KR200250125Y1 - Meat dicer machine - Google Patents

Abstract

The present invention is a food for cutting various foods such as ham, cheese, fruit, vegetables, etc. as well as meat such as beef, pork, meat, fish, etc., which are first cut to a width of a predetermined thickness. It's about a sedan.

The present invention is installed horizontally on one side of the frame (1) and the conveyor (10) for loading and transporting the cut (2) in the cutting direction; The supply roll 20 is installed on the moving path of the cut piece 2 and is elastically installed to pressurize the cut piece from the conveyor 10 in the cutting direction, and the uneven surface 22 having a predetermined shape is formed on the outer circumferential surface thereof. and; The edges of the needle plate 32a and the circular cutting knife 34a, which are arranged at predetermined intervals, to cut the cut pieces 2 supplied from the supply roll 20 into a predetermined horizontal width, are installed to overlap each other. A horizontal cutting device (30) comprising a pressing roll (32) and a horizontal cutting roll (34) for horizontally cutting the passing cuts; A pair of take-out rolls 40 and 42 for taking out and supplying the horizontally cut cut 2 to a cutting table 40 having a cut curved surface 52 formed on its front surface; The inclined blade portion 66a of the longitudinal cutting knife 66 mounted to the tip of the rotary frame 64 horizontally installed with respect to the cutting table 50 is centered on the drive shaft 62 which receives power from the drive motor 110. Vertical cutting device (60) for sequentially cutting the horizontal cutting (2) from one side to the other side while being in contact with each other as if shearing the cutting curved surface 52 of the cutting table 50 while rotating at a high speed And; It is composed of a hopper 70 for guiding feeding the final shear cut longitudinally to the receiving vessel (80).

Description

Food dicer machine

The present invention is a food for cutting various foods such as ham, cheese, fruit, vegetables, as well as meats such as beef, pork, meat, and fish, which are first cut to a width of a predetermined thickness. It is related with a shredder.

In general, in order to make a variety of foods such as national street, sweet and sour, curry, etc., it is necessary to cut into small cubes (dice-shaped). However, washing various kinds of foods by hand manually causes delays in cooking time and hassle of cutting work, and there is an unsanitary problem.In the case of the inexperienced person, much effort and time are required for cutting foods. There are many inefficient aspects, such as lack of uniformity and poor commerciality.

In particular, in the case of a general household, cooking may be done by hand rather than cooking a large amount of food at once, but when a large amount of food is to be quickly cooked or provided in a variety of restaurants or butchers, or when a large amount of food is sold, a cook or a seller It is extremely unreasonable to sew household foods by hand.

Therefore, in view of the above, a cutting machine (Dicer) has been devised for mechanically cutting various foods in the related art, but there is a problem that the cutting structure of the food is very complicated, large, and very expensive. Most of the proposed cutters mainly aimed at cutting the body, and also because of the cutting structure, the transport and cutting of foods are not linked, so it is inconvenient to insert them directly through the inlet, and the cutting surface of the food to be cut is not smooth. Meat tendons, like cubes, are not cut correctly but tend to be unstable in a staggered state. Also, inaccurate cutting causes a lot of loss, resulting in the defense of food.

And conventionally designed food cutters occupy a lot of installation space because of the large size of the above, and also due to the installation problem that the handling is not very easy to carry out the generalization, the situation is limited to purchase only used in a specific company.

The present invention has been devised to solve such problems in the prior art, and the purpose of the present invention is a small, yet simple sedan structure of food, and the cutting shape of the food is always constant due to the precise cutting of the food and at the same time the cutting surface is The purpose is to provide a food shredder that is clean and can reduce the waste of food due to no generation of Ross during the cutting process and can supply a low-cost product.

