KR20230147374A - Tofu cutting device - Google Patents

Abstract

The present invention is a tofu cutting device that automatically cuts the tofu to the required size and simultaneously performs container packaging. In particular, a means of quickly and accurately transporting the tofu (a) in the storage tank (1) to the lift device (1'). A supply means (101) for automatically supplying the plate to the head (201) in the correct position; a transfer means (201) for cutting the plate tofu (a) in one direction while cutting the plate tofu (a) in a row direction; A horizontal cutting means (301) having a blade device (801) for dividing the tofu into equal parts and then adding a row spacing (a1) between the tofu; It is characterized by comprising a vertical cutting means (401) having a blade device (801) for adding a row spacing (a2), and a discharge means (501) for discharging the divided tofu one row at a time.

Description

Tofu cutting device

The present invention relates to a tofu cutting device that automatically cuts tofu into required sizes and simultaneously performs container packaging.

In general, the product that is first solidified in a production mold is called pan tofu, and the pan tofu that is cut into predetermined sizes and sold depending on the use or purpose is called modubu.

Conventionally, the majority of cutting devices that mass-produce flat tofu into all parts of the required size adopt a method in which the worker directly supplies the flat tofu to the cutting device supply unit, which greatly reduces the safety and accuracy of the supply, and also uses standardized cutting tools. The disadvantage was that it was not possible to produce all parts of various sizes all the time.

In addition, in the past, when simply cutting the moisture-containing tofu with multiple blades, there were many cases where the cut surface of the tofu was adsorbed to both sides of the blade, causing work defects (cutting and conveying defects, etc.), and the cut all parts were cut by the operator. The final stage of the process of manually storing and packaging the filled water in packaging containers was very cumbersome.

Republic of Korea Patent Registration No. 2018253

The present invention was invented to solve the above-described conventional problems. In particular, the purpose of the present invention is to stabilize the supply and transport of tofu through a series of devices and operating methods, and at the same time to produce various sizes of tofu. The goal is to enable automatic production at all times.

Another object of the present invention is to automatically pack the product into a packaging container suitable for it according to the size of each part.

A supply means (101) for automatically supplying the tofu (a) in the storage tank (1) to the transfer means (201) quickly and accurately in the correct position using a lift device (1');

A conveying means (201) for performing a cutting operation while conveying the plate head portion (a) in one direction;

A horizontal cutting means (301) having a blade device (801) for cutting the tofu (a) into equal parts in the row direction and then adding a row gap (a1) between the tofu (a);

A longitudinal cutting means (401) having a blade device (801) for cutting the tofu (a) into ten equal parts and then adding a column gap (a2) between the tofu (a);

It is characterized in that it is composed of a discharge means 501 that discharges the divided tofu one row at a time.

In addition, a container packaging unit 601 consisting of a tofu input means 6 and a container transfer means 6' is further included on one side of the discharge means 50, so that container packaging can be automatically performed at the same time as the tofu is discharged. Do it as

The present invention has the advantage of enabling unmanned automation of a series of processes for producing and packaging all parts, enabling mass production in a short period of time as well as minimizing operating costs.

In addition, the present invention has the advantage of significantly increasing the supply stability and cutting accuracy of pan tofu, enabling the production of better quality products.

Additionally, the present invention has the advantage of being able to selectively produce whole tofu of various sizes from flat tofu.

Additionally, the present invention has the advantage of completely preventing the head from sticking to the blade.

