KR102503834B1 - Cheese cutting unit with variable cutting size - Google Patents

Abstract

The present invention relates to a cheese cutting unit with variable cutting size. The disclosed cheese cutting unit with a variable cutting size comprises a cutting frame member, a first long hole, a second long hole, a first connecting member, a second connecting member, a first cutting member and a second cutting member. As the first connecting member and the second connecting member are movably connected in the longitudinal direction of the first long hole and the second long hole, respectively, after the cheese cutting unit with a variable cutting size being installed on a cheese cutting device cutting a raw cheese material, which is cheese formed into a single lump, there is an advantage in that the size of the cut pieces of the cheese lump can be varied simply by moving the positions of the first cutting member and the second cutting member and then fixing them without any separate replacement work.

Description

Cheese cutting unit with variable cutting size {Cheese cutting unit with variable cutting size}

The present invention relates to a variable cut size cheese cutting unit.

Cheese is a food obtained by extracting casein from milk and coagulating and fermenting it. It contains a lot of protein, fat, and vitamins and is used in cooking or confectionery.

In general, cheese is manufactured in the form of a large lump and then cut into a size suitable for use through a series of cutting operations, and then distributed.

What can be presented as an example of such a cheese cutting device are those of the patent document presented below.

Since the chunk is very large, the cheese raw material is first cut into a plurality of chunks, and then sliced relatively thin with a predetermined area, chopped with a relatively small size, or so that it can be easily eaten in one bite. Cut into small cubes.

At this time, the cheese cutting unit is applied to the cheese cutting device to cut the cheese raw material so that a plurality of pieces are formed.

According to the conventional cheese cutting unit, a plurality of cheese cutting units are provided in which the position of the cutting member for cutting the cheese raw material is fixedly installed, and one of the plurality of cheese cutting units is provided according to the required size of the piece. is installed and used in the cheese cutting device. When the size of the required size of the piece is changed, one of the plurality of cheese cutting units suitable for the required size must be replaced and installed, thereby cutting the piece of cheese in the form of a piece There was a problem that the workability was poor because the preparation work time was long.

Registered Patent No. 10-1765084, Registration date: 2017.07.31, Title of invention: Cheese block cutting machine and cheese block cutting method using the same

An object of the present invention is to provide a variable cutting size cheese cutting unit capable of changing the size of a piece chunk to be cut without a separate replacement operation after being installed in a cheese cutting device.

The cutting size variable cheese cutting unit according to one aspect of the present invention is applied to a cheese cutting device for cutting a cheese raw material, which is cheese formed in a lump form, to cut the cheese raw material into a plurality of pieces. As a unit, while being formed in the form of a flat plate of a predetermined area, a cutting frame member having an empty space penetrating therein; First long holes formed through the cut frame member to a predetermined length, and a pair of first long holes disposed parallel to each other; second elongated holes formed through the cutting frame member to a predetermined length, and a pair of second elongated holes parallel to each other and perpendicular to the first elongated hole; a first connection member connected to the cutting frame member in a form that is movably inserted into each of the first long holes; a second connecting member connected to the cutting frame member in a form movably inserted into each of the second long holes; a first cutting member disposed on an empty space of the cutting frame member to cut the cheese raw material while both ends thereof are respectively connected to the first connecting member; And both ends thereof are connected to the second fixing member and are disposed on the empty space of the cutting frame member so as to be spaced apart from the first cutting member, and when the cheese raw material is cut by the first cutting member, the A second cutting member for cutting the cheese raw material in a direction perpendicular to a direction in which the cheese raw material is cut by the first cutting member, wherein the cheese raw material is transported by a conveying means constituting the cheese cutting device to make the first cutting By passing through a member and the second cutting member, the chunk of pieces is formed, and the first connecting member is moved along the longitudinal direction of the first elongated hole in a state in which the first cutting member is connected to the first connecting member. , Formed by being cut by the first cutting member and the second cutting member by moving the second connecting member along the longitudinal direction of the second elongated hole in a state in which the second cutting member is connected to the second connecting member The size of the chunk of pieces may be variable, each of the first connecting members is formed to a predetermined length, and a first connecting means having a portion of the first connecting member penetrated into the first elongated hole; A first connection retainer coupled to the distal end of the portion passing through the first long hole among the first connection means to maintain the first connection means connected to the cutting frame member when passing through the first long hole; , When a part of the first connecting means passes through the first long hole, it is coupled to a part of the first connecting means before penetrating the first long hole to determine the position of the first connecting means with respect to the first long hole. It includes a fixable first connecting means fixing body, a part of the first connecting means passes through the first long hole, and a distal end of a portion passing through the first long hole among the first connecting means includes the first connecting means. A connection retainer is coupled, and the first connection means fixing body is attached to a portion of the first connection means before passing through the first elongated hole. In the coupled state, after the first connecting means is moved to a desired position along the length direction of the first elongated hole, the first connecting means fixture is gradually tightened by an external force and moves relatively toward the cutting frame member. By being approached, the first connection retainer and the first connection means fixture come into close contact with one surface and the other surface of the cutting frame member, respectively, so that the position of the first connection member relative to the first elongated hole can be fixed; , each of the second connecting members is formed to a predetermined length, and a second connecting means is inserted into the second long hole, and when a part of the second connecting means passes through the second long hole, the second connecting means is inserted into the second long hole 2 a second connection holding member coupled to the distal end of the portion passing through the second long hole of the connecting means to keep the second connecting means connected to the cutting frame member, and a part of the second connecting means to A second connecting means fixture capable of fixing the position of the second connecting means with respect to the second long hole by being coupled to a portion of the second connecting means before penetrating the second long hole when penetrating the second long hole. wherein a part of the second connecting means passes through the second long hole, the second connection retaining body is coupled to an end portion of a portion passing through the second long hole, and the second connecting means In a state in which the second connecting means fixture is coupled to a portion of the means before penetrating the second long hole, after the second connecting means is moved to a desired position along the length direction of the second long hole, the second As the connecting means fixing member is gradually tightened by an external force and is relatively approached toward the cutting frame member, the second connecting holding member and the second connecting means fixing body come into close contact with one surface and the other surface of the cutting frame member, respectively. Accordingly, the position of the second connecting member with respect to the second long hole may be fixed, and the variable cutting size cheese cutting unit It is characterized in that it comprises; a release prevention member connected to the first connection member to prevent any loosening of the first connection member with respect to the cutting frame member.

