KR100451392B1 - A Cuttinging Device Of Ice Case Loss - Google Patents

Abstract

The present invention provides a freezing container discharge port is provided on the front of the main body and a loss discharge port is provided on the side, the guide rail is provided with a driving motor and a drive shaft for generating power in the inner side and provided in the upper portion of the main body; A push rod provided on an upper portion of the guide rail and connected to the driving shaft to push the ice container in one direction by reciprocating the push rod along the guide rail; A guide plate provided at a lower portion of the guide rail and reciprocally driven by a second cam which is connected to the drive shaft and rotates, and guides the ice container to move horizontally on an extension line of the guide rail; A lower fixing stand provided below the end of the guide rail and reciprocating by a third cam and supporting both ends of the loss of the ice container pushed by the push rod from below; An upper fixing stand provided above the end of the guide rail and reciprocating by a fourth cam, and fixing both ends of the ice container in the upper side in association with the lower fixing stand; And a cutter portion having a primary blade, a secondary blade for cutting one side and the other side of the fixed loss, and a removal plate for discharging the cut loss to the loss outlet, respectively, on a circular outer circumference thereof. The present invention relates to an ice container loss cutting device.

Description

A cutting machine device of ice case loss

The present invention relates to an apparatus for removing the loss of the ice container, and more specifically, the lower fixing stand supports the lower ice holder from the lower side, and the upper fixing stand is supported from the upper side. The present invention relates to an ice cube container cutting device which cuts the loss with the first blade and the second blade of the cutter, and then squeezes it with a removal plate.

Generally, ice cream containers are made of synthetic resin. The synthetic resin raw material in the form of chips is melted into a hollow tube and supplied to the molding machine. The molding machine forms a groove in the shape of the ice container, thereby forming a tube in which the casting plate manufactured by casting is continuously arranged in a circular shape.

In the continuous molding of the tube supplied in the form of a straight line, such a portion in which there is a loss between the continuously formed ice cubes is generally called "Loss".

Since the ice container is formed by applying heat when the ice container is molded in the molding machine, it is difficult to remove the loss that is connected to the ice container because the frozen ice container and the loss are soft and tend to be soft.

Since the ice container and the loss were so flexible, it was difficult to automate the removal of the loss, and thus a human-only method was used. However, if the person removed himself, he had to work at the speed of continuous discharge from the molding machine, so he had to work mechanically.

That is, without the person, the molding machine could not be operated, and while the molding machine was running, people had to work continuously while shifting. But when people got sick, it was difficult to operate the machine. In other words, people have to work in shifts, but when there is a vacancy, the rest of the people are overwhelmed, and when this happens frequently, it is difficult to continue working.

Accordingly, the present invention has been made in view of the above-described conventional problems, and the first object of the present invention is to support the ice container container which is continuously supplied by the straw along the guide rail and the guide plate from the lower fixing stand. To provide an ice cream container cutting apparatus for cutting the loss with the first blade and the second knife of the cutter portion after the upper fixing support from the upper side and by squeezing with a removal plate to automatically remove the loss.

In addition, a second object of the present invention is to provide an ice cream container cutting device that can increase productivity by synchronizing the speed of the discharge from the molding machine with the speed of the loss is automatically removed.

In addition, a third object of the present invention is to provide an ice container loss cutting device that can reduce labor costs for a worker without autonomous labor by automating the removal of the ice container loss.

The object of the present invention, the ice cream container discharge port is provided on the front side, the loss discharge port is provided on the side and the main body is provided with a drive motor and drive shaft for generating power inside;

A guide rail provided at an upper portion of the main body and having a valley so as to supply an ice container continuously connected with a loss therebetween;

The push rod is provided in the upper portion of the guide rail and the one side is rotated by the hinge coupling and the push rod reciprocating along the guide rail by the first cam connected to the drive shaft to rotate to push the ice container in one direction ;

It is provided in the lower portion of the guide rail and reciprocally driven by a second cam that is in close contact with the lower portion of the guide rail in shape and connected to the drive shaft, and before the drive operation of the push rod on the extension line of the guide rail Furthermore, the guide plate for guiding the ice container pushed by the push rod horizontally;

