utility model when it is used for cooking;

in which the elements are indicated as follows:

1. engine

2. base plate,

3. temperature sensor,

4. thermistor sensor

5. the main building,

6. oven

7. microcomputer control unit,

8. top cover,

9. stirring fork,

10. heating tube

11. a container for bread,

12. heating plate

13. worm gear unit,

14. stirrer

51. heat dissipation gratings

IMPLEMENTATION OF A USEFUL MODEL

To solve the technical problems of the prior art, the present utility model discloses a multifunctional bread machine. As shown in FIG. 1, a multifunctional bread maker comprises a main body 5, an oven 6, a bread container 11, a heating tube 10, and a microcomputer control unit 7. The furnace 6 is located inside the main body 5, and the microcomputer control unit 7 is mounted on the main body 5; a bread container 11 is located in the cavity of the oven 6, and a heating tube 10 is installed around the outer part of the side wall of the bread container 11. The multifunctional bread machine also contains an engine drive system and a mixing device. A mixing device is installed in the cavity of the bread container, and is connected to the output shaft of the engine drive system. The multi-function bread machine also contains a heating plate 12, which is installed in the lower part of the oven 6, and a bread container 11 is located on the heating plate 12.

Preferably, the main body 5 comprises a casing and a top cover 8. A base plate 2 is installed inside the lower part of the casing. The upper cover 8 is mounted on the upper part of the casing and is designed to conveniently open and close. Inside the main body, an engine drive system is installed under the furnace 6.

Preferably, as shown in FIG. 2 and FIG. 3, the mixing device is a mixer 14 for kneading dough or a mixing fork 9 for cooking.

Preferably, the bread container 11 has a cylindrical structure.

Preferably, the heating tube 10 is fixed to the side wall of the foam 6.

Preferably, the microcomputer control unit 7 is a microcomputer, fully automated control unit that includes a liquid crystal display for displaying a cooking process.

Preferably, the bread container 11 is mounted and worn on a heating plate.

Preferred Embodiments:

The present utility model will be further described in connection with the embodiments and accompanying figures 1-3.

In the present embodiment, the base plate 2 of the multi-function bread machine is fixed inside the bottom of the main body 5 with screws. The furnace 6 is rigidly connected to the main body 5 and the base plate 2. The heating plate 12 is fixed inside the furnace 6 and connected to the base plate 2. The upper cover is connected to the upper part of the casing using the rotation axis. The bread container 11 is loaded into the bread machine and the top cover is installed, then the top cover can be rotated around the pivot axis to open or close.

A temperature sensor (namely, a thermistor sensor 4) and a fuse for protecting the machine are installed on the side wall of the furnace 6, and a temperature sensor 3 is installed in the lower part of the furnace 6.

The engine drive system comprises an engine 1, a gearbox 13 and an output shaft. The engine 1 is connected to the worm gear unit 13 and drives the worm gear unit 13. The worm gear unit 13 is connected to the output shaft and drives the output shaft to rotate it.

The agitator 14 comprises a perturbation generating shaft and a perturbation creating blade. The disturbance generating shaft is connected to the output shaft by means of a coupling. The blade creating the perturbation is installed with the possibility of detachment on the shaft of the creation of the perturbation, which is attached to the center of the lower part of the bread container.

The stirring fork 9 comprises a perturbation generating shaft, a perturbation creating drum, and two perturbation creating vanes. The disturbance generating shaft is connected to the output shaft by means of a coupling. Two blades are mounted on two opposite sides of the perturbation drum, respectively. The specified drum has a cylindrical design, and the sleeve of the perturbation shaft is installed inside the perturbation drum. The sleeve of the disturbance generating shaft is mounted on it with the possibility of disconnection. The perturbation creation shaft is fixed in the center of the lower part of the bread container.

The top cover 8 is provided with ventilation holes, and the side wall of the main body 5 is equipped with heat dissipation grilles 51.

As shown in FIG. 1, the bread preparation process is controlled by a microcomputer control unit 7: the heating tube 10 is the main heat source, the engine 1 drives the worm gear unit 13 when the bread is baked, and also drives the stirrer 14 to rotate around its center to realize the functions of automatic dough stirring fermenting dough and baking bread. The thermistor sensor 4 is mounted on the outer surface of the side wall of the oven 6 to prevent the risk of damage due to excess temperature when baking bread.