According to the cutting size variable cheese cutting unit according to one aspect of the present invention, the cutting size variable cheese cutting unit includes a cutting frame member, a first long hole, a second long hole, a first connecting member, a second connecting member, A first cutting member and a second cutting member are included, and the first connecting member and the second connecting member are movably connected in the longitudinal direction of the first long hole and the second long hole, respectively, so that the cutting size variable type cheese After the cutting unit is installed in a cheese cutting device that cuts a cheese raw material, which is cheese formed in a lump form, only the position of the first cutting member and the second cutting member is moved and then fixed without a separate replacement operation. It has the effect of being able to change the size of the piece mass.

1 is a front view showing a cheese cutting device to which a variable cutting size cheese cutting unit according to a first embodiment of the present invention is applied;
Figure 2 is a perspective view showing the state of the cutting size variable type cheese cutting unit according to the first embodiment of the present invention.
3 is an enlarged view of part A of FIG. 2;
Figure 4 is a cross-sectional view of the cutting size variable cheese cutting unit according to the first embodiment of the present invention vertically cut.
5 is a perspective view showing an appearance of an anti-loosening member constituting a variable cutting size cheese cutting unit according to a second embodiment of the present invention.
Figure 6 is an enlarged view showing the appearance of the loosening preventing member constituting the variable cutting size cheese cutting unit according to the second embodiment of the present invention.

Hereinafter, a variable cutting size cheese cutting unit according to embodiments of the present invention will be described with reference to the drawings.

1 is a front view showing a cheese cutting device to which a variable cutting size cheese cutting unit according to a first embodiment of the present invention is applied, and FIG. 2 is a state of a variable cutting cheese cutting unit according to a first embodiment of the present invention. , Figure 3 is an enlarged view of portion A of Figure 2, and Figure 4 is a cross-sectional view of the variable cutting cheese cutting unit according to the first embodiment of the present invention cut vertically.

1 to 4 together, the cutting size variable cheese cutting unit 100 according to the present embodiment is applied to the cheese cutting device 10 for cutting the cheese raw material, which is cheese formed in a lump form, to the cheese By cutting the raw material into a plurality of pieces, the cutting frame member 110, the first long hole 115, the second long hole 116, the first connecting member 120, and the second connecting member 130 ), and a first cutting member 125 and a second cutting member 135.

