KR101583799B1 - food processing machine - Google Patents

Abstract

According to the present invention, a food processing apparatus includes: a container unit which accommodates food; a stage unit which is arranged under the container unit and supports the container unit; a power unit which is installed on the outside of the container unit and generates power needed for cooking; a power transmission unit which is arranged to include different driving shafts which transmit power to the stage unit and a lower side in the power unit and transmits power, generated by the power unit, to the stage unit or the container unit through the driving shafts. According to the present invention, the food processing apparatus includes the container unit and the power unit which are separately arranged and the container unit is designed to be detachable. Therefore, the container unit accommodating cooked food can conveniently move. The food processing apparatus has light weight and can be washed in an easy manner as the container unit from which the food has been removed is conveniently separated from the power unit.

Description

Food processing machine

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a food processing machine, and more particularly, to a food processing machine, in which a power generating and transmitting portion and a food receiving portion are independently arranged and a food receiving portion is detachably designed, .

Tofu contains unsaturated fatty acids, low-calorie high-protein foods, and it is not only good for diet because it is full-bodied, but also protects the stomach wall by the lecithin ingredient contained in the tofu, so it comforts the stomach. The oligosaccharide ingredient helps prevent constipation by promoting the intestinal motility.

Conventionally, when cooking soymilk, tofu, bean curd and the like in a conventional manner, cooking is performed manually by various steps, which is disadvantageous in that it takes much time and time.

Accordingly, in recent years, there has been developed a cooker that can be easily cooked in a single apparatus at home. Equipment such as a household soymilk tofu maker is used to cook soymilk, tofu, bean curd, etc. in various stages of manual cooking so that it can be easily cooked in a single device at home.

On the other hand, a cooker for cooking the above-mentioned tofu etc. is disclosed in Korean Utility Model Registration Utility Bulletin No. 20-0338580. According to the disclosed conventional apparatus, the food material is put into the cooking container, heat is applied from the bottom or inside of the container, and the material inside the container is crushed and cooked by the rotary blade.

However, since the food and the power transmission device are integrally combined in the processing machine, there is a problem that inconvenience occurs in discharging the cooked food to the outside, and troublesome to clean the container in which the food is emptied.

Korean Registered Utility Model No. 20-0338580

Disclosure of the Invention The present invention has been devised to solve the problems described above, and it is an object of the present invention to provide an apparatus and a method for disposing a container unit for cooking food and a power unit for transmitting power, To maximize.

A food processing machine according to the present invention comprises: a container part for accommodating food; A stage part disposed below the container part and supporting the container part; A power unit installed outside the container unit and generating power required for the cooking; And a power transmission part including a stage part and a different drive shaft for transmitting power to the lower side of the power part and transmitting the power generated by the power part to the stage part or the container part through the drive shaft.

In addition, the container portion can be seated on the stage portion during cooking, and can be detachably attached to the stage portion so as to be detachable from the stage portion and inserted into the outer bottom surface after cooking.

The power transmission unit may include a first drive shaft connected to one end of the drive motor of the power unit and rotated by receiving the power generated by the drive motor and the first drive shaft disposed parallel to the first drive shaft, And a second drive shaft for transmitting rotation power to the container unit.

In addition, the first drive shaft and the second drive shaft are disposed in parallel to each other on the same line, and can receive power.

The power transmission unit is connected to one end of a driving motor of the power unit. The power transmission unit includes a first driving shaft rotated by receiving power generated by the driving motor, and a second driving shaft disposed vertically to the first driving shaft, And a second drive shaft for transmitting rotation power to the container unit.

And the container portion may include a rotating blade disposed in the lower portion of the container portion and for crushing the foodstuff contained in the container portion by the power transmitted through the power transmitting portion.

The container unit is disposed below the outer surface of the container unit. The container unit is disposed so as to be in contact with the stage unit when the container unit is engaged with the rotation unit, . ≪ / RTI >

In addition, the container portion may include at least one crushing protrusion disposed on the inner surface of the container portion and capable of promoting the crushing of the food.

Further, the stage may include a groove-shaped support portion corresponding to a lower end of the container portion so that a lower end of the container portion is inserted into the stage portion and the container portion can be safely supported when driven.