1 is an overall illustration of the present invention;
Figure 2 is an enlarged illustration of the supply means of the present invention;
Figure 3 is a three-dimensional illustration of a lift device belonging to the supply means of the present invention;
Figure 4 is a plan example of a lift device;
Figure 5 is a side illustration of the lift device;
Figure 6 is a partial enlarged example showing the combined state of the fixed frame and the lifting frame of the lift device;
Figure 7 is an enlarged cross-sectional example of a portion of the positioning plate of the lift device;
Figure 8 is a plan example of a horizontal cutting means of the present invention;
Figure 9 is a partially enlarged cross-sectional example showing the implementation state of the transverse cutting means;
Figure 10 is an enlarged illustration of the longitudinal cutting means of the present invention;
Figure 11 is an enlarged cross-sectional example of a portion of line a - a',
Figure 12 is an implementation state diagram of the vertical cutting means shown using a partial cross section along line b-b';
Figure 13 is a plan illustration of the discharge means of the present invention;
Figure 14 is an implementation state diagram of the discharge means shown using a partial cross section along line c-c';
Figure 15 is an enlarged illustration of a portion of the container packaging part of the present invention;
Figure 16 is an enlarged illustration of a portion of the container packaging section;
Figure 17 is an implementation state diagram of the tofu input means of the container packaging unit;
Figure 18 is an example of assembly of a blade device used in the present invention;
Figure 19 is an enlarged side cross-sectional view of the blade device;
Figure 20 is an illustration of various cutting states of the plate tofu according to the present invention.

Hereinafter, the specific configuration of this invention to support the solution to the above problem and its embodiments will be described in detail with the attached drawings. However, the attached drawings may be exaggerated, omitted, or schematically depicted for the convenience of explanation of key parts, and the terms and names used in the explanation are not defined by dictionary meaning but are implicitly determined by the shape, function, role, etc. of the composition. The description of the direction is determined based on the direction indicator shown in FIG. 1, and the description of the location is determined based on the middle of each configuration or the center of the circle. Additionally, detailed descriptions of pre-registered known and common technologies may obscure the point, so they are omitted or replaced with simple symbols or names.

In addition, the specific structure, shape, shape, arrangement, size, etc. of the composition that can be identified through the drawings, as well as the operation of the composition and the resulting effects that can be inferred through the drawings, may obscure the point, so detailed explanations are omitted. Bolts, welding areas, holes, etc. applied to connect components can be omitted from the drawing as they may obscure the point.

When referring to Figure 1, which shows the whole tofu cutting device of the present invention, the present invention largely includes a supply means (101); a conveyance means (201); a horizontal and vertical cutting means (301) (401); ;, characterized in that it consists of a discharge means (501).

In detail, the supply means 101 is;,

A storage tank (1) having a certain space,

Fixed frames (11) (11') on both sides installed upright at a certain height on one side of the storage tank (1), and elevator cylinders (15) at the upper ends of both sides while being inserted along the same line into the fixed frames (11) (11'). A lifting frame 14 having (15'), a lifting lift 14 installed on one side of the lifting frame 13 with a certain length in the cross direction, and a conveyor installed on the center length line of the lifting lift 14 ( It consists of a lift device (1') composed of 12) (see Figure 2).

Here, the fixed frames 11 and 11' further include lifting guide rollers 16 on both upper sides and ends, so that both sides of the lifting frame 13 are located within the lifting guide rollers 16. Guide you up and down the stairs.

In addition, the lifting frame 13 is provided with connection plates 15" on both sides of the upper part, so that the lifting cylinders 15 and 15' are installed, respectively.

The transport means 201 is;,

It consists of a transfer conveyor (2) of a certain length.

The transfer conveyor 2 is arranged on one side of the supply means 101 and has a certain length to pass through the horizontal and vertical cutting means 301 and 401, which will be described later, and the lower part of the discharge means 501.

The horizontal cutting means 301 is;,

The transfer plate 32 is transported along the guide bar 31' of the installation member 31 by the spaced cylinder 3, and is installed at the center of one side of the transfer plate 32 to operate the blade device 801 in the vertical direction. It consists of a cutting cylinder 33 (see Figures 8 and 9).

In addition, the installation member 31 and the guide bar 31' are configured to have a certain length in the left/right (longitudinal direction of the transfer conveyor 2) based on the direction indication in the drawing, and the cylinder of the cutting cylinder 33 The blade device 801 connected to the rod has a certain length in the front/rear direction (width direction of the transfer conveyor 2).

In addition, the blade device 801 consists of a knife base (b) that fixes the blade (b1).

In addition, the transfer plate 32 has transfer blocks 32' on both upper sides installed through the guide bar 31' of the installation member 31 to ensure accuracy of transfer.