1 is a side cross-sectional view showing the structure of a food shredder according to the present invention;

Figure 2 is a perspective view of the excerpts according to the present invention,

Figure 3 is a schematic diagram for explaining the shape of the cutting curved surface formed on the front of the cutting table according to the present invention,

Figure 4 is a cross-sectional view showing the assembly state of the longitudinal cutting knife according to the present invention,

Figure 5 is an excerpt perspective view of a longitudinal cutting knife according to the present invention,

6 and 7 is a schematic side view showing the power transmission structure of the sedan in the present invention.

※ Code explanation about main part of drawing ※

1: frame 2: cutting

10: Conveyor 20: Feed Roll

22: unevenness 30: horizontal cutting device

32: pressing roll 32a: needle plate

34: horizontal cutting roll 34a: circular cutting knife

40, 42: take-out roll 40a, 42a: unevenness of take-out roll

50: cutting table 52: hemispherical irregularities

54: cutting curved surface 60: longitudinal cutting device

62: drive shaft 64: rotary frame

66: Longitudinal Cutting Knife 66a: Bevel Blade

67: cover plate 68: screw

70: hopper 80: support container

90, 110: drive motor

Technical features of the present invention for achieving the above object, and the horizontally installed on one side of the upper frame and the conveyor for transporting the cutting in the cutting direction; A supply roll installed on the moving path of the cut material and elastically installed to pressurize the cut material in the cutting direction from the conveyor, and having a concave-convex shape of a predetermined shape on an outer circumferential surface thereof; Compression rolls for horizontally cutting the cuts passing between the needle plate and the circular cutting knife are arranged so as to overlap each other in order to cut the cut material supplied from the supply roll to a predetermined horizontal width; A horizontal cutting device including a horizontal cutting roll; A pair of take-out rolls for drawing and supplying the horizontally cut cuts to a cutting section having a cut curved surface formed on a front surface thereof; While the inclined blade of the longitudinal cutting knife mounted to the distal end of the rotary frame installed horizontally with respect to the cutting table is rotated at a high speed around the drive shaft that receives power from the driving motor, while being tangled with each other as if scissoring the cutting curved surface of the cutting table. A longitudinal cutting device for sequentially cutting the horizontal cuttings from one side to the other side; It is composed of a hopper for guiding feeding the final cut pieces into the supporting container.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail as follows.

Figure 1 is a side cross-sectional view showing a sedan structure of the food cutting machine according to the present invention, the upper side of one side of the frame 1 to load a predetermined cut (2) cut first to a predetermined thickness to convey in the cutting direction A conveyor 10 for mounting is supported by the guide roll 12.

And although omitted in the figure as the outer peripheral surface of the conveyor 10, it is preferable to form the irregularities of a predetermined form for the stable transport of the cutting (2).

As the discharge end of the conveyor 10, a supply roll 20 is rotatably installed to induce a stable discharge of the cutting material 2. At this time, the supply roll 20 is cut with respect to the conveyor 10. It is preferable to install elastically by spring 23 so as to be able to move up and down according to the thickness of water 2 so as to have an appropriate pressing force on the cut 2, and the cut 2 as the outer circumferential surface of the feed roll 20. The unevenness 22 of a predetermined form is formed for the stable transport of the.

As the discharged part of the cutting object 2 of the conveyor 10, a horizontal cutting device 30 for lateral cutting of the cutting object 2 carried on the conveyor 10 is installed, which is a supply roll ( 20 and horizontally spaced apart and the plurality of needle plate (32a) is arranged so as to maintain a predetermined interval and the pressing roll 32, and installed directly below the pressing roll 32, a plurality of circular cutting knife (34a) And a horizontal cutting roll 34 arranged to be interposed between the needle plates 32a of the pressing roll 32.

Circular cutting knife 34a interposed between each needle plate 32a of the pressing roll 32 is installed so that the edge blades overlap each other with the end of each needle plate 32a, and the cut material 2 transferred between them is compressed. In addition to being stably conveyed by the roll 32, each circular cutting knife 34a of the horizontal cutting roll 34 is horizontally cut to a predetermined width as shown in the enlarged excerpt of FIG.