The stage unit may include a connecting member connected to the rotating member on the upper surface of the stage unit and connected to the rotating member to transmit the power transmitted from the power transmitting unit to the rotating member so as to be rotatable corresponding to the shape of the rotating member. can do.

The power transmission unit includes at least one first pulley connected to a first driving shaft rotated by receiving power from the driving motor, A second pulley connected to the second drive shaft and arranged to be rotatable; And a driving belt connected to the first pulley and the second pulley and transmitting the power transmitted to the first pulley to the second pulley.

The power transmission unit may include at least one first gear member disposed at a lower portion of the power unit and connected to a first drive shaft rotated by receiving power from the drive motor; A second gear member disposed at a lower portion of the stage portion and connected to the second drive shaft, and a second gear member disposed to be engaged with the first gear member and the second gear member, And a third gear member for transmitting the third gear member.

The power unit may include at least one ventilation part for discharging heat generated while generating power from the driving motor. The ventilation part is disposed above the driving motor, and the heat generated from the lower part is raised to the upper part And a second discharge unit installed on a rear surface of the power unit and discharging heat from the first discharge unit to the outside.

The power unit may include a display unit that is disposed on a front surface or an upper surface of the power unit, and includes a display unit for monitoring a cooking state of the food to be cooked in the container unit, or a display for monitoring the cooking progress.

A foam detection unit disposed in the container unit and sensing bubbles that may occur during cooking; And a temperature sensing unit disposed inside the container unit and capable of sensing a temperature inside the container unit during cooking.

In addition, the present invention is characterized by comprising: a first thermal fuse for temporarily shutting off power supply to the heater when the temperature of the container or heater reaches a predetermined range; And a second thermal fuse for permanently blocking the power supply of the heater to prevent overheating when the temperature of the heater or the inside of the container exceeds a limit of a predetermined temperature range set in the first thermal fuse.

In addition, it may include a filter disposed inside the container unit, detachable inside and outside the container unit, and capable of separating food by spaces when cooking food.

The details of other embodiments are included in the detailed description and drawings.

The food processing machine according to the present invention has an effect of facilitating the movement of the container portion accommodating the cooked food by arranging the container portion and the power portion separately and designing the container portion to be detachable.

In addition, the container portion in which the food is emptied is separated from the power portion conveniently so that it is light and easy to clean.

1 is a perspective view of a food processor coupled to a container unit according to an embodiment of the present invention.
2 is a perspective view of a food processing machine in which a container part is detached according to an embodiment of the present invention.
3 is a cross-sectional view of a food processing machine showing a power transmission configuration according to an embodiment of the present invention.
4 is a cross-sectional view of a food processing machine showing a power transmission configuration according to another embodiment of the present invention.
5 is a cross-sectional view of a food processing machine showing a power transmission configuration according to another embodiment of the present invention.
FIG. 6 is a schematic view of an open container according to an embodiment of the present invention as viewed from above; FIG.
7 is a projection view of a food processing machine showing a ventilation part of a power unit according to an embodiment of the present invention.

Hereinafter, a food processing machine according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. It is to be understood, however, that the terminology or words of the present disclosure should not be construed as limited to conventional or preliminary, and that the inventor may properly define the concept of a term to describe its invention in its best possible manner And should be construed in accordance with the meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

FIG. 1 is a perspective view of an outer structure of a food processor coupled with a container unit according to an embodiment of the present invention, and FIG. 2 is a perspective view of an outer structure of a food processor in which a container unit is detached according to an embodiment of the present invention.

FIG. 6 is a schematic view of an open container portion according to an embodiment of the present invention as viewed from above; FIG.

1 to 2 and 6, a food processing machine 10 according to an embodiment of the present invention includes a container unit 100, a stage unit 200, a power unit 300, (400).

The container unit 100 accommodates food and the heater 160 for heating the food may be mounted inside the container unit 100 or inside the stage unit 200. [ The heater 160 in the present embodiment is arranged in a circular shape similar to the lower surface of the container portion 100 (FIG. 1) or the inside of the stage portion 200 (FIG. However, it may be formed in various forms such as a bar shape having a predetermined length capable of generating heat in other food items, and may be arranged at various positions inside the container unit 100 or the stage unit 200.

