WO2020027624A1 - Meat cutting device having cleaning function - Google Patents

Abstract

Provided is a meat cutting device having a cleaning function for cleaning a blade, or the like. The meat cutting device having a cleaning function comprises: a table; a feeder for feeding meat while linearly reciprocating on the table; a rotation blade disposed to come into contact with the feeder on the movement path of the feeder so as to cut the meat; a support part having one side fixed to the table and the other side connected to the rotation shaft of the rotation blade, so as to support the rotation blade; and a blade cleaning part comprising: a frame detachably coupled to at least one of the support part and the feeder; and a brush extending from the frame and coming into close contact with the surface of the rotation blade so as to clean the rotation blade.

Description

[Calibration under Rule 26.03.09.2019] Meat cutting device with washing function

The present invention relates to a device for automatically cutting meat, and more particularly, to a meat cutting device having a washing function having a washing function such as a blade.

Most of the food consumed in homes and restaurants is supplied in large quantities through suppliers. The ingredients are processed to a certain size and then supplied to the distributor, and the goods are displayed at the distributor. Ingredients supplied in large quantities to supermarkets and department stores will be purchased and used by consumers as needed.

In order to supply a large amount of food in a certain size, processing with a machine is essential. Most ingredients are not uniform in shape or size, so they can be cut using a machine and processed to a uniform size. For example, the food material can be processed with a processing device using a blade as disclosed in the Republic of Korea Utility Model Registration No. 20-0418465.

However, the residue left after processing the food is not only easily deposited on the blade, etc., but also has a problem in that unwanted deposits rapidly increase due to the relatively soft nature of the ingredients and repeated use of the device. For soft ingredients such as meat, this problem was even worse. Most foods, such as meat, decay very easily, so they have to be washed quickly before these deposits accumulate. However, in the past, many people simply use cleaning tools to clean them.

In particular, there was a problem in the washing process because the rotary blade to cut the meat cut, there was a difficulty to disassemble the device for cleaning.

This eliminates the need for disassembly and requires a device that can be safely cleaned.

The technical problem of the present invention is to solve the above problems, and to provide a meat cutting device having a washing function having a washing function such as a blade.

Technical problem of the present invention is not limited to the above-mentioned problem and other technical problems that are not mentioned will be clearly understood by those skilled in the art from the following description.

Meat cutting device having a washing function according to the present invention, the table; A feeder for feeding meat while reciprocating linearly on the table; A rotary blade disposed in contact with the feeder in a movement path of the feeder to cut the meat; One side is fixed to the table and the other side is connected to the rotary shaft of the rotary blade supporting portion for supporting the rotary blade; And a blade washing member including a frame detachably coupled to at least one of the supporting portion and the feeder, and a brush extending from the frame to be in close contact with the surface of the rotary blade to wash the rotary blade.

A plurality of brushes may be in close contact with both surfaces of the rotary blade.

The brush may be rotatably coupled to an axis arranged in the radial direction of the rotary blade.

The brush may be manually rotated by the rotary blade in contact with the rotary blade.

The brush driving unit for rotating the brush may further include.

The brush may slide or move in a direction parallel to the rotating shaft to be in close contact or spaced apart from the rotary blade.

The brush includes a first brush and a second brush in contact with both sides of the rotary blade, the first adjustment bar extending in parallel with the rotation axis in the first rotary brush to be slidably coupled to the frame, and the The second rotating brush may further include a second adjusting bar extending in parallel with the first adjusting bar and slidably coupled to the frame.

It may further include a swing lever connected between the first adjustment bar and the second adjustment bar to move the seesaw and slidingly move the first adjustment bar and the second adjustment bar in opposite directions.

The swing lever may be automatically driven by the driving unit, further including a driving unit transmitting a driving force to a portion other than the rotation center of the swing lever to generate torque to the swing lever.

The frame may include a locking portion that prevents rotation by coupling the support portion with the unevenness on one side instead of the center of gravity.

The blade cleaning unit may further include at least one cleaning nozzle for cleaning by spraying a fluid in the rotary blade direction.

It may further include at least one nozzle unit coupled to the table for injecting a fluid onto the table.

It may further include a movable plate hinged to the side of the table and folded in a vertical or horizontal direction, and a movable support plate which is folded or unfolded from the lower portion of the movable plate to cross and support the movable plate in a horizontal direction.

It may further include a cover part surrounding the outer edge of the blade washing unit to shield the outside.

The blade cleaning unit, the brush frame is coupled to the brush, the adjustment bar extending from the brush frame and guided to the frame and sliding movement, interposed between the frame and the adjustment bar to restore the position of the adjustment bar It may include a return spring.

The scraper may further include a scraper coupled to the brush frame to move together with the brush and to contact the rotary blade surface to scrape off the rotary blade surface.

The cleaning liquid impregnation unit is coupled to the support unit or the blade washing unit, and absorbs the washing water therein, and the scraper moves toward the rotary blade to contact the rotary blade, thereby supplying the washing water to the rotary blade. It may include.

The blade washing unit may include an auxiliary frame coupled to an upper portion of the brush frame, an auxiliary adjustment bar extending from the scraper and slidably coupled to the auxiliary frame, and interposed between the auxiliary frame and the auxiliary adjustment bar. It may further include an auxiliary return spring for restoring the position of the bar.

The brush may be detachably coupled to the brush frame.

According to the present invention, the blade and its periphery on which meat scraps and the like repeatedly accumulate can be cleaned very effectively in an automated manner. Since the meat cutting device itself has a built-in cleaning function, it is convenient and efficient to remove debris without using a separate cleaning tool. In particular, by using an effective friction structure and the fluid cleaning structure in close contact with the blade surface can be kept very clean even if repeated use of the device. In addition, when cleaning, work can be safely carried out with a safety device that prevents debris and sprayed fluids from scattering out of the device, and the cleaning structure can be easily separated or combined with the device for maintenance, replacement, and improvement. This convenience has several advantages.

It is easy to use because it can be washed as it is without disassembling the rotary blade, and there is a remarkably low effect of a safety accident occurring during the cleaning process.

1 is a perspective view of a meat cutting device having a washing function according to a first embodiment of the present invention.

2 is a front view of the meat cutting device having a washing function of FIG.

Figure 3 is a left side view of the meat cutting device having a washing function of FIG.

Figure 4 is an enlarged perspective view showing the removal of the cover portion of the blade washing machine of the meat cutting device having a washing function of FIG.

FIG. 5 is a front view illustrating a detachment process of the blade washing machine of FIG. 4.

6 and 7 are plan views illustrating a brush operation process of the blade cleaning unit of FIG.

8 is a perspective view illustrating a washing process of the entire meat cutting device having a washing function of FIG. 1.

9 is an enlarged perspective view of the blade cleaning unit of the meat cutting device having a washing function according to the second embodiment of the present invention with the cover unit removed.

10 is an enlarged perspective view showing the blade washing machine and the cover of the meat cutting device having a washing function according to the third embodiment of the present invention together.

11 is an enlarged perspective view illustrating the blade washing unit and the cover of the meat cutting device having a washing function according to the fourth embodiment of the present invention together.