In a state where the cutting size variable cheese cutting unit 100 is configured as described above, the cheese raw material is transported by the conveying means 11 constituting the cheese cutting device 10, and the first cutting member 125 and the The piece mass is formed by passing through the second cutting member 135

At this time, with the first cutting member 125 connected to the first connecting member 120, the first connecting member 120 is moved along the longitudinal direction of the first elongated hole 115, In a state in which the second cutting member 135 is connected to the second connecting member 130, the second connecting member 130 is moved along the longitudinal direction of the second elongated hole 116, thereby reducing the first cutting member 125. And the size of the chunk of pieces formed by being cut by the second cutting member 135 may vary.

In this embodiment, the transfer means 11 is transferred from the right side of the first connection means fixture 122 to be described later in a direction gradually approaching the first connection means fixture 122 as shown in FIG. .

Then, the cheese raw material transported by the conveying means 11 also gradually approaches the first connecting means fixture 122, passes through the inner space of the cutting frame member 110, and maintains the first connection. It is moved to the outside through the sieve 123, and at this time, the conveyed cheese raw material presses the first cutting member 125 and the second cutting member 135 formed in the inner space of the cutting frame member 110. After being cut while passing through the first cutting member 125 and the second cutting member 135, the cutting frame member 110 is discharged to the outside.

The cutting frame member 110 is formed in the form of a flat plate having a predetermined area and having an empty space penetrating therein.

In this embodiment, the cutting frame member 110 is formed in the form of a rectangular flat plate, and a square through hole is formed therein, so that four rims are formed in a shape surrounding the inner space as a whole.

The first long hole 115 is formed through a predetermined length in the cutting frame member 110, and a pair is disposed parallel to each other.

The second long hole 116 is formed through a predetermined length in the cut frame member 110, and a pair is disposed parallel to each other and perpendicular to the first long hole 115.

The first long hole 115 is formed in two of the four rims forming the cut frame member 110 that are parallel to each other and formed vertically in the vertical direction with respect to FIG. 2 , and the first long hole 115 is formed, The second elongated holes 116 are formed in the other two parallel to each other formed horizontally in the left and right directions as a reference.

The first long hole 115 and the second long hole 116 are formed in a straight line shape, and in the present embodiment, as the cutting frame member 110 is formed in a relatively long rectangular shape in the left and right direction, the first long hole Compared to (115), the second long hole (116) is formed relatively longer.

The first connecting member 120 is connected to the cutting frame member 110 in a form that is movably inserted into each of the first long holes 115 .

Each of the first connection members 120 includes a first connection means 121, a first connection retainer 123, and a first connection means fixture 122.

The first connecting means 121 is formed to a predetermined length, and a part thereof is inserted through the first elongated hole 115 .

Reference numeral 124 denotes a first connecting means head extending outward from the end of the first connecting means 121 .

It is preferable that the first connecting means 121 and the first connecting means head 124 are integrally formed, and a bolt or the like may be suggested as an example.

When a part of the first connection means 121 passes through the first long hole 115, the first connection retainer 123 cuts the first long hole 115 of the first connection means 121. It is coupled to the distal end of the penetrating portion so that the first connecting means 121 remains connected to the cutting frame member 110.

When a part of the first connecting means 121 passes through the first long hole 115, the first connecting means fixing body 122 is the first long hole 115 of the first connecting means 121. It is coupled to the portion before penetrating the first long hole 115 to fix the position of the first connection means 121.

A screw thread is formed on the outer circumferential surface of the first connecting means 121, and the inner circumferential surface of the first connection retaining member 123 and the inner circumferential surface of the first connecting means fixing body 122 are formed of the first connecting means 121. A screw thread that engages with a screw thread formed on the outer circumferential surface is formed.

In the above configuration, the first connecting means 121 and the first connecting means head 124 are bolts, and the first connection retaining body 123 and the first connecting means fixing body 122 are nuts. An example can be given.

When the first connecting member 120 is configured as described above, a part of the first connecting means 121 passes through the first long hole 115, and the first long hole among the first connecting means 121 The first connection retainer 123 is coupled to the distal end of the portion passing through 115, and the first connection means 123 is connected to a portion before passing through the first elongated hole 115 of the first connection means 121. In the state in which the fixture 122 is coupled, the first connecting means 121 is moved to a desired position along the longitudinal direction of the first elongated hole 115, and then the first connecting means fixture 122 While being gradually tightened by an external force and being relatively approached toward the cutting frame member 110, the first connection retaining body 123 and the first connecting means fixing body 122 are connected to one surface of the cutting frame member 110 and It adheres closely to the other surface, and accordingly, the position of the first connecting member 120 relative to the first long hole 115 can be fixed.