The heater 160 disposed under the container unit 100 may be disposed on the inner bottom surface of the container unit 100 or may be disposed on the inner surface of the container unit 100 to prevent direct contact with water or a cooking material, Can be disposed on the bottom surface.

The lid part 120 may be provided on the upper part of the container part 100 so as to cover the opening part of the container part 100. The lid part 120 may include a container part 100, May be configured to correspond to the upper shape.

The container unit 100 may include a coating layer made of a material having corrosion durability and heat resistance, such as stainless steel, in order to prevent the food heated by the heating at the time of cooking from cooling down easily and to ensure sanitary safety. That is, when the food is cooked inside the container unit 100, the inside heat is prevented from being lost to the outside, so that the food can be cooked quickly. Even after the cooking is completed, the warmed food is kept for a long period of time And can be configured as a double structure.

The temperature sensing unit 191 can sense the temperature of the lower portion of the container unit 100 or the side surface of the heater unit 200 to maintain the proper temperature according to the heat generated during cooking. It is possible to prevent the bubbles from being excessively increased and negatively affecting the cooking by providing the foam detection unit 192 capable of detecting bubbles generated at the upper side of the inside of the container unit 100 or the lower side of the lid unit 120 can do.

The temperature detection unit 191 and the foam detection unit 192 may be connected to the front unit 330 of the power unit 300 for sensing.

At least one crushing protrusion 130 may be formed on the inner side wall of the container part 100 to improve the crushing effect of the food according to the rotating blade during cooking. The position and the number of the crushing protrusions 130 can be variously arranged and the crushing force is increased, so that the food can be completed faster than the conventional cooker. In one embodiment of the present invention, the crushing protrusions 130 are disposed in a shape protruding from the rotating path of the food. Therefore, the protruding crushing protrusions 130 can collide with the food and form vortices, or the food that has not been crushed by the rotating blade can be crushed again, thereby improving the crushing power of the whole food. Alternatively, the crushing protrusions 130 of the present invention may be formed on the inner side wall of the container unit 100 to reduce the distance between the food and the rotary blade, thereby increasing the possibility of contact between the food and the rotary blade, . Alternatively, the crushing protrusions 130 of the present invention may guide the food to the rotating blade side so that the food powder that has not been crushed by the rotating blade may be pulverized. At least one of the crushing protrusions 130 on the inner side wall of the container 100 may serve as a support when installing the appliance for other dishes.

A filtering net is inserted into the container unit 100 to separate the food by the space during the cooking. The mesh can be composed of a support and a mesh, and the mesh can be composed of a woven wire cloth or a woven cloth that can be separated according to the cooking of the food.

The container unit 100 may have a cylindrical shape with an upper portion opened at a predetermined portion and may have a lid unit 120 that can close the upper opening surface. The lid part 120 is configured to correspond to the upper shape of the container part 100 and can be configured to be removable for discharging the food of the container part 100

The container unit 100 may be provided with an upper injection port 170 that can insert the cooking material into the container unit 100 on the upper side. In addition, a cap 171 capable of closing the opening surface of the upper injection port 170 may be provided. The stopper 171 can prevent the food contained in the container unit 100 from coming out during grinding or can be used as a measuring cup.

Although not shown in the following embodiments, an outer inlet (not shown) for easily discharging the cooked food to the outside can be additionally formed on one side of the container 100. The outer injection port is formed in a shape of a part of the funnel and a curved shape to help the cooked food flow smoothly outward along the curved surface.

2, an upper inlet 170 and a cap 171 are provided on the upper portion of the lid 120 so that the food can be taken out easily. The lid 120 and the cap 171 are rotated The locking / unlocking of the opening portion of the container portion 100 can be controlled.

3 is a cross-sectional view of a food processing machine showing a power transmission configuration according to an embodiment of the present invention. 4 is a cross-sectional view of a food processing machine showing a power transmission configuration according to another embodiment of the present invention. 5 is a cross-sectional view of a food processing machine showing a power transmission configuration according to another embodiment of the present invention.

