KR200252131Y1 - Cutting machine for bulb type vegetables - Google Patents

Abstract

In the place of cooking and supplying a large amount of food, various auxiliary equipments for cutting vegetables into a certain size are supplied, but due to the characteristics of Korean food, there are few devices for cutting ingredients such as radish, potato, carrot, etc. in various widths and thicknesses. In particular, the structure is tailored to the processing characteristics of Western food ingredients, and in view of its various functionalities, it is a complex structure that is not very suitable for our food cooking characteristics.

The present invention allows the user to easily adjust the thickness, width, etc. while implementing the slicing operation limited to slicing, dice cutting, and slice slicing. Exchangeable. In addition, the cutting guide part is separately installed between the cover and the driving part, so that the driving shaft of the driving motor, other cutting rotary plates, and the shaft coupling can be built in to block various noises generated from this. It is to minimize the corrosion phenomenon by blocking the penetration of. In particular, it minimizes the safety accident that can occur by automatically closing the drive of the motor when the cover is opened.

Description

Automatic shape cutting device of spherical vegetables {CUTTING MACHINE FOR BULB TYPE VEGETABLES}

The present invention relates to a device that enables the shape of the spherical vegetables in various forms, such as slicing, diced, chopped.

Spherical vegetables such as radish, potatoes, carrots, etc., which are frequently used in food processing, are sliced or diced or sliced to provide various dishes such as kimchi and soup. There is no economical in manually processing such slicing, so various devices are provided for short processing. Korean Utility Model Publication No. 87-3456 “Disassembly-Assembly Vegetable Cutting Machine” is designed to cut the bulbs or vegetables by simply disassembling and assemble the rotating plate integrated with the blade. The rotational motion is driven by the driving motor, driven gear, etc. It was used as a gear transmission means, and a separate rotating shaft and rotating plate were connected. And the cut vegetables were supplied through the insertion hole formed in the upper lid. The above-mentioned utility model allows a large amount of processing by using an electric motor, but first, the electric power of the driving motor is connected through various gear devices, which makes noise worse during operation and worsens the working environment. It will be worn out and should be replaced after a certain period of time. In particular, when the kitchen is used for a long time in a humid kitchen, moisture may penetrate into the electric gear, causing corrosion. Secondly, the method of supplying radish, potato, etc. from the upper side was to be pressed while the worker directly put it in without a stabilizer. In this case, safety accidents are frequently encountered when contacting a blade that rotates at high speed, and rotary blades are disposed on the motor base as it is, so it is difficult to disassemble and assemble the noise.

Korean Utility Model Publication No. 93-2798 puts vertical knife and horizontal knife on the conveyor belt and a rotary barrel on one side, so that potatoes can be fed on the conveyor and cut in the vertical and horizontal directions. That is, the cutting was carried out in the horizontal and vertical directions by using the blade disposed on the conveyor instead of the fixed blade. In this case, the cutting effect can be expected because the blade is moved by the conveyor.However, the noise generated when the driving force of the motor rotates a device such as a belt by using a transmission means such as a chain or a belt cannot be avoided. In case of continuous contact with food ingredients with high humidity, corrosion occurs and frequent failures occur. In addition, the blade installed here is also transported while attached to the surface of the chain, so there is a vertical flow, the depth of the cutting surface is not constant. Particularly, even when installed in a small kitchen, a small compact that does not occupy a large place is desperately required, but the functions are more diverse and convenient to use.

The present invention was devised to solve such disadvantages, and the drive shaft of the drive motor is directly condensed with the rotating plate for cutting so that no power transmission mechanism such as a gear, belt, etc. is used, and the drive shaft and other noise of the drive motor are eliminated. The generator is placed in the center of a separate cutting guide, and then wrapped with an inner face and then wrapped with an outer face, so that most of the generated noise or vibration is cut off, and the separate assembly of the cover also uses a large opening device. The user can conveniently select cutting and small volume cutting. In particular, in the opening of the cover, it can be opened using the principle of the lever, so even the elderly and females in the kitchen can open and close freely, thus preventing safety accidents due to excessive manipulation. By installing the device, the power supply to the motor is automatically cut off in the open state to prevent safety accidents due to immature operation.