A lower fixing stand provided below the end of the guide rail and reciprocatingly rotated by a third cam connected to the driving shaft in a bar shape hinged at one side thereof, and supporting both ends of the loss of the ice container pushed by the rod;

The upper end of the los both ends of the ice container which is provided on the upper end of the guide rail and reciprocated by a fourth cam which is connected to the drive shaft in a bar shape hinged one side and rotated in conjunction with the lower fixing rod to push the push rod in conjunction with the lower fixing rod. Upper fixing to be fixed in the; And

The secondary blade for cutting one side of the loss and the second blade and the other side of the loss that is connected to the drive shaft and rotated by the lower fixing rod and the upper fixing rod discharge the cut to the loss outlet It is achieved by the ice cube container cutting device comprising a; cutter portion which is provided on the outer periphery of the circularly arranged to remove the plate.

In addition, the guide rail is characterized in that the pressing plate of the elastic rubber material bent in the downward direction on the upper side of the inlet side bone of the guide rail supplied with the ice container.

In addition, the push rod is provided at the other end of the first pivot bar pivotally supported on the bottom surface, one side of the first connecting rod is eccentrically connected to the first cam that is rotated by the chain connected to the drive shaft and the other side is the first pivot bar It is connected to the middle region of reciprocating drive.

In addition, the push rod is attached to the first support plate is fitted to the first guide rod provided in parallel with the guide rail, characterized in that the reciprocating drive in parallel with the guide rail along the first guide rod.

In addition, the guide plate is provided at the other end of the second pivot bar pivotally supported on the bottom surface and one side of the second connecting rod is eccentrically connected to the second cam rotated by a chain connected to the drive shaft and the other side is the second rotation. It is connected to the middle area of the bar and features reciprocating drive.

In addition, the guide plate is fitted to the second guide rod provided in parallel with the guide rail is characterized in that the reciprocating drive in parallel with the guide rail along the second guide rod.

In addition, the lower fixing rod is in the form of a bar having two lower support points at one end so as to support both ends of the lower from the lower side, the intermediate region is pivotally supported and the other lower end of the lower fixing rod is connected to one end with a third connecting rod It is characterized in that the support is in contact with the outer periphery of the third cam from which one side of the outer periphery protrudes, so as to reciprocate up and down according to a predetermined timing.

In addition, the upper fixing rod is in the form of a bar having two upper support points at one end so as to support both ends of the loss from the upper side, and an intermediate region is formed at the outer circumference of the fourth cam, the other end of which is rotated and the outer circumferential side protrudes It is characterized by rolling contact up and down according to a predetermined timing by rolling contact.

In addition, the upper fixing stand is provided with a plate-shaped inlet pressing plate in one side of the upper guide in parallel with the guide rail to prevent the flow of the ice container drawn in when the loss is removed, the other side of the upper fixing is discharged It is characterized in that the discharge pressing plate in the form of a plate to prevent the flow of ice cream containers.

In addition, the arrangement position is attached to the cutter blade, the primary blade and the secondary blade and the removal plate are different from each other and the primary blade protrudes attached to the head of the rotation direction to cut one side of the loss, the 1 A secondary blade for cutting the other side of the loss protrudes and is attached to the rear of the secondary blade, and a removal plate having a predetermined length is protruded and attached to the rear of the secondary blade.

In addition, the drive shaft is provided with a predetermined length on the inner bottom surface of the main body, the chain is connected to a plurality of gears rotated by a drive motor and fitted to the drive shaft, respectively, the first cam, the second cam and the third cam and Rotating the fourth cam and at the same time by rotating the cutter unit is characterized in that the mutual sequential driving.

In addition, a counter sensor is provided at one side of the drive shaft, and a counter display unit is attached at one side of the main body to display the number of ice containers discharged to the ice container outlet.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and the preferred embodiments associated with the accompanying drawings.

