KR200292946Y1 - Spring onion cutting machine a round cutter revolution and rotation apparatus - Google Patents

Abstract

The present invention relates to a revolving and rotating device of a circular cutter for cutting a wave in a wave cutter for automatically cutting a wave to a predetermined size.

The present invention consists of a cover plate 14 provided with a pair of conveyor belt 12 and the discharge port 13, and is installed so as to open and close the cutting portion of the housing 20 installed in the upper part of the frame (1) In the wave cutter equipped with the wave dispensing apparatus 10, in the front side space 21 of the said housing 20, the rotating plate with respect to the central axis 24 rotatably built in the rear side of the said housing 20. (22) is installed but the driven gear 26 of the central shaft 24 is engaged with the drive gear 29 of the motor shaft 28 receives power from the motor 30 to rotate in a counterclockwise direction. The pinion 40 fixed to one end of the cutter shaft 38 eccentrically penetrated with respect to the rotating plate 22 is interlocked with the internal gear 36 fixed to the pedestal 34 of the housing 20. To the other end of the cutter shaft 38 penetrating the front of the housing 20, the circular cutter 44 Equipped with the rotating plate 22 to rotate in a counterclockwise direction and at the same time rotates itself in the clockwise direction to cut the wave, so that smooth cutting of food, preventing overload of the circular cutter and the shaking of the gas It is possible to cut a stable wave.

Description

Spring onion cutting machine a round cutter revolution and rotation apparatus}

The present invention is a wave cutter for automatically cutting a wave supplied to a cutting portion to a predetermined size through a wave feeding device consisting of a pair of conveyor belts, more specifically, the revolution and rotating structure of the circular cutter for cutting the wave is simple. In addition, the present invention relates to a circular cutter revolving and rotating device of a wave cutter, which enables smooth cutting while preventing the incubation of the circular cutter and the shaking of the gas, and enabling a quick and smooth cutting operation.

In general, when eating foods such as Seolleongtang, Gomtang, Galbi-tang, Kalguksu, or restaurants that consume a lot of green onions, such as soaking kimchi, the leeks are continuously cut and supplied to a certain size. Manual cutting by hand is limited to various tasks.

Therefore, although conventional wave cutters have been devised for continuously cutting a large amount of waves into a size suitable for a purpose, conventional wave cutters are relatively easy and quick to cut compared to manual cutting by a worker. However, the conventional wave cutter is also difficult to cut the supply of the wave, the cutting structure is complicated, and also the cutting operation is not easy and smooth cutting operation according to the adoption of the structure that the cutter is cut by the cutting method of the cutter. As a problem, these structures are outlined as follows.

For example, in the case of the cutter disclosed in Korean Utility Model Registration No. 209278, the cam plate is rotated by holding the green onion with one hand, pushing it into the guide groove, and turning the handle with the other hand, thereby raising and lowering the operation. In this case, a large number of leeks are cut as the knife plate installed in the lower part of the operation moves up and down, but in this case, the operator wants to cut the wave by hand and pushes it into the guide groove and the handle is rotated by the other hand. Due to the manual method to be given, the cutting of the wave is very cumbersome and inconvenient, which makes it impossible to cut the wave quickly and smoothly.

In addition, in the case of the wave cutting device disclosed in Korean Utility Model Registration No. 273851, the cutter rotated by the drive of the motor continuously cuts the wave transferred through the conveyor belt installed in one direction, but the above-mentioned cutting is performed. In the structure, above all, the cutter to cut the wave is cut in the form of chop cutting, which is always rotated in one direction around the motor shaft, so that the overload caused by the forced contact with the wave during cutting is, of course, Difficult to cut the wave easily due to the cutting of the blade by force cutting or fear of damage and damage, and the need for frequent replacement of the cutter, and the cutting of the digging cutter by the shear force of the cutter that occurs only in one direction Separate shatterproof plate to prevent this from being pulled out naturally in the direction of rotation It required, and is provided with a weight for maintaining balance, even if it there is a structural problem which can not be reliably prevent movements of the gas due to the cutting force of the cutter.

In addition, according to the automatic transmission device of the wave cutter disclosed in Korean Patent Publication No. 2000-9496, several reduction gears, connecting gears, power distribution to rotate the rotating plate and the disc-shaped cutter installed therethrough with one drive motor Adopting a proper arrangement of gears and accelerator gears to cut the wave, but the prior design is the power cutting structure of the disc cutter because the disc cutter is rotated by receiving power from a plurality of gears Is very complex and coarse, there is a problem such as an increase in the number of parts due to the use of a plurality of gears and a decrease in productivity due to excessive assembly time, resulting in an increase in manufacturing cost.

