KR101035063B1 - Cutter unit of vegetable cutter - Google Patents

Abstract

The present invention relates to a cutter which is a cutting blade of a vegetable cutter, and more particularly, to a cutter unit having an improved lattice-type cutter support structure of a vegetable cutter. The cutter is easily replaced, repaired and repaired, and the manufacturing cost is reduced. The present invention relates to a cutter unit of a vegetable cutter which is firmly supported without torsion. The cutter unit is coupled to the cutter unit frame in a vegetable cutter, thereby eliminating individual fixing by punching grooves, thereby reducing manufacturing man-hours. The cutter unit of the vegetable cutter is designed to prevent the occurrence of unsanitary problems due to deposition, and the frame of the cutter unit can maintain a large bonding force for fastening the cutter to prevent the flow of the cutter and to repair the partial cutter replacement. Easy to dismantle the frame for easy removal and reassembly of the cutter Cutter unit of one vegetable cutter is provided, and even if the shape of the cutter frame is square, round or irregular shape, it can be applied to all, and the cutter is placed in two stages before and after to cut the machine while reducing mechanical load. In order to provide a cutter unit of a vegetable cutter configured to implement a cutter unit made of a single cutter unit, the grid cutter unit provided in the vegetable cutter to cut vegetables in the longitudinal direction is a cutter interlocked in a grid to form a vegetable cutting And a cutter frame for incorporating and fixing the cutter into upper and lower frames 31 and 32, and the lower frame 32 includes a slope protrusion 321 inclined downward from the upper inner circumference to the outer circumference. Forming a plurality of grooves vertically formed in each of the cutters 33 to the slope protrusions, and the upper frame 31 An end of each cutter 33 that is inclined upwardly from the outer bottom circumference to the inner circumference so as to abut against the recess 32 and is embedded in the groove 323 of the lower frame 32. Is formed by processing the slope 331 to coincide with the surface of the slope protrusion 321, inserting the cutter into each groove, the upper frame 31 is in close contact with the lower frame 32 forming a lattice cutter by screwing By fastening, the cutter 33 is firmly fixed between the upper and lower frames.

Vegetables, slicing, cutters, frames, slopes.

Description

Cutter unit of vegetable cutter

The present invention relates to a cutter which is a cutting blade of a vegetable cutter, and more particularly, to a cutter unit having an improved lattice-type cutter support structure of a vegetable cutter. The cutter is easily replaced, repaired and repaired, and the manufacturing cost is reduced. It relates to a cutter unit of a vegetable cutter that can be firmly supported without twisting.

In general, a large-scale restaurant that processes a large amount of food material and forms a meal, uses a mechanical vegetable cutter in consideration of efficiency and uniformity of cutting vegetables.

Known vegetable cutters for this purpose are designed to enable a variety of slicing.

Conventional vegetable cutters are capable of cutting slices of about 2 to 14 mm to cut the supplied ingredients into cross sections orthogonal to the longitudinal direction, cutting thick and thin slices, and cutting dices of cubes having one side lengths of about 8 to 25 mm in a single device. Very useful.

Such a conventional vegetable cutter is known by the Republic of Korea Utility Model Registration No. 146265.

In the vegetable cutter, the food material mounted on the guard rail is discharged while being cut in the feeding direction of the food material while the food material mounted on the guard rail is horizontally fed by horizontally feeding the food material. It is cut to act to obtain cube-shaped diced food ingredients.

However, as described above, the cutting of the square-shaped rod body in the grid-type cutter unit 1 shown in FIG. 1 while horizontally feeding and feeding the food material in the longitudinal direction may result in a significant friction force between the grid-shaped cutter and the food material when the food material is long. By a lot of mechanical load.

In addition, the lattice cutter unit 1 forms a groove for inserting and fixing the cutter 14 to be disposed on the frame 12, and the cutter 14 is inserted into the groove so that the cutter is generally a rectangular hole having a constant size. In order to secure the cutters 14, the cutters 14 are formed by punching the end portions of the grooves to fill the grooves by punching the end portions of the grooves to secure the cutters 12.