Referring to FIGS. 1 to 5, the container unit 100 is formed to be engageable with or separable from the stage unit 200, and can receive current and power while being seated and fixed to the stage unit 200 during cooking. That is, the container unit 100 can be designed to be accurately mounted on the stage unit 200 in order to transmit a necessary force when cooking food, and to prevent shaking due to vibration generated during cooking. In addition, it can be placed on the separated outer bottom surface of the stage unit 200 after cooking.

In the case of the conventional food processing machine, the electromagnetic driving part is formed integrally with the container part, which is inconvenient for movement and washing. The food processing machine 10 according to the present invention is arranged to be detachable from the main body of the container unit 100 separately and designed independently of the electronic drive unit so that only the container unit moves when the cooking is completed, And the container unit 100 can be easily separated and cleaned even when it is cleaned, so that it is possible to easily clean the container unit 100 without burdening the user.

The container unit 100 includes a rotary blade 110 disposed below the container unit 100 and for crushing foodstuff contained in the container unit 100 by the power transmitted through the power transmission unit 400 can do.

The rotary blade 110 can be disposed near the inner circumferential surface of the container portion 100 because the rotary blade 110 must receive power directly from the power transmitting portion 400. [ According to the present invention, the rotary blades 110 are installed on the inner bottom surface of the container unit 100, and a plurality of rotary blades 110 can be used to exert the crushing effect by rotation.

And a rotating member 140 for receiving the power provided from the power unit 300 at a lower portion of the outer surface of the container unit 100.

The rotating member 140 is connected to the rotary blade 110 (see FIG. 5), and the power of the power unit 300 is transmitted through the power transmitting unit 400 and the stage unit 200 to the inside of the container unit 100 So that it can be transmitted to the blade and rotated. Further, the rotating member 140 may be arranged to be connected to the stage unit 200. That is, when the container unit 100 is seated on the stage unit 200, the connecting member 220 of the stage unit 200 and the rotary member 140 of the container unit 100 are rotatably coupled to each other The power transmitted to the connecting member of the stage unit 200 can be transmitted to the rotating member 140 of the container unit 100.

A groove-shaped signal transmission unit 150 (not shown) is disposed on the outer side of the outer surface of the container unit 100 and is disposed outside the rotary member 140 and receives power supplied from the outside or receives a cooking signal transmitted from the power unit 300 ). The signal transmission unit 150 can be coupled with the protruding signal supply unit 250 of the stage unit 200 and can receive signals and power necessary for internal cooking of the container unit 100.

When the temperature of the inside of the container unit 100 rises to a certain level or inside the container unit 100 or the inside of the stage unit 200 or when the heater 160 in the stage unit 200 reaches a predetermined temperature or more, And a thermal fuse 180 capable of shutting off the power of the power supply 160. The thermal fuse 180 may be provided as a first thermal fuse 180a and a second thermal fuse 180b. The first thermal fuse 180a may temporarily stop the operation of the heater 160 to stop the heating of the food and turn off the power when the temperature becomes the predetermined temperature or more. The temperature above the specification may be set at 80 캜 to 180 캜. The first thermal fuse 180a restores the operation of the heater 160 and restarts the heater 160 when the temperature of the heater 160 is lowered below the predetermined temperature by the first thermal fuse 180a, . The second thermal fuse 180b may permanently cut off the driving of the heater 160 when the temperature rises above the temperature set by the first thermal fuse 180a to stop the heating of the food and the power supply. The temperature of the second temperature fuse 180b can be set to 180 ° C to 300 ° C.

Therefore, the thermal fuse 180 according to the present invention plays a role of suppressing the temperature overheating phenomenon by doubling as described above, thereby helping the user to safely cook the food without danger.

Referring again to FIGS. 1 to 5, the stage unit 200 is disposed below the container unit 100 and serves to support the container unit 100.

The stage unit 200 may include a support unit 210 for supporting the container unit 100 and a connection member 220 connected to the lower end of the container unit 100 to transmit power.