Therefore, in the conventional prior art, it is an advanced technique in terms of mechanically cutting a large amount of waves per unit time compared to cutting a wave by hand, but the rotating structure of a cutting knife rotated to cut a wave is complicated. Due to the rotational cutting force exerted only in one direction, it has various problems such as the bias of the shear force, the fear of breakage of the cutting knife, or the shaking of the gas due to the force cut by the wave. Improvement to a smooth cutting structure is urgently required.

The present invention is to solve such a conventional problem, the purpose of the present invention is to improve the revolution and rotation structure of the circular cutter very simply by using an internal gear to prevent the over-incubation of the circular cutter and the shaking of the gas The purpose of this invention is to provide a circular cutter revolving and rotating device of a wave cutter, which prevents scattering of the cut wave due to the cancellation of shear force, thereby enabling a stable cutting operation.

1 is a perspective view of the overall appearance of a wave cutter with a circular cutter according to the present invention,

Figure 2 is a perspective view of the wave cutter in the open state the wave dispensing apparatus according to the present invention,

Figure 3 is an assembly side cross-sectional view of the wave cutter according to the present invention,

4 is a side cross-sectional view of the excerpt of the present invention,

Figure 5 is a front view showing the revolving and rotating state of the circular cutter according to the present invention.

※ Explanation of symbols on main parts of drawing ※

1: frame 10: wave feeding device

12: a pair of conveyor belt 14: cover plate

20: housing 22: rotating plate

24: center axis 25: driven gear

28: motor shaft 29: drive gear

30: motor 34: pedestal

36: internal gear 38: cutter shaft

40: pinion 44: circular cutter

Technical features of the present invention for achieving the above object, the cover plate provided with a pair of conveyor belt and the discharge port in the wave cutter provided with a wave dispensing device is installed to open and close operation with respect to the housing installed in the upper portion of the frame In the front space of the housing, the rotating plate is installed on the central axis rotatably arranged on the rear side of the housing, but the driven gear of the housing is installed to engage with the drive gear of the motor shaft that receives power from the motor. It is rotated in a clockwise direction, and the internal gear fixed to the base of the housing, the pinion installed at one end of the cutter shaft eccentrically penetrated with respect to the rotating plate to interlock with each other, the other of the cutter shaft penetrated to the front of the housing At the end, a circular cutter is mounted to counterclockwise with the rotary plate. It is soon as the revolution that is configured to cut the wave and also rotates itself at the same time point clockwise.

In addition, according to the present invention, the rotating plate and the circular cutter are preferably designed to have a rotation speed ratio of 1: 5.

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

Figure 1 and Figure 2 is a perspective view of the wave dispensing device of the wave cutter according to the present invention in a closed and open state, Figure 3 is an assembly side cross-sectional view, Figure 4 is an excerpt side cross-sectional view for showing the revolving and rotating structure of the circular cutter 5 is a front view showing an excerpt showing the revolution and rotation state of the circular cutter of the present invention, respectively.

As shown in Figure 1, the wave cutter according to the present invention includes a wave delivery device 10 for transferring the wave to be cut to the cut portion. The wave dispensing apparatus 10 includes a set of conveyor belts 12 horizontally and inclined and a cover plate 14 having a discharge port 13. The cover plate 14 is a housing 20 which will be described later. With respect to the hinge (not shown) on one side with respect to the other handle 16 is provided to be opened and closed if necessary.

The conveyor belt 12 of the wave sending device 10 transfers the wave to be cut to the outlet 13 of the cover plate 14 while rotating at a predetermined speed by a motor not shown in the drawing, and a circular cutter to be described later. In this case, the set of conveyor belts 12 is turned off by the operation of the switch 17, and is cut by the circular cutter by varying the feed speed of the wave through the adjustment of the speed controller 18. The length of the wave is to be different, and the upper conveyor belt of the pair of conveyor belts 12, which is inclined in particular, is elastically installed to be transported with an appropriate pressure in accordance with the thickness of the wave to be cut.