This structure has a problem of greatly increasing the labor in the manufacturing process, and the standing position of the cutter is distorted during the punching process, so there is a problem that the cutting is bad, and it is impossible to replace the cutter partially, so that the whole cutter unit (1) In the event of partial wear or a partial wear of the cutter during use, the entire cutter unit 1 must be replaced.

On the other hand, in the case of other vegetable cutters were made to slice the food material to a certain thickness and then press the cut food material to the grid-shaped cutter cutter to obtain a diced food material in the shape of a cube.

It is inserted into the rotary shaft so that the lower cutter, which is a cutter unit that is not rotated together with the shaft on one motor rotary shaft but is just inserted and fixed to the enclosure and remains stationary, and the upper cutter, which is a slice cutter rotated and coupled to the motor rotary shaft, mutually. It is made by laminating and forming a push rod for pressing the food material auxiliary inlet and the food material put in the inlet to the cutter side.

These sliced vegetable cutters are made to pass through a lattice cutter having a diced blade after cutting the food material to a certain thickness compared to the former, the mechanical friction between the food material and the blade is somewhat reduced, the advantage is easy to cut However, because the diameter of the cutter is small, food materials with large diameters, such as radishes, cannot be cut, and cutting is impossible. Cutting before inserting food materials slows down the processing work and simultaneously cuts and inserts the food material. There is a closed end where a large amount of non-uniform food material is formed, such as crumbs, and in order to change the cutting size, a plate of cutters must be replaced to prepare a cutter plate having various sizes of cutters. Increase in cost It has a claim.

This vegetable cutter is equipped with the cutter 2 as shown in FIG.

The cutter unit 2 forms an inner ring 22 integral with the shaft hole 21 through which the motor rotation shaft penetrates, and is formed by machining a recessed groove 23 downward from an upper portion of the inner ring, and cutters in the recessed groove 23. It is made by screwing at the side to prevent the separation of the cutter 25 by providing a "b" shaped outer ring 27 to fit the 25 to be arranged in a lattice shape and to cover the inner ring 22.

However, such a cutter unit 2 is basically not only the unnecessary cutter 25 is disposed omni-directionally by the mechanical properties of the vegetable cutter made in a part, but the cutting position is not made on the entire surface 360 degrees, the cutter 25 Considering that there is also a mechanical tolerance for fitting into the indentation groove 23, there is a problem that it is difficult to prevent the flow of the cutter by simply covering the "a" shaped outer ring 27 and high pressure and high speed In the rotational operation, the flow of the cutter can be further deepened, resulting in a decrease in cutting and cutting force of the vegetables, resulting in mechanical overload and failure, together with a deterioration in the quality of the cut vegetables.

In particular, when the cutter unit 2 tries to dismantle the inner outer rings 22 and 27, the entire circular surface of the side portion forms an interference fit, so that the cutter unit 2 is not easy to remove, and the upper surface of the outer ring 27 fixes the cutter 25. The support 28 is formed inwardly longer than its own thickness so as not to be separated, but since the height (thickness) of the support is high, an air gap inevitably occurs between the cutter and the rotary cutter at the upper portion thereof, which makes it difficult to process food materials. When the thickness is lowered, there is a problem in that breakage is caused by the collision and impact of the cutter and the flow of the food material during the mechanical operation. Partial replacement is very difficult.

On the other hand, the present applicant has developed a large diameter vegetable cutting machine that can insert the whole vegetables without cutting small food ingredients such as radish and cabbage by increasing the size of the vegetable inlet, and in this case, the cutter plate equipped with the cutter is very large and the cutter even when replacing The plate must be replaced entirely and the cutter plate with embedded cutters must be equipped with a plurality of sets of blades according to the shape of the cutting food materials.Therefore, the raw material of the cutter plate is large and the cutter plate is heavy, so the replacement work is very difficult and cumbersome. A sliced vegetable cutter, such as registration number 853010, was invented.

According to the patent, the cutter assembly is manufactured separately, so that only the cutter assembly is detached and used at one end of the cutter plate, and the food material rotated by being sliced and rotated is partially provided on one side of the entire circular plate and the problem of replacing the cutter plate of the large diameter vegetable cutter. It solved the problem of being crushed and not cut by being pushed in the rotational direction on the upper part of the lattice cutter.