In detail, when the first connecting means 121 passes through the first elongated hole 115 in a state in which the first connecting means fixing body 122 is coupled to the central portion of the first connecting means 121, the The first connecting means fixing body 122 does not pass through the first long hole 115, and only a part of the first connecting means 121 penetrates the first long hole 115, and the first connecting means 121 passes through the first long hole 115. The retainer 123 is coupled to a portion of the first connecting means 121 passing through the first elongated hole 115 .

In addition, in this embodiment, as the first connecting means head 124 is formed, the first connecting means fixing body 122 is between one side of the cutting frame member 110 and the first connecting means head 124. The first connection retainer 123 is between the distal end of the first connection means 121, which is relatively far from the first connection means head 124, and the other side of the cutting frame member 110. By being disposed in, the first connecting means 121 can maintain a state connected to the cutting frame member 110 while penetrating the first long hole 115 .

In the above state, the first connecting member 120 is connected to the first long hole 115 and is movable in the longitudinal direction of the first long hole 115 .

In such a state, when the first connecting means fixing body 122 is tightened and comes close to the cutting frame member 110 and comes into close contact with the other surface of the cutting frame member 110, the first connection holding member 123 The position of the first connection member 120 relative to the first elongated hole 115 may be fixed by being closely attached to one surface of the cutting frame member 110 .

The second connecting member 130 is connected to the cutting frame member 110 in a form that is movably inserted into each of the second long holes 116 .

Each of the second connection members 130 includes a second connection means 131, a second connection retainer 133, and a second connection means fixture 132.

In this embodiment, the second connecting member 130 has the same configuration and connection state as the first connecting member 120 .

The second connecting means 131 is formed to a predetermined length, and a part thereof is inserted through the second elongated hole 116 .

Reference numeral 134 denotes a second connecting means head extending outward from the end of the second connecting means 131 .

It is preferable that the second connection means 131 and the second connection means head 134 are integrally formed, and a bolt or the like may be suggested as an example.

When a part of the second connection means 131 is penetrated through the second long hole 116, the second connection retainer 133 cuts the second long hole 116 of the second connection means 131. It is coupled to the distal end of the penetrating portion so that the second connecting means 131 remains connected to the cutting frame member 110.

When a part of the second connecting means 131 passes through the second long hole 116, the second connecting means fixing body 132 is formed through the second long hole 116 of the second connecting means 131. It is coupled to the portion before penetrating the second connecting means 131 to fix the position of the second elongated hole 116.

A screw thread is formed on the outer circumferential surface of the second connecting means 131, and the inner circumferential surface of the second connection retaining member 133 and the inner circumferential surface of the second connecting means fixing body 132 have a screw thread of the second connecting means 131. A screw thread that engages with a screw thread formed on the outer circumferential surface is formed.

In the above configuration, the second connection means 131 and the second connection means head 134 are bolts, and the second connection retainer 133 and the second connection means fixture 132 are nuts. An example can be given.

When the second connecting member 130 is configured as described above, a part of the second connecting means 131 passes through the second long hole 116, and the second long hole among the second connecting means 131 The second connection retainer 133 is coupled to the distal end of the portion passing through 116, and the second connection means 131 is connected to a portion before passing through the second elongated hole 116. In the state in which the fixture 132 is coupled, the second connecting means 131 is moved to a desired position along the longitudinal direction of the second elongated hole 116, and then the second connecting means fixture 132 While being gradually tightened by an external force and relatively approaching toward the cutting frame member 110, the second connection retaining body 133 and the second connecting means fixing body 132 are connected to one surface of the cutting frame member 110 and The second connecting member 130 is in close contact with the other surface, and thus the position of the second connecting member 130 relative to the second long hole 116 can be fixed.

In detail, when the second connecting means 131 passes through the second elongated hole 116 in a state in which the second connecting means fixture 132 is coupled to the central portion of the second connecting means 131, the The second connecting means fixture 132 does not pass through the second long hole 116, and only a part of the second connecting means 131 penetrates the second long hole 116, and the second connecting means 131 passes through the second long hole 116. The retainer 133 is coupled to a portion of the second connecting means 131 passing through the second elongated hole 116 .

In addition, in this embodiment, as the second connection means head 134 is formed, the second connection means fixing body 132 is between one side of the cutting frame member 110 and the second connection means head 134. The second connection retainer 133 is between the distal end of the second connection means 131, which is relatively far from the second connection means head 134, and the other side of the cutting frame member 110. By being disposed in, the second connecting means 131 can remain connected to the cutting frame member 110 while penetrating the second elongated hole 116 .