The vertical cutting means 401 is;,

A cutting cylinder (4') that elevates the installation member (4), and a transfer plate (42) sequentially installed through the guide bars (41) (41') on both sides of the installation member (4) at a predetermined interval. , the traction plate (42a), the separation plate (42b), and the separation cylinder (43) (43') that is symmetrically installed on the upper part of the installation member (4) and operates the transfer plate (42) and the separation plate (42b) in opposite directions. and a blade device (801) installed at the bottom of the transfer plate (42), the traction plate (42a), and the separation plate (42b), one end of which is fixed to the center of the transfer plate (42) and the other end of which is attached to the traction plate (42a). It consists of a tow bar (44) that passes through the center of the spacing plate (42b) and is integrated with the tow block (44') (see FIGS. 10 to 12).

In addition, the installation member (4) and the guide bar (41) (41') are configured to have a certain length in the front/back direction (width direction of the transfer conveyor (2)) based on the direction indication in the drawing, and the blade device (801) is configured to have a certain length in the left/right direction (longitudinal direction of the transfer conveyor (2)). In addition, the traction plate (42a) allows the traction bar (44) to pass through the traction block through-hole 45 at its center, and the separation plate 42b passes through the traction block 44 through the traction block through-hole 45' at its center. ') is passed through.

The discharge means 501 is;,

A transfer plate (53) transported along the guide bars (52) (52') on both sides of the installation member (51) by the discharge cylinder (5), and a lower traction plate (55) installed on the upper part of the transfer plate (53). It consists of a lifting cylinder 54 that raises and lowers (see Figures 13 and 14).

In addition, the installation member 51 and the guide bar 52 (52') are configured to have a certain length in the left/right direction (longitudinal direction of the transfer conveyor 2) based on the direction indication in the drawing, and the transfer plate ( 53) and the traction plate 55 are configured to have a certain length in the front/rear direction (width direction of the transfer conveyor 2).

In addition, the transfer plate 53 installs the transfer blocks 56 on both upper sides on the guide bars 52 and 52' of the installation member 51 to ensure the accuracy of the transfer.

The configuration of the present invention has been described above, and an embodiment according to the above configuration will be described below.

*As shown in Figures 2 to 5, the present invention stores several tofu (a) with water at a certain level in the storage tank (1) to have a supply standby state, and at the same time, lifts (14) of the lift device (1') ) to conveniently pack one tofu (a) and safely and accurately supply it to the transfer conveyor (2) of the transfer means (201), which is the next step.

In other words, when one plate head (a) is located on the conveyor 12 of the lifting lift 14 in the storage tank 1, the lifting frame 13 is moved by the lifting cylinders 15 (15') on both sides. While moving up and down along the fixed frames (11) (11') on both sides, the elevating lift (14) is positioned on the upper transfer conveyor (2) within the storage tank (1), and at the same time, the conveyor (12) driven by the motor is moved to the transfer conveyor (2). ) Supply the tofu (a) on top (see Figure 2).

At this time, the lifting accuracy and safety of the lifting frame 13 are ensured by the lifting guide rollers 16 on both sides and ends of the upper side of the fixed frame 11 (11'), and at the same time, the conveyor 12 is operated by the lifting lift 14. The lifting blocks (17) on both sides are guided upward along the guide rail (17b) of the guide frame (17a) to ensure lifting accuracy and safety.

On the other hand, the elevating lift 14 further includes a position adjustment plate 18 (18') having guide plates 18" on both upper surfaces as a fastener 19, and the plate head portion (a) located on the conveyor 12. In order to ensure that it can be transported accurately in the assumed direction, the position adjustment hole (18a) of the guide plate (18) (18') through which the fastener (19) passes is formed to a predetermined length, and the position adjustment plates ( 18) Ensure that the installation interval of the information board (18") on (18') can be adjusted.

In addition, the conveyor 12 uses a mesh belt made of metal so that water drains smoothly from the lifting lift 14 during the lifting operation.

Next, the position detection sensor detects the plate head part (a) supplied to the transfer conveyor (2) and transfers it to one side of the horizontal cutting means (301).