1 is an overall perspective view of an ice container loss cutting device according to the present invention,

Figure 2 is a plan view of the ice cube container cutting apparatus according to the present invention,

3 is a right side view of an ice container loin cutting device according to the present invention;

Figure 4 is a left side view of the ice cube container cutting apparatus according to the present invention,

5 is a block diagram of a lower fixing stand and an upper fixing stand and a cutter portion of an ice container container cutting apparatus according to the present invention,

Figure 6 is a plan view of the upper fixing portion constituting the ice container container cutting apparatus according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: ice container 20: Ross

100: ice container container cutting device 110: the main body

120: ice container outlet 130: Ross outlet

140: drive motor 150: drive shaft

160: chain 200: guide rail

210: goal 215: pressure plate

220: push rod 230: first cam

240: first moving bar 250: first connecting rod

260: first support plate 270: first guide rod

300: guide plate 310: second cam

320: 2nd movement bar 330: 2nd connecting rod

340: second support plate 350: second guide rod

400: lower fixing station 410: lower support point

420: third cam 430: third connecting rod

440: auxiliary lower support 450: upper fixing

460: upper support point 470: fourth cam

480: incoming pressure plate 490: discharge pressure plate

500: cutter 510: primary blade

520: secondary blade 530: removal plate

600: counter sensor 610: counter display unit

700: Molding Machine

First of all, Loss, which is consistently used in the present invention prior to the description of the embodiment, is used in the meaning of "loss" or "damage", and is continuously discharged when the ice cream container is molded and manufactured in the molding machine 700. It is similar to the meaning of the loss part connected between the frozen ice containers.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is an overall perspective view of an ice cream container cutting apparatus according to the present invention.

As shown in FIG. 1, the ice container 10 formed in the molding machine 700 and continuously discharged after the loss 20 is introduced into the ice container loss cutting device 100 according to the present invention. The loss 20 is connected between the ice container 10 in the form of a tube of a predetermined length as shown in the enlarged portion of FIG.

The ice container container cutting device 100 is provided with a main body 110 constituting the overall frame, the front surface of the main body 110 is provided with an ice container outlet 120 and a loss outlet 130 is provided on the side. Power generating drive motor 140 and the drive shaft 150 is provided on the inside.

In addition, a guide rail 200 having a valley 210 formed thereon is provided on the upper portion of the main body 110 to supply the ice container 10 continuously connected with the loss 20 therebetween. The ice cream container 10 is supplied in a line along the valley 210 of the guide rail 200, and at this time, the supply operation of the ice cream container 10 is reciprocally driven along the guide rail 200 to the one direction. It is made by the push rod 220 for pushing the ice container 10.

The push rod 220 is provided in the upper portion of the guide rail 200 and one side is a plate shape rotated by a hinge coupling and is connected to the drive shaft 150 by the first cam 230 by the guide rail 200 ) To push the ice container 10 in one direction by a reciprocating drive.

In addition, the lower portion of the guide rail 200 is provided with a guide plate 300 in close contact with the shape of the lower portion of the guide rail 200. The guide plate 300 is reciprocally driven by the second cam 310 which is connected to the drive shaft 150 and rotates, and moves ahead of the driving operation of the pusher 220 on an extension line of the guide rail 200. The ice container 10 pushed out by the pusher 220 to move horizontally

The push rod 220 pushes the ice container 10 forward in the state in which the guide plate 300 extends to one side in the longitudinal direction of the guide rail 200, thereby moving the one ice container 10 into the main body 110. Push up to the ice container outlet 120 provided in the front of the).

When the ice container 10 advances to the ice container outlet 120, the guide plate 300 reciprocating is retracted backward. At this time, the ice container 10 which is moved along the upper portion of the guide plate 300 is lower than the upper side of the inlet side bone 210 of the guide rail 200 so as not to be pushed back along the guide plate 300. The pressing plate 215 of elastic rubber material curved in the direction is provided.

As described above, the loss 20 of the frozen ice container 10 pushed up to the frozen ice container outlet 120 is provided at the lower end of the guide rail 200 and has two lower support points at one end thereof in a hinged bar shape. Supported by a lower fixture 400 having 410.

The lower fixing member 400 is reciprocated by the third cam 420 which is connected to the driving shaft 150 and rotates, and when the guide plate 300 moves forward, the lower fixing member 400 descends to the lower side and the guide plate 300. When it retreats, it rises and supports the said loss 20.