In all known technologies, cutter units used in vegetable cutters that form punching grooves to fix the cutters have dirty and unhealthy problems because the juice and debris of the vegetables are pressed against the punching grooves by use.

In the applicant's pre-registered patent, the manufacturing process for fixing the cutter to the frame of the cutter assembly, and the structure for replacement and repair in case of damage to the fixed blade is also due to the punching groove, which is an undesirable problem to improve this invention To achieve.

The present invention devised to solve various problems of the prior art as described above has the following object.

The present invention is to reduce the number of manufacturing by eliminating the individual fixing by the punching groove in the cutter to the cutter unit frame combined with the vegetable cutter, economical and made of a vegetable cutter to prevent the occurrence of unsanitary problems due to the deposition of foreign matter To provide a cutter unit.

According to the present invention, the cutter unit's frame can maintain a large coupling force for fastening the cutter, thereby preventing the flow of the cutter and easily dismantling the frame during partial cutter replacement and repair. To provide.

The present invention is to provide a cutter unit of a vegetable cutter that can be applied to all, even if the outer shape of the cutter frame is made of a rectangular, circular or irregular shape.

The present invention is to provide a cutter unit of a vegetable cutter made to implement a cutter unit formed by cutting the cutter in two stages in front and rear to reduce the mechanical load in one cutter unit.

The present invention made to achieve the above object is configured by dividing the cutter frame for fixing the built-in cutter to the upper, lower frame and to form a slanted slope inclined downward from the inner circumference of the lower frame to the outer frame, the upper frame And forming a recess inclined upwardly from the outer circumference to the inner circumference to abut against the frame, and forming a groove into which the cutter is embedded in the slope protrusion of the lower frame. The end is formed by machining to the slope to match the surface of the slope protrusion, inserting the cutter into each groove to close the upper frame to the lower frame forming a lattice cutter to fasten with screws to fasten the cutter between the upper and lower frames By what is done.

According to the present invention, in the vegetable cutter, the cutters are fixed in a lattice shape, and the cutters are simply assembled on the frame, and the upper and lower frames are formed so as to form a pressing force while forming the opposite assembly on the upper surface of the cutter. It is extremely easy to reduce the manufacturing cost and has a high economical effect. Since the punch groove is excluded, the cutter unit manufacturing process is simplified, and the vertical standing angle of the cutter caused when punching the cutter is twisted, thereby reducing the cutting force. At the same time, foreign substances are deposited in the punching grooves, eliminating the unsanitary problem of germs

The cutter unit's frame maintains a high engagement force that holds the cutter together, preventing the flow of the cutter and facilitating dismantling of the frame during partial cutter replacement and repair. Even if the outer shape is made of rectangular, circular or irregular shape, all can be applied to the cutter frame can be made in any shape, so it is easy to modify the structure of the vegetable cutter and has a suitable effect.

In addition, in the present invention, the vegetable cutter is divided into long lengths of the vegetable cutter with a lattice cutter, and then cut into small pieces to cut into small pieces of vegetables. It is a very excellent invention that is implemented to be applicable to both the cutter unit of the slice vegetable cutter to complete the dice cutting.

Hereinafter, the technical configuration of the present invention will be described in detail with reference to the accompanying drawings.

The technical configuration of the present invention is specifically illustrated in the accompanying Figures 3-7.

The present invention can be commonly applied to a cutting unit of a conventional vegetable cutter and sliced vegetable cutter.

According to the basic embodiment of FIG. 3, the grid cutter unit provided in the vegetable cutter to cut vegetables in the lengthwise direction includes a cutter 33 interdigitated with a grid, which forms a vegetable cut, and a cutter frame in which the cutter is built-in and fixed. And divided into upper and lower frames 31 and 32, and the lower frame 32 forms a slanted protrusion 321 inclined downward from the upper inner circumference to the outer circumference and embeds each cutter 33 in the slanted protrusion. A plurality of grooves vertically formed to form a groove, and the upper frame 31 forms a slanted recess 311 inclined upwardly from an outer lower circumference to an inner circumference so as to contact and engage with the lower frame 32, and the lower frame The end of each cutter 33 to be inserted into the groove 323 of (32) is formed by processing the slope 331 to match the surface of the slope protrusion 321, inserting the cutter into each groove to form a grid cutter Forming Subframe to face contact with the upper frame 31 to 32 is made to firmly secure the cutter 33 between the fastening screw by the upper and lower frames.