FIG. 12 is a perspective view illustrating the blade cleaning unit of the meat cutting device having the washing function of FIG. 11.

13 to 15 are views illustrating an operation process of the blade cleaning unit of FIG.

Figure 16 is a side view showing the blade washing machine of the meat cutting device having a washing function according to a fifth embodiment of the present invention.

[Description of the code]

1: Meat cutting device with washing function 10: Table

10a: table support portion 11: movable plate

12: movable support plate 20: feeder

21: pressing part 22: groove part

23: sliding arm 30: rotary blade

30a: rotating shaft 31: support part

40, 40a: Blade World Government 41: First Brush

42: second brush 43: first adjustment bar

44: second adjustment bar 44a: adjustment bar

44b: auxiliary adjusting bar 45, 45a, 46: return spring

45b: auxiliary return spring 47: swing lever

48: drive unit 49: cleaning nozzle

50: nozzle portion 51: detachable coupling portion

60: compressor 321: coupling portion

321a: coupling groove 401, 401a: frame

401b: brush frame 401c: subframe

402: cover portion 403: connecting frame

404: locking portion 404a: projection

405: control unit 406: scraper

406a: grip part 407: cleaning liquid impregnation part

411, 421: brush drive unit 431, 441: holder

432, 442: Connecting bracket 451: Tightening screw

471: center of rotation axis 472: hinge

Advantages and features of the present invention and methods for achieving them will be apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but can be implemented in various different forms, only the embodiments are to make the disclosure of the present invention complete and the general knowledge in the technical field to which the present invention belongs. It is provided to fully convey the scope of the invention to those skilled in the art, and the invention is only defined by the claims. Like reference numerals refer to like elements throughout.

Hereinafter, a meat cutting device having a washing function according to a first embodiment of the present invention will be described in detail with reference to FIGS. 1 to 8.

1 is a perspective view of a meat cutting device having a washing function according to a first embodiment of the present invention, Figure 2 is a front view of the meat cutting device having a washing function of Figure 1, Figure 3 has a washing function of Figure 1 4 is an enlarged perspective view of the meat cutting device with the cover part removed from the blade washing machine of the meat cutting device having the washing function of FIG.

1 to 4, the meat cutting device 1 having a washing function of the present invention has a structure for transferring meat to the rotary blade 30 using the feeder 20. The meat is accommodated in the feeder 20 and reciprocates and repeatedly contacts the rotary blade 30. This allows the meat to be cut to a certain size using a blade. At this time, since the meat is cut and the remaining residue is repeatedly attached and deposited on the rotary blade 30, it is preferable to remove it quickly. The present invention can remove such debris or deposits very effectively with the blade washer 40 disposed in a position adjacent to the rotary blade 30.

The blade washer 40 includes a brush (first brush 41 and second brush) that contacts the rotary blade 30 to remove debris. Brush may be formed alone, as shown, it is made of two or more in close contact with the different surfaces of the rotary blade 30 can effectively remove the debris. In addition, the nozzle structure for spraying the washing water and high-pressure air is formed, it is possible to remove the residue left from the blade surface with a brush without leaving on the table (10). Brush is a rotatable structure can be manually rotated by friction during the rotation of the rotary blade 30, or can be actively rotated by the drive of a motor or the like. In addition, by closely adjusting the spacing between the brush and the rotary blade 30 can be in close contact with the brush surface, changing the position of the brush and the rotary blade 30 by the periodic interval change can lead to effective cleaning. have. This spacing can also be varied manually or automatically.

In addition, the blade washing section 40 and the nozzle unit 50 formed on the table 10, etc. are all removable feature. That is, the cleaning structure can be separated from the device as necessary to operate the device in a more concise form. They can be remounted at any time, so if you need to wash them immediately, you can conveniently install them. In other words, when cutting the meat, the cutting structure such as the blade washing machine 40 and the nozzle unit 50 can be separated from the device to proceed with the meat processing process while securing a wide space. The washing structure such as the 40 and the nozzle unit 50 can be immediately coupled to the apparatus and proceed with the washing process easily. In addition, due to the structural features that can be attached and detached in this way, it is also very convenient to manage the maintenance, such as maintaining, repairing, or improving the blade cleaning unit 40, the nozzle unit 50 and the like in an optimal state. That is, the brush or the like of the blade cleaning unit 40 can be kept clean at all times by separately cleaning after separation. In addition, the shielding structure can be formed by the movable plate 11 coupled around the device, so that the washing operation can proceed very safely.

On the other hand, the cleaning structure such as the blade cleaning unit 40 or the nozzle unit 50 may be formed at various locations in the device. Depending on the shape or arrangement of the blade, the structural specificity of the entire device, and the like, the installation position for combining or separating the cleaning structure of the present invention may be changed. In addition, the shape of each component constituting the washing structure can also be appropriately modified. Accordingly, the following description of the embodiments is only illustrative, and the technical spirit of the present invention is not constrained and therefore construed.

Hereinafter, the meat cutting device 1 having the washing function of the present invention will be described in more detail with reference to the first embodiment of the present invention.

Meat cutting device (1) having a washing function of the present invention is specifically configured as follows. The meat cutting device 1 having a washing function is arranged to be in contact with the feeder 20 in a feeder 20 and a feed path of the feeder 20 that supplies meat while reciprocating in a straight line on the table 10. Rotary blade 30 to cut, one side is fixed to the table 10 and the other side is connected to the rotary shaft 30a of the rotary blade 30, the support portion 31 for supporting the rotary blade 30, and the support portion ( 31, the blade washing section 40 including a frame 401 detachably coupled to the top and a brush extending from the frame 401 to a surface of the rotary blade 30 to clean the rotary blade 30; Include. According to the first embodiment of the present invention, a plurality of brushes may be in close contact with both surfaces of the rotary blade 30, respectively, and the brushes may be disposed on a surface where the rotary shaft 30a of the rotary blade 30 does not exist. 41 and the second brush 42 positioned on the surface of the rotary blade 30 with the rotating shaft 30a. However, this does not need to be limited, and in the second embodiment, one or more brushes may be formed, and the shape of the brush may be variously modified.

In this embodiment, the brush may be a rotary brush rotatably coupled to the axis arranged in the radial direction of the rotary blade (30). Such a rotating brush can be formed, for example, in the shape of a roller. The brush may be manually rotated by the rotary blade 30 in contact with the rotary blade 30, or may be automatically rotated by a brush driver (see 411 and 421 of FIG. 4) for rotating the brush. In particular, the brush may be in close contact with or spaced apart from the rotary blade 30 by sliding in a direction parallel to the rotary shaft 30a. In the case of the first brush 41 and the second brush 42, the interval is adjusted to each other and may be in close contact with or spaced apart from the rotary blade (30). Hereinafter, an embodiment of the first brush 41 and the second brush 42 being adjusted to each other and being in close contact with or spaced apart from the rotary blade 30 will be described in more detail.