1 is a cross-sectional view of the present invention,

2 is a partially enlarged cross-sectional view of the present invention,

3 is a cross-sectional view showing another aspect of the present invention,

4 is a cross-sectional view showing a state of use of the present invention,

5 is a plan view of the cover of the present invention,

6 is a partial cutaway view of the cutting rotary plate of the present invention,

Figure 7 is a partially exploded side cross-sectional view of the present invention.

<Description of the code | symbol about the principal part of drawing>

DESCRIPTION OF SYMBOLS 1 Motor base 2 Drive motor 3 Drive shaft 4 Shaft coupling

DESCRIPTION OF SYMBOLS 10 Drive part 11 Holder part 12 Interface 13 End part

14: inner face 15: upper surface 17: settled jaw portion

19: outlet 25: discharge rotor 30: primary cover

31: cover fastener 32: cover fixing handle 33: connecting hinge

35: bridge arm 36: secondary cover 37: reinforcement 38: auxiliary wing

39: handle 41: guide pin 42: fixture 43: press-fit passage

45: guide cover 50: cutting rotary plate 51: cutting space 52: blade

55: longitudinal cutting network 60: fixing nut

The present invention is a cross-sectional view showing the overall cross-section in Figure 1, Figure 2 is a partially enlarged cross-sectional view of the present invention, Figure 3 is a cross-sectional view of the present invention observed in another aspect, Figure 4 is to explain the use of the present invention 5 is a plan view of the cover portion of the present invention, and shows the state of rotation of the large-diameter indentation with a hidden line, FIG. 6 is a cross-sectional view of only a cutting rotary plate of the present invention, and FIG. 7 is a cover of the present invention. A side cross-sectional view showing a state in which the part and the handle part are separated from the union part of the cutting part and the driving part.

The present invention is designed so that the blade attached to the rotating shaft fastened to the drive shaft rotated by the drive motor built into the lower body rotates the vegetables fed downwardly through the supply path (hopper) of the upper cover to a certain thickness in the transverse direction. In the automatic food cutting machine for cutting the bulb-shaped vegetables in a constant shape by cutting in the direction by the longitudinal cutting portion on the lower side of the rotating plate,

The motor base 1 was installed near the center of the upper surface 5 so that a portion of the drive shaft 3 of the geared drive motor 2 was vertically penetrated. The shaft coupling 4 and the shaft were connected to the drive shaft 3. A cylindrical drive part 10 integrating the connector 4a with a fixing nut 60,

The end portion 13 of the cylindrical outer interface 12 is assembled to the holder 11 having a part of the outer circumferential surface of the upper side of the driving unit 10 extending therefrom, and having a first space with the cylindrical outer interface 12. The inner face 14 disposed therein with the portion 12a interposed therebetween forms an end to form the second cutting guide space 18a, and is integrated from the upper side, and the second space part by the inner face is formed. It is connected to the shaft coupling 4 and the shaft connector 4a of the drive part in the 14b, and the discharge rotor 25, the longitudinal cutting net 55, and the cutting rotary plate from the bottom of the 2nd cutting guide space 18a are provided. A cutting guide portion 50 having a predetermined space and sequentially assembled;

A cover fixing tool 31 which is controlled by the cover fixing handle 32 is installed on one side of the outer circumferential surface of the donut-shaped primary cover 30 which covers a part of the outer side of the upper surface of the cutting guide portion, and the cutting guide on the other outer circumferential surface thereof. The hinge 33 for connection with the part is installed, and on the other outer circumferential surface, a guide cover 45 having a width that can cover the upper surface of the outlet 19 of the cutting guide part is formed in the shape of the upper face of the outlet,

Inside the second cut guide space (36a) formed by the primary cover 30 and one end thereof is assembled so as to project upward upward than the primary cover, and formed by the secondary cover 36 of the cylindrical structure open at the top. Disc-shaped large-diameter indentation (40) is arranged so as to be able to move up and down, but the central pivot pin fixing part (39a) of the handle (39) is pivoted through the center of the mountain structure coupling portion (40a) and the guide pin (41) Is coupled to, the cover portion is formed with a slit portion (40b) on one side of the large-diameter indentation 40, the auxiliary wing 38 is raised and lowered without being caught,

Arranged laterally on the upper side of the cover portion, the handle and the opposite end 39b are fastened to the middle bent portion of the L-shaped bridge arm 35 by the middle section 39c, and the middle is fastened to the central pivot pin fixing portion 39a. To allow the large-diameter indentation plate 40 to be lifted and rotated together with the lifting and lowering of the handle 39 on the basis of the bridge arm 35, and the lower end of the L-shaped bridge arm 35 is the handle fixture 42. ) And the fixing pin (42a) is composed of a handle portion assembled by the pivot axis.