In the above state, the second connecting member 130 is connected to the second long hole 116 and is movable in the longitudinal direction of the second long hole 116 .

In such a state, when the second connecting means fixing body 132 is tightened and approaches to the cutting frame member 110 and comes into close contact with the other surface of the cutting frame member 110, the second connecting holding member 133 The position of the second connecting member 130 relative to the second elongated hole 116 may be fixed by being in close contact with one surface of the cutting frame member 110 .

The first cutting member 125 is disposed on the empty space of the cutting frame member 110 while both ends thereof are connected to the first connecting member 120 to cut the cheese raw material, such as iron. A wire of a predetermined length made of a metal material may be presented as an example.

The second cutting member 135 is disposed on the empty space of the cutting frame member 110 so that both ends thereof are connected to the second fixing member and spaced apart from the first cutting member 125, 1 When the cheese raw material is cut by the cutting member 125, the cheese raw material is cut in a direction perpendicular to the direction in which it is cut by the first cutting member 125, and is made of a metal material such as iron. A length of wire or the like can be presented as an example.

The first connecting member 120 connected to both ends of the first cutting member 125 is made of a pair, and the second connecting member 130 connected to both ends of the second cutting member 135 ) is also made of a pair, the pair of first connecting members 120 are positioned on the same line in the vertical direction, and the pair of second connecting members 130 are positioned on the same line in the horizontal direction. desirable. Then, the cut surfaces of the plurality of pieces are not only formed smoothly, but also reduced in the form of debris by being cut in the form of a block.

In this embodiment, in order to cut one of the cheese raw materials into a plurality of pieces, the first cutting member 125 is made of a plurality and connected to the first long hole 115 in a form that penetrates each, and the first 2 The cutting member 135 is also made of a plurality of pieces and is connected to the second long hole 116 in a form that penetrates each, and as the first cutting member 125 and the second cutting member 135 are made of a plurality of pieces, Each of the first connecting member 120 and the second connecting member 130 is formed in a plurality of pairs.

In addition, the number of the first cutting member 125 and the second cutting member 135 can be adjusted according to the required number of pieces.

Hereinafter, the operation of the variable cutting size cheese cutting unit 100 according to the present embodiment will be described with reference to the drawings.

First, the variable cutting size cheese cutting unit 100 is mounted on the cheese cutting device 10 .

The cheese raw material formed in the form of a lump is transferred to the transfer means 11 constituting the cheese cutting device 10. Then, the cheese raw material transported by the conveying means 11 passes through the inner space of the cutting frame member 110 .

At this time, as at least one of the first cutting member 125 and the second cutting member 135 is formed in the inner space of the cutting frame member 110, the cheese raw material is formed in the first cutting member 125 ) and the second cutting member 135, and then discharged to the outside of the cutting frame member 110, thereby forming a plurality of pieces of chunks.

As described above, the cutting size variable cheese cutting unit 100 includes the cutting frame member 110, the first long hole 115, the second long hole 116, and the first connecting member 120 And, including the second connecting member 130, the first cutting member 125 and the second cutting member 135, the first connecting member 120 and the second connecting member 130 is movably connected in the longitudinal direction of the first long hole 115 and the second long hole 116, so that after being installed in the cheese cutting device 10, the first cutting member 125 without a separate replacement operation And it is possible to change the size of the piece mass only by moving only the position of the second cutting member 135 and then fixing it.

Hereinafter, a variable cutting size cheese cutting unit according to another embodiment of the present invention will be described with reference to the drawings.

In carrying out this description, descriptions overlapping with those already described in the first embodiment of the present invention are replaced therewith, and will be omitted here.

Figure 5 is a perspective view showing the appearance of the anti-loosening member constituting the variable cutting cheese cutting unit according to the second embodiment of the present invention, Figure 6 is a variable cutting size cheese cutting unit according to the second embodiment of the present invention It is an enlarged view showing the state of the anti-loosening member constituting the figure.

5 and 6 together, in this embodiment, the cutting size variable cheese cutting unit includes a cutting frame member 210, a first long hole, a second long hole, a first connecting member, and a second connecting member. , It includes a first cutting member 225, a second cutting member and a loosening preventing member 240.

The cutting frame member 210 is formed in the form of a flat plate having a predetermined area and having an empty space penetrating therein.

The first long hole is formed through a predetermined length in the cutting frame member 210, and a pair is disposed parallel to each other.

The second long hole is formed through a predetermined length in the cutting frame member 210, and a pair is disposed parallel to each other and perpendicular to the first long hole.