The table 10 functions as a workbench where meat cutting work and washing work are performed. The table 10 may be made of stainless steel or the like, and may be formed in a rectangular plate shape. Table 10 may be formed integrally with the lower table support (10a). A space is formed inside the table support portion 10a to accommodate devices such as a pipeline or a compressor 60 for transferring fluids. In addition, a driving device for driving the feeder 20 may be accommodated in the table support part 10a. The driving device (not shown) may include, for example, a mechanical conversion structure for converting a rotational motion of a motor or the like into a linear reciprocating motion. The table 10 is not necessarily limited to the shape as shown, and can be modified in various forms in which cutting and washing operations can be performed thereon.

The feeder 20 reciprocates in a straight line on the table 10 and supplies meat (see FIG. 1). The feeder 20 includes a meat receiving space therein and is connected to a driving device inside the table 10 to move. The feeder 20 may be connected to the driving device inside the table support part 10a by using a connection structure such as, for example, a sliding arm 23 extending below the feeder 20 and inserted into the table 10. have. One side of the feeder 20 may be formed with a pressing portion 21 for fixing the meat by rotating to the receiving space inside the feeder 20 (see Fig. 2). The pressing portion 21 may include a protrusion structure such as a gear formed around the bar to rotate, it is in close contact with the meat contained in the feeder 20 to rotate and push the meat in the direction of the rotary blade (30). The pressing part 21 may be inserted into the groove part 22 formed at one side of the feeder 20 to be in close contact with meat. Since the structure of the feeder 20 is an exemplary one, it is not necessary to limit it, and the feeder 20 may be deformed in any other form to accommodate meat and supply it to the rotary blade 30.

The rotary blade 30 is disposed to contact the feeder 20 in the movement path of the feeder 20. Rotary blade 30 may be aligned in a vertical direction as shown, the blade surface may be disposed so as to contact one surface of the feeder (20). Through this, it is possible to easily cut the meat supplied from the feeder 20 described above. In particular, the rotary blade 30 is formed in a circular shape as a whole, as shown in Figure 2, the blade surface may be formed in a shape including a curved surface rather than a plane. That is, the rotary blade 30 may be formed in a shape including a curved surface that is gently refracted toward the outer edge from the center in which the rotary shaft 30a is located. The brushes (first brush 41 and second brush 42) of the blade cleaning unit 40 may be arranged in a direction which is inclined with respect to the vertical direction rather than a completely vertical direction so as to be in close contact with these curved surfaces. Alternatively, a hinge or joint structure for adjusting the arrangement direction of the brush may be formed between the brush and the adjustment bar (first adjustment bar 43 and second adjustment bar 44) to be described later. You can also change

The rotary blade 30 is supported by the support part 31 formed on the table 10. The supporting part 31 is fixed to one side of the table 10 and the other side is connected to the rotary shaft 30a of the rotary blade 30 to support the rotary blade 30. The support part 31 may protrude upward from the table 10 and may be formed in a structure in which a motor or the like is accommodated in the housing. The rotary blade 30 may be driven by the rotation shaft 30a coupled to the motor inside the support part 31. Support portion 31 may be formed in a variety of shapes, for example, may be variously modified in a polygonal shape or a shape including a curved surface at least in part. The supporting part 31 may serve as a support structure for arranging the rotary blade 30 at an appropriate point on the table 10, and may also serve as a driving part for driving the rotary blade 30 with a motor housed therein. have. The blade washing unit 40 is coupled to the support 31.

The blade washing machine 40 is detachably coupled to the support 31. Specifically, the blade washer 40 may include a frame 401 detachably coupled to the support part 31, and a brush extending from the frame 401 to be in close contact with the surface of the rotary blade 30. In particular, the brush is the first brush 41 is located on the surface of the rotary blade 30 does not have a rotary shaft 30a, and the second brush 42 is located on the surface of the rotary blade 30, the rotary shaft 30a It may be formed to simultaneously wash different surfaces of the rotary blade 30, including. The distance between the first brush 41 and the second brush 42 is adjusted to each other, it is possible to change the relative position with respect to the rotary blade (30).

The blade washing machine 40 may include a locking part 404 for preventing rotation by coupling the support part 31 with the concave-convex portion on one side of the frame 401 rather than the center of gravity. That is, the frame 401 may be fixed to the support part 31 using the locking part 404 formed on one side without having to be coupled to the support part 31 as a whole (see FIG. 2). The frame 401 may be supported by a load placed on the support part 31, and even if the support part 31 is not flat, the frame 401 may be stably mounted without being rotated by the locking action of the locking part 404. For example, the locking portion 404 may be formed in a plate-shaped structure protruding from the frame 401 toward the support portion 31, and the locking portion 404 may be formed at a corresponding point of the support portion 31. A plate-shaped coupling portion 321 may be formed in contact. The engaging portion 404 and the coupling portion 321 may be coupled at a position adjacent to the rotary shaft 30a of the rotary blade 30. One side of the locking portion 404 may be fixed by combining a screw with a handle for a more secure fixing. The locking portion 404 and the coupling portion 321 may be formed with projections (see 404a of FIGS. 4 and 5) and coupling grooves (see 321a of FIG. 5), respectively, to be fixed by being unevenly coupled to each other. However, the present invention does not need to be limited as described above, and the locking part 404 may be deformed in another form that may prevent rotation by combining the unevenness.

The blade cleaning unit 40 may include at least one cleaning nozzle 49 for cleaning by spraying fluid toward the rotary blade 30. One or more cleaning nozzles 49 may be coupled to the frame 401. The fluid injected into the cleaning nozzle 49 includes a liquid and a gas. For example, the cleaning liquid or high pressure air may be injected into the cleaning nozzle 49. That is, during or after the brush operation, hot water, cold water, or the like may be sprayed with a cleaning liquid, and then high pressure air may be sprayed and dried. The nozzle unit 50 disposed around the table 10 may also have such a function. Thus, the cleaning nozzle 49 and the nozzle unit 50 of the blade cleaning unit 40 may be used in combination to clean and dry the nozzle 10. Work can proceed smoothly.

The blade washing unit 40 may be formed with a cover portion 402 covering the upper portion. Cover portion 402 is wrapped around the blade washing portion 40 to shield the outside. The cover part 402 may cover at least a portion of the blade washing unit 40, and the shape may be variously modified. For example, as in the present embodiment, the cover portion 402 may be formed to surround the upper and side portions, and thus, the portion may be shielded from the outside to protect the internal structure or the impurities may be scattered to the outside during cleaning. Can be prevented. However, the present invention is not limited thereto, and in addition, the cover part 402 of various shapes may be formed to be coupled to the circumference of the blade cleaning unit 40. The cover part 402 may be formed of, for example, a plastic material, and may be formed of a light transmissive material so that the inside of the cover part 402 may be viewed. The cover part 402 may be formed by processing a plate-like material having light transmittance, and may be formed in various shapes in which a plane or a curved surface is combined. For example, the cover part 402 may be supported and fixed to the connection frame 403 connected to the frame 401, but may be coupled around the blade cleaner 40 in various ways. The cover part 402 may be formed to be detachable or coupled to a hinge or the like to be opened to one side. The cover part 402 may have a wider width than the frame 401, and the overall shape may be appropriately modified to correspond to the shape of the frame 401. Another example of the cover portion 402 will be described in more detail through the third embodiment which will be described later.