In addition, the loss 20 supported by the lower fixing stand 400 by the upper fixing stand 450 provided above the end of the guide rail 200 is engaged with the upper fixing stand 450 of the upper and fixed. The upper fixing rod 450 is connected to the driving shaft 150 in the shape of a bar having one side hinged to support both ends of the loss 20 from the upper side and having two upper support points 460 at one end thereof. 4 cams 470 are reciprocated.

As such, the loss 20 engaged with the lower fixing member 400 and the upper fixing member 450 is removed from the primary blade 510 and the secondary blade 520 of the cutter unit 500 rotating at one side. Removed by the plate 530, the removed loss 20 is discharged to the loss outlet 130 of the side.

The primary blade 510, the secondary blade 520, and the removal plate 530 are sequentially provided on the outer circumference of the cutter portion 500 having a circular shape, so that the primary blade 510 is the first loss 20. Cutting one side of the blade) and the secondary blade 520 cuts the other side of the loss 20, and the cut plate 20 removes the cut loss 20 to the loss outlet 130. Let's do it.

In addition, the ice container 10 pushed to the ice container outlet 120 is independent as the loss 20 connected to the rear side is removed, and is discharged out of the ice container outlet 120 by gravity.

As described above, when the loss 20 and the ice container 10 is discharged, the lower fixing unit 400 of the ice container container cutting device 100 of the present invention is lowered and the upper fixing unit 450 is raised, again described above. By repeating the operation as described above, the loss 20 of the continuous ice container 10 is removed.

Hereinafter will be described in more detail the components and the operating relationship of each part of the ice cube container cutting device 100 of the present invention.

2 is a plan view of an ice container loss cutting device according to the present invention, Figure 3 is a right side view of the ice container loss cutting device according to the present invention, Figure 4 is a left side view of the ice container loss cutting device according to the present invention.

As shown in FIG. 2, the guide rail 200 to which the continuous ice container 10 is supplied is provided at one end to the other end in the upper center of the main body 110. The ice cream container outlet 120 is provided on the front portion of the main body 110 in parallel with the guide rail 200 provided as described above, and the lower fixing stand between the guide rail 200 and the ice cream container outlet 120. 400 and the upper fixing stand 450 and the cutter unit 500 is installed.

The push rod 220 reciprocating the upper portion of the guide rail 200 is a sliding plate over the upper portion of the guide rail 200 in the form of a plate provided with a bag and one side of the bag is hinged coupled to rotate up and down to be. Therefore, when the pusher 220 is retracted, the pusher 220 is rotated upward and pushes the ice container 10 only to the front.

In addition, the pressing plate 215 attached to one side of the guide rail 200 is an elastic material rubber bent downward as an auxiliary means for preventing the ice container 10 from being pushed back when the pusher 220 is retracted. B. It is made of synthetic resin material.

As shown in FIG. 3, the rod 220 has a structure for reciprocating the rod 220. The rod 220 is provided at the other end of the first pivot bar 240 pivotally supported on the bottom surface. The rod 220 is attached to the first support plate 260 and fitted to the first guide rod 270 provided in parallel with the guide rail 200 to reciprocate in parallel along the first guide rod 270. It is possible to move. Here, the other end of the first pivoting bar 240 has a long groove formed in the longitudinal direction and is fitted into the shaft of the first support plate 260 to be slidably coupled with the rotational support point according to the parallel movement of the pusher 220. Respond to changes.

Since the intermediate region of the first pivot bar 240 and the first cam 230 is connected by the first connecting rod 250, the first pivot bar in accordance with the rotation of the first cam 230 240 is a reciprocating drive is made. The first cam 230 has a round disc shape, and as one side of the first connecting rod 250 rotates eccentrically, the rotational motion of one side is converted into a reciprocating motion of the other side of the first connecting rod 250.

At this time, the first connecting rod 250 is characterized in that the length can be adjusted by the screw coupling can adjust the reciprocating section distance of the rod 220.

In addition, as shown in Figure 4, the guide plate 300 is a predetermined in order to guide the ice container 10 moving along the guide rail 200 to the ice container outlet 120 spaced a predetermined distance It is responsible for the extension function of the guide rail 200 in accordance with the timing.

Between the end of the guide rail 200 and the ice container outlet 120, the lower fixing stand 400, the upper fixing stand 450 and the cutter unit 500 is provided to form a space portion spaced a predetermined distance.

