KR20010095722A - A cutting apparatus of a loach - Google Patents

Abstract

PURPOSE: An apparatus for cutting out a mudfish is provided to promptly and accurately cut out the long mudfish in a length direction by accurately guiding each of mudfishes which has a different thickness and is severely rolling from side to side toward the blade of a knife in a straight line. CONSTITUTION: The apparatus comprises two belts(4) which are installed in a length direction on the upper surface of a table(1) so that the belts are reversely rotated by pairs of driving pulleys(2) and driven pulleys, wherein a cushion rubber is adhered to all over the outer circumferential surface of the belts; a mudfish injection barrel(5) which is inclined downwardly in front of an opening between the belts of both sides, wherein the mudfish injection barrel(5) guides the mudfish into the opening between the belts(4) of both sides; an escape preventing element having a certain length which is installed at the upper part of the mudfish outlet side of the mudfish injection barrel(5) and the upper part of an opening between the belts(4) at both sides so as to prevent the escape of the mudfish; a rotating blade(8) which is installed between the belts(4) at both sides of the mudfish inlet and outlet sides with spaced apart from the upper surface of the table(1) in a certain gap, wherein the rotating blade is rotated by a motor(9); driving pulley axes of the driving pulleys at both sides each of which are installed at driving gears that are in gear with each other after downwardly penetrating the table; and a driven sprocket installed at the one of the driving pulley axes, wherein power is transferred to the driven sprocket through a chain from a driving sprocket of a driving motor.

Description

Loach incisions {A cutting apparatus of a loach}

The present invention relates to a loach cutting device that automatically cuts long fish such as live loach, eel, anago, etc. in a longitudinal direction, and more specifically, each loach that is different in thickness and violently swings from side to side on a rotary blade side. In order to be able to guide exactly in a straight line, it is possible to quickly and accurately incision in the longitudinal direction of long fish such as long loach, eel, anago.

In general, loach is rich in meat and tender, rich in fat, protein, vitamin A, etc., and has been widely used for a long time as a healthy food. The shape of the loach is cylindrical in shape, the tail is flat, and the spines are hard. It has

The recipes for the loach are mainly crushed or steamed loach, and boiled live loach and tofu together to cook the tofu. Recently, loach is fried or steamed in loach. Various recipes are being developed to suit the tastes of modern people.

When the loach is fried as above, the body is round and cylindrical, and the tail is flat, so if you fry it to the inside of the body, the flat tail will burn and reduce the area to eat. When the body is thick in the cylindrical body, the seasoning was not put until the flesh of the body, such as a problem that can not produce the best taste occurred.

Therefore, when frying or steaming loach as described above, it is required to process the loach in the longitudinal direction, or to remove the thorns by cutting the living loach, incision in the longitudinal direction of the living loach in a relatively small loach The process of removing thorns depends on manual labor, which is very difficult, and it takes a long time, so it is difficult to process the loach in large quantities. In loach specialty restaurants, such treatment was actually a difficult problem.

In order to solve the above problems, the living loach is introduced into the loach into the loach, and then a small amount of water is flowed in and the loach in the loach is introduced into the passage (slit) formed between the two belts and loach. Is introduced between the two belts, the two belts bite into the rotary blade side while holding the living loach elastically in the longitudinal direction, and at this time, the rotary blade rotates between the two belts so that the living loach is automatically in the longitudinal direction. It is a technical task to allow the incision to be made.

Another object of the present invention is to make it possible to easily adjust the spacing of the two belts to guide the loach to the rotary blade side, it is a technical problem to be able to easily cut the loach, eel, anago etc. of different thickness.

Loach cutting device according to the present invention for achieving the above object, the two belts on the upper surface of the table is installed in the longitudinal direction so as to rotate in opposite directions to each other as a pair of drive pulley and driven pulley, the gap between the two belts The lodge is placed inclined downwardly to contain the loach and inflow the loach into the gap between the belts on both sides. The escape guard of the side, and between the belts on both sides of the loach discharge side, a rotary blade rotated by a motor is installed to be spaced apart a predetermined gap from the upper surface of the table, the drive pulley shafts of the two drive pulleys penetrate the table downwards. After that, install the driving gears to be engaged with each other. One side of the drive pulley shaft is provided with a driven sprocket that receives power from the drive sprocket of the drive motor through the chain, and as another example it is possible to adjust the gap between the two side belts by allowing the width of the two side belts to be adjustable. It features.

1 is a perspective view showing a loach incision according to the invention.