 The first brush 41 and the second brush 42 of the blade cleaning unit 40 may be formed in the shape of a roller arranged in a direction in which the shaft is in close contact with the rotary blade 30. The first brush 41 and the second brush 42 may rotate in response to the rotation of the rotary blade 30 and wash the rotary blade 30. In addition, it is also possible to form a brush having a fixed structure without rotating as needed. In the present embodiment, a structure in which the first brush 41 and the second brush 42 rotate independently of the rotary blade 30 by the driving force will be described in more detail. In addition, the blade washing section 40 extends in parallel with the rotary shaft 30a (ie, the rotary shaft 30a of the rotary blade) in the first brush 41 and is slidably coupled to the frame 401. And a second adjustment bar 44 extending parallel to the first adjustment bar 43 in the second brush 42 and slidably coupled to the frame 401. Depending on the spacing between the brushes can be adjusted. The gap adjustment between the brushes can also be manually adjusted by manually sliding the first adjustment bar 43 and the second adjustment bar 44. However, this embodiment will be described in more detail a structure in which the interval between the first brush 41 and the second brush 42 is automatically adjusted. The specific structure and operation of the blade wash section 40 will be described in more detail below.

At least one nozzle portion 50 for injecting a fluid onto the table 10 is coupled to the table 10. As shown in FIGS. 1 to 3, the nozzle unit 50 is coupled to a position different from the cleaning nozzle 49 of the blade cleaning unit 40. The nozzle unit 50 may be installed at, for example, an edge portion of the table 10. Both the nozzle unit 50 and the cleaning nozzle 49 may be formed in the form of a nozzle that can freely change the injection direction, each connected to a pipe line (not shown) for introducing different types of fluid, as described above. Cleaning and drying operations can be performed by spraying liquids and gases. For example, a plurality of gas supply pipes (not shown) connected to the compressor 60 accommodated in the table support part 10a and a liquid supply pipe (not shown) extended to the outside of the meat cutting device 1 having a washing function may be provided. A branch pipe (not shown) may be connected to supply one or more fluids to each nozzle unit 50 and the cleaning nozzle 49. The fluid so supplied can be controlled using one or more valves. Since the connection method of the pipe line can be variously modified, it is omitted from the drawings.

The detachable coupling part 51 may be formed at the nozzle part 50 to be coupled to the table 10. The detachable coupling part 51 may be formed of a detachable structure of various types connected to the end of the nozzle unit 50. For example, the detachable coupling part 51 may be formed by forming a coupling structure detachable from the table 10 on a block or plate-shaped connecting plate. The detachable coupling structure does not need to be particularly limited and may be formed by using a variety of coupling methods such as fitting coupling using protrusions and grooves or screw coupling using bolts and nuts. With this structure, the nozzle unit 50 may also be formed to be easily separated and combined from the table 10.

The movable plate 11 which is hinged and folds in a vertical or horizontal direction is formed at the side of the table 10. In addition, a movable support plate 12 is formed at the lower portion of the movable plate 11 to be folded or unfolded and supported by the movable plate 11 that extends in the horizontal direction. The movable plate 11 forms a shielding structure that blocks foreign matters scattered to the outside when standing in the vertical direction. In addition, when spread in the horizontal direction it can provide a workspace that extends outside the table (10). Therefore, by using the movable plate 11, the operation can be performed very efficiently. One or more movable plates 11 may be installed on the side surfaces of the table 10, and may be fixed by bolts or nuts when they are erected in the vertical direction. In addition, when unfolded in the horizontal direction, the lower movable support plate 12 can be unfolded and supported in a state intersected with the movable plate 11. The movable support plate 12 may be hinged to the table 10 or the table support 10a so as to be folded in the horizontal direction, and may support the movable plate 11 by using an upper corner. The movable support plate 12 may be formed, for example, in the shape of a wedge whose upper edge thereof is in flat contact with the movable plate 11, and the movable plate 11 may be formed of a transparent plastic material or the like. However, without being limited to this, the movable plate 11 may be formed of various materials, and the movable support plate 12 may also be appropriately modified within the extent that the movable plate 11 may cross and support the movable plate 11. .

Hereinafter, the blade washing machine of this embodiment will be described in more detail with reference to FIGS. 4 to 7.

5 is a front view illustrating a detachment process of the blade cleaning unit of FIG. 4, and FIGS. 6 and 7 are plan views illustrating a brush operation process of the blade cleaning unit of FIG. 4.

The blade washer 40 has a structure in which the first brush 41 and the second brush 42 are coupled to the frame 401. The frame 401 of the blade cleaning unit 40 is detachable from the support part 31 as described above, and includes a structure that prevents rotation such as the locking part 404. The frame 401 may be deformed in response to the arrangement of the rotary blade 30, and the first blade 41 and the second brush 42 may be rotated without disturbing the operation of the rotary blade 30. It can be modified into various shapes that can be in close contact with 30). For example, as shown in the figure, the frame 401 may be formed in a shape such as a lattice including a receiving space therein, and the coupling structure of the first adjustment bar 43 and the second adjustment bar 44 is formed at an upper end thereof. And the cleaning nozzle 49 can be disposed on the side end side. The control unit 405 that controls, for example, the operation of the first brush 41 and the second brush 42 and the driving unit 48 for driving the swing lever 47, which will be described later, is formed in the inner accommodating space formed of the lattice. ) Can be installed. Since the controller 405, the devices controlled by the controller 405, or an input device (not shown) for inputting a control signal to the controller 405 may be wired in various ways, the arrangement of the corresponding power line is illustrated in the drawings. The illustration is omitted.

The blade cleaning unit 40 is the entire frame 401 is separated, it can be removable as shown in FIG. That is, by using the structure of the locking portion 404 as described above can be fixed very easily in the state in which the support portion 31 is coupled to one side uneven, it can be separated from the support portion 31 very easily if separated have. The remaining portion of the frame 401 outside the locking portion 404 is naturally supported on the upper portion of the support 31 by the load. The engaging part 404 formed on the frame 401 and the engaging part 321 formed on the support part 31 may be unevenly coupled to the coupling structure of the protrusion 404a and the coupling groove 321a as described above. Thus, when separating or combining the blade cleaning unit 40, by adjusting the distance between the first brush 41 and the second brush 42 hit the rotary blade 30 or caught in the rotary blade 30 damage Can be prevented.

As shown in FIGS. 6 and 7, the first brush 41 is positioned on the surface of the rotary blade 30 that does not have the rotary shaft 30a, and the second brush 42 has the rotary shaft 30 of the rotary blade 30 ( 30a) on the side. Therefore, the first brush 41 may be formed relatively large without being disturbed by the rotation shaft 30a, and the second brush 42 may be formed relatively small so as not to contact the rotation shaft 30a. The first brush 41 and the second brush 42 may be formed in the form of a rotating roller as described above, the rotation axis of the roller may be arranged slightly inclined along the curved surface of the rotary blade (30). The first brush 41 and the second brush 42 may have a structure including a brush or the like protruding outward, or may be formed of a fabric (including a cloth for removing foreign matter on the blade). Do. The first brush 41 may be connected to the first adjustment bar 43 that is slidable and the second brush 42 may also be connected to the second adjustment bar 44 that is slidable. The first adjusting bar 43 and the second adjusting bar 44 may be coupled to the first brush 41 and the second brush 42 through connecting brackets 432 and 442 formed at the distal ends thereof, respectively. Each of the connection brackets 432 and 442 may be provided with brush driving units 411 and 421 including a power transmission module for transmitting the motor and the rotational force of the motor to the brush. Each of the first brush 41 and the second brush 42 may have a rotation shaft connected to the brush driving units 411 and 421 to rotate.