The supporting part 210 may have a structure of the shape of the groove 230 corresponding to the lower end of the container part 100 so as to minimize the movement of the container part 100 generated by the vibration during the cooking process of the food in the container part 100 And the like. That is, the size of the groove 230 of the support portion 210 may be designed in various shapes such as a circular shape or a square shape to cover the lower end portion of the container portion 100, The upper surface of the groove 230 may have a hole or protrusion that can be engaged with the container unit 100 to support the container unit 100 without shaking. Therefore, protrusions or holes having a shape capable of engaging with the holes or protrusions provided on the upper surface of the groove 230 can be disposed at the lower end of the container portion 100.

The supporting part 210 may include a step member 240 that can support the outer circumferential surface of the container part 100 when the container part 100 is mounted on the stage part 200 while covering the predetermined height. The protruding member 240 prevents the container portion 100, which is driven by the cooker, from shaking with protrusions or holes in the groove 230. As in the embodiment of the present invention, the step unit 240 may be configured to cover the cylindrical container unit 100 in a ring shape, or may be configured to match the shape of the various container units 100, Do.

A connecting member 220 coupled to the rotary member 140 connected to the rotary blade 110 and capable of transmitting power may be disposed on a central upper surface of the groove 230 of the support unit 210. The connecting member 220 may be connected to the power transmission unit 400 in a downward direction and connected to the rotating member 140 in an upward direction. The container unit 100 can be coupled with the rotary member 140 disposed at the lower end of the stage unit 200 when the container unit 100 is coupled to the stage unit 200, The rotation member 140 of the container unit 100 and the connection member 220 of the stage unit 200 are separated from each other when the container unit 100 is detached.

As described above, a signal supply unit 250 may be provided outside the connection member 220 of the support unit 210 to transmit signals and electric power to the signal transmission unit 150 of the container unit 100. The signal supply unit 250 may receive external power from an outlet connected to the stage unit 200 or the lower portion of the power unit 300.

In order to prevent damage to the heater 160 inside the stage unit 200 and the internal equipment, liquid inside the stage unit 200, such as liquid food, which is spilled over from the container unit 100, And a drain 260 capable of discharging the liquid to the outside. The drain port 260 may include a conduit leading to the outside from the bottom surface of the stage unit 200. The conduit may form a path for discharging water or the like that has entered the drain port 260 to the outside. The stage unit 200 is disposed so that the center portion where the container unit 100 is seated is at a predetermined height from the edge. Therefore, the stage unit 200 can be configured to have a constant slope toward the edge where the drain port 260 is disposed in the central portion where the rotary member 140 is disposed. Accordingly, it is possible to prevent water from entering the electronic part connected to the rotary member 140 through the inclination and help the liquid food or water to escape to the outside through the drain port 260.

7 is a projection view of a food processing machine showing a ventilation part of a power unit according to an embodiment of the present invention.

1 to 7, the food processor 10 of the present invention may include a power unit 300 installed outside the container unit 100 and generating power required for the cooking.

The power unit 300 includes a driving motor 350 that generates power, a power unit 330 that can control whether the cooking is adjusted according to each power, and a fan 330 that discharges heat generated by the driving motor 350 to the outside. Richness < / RTI >

The drive motor 350 is installed below the power unit 300 and may be connected to the power transmission unit 400. The driving motor 350 provides power to continuously or intermittently rotate the rotary blade 110 connected to the driving motor 350 under the control of the electric power unit 330 so that the food in the container unit 100 You can cook. In addition, the front part 330 may control the heater 160 that applies heat to the food.

A motor speed sensor (not shown) disposed between the driving motor 350 and the first driving shaft 410 can sense the speed at which the driving motor 350 rotates and the like, . The front part 330, which receives the sensed speed or the like, can appropriately control overspeed or deceleration. Accordingly, the rotational speed of the rotary blade 110, which finally receives the power, is controlled, and the user can complete the cooking of a desired level.

The air rich portion 310 may be disposed on the upper side of the driving motor 350 and may include at least one or more than one air blower for discharging the heat generated while the power is generated by the driving motor 350.

The air circulation part 310 includes a first discharge part 311 for primarily raising the heat generated in the drive motor 350 and a second discharge part 312 for discharging the heat raised to the first discharge part 311 to the outside ). The first discharge portion 311 and the second discharge portion 312 may be designed to rotate so that the heat can be quickly discharged to the outside.