The first connecting member is connected to the cutting frame member 210 in a form that is movably inserted into each of the first long holes.

The first connection member includes a first connection means 221, a first connection retainer 223, and a first connection means fixture 222.

The second connecting member is connected to the cutting frame member 210 in a form that is movably inserted into each of the second long holes.

The second connection member includes a second connection means, a second connection retainer, and a second connection means fixture.

The first cutting member 225 is disposed on the empty space of the cutting frame member 210 while both ends thereof are connected to the first connecting member, respectively, to cut the cheese raw material.

The second cutting member is disposed on the empty space of the cutting frame member 210 so that both ends thereof are connected to the second fixing member and spaced apart from the first cutting member 225, and the first cutting member When the cheese raw material is cut by 225, the cheese raw material is cut in a direction perpendicular to the direction in which the cheese raw material is cut by the first cutting member 225.

The loosening preventing member 240 is connected to the first connecting member to prevent arbitrary loosening of the first connecting member to the cutting frame member 210 .

In detail, the anti-loosening member 240 includes an upper anti-loosening body 241, a lower anti-loosening body 243, an elastic deformation part 245, an upper long hole 242, a lower hole 244, , the upper bending body 246, and the lower protrusion 247 body 247.

The upper loosening prevention body 241 is formed in a flat plate shape with a predetermined area.

The lower loosening preventing body 243 is spaced downward from the upper loosening preventing body 241 and formed to correspond to the upper loosening preventing body 241 in the form of a flat plate having a predetermined area.

The elastic deformation part 245 is formed in a shape having a predetermined curvature while connecting the upper loosening preventing body 241 and the lower loosening preventing body 243 and is elastically deformed by an external force.

In this embodiment, the external force acting on the elastic deformation part 245 causes the cheese raw material to be transported by the conveying means to press the first cutting member 225, and the first elastically deformed by such pressing. It refers to the force by which the cutting member 225 presses the elastic deformable portion 245 .

The upper anti-loosening body 241, the lower anti-loosening body 243, and the elastic deformation part 245 are formed in a U-shape laid flat as a whole.

The long side long hole is formed through the upper loosening preventing body 241 in the form of a long hole having a predetermined length along the longitudinal direction of the upper loosening preventing body 241 .

The lower hole 244 is formed through the lower loosening prevention body 243 .

The upper bending body 246 extends while being bent downward toward the lower loosening preventing body 243 from the end of the upper loosening preventing body 241 .

The upper bending body 246 is integrally formed with the upper loosening prevention body 241 .

The upper bending body 246 moves downward from one end of the upper loosening prevention body 241 toward the elastically deformable part 245 so as to be hooked to the outer side of the first connecting means fixing body 222. is formed obliquely.

Then, when the upper bent body 246 contacts the outer side of the first connecting means fixing body 222, it can have elasticity and rigidity, so that it is not caught on the first connecting means fixing body 222. can be easily done.

The lower protrusion 247 protrudes from the outer surface of the lower anti-loosening body 243 for a predetermined length and is at a predetermined angle with respect to the lower anti-loosening body 243 so as to be hooked to the outer side of the first connection retainer. It is formed obliquely.

The lower protrusion 247 is relatively far from the elastic deformable part 245 of the lower loosening preventing body 243 at a part relatively close to the elastic deformable part 245 of the lower loosening preventing body 243. It is formed obliquely toward the positioned distal end.

When the lower protrusion 247 is formed as described above, when the lower protrusion 247 comes into contact with the outside of the first connection holding member 223, it can have elasticity and rigidity, so that the first connection holding member 223 can be maintained. Hooking on the sieve 223 can be made easily.

When the loosening preventing member 240 is configured as described above, after the first connecting means 221 to which the first cutting member 225 is connected passes through one side portion 248 of the upper long hole 242, By being coupled to the first connecting means fixing body 222, the first cutting member 225, the upper loosening prevention body 241, and the first connecting means fixing body 222 are sequentially connected to the first connecting means ( 221), and the first connecting means 221, in which the first cutting member 225, the upper loosening preventing body 241, and the first connecting means fixing body 222 are sequentially connected, After sequentially passing through the first long hole and the lower hole 244 disposed on one side of the connecting means fixing body 222, the first cutting member 225 is coupled to the first connecting retaining body 223, The upper anti-loosening body 241, the first connecting means fixing body 222, the cutting frame member 210, the lower anti-loosening body 243 and the first connection retaining body 223 They are connected by the connecting means 221.