The first adjustment bar 43 and the second adjustment bar 44 are coupled to the frame 401 so as to be slidable. For example, a plurality of holders 431 and 441 are formed at an upper end of the frame 401, and the first adjusting bar 43 and the second adjusting bar 44 are slidably formed in the respective holders 431 and 441. Can be combined. The first adjustment bar 43 and the second adjustment bar 44 are formed in a polygonal outer circumferential surface to prevent unnecessary rotation during sliding movement. Each of the holders 431 and 441 may also form a groove having a polygonal shape corresponding to each adjustment bar therein and may be combined with each adjustment bar. A spherical handle is formed at the end of the first adjustment bar 43 and the second adjustment bar 44 that is not connected to the brush, so that it can be used during manual operation.

Return springs 45 and 46 may be coupled to the first adjustment bar 43 and the second adjustment bar 44, respectively. The return springs 45 and 46 may restore the first adjustment bar 43 and the second adjustment bar 44 to the initial position by using the elastic force. Since the first brush 41 and the second brush 42 are located on different surfaces with the rotary blades 30 interposed therebetween, the initial positions can also be set in opposite directions correspondingly. For example, a return spring (see 45 of FIGS. 6 and 7) is disposed on the first adjusting bar 43 in the direction of the rotary blade 30 with respect to the holders 431 and 441, so that the first brush 41 rotates. It can be restored in the direction away from the blade 30, the second adjustment bar 44, the return spring in the opposite direction of the rotary blade 30 with respect to the holder (431, 441) (46 in Figs. 6 and 7) The second brush 42 may also be restored in a direction spaced apart from the rotary blade 30. If necessary, the arrangement of the return springs 45 and 46 may be reversed so that the respective brushes are restored in the direction in which the brushes are in close contact with the rotary blade 30.

The swing lever 47 may be connected between the first adjustment bar 43 and the second adjustment bar 44. The swing lever 47 has a rotation center coupled to the frame 401, and both ends thereof may be coupled to the first adjustment bar 43 and the second adjustment bar 44 by a hinge 472. The hinge 472 may be made of a movable hinge in which the position of the hinge axis in the long hole is changed. In other words, the swing lever 47 has a rotation center axis (see 471 in FIG. 6) coupled to the frame 401 to rotate about the rotation center axis 471. 43 and the second adjusting bar 44 can be slidably moved in opposite directions. The driving part 48 which generates a torque to the swing lever 47 by transmitting a driving force may be connected to a portion which is not the rotation center of the swing lever 47, so that the swing lever 47 is automatically driven by the driving part 48. Can be driven.

Due to this structure, the first brush 41 and the second brush 42 may be in contact with the rotary blade 30 and the interval between each other is periodically increased and decreased. The swing lever 47 is automatically seesawed by the automatic driving of the driving unit 48 and the first adjusting bar 43 and the second adjusting bar 44 are slidably moved in opposite directions. Thus, the first brush ( The distance between the 41 and the second brush 42 is periodically changed to contact the rotary blade 30. While the driving force of the driving unit 48 is removed or reduced, it may be restored to the original position by the restoring force of the return springs 45 and 46. That is, it is possible to easily wash the different surfaces of the rotary blade 30 with the first brush 41 and the second brush 42 by repeating the operation as shown in FIGS. 6 and 7. Even if the drive unit 48 or the like is not formed as necessary, when the first adjustment bar 43 and the second adjustment bar 44 are manually operated, the swing lever 47 causes the first adjustment bar ( 43) and the second adjustment bar 44 can be slid in the opposite direction to the whole so that the washing can proceed in the same manner.

The driving unit 48 may be coupled to the end of the hinge lever 472 to a portion other than the rotation center of the swing lever 47. The driving unit 48 may be formed in a structure in which the end is linearly moved to apply pressure to the swing lever 47, thereby generating torque. The driving unit 48 is not limited to a specific form, and may be formed in various various forms within the limit capable of generating torque by applying pressure. For example, the driver 48 may be formed as a linear actuator that creates a displacement in a straight line, and the linear actuator may be a linear motor or the like. However, the present invention is not limited thereto, and the driver 48 may be formed in various forms. Actuators include hydraulically actuated hydraulic actuators, mechanical actuators for generating mechanical displacements, and the like, and mechanical actuators may include, for example, structures using screws that produce linear displacement using rotating screws. . The structure using the screw may include a structure in which screws in opposite directions cross each other to create a reciprocating linear displacement.

As such, the blade washing machine 40 may move the first brush 41 and the second brush 42 to clean the debris attached to the rotary blade 30 very effectively. As described above, through the cleaning process using the cleaning nozzle 49, it is possible to collectively proceed to the process of removing the dregs and the like to clean and dry.

Hereinafter, a washing process of the entire meat removing device will be described with reference to FIG. 8.

8 is a perspective view illustrating a washing process of the entire meat cutting device having a washing function of FIG. 1.

As shown in FIG. 8, the first and second brushes 41 and 42 may be rotated to effectively clean the rotary blade 30. Rotating blade 30 may be rotated when washing, the feeder 20 may be maintained in a stopped state. Bottom portion of the feeder 20 and the like can be removed or folded to open for smooth cleaning. As described above, the first brush 41 and the second brush 42 are automatically changed in interval by the driving structure, and can be washed while repeatedly contacting the rotary blade 30. If the outer surface of the brush is continuously in close contact with the rotary blade 30 can be easily damaged by friction and a large amount of debris can be attached, by repeatedly leaving and contacting the first brush 41 and the second brush 42. This can be solved and the cleaning process can be carried out more effectively (or by changing the pressure on the contact surface by changing the gap even if it is not completely released).

The cleaning nozzle 49 and the nozzle unit 50 of the blade cleaning unit 40 may perform cleaning by spraying different types of fluids step by step. For example, the cleaning solution, such as cold water, hot water, or the like may be sprayed first, followed by cleaning by spraying high pressure air. Since the spray direction of the cleaning nozzle 49 and the nozzle part 50 can be changed freely as needed, it is not limited to the rotary blade 30 and its periphery, but can clean the whole table 10 very cleanly. In addition, by performing the cleaning operation in a state in which the above-described movable plate 11 is formed vertically to form a shielding structure, it is possible to prevent unnecessary scattering such as foreign matters and to proceed with safer cleaning. In addition, in the present embodiment, an example in which the first brush 41 and the second brush 42 are automatically operated and the washing is performed is described, but the present invention is not limited thereto, and the first brush 41 is not limited thereto. And the interval between the second brush 42 and the manual brush, or even if the first brush 41 and the second brush 42 does not actively rotate to rotate in response to the rotation of the rotary blade 30 to perform the washing operation You can proceed. In this way it can be very clean to keep the device clean.

