KR200320357Y1 - Automatic cutting device for making the cake - Google Patents

Abstract

The present invention relates to a rice cake molding machine, and in particular, various types of rice cakes continuously discharged such as sputum rice cake or dough moldings such as fish paste, sausages, songpyeon, slices, cuts of rice (hereinafter referred to as moldings), etc. A cutting device for a molding machine for cutting.

According to the present invention, the driving motor 150 controlled by the limit switch rotates at a predetermined time period, while the pair of drive shafts 140 with the cutting knife 141 attached to the driving motor 150 rotate, the two cutting knives rotate. After cutting the molding passing between 141, the cutting knife 141 is stopped to the initial position for subsequent cutting work. Repeating this process will automatically cut the molding to the appropriate length.

In this case, in order to diversify the cross-sectional shape of the outlet from which the molded product is discharged, the cross-section of the molded product may be diversified by selectively exchanging the guide block 110 or the molding nozzle 120 in which various types of cross-sections are formed.

Description

Automatic cutting device for making the cake}

The present invention relates to a rice cake molding machine, and in particular, various types of rice cakes continuously discharged such as sputum rice cake or dough moldings such as fish paste, sausages, songpyeon, slices, cuts of rice (hereinafter referred to as moldings), etc. A cutting device for a molding machine for cutting.

Dough as defined herein refers to a mixture or kneading of flour or rice flour or fish paste, glutinous rice flour, sausage material, etc., molding means a dough discharged from the molding machine so that the dough becomes a constant cross-sectional shape do.

In general, rice cakes are made at home during Aekyungsa, such as a hundred days feast, a stone feast, a sixtieth birthday, and a wedding ceremony, or are served to a dear guest. Production is possible.

An example of the conventional rice cake molding machine is introduced in detail in Utility Model Registration No. 0234882, “Sputum Rice Cake Molding Machine”. The rice cake molding machine is roughly eye-populated with scissors when cutting the rice cakes continuously discharged to a certain length in the case of the rice cake molding machine. However, the length of the rice cake was not fixed, but there was an uncomfortable problem during packaging and handling. In order to alleviate this inconvenience, a cutting device for cutting the length of the rice cake has been recently developed.

As an example of a sputum rice cake cutting device, the credit model registration No. 0247932 discloses the rice cake cutting machine for rice cake molding machine. The cutter provides a cutting member capable of cutting the rice cake discharged and molded into a sawtooth shape in a cylindrical shape, wherein the cutting member integrally forms a cutting blade and a body formed in a sawtooth shape, or a cutting blade and a body respectively. It provides a cutting member composed of a separation type combined with injection molding after being separated by a synthetic resin having a different material, but the cross section of the cutting member is cut into a sawtooth shape, and there is a problem that can not be compatible with various types of molding machines. Rather, the residue of the rice cake sticks to the cutting member (cutting knife), and there is a hassle that needs to be wiped off from time to time.

The present invention has been made to solve the above problems, and to provide a cutting device for dough molding machine that can be installed compatible with various types of molding machines.

Another object of the present invention is to provide a cutting device for dough molding machine capable of automatically cutting the rice cake is molded and discharged to a certain length at all times.

Another object of the present invention is to provide a cutting device for a dough molding machine that can be cut so that the residue of the molding to stick to the blade when cutting the rice cake.

In the cutting device for cutting the dough molding discharged from the rice cake molding machine to a predetermined length as a solution according to the present invention, it is detachably attached on the outlet discharged from the molding machine, is in communication with the discharge port to guide the dough A guide block for discharging in a predetermined shape, a frame supporting the guide block, and a blade drive shaft coupled to a lower portion of the outlet side of the guide block, rotatably coupled to the frame and having a cutting knife attached in a longitudinal direction; To cut off the power of the drive motor attached to one side of the frame, the battery is driven by a limit switch, the drive motor rotated by a relay or a timer and the blade drive shaft rotated by the drive motor stops at an initial position. On the cam attached to the shaft of the drive motor and whether the cam surface La temperature and may be accomplished with a limit switch that is switched off.

The present invention allows the drive motor to rotate at regular intervals by means of a timer or a relay, and the stop of the drive motor is a limit switch contacted to the cam surface by turning a cam on the rotating shaft when the drive motor is rotated. Supply or cut off power of the above drive motor.