2 is a plan view showing an embodiment of the present invention.

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a cross-sectional view taken along the line B-B in FIG.

5 is a cross-sectional view taken along the line C-C in FIG.

Figure 6 is an excerpt sectional view showing the installation state of the escape guard.

Figure 7 is a plan explanatory view showing a power transmission process of the power transmission device in this embodiment of the present invention.

8 is a structural diagram showing a drive pulley side in this embodiment shown in FIG.

9 is a view showing that the rotary blade is installed in duplicate as another example of the present invention.

<Explanation of symbols for main parts of drawing>

1 Table 2 Drive Pulley 3 Driven Pulley

4: belt 5: loach insert 6: bottleneck

7: escape guard 8: rotary blade 9: motor

10: safety cover 11: drive gear 12: drive pulley shaft

13 drive motor 14 drive sprocket 15 chain

16: driven sprocket 17: water hose 18: incision groove

19: shaft mounting hole 20: fixing bolt 21: connection link

22: primary idle gear 23: secondary idle gear 24: outer link

25: push roller 26: power train mounting bracket 27: left-hand socket

28: right-hand socket 29: turnbuckle

Hereinafter, the loach cutting device according to the present invention will be described with reference to the accompanying drawings.

Figures 1 to 6 show one embodiment of the present invention, Figures 7 and 8 shows that the distance between the two belts to guide the loach to the rotating blade side in this embodiment of the present invention, 9 is a view showing that the rotary blade is doublely installed as another embodiment of the present invention to remove the spines while cutting the loach in the longitudinal direction.

First, according to one embodiment of the present invention shown in Figs. 1 to 6, a pair of drive pulleys 2 and driven pulleys 3 are installed adjacent to each other in the longitudinal direction on the upper surface of the table 1, and each drive pulley (2) and the driven pulley (3) is to be installed to each belt (4) to be wound, the interval between the two belts (4) adjacent to each other is wider inlet side into which the loach is introduced and narrower toward the outlet side where the loach is cut out do.

At this time, the outer peripheral surface of the drive pulley (2) and the driven pulley (3) is attached to the elastic rubber having good elasticity is to be able to elastically bite each loach different in thickness to be transferred to the rotary blade (8) side.

And, in front of the gap between the two side belt (4), the loach inlet (5) having a bottleneck (6) is formed inclined downward downward in the front bottleneck shape, the bottleneck portion of the loach inlet (5) (6) The escape guard 7 of predetermined length which prevents the loach from escaping in the clearance gap between the bottleneck part 6 and the both side belts 4 is provided in the upper part.

In addition, the rotary blade 8 which rotates by the motor 9 is provided in the clearance gap between the belt | belt 4 of the loach discharge side to the predetermined clearance gap from the upper surface of the table 1.

The drive pulley shafts 12 of the both side drive pulleys 2 are installed to penetrate downward through the table 1, and the drive pulley shafts 12 penetrated downward to the lower side of the table 1 engage with each other. Gears 11 are provided, respectively, and the one side drive pulley shaft 12 is provided with a driven sprocket 16 for receiving power from the drive sprocket 14 of the drive motor 13 through the chain 15.

This embodiment of the present invention shown in Figures 7 and 8 is to adjust the width of the gap between the belts on both sides so that the loach, eel, anago etc. of different thicknesses can be easily cut.

That is, in this embodiment of the present invention, the drive pulley 2 and the driven pulley 3 are passed through the table 1 and the power transmission device mounting table 26 installed on the lower side of the table 1 through which the shaft is installed for passing through the shaft. (1a) are formed, respectively, the lower side of each of the shaft through the mounting hole (1a) is provided with a cutting groove 18 on both sides and each drive pulley shaft 12 and driven pulley shaft (3a) shaft The mounting fixture 19 is installed. At this time, the shaft mounting hole 19 is installed to the left and right by the fixing bolt 20 is fastened to the table 1 and the power transmission device mounting table 26.

After the two side drive gears 11 are spaced apart at predetermined intervals, the first and second idler gears 22 and 23 meshed with each other between the two side drive gears 11 are engaged with the two side drive gears 11, respectively. The primary idler gear 22 and the secondary idler gear 23 are engaged with each other between the shafts 22a and 23a of the primary and secondary idler gears 22 and 23 engaged with each other. Connected as a link link 21, each of the two drive gear shafts 12 of the two drive gear 11 and each of the shafts 22a and 23a of each of the primary and secondary idler gears 22 and 23 adjacent thereto. ) Between the outer drive link 11 and the outer connecting link 24 to maintain the engagement state of each of the primary and secondary gears (22, 23).