Hereinafter, a second embodiment of the present invention will be described with reference to FIG. 9. For the sake of brevity and clarity, the description will focus on the parts that differ from the above-described embodiments, and the descriptions on the parts that are not separately mentioned will be replaced by the above descriptions.

9 is an enlarged perspective view showing the blade washing machine of the meat cutting device having a washing function according to the second embodiment of the present invention.

9, in the meat cutting device having a washing function according to the second embodiment of the present invention, the brush of the blade washing unit 40 is modified to another form. The brush may include a first brush 41 and a second brush 42, the first brush 41 and the second brush 42 may be formed in the shape of a circular block, not the shape of the roller. have. The first brush 41 and the second brush 42 may form a flat surface on which the brush of each brush is formed, and the flat surface may be in close contact with each surface of the rotary blade 30. In this state, each brush may rotate around the axis of rotation perpendicular to the surface in close contact with the rotary blade 30. The first brush 41 and the second brush 42 may be rotated by driving a motor incorporating a drive motor.

Even in this case, since the first brush 41 is not disturbed by the rotation shaft 30a, the first brush 41 may have a relatively large contact area. The second brush 42 may be formed relatively small so as not to contact the rotation shaft 30a. In this brush structure, the entire brush is in close contact with the surface of the rotary blade 30 regardless of the rotational direction of the rotary blade 30 and rotates in a completely different direction, so that rotations of different directions are combined to more effectively clean the blade surface. can do. The meat cutting device 1 having the cleaning function of such a structure also has the remaining structure substantially the same as the structure of the above-described embodiment, so that the distance between the first brush 41 and the second brush 42 in the above-described manner. It can be effectively cleaned different surfaces of the rotary blade 30 while adjusting. In addition, the cleaning process using the above-described cleaning process and the above-described fluid together can be removed to cleanly remove the residue in the device and dried to maintain a clean state. In this way too, the whole device can be cleaned very effectively.

Hereinafter, a third embodiment of the present invention will be described with reference to FIG. For the sake of brevity and clarity, the description will focus on the parts that differ from the above-described embodiments, and the descriptions on the parts that are not separately mentioned will be replaced by the above descriptions.

10 is an enlarged perspective view showing the blade washing machine and the cover of the meat cutting device having a washing function according to the third embodiment of the present invention together.

Referring to Figure 10, the meat cutting device having a washing function according to a third embodiment of the present invention includes a cover portion 402 of another shape surrounding the circumference of the blade washing section (40). According to the third embodiment of the present invention, the cover part 402 may be formed in the form of a polyhedron surrounding the entire upper, side, and front rear portions of the blade washing unit 40, and both sides may be hinged to open and close. Can be. Therefore, if necessary, even when the cover part 402 is coupled, a part of the cover part 402 can be opened and the inside of the cover part 402 can proceed to a desired work. The cover part 402 may include a groove structure for accommodating the cover part 402 so as not to contact the first adjustment bar 43 and the second adjustment bar 44, and is easily coupled onto the frame 401 through the groove structure. And can be supported. The lower end of the cover portion 402 may be formed in a three-dimensional shape corresponding to it so as to be supported on the frame 401, the support portion 31, and the table 10. The cover part 402 may be coupled to surround the blade washing unit 40 as shown in the drawing, and may be separated by detaching the whole of the cover part 402 upward if necessary. By using the cover part 402, the washing operation can be performed more safely. As described above, when the size of the cover part 402 is relatively large and is formed to cover the entire circumference of the blade cleaner 40, the above-described feeder (see 20 in FIG. 1) moves forward to improve the coupling space of the cover part 402. It can be secured.

On the other hand, the meat cutting device having a washing function according to the third embodiment of the present invention has a simpler structure in which the operation of the first brush 41 and the second brush 42 is performed without a driving device such as a motor. That is, the above-described driving mechanisms such as the swing lever and the driving unit may be removed, and the first adjusting bar 43 and the second adjusting bar 44 may be manually operated to directly slide. As described above, using the spherical handle formed at the ends of the first adjustment bar 43 and the second adjustment bar 44, the first adjustment bar 43 and the second adjustment bar 44 is very convenient. Can be moved by pulling and sliding. In addition, because of manual operation, it is possible to flexibly change the movement period (the movement period of the brush connected to each adjustment bar) or the movement according to the situation, and also benefit from the cleaning operation.

Even in this case, since each brush is easily restored to the initial position by the restoring force of the above-described return springs 45 and 46, manual operation may also be conveniently performed. The first brush 41 and the second brush 42 may be axially coupled to the first adjustment bar 43 and the second adjustment bar 44, respectively, with the brush drive portion removed, so that the rotary blade 30 It may be made of a structure that rotates manually by friction with. This can be formed into a simple structure that operates without a separate drive device. However, the present invention does not need to be limited as described above, and as described above, it is also possible to provide a brush driving unit or the like to actively drive each brush. In this way too, the whole device can be cleaned very effectively.

Hereinafter, a fourth embodiment of the present invention will be described with reference to FIG. For the sake of brevity and clarity, the description will focus on the parts that differ from the above-described embodiments, and the descriptions on the parts that are not separately mentioned will be replaced by the above descriptions.

11 is an enlarged perspective view illustrating a blade washing unit and a cover unit of a meat cutting device having a washing function according to a fourth embodiment of the present invention, and FIG. 12 is a blade washing unit of the meat cutting device having a washing function of FIG. 11. It is a perspective view showing.

Meat cutting device (1) having a washing function according to the fourth embodiment of the present invention, the blade washing section (40a) is respectively installed on the support portion 31 and the feeder (20), pressed against the rotary blade (30) And a scraper 406 capable of removing the residue, and a cleaning liquid impregnation part 407 capable of appropriately supplying the washing water w to the rotary blade 30. Specifically, the configuration of the frame 401a is detachably coupled to the support part 31. The brush frame 401b on which the cylindrical brush 41a is installed is mounted on the frame 401a. The brush frame 401b is guided to the frame 401a and slides to approach or move away from the rotary blade 30. In the brush frame 401b, the adjustment bar 44a extends at the rear end thereof. The adjustment bar 44a is slidably coupled to the frame 401a to adjust the position of the brush frame 401b. That is, the adjustment bar 44a may adjust the position to closely contact or space the brush 41a to the rotary blade 30. A tightening screw 451 may be coupled to one side of the adjustment bar 44a, for example, an upper end thereof. The tightening screw 451 fixes the adjustment bar 44a to the frame 401a. The tightening screw 451 can be screwed to the frame 401a by vertically penetrating the adjustment bar 44a. As the tightening screw 451 fixes the adjustment bar 44a to the frame 401a, the position of the brush frame 401b is fixed to facilitate removal of the residue adhered to the rotary blade 30. A return spring 45a is interposed between the adjustment bar 44a and the frame 401a to restore the adjustment bar 44a to its original position. That is, the return spring 45a transmits an elastic force in a direction in which the brush frame 401b is spaced apart from the rotary blade 30, and the user pushes the adjustment bar 44a to closely adhere the brush 41a to the rotary blade 30. Make it work. The brush frame 401b is provided with a scraper 406 for removing the residue adhering to the rotary blade 30. The scraper 406 is formed to be in contact with the rotary blade 30 in the vertical direction or slightly inclined to the side of the rotary blade 30 serves to remove the debris stuck to the rotary blade (30). The scraper 406 is coupled to the brush frame 401b may be in close contact with or spaced apart from the rotary blade 30 according to the manipulation of the adjustment bar (44a).