2 to 4, the rotating plate 22 is rotatably installed in the counterclockwise direction in the front space 21 of the housing 20 installed above the frame 1, in which case the rotating plate ( 22 is integrally fixed to one end of the central shaft 24 by a plurality of bolts 23 to be rotated together, the front is installed to match the front of the housing 20 as shown in FIG.

The other end of the center shaft 24 provided with the rotating plate 22 is axially supported by the bearing 25 so as to be rotatable with respect to the rear center of the housing 20, and the driven gear 26 as one point of the center shaft 24. ) Is installed.

As the driven gear 26 of the central shaft 24, the drive gear 29 installed at one end of the motor shaft 28 installed through the housing 20 and formed as a bearing 27 is engaged with each other. The 28 is rotated by the motor 30 installed at the other end, and the motor 30 is installed in the motor case 32 installed at the rear of the housing 20.

Accordingly, the rotating plate 22 has the drive gear 29 of the motor shaft 28 which is rotated by the power of the motor 30 rotated clockwise, and the drive gear 26 of the central shaft 24 engaged therewith is counterclockwise. It can be rotated counterclockwise by rotating in the direction.

On the other hand, as the intermediate support 34 of the housing 20, the internal gear 36 is fixedly installed by a plurality of bolts 37, and the internal gear 36 is eccentrically penetrated with respect to the rotating plate 22. The pinions 40 provided at one end of the cutter shaft 38 are rotated in engagement with each other, and the cutter shaft 38 penetrated through the rotating plate 22 is supported by the bearing 42 so as to rotate together with the pinion 40.

And the other end of the cutter shaft 38 installed through the front of the rotating plate 22, the circular cutter 44 for cutting the wave is integrally fixed by a plurality of bolts 45, the circular cutter The pin 44 of the cutter shaft 38 is rotated counterclockwise with the rotating plate 22 by the cutter shaft 38 installed through the rotating plate 22 as shown in FIG. Since it rotates in the clockwise direction at the same time along the internal gear (36) fixed to it is to rotate in the clockwise direction, unlike the rotary plate 22 is to cut the wave while eventually rotating and rotating.

In the present invention, the rotation ratio of the rotating plate 22 rotated counterclockwise by the motor 30 and the circular cutter 44 in which the coaxial pinion 40 meshes with the internal gear 36 and rotates clockwise. Is preferably designed to be 1: 5.

For example, while the rotating plate 22 is rotated one round, the circular cutter 44 may be designed to turn five wheels on its own to maintain a good rotational balance and to exert a smooth cutting force.

In addition, the weight 46 is fixed to the inner circumferential surface of the rotating plate 22 by a bolt 48 at a position opposite to the cutter shaft 38 in order to maintain the rotational balance according to the eccentric rotation of the circular cutter 44. It is provided and the fragment removal piece 50 for removing the fragment of the cut | disconnected wave which remains in the front surface of the housing 20 is fixed to the front surface of the rotating plate 22 by the bolt 52. As shown in FIG.

In the drawing, reference numeral 56 denotes a main switch for turning the motor 30 on and off, and 58 denotes a support container for receiving a wave in which the cutting is completed.

The state in which the wave is cut to a predetermined size using the wave cutter of the present invention configured as described above will be described.

First, in order to cut the wave, as shown in FIG. 1, the wave dispensing apparatus 10 is closed by operating the handle 16 with respect to the housing 20, and then the main switch 56 of the frame 1 connected to the power supply means is turned on. . At this time, the drive gear 29 on the coaxial shaft 28 is rotated clockwise by the operation of the motor 30, and the driven gear 26 of the central shaft 24 meshed with it is rotated counterclockwise. The rotating plate 22 fixed in the coaxial direction is rotated counterclockwise.

In addition, the circular cutter 44 eccentrically installed on the rotating plate 22 is also rotated (idle) in the same direction with the rotating plate 22 by the cutter shaft 38 and at the same time the pinion 40 installed at one end of the cutter shaft 38. By turning clockwise along the internal gear 26 of this housing 20, it rotates (rotates) itself clockwise.

In this state, when the switch 17 of the wave delivery device 10 is operated to operate a set of conveyor belts 12, and a wave to be cut is inserted between them, the wave is sold as a pair of conveyor belts as shown in FIG. The waves, which are interlocked with each other by 12) and are conveyed to the outlet 13 of the cover plate 14 and gradually transferred to the outlet 13, are predetermined lengths by a circular cutter 44 that revolves and rotates along the rotating plate 22. The cut wave is dropped into the supporting vessel 58 located below the cut.