In addition, the outer side of the (15), the pressing roller 25 for elastically pushing the relaxation of the chain when adjusting the width of the both side drive pulley (2) is elastically installed by the spring.

Further, the first and second idler gears 22 and 23 engaged with each other between the two driven gears 11a after the driven gears 11a are spaced apart at predetermined intervals from the two driven pulley shafts 3a. It is installed to be engaged with both driven gear (11a), respectively, between the primary idler gear 22 and the secondary idler gear between the respective shafts 22a and 23a of the first and second idler gears 22 and 23 engaged with each other. Connected as a link link 21 so as to maintain the engaged state (23), the two driven pulley shaft (3a) of the two driven gear (11a) and each of the first and second idler gears 22, 23 adjacent thereto. Between each shaft 22a, 23a of the outer connecting link 24 is connected to maintain the engaged state of both driven gears 11a and respective primary and secondary gears 22,23. .

At the ends of the two driven pulley shafts 3a and the two driving pulley shafts 12, a left screw socket 27 and a right screw socket 28 are respectively provided, and the left screw socket 27 and the right screw socket are respectively provided. Between the 28, the left-hand thread is formed on one side and the turnbuckle 29 having the right-hand thread on the other side is fastened so that the gap between the two side belts 4 is widened along the direction of rotating the turnbuckle 29. It is supposed to be taken.

Another embodiment of the present invention shown in Figure 9 is the same as the above, this embodiment, all the configuration, but the only difference is that another rotary blade 8a on the rotary blade 8 for cutting the loach One side rotary blade 8 is additionally installed to cut the loach and the other rotary blade 8a differs only from being able to remove the spine of the loach, so a detailed description of this other embodiment is omitted.

Reference numeral "10" in the reference numerals is a safety cover to cover the rotary blade (8), "17" is a water hose for flowing tap water into the loach inlet (5).

When described in detail with reference to the accompanying drawings the working relationship of the present invention configured as described above are as follows.

First, the present invention according to the embodiment shown in Figures 1 to 6, to cut the loach, the loach injector 5 while operating the loach cutting motor 9 and the loach attracting driving motor 13. Injecting the loach into the loach input container (5) while flowing a little tap water.

As the loach cutting motor 9 is operated, the rotary blade 8 rotates in the clockwise direction, and when the loach attracting drive motor 13 is operated, the driving force of the drive motor 13 is the chain 15. The driving pulley shaft 12 of one side of the driving pulley is rotated, and the driving gears 11 installed on the two driving pulley shafts 12 are engaged with each other, so that the two driving pulley shafts 12 It will rotate in the opposite direction.

Drive pulleys 2 are respectively provided on the upper side of the drive pulley shaft 12 which rotates in the opposite direction, and two driven pulleys 3 are provided on the other side of the upper surface of the table 1, respectively. The belt 4 is wound around (2) and the driven pulley 3, and each belt 4 is rotated in opposite directions by the rotational force of the said drive motor 13, respectively.

At this time, both side belts 4 are installed long in the longitudinal direction so that adjacent portions of the both side belts 4 linearly move in the same direction in the longitudinal direction.

In this state, the loach, which is inserted into the loach inlet (5), is inclined so that the bottleneck (6) formed in the shape of a bottleneck is inclined downward, and the tap water flows out little by little so as to escape one by one toward the narrow bottleneck part (6). do.

The front bottleneck 6 of the loach inlet 5 is installed so as to be inserted between the two belts 4, so that the loach coming out of the bottleneck 6 is introduced between the two belts 4. The two belts 4 have a wider spacing on the side where the loach flows in than the loach where the loach is cut out, and the spacing is spaced apart so as to contact the body of the loach. A cushion rubber with good cushioning is attached to the entire surface, so that both sides of the lodged body introduced between the two belts 4 are transported to the rotary blade 8 side in a form of elastic bite on the outer surface of the belts 4 on both sides. do.

At this time, the loach does not lie down while moving, so that the back part always moves upward, and when it comes in contact with other objects around, the body bends left and right and runs away, so that the loach incision device has two belts (4). ) As the body touches both belts (4) at the moment it flows in between the two belts (4), the slenders continue to swing from side to side, but the gap between both belts (4) becomes narrower and the belts are not bent by the cushion rubber. It is to be transferred to the rotary blade (8) in the form of elastically sandwiched between 4).