The scraper 406 is formed in a plate shape, and may form a seating surface to fix the cleaning liquid impregnation part 407 thereon. That is, the scraper 406 may be a space in which the upper surface is indented in the form of a container so that the cleaning liquid impregnation part 407 is seated and fixed or the debris collected from the rotary blade 30 is collected. In addition, the scraper 406 is formed on both sides of the upper surface of the holding portion 406a extending toward the cleaning liquid impregnation portion 407, it is possible to prevent the separation of the cleaning liquid impregnation portion 407. The scraper 406 may be made of various materials as necessary. For example, it may be made of a metal material such as stainless steel for strong debris removal ability, and may be made of a material such as plastic to minimize wear of the rotary blade. In addition, when the user adjusts the adjustment bar 44a, a soft material such as urethane having elasticity may be used so as to feel the sensitivity to adjust.

The cleaning liquid impregnation unit 407 absorbs the washing water with a porous material having elasticity, and may be seated and fixed to the scraper 406. The cleaning liquid impregnation unit 407 is pressed by the rotary blade 30 when the brush frame 401b is in close contact with the rotary blade 30 to discharge the washing water. That is, the cleaning liquid impregnation part 407 serves to supply the cleaning blade absorbed therein to the rotary blade 30 while being in contact with the rotary blade 30. The cleaning liquid impregnation part 407 can supply an appropriate amount of cleaning water according to the operation of the adjustment bar 44a, and can prevent the cleaning water from being excessively supplied and scattered.

The cleaning liquid impregnation unit 407 may be made of a porous synthetic resin material such as a sponge, but is not limited thereto. Various types of materials may be used to absorb the liquid such as cleaning water and to discharge the liquid while being compressed. For example, a foam material formed by foaming a synthetic or natural material, or a fiber material having excellent impregnation ability may be used in combination.

In addition, the cleaning liquid impregnation unit 407 is not limited to simply impregnated with washing water, but may impregnate chemicals necessary for cleaning such as a cleaning agent or a rinse. The cleaning liquid impregnation unit 407 may vary in size to control the supply capacity of the washing water in various ways, and may be used in various ways according to its use such as washing water, detergent, rinse, and the like. That is, the cleaning liquid immersion unit 407 may be selectively used according to the capacity or the purpose. Accordingly, the brush 41a may be separately wetted with washing water, but the inconvenience of having to wet the washing water by separating the brush 41a while the cleaning liquid impregnation part 407 is used may be reduced. The cleaning liquid impregnation unit 407 can continuously supply the washing water to prevent the rotary blade 30 from being dried by the heat of friction or centrifugal force due to rotation. In addition, the cleaning liquid impregnation unit 407 may use a detergent together with the washing water, thereby effectively removing the contamination that is not removed by water, such as oil.

In particular, the cleaning liquid impregnation unit 407 can supply the washing water to the brush 41a in an appropriate amount, and there is an advantage in that the washing water is scattered by the rotary blade 30 as much as possible. Therefore, even after washing the rotary blade 30 can be reduced as much as possible the surroundings, there is an advantage to reduce the use of the washing water.

The cleaning liquid impregnation part 407 may protrude more toward the rotary blade 30 than the scraper 406, so that when the brush frame 401b moves toward the rotary blade 30, the cleaning liquid impregnation part 407 may be larger than the brush 41a or the scraper 406. First it comes in contact with the rotary blade (30).

On the other hand, the cleaning liquid impregnation unit 407 has been described as being mounted on the scraper 406, it may be installed directly on the brush frame 401b or may be installed separately from the brush frame 401b to operate separately.

In the present specification, the blade washing machine 40a has been described as being installed on at least one of the supporting part 31 and the feeder 20, but the supporting part 31 and the peter 20 are limited to those shown in the drawings. It will not be. That is, the support unit 31 and the feeder 20 may be formed in various forms in various meat cutting devices for each manufacturer or model, and the position or method of attaching the blade washer 40a is also changed depending on the model. Could be. The support part 31 may include all of the structures capable of supporting the blade, and may be in various forms such as a table connected to the blade supporting part as well as the protruding portion supporting the blade. The support part 31 may be any structure as long as the blade washing machine 40a can be installed in the meat cutting device.

Hereinafter, the operation of the blade washing machine according to the fourth embodiment of the present invention will be described in detail with reference to FIGS. 13 to 15. In this embodiment, the operation of the blade washing section (40a) installed in the supporting portion 31 will be described, but since the blade washing section (40a) attached to the feeder 20 performs the same operation process, the description thereof will be omitted.

13 to 15 are views illustrating an operation process of the blade cleaning unit of FIG.

FIG. 13 illustrates a state in which cleaning is first started in a state in which meat residue dries on the rotary blade 30. First, if the brush frame 401b is pushed toward the rotary blade 30 by pushing the adjustment bar 44a, the cleaning liquid impregnation part 407 first contacts the rotary blade 30. At this time, the cleaning liquid impregnation unit 407 supplies the cleaning water absorbed therein to the rotary blade 30. The washing water supplied through the cleaning liquid impregnation unit 407 is evenly applied to the rotary blade 30, and the cleaning liquid impregnation unit 407 is pushed to remove the debris that was weakly attached first.

Next, the state in which the scraper 406 is in close contact with the rotary blade 30 to remove the debris stuck to it will be described with reference to FIG. 14. When the cleaning liquid impregnation part 407 is in contact with the rotary blade 30, the pushing bar 44a is pushed further, and the scraper 406 contacts the rotary blade 30 while scratching the surface of the rotary blade 30 to wash it. Done. The scraper 406 can effectively remove the debris stuck firmly. At this time, the brush 41a may be in a state of being pressed by the rotary blade 30.

Next, the brush 41a washes the rotary blade 30 with reference to FIG. 15. After removing the debris stuck by the scraper 406, when the adjustment bar 44a is slightly restored, the scraper 406 is spaced apart from the rotary blade 30, and only the brush 41a is in contact with the rotary blade 30 to rotate. Brush 41a is to remove the remaining debris attached to the rotary blade 30 while rotating together by the rotational force of the rotary blade (30). Brush 41a is rotated together while removing the debris by the frictional force with the rotary blade (30). The user can adjust the position of the brush (41a) by moving the adjustment bar (44a) to the front and rear, it is possible to increase the washing effect by adjusting the speed of the rotary blade (30).

By repeating the process of FIGS. 13 to 15 according to the amount or adhesion of the residue stuck to the rotary blade 30, the residue stuck to the rotary blade 30 can be completely removed.

