KR200437169Y1 - Fish head cutting device - Google Patents

Abstract

The present invention relates to a cutting device for a fish, and in particular, a drive flow for a conveyor having a drive shaft of a main body in which an interlocking sprocket is rotated by receiving a driving force of a motor through a drive sprocket and a chain, and coupled to the drive shaft. Connect the kit and the interlocking sprocket for the rear side of the main body with the conveyor chain. The conveyor chain fixes a plurality of baskets with seating grooves to allow the fish to settle, and then the electric sprocket and driven sprocket coupled to the drive shaft. It has a drive gear of the auxiliary shaft connecting the chain to the chain, and has a rotary shaft for laying up the interlocking gear meshed with the drive gear, and is equipped with a cutter that is coupled to the rotary shaft to cut the head of the fish seated on the basket and then one side of the main body The head guide hopper, which is mounted as a part, allows the head cut by the cutter to be collected outside. Provided is a fish head cutting device that can be collected to the outside the body portion cut by the cutter by the body guide hopper mounted to the other side of the body.

Motor, Drive Shaft, Drive for Conveyor, Interlocking Sprocket, Conveyor Chain, Basket, Seating Groove, Support Jaw, Cutter Guide Groove, Rotating Shaft, Cutter, Guide, Ball Piece, Head Guide Hopper, Body Guide Hopper

Description

Fish head cutting device {HEAVY-DUTY FISHBONE SEPARATOR}

Figure 1 is a side view showing the configuration of the present invention head cutting device

Figure 2 is a plan view showing the configuration and operation of the present invention head cutting device

3 is a view for explaining a driving relationship of the present invention head cutting device

Figure 4 is a side view for explaining the driving relationship of the present invention head cutting device

<Code Description of Main Parts of Drawing>

101-Motor 102-Drive Sprocket

103-Linked Sprockets 104-Linked Sprockets

105-driven sprockets 106-drive gears

107-Interlocking Gear 108-Secondary Shaft

Drive sprockets for 111-drive shaft 112-conveyors

113-Conveyor Chain 114-Basket

115-seat groove 116-supporting jaw

117-Cutter Guideway 118-Linked Sprockets for Conveyors

121-spindle 122-cutter

123-Guide 124-Carbon

125-Head Guide Hopper 126-Body Guide Hopper

127-base 131-fish body

132-head of fish

The present invention relates to a cutting device for a fish, and in particular, a drive flow for a conveyor having a drive shaft of a main body in which an interlocking sprocket is rotated by receiving a driving force of a motor through a drive sprocket and a chain, and coupled to the drive shaft. Connect the kit and the interlocking sprocket for the rear side of the main body with the conveyor chain. The conveyor chain fixes a plurality of baskets with seating grooves to allow the fish to settle, and then the electric sprocket and driven sprocket coupled to the drive shaft. It has a drive gear of the auxiliary shaft connecting the chain to the chain, and has a rotary shaft for laying up the interlocking gear meshed with the drive gear, and is equipped with a cutter that is coupled to the rotary shaft to cut the head of the fish seated on the basket and then one side of the main body The head guide hopper, which is mounted as a part, allows the head cut by the cutter to be collected outside. The body guide hopper mounted to the other side of the main body to collect the body cut by the cutter to the outside, so that the cutting operation can be made in a stable state that does not cause shaking when cutting the head of the fish The present invention relates to a fish head cutting apparatus that can improve the commerciality of fish and can accurately cut the head at right angles regardless of the size and length of the fish, thereby minimizing the cutting defect rate and improving productivity.

Conventionally, a machine for cutting only the head of a fish has adopted a belt feeding method. That is, another belt for preventing the flow of fish was provided on the upper side of the conveyance belt for holding the fish, and the head was cut by the cutter.

However, in the above-described prior art, the precision is reduced by using a plurality of belts, and shaking occurs in the fish due to vibration generated when the machine is operating.

In addition, since the cutting was performed by the cutter while the fish was shaken, the head was not cut at right angles, but the slant was cut at an angle or the head was cut with the body attached to the body.

In addition, since the conventional technology had to use other dedicated machines for the size or length of the fish, it was a cumbersome and inconvenient work.

The purpose of the present invention for solving and complementing these conventional problems,

The cutting performance can be improved by cutting the head of the fish in a stable state that does not cause any shaking when cutting the fish head, and by accurately cutting the head at right angles regardless of the size and length of the fish. It aims to minimize productivity while increasing productivity.