On the other hand, the transverse cutting width of the cut piece 2 which is cut horizontally by the transverse cutting device 30 is the interval between the needle plate 32a of the pressing roll 32 and the circular cutting knife 34a of the transverse cutting roll 34. This can be achieved by narrowly or broadly adjusting.

And the pressing roll 32 is preferably installed to be adjustable so that the appropriate pressure is maintained according to the thickness of the cutting (2) with respect to the horizontal cutting roll (34).

A pair of take-out rolls 40 and 42 are rotatably installed at the distal end of the horizontal cutting device 30 for discharging and transporting the horizontally cut object 2 to the vertical cutting device 60 to be described later. At this time, the takeout rolls 40 and 42 are formed on the outer circumferential surface of the unevenness 40a and 42a in the form of knurling for imparting mutually pressing frictional force to the cutout 2 to be drawn out as shown in FIG.

In addition, the upper take-out roll 40 is self-elevated with respect to the lower take-out roll 42 according to the thickness of the cut piece 2 by separate lifting pieces 41 whose ends are coalesced with the spring 41a. The lower take-out roll 42 is inserted so that its outer peripheral surface is exposed so as to have the same height as the upper surface of the cutting table 50 described later.

Therefore, the cutting 2 cut horizontally by the horizontal cutting device 30 is a stable operation to take out by the pressing friction of the pair of take-out rolls (40, 42).

On the other hand, the cutting table 50 is such that the cutting material 2, which is horizontally cut by the vertical cutting device 60, which will be described later, is vertically cut off, and a pair of pull-out rolls 40 and 42 are formed on the upper surface thereof. Hemispherical irregularities 52 are formed continuously in order to prevent slipping to the left and right by the shearing force when the cutout 2 drawn out by) is longitudinally cut by the longitudinal cutting knife 66.

Figure 3 is for schematically illustrating the shape of the cutting curved surface 54 formed on the front surface of the cutting table 50 according to the present invention, as shown in the cutting curved surface 54 is the cutting table 50 The vertical cutting knife 66 of the vertical cutting device 60 which will be described later with respect to the horizontal center 56 has an appropriate curved shape to be cut while performing an arc motion.

1 and 2, the vertical cutting device 60 of the cutting object 2 will be described again. The vertical cutting device 60 transfers the horizontally cut cutting material 2 to the cutting table 50. It is intended to be longitudinally angulated with respect to the frame 1, which is installed horizontally with respect to the frame 1 as a whole.

The vertical cutting device 60 horizontally installed includes a drive shaft 62 having both ends penetrated and supported by a bearing case 61, a rotary frame 64 welded to be rotatable with the drive shaft 62, and the rotary frame ( 64 is composed of a longitudinal cutting knife 66 detachably assembled with respect to the tip connecting rod 64a.

As shown in FIG. 4, the longitudinal cutting knife 66 is a structure in which the cover plate 67 is tightened and fixed by a plurality of screws 68 with respect to the connecting table 64a of the rotary frame 64, and thus the screw 68 is fixed. By operation, disassembly and assembly can be done very simply.

Meanwhile, in the case of the present invention, as shown in FIG. 5, the vertical cutting knife 60 is formed of an inclined blade part 66a having a predetermined slope in contact with the cutting curved surface 54 of the cutting table 50 at the time of vertical cutting of the cutting object. It is configured to cut the cut material in the form of scissors.

And, referring to Figure 2, as the rear end of the rotating frame 64, the central weight (63) is formed integrally extending to match its rotational balance when rotating at high speed with the longitudinal cutting knife (66) of the tip. As the central weight 63, an auxiliary central weight 63a for properly adjusting the rotation balance, if necessary, is fixed by a known bolt and nut means.