Therefore, the drive motor repeats the rotation operation and the stop operation, and cuts the molding passing between the two cutting knives while rotating a pair of blade drive shafts connected thereto during the rotation operation. At this time, the molding is discharged for a time set by a relay or a timer so that the molding can be cut to a certain length.

For reference, the present invention exemplified that the cutting device of the present invention was employed in the sputum cake forming machine, but it can be used in various molding machines for producing moldings that are long discharged from dough such as sputum rice cake, sliced rice, sliced rice, sundae, sausage, fish cake, etc. It will be understood from the following description that it is not limited to the rice cake molding machine.

1 is a perspective view showing an example of a rice cake molding machine employing a cutting device according to the present invention,

Figure 2 is an exploded perspective view of a cutting device for rice cake molding machine according to the present invention,

3 is a cross-sectional view showing an embodiment of a guide block of a cutting device according to the present invention,

4 is a cross-sectional view of a state in which a molding nozzle is further installed on the guide block of the cutting device according to the present invention;

5 is a perspective view of a dough molding nozzle corresponding to an example according to the present invention;

Figure 6 is a bottom view showing various examples of the dough molding nozzle according to the present invention,

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

100: cutting device 101: dough outlet

110: guide block 111: fastener

120: molding nozzle 123: fastening

130: support frame 140: drive shaft

150: drive motor 151: cam

152: limit switch 160: water spray pipe

200: molding machine

Hereinafter, with reference to the accompanying drawings, a cutting device for dough molding machine according to the present invention will be described in more detail.

1 is a perspective view illustrating a state in which a cutting device according to the present invention is attached to a conventional dough molding machine, and as shown in the drawing, the cutting device 100 is attached to the outlet 101 of the rice cake molding machine 200. Lose.

2 is an exploded perspective view showing an exploded cutting device 100 according to the present invention, Figure 3 is a cross-sectional view of the cutting device of the present invention, the cutting device 100 is in communication with the outlet 101 of the molding machine 200 The guide block 110 having a discharge port 113 coupled to be discharged so as to be coupled to each other, and the support frame 130 is attached to both side walls of the guide block 110.

The guide block 110 is coupled so as to pass through the dough outlet 101 of the rice cake molding machine 200, and when the dough dough kneaded by the rice cake molding machine 200 is introduced into and discharged, a molding having a constant cross section is discharged. .

A pair of blade drive shafts 140 engaged with each other by spur gears 142 are rotatably supported between the support frames 130 and rotated at the same time, and the blade drive shaft 140 has a cutting knife in the longitudinal direction thereof. 141 is attached, respectively. The drive shaft 140 is provided with power by the drive motor 150 attached to one side of the support frame 130.

In addition, the guide block 110, as shown in Figures 4 to 6 in order to diversify the shape of the cross-section of the rice cake during the molding of the various manufacturing nozzles 120 having different cross-sections to produce the molding nozzle ( By attaching 120 to the guide block 110 detachably, a molded article having various cross sections may be manufactured. In this case, the molding nozzle 120 may be further attached or detachable so as to communicate with the outlet 101 of the guide block 110.

Here, the guide block 110 may be formed by varying the cross-sectional shape of the outlet 113 in the guide block 110 or by manufacturing the respective guide blocks to match the shape of the inlet contacting the outlet of the molding machine with the shape of the outlet of various types of molding machines. It can be installed compatible with various molding machines.

Subdivided into this, as shown in Figure 4, by separating the inlet side guide passage 112 and the outlet side outlet 113 of the upper guide block 110 to selectively form a molding nozzle 120 to diversify the cross section of the outlet By allowing exchange, the cross section of the molding can be varied.

The molding nozzle 120 is in communication with the guide passage 112 of the guide block 110 and the dough is entered into it is discharged through the outlet 122, as shown in Figure 6 the shape of the outlet 122 By diversifying it will be possible to discharge the various types of rice cake or dough.

When the guide block 110 is attached to the dough outlet 101 of the various molding machines is a cutting device according to the present invention, the dough is introduced into the block is discharged to the outlet. As a means for attaching the guide block 110 to the dough outlet, it is possible to assemble by a general bolt and nut.