On the other hand, the blade washing section (40a) is a structure that is detachably coupled to the support portion 31 or the feeder 20, after washing the rotary blade 30 separated from the support portion 31 or feeder 20 After washing, it can be stored separately. The brush 41a can be reused for a predetermined period of time by washing it off from the blade washer 40a, and can be replaced with a new product after several reuses.

The blade washer (40a) can be stored separately so that the meat cutting device is not interfered with the operation.

Hereinafter, a fifth embodiment of the present invention will be described with reference to FIG. For the sake of brevity and clarity, the description will focus on the parts that differ from the above-described embodiments, and the descriptions on the parts that are not separately mentioned will be replaced by the above descriptions.

The blade cleaning unit 40a according to the fifth embodiment of the present invention has been described in the previous embodiment except that the scraper 406 and the cleaning liquid impregnation unit 407 are movably coupled to the brush frame 401b. Is the same as

In the blade cleaner 40b according to the fifth embodiment of the present invention, the auxiliary frame 401c for guiding the scraper 406 is coupled to the brush frame 401b. The auxiliary frame 401c is coupled to the top of the brush frame 401b and guides the sliding movement of the scraper 406. The scraper 406 has an auxiliary adjustment bar 44b extending on one side thereof. The auxiliary adjustment bar 44b is slidably coupled to the auxiliary frame 401c and serves as a handle for adjusting the scraper 406. An auxiliary return spring 45b is interposed between the auxiliary adjustment bar 44b and the auxiliary frame 401c to restore the auxiliary adjustment bar 44b to its original position.

The auxiliary frame 401c is fixed to the brush frame 401b and can move together with the brush frame 401b. However, the operation of the scraper 406 and the cleaning liquid impregnation part 407 is precisely performed by the auxiliary adjustment bar 44b. Can be adjusted. However, the scraper 406 and the cleaning liquid impregnation part 407 are not necessarily combined and need to be adjusted by one auxiliary adjusting bar 44b. That is, the scraper 406 and the cleaning liquid impregnation part 407 may be installed in separate operating structures, respectively, and may be adjusted and used as necessary.

On the other hand, the brush (41a) can be easily attached to the brush frame (401b) can be easily replaced according to the degree of wear, it may be used by varying the length, thickness, material, etc. of the brush hair according to the type of the residue. The brush frame 401b is formed with a '-' shaped long groove into which the rotation axis of the brush 41a can be inserted, so that the brush 41a can be easily exchanged.

As shown in FIG. 16, the scraper 406 may be bent upwardly in contact with the end portion 406a in contact with the rotary blade 30 to increase the debris removal effect while minimizing friction.

Although embodiments of the present invention have been described above with reference to the accompanying drawings, those skilled in the art to which the present invention pertains may implement the present invention in other specific forms without changing the technical spirit or essential features thereof. I can understand that. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive.

The present invention relates to a meat cutting device having a washing function capable of washing a blade and its surroundings, and can be removed conveniently and efficiently without using a separate cleaning tool, and thus has high industrial applicability.

Claims (19)

1. table;

   A feeder for feeding meat while reciprocating linearly on the table;

   A rotary blade disposed in contact with the feeder in a movement path of the feeder to cut the meat;

   One side is fixed to the table and the other side is connected to the rotary shaft of the rotary blade supporting portion for supporting the rotary blade; And

   A cleaning function including a blade washing member including a frame detachably coupled to at least one of the supporting part and the feeder, and a brush extending from the frame to be in close contact with the surface of the rotating blade to wash the rotating blade; Having meat cutting device.
2. The method of claim 1,

   The brush is a meat cutting device having a washing function in which a plurality of brushes are in close contact with both sides of the rotary blade.
3. The method of claim 2,

   The brush is a meat cutting device having a washing function is a rotating brush rotatably coupled to the axis arranged in the radial direction of the rotary blade.
4. The method of claim 3,

   The brush is a meat cutting device having a washing function to rotate manually by the rotary blades in contact with the rotary blades.
5. The method of claim 3,

   Meat cutting device having a washing function further comprising a brush drive unit for rotating the brush.
6. The method of claim 2,

   The brush is a meat cutting device having a washing function that is in close contact with the rotary blade or spaced apart by sliding in a direction parallel to the rotary shaft.
7. The method of claim 6,

   The brush includes a first brush and a second brush in contact with both sides of the rotary blade, respectively, the first adjustment bar extending in parallel with the rotation axis in the first rotating brush slidably coupled to the frame, and the Meat cutting device having a washing function further comprises a second adjustment bar extending in parallel with the first adjustment bar in the second rotating brush slidably coupled to the frame.
8. The method of claim 7, wherein

   The meat cutting device having a washing function further comprising a swing lever connected between the first adjustment bar and the second adjustment bar to move the seesaw and slidingly moving the first adjustment bar and the second adjustment bar in opposite directions.
9. The method of claim 8,

   Meat cutting device having a washing function to automatically drive the swing lever by the drive unit further comprises a drive unit for transmitting a driving force to the portion of the swing lever to the rotation lever to generate a torque.
10. The method of claim 1,

    The frame is a meat cutting device having a washing function comprising a locking portion to prevent rotation by coupling the support and the concave-convex on one side rather than the center of gravity.
11. The method of claim 1,

    The blade cleaning unit is a meat cutting device having a cleaning function further comprises at least one cleaning nozzle for cleaning by spraying the fluid in the direction of the rotary blade.
12. The method of claim 1,

    Meat cutting device having a washing function further comprises at least one nozzle unit coupled to the table for injecting a fluid onto the table.
13. The method of claim 1,

    The meat having a washing function further comprises a movable plate hinged to the side of the table and folded in a vertical or horizontal direction, and a movable support plate which is supported by being folded or unfolded from the lower portion of the movable plate to cross the movable plate in a horizontal direction. Cutting device.
14. The method of claim 1,

    Meat cutting device having a washing function further comprises a cover to surround the outer circumference of the blade washing and shielding.
15. The method of claim 1,

    The blade cleaning unit, the brush frame is coupled to the brush, the adjustment bar extending from the brush frame and guided to the frame and sliding movement, interposed between the frame and the adjustment bar to restore the position of the adjustment bar Meat cutting device having a cleaning function including a return spring.
16. The method of claim 15,

    The meat cutting device having a cleaning function further comprises a scraper coupled to the brush frame to move together with the brush and in contact with the rotary blade surface, scraping the rotary blade surface to remove debris.
17. The method of claim 15,

    The cleaning liquid impregnation unit is coupled to the support unit or the blade washing unit, and absorbs the washing water therein, and the scraper moves toward the rotary blade to contact the rotary blade, thereby supplying the washing water to the rotary blade. Meat cutting device having a washing function comprising.
18. The method of claim 16,

    The blade washing unit may include an auxiliary frame coupled to an upper portion of the brush frame, an auxiliary adjustment bar extending from the scraper and slidably coupled to the auxiliary frame, and interposed between the auxiliary frame and the auxiliary adjustment bar. Meat cutting device having a cleaning function further comprises an auxiliary return spring to restore the position of the bar.
19. The method of claim 15,

    The brush is a meat cutting device having a washing function that is detachably coupled to the brush frame.

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