Here, as an additional embodiment, the present invention further includes a horizontal cutting means (701) on one side of the transfer conveyor (2) to selectively cut the plate head (a) before the plate head portion (a) is transferred to the horizontal cutting means (301). Cut it to a certain height (thickness) so that it can be divided into upper and lower parts.

The horizontal cutting means 701 is installed at regular intervals on both sides in the width direction of the transfer conveyor 2, and both ends of the rods of the both side lifting cylinders 7 (7) (7') are installed at regular intervals. It consists of a horizontal wire (71) that is connected and installed in a horizontal state.

The horizontal cutting means 701 adjusts the height of the horizontal wire 71 with the elevating cylinder 7 (7'), allowing its use/non-use and the height of the upper and lower plate heads to be selectively adjusted.

Going back, when the plate head part (a) is located directly below the horizontal cutting means 301 by the transfer conveyor 2, the cutting cylinder 33 is cut into the blade of the blade device 801, as shown in (a) of FIG. b1) is lowered to cut the plate head portion (a), and at the same time, the spacer cylinder (3) transfers the transfer plate 32 in one direction as shown in (b) of FIG. 9 to cut one side with the lower blade (b1). The head is spaced a predetermined distance from the other head to form a row gap (a1).

The horizontal cutting means 301 repeats the above operation to divide the tofu portion (a) into several equal pieces in the row direction and simultaneously forms a row gap (a1) between the two portions.

The cutting position of the head part (a) is set according to the final shape of the head part to be obtained, and is also adjusted according to the transfer state (position control) of the head part (a) on the transfer conveyor (2). This can be referred to through (a) (b) (c) of FIG. 20 and will be described again below.

The row spacing (a1) added between the cut tofu and the tofu is used to prevent defects in the work as much as possible during the cutting process of the cut tofu (a), from adhesion between the cut tofu and the blade (b1) and the tofu. It is intended to be minimized, and it can be said to be an essential requirement for the implementation of the discharge means 501 and the container packaging unit 601, which will be described later. This is also explained again below.

Next, the conveyor 2 transfers the several heads cut into equal parts by the horizontal cutting means 301 to one vertical cutting means 401, and cuts them into equal pieces in the direction intersecting the upward direction.

The vertical cutting means 401 is a device that cuts the head in a direction crossing the horizontal cutting means 301 and divides it into equal parts. When the cut head is located directly below it as shown in Figure 12 (a), the blade The blades b1 of the device 801 are lowered by the upper cutting cylinder 4' to cut the head in the direction intersecting the horizontal cutting means 301 and divide it into ten equal parts, and at the same time, the upper two side spaced cylinders 43 ( 43') transfers the transfer plate 42 and the spacing plate 42b in a mutually symmetrical direction so that each lower blade (b1) separates the equally divided heads as shown in (b) of Figure 12 and places them between them. Form a column gap (a2). At this time, the traction plate 42a located between the transfer plate 42 and the separation plate 42 moves the traction block 44' of the traction stand 44, which is simultaneously transported by the transfer plate 42, in the same direction over time and The two central heads that have been cut by pulling and moving them at regular intervals in length are spaced apart by the directly lower blade (b1) to form a row gap (a2).

The transfer action of the transfer plate 42, the traction plate 42a, and the spacing plate 42b is performed by dividing the head into four columns with three blades b1 as shown in FIG. 12, with a column gap a2 between them. ), and if necessary, the tofu can be divided into three parts by excluding the traction plate (42a).

The thermal gap (a2) added between the cut tofu and the tofu is intended to minimize defects in the work by preventing adhesion between the cut tofu and the blade (b1) and the tofu during the above cutting process. In particular, it is an essential requirement for the implementation of the discharge means 501 and the further included container packaging unit 601, which will be described later. This will also be explained again below.

The vertical cutting means 401 repeats the above operation to divide the tofu divided into equal parts in the row direction into equal parts in the column direction.

Next, the tofu that has been divided into equal parts by the vertical cutting means 401 is transferred to the discharge means 501 by the transfer conveyor 2 and discharged to one side of the discharge conveyor (not shown) or to a specific location.