As described above, in a state in which the first connecting means 221 passes through the one side portion 248 of the upper long hole 242, the cheese raw material to be cut is transported by the conveying means, and the first cutting member 225 ) is pressed, the first cutting member 225 is pressed while pressing the elastic deformable portion 245 so that the elastic deformable portion 245 is elastically deformed, and accordingly the upper loosening prevention body 241 By moving toward the inner space of the cut frame member 210 along the upper long hole 242, the first connecting means 221 passes through the other side 249 of the upper long hole 242. .

Here, the cheese raw material transported by the conveying means is progressively closer to the first connecting means head 124, and then the first cutting member and the second cutting member disposed in the inner space of the cutting frame member 210 After passing through the cutting member, it is discharged to the outside of the cutting frame member 210 .

At this time, as the cheese raw material presses the first cutting member 225 as shown in FIG. 6, the first cutting member 225 is bent toward the loosening preventing member 240.

In addition, the upper loosening prevention body 241 is moved toward the inner space of the cutting frame member 210 through the first connecting means 221 penetrating the other side 249 of the upper long hole 242. The upper bending body 246 approaches the first connecting means fixing body 222 and presses the first connecting means fixing body 222, and the elastic deformation of the elastic deformation part 245 causes the lower side The protrusion 247 approaches the first connection holding member 223 and presses the first connection holding member 223, and the first cutting member 225 pressed by the cheese raw material transferred accordingly When presses the first connecting member, any loosening of the first connecting member from the cutting frame member 210 can be prevented.

In this embodiment, for convenience of explanation, it has been described that the loosening preventing member 240 is connected to the first connecting member, but the second connecting member has the same configuration as the first connecting member and is connected in the same way. Accordingly, the release preventing member 240 may be connected to the second connecting member, or the loosening preventing member 240 may be connected to the first connecting member and the second connecting member, respectively.

Although the present invention has been shown and described in relation to specific embodiments above, those skilled in the art may modify the present invention in various ways without departing from the spirit and scope of the present invention described in the claims below. And it will be appreciated that it can be changed. However, it should be clearly stated that all of these modifications and variations are included within the scope of the present invention.

According to the variable cutting size cheese cutting unit according to one aspect of the present invention, the variable cutting size cheese cutting unit is installed in a cheese cutting device that cuts a cheese raw material, which is cheese formed in a lump form, and then a plurality of pieces without a separate replacement operation. Since the size of the piece mass formed by being cut into pieces can be varied, its industrial applicability is high.

100: Cutting size variable cheese cutting unit
110: cutting frame member
115: first long hole
116: Chapter 2
120: first connecting member
125: first cutting member
130: second connecting member
135: second cutting member

Claims (5)