On the other hand, since the wave cut by the circular cutter 44 is smoothly cut by the circular cutter 44 rotating and rotating at a predetermined speed along the rotating plate 22 as shown in FIG. The cutting piece of the to fall straight to the lower support container 58 in the cut position without being scattered in all directions as in the prior art.

In addition, the circular cutter 44 is rotated in an eccentric state with respect to the rotary plate 22, the weight 46 installed on the rotary plate 22 in the opposite position to the cutter shaft 38, as well as the idle and magnetic force of the circular cutter 44 Since the rotational balance is always maintained by each other, the shaking phenomenon of the gas due to the wave cutting does not occur at all, so that the stable cutting operation is possible.

Particularly, in the present invention, since the circular cutter 44 smoothly cuts the wave while rotating and rotating, the frictional resistance with the wave is minimized, so that the overload does not occur in the circular cutter 44 at all, thereby extending the service life of the circular cutter 44. This becomes possible, and since the wave is cut by the circular cutter 44 which is idled and rotated, the wave is cut more reliably and smoothly than the conventional cut cutting method.

On the other hand, when the debris of the wave cut in the process of being cut is stuck to the inner circumferential surface of the housing 20 is immediately removed by the debris removal piece 50 rotated together with the rotating plate (22).

Continuous cutting of the wave is possible through the same method as described above, and in the case of adjusting the cutting length of the wave, by adjusting the speed controller 18 installed in the wave transmitting device 10, a circle rotates and rotates at a constant speed. The wave is cut with respect to the cutter 44 while the conveying speed is properly adjusted and supplied by a set of conveyor belts 12, for example, when the wave is slowly transferred, the wave is cut finely by the circular cutter 44, If it is conveyed quickly, it will be cut as long.

Then, when the cutting operation of the wave is completed, the operation of the machine by the off operation of each switch (17) (56), when the cleaning is necessary, by releasing the handle (16) by opening the wave dispensing device (10) by rotating the rotating plate And cleaning and replacement of the circular cutter 44 is possible.

As described above, according to the present invention, since the circular cutter cuts the wave while rotating and rotating with respect to the rotating plate, the cutting of the wave is smooth and reliable, and the scattering of the wave and the shaking of the gas due to the offset of shear force are prevented, Prolonged service life due to the overload protection of the circular cutter, and the small size of the product can be made by simplifying the revolution and rotating structure of the circular cutter. It has such an advantage.

Although the present invention has been described with reference to the accompanying drawings, the present invention is not limited thereto, but many modifications and changes may be made without departing from the scope of the following claims. For example, in the present invention, the rotating plate is rotated counterclockwise by a motor, and the circular cutter rotates along the rotating plate and rotates in the clockwise direction to cut the wave. However, the rotating plate and the circular cutter rotate and cut the reversely. The arrangement of is to such an extent that can be easily changed by those skilled in the art.

And the food cut by the circular cutter 44 of the revolution and rotation of the present invention, as well as the leeks, cabbages, buttercups, meat, such as the meat described in the present invention also can be cut of course.

Claims (2)

A wave dispensing device comprising a cover plate 14 provided with a pair of conveyor belts 12 and a discharging opening 13, and installed to be opened and closed with respect to the cut portion of the housing 20 installed above the frame 1. In the wave cutter provided with (10), the rotating plate (22) with respect to the central axis (24) rotatably arranged on the rear side of the housing (20) in the front space (21) of the housing (20). To install the driven gear 26 of the central shaft 24 is engaged with the drive gear 29 of the motor shaft 28 receives the power from the motor 30 to rotate in a counterclockwise direction, the housing The internal gears 36 fixed to the pedestal 34 of the 20 allow the pinions 40 fixed to one end of the cutter shaft 38 eccentrically penetrating with respect to the rotating plate 22 to interlock and rotate with each other. As the other end of the cutter shaft 38 penetrated to the front of the housing 20, a circular cutter 44 is mounted A circular cutter revolving and rotating device of a wave cutter, characterized in that the rotating plate 22 is rotated counterclockwise and simultaneously rotates itself in a clockwise direction. 2. The circular cutter revolving and rotating device according to claim 1, wherein the rotating plate (22) and the circular cutter (44) have a rotation speed ratio of 1: 5.