That is, the first discharge portion 311 is disposed above the driving motor 350, and can act to raise the heat directly generated by the driving motor 350 to the upper portion. The heat that has passed through the first discharge portion 311 passes through the passage connected to the first discharge portion 311 and the second discharge portion 312 and can enjoy the effect of cooling the heat while passing through the passage. In addition, a channel-shaped cooling portion (not shown) through which cooling water can flow can be disposed on the outer surface of the passage to help lower the temperature of the heat. The heat passing through the passageway comes into contact with the outside, passes through the designed second discharge portion 312, and is discharged to the outside. The second discharge unit 312 may be disposed on the rear surface of the power unit 300 so that the cooker is not influenced by the heating during cooking.

The display unit 320 may be disposed on the front or inside of the power unit 300 and may include a button for controlling the cooking state and cooking state. The display unit 320 is connected to a button unit that can set the heating time of the food to be cooked inside the container unit 100, the time of the cooking time, the time of the pulverization time, and the like, (Not shown).

Further, in the case of cooking food, the respective time can be adjusted through a button in real time and can be performed through a reservation function. A reservation button is separately provided on the button portion. It is possible to adjust the heating time of the food, the time of the cooking time, the control of the grinding time, and the like so as to set the reservation method.

In addition, the display unit 320 of the power unit 300 may monitor the progress of cooking of the food to be cooked, or may include a display displayed in a simple image. Each of these components can be designed in various ways in addition to the configuration shown in FIG.

3 and 5, the food processing machine 10 according to the present invention is installed below the stage unit 200 and the power unit 300, and transmits power generated by the power unit 300 to the container unit 100 Or a power transmission unit 400 for transmitting the power to the stage unit 200.

The power transmission unit 400 includes driving shafts 410 and 420 that are parallel or perpendicular to each other and transmit power to the lower side of the stage unit 200 and the lower side of the power unit 300, And may transmit the power generated by the power unit 300 to the stage unit 200 or the container unit 100.

3 and 4, the drive shafts 410 and 420 are connected to one end of the drive motor 350 of the power unit 300, and receive power generated by the drive motor 350 to drive the first drive shaft And a second driving shaft 420 disposed parallel to the first driving shaft 410 and transmitting the rotation power from the first driving shaft 410 to the container unit. The first driving shaft 410 and the second driving shaft 420 are disposed in parallel to each other to be able to accurately transmit power to be transmitted and received. The first driving shaft 410 is disposed in the power unit 300 The second driving shaft 420 may be disposed in the stage unit 200 to efficiently utilize the space.

5, the drive shafts 410 and 420 are connected to one end of the drive motor 350 of the power unit 300 and are connected to a first drive shaft (not shown) that receives power generated by the drive motor 350 And a second driving shaft 420 disposed vertically with the first driving shaft 410 and transmitting rotational power from the first driving shaft 410 to the container unit. The first driving shaft 410 and the second driving shaft 420 are connected to each other so as to be connected to each other so as to accurately transmit power to be transmitted and received. The first driving shaft 410 is connected to the power unit 300 And the second drive shaft 420 is disposed in the stage unit 200, so that the space can be efficiently utilized.

3, the power transmission unit 400 includes at least one first pulley 430 connected to one end of a driving shaft of a driving motor 350 for generating power and supplied with rotational power, And a second pulley 440 connected to the connecting member 220 of the first pulley 400 and the second pulley 440 so as to be rotatable. The first pulley 430 and the second pulley 440 may include a driving belt 450 connected to the first pulley 430 and the second pulley 440 and transmitting the power received by the first pulley 430 to the second pulley 440. have.

The first pulley 430 and the second pulley 440 are connected to the driving belt 450 so that the driving belt 450 can rotate and support both ends while maintaining power. The first pulley 430 and the second pulley 440 are each formed in a wheel shape having a predetermined shape and can transmit the power generated by the driving motor 350 to the rotary member 140 without shaking.

4, the power transmission unit 400 is disposed below the power unit 300, and is connected to one end of a driving motor 350 that generates power, and is connected to at least one first And may include a gear member 470 and a second gear member 480 disposed under the stage unit 200 and connected to the connecting member 220. The third gear member 470 is disposed to mesh with the first gear member 470 and the second gear member 480 and transmits the power transmitted to the first gear member 470 to the second gear member 480. [ (490).