And, as the loach moves out of the bottleneck part 6 of the loach injector 5 into the gap between the two belts 4, the loach shakes the body heavily and moves upwards to the space between the belts 4. Although there is a risk of jumping out, an escape guard 7 is installed on the upper part to prevent the loach from escaping, so that the loach is not able to jump outward from the space between the belts 4 and between the belts 4 on both sides. It is to be conveyed to the rotary blade (8) side in a straight state in the space.

When passing through the rotary blade (8) in the process of being transferred to the rotary blade (8) in a straight line state as described above, the rotary blade (8) is rotating at a high speed, so the body of the loach is in the longitudinal direction The incision leads to the outside.

The loach is to be cut only in the back portion, as shown in Figure 4, the outer periphery of the rotary blade 8 has a predetermined gap (about 1 to 2mm) and the upper surface of the table 1 in contact with the surface of the table (1) The abdomen of the loach moving into the state is not incised.

This cut loach is a state in which the whole body is cut in the longitudinal direction, so when you cook loach, the loach is cooked evenly and seasoned well, so you can enjoy the loach.

This embodiment of the present invention shown in Figures 7 and 8 when cutting the loach, eel, anago different in thickness by spreading or pinching the gap between the two drive pulley shaft 12 and the two driven pulley shaft (3a) By adjusting the gap between the two belts 4 each time, the process of adjusting the gap between the belts 2 on both sides will be described.

As described above, in order to adjust the gap between the two belts 4, the fixing bolt 20 is fixed to the shaft mounting holes 19 while the respective motors 9 and the driving motors 13 are stopped. Loosen each of the shaft mounting holes 19, each of the driving pulley shaft 12 and the driven pulley shaft 3a to move left and right when the turnbuckle 29 is rotated to rotate the turnbuckle 29 According to the direction, between each shaft installation tool 19 and each drive pulley shaft 12, and between each driven pulley shaft 3a, it spreads and retracts from side to side.

As described above, the shaft mounting holes 19, the driving pulley shafts 12 and the driven pulley shafts 3a, which are opened or retracted from side to side, are connected to the driving pulley shaft 12 and the driven pulley shaft 3a. The distance between the coaxially arranged two side drive pulleys 2 and the two side driven pulleys 3 is adjusted, and the belt 4 is wound around these two drive pulleys 2 and driven pulleys 3, respectively. The gap between the belts 4 on both sides is adjusted.

As described above, the distance between each of the drive pulley shafts 12 and the two driven pulley shafts 3a is adjusted by adjusting the distance between the two drive pulley shafts 12 and the two driven pulley shafts ( It will be described first with reference to FIGS. 7 and 8 that the distance between the two drive pulley shafts 12 is adjusted while revealing that the distance between 3a) is adjusted.

When the turnbuckle 29 is rotated, the turnbuckle 29 is provided with a left screw on one side and a screw provided on the other side so that both driving pulley shafts 12 are simultaneously opened in the direction of turning the turnbuckle 29. At the same time, it is retracted inwardly, and between the two driving gears 11, the primary idler gear 22 and the secondary idler gear 23 which are engaged with each other are engaged with the respective driving gears 11, respectively, and one driving gear. The drive pulley shaft 12 of (11) and the shaft 22a of the primary idle gear 22 are connected as the outer connection link 24, and the drive pulley shaft 12 and 2 of the other drive gear 11 are connected. The shaft 23a of the child idle gear 23 is connected as another outer connecting link 24, the shaft 22a of the primary idle gear 22 and the shaft 23a of the secondary idle gear 23. Connected as this connecting link 21, even if the distance between the two drive pulley shaft 12 is extended or retracted each drive The rotational force transmitted from the driving motor 13 causes the two driving pulley shafts 12 to rotate in opposite directions to keep the gear 11 and the first and second idler gears 22 and 23 engaged with each other. .

As described above, when the gap between the two driving pulley shafts 12 is widened or retracted, the distance between the drive sprocket 14 and the driven sprocket 16 is also widened or retracted. The elastic pressing roller 25 is installed elastically to prepare for the relaxation of the chain (15) and can always accurately transmit the power of the drive motor 13 to the drive gear (11).

After the gap adjustment between the two side driving pulley shaft 12 is completed as described above, by tightening the fixing bolt 20 which is released, the driving pulley shaft 12 is prevented from flowing from side to side in the state where the gap is adjusted to both side belts 4. The gap adjustment work of the liver is completed.

Since the spacing control on the driven pulley shaft 3a side is also the same as the spacing control on the drive pulley shaft 12 side, the description of the spacing control on the driven pulley shaft 3a side will be omitted.