Therefore, the rotary frame 64 of the longitudinal cutting device 60 extends to the rear end even though the longitudinal cutting knife 66 of the tip is rotated about the drive shaft 62 at high speed, and the orb center weight 63a. By this, the rotational balance is adjusted to prevent the shaking of the gas due to the longitudinal cutting of the cutting object 2, and also to enable the accurate cutting of the longitudinal cutting knife 66 with respect to the cutting table 50.

And the final cut is cut into a small cube shape by the horizontal cutting device 30 and the vertical cutting device 60 is stably guided to the support container 80 through the hopper 70 as shown in FIG. It is configured to be.

Meanwhile, FIGS. 6 and 7 show driving means for driving the horizontal and vertical cutting devices 30 and 60 of the cutting object 2 according to the present invention, respectively, from both sides, and driving the cutting device of the present invention. The means is not necessarily specified as such, but the design can be changed as necessary.

Referring to FIG. 6, the conveyor 10, the supply roll 20, the pressing roll 32 and the horizontal cutting roll 34 of the horizontal cutting device 30 are driven with the motor gear 90a of the driving motor 90. The main gear 94 of one side of the horizontal cutting roll 34 meshed with the two-stage small gear 93 is rotated by the power of the chain 92 hooked between the two-stage standby gears 91 for transmission.

As shown in FIG. 7, the rotational force of the main gear 94 is transmitted to the driven gear 95 installed on the other side of the horizontal cutting roll 34, and is connected to the idle gear 96 and the chain 99 engaged therewith. The feed roll gears 100 engaged with the gears 97 and 98 and the chain gear 98 are respectively rotated in the cutting feed direction of the cut piece 2, and the second stage of the compression rolls engaged with the driven gear 95. The take-out roll gear 103 which is bitten by the small gear 102 and the second stage gear 101 is rotated in association with each other.

Therefore, the feed rolls 20, the pressing rolls 32, the horizontal cutting rolls 34, and the take-out rolls 40 and 42 for the conveyance and the horizontal cutting of the cuttings 2, including the conveyor 10, are each gear groups. It is rotated in the cutting feed direction of the cutting object 2 by the cooperative drive of (91, 93, 94, 95, 96, 97, 98, 100, 101, 102, 103).

Referring to FIG. 6 again, the power transmission state of the longitudinal cutting device 60 will be described. A pulley 111 is provided on one side of the drive shaft 62, and another drive gear 110 is provided as the pulley 111. The belt 112 for transmitting power between the pulleys 110a of the hung each other.

Therefore, the vertical cutting device 60 is to receive a separate power generated from the drive gear 110 to the belt 112 to rotate at a high speed, the rotational speed is preferably about 260 times per minute, but is not limited thereto. no.

Meanwhile, in the case of the present invention, when the final cutting size of the cutting object 2 is to be adjusted, the rotation speed of the vertical cutting device 60 is left unchanged, and the rotation speed of the drive gear 90 is adjusted so that the conveyor 10 and each of the horizontal parts are fixed. This is possible by increasing or decreasing the feed and rotation speed of the cutting device 30.

For example, in the case of slowing the speed of the drive gear 90, the cutting material 2 is slowly transported in the longitudinal cutting direction along the slow moving conveyor 10, while the vertical cutting device 60 is rotated at a high speed and rapid cutting is performed. Since the size of the final cut is made small, on the contrary, when the speed of the drive gear 90 is increased, the cutting is quickly carried in the longitudinal cutting direction by the conveyor 10 in which the cut proceeds rapidly, and the vertical cut device ( 60) because the cutting is also rapid, the final shear is smaller in size.

In FIG. 1, reference numeral 120 denotes a cover for covering the respective cutting devices, and 130 denotes the cut food support.

Food sedan state of the present invention configured as described above will be described in detail with reference to the accompanying drawings. First, the food to be cut is cut into thin slices of a predetermined thickness that can be cut first.