Since the ice container 10 and the rod has a characteristic of flexibly bending as a synthetic resin material, it is bent in the direction of gravity without any supporting action. Therefore, the guide plate 300 provided on the lower side of the guide rail 200 is advanced to serve as a bridge between the guide rail 200 and the ice cream container outlet 120.

The guide plate 300 has a structure for reciprocating the guide plate 300 is attached to the second support plate 340, the second support plate 340 is provided in parallel with the guide rail 200 It is fitted to the guide rods 350 so as to slide reciprocating in parallel along the second guide rods 350. Here, the second pivot bar 320 also has a long groove formed in the longitudinal direction similar to the first pivot bar 240, and is fitted to the shaft of the second support plate 340 to be slidably coupled to the guide plate 300. It is a structure that can cope with the change of distance from the rotation support point by the parallel movement of.

Since the intermediate region of the second pivoting bar 320 and the second cam 310 are connected by the first connecting rod 250, the second cam 310 is rotated according to the rotation of the second cam 310. 310 is a reciprocating drive. As the second cam 310 also has a circular disk shape, one side of the second connecting rod 330 is eccentrically connected and rotated so that the rotational movement of one side is converted into a reciprocating movement of the other side of the second connecting rod 330.

In addition, the second connecting rod 330 may be adjusted in length by screwing, thereby adjusting the reciprocating distance of the guide plate 300.

As described above, the structure in which the rod 220 and the guide plate 300 reciprocate is the same, but there is a time difference in operation. The first cam 230 and the second cam 310 are rotated while being positioned on the same axis, and a difference in the position where the first connecting rod 250 and the second connecting rod 330 are connected occurs. That is, the second connecting rod 330 is connected in advance of the first connecting rod 250 in the rotational direction of the first cam 230 and the second cam 310 to advance the guide plate 300. Retraction is characterized in that it operates before the advance and retraction of the pusher 220.

Therefore, the guide plate 300 is placed in advance, the legs, and then the push rod 220 pushes the ice container 10 to the ice container outlet 120.

Hereinafter, an operation of removing the ice container container 20 located between the guide rail 200 and the ice cream container outlet 120 will be described in more detail with reference to FIG. 5.

5 is a block diagram of a lower fixing stand, an upper fixing stand and a cutter unit 500 of the ice container container cutting apparatus according to the present invention.

As shown in FIG. 5, the lower fixing rod 400 is fixed at the lower portion of the loss 20, and the upper fixing rod 450 fixes the loss 20 at the upper portion.

At the same time as the guide plate 300 is retracted, the lower fixing member 400 raises a portion having the two lower support points 410 to support the loss 20, and this operation is performed by the third cam 420. Is made by.

One end of the lower fixing member 400 is connected to each other by the third connecting rod 430 to the lower support 440, the auxiliary lower support 440 is the outer periphery of the third cam 420 Up and down drive by rolling contact with At this time, the auxiliary lower support 440 is tensioned by a spring to be in close contact with the third cam (420).

The upper fixing stand 450 which fixes the loss 20 from the upper side in cooperation with the lower fixing stand 400 operating as described above is cloud-contacted to the fourth cam 470 to be reciprocated up and down. The upper fixing stand 450 is also operated in close contact with the fourth cam 470 by a spring.

The third cam 420 and the fourth cam 470 are provided on the same axis to rotate and vertically reciprocate according to the shape of the protruding portion. Therefore, it is possible to adjust the vertical reciprocating timing of the lower fixing unit 400 and the upper fixing unit 450 in the interval and shape at the position of the protrusion.

6 is a plan view of the upper fixing bracket 450 constituting the ice-cold container cut according to the present invention.

As shown in FIG. 6, the upper fixing rod 450 is in the form of a bar having two upper support points 460 at one end thereof to support both ends of the loss 20 from above. In addition, a plate-shaped pull-in pressing plate 480 is formed on the side of the upper rail 450 to prevent the flow of the frozen ice container 10 introduced upon removal of the loss 20 in a direction parallel to the guide rail 200. It is provided. In addition, the other side of the upper fixing stand 450 is provided with a discharge pressing plate 490 in the form of a plate to prevent the flow of the frozen ice container 10 is discharged.