In this paper, the cutting guide part has a cylindrical structure, and the upper part of the outer interface 12 and the inner face 14 having different sizes are integrated with each other, and the upper part of the cutting part is configured to have a difference in height from each other and is cut there. It is to be a guide space of the food. A discharge through portion 18b is formed in a side wall portion of the cutting guide space 18a so as to communicate with the discharge passage 19, and a shaft connector 4 is inserted into the central shaft through hole 18c, and a vertical side wall 18d is formed. At the upper part of the upper part), the jaw portion 18e is installed so that the longitudinal cutting network 55 can be placed. Cutting rotary plate 50 is disposed on the upper side of the longitudinal cutting network was assembled and fixed by a separate fixing nut (60).

In the present case, the handle fixing tool 42 installed in the cover part has a large-diameter pressure plate 40 when the fixing pin 42a is pivoted when the handle is raised by the fixing pin 42a about the bridge arm 35. ) To the center of rotation for rotating outward. The plate-shaped auxiliary wing 38 installed to protrude toward the center portion from the side wall of the cutting guide space 36a of the secondary cover 36 has a thickness slightly smaller than the slit width of the slit portion 40b of the large-diameter indentation plate and has a cutting rotary plate. It is arranged to be adjacent to the upper side of the 50 and acts as a stopper to block rotation when the workpiece is rotated together. Large diameter indentation 40 may be of a simple flat structure, but by installing a plurality of reinforcing portion 37 on the upper side can ensure structural safety. The cutting guide space 36a is provided with a small amount of hopper 43 for supplying the cutting object to the upper portion of the cutting rotary plate 50 which is vertically penetrated, and the indentation mechanism 43a is used inside the hopper. The gripped and placed workpiece was pressurized as necessary. The safety device 42b installed in the space formed by the primary cover 30 in the cover part is composed of various sensors such as a limit switch, a photo sensor, a magnetic sensor or a hall sensor, and the cover is accurately assembled to the interface 12. If not, turn off the power to the motor. A second safety device 42c of the same type was also installed in the handle fixture 42.

The lateral cutting cutting rotary plate 50 installed in the upper part of the jaw portion 36e for longitudinal cutting in this paper secures the blade 52 to the cutting space 51 in which a part of the disc is cut, and inclined portions 52a such as blades. ) And two or more cutting spaces can be installed as required. The blade 52 in the cutting rotary plate 50 is assembled so as to be detachably fixed to the blade 54 by a known bolt or the like, and according to the type and cooking type of the object to be cut, a knife and a knife are selectively available.

In the present invention, the longitudinal cutting network 55 has a network structure composed of kankan in a quadrangular shape or other polygonal shapes such as dice cutting, and has a large diameter indenter 40 or a small supply hopper 43 thereon from the top. The sliced food that is pushed downward through the longitudinal cutting network consisting of polygonal shape is cut into its shape. The longitudinal cutting net is installed at a lower distance from the cutting rotary plate 50 and is fixed by the shaft connector 4a and the connection nut 60 so as to rotate together when the drive shaft is rotated. The cutting rotary plate 50 and the longitudinal cutting network 55 may be separated by a fixing nut 60, if necessary, one by one separately.

Referring to the operation relationship according to the above structural features are as follows.

Looking at the first overall assembly process for the cutting operation, the entire cover part integrated with the handle part is placed on the cutting part as shown in FIG. 7 and the connecting hinge 33 is assembled to the cover fixing handle of the cover fixing 31. Rotate (32) so that the safety device (42c) is secured in the proper position.