Then, as shown in FIG. 1, the predetermined cut 2 having the first cut is completed on the conveyor 10 which is rotated at a predetermined speed by receiving power from the driving motor 90 to the upper side of the frame 1. Raise it. Then, the cuttings 2 placed on the conveyor 10 are sequentially discharged while being bitten by the elastic pressing force of the supply roll 20, and the discharged cuttings 2 are circularly cut with the needle plate 32a at the front end thereof. The edges of the knife 34a are horizontally cut into a predetermined width by the circular cutting knife 34a while forcibly passing between the pressing rolls 32 and the horizontal cutting rolls 34 of the horizontal cutting device 30, each of which is overlapped. , The laterally cut cutting 2 is forcibly pulled by the pair of take-out rolls 40 and 42 and discharged to the upper surface of the cutting table 40.

And the horizontal cutting (2) is discharged to the upper surface of the cutting table 40 is a vertical cutting device 60 is rotated at high speed by receiving power from the drive motor 110 installed separately in the frame 1 as shown in FIG. It is vertically cut by the bar, in this case, one longitudinal cutting knife 66 installed on the connecting table 64a of the rotating body 64, the inclined blade portion 66a is formed in front of the cutting table 40 as shown in FIG. The cutting curved surface 54 is cut horizontally while being tangled with each other as if it is a scissor. The one side is sequentially cut from one side to the other side.

On the other hand, the cut piece 2 vertically cut by the longitudinal cutting knife 66 is forcibly discharged on both sides by friction by the knurlings 40a and 42a formed of the pair of take-out rolls 40 and 42. At the same time, as the hemispherical concave-convex 52 formed on the upper surface of the cutting table 40 is caught again, the flow of the right and left is not generated, thereby enabling accurate longitudinal cutting.

Therefore, the cuttings 2 horizontally cut by the horizontal cutting device 30 in a predetermined width are gradually vertically cut from one side to the other as if being sniped by the vertical cutting knife 66 of the vertical cutting device 60. Since the longitudinal cutting knife 66 cuts the entire surface of the cutting object at the same time, the shear friction and load of the longitudinal cutting knife 66 on the cutting table 40 do not occur, and thus the cutting proceeds smoothly. The longitudinal kerf state of the cut is very good, and the quality of the product can be further improved.

Particularly, in the present invention, since the vertical cutting operation is performed smoothly by the inclined blade portion 66a of the vertical cutting knife 66 installed horizontally with respect to the cutting table 40, the tendon contained in the meat is also clean without staggering. It can be cut.

On the other hand, even if the longitudinal cutting knife 66 of the longitudinal cutting device 60 is rotated at a high speed about the drive shaft 62, it is necessary to adjust the central weight 63 and the auxiliary central weight 63a installed to the rear end of the rotating body 64. As a result, mutual rotational balance is maintained evenly, so that no shaking or flow of the gas is generated, thereby enabling stable cutting operation.

And the cutting of the sculpture (small cuboid shape) that is finally cut longitudinally by the longitudinal cutting device 60 is supported by the support container 80 of the lower portion through the hopper 70.

Therefore, the food placed on the conveyor 10 through the above cutting process is repeatedly performed horizontally and vertically sewn to increase the efficiency of the cutting operation of the food as well as to enable hygienic cutting of the food. Will be.

On the other hand, when the longitudinal cutting knife 66 is worn or damaged, as shown in FIG. 4, when only the plurality of screws 68 are loosened with respect to the connecting rod 64a, the cover plate 67 is separated. It is very easy to clean foreign objects.

And since the supply roll 20 and the upper draw-out roll 40 are elastically installed by the springs 23 and 41a, it raises and lowers according to the cutting thickness of the cut | disconnected object 2, and exhibits an appropriate pressing force, and is crimped | bonded. In view of the degree of overlap with the horizontal cutting roll 34, it is highly preferable to adjust the roll 32 so that a static pressing force is exerted according to the kind or thickness of the cut 2 in advance.