The discharge means 501 is such that when the heads divided into ten directions are located directly below the lifting cylinder 54, the traction plate 55 is lowered to be located on the side of the heads, and at the same time, the discharge cylinder 5 is positioned on the side of the heads. By transporting (53) in one direction, the lower traction plate (55) automatically discharges the heads to a certain position, thereby completing the production of all heads.

Here, the heads are safely discharged without friction or interference with the rear heads by adding the row spacing (a1) in the preceding process described above.

In addition, the present invention further includes an auxiliary vertical cutting means (401a) of the same configuration as the horizontal cutting means (301) described above on one side of the vertical cutting means (401), and can be selectively replaced with the vertical cutting means (401) as needed. Another embodiment is presented that allows for use.

The auxiliary longitudinal cutting means 401a has the same configuration as the above-described horizontal cutting means 301, but is installed in a direction crossing the horizontal cutting means 301, so as to divide the head as described above into two in the column direction. did.

In other words, the vertical cutting means 401 can be configured with three or two blades to obtain all parts in the form of quarters or thirds in the column direction, and the auxiliary vertical cutting means 401a has one blade. By configuring it, it is possible to obtain all parts in the form of two halves in the column direction, as shown in (b) to (c) of Figure 20. Therefore, the present invention is characterized in that the vertical cutting means 401 and the auxiliary vertical cutting means 401a can be selected and used as needed to produce various types of parts.

In addition, the present invention presents another embodiment characterized in that the container packaging part 601 is further included on one side of the discharge means 501 to enable container packaging at the same time as discharging the divided tofu.

The container packaging unit 601 is composed of a tofu input means 6 for selectively introducing tofu into each container, and a container transfer means 6' for selectively supplying containers c of various specifications,

The head input means (6) is located directly below the crane (63) and the crane (63) coupled to the moving rotation axis (61) and the transfer block (62), so that one side installation block (64) is installed on one side of the crane (63). A rotating plate that combines the central lifting block 65, which is coupled to the rotation center axis 63' and has a roller transfer groove 65', with the lifting roller 66' of the lifting cylinder 66 of the crane 63. (67), the position control cylinder (68) and the falling cylinder (68') installed directly below the rotation plate (67), and located on one side of the rotation plate (67) and combined with the rod of the position control cylinder (68). It consists of a seal (69) and a falling plate (69b) located at the lower part of one side of the rotating plate (67) and connected to the rod of the falling cylinder (68') and a coupling block (69a),

The container transport means (6') is composed of several container conveyors (69c) that individually transport containers (c) with different capacities directly below the tofu input means (6).

In the above embodiment, first, as shown in FIG. 15, the container packaging unit 601 is located on one side of the discharge means 501 so that the discharged tofu is located on the falling plate 69b of the container packaging unit 601.

Then, the crane 63 moves in one direction by rotating the moving rotation shaft 61 by the motor m and positions the head on the falling plate 69b directly above the container c of the container transfer means 6'. .

In addition, the present invention detects when tofu of different sizes is selectively discharged according to the above-described embodiment, and selects and positions the tofu on the falling plate (69b) directly above the container (c) suitable for the corresponding discharged tofu.

In addition, one container conveyor (69c) with containers suitable for the size of the discharged tofu transports and arranges the same number of containers as the number of discharged tofu directly below the tofu input means (6).

Next, the lifting cylinder 66 of the crane 63 rotates the rotating plate 67 and the falling plate 69b at a predetermined inclination angle around one rotation center axis 63'. (See Figure 17 (a))

For reference, the rotating plate 67 is a roller transfer groove 65' of a certain length formed in the lifting block 65, and the lifting roller 66' of the lifting cylinder 66 is installed through it, so that the lifting roller 66' ) and the rotational action of the lifting block (65) are achieved.

Next, the falling cylinder 68' of the rotating plate 67 transfers the falling plate 69b in one direction to drop and store the upper head in the lower container c (see (b) in FIG. 17).

In addition, the rotating plate 67 has a seal 69 installed at a certain position on one side of the rotating plate 67 to prevent the head from following when the falling plate 69b is transported, thereby improving the accuracy of the falling plate.