The reason why the suction presser plate 480 and the discharge presser plate 490 are provided as described above is that the ice cream container 10 and the loss 20 are flexible synthetic resins, so that the suction presser plate 480 and the discharge presser plate 480 do not bend during cutting. 490 serves to dually fix the lower fixing stand 400 and the upper fixing stand 450 at both sides.

As described above, when the loss 20 is fixed, the cutter unit 500 rotates so that the primary blade 510 cuts one side of the loss 20, and the secondary blade 520 cuts the loss 20. Cut the other side of). The primary blade 510 and the secondary blade 520 are provided on both sides of the cutter unit 500 at predetermined intervals, respectively, the cutter unit 500 is circular in the chain (drive shaft 150) 160) to rotate. In addition, the loss plate 530 of a predetermined length attached to the outer circumference of the cutter unit 500 cuts out the cut 20 and discharges it to the loss discharge port 130.

In addition, a counter sensor 600 is provided at one side of the drive shaft 150 and a counter display unit 610 is attached at one side of the main body 110 to display the number of ice cream containers 10 discharged to the outlet. At this time, a predetermined number is set on the counter display unit 610, and when the set number is reached, the buzzer may be sounded to contain the ice cream container 10 in a predetermined number of packing units.

The counter sensor 600 attached to the drive shaft 150 detects the rotational speed of the drive shaft 150, so that the number of ice cream containers 10 discharged per rotational speed of the drive shaft 150 is the counter display unit 610. Is displayed.

As described above, according to the ice container container cutting device 100 according to the present invention, the ice container container 20 which is continuously supplied by the rod 220 along the guide rail 200 and the guide plate 300 is lowered. After the supporter 400 is supported by the lower side, and the upper supporter 450 is supported by the upper side, the first and second blades 510 and the second knife of the cutter unit 500 are cut and the loss 20 is removed. By removing it, the loss 20 of the ice container 10 can be removed automatically.

And, by synchronizing the speed at which the ice container 10 is discharged with the speed at which the loss 20 is automatically removed, it is possible to provide an ice container loss cutting device 100 that can increase productivity.

In addition, by automating the removal of the ice container container 20 using the ice container container cutting device 100 of the present invention, it is possible to save labor costs for the manufacturer.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, various other modifications and variations may be made without departing from the spirit and scope of the invention. Accordingly, it is intended that the appended claims cover such modifications and variations as fall within the true scope of the invention.

Claims (12)