Looking at the cross section of the main portion in the coupling configuration of the basic embodiment as shown in Figure 4 the cutter 33 is fitted into the groove 323 of the slope protrusion 321 of the lower frame 32 is fitted with the slope protrusion 321 The sloped concave portion 311 of the upper frame 31 provided to be brought into contact with each other forms a structure in which the cutter is firmly supported by mutually engaging with screws in a state of supporting the cutter.

The present invention can be modified as shown in FIG.

This is a cutter unit that arranges and cuts the cutters in a lattice shape, so that the cutter units are arranged in plural so that the vegetables cut first by the cutter unit at the front end are cut into four while making the second cut at the cutter unit at the rear end. This is made in consideration of the case.

The cutter unit 4 is composed of upper, middle, and lower frames 41, 42, and 43. The central frame 42 has a slope protrusion 421 and a cutter groove 423 symmetrically up and down in the slope. The upper and lower frames 41 and 43 form the sloped recesses 411 and 431 to face the upper and lower surfaces of the slope protrusion 421 so that the cutter 33 is inserted into the groove 423 from the upper and lower portions thereof. Through frames are combined to have a double cutter.

As shown in FIG. 6, the cutter unit 4 configured as described above has a cutter supported on the upper frame 41 and a cutter supported on the lower frame 43 at the intersection of the lower cutter at the center of one lattice a of the upper cutter. (b) is positioned so that the first cut vegetables are cut into four sections at the second cutting position.

Here, the cutter indicated by a thick line in the drawing is a cutter located in the upper portion of the cutter shows a cutter located in the lower portion of the cutter.

The cutter unit as described above has been exemplified by a rectangular frame, but can be applied to a circular, elliptical, or irregular shape.

7-8 show another embodiment of Applicant's large diameter sliced vegetable cutter and cutter unit suitable for the cutter.

This large-diameter sliced vegetable cutter has an upper body 50 having an inlet 52 of a diameter large enough to be inserted as it is without cutting the barrel, and a lower body 53 for coupling the upper body to be opened and closed and discharging the cut vegetables. It is usefully applied to the vegetable cutter which includes the cutting plate 55 which detach | separates the slice cutter 54 and the cutter unit 5 in between.

This vegetable cutting machine is made to replace and use only the cutting part by intensively constructing the cutter unit instead of embedding the cutter in the cutter unit as the input and the slice diameter are large diameter.

The cutter unit 5 applied to this vegetable cutter consists of upper and lower frames 31 and 32, as described above, and forms a cutter 33 insertion groove 323 in the slope protrusion 321 of the lower frame. Cutter is embedded in the cutter to form a grid as a whole intersecting the cutter, but the upper frame is made of an irregular frame.

In FIG. 7 the cutter is omitted to clearly show the upper and lower frames.

Such a non-standard mold is formed in the large-diameter sliced vegetable cutter shown in FIG. 8 so as to embed the cutter only in that portion by the cutting position in one portion.

According to the present invention, the sharpest part of the top of the sloped part of the lower frame and the sharpest part of the cutter and the sharpest part of the upper inner ring of the upper frame are made to coincide without a step so that the uppermost part of the cutter and the uppermost part of the upper frame which supports the cutter are fixed.

By matching these sharp edges, the vegetables put into the cutter do not cause voids by the frame, so cutting is excellent and the cutting surface is clean.

If there is too much gap between the lattice cutter and the bottom of the upper slice cutter, the vegetables pushed by the slice cutter will be cut by the cutter, and the tip will not be within the range pushed by the voids. Since it is pushed and cut with the next vegetable to be cut, it is difficult to cut and has a structure in which the cut surface is uneven.