In addition, the present invention can be installed regardless of the place of installation because the food shredder is compact, as a whole, and the small size is very easy to handle handling. In addition, it is compact and equipped with all existing food cutting functions, so it can have a very high competitiveness in terms of performance compared to conventional products or imported products, and in particular, it can be supplied at low cost to consumers by lowering the production cost of product prices. Compared to this, the penetration rate can be further increased.

According to the present invention as described above, it is compact and easy to carry and handle, and low-cost supply is possible. As the cutting is carried out vertically from one side like a scissor, the cutting state of the cutting is very accurate and clean, and the cutting state of the cutting is always uniform and there is no loss to reduce the waste of food. It is hygienic because it is made mechanically, and even when the vertical cutting knife is rotated at a high speed, the rotational balance is always maintained, so that no vibration and flow of gas are generated, and there is no noise, and thus stable cutting operation is possible.

Although the present invention has been described with reference to the accompanying drawings, many modifications and changes may be made without departing from the scope of the following claims. For example, in order to cut a cut using the shredder of the present invention, the cutting object must be sliced separately. This process is set as one, and at the same time, the cut is thinned and is carried on a conveyor at the same time. It may be configured.

Claims (6)

A conveyor 10 installed horizontally upwardly on one side of the frame body 1 to transfer the cutting object 2 in the cutting direction; The supply roll 20 is installed on the moving path of the cut piece 2 and is elastically installed to pressurize the cut piece from the conveyor 10 in the cutting direction, and the uneven surface 22 having a predetermined shape is formed on the outer circumferential surface thereof. and; The edges of the needle plate 32a and the circular cutting knife 34a, which are arranged at predetermined intervals, to cut the cut pieces 2 supplied from the supply roll 20 into a predetermined horizontal width, are installed to overlap each other. A horizontal cutting device (30) comprising a pressing roll (32) and a horizontal cutting roll (34) for horizontally cutting the passing cuts; A pair of take-out rolls (40, 42) for easily withdrawing and supplying the horizontally cut cut (2) to a cutting table (50) having a cut curved surface (52) formed on its front surface; The inclined blade portion 66a of the longitudinal cutting knife 66 mounted to the tip of the rotary frame 64 horizontally installed with respect to the cutting table 50 is centered on the drive shaft 62 which receives power from the drive motor 110. A vertical cutting device 60 for gradually cutting the horizontal cuttings 2 from one side while being in contact with each other as if the cutting curved surface 52 of the cutting table 40 is sheared while rotating at a high speed; Food shredder, characterized in that consisting of a hopper (70) for supplying the longitudinally cut the final shear to the receiving vessel (80). 2. The food shredder according to claim 1, wherein any one of the pair of take-out rolls (40, 42) is elastically installed to be capable of lifting and lowering to maintain a static pressing force in accordance with the cutting thickness of the cutting material (2). The food shredder according to claim 1, wherein a predetermined form of irregularities (52) is formed on an upper surface of the cutting table (50) to prevent left and right flow due to horizontal cutting of the vertical cutting knife (66). . According to claim 1, wherein the vertical cutting knife 66 of the longitudinal cutting device 60 of the longitudinal cutting device (60) is a center weight for adjusting its rotational balance during high-speed rotation around the drive shaft (62) A food shredder characterized in that the extension (63) and at the same time as the central weight (63), the auxiliary central weight (63a) is detachably installed when necessary. 2. The conveyor 10, the supply roll 20, the pressure roller 32 and the horizontal cutting roll 34, and the pair of take-out rolls 40 and 42 are driven from one drive motor 90. Food shredder, characterized in that the rotation is operated in the cutting direction of the cutting (2) received. The method of claim 1, wherein the longitudinal cutting knife 66 is removable by fastening or loosening the cover plate 67 with one or more screws 68 with respect to the connecting table 64a of the rotary frame 64. Food shredder.