Ice body container outlet 120 is provided on the front side and the Ross outlet 130 is provided on the side and the main body 110 is provided with a drive motor for driving power 140 and the drive shaft 150 inside; A guide rail (200) provided at an upper portion of the main body (110) and having a valley (210) to supply a frozen container (10) continuously connected with a loss (20) therebetween; The push rod is provided along the guide rail 200 by the first cam 230 which is provided on the guide rail 200 and is rotated by hinge coupling on one side thereof and is connected to the driving shaft 150 to rotate. A push rod 220 for reciprocating and pushing the ice container 10 in one direction; The guide rail 200 is provided in the lower portion of the guide rail 200 in close contact with the shape and is reciprocally driven by a second cam 310 is connected to the drive shaft 150 and rotated, the guide A guide plate (300) for guiding the ice container (10) which is pushed out by the pusher (220) in advance of the driving operation of the pusher (220) on an extension line of the rail (200); An ice cream provided on the lower end of the guide rail 200 and reciprocated by a third cam 420 rotated by being connected to the drive shaft 150 in a bar shape hinged to one side thereof and pushed by the pusher 220 A lower fixing stand 400 for supporting both ends of the loss 20 of the container from below; It is provided on the upper end of the guide rail 200 and is reciprocated by a fourth cam 470 which is connected to the drive shaft 150 and rotated in a bar shape hinged one side and interlocked with the lower fixture 400 An upper fixing rod 450 fixing both ends of the loss 20 of the ice container 10 pushed out by the rod 220; And The primary blade 510 and the loss 20 of the first blade 510 and the loss 20 which are connected to the drive shaft 150 and rotates and cut one side of the loss 20 fixed by the lower fixing member 400 and the upper fixing member 450. A cutter portion 500 having a secondary blade 520 for cutting the other side and a removal plate 530 for discharging the cut loss 20 to the loss outlet 130 in order on a circular outer circumference; Ice container vessel cutting device comprising a. The method of claim 1, The guide rail 200 is characterized in that the pressing plate 215 of the elastic rubber material curved downward in the upper portion of the inlet side bone 210 of the guide rail 200 to which the ice container 10 is supplied Ice container loss cutting machine. The method of claim 1, The rod 220 is provided at the other end of the first pivoting bar 240 pivotally supported on the bottom surface, and a first connecting rod to the first cam 230 that is rotated by the chain 160 connected to the drive shaft 150. Ice cube container cutting device, characterized in that one side of the 250 is eccentrically connected and the other side is connected to the middle region of the first pivot bar 240 to reciprocate. The method according to claim 1 or 3, The pusher 220 is attached to the first support plate 260 and fitted to the first guide rod 270 provided in parallel with the guide rail 200 and the guide rail along the first guide rod 270. Ice container vessel cutting device, characterized in that the reciprocating drive in parallel with (200). The method of claim 1, The guide plate 300 is provided at the other end of the second pivoting bar 320 pivotally supported on the bottom surface and is connected to the second cam 310 which is rotated by the chain 160 connected to the driving shaft 150. One side of the rod 330 is eccentrically connected and the other side is connected to the intermediate region of the second pivoting bar 320 reciprocating drive, characterized in that the ice cube container cutting device. The method according to claim 1 or 5, The guide plate 300 is fitted to the second guide rod 350 provided in parallel with the guide rail 200 and reciprocally driven in parallel with the guide rail 200 along the second guide rod 350. Ice container container cutting device characterized in that the. The method of claim 1, The lower fixture 400 is in the form of a bar having two lower support points 410 at one end to support both ends of the loss 20 from the lower side, the intermediate region is pivotally supported and the other end of the lower fixture 400 The auxiliary lower support 440, one side of which is connected to the third connecting rod 430, is contacted with the outer circumference of the third cam 420 with one side protruding from the outer circumference thereof, so as to vertically reciprocate and drive at a predetermined timing. Ice container loss cutting device. The method of claim 1, The upper fixing rod 450 is in the form of a bar having two upper support points 460 at one end to support both ends of the loss 20 from above, and the fourth cam having the other end rotated and one side of the outer circumference protruding. Ice cutting container loss cutting device, characterized in that the intermediate region is in contact with the outer periphery of the (470) and the upper and lower reciprocating drive according to a predetermined timing. The method according to claim 1 or 8, The upper fixing stand 450 is a plate-shaped inlet to prevent the flow of the ice container 10, which is introduced when the loss 20 is removed on one side of the upper fixing stand 450 in a direction parallel to the guide rail 200. Ice plate vessel cutting device, characterized in that the pressing plate 480 is provided, the other side of the upper fixing stand 450 is provided with a discharge plate (490) in the form of a plate to prevent the flow of the frozen ice container 10 is discharged. The method of claim 1, The arrangement position where the first blade 510, the second blade 520, and the removal plate 530 of the cutter unit 500 are attached to each other has a different distance and rotates to cut one side of the loss 20. The primary blade 510 is protruded and attached to the beginning of the secondary blade, the secondary blade 520 for cutting the other side of the loss 20 is protruded and attached to the rear of the primary blade 510, the secondary Ice tray loss cutting device, characterized in that the removal plate 530 having a predetermined length protrudes and attached to the rear end of the blade (520). The method of claim 1, The drive shaft 150 is provided with a predetermined length on the inner bottom surface of the main body 110, the chain 160 is connected to each of the plurality of gears rotated by the drive motor 140 and fitted to the drive shaft 150 The first cam 230, the second cam 310, the third cam 420, and the fourth cam 470 are rotated, and the cutter unit 500 is rotated at the same time. Ice container loss cutting machine. The method of claim 1, A counter sensor 600 is provided at one side of the drive shaft 150, and a counter display unit 610 is attached to one side of the main body 110 to determine the number of ice cream containers 10 discharged to the ice cream container outlet 120. Ice container container cutting device characterized in that the display.