The present invention to achieve the above object,

It has a drive shaft of the main body where the interlocking sprocket rotated by receiving the driving force of the motor through the drive sprocket and the chain, and the drive sprocket for the conveyor coupled to the drive shaft and the interlocking sprocket for the conveyor at the rear of the main body In the conveyor chain, a plurality of baskets having a seating groove are fixed to allow the fish to be seated, and then the drive gear of the auxiliary shaft connecting the electric sprocket coupled to the drive shaft and the driven sprocket by a chain. It is equipped with a rotary shaft for arranging the interlocking gear that is engaged with the drive gear and is equipped with a cutter coupled to the rotary shaft to cut the head of the fish seated on the basket and then mounted to the cutter by the head guide hopper mounted to one side of the main body. To the body guide hopper mounted to the other side of the main body to collect the head cut by the outside If to be collected to the outside of the body part by cutting by a cutter it is possible to achieve the object of the present invention;

The configuration of the present invention will be described in detail by the accompanying drawings.

A drive shaft 111 of the main body on which the interlocking sprocket 103 is rotated by receiving the driving force of the motor 101 through the drive sprocket 102 and the chain;

A conveyor chain 113 connecting the drive sprocket 112 for the conveyor coupled to the drive shaft 111 and the interlock sprocket 118 for the rear of the main body;

A plurality of baskets 114 fixed to the conveyor chain 113 and having a seating groove 115 for seating fish;

A drive gear 106 of the auxiliary shaft 108 connecting the electric sprocket 104 and the driven sprocket 105 coupled to the drive shaft 111 by a chain;

A rotary shaft 121 which has an interlocking gear 107 engaged with the drive gear 106;

A cutter 122 coupled to the rotating shaft 121 to cut the head 132 of the fish seated on the basket 114;

A head guide hopper 125 mounted to one side of the main body to collect the head 132 cut by the cutter 122 to the outside;

The body portion guide hopper 126 is mounted to the other side of the main body to collect the body portion 131 cut by the cutter 122 to the outside.

And, the cutter guide groove 117 formed on one side of the basket 114 so that the cutter 122 is easy to cut the head 132 of the fish seated in the basket 114,

The cutter guide groove 117 is further provided with a support jaw 116 formed as one side of the cutter guide groove 117 to ensure that the head 132 of the fish can be stably supported when the cutter 122 is inserted into the cutter guide groove 117. It was.

In addition, a plurality of coal pieces that are coupled to the main body to secure the fish seated in the seating groove 115 of the basket 114 so as not to move when cutting the cutter 122 to press the fish upper side of the basket 114 elastically (124) were further provided.

Further, a guide 123 is further provided to contact the head 132 of the fish, which is placed in the side of the main body to transfer the fish seated in the seating groove 115 of the basket 114 to be aligned.

In addition, the supporting plate 127 fixed to the main body so as to support the lower portion of the upper conveyor chain 113 in order to prevent the basket 114 from sagging and the flow in the left and right directions of the fixed conveyor chain 113. It was further provided.

Referring to the operation of the present invention as described above is as follows.

3 and 4, when the start button is pressed on the cutting device of the present invention, the driving sprocket 102 is rotated while the motor 101 is driven.

Then, as the interlocking sprocket 103 connected to the drive sprocket 102 and the chain is rotated, the drive shaft 111 mounted on the main body and the electric sprocket 104 coupled to the drive shaft 111 are rotated. .

First, the drive sprocket 112 coupled to the drive shaft 111 is rotated by the rotation of the drive shaft 111 to connect the drive sprocket 112 and the interlock sprocket 118 for the conveyor. The conveyor chain 113 is rotated and moved.

In addition, a plurality of baskets 114 coupled to the conveyor chain 113 are also transported together with the conveyor chain 113.

On the other hand, the rotational force of the electric sprocket 104 is to rotate the driven sprocket 105 and the drive gear 106 of the auxiliary shaft 108 through the chain.

In addition, since the interlocking gear 107 engaged with the driving gear 106 rotates the rotating shaft 121, the cutter 122 coupled to the rotating shaft 121 also rotates.

When the preparation process is completed as described above, the worker puts the fish into the seating groove 115 formed in the basket 114 of the conveyor chain 113 being rotated.

At this time, if the head 132 of the fish is placed as shown in FIG. 3 to the right, the fish is transported in the direction of the cutter 122 together with the basket 114 to be rotated.