A cutting size variable cheese cutting unit that is applied to a cheese cutting device that cuts a cheese raw material, which is cheese formed in the form of a lump, to cut the cheese raw material into a plurality of pieces,
A cutting frame member formed in a flat plate shape of a predetermined area and having an empty space penetrating therein;
First long holes formed through the cut frame member to a predetermined length, and a pair of first long holes disposed parallel to each other;
second elongated holes formed through the cutting frame member to a predetermined length, and a pair of second elongated holes parallel to each other and perpendicular to the first elongated hole;
a first connection member connected to the cutting frame member in a form that is movably inserted into each of the first long holes;
a second connecting member connected to the cutting frame member in a form movably inserted into each of the second long holes;
a first cutting member disposed on an empty space of the cutting frame member to cut the cheese raw material while both ends thereof are respectively connected to the first connecting member; and
Both ends thereof are connected to the second fixing member and disposed on the empty space of the cutting frame member to be spaced apart from the first cutting member, and when the cheese raw material is cut by the first cutting member, the cheese A second cutting member for cutting the raw material in a direction perpendicular to the direction in which the raw material is cut by the first cutting member; includes,
The cheese raw material is transported by a conveying means constituting the cheese cutting device and passes through the first cutting member and the second cutting member to form the piece mass,
With the first cutting member connected to the first connecting member, the first connecting member is moved along the longitudinal direction of the first elongated hole, and the second cutting member is connected to the second connecting member. 2 When the connecting member is moved along the longitudinal direction of the second elongated hole, the size of the piece mass formed by being cut by the first cutting member and the second cutting member may be varied,
Each of the first connecting members
a first connecting means formed to a predetermined length and a part of which is inserted through the first elongated hole;
When a part of the first connecting means passes through the first long hole, the first connecting means is coupled to the distal end of the portion passing through the first long hole, so that the first connecting means is connected to the cutting frame member. A first connection holding member to be maintained;
When a part of the first connecting means passes through the first long hole, the part of the first connecting means before penetrating the first long hole is coupled to fix the position of the first connecting means relative to the first long hole. It includes a first connecting means fixing body capable of
A portion of the first connecting means passes through the first long hole, the first connection retaining body is coupled to a distal end of a portion passing through the first long hole, and among the first connecting means, the first long hole passes through. In a state in which the first connecting means fixture is coupled to a portion before passing through the first long hole, the first connecting means is moved to a desired position along the length direction of the first long hole, and then the first connecting means fixture is gradually tightened by an external force and relatively approached toward the cutting frame member, so that the first connection retainer and the first connecting means fixing body come into close contact with one surface and the other surface of the cutting frame member, respectively. The position of the first connecting member relative to the long hole may be fixed,
Each of the second connecting members
a second connecting means having a predetermined length and a part of which is inserted into the second elongated hole;
When a part of the second connecting means passes through the second long hole, the second connecting means is coupled to the distal end of the part passing through the second long hole, so that the second connecting means is connected to the cutting frame member. A second connection holding body to be maintained;
When part of the second connecting means passes through the second long hole, the part of the second connecting means before penetrating the second long hole is coupled to fix the position of the second connecting means relative to the second long hole. Including a second connecting means fixing body capable of
A part of the second connecting means passes through the second long hole, the second connection retaining body is coupled to an end portion of the second connecting means passing through the second long hole, and the second connecting means has the second long hole. 2 In a state in which the second connecting means fixture is coupled to a portion before penetrating the long hole, the second connecting means is moved to a desired position along the longitudinal direction of the second long hole, and then the second connecting means fixture is gradually tightened by an external force and relatively approached toward the cutting frame member, so that the second connection retainer and the second connecting means fixing body come into close contact with one surface and the other surface of the cutting frame member, respectively, and thus the second The position of the second connecting member relative to the long hole may be fixed,
The cutting size variable cheese cutting unit
A cutting size variable cheese cutting unit comprising a; loosening preventing member connected to the first connecting member to prevent any loosening of the first connecting member to the cutting frame member. delete delete delete According to claim 1,
The anti-loosening member
An upper loosening prevention body formed in a flat plate shape with a predetermined area;
A lower loosening preventing body disposed downwardly from the upper loosening preventing body and formed in a flat plate shape with a predetermined area;
an elastic deformable portion connected to the upper loosening preventing body and the lower loosening preventing body, formed in a shape having a predetermined curvature, and elastically deformed by an external force;
an upper long hole formed in the upper loosening preventing body in the form of a long hole having a predetermined length along the longitudinal direction of the upper loosening preventing body;
A lower hole formed through the lower loosening prevention body;
An upper bending body extending while being bent toward the lower loosening preventing body from an end of the upper loosening preventing body;
And a lower protrusion protruding a predetermined length from the outer surface of the lower loosening preventing body and inclined at a predetermined angle with respect to the lower loosening preventing body,
The first connecting means to which the first cutting member is connected passes through one side of the upper long hole and then is coupled to the first connecting means fixing body, so that the first cutting member, the upper loosening preventing body, and the first connecting means fixtures are sequentially connected by the first connecting means;
The first connecting means, to which the first cutting member, the upper loosening preventing body, and the first connecting means fixing body are sequentially connected, form the first long hole and the lower hole disposed on one side of the first connecting means fixing body. The first cutting member, the upper anti-loosening body, the first connecting means fixing body, the cutting frame member, the lower anti-loosening body, and the first connection holding member Sieves are connected by the first connecting means,
When the cheese raw material to be cut is transported and presses the first cutting member in a state where the first connecting means passes through one side of the upper long hole, the first cutting member presses the elastic deformation part while being pressed The elastic deformable portion is elastically deformed, and accordingly, the upper loosening prevention body is moved toward the inner space of the cutting frame member along the upper long hole hole, so that the first connecting means passes through the other side of the upper long hole hole. ,
As the first connecting means passes through the other side of the upper long hole and the upper loosening preventing body is moved toward the inner space of the cutting frame member, the upper bending body approaches the first connecting means fixing body and then moves to the first connecting means. The means fixing body is pressed, and the lower protrusion approaches the first connecting holding body by the elastic deformation of the elastic deformation part and then presses the first connecting holding body, and is pressed by the cheese raw material conveyed accordingly. When the first cutting member to be pressed to the first connecting member, the cutting size variable cheese cutting unit, characterized in that can be prevented from any loosening of the first connecting member from the cutting frame member.

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