The seal 69 is positioned on one side of the rotating plate 67 according to the size of the discharge head by the position adjustment cylinder 68, so that the head can be accommodated on the upper part of the falling plate 69b and the falling discharge action can be performed equally. there is.

The seal 69 further includes a filling water nozzle 69' at one end and several injection holes 69" along its length, and seals at the time of the transfer action of the dropping plate 69b. The filling water is sprayed through the spray hole (69") of 69). When the falling plate (69b) is transported, the friction between the falling plate (69b) and the head is minimized to ensure a smoother falling action of the head. Furthermore, a certain amount is stored together with the tofu in the container (c) to prevent damage to the head and the head. Prevent drying.

*For reference, the containers (c) on the container conveyor (69c) are inevitably transported and placed with a certain distance maintained between the containers (c) due to container supply, transfer, discharge, packaging, etc. Therefore, in the present invention, in consideration of the inevitable conditions of the container (c), after cutting the head in the vertical cutting means (401) or the auxiliary vertical cutting means (401a), a column gap (a2) is added between them to maintain the above-described arrangement state. Tofu was accurately added to each container using a tofu input means.

In other words, the reason for adding row/column spacing (a1) (a2) between cut tofu is to prevent attachment of tofu to tofu and tofu to blade.

In addition, the row spacing is to allow the cut tofu to be easily discharged one row at a time from the discharge means. Also, the row spacing is to accurately feed the cut tofu into each container from the discharge means.

Finally, the container conveyor 69c of the container transport means 6' transfers the container containing the tofu and filling water to a finishing device (not shown) to finish packaging the top.

The present invention described above maximizes production efficiency by automating a series of processes ranging from supply and cutting of tofu to individual packaging, and is characterized by being able to produce tofu of various sizes as needed.

In another embodiment, the present invention fixes the blade device 801 by inserting the upper part of the blade (b1) into one side of the blade base (b) and fastening it with the cover (b2),

It includes a diffusion groove (b4) (b4') of a certain size connected to the spray nozzle (b3) on the central inner surface of the blade (b) and the cover (b2),

The blade (b1) includes a through hole (b5) connecting the diffusion grooves (b4) (b4') on both sides to its upper surface,

It is configured by forming several discharge holes (b6) located on both sides of the blade (b1) along the lower length line of the diffusion groove (b4) (b4').

The blade device 801 described above injects separated water into the internal diffusion grooves b4 (b4) (b4') through the spray nozzle (b3) and then sprays it evenly through the discharge holes (b6) located on both sides of the blade (b1), as shown in Figure 20. As shown, when the blade b1 cuts the tofu using the head cutting device, the cut head and the blade on both sides are allowed to be quickly separated without being attached to each other, and both sides of the blade are cleaned.

For reference, tofu contains a large amount of moisture, so when cutting it with a regular blade, there is a high risk that the cut surface of the tofu will adhere to both sides of the blade and be damaged. Also, when working frequently, a large amount of foreign matter or tofu residue remains on both sides of the blade, making it difficult to cut. It was a situation that could have caused a defect.

In addition, the blade device 801 of the above configuration can achieve the same effect even if air is used instead of separated water, so it is selected and used according to necessary conditions.

In another embodiment, the present invention adopts a metal mesh belt in the transfer conveyor 2 forming the transfer means 201, so that water drains smoothly downward when transferring the head and discharging the separated water to the upper knife base (b). To ensure that

In addition, the transfer conveyor (2) is accommodated inside the upper part of the recovery tank (21) connected to one side of the storage tank (1) and the recovery pipe (22), so that the separated water is discharged into the storage tank (1) through the recovery tank (21). It is characterized by making it possible.