Describe the process for mass cutting. When the user lifts the handle 39 upward as shown by arrow A of 4, the large-diameter indentation plate 40 connected to the guide pin 41 based on the bridge arm 35 is the cutting guide space 36a. The upper side of the first cutting material guide space is separated from the upper side of the stand-by state. When the separation is completed, the fixing pin 42a of the handle fixing tool 42 becomes a reference, and the large-diameter indentation plate and the handle rotate to the outside so that the entire upper part of the cutting guide space 36a is opened as shown in FIG. . The user inserts the vegetables to be cut into the above-mentioned space, rotates the large diameter presser in an operation opposite to the above operation, places it on the first cutting guide space 36a, presses the handle in the opposite direction, and then presses the cutting force. Since water is pressed down and enters the cutting space 51 formed in the cutting rotary plate 50, the cutting blade 52 is cut in the transverse direction. Subsequently, the longitudinal cutting net 55 continuously installed at the lower side thereof is cut into various shapes such as square and round, and falls into the second cutting guide space 18a and then rotates to the discharge rotor 25. By the discharge port 19 is discharged. If the user wants a different shape, it is possible to obtain a desired shape by replacing the longitudinal cutting network 5 with another shape. On the contrary, if a small amount of processing is required, the indentation mechanism 43a of the hopper 43 is removed. Lift it up and open it, then add the desired vegetables and press down with the indentation device to make the same shape.

When the internal disassembly is necessary in the above process, the handle fixing tool 32 is rotated once to release the fastening state with the upper surface of the outer face 12. When the fastening and disassembling such a signal is generated from the sensor 42c, the motor 2 The power to the furnace is cut off. Then, when the handle 39 is pushed like a lever, the pivot pin fixing portion 39a becomes the center of the lever, and the front bridge arm 35 and the primary cover and the secondary cover connected to it are raised together. As shown in (a) of FIG. 4, the rotating surface is opened. If the cover is raised, a signal is also generated from the safety device 42b, and the power to the motor 2 is cut off. Therefore, when the cover is lifted, the fixing nut 60 is exposed to the outside, so that the fixing nut can be released to release the assembly state of the cutting rotary plate, the longitudinal cutting net, and the discharge rotor.

As mentioned above, in the food processing plant of this paper, the driving force of the drive unit is not transmitted by transmission means such as chains and gears. The occurrence is eliminated, while the structure can be simplified, reduced in size, and prevented from failing. Secondly, the drive shaft, the discharge rotor, the longitudinal cutting net, and the cutting rotary plates are wrapped in the inner space formed by the inner face 14 and once again wrapped by the outer face 12, thereby preventing noise generated during rotation and vibration. . Particularly, when the cutting guide part is made of a material having a little elasticity, the generated vibration is also absorbed directly here, thereby greatly reducing the various noises generated during operation. Thirdly, the direct contact between the drive unit with the driving motor and the cutting rotary plate is cut off by the cutting guide unit to completely block the phenomenon that the source of corrosion such as food waste, which may be generated, is fundamentally transmitted to the drive unit. . Furthermore, the power supply to the motor is cut off by the safety devices 42b and 42c, which are composed of dually installed sensors installed when the handle fixing tool 32 or the cover is opened, thereby fundamentally preventing safety accidents due to incorrect operation of the motor. To block.

Claims (6)