As shown in FIG. 2, when cooking fried with constant stirring or stews, the user just needs to remove the stirrer stirrer blade 14 from the inside of the bread container 11, insert the stirring drum and two stirring fork blades 9 into the bread bowl 11, and add the ingredients prepared for roasting with constant stirring or stewing in a container 11 for bread; close the top cover 8 on the furnace; and set the program using the microcomputer control unit 7, so that the heating plate 12 in the lower part of the furnace 6 becomes the main source of heat. When the heating plate radiates heat, the microcomputer control unit 7 controls the rotation of the worm gear assembly 13 and also drives the fork 9 to rotate it so as to mix and turn the ingredients in the bread container 11. After frying with constant stirring or stewing, dishes that should not be served on the table at a certain time can be stored under thermal insulation conditions specified by the microcomputer control unit 7. After the thermal insulation function is launched under the control of the microcomputer control unit 7, the heating tube 10, mounted on the side wall inside the furnace 6, periodically emits heat. Since the temperature sensor 3 is mounted on the bottom of the oven 6 and remains in reliable contact with the bottom of the bread container 11, real-time control can be performed for the temperature of the dishes fried with constant stirring or stewed in the bread container 11 so that the dishes remain hot and tasty all time. Thus, baking bread and cooking fried with constant stirring or stews can be performed in one container for bread, just when replacing the mixing device. This utility model is easy to manage, capable of automating home electrical devices and solving the technical difficulties of complex operations for a multifunctional machine.

When the machine is in operation, if the user has chosen stews, ingredients of various types of meat, fruits, vegetables and water, etc., are prepared inside a cylindrical bread container in accordance with the menu, heated using a heating plate at the bottom of the oven under program control in the microcomputer control unit, while the heating plate radiates heat, and thermal energy is transferred to the bottom of the bread container for heating food in it. The speed and rotation time of the mixing fork in the bread container can be controlled by the program. A stirring fork stirs the food to make the heating even, and to provide the best quenching effect. Hot vapors can be drawn through the ventilation holes in the top cover. In addition, in accordance with another menu, the user can add a little edible oil to the bread container to heat it, and add ingredients in the form of vegetables and others, then the selected menu is controlled by the program, and within the specified time the machine heats and stirs the vegetables, to cook various kinds of fried with constant stirring dishes.

The user can select a menu and then cook bread or cook various types of fried foods while stirring dishes or stews constantly under the control of the program. In addition, it is easy to install or remove a mixer for kneading dough or a stirring fork for stirring stews. Not only bread, but also other fried with constant stirring or stewed dishes can be prepared with full use of the space of a cylindrical container for bread. The machine, which is equipped with sensors and a safety mechanism, has a simple design, high safety and practicality.

The embodiments described specifically and in detail above are only preferred embodiments of the present utility model. It should be understood that the present utility model is not limited to the preferred embodiments. Various replacements and modifications can be made based on the concept of a true utility model, without deviating from the volume of the utility model. Thus, the scope of claims of a utility model is based on the utility model formula.

Claims (6)

1. A multifunctional bread machine comprising a main body, an oven, a bread container, a heating tube and a microcomputer control unit, wherein the furnace is located inside the main building; microcomputer control unit is installed on the main body; a container for bread is located inside the cavity of the oven; but a heating tube is installed around the outside of the side wall of the bread container; but the multifunctional bread machine also contains a heating plate, which is installed in the lower part of the oven, while the bread container is located on the heating plate. 2. The multifunctional bread maker according to claim 1, wherein the bread container has a cylindrical structure. 3. Multifunctional bread machine according to any one of paragraphs. 1 and 2, in which the heating tube is fixed to the side wall of the furnace. 4. Multifunctional bread machine according to any one of paragraphs. 1 and 2, in which a temperature sensor and a fuse for protecting the machine are mounted on the side of the furnace. 5. The multifunctional bread maker according to claim 3, in which the main body includes a casing and a top cover; the base plate is installed near the lower part inside the casing; the top cover is installed near the upper part of the casing and is made with the possibility of easy opening and closing; a bread container is installed and put on a heating stove; the base plate is fixed on the bottom inside the main body with screws; the oven is rigidly connected to the main body and the base plate; a heating plate is attached inside the furnace and connected to the base plate; the top cover is connected to the upper part of the casing by means of a pivot axis; the top cover is equipped with ventilation holes; but the side wall of the main body is equipped with heat dissipation gratings. 6. The multifunctional bread maker according to claim 5, in which the microcomputer control unit is a microcomputer fully automated control unit that includes a liquid crystal display.

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