In the description of the present invention, the same components have been described with the same reference numerals, and the screws providing the fastening force to the frame may be fastened downwardly from the top or downwardly from the upper side, and screw fastening ends are not penetrated and fastened in a buried state. It is desirable to form a ball and screw it in, which is useful to preclude deposition of foreign material.

As described above, the present invention is a lattice cutter unit of a vegetable cutter, and in this room, a large number of cutters can be said to have a very large advantage that can be easily produced when supporting and fixing a frame made of an aluminum frame. The upper and lower frames are divided into upper and lower frames to form a close coupling to each other, thereby making it easy to fix a plurality of cutters inserted into the grooves. Hygiene problems caused by debris and decay are solved by forming a simple flat surface to prevent foreign material deposition. When the blade of the cutter is blunted or damaged by use, it is extremely easy to replace the cutter.

Looking at it, if you loosen the fastening screws, the upper and lower frames are easily removed by separating the two sides in close contact with each other, so it is very easy to partially replace the damaged cutter.

The present invention is a very useful invention that the shape of the cutter unit can be applied to both rectangular rectangular circular oval irregular shape.

1 is a configuration diagram and a main portion enlarged view showing a cutter unit of a conventional vegetable cutter.

Figure 2 is a block diagram showing the cutter unit of another conventional sliced vegetable cutter and a cross-sectional view of the main portion.

3 is an exploded perspective view as a basic embodiment of the present invention.

Figure 4 is a cross-sectional configuration of the main part excerpt of the invention of Figure 3;

Fig. 5 is a schematic cross-sectional configuration diagram of a main portion of a cutter unit having a double cutter as a modified embodiment of the present invention.

Fig. 6 is a plan view illustrating the arrangement of the double cutter of the present invention.

7 is a block diagram mainly showing the upper and lower frames as a cutter unit as another embodiment of the present invention.

8 is a partially exploded perspective view of a slice vegetable cutter to which the invention of Figure 7 is combined;

*** Explanation of symbols for the main parts of the drawing ***

3, 4, 5: cutter units 31, 41: upper frame

32, 43: lower frame 33: cutter

42: center frame 311, 411, 431: slope slope
321, 421: slope slope

Claims (4)

In the cutter unit of the vegetable cutter having a cutter unit arranged in a grid to push the vegetable supply and dice the supplied vegetable, The cutter unit for fixing the built-in cutter is configured by dividing the frame into upper and lower frames, and forming a slanted inclined downward from the inner circumference of the lower frame to the outer circumference. Is formed by forming a slope inclined upward from the circumference to the inner circumference, A groove is formed in the bottom protrusion of the lower frame to insert the cutter, and the cutter is inserted in the groove, and the end of each of the cutters is formed into a slope to coincide with the surface of the slope, and the cutter is inserted into the groove. The cutter unit of the vegetable cutter, characterized in that the upper frame is in close contact with the lower frame constituting the lattice cutter to fasten with a screw to secure the cutters between the upper and lower frames. The cutter unit of claim 1, wherein the cutter unit is formed of any one of rectangular, circular, oval or irregular frame shapes. The cutter unit of claim 1, wherein the cutter unit is made to be matched when the sharpening portion of the upper end of the slope of the lower frame and the sharpening portion of the uppermost sharp portion of the cutter and the sharpening portion of the upper inner ring of the upper frame are engaged with each other. The method of claim 1, wherein the cutter unit is made of an upper, middle, lower frame by further adding an intermediate frame to the upper and lower frames,  The center frame 42 is formed with a slope protrusion 421 and a cutter groove 423 symmetrically up and down, respectively. The upper and lower frames form a slanted recess, and the cutters are inserted into the grooves from the upper and lower sides of the upper and lower slopes so as to pass through the frames with screws, and the cutter supported by the upper frame and the cutter supported by the lower frame are upper Vegetables, characterized in that the cutter is placed in the center of the first grid (a) of the cutter is positioned so that the double cutter is arranged so that the first cut vegetables are cut into four pieces at the second cutting position to make the cut. Cutter unit of the cutter.

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