This invention described above is a drawing of the composition of this invention and the specific components included in the composition in order to help understand the principle of the composition pursued in the invention, and an explanation is made based on the drawings. The structure, form, shape, arrangement, direction, and quantity of the composition included in the invention and its specific components are determined in consideration of the principle to be pursued, and these may be changed in various ways as needed. The configuration and its specific components presented in this invention illustrate the effect that a person skilled in the art would like to obtain from this invention and what principle is most desirable to apply to obtain a better effect from the effect. It was done. Accordingly, it is most desirable to complete this invention by including all of the configurations described above, but it can be completed by selecting or excluding some of the configurations described above depending on cost reduction, convenience of manufacturing, environmental conditions, or necessity. Also, one or part of the components can be separated and completed by merging with other components. In addition, each configuration described above may be independently applied to other technical fields other than this technical field, taking into account the principle, use, function, role, action, effect, etc. Based on this, the scope of rights of this invention can be specified in the order of the broadest scope of rights by specifying the claims of this invention as inclusive as possible as follows.

This concludes the description of this invention. It appears that a technician with ordinary knowledge in this technical field will be able to fully grasp the gist sought by this invention through the above-described specific contents, and the effects of the parts shown but not explained can be sufficiently inferred from the drawings. It would be possible. Accordingly, a person skilled in the art will be able to apply various modifications and changes in this technical field based on the contents mentioned in this invention.

The present invention is an unmanned and automated series of processes for producing and packaging a certain size of tofu from flat tofu. Compared to conventional tofu cutting devices, its operation and effect are very excellent, making it an industrial solution from a functional and economic perspective. The availability of the award is considerable, it will be done.

101: means of supply 201: means of transportation
301: Horizontal cutting means 401: Vertical cutting means
401a: Auxiliary longitudinal cutting means 501: Discharge means
601: Container packaging means 701: Horizontal cutting means
801: Blade device a: Pan tofu
a1: row spacing a2: column spacing
b: blade b1: blade
b2: Cover b3: Spray nozzle
b4,b4': diffusion groove b5: through hole
b6: discharge hole c: container
1: Storage tank 1': Lift device
11,11': Fixed frame 12: Conveyor
13: Elevating frame 14: Elevating lift
15,15': Elevating cylinder 15": Connecting plate
16: Elevating guide roller 17: Elevating block
17a: Guide frame 17b: Guide rail
18,18': Position control panel 18": Information board
18a: Position adjustment hole 19: Fastener
2: transfer conveyor 21: recovery tank
22: Recovery pipe 3: Separated cylinder
31: Installation member 31': Guide bar
32: transfer plate 32': transfer block
33: Cutting cylinder 4: Installation member
4': Cutting cylinder 41,41': Guide bar
42: transfer plate 42a: traction plate
42b: Separation plate 43,43': Separation cylinder
44: Tow bar 44': Tow block
45: Tow block through hole 45': Tow block through hole
5: discharge cylinder 51: installation member
52,52': Guide bar 53: Transfer plate
54: Elevating cylinder 55: Traction plate
6: Tofu input means 6': Container transfer means
61: moving rotation axis 62: transfer block
63: Crane 63': Rotation center axis
64: Installation block 65: Elevating block
65': Roller transfer groove 66: Elevating cylinder
66': Elevating roller 67: Rotating plate
68: Position control cylinder 68': Drop cylinder
69: Sealing 69': Filling water nozzle
69": Spray hole 69a: Combination block
69b: Drop plate 69c: Container conveyor
7,7': Elevating cylinder 71: Cutting wire
m: motor

Claims (12)