The first gear member 470, the second gear member 480, and the third gear member 490 mesh with each other to transmit power, and a greater number of gear members can be installed depending on the position and arrangement Of course.

It is possible to transmit a more accurate driving force to the rotary blade 110 of the container unit 100 due to the gear member and to reduce the size of the whole food processor 10 as compared with the driving belt 450 The space occupied in the kitchen can be reduced.

5, the power transmission unit 400 is disposed below the power unit 300 in a state where the first drive shaft 410 and the second drive shaft 420 are vertically disposed to each other, At least one first pulley 430 connected to one end of the driving motor 350 for generating power and being supplied with power and a lower pulley 430 disposed below the stage unit 200 or under the power unit 300, And a second pulley 440 connected to the second pulley 440. The first pulley 430 and the second pulley 440 are disposed to abut against each other and the power transmitted from the first drive shaft 410 disposed in parallel with the ground in the first pulley 430 is transmitted to the second The power can be transmitted to the second drive shaft 420 disposed perpendicularly to the ground via the pulley 440.

It is natural that the first pulley 430 and the second pulley 440 mesh with each other and transmit power in a direction different from the previously transmitted power and that a larger number of pulleys can be installed depending on the position and arrangement.

Due to the arrangement of the first pulley 430 and the second pulley 440, the driving motor 350 is arranged in parallel with the longitudinal direction of the driving motor 350, so that the volume of the power unit 300 is reduced . In addition, the first pulley 430 and the second pulley 440 are directly in contact with each other to rotate, thereby simplifying a structure required for power transmission, so that a more accurate power can be transmitted to the rotary blade 110 of the container unit 100. Therefore, as shown in FIG. 5, it is possible to reduce the size of the whole food processor 10 as compared with the driving belt 450, thereby reducing the space occupied in the kitchen or the like.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, . Therefore, it should be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

Food processing machine: 10 containers: 100
Stage part: 200 Power part: 300
Power transmission part: 400 Rotating blade: 110
Cover part: 120 Crushing protrusion: 130
Rotating member: 140 Signal transmitting unit: 150
Heater: 160 Upper inlet: 170
Stopper: 171 Thermal fuse: 180
First thermal fuse: 180a Second thermal fuse: 180b
Temperature sensing part: 191 Foam sensing part: 192
Support portion: 210 Connecting member: 220
Home: 230 Steps: 240
Signal supply: 250 Drain: 260
Abundance of the Circle: 310
First discharge portion: 311 Second discharge portion: 312
Display part: 320 Full book: 330
Display: 340 Drive motor: 350
First driving shaft: 410 Second driving shaft: 420
First pulley: 430 Second pulley: 440
Drive belt: 450 1st gear member: 470
Second gear member: 480 Third gear member: 490

Claims (20)