The following is a description of the other embodiment shown in Figure 9, the lobe between the two belts (4) in the state of being lodged with two rotary blades (8) (8a) is provided with two rotary blades (8) (8a) When passing through), the trunk is cut by one rotary blade (8), and by the other rotary blade (8a) is to remove the spine of the loach.

As described above, the loach cutout device of the present invention, in the automatic incision in the longitudinal direction by using a machine long fish, such as live loach, eel, anago, long body, two belts initially Although the loach flows into the gap between itself, once the loach flows into the gap between the two belts, it is an effect that the loach can be precisely cut in the longitudinal direction by forcing the loach to be fed to the rotary blade by biting the loach as a two belt with a cushion. There is a very useful effect that can be adjusted to fit the thickness of the loach, eel, anago, etc., the length of the loach, eel, anago, etc., because the gap between the two belts can be adjusted freely.

Claims (4)

On the upper surface of the table (1), two belts (4) with cushioning rubber are attached to the entire outer circumference thereof in a longitudinal direction such that they are rotated in opposite directions as a pair of driving pulleys (2) and driven pulleys (3). Install the loach inclined downward inclined downward in the gap between the two belts 4, the loach inflow into the gap between the two belts 4, In the upper part of the gap between the loach outlet side of the loach inlet 5 and the belt 4 on both sides, an escape guard 7 having a predetermined length for preventing the loach from escaping is provided. Between the belts on both sides of the loach discharge side, a rotary blade (8) rotated by a motor (9) is provided with a predetermined gap away from the upper surface of the table (1). Drive pulley shafts 12 of the both side drive pulleys 2 pass through the table 1 downwardly, and respectively install drive gears 11 engaged with each other, and drive motors 13 on the one side drive pulley shaft 12. Loach cutting device characterized in that the driven sprocket (16) is installed to receive power from the drive sprocket (14) through the chain (15). 2. The shaft (1a) for the passage through the shaft is installed in the table (1) through which the driving pulley (2) and the driven pulley (3) penetrate downward, and the power transmission device mounting table (26) installed below the table (1). Are formed respectively, Under each of the long holes (1a) is provided with an inlet groove (18) on both sides and to install a shaft mounting opening (19) in which each drive pulley shaft 12 and driven pulley shaft (3a) is installed, the shaft The mounting fixture 19 is installed to be adjustable in width from side to side by a fixing bolt 20 fastened to the table 1 and the power train mounting bracket 26. After the two drive gears 11 are spaced apart at predetermined intervals, the first and second idler gears 22 and 23 meshed with each other between the two drive gears 11 and the two drive gears 11, respectively. The first idler gear 22 and the second idler gear 23 are engaged with each other between the shafts 22a and 23a of the first and second idler gears 22 and 23 engaged with each other. Each of the shafts 22a of the both side drive gear shafts 12 of the both side drive gears 11 and the respective primary and second idler gears 22 and 23 adjacent thereto. Between the 23a) is connected to the outer connecting link 24 to maintain the engagement state of both side drive gear 11 and each of the primary and secondary idler gears 22, 23, On the outer side of the chain 15 is elastically installed by the spring the pressing roller 25 for elastically pushing the relaxation of the chain when the width adjustment of the both side drive gear 11, The two-side driven pulley shaft 3a is provided with the driven gears 11a spaced apart at predetermined intervals, and then the first and second idler gears 22 and 23 engaged with each other between the two driven gears 11a are driven by both sides. It is installed to mesh with the gear (11a), respectively, the primary idler gear 22 and the secondary idler gear 23 between the respective shafts 22a and 23a of the first and second idler gears 22 and 23 engaged with each other. Is connected as a connecting link 21 to maintain the engaged state, and each of the two driven pulley shafts 3a of the two driven gears 11a and each of the first and second idler gears 22 and 23 adjacent thereto. Between the shaft 22a, 23a of the two connecting gears (11a) and each of the first and second idler gears (22, 23) is connected to the outer connecting link 24 to maintain the engaged state Loach incision. The loach cutting device according to claim 1 or 2, wherein another rotary blade (8a) is further provided on one side of the rotary blade (8). The left screw socket (27) and the right screw socket (28) are respectively provided at the ends of the both driven pulley shaft (3a) and the both side driving pulley shaft (12), respectively, and the left screw socket (27) Locust incision device, characterized in that between the left screw socket 28 and the left screw portion is formed on one side and the turnbuckle (29) having the right screw portion on the other side.