A supply means (101) for automatically supplying the tofu (a) in the storage tank (1) to the transfer means (201) quickly and accurately in the correct position using a lift device (1');
A conveying means (201) for performing a cutting operation while conveying the plate head portion (a) in one direction;
A horizontal cutting means (301) having a blade device (801) for cutting the tofu (a) into equal parts in the row direction and then adding a row gap (a1) between the tofu (a);
A vertical cutting means (401) having a blade device (801) for cutting the tofu (a) into ten equal parts and then adding a column gap (a2) between the tofu (a);
A flat tofu cutting device comprising: a discharge means (501) for discharging the divided tofu in rows at a time.
According to clause 1,
The discharge means 50 further includes a container packaging unit 601 consisting of a tofu input means 6 and a container transfer means 6' on one side, so that the container packaging is automatically performed at the same time as the tofu is discharged. Tofu cutting device.
According to clause 2,
The head input means (6) is located directly below the crane (63) and the crane (63) coupled to the moving rotation axis (61) and the transfer block (62) so that one side installation block (64) rotates on one side of the crane (63). A rotating plate ( 67), a position control cylinder 68 and a falling cylinder 68' installed directly below the rotation plate 67, and a position control cylinder 68 located on one side of the rotation plate 67 and coupled to the rod of the position control cylinder 68. A plate head cutting device characterized by consisting of a seal (69) and a falling plate (69b) located at the lower part of one side of the rotating plate (67) and connected to the rod of the falling cylinder (68') and a coupling block (69a).
According to clause 2,
The container transport means (6') is a plate tofu cutting device characterized in that it consists of several container conveyors (69c) that individually transport different containers (c).
According to clause 1,
The lift device (1') includes fixed frames (11) (11') on both sides installed upright at a certain height on one side of the storage tank (1), and is inserted into the fixed frames (11) (11') along the same line and installed at the top of both sides. A lifting frame 14 each having lifting cylinders 15 and 15', a lifting lift 14 installed on one side of the lifting frame 13 with a predetermined length in the cross direction, and a center length of the lifting lift 14. A plate cutting device characterized by consisting of a conveyor (12) installed on a ship.
According to clause 5,
A plate head cutting device characterized in that it further includes a positioning plate (18) (18') having a guide plate (18") on both upper surfaces of the elevating lift (14), which can be positioned by a fastener (19).
According to clause 1,
The horizontal cutting means 301 is installed at the center of one side of the transfer plate 32 and the transfer plate 32, which is transferred along the guide bar 31' of the installation member 31 by the spacer cylinder 3, and includes a blade device ( 801) A tofu cutting device characterized by consisting of a cutting cylinder (33) operating in the vertical direction.
According to clause 1,
It further includes a horizontal cutting means (701) on one side of the horizontal cutting means (301),
The horizontal cutting means 701 is a horizontal wire ( 71) A tofu cutting device characterized in that it consists of.
According to clause 1,
The vertical cutting means 401 is
A cutting cylinder (4') that elevates the installation member (4),
A transfer plate (42), a traction plate (42a), and a separation plate (42b) sequentially installed through the guide bars (41) (41') on both sides of the installation member (4) at a predetermined interval,
A separation cylinder (43) (43') installed symmetrically on the upper part of the installation member (4) and operating the transfer plate (42) and the separation plate (42b) in mutually symmetrical directions,
A blade device (801) installed at the lower part of the transfer plate (42), the traction plate (42a), and the separation plate (42b), respectively,
One end is fixed to the center of the transfer plate (42), and the other end is composed of a tow bar (44) that passes through the center of the tow plate (42a) and the separation plate (42b) and is integrated with the tow block (44'). A tofu cutting device.
According to clause 1,
The discharge means 501 is
A transfer plate (53) transported along the guide bars (52) (52') on both sides of the installation member (51) by the discharge cylinder (5), and a lower traction plate (55) installed on the upper part of the transfer plate (53). A plate cutting device characterized in that it consists of an elevating cylinder (54) that elevates.
According to clause 1,
It further includes an auxiliary vertical cutting means (401a) on one side of the vertical cutting means (401), wherein the auxiliary vertical cutting means (401a) has the same configuration as the horizontal cutting means (301) and is the same as the vertical cutting means (301). A tofu cutting device characterized in that it is arranged and configured in a direction.
According to paragraph 1,
The blade device 801 is constructed by inserting the upper part of the blade (b1) into one side of the blade base (b) and fastening it with the cover (b2),
It includes a diffusion groove (b4) (b4') of a certain size connected to the spray nozzle (b3) on the central inner surface of the blade (b) and the cover (b2),
The blade (b1) includes several through holes (b5) connecting the diffusion grooves (b4) and (b4') on both sides to its upper surface,
A plate head cutting device characterized by further forming a plurality of discharge holes (b6) located on both sides of the blade (b1) along the lower length line of the diffusion groove (b4) (b4').

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