A container portion in which food is received;
A stage part disposed below the container part and supporting the container part;
A power unit installed outside the container unit and generating a power required for cooking; And
And a power transmission portion disposed to include the stage portion and the different drive shafts for transmitting power to the lower side of the power portion and transmitting the power generated by the power portion to the stage portion or the container portion through the drive shaft,
Wherein the stage portion is formed to have a tilt in an outward direction at a center portion where the container portion is seated, and a drain hole having a height lower than the central portion of the stage portion is disposed in connection with a channel communicating with the outside.
The method according to claim 1,
Wherein the container portion is seated on the stage portion at the time of cooking and is detachably attached to the stage portion so as to be detachable from the stage portion and inserted into the outer bottom surface after cooking.
The power transmission apparatus according to claim 1,
A first drive shaft connected to one end of a drive motor of the power unit and rotated by receiving power generated by the drive motor,
And a second drive shaft disposed parallel to the first drive shaft and transmitting rotational power from the first drive shaft to the container unit.
The method of claim 3,
Wherein the first drive shaft and the second drive shaft are disposed in parallel to each other on the same line, and receive power.
The power transmission apparatus according to claim 1,
A first drive shaft connected to one end of a drive motor of the power unit and rotated by receiving power generated by the drive motor,
And a second drive shaft disposed in a direction perpendicular to the first drive shaft and transmitting rotational power from the first drive shaft to the container unit.
3. The method of claim 2,
Wherein the container portion includes a rotary blade disposed on the lower side in the container portion and for crushing the foodstuff contained in the container portion by the power transmitted through the power transmission portion.
3. The apparatus of claim 2, wherein the container portion
And a rotating member disposed below the outer surface of the container portion and adapted to transmit the power so that the power supplied to the stage portion can be supplied to the rotary blade of the container portion when the container portion is engaged with the stage portion. Food processor.
2. The apparatus of claim 1,
And at least one crushing protrusion disposed on an inner side surface of the container portion and capable of promoting crushing of the food.
8. The apparatus according to claim 7, wherein the stage
And a groove-shaped support portion corresponding to a lower end portion of the container portion so that a lower end of the container portion is inserted into the stage portion and the container portion can be safely supported when driven.
10. The apparatus according to claim 9, wherein the stage
And a connecting member connected to the rotating member on the upper surface of the stage and connected to the rotating member to transmit the power transmitted from the power transmitting unit to the rotating member in accordance with the shape of the rotating member. Food processor.
The power transmission apparatus according to claim 3,
At least one first pulley connected to a first drive shaft which is rotated by receiving power of the drive motor;
A second pulley connected to the second drive shaft and arranged to be rotatable; And
And a driving belt connected to the first pulley and the second pulley and transmitting the power transmitted to the first pulley to the second pulley.
The power transmission apparatus according to claim 3,
At least one first gear member disposed at a lower portion of the power unit and connected to a first drive shaft rotated by receiving power of the drive motor;
A second gear member disposed below the stage portion and connected to the second drive shaft,
And a third gear member arranged to mesh with the first gear member and the second gear member and transmit the power transmitted to the first gear member to the second gear member.
6. The power transmission apparatus according to claim 5,
At least one first pulley disposed at a lower portion of the power unit and connected to a first drive shaft rotated by receiving power from the drive motor;
And a second pulley connected to the second drive shaft at a lower portion of the stage portion and rotating with the first pulley engaged to transmit power to the second drive shaft.
3. The method of claim 2,
Wherein the power unit includes at least one ventilation part for discharging heat generated while generating power in the driving motor.
15. The ventilating system of claim 14,
A first discharger disposed above the driving motor for raising the heat generated in the lower portion to the upper portion,
And a second discharge unit installed on a rear surface of the power unit and discharging heat from the first discharge unit to the outside.
15. The apparatus of claim 14, wherein the power section
And a display unit disposed on a front surface or an upper surface of the power unit and including a display unit for monitoring a cooking state of the food to be cooked in the container unit or a display for monitoring the progress of cooking.
The method according to claim 1,
A foam detection unit disposed in the container unit for detecting bubbles that may occur during cooking,
And a temperature sensing unit disposed inside the container unit or the stage unit and capable of sensing a temperature inside the container unit or the stage unit during cooking.
The method according to claim 1,
A first thermal fuse which is disposed inside the container portion or the stage portion and temporarily cuts off the power supply to the heater when the temperature of the heater or the inside of the container reaches a predetermined range,
When the temperature of the heater or the inside of the container exceeds a limit of a predetermined temperature range set in the first temperature fuse, the power of the heater is permanently cut off to overheat And a second thermal fuse for preventing the second thermal fuse.
2. The apparatus of claim 1,
And a filter which is disposed inside the container and is detachable to the inside and outside of the container and separates the food by a space when cooking food. A container portion in which food is received;
A stage part disposed below the container part and supporting the container part;
A power unit installed outside the container unit and generating a power required for cooking; And
And a power transmission portion disposed to include the stage portion and the different drive shafts for transmitting power to the lower side of the power portion and transmitting the power generated by the power portion to the stage portion or the container portion through the drive shaft,
The stage unit includes:
The container portion being formed so as to have an inclination in an outward direction at a center portion on which the container portion is seated,
And a drain hole having a height lower than that of the central portion of the stage portion,
And a signal supply unit for transmitting electric power transmitted from the outside or a signal transmitted from the power unit to the container unit,
And a signal transmission unit capable of engaging with the signal supply unit is disposed under the container unit.

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