As described above, while the fish in the basket 114 is transported, the head 132 of the fish is aligned while being in contact with the guide 123 mounted on the main body, and is transported in the direction of the cutter 122.

In addition, the guide 123 is a long hole formed in the main body and is fastened by a screw so that the width of the guide 123 can be adjusted by loosening the screw.

Therefore, it is possible to use the control depending on the difference in size and length of the fish.

Then, when the fish of the basket 114 reaches the position of the cutter 122, a plurality of pieces of coal 124 mounted on the upper side of the main body elastically press the upper side of the fish.

That is, since the cutting pieces are made by the cutter 122 while the coal pieces 124 are pressing the upper side of the fish, the head 132 of the fish can be cut in a stable state without shaking. do.

In addition, since the coal piece 124 is made of a thin plate, it is possible to press the fish while the elastic deformation is made according to the size and shape of the fish, it is possible to obtain a very effective tangy effect.

In addition, the cutter 122 cuts the head 132 of the fish in a state in which the cutter guide groove 117 is formed in the basket 114, and the pressing force of the cutter 122 acts as a fish. The fish body 131 on the left is centered on the seating groove 115 of the basket 114 with the cutter guide groove 117 formed on the lower surface of the basket 114 and the head 132 on the right is the basket 114. As shown in FIG. 3, the cutting is performed in close contact with the support jaw 116 on the right side.

Therefore, the head 132 of the fish can be cut at right angles by the supporting effect of the seating groove 115 and the support jaw 116 of the basket 114.

When the cutting of the cutter 122 is completed as described above, the head 132 of the fish falls to the head guide hopper 125 and is collected outside, and the body 131 of the fish is with the basket 114. After moving, the body is dropped into the guide hopper 126 and collected outside as shown in FIGS. 1 and 2.

On the other hand, in the present invention, the support plate 127 is fixed to the main body so as to support the lower portion of the upper conveyor chain 113, the support plate 127 of the conveyor chain 113 is fixed to the basket 114 It is installed to prevent sag and flow in left and right directions.

In this way, the present invention can improve the commerciality of the fish by cutting the head of the fish in a stable state that does not cause shaking when cutting the head, and accurately cut the head at right angles regardless of the size and length of the fish. It is possible to minimize the cutting defect rate by improving the productivity at the same time has a useful effect.

Claims (5)

A drive shaft 111 of the main body on which the interlocking sprocket 103 is rotated by receiving the driving force of the motor 101 through the drive sprocket 102 and the chain; A conveyor chain 113 connecting the drive sprocket 112 for the conveyor coupled to the drive shaft 111 and the interlock sprocket 118 for the rear of the main body; A plurality of baskets 114 fixed to the conveyor chain 113 and having a seating groove 115 for seating fish; A drive gear 106 of the auxiliary shaft 108 connecting the electric sprocket 104 and the driven sprocket 105 coupled to the drive shaft 111 by a chain; A rotary shaft 121 which has an interlocking gear 107 engaged with the drive gear 106; A cutter 122 coupled to the rotating shaft 121 to cut the head 132 of the fish seated on the basket 114; A head guide hopper 125 mounted to one side of the main body to collect the head 132 cut by the cutter 122 to the outside; Fish head cutting device, characterized in that provided with a body portion hopper 126 mounted to the other side of the body to collect the body portion 131 cut by the cutter 122 to the outside. The method of claim 1, A cutter guide groove 117 formed at one side of the basket 114 so that the cutter 122 easily cuts the head 132 of the fish seated on the basket 114; The cutter guide groove 117 is further provided with a support jaw 116 formed as one side of the cutter guide groove 117 to ensure that the head 132 of the fish can be stably supported when the cutter 122 is inserted into the cutter guide groove 117. Fish head cutting device, characterized in that one. The method of claim 1, A plurality of bullet pieces 124 coupled to the body to press the fish upper portion of the basket 114 elastically to fix the fish seated in the seating groove 115 of the basket 114 so as not to move when cutting the cutter 122 Fish head cutting device, characterized in that further comprising). The method of claim 1, Further comprising a guide 123 in contact with the head 132 of the fish is placed in the side of the main body to transfer the fish seated in the seating groove 115 of the basket 114 is aligned Fish head cutting device. The method of claim 1, The support plate 127 fixed to the main body so as to support the lower portion of the upper conveyor chain 113 in order to prevent the deflection phenomenon and the flow in the left and right directions of the conveyor chain 113 is fixed to the basket (114). Fish head cutting device, characterized in that provided.

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