When the cutting device is operated, a water spray pipe 160 for spraying water is installed to prevent the molding (mochi) from being cut on the surface of the cutting knife 141. The water spray pipe 160 is installed between the support frame 130 above the blade drive shaft 140, the water spray pipe 160 is an empty tube inside the two cutting knife 141 on the circumferential surface A blowing hole 162 is formed to face in between. When the water is introduced through the connection tube 161 into which the hose connected to the tap water is inserted, the water is ejected into the upper jet hole 162.

The working example of the dough molding cutting device according to the present invention configured as described above will be described.

When the guide block 110 of the present invention is fastened to the outlet 101 of a specific molding machine by bolts and nuts, the outlet 101 of the molding machine is connected to the guide passage in the guide block 110 to be discharged from the outlet of the molding machine 200. The dough to be made is discharged through the guide block 110 as shown in FIG.

Therefore, when the dough is discharged through the outlet of the upper guide block 110 or the forming nozzle 120, the drive motor by supplying power to the drive motor 150 in accordance with the time set in the relay (not shown) Is operated to rotate the blade drive shaft 140. The two drive shafts are engaged by the spur gear 142 to rotate, and the cam 151 coupled to the shaft of the drive motor 150 also rotates therewith.

When the shaft of the drive motor 150 is rotated, the cutting knife 141 is interlocked with each other to cut the molding passing therebetween. At this time, the limit switch 152, which is kept in an ON state in contact with the cam surface after cutting the molded product, is turned off while being spaced apart from the cam surface.

At the same time as the limit switch 152 is turned off, the driving motor 150 is stopped and the cutting knife 141 remains at the initial position, and when the time set by the relay elapses, the driving motor 150 is moved by the relay. Power it on to operate it.

While repeating such an operation, the dough moldings discharged from the molding machine 200 may be cut at regular intervals, thereby continuously cutting the lengths of the moldings to the same length.

In addition, when the cutting operation is made by the driving motor 150, the water connected to the tap water is introduced into the water spray pipe 160 and discharged through the jet hole 162 to cut the surface of the cutting knife 141. Moldings do not stick together.

As can be seen from the above description, the cutting knife for rice cake machine according to the present invention is molded by the cutting knife while repeatedly rotating by the start or stop signal of the limit switch controlled by a timer or a relay and a cam (sputum rice cake). Will be able to cut.

Therefore, since the water is sprayed on the molding cut by the cutting knife, the molding does not stick to the cutting knife, and the cutting device of the present invention is compatible with various rice cake molding machines that are widely used when diversifying the shape of the guide block or the molding nozzle. Can be installed.

In addition, if the shape of the molding nozzle 120 is designed in various shapes, as shown in Figure 5 will be able to shape the cross-section of the discharged molding in various shapes.

Claims (4)

In the cutting device for cutting a molding discharged from the molding machine to a predetermined length, A guide block (110) detachably attached to the discharge port (101) discharged from the molding machine and being in communication with the discharge port to guide the dough into a predetermined shape; Frame 130 for supporting the guide block 110, Is coupled to the lower side of the outlet side of the guide block 110, each blade drive shaft 140 rotatably coupled to the frame 130 and attached to the cutting knife 141 in the longitudinal direction, A driving motor 150 attached to one side of the frame 130 and rotating at a time set by a timer or a relay; Cam 151 attached to the shaft of the drive motor 150 to cut off the power of the drive motor 150 so that the blade drive shaft 140 rotated by the drive motor 150 stops at the initial position; Cutting device for a dough molding machine, characterized in that it consists of a limit switch 152 that is switched on and off according to whether the cam surface is touched. According to claim 1, by making a variety of guide block 110 having a variety of guide passages to communicate with the outlet 101 of the various types of molding machine compatible with the guide block to the rice cake molding machine 200 and the cutting device 100 Cutting device for dough molding machine, characterized in that to be fastened. The method of claim 1, wherein the cross-sectional shape of the discharge port 122, which is coupled to the guide block 110 interchangeably and connected to the guide passageway 112 through which the dough enters and exits, selects the various forming nozzles 120. Cutting device for dough molding machine, characterized in that to be replaced with. The cutting knife 141 of claim 1, further comprising: a water injection pipe 160 installed at an upper portion of the cutting knife 141 so that water supplied from the outside is sprayed between the two cutting knife 141 during a cutting operation. Cutting device for the dough molding machine, characterized in that the molding to be cut on the surface of the) so as not to stick.