The blade attached to the rotating shaft connected to the drive shaft rotated by the drive motor built into the lower body rotates the vegetables fed downwardly through the supply path (hopper) of the upper cover in a lateral direction to a predetermined thickness and then cut in the transverse direction. In the automatic food cutting machine for cutting the bulb-shaped vegetables in a constant shape by making the cutting in the longitudinal direction by the longitudinal cutting section on the lower side of the rotating plate, The motor base 1 was installed near the center of the upper surface 5 so that a portion of the drive shaft 3 of the geared drive motor 2 was vertically penetrated. The shaft coupling 4 and the shaft were connected to the drive shaft 3. A cylindrical drive part 10 integrating the connector 4a with a fixing nut 60, The end portion 13 of the cylindrical outer interface 12 is assembled to the holder 11 having a part of the outer circumferential surface of the upper side of the driving unit 10 extending therefrom, and having a first space with the cylindrical outer interface 12. The inner face 14 disposed therein with the portion 12a interposed therebetween forms an end to form the second cutting guide space 18a, and is integrated from the upper side, and the second space part by the inner face is formed. It is connected to the shaft coupling 4 and the shaft connector 4a of the drive part in the 14b, and the discharge rotor 25, the longitudinal cutting net 55, and the cutting rotary plate from the bottom of the 2nd cutting guide space 18a are provided. A cutting guide portion 50 having a predetermined space and sequentially assembled; A cover fixing tool 31 which is controlled by the cover fixing handle 32 is installed on one side of the outer circumferential surface of the donut-shaped primary cover 30 which covers a part of the outer side of the upper surface of the cutting guide portion, and the cutting guide on the other outer circumferential surface thereof. The hinge 33 for connection with the part is installed, and on the other outer circumferential surface, a guide cover 45 having a width that can cover the upper surface of the outlet 19 of the cutting guide part is formed in the shape of the upper face of the outlet, The primary cover 30 and one end thereof are assembled so as to protrude upward from the primary cover, and the inside of the cutting guide space 36a formed by the secondary cover 36 having a cylindrical structure is opened. A disk-type large diameter indentation plate 40 is disposed to be descendable, but the central pivot pin fixing portion 39a of the handle 39 is pivotally coupled to the center of the mountain structure coupling portion 40a and the guide pin 41. The cover portion having a slit portion 40b is formed on one side of the large-diameter indentation plate 40 so that the auxiliary wing 38 is raised and lowered without being caught, Arranged laterally on the upper side of the cover portion, the handle and the opposite end 39b are fastened to the middle bent portion of the L-shaped bridge arm 35 by the middle section 39c, and the middle is fastened to the central pivot pin fixing portion 39a. To allow the large-diameter indentation plate 40 to be lifted and rotated together with the lifting and lowering of the handle 39 on the basis of the bridge arm 35, and the lower end of the L-shaped bridge arm 35 is the handle fixture 42. ) And the automatic pinching device of the spherical vegetables, characterized in that consisting of a handle portion to be assembled by the fixing pin (42a) as the pivot axis. The method of claim 1, The cutting guide part has a cylindrical structure and forms a second cutting guide space 18a by forming a stage such that the upper sides of the outer surfaces 12 and the inner face 14 having different sizes are integrated with each other and have a difference in height from each other. In the side wall portion of the second cutting guide space (18a) is formed a discharge through portion (18b) to communicate with the discharge path (19), and the shaft connector (4) is inserted into the central shaft through-hole (18c), On the upper side of the vertical side wall 18d, a jaw portion 18e in which the longitudinal cutting network 55 can be placed is installed to settle the longitudinal cutting network, and then the cutting rotary plate 50 is disposed above the vertical cutting network. Automatic shape slicing device of the spherical vegetables, characterized in that the assembly fixed by the fixing nut (60). The method of claim 1, The handle holder 42 of the handle portion rotates the large-diameter indentation 40 out of the fixing pin 42a as the pivot center when the handle is raised in the center of the bridge arm 35 by the fixing pin 42a. The auxiliary wing 38 of the plate installed so as to protrude toward the center from the side wall of the first cutting guide space 36a of the secondary cover 36 has a slit width of the slit portion 40b of the large diameter presser. It has a slightly smaller thickness and is disposed to be adjacent to the upper side of the cutting rotary plate 50. The large-diameter large-diameter indentation plate 40 has a plurality of reinforcing portions 37 installed on the upper side, and the first cut guide space 36a. ) Is provided with a small amount of supply hopper 43 for supplying the cutting object to the upper portion of the cutting rotary plate 50 which is passed through the upper and lower sides, and the indentation mechanism 43a is gripped by the user and supplied as needed. Arranged to press the cut workpieces Automatic shaped slice of a spherical device with vegetables. The method of claim 1, Automatic shape cutting device of spherical vegetables, characterized in that the safety device (42b) and the second safety device (42c) installed in the space formed by the primary cover 30 of the cover portion is composed of an electronic sensor. The method of claim 1, An automatic shape cutting device of spherical vegetables, characterized in that the safety device (42b) is installed in the inner space formed by the primary cover (30) so as to cut off the power to the motor (2) when opening the cover. The method of claim 1, The cutting rotary plate 50 for horizontal cutting installed on the upper part of the jaws 36e for longitudinal cutting settles the blade 52 so as to be connected to the inclined portion 52a of the cutting space 51 in which a part of the original plate is cut. Longitudinal cutting network 55 is configured to form a polygonal network structure with a certain distance to the lower portion of the cutting rotary plate 50 and is fixed by the shaft connector 4a and the connecting nut 60 is configured to rotate with the drive shaft. Automatic shape cutting device of the spherical vegetables, characterized in that.