KR200166789Y1 - Soybean inserting appratus of pine-rice cake forming machine - Google Patents

Abstract

The present invention relates to a bean injection device of the songpyeon molding machine, the cover of which the open top of the contents supply container is covered and the rotating hole penetrates to the surface; A drive member comprising a gear box installed to the upper surface of the cover and having a constant gear ratio and a gear reduction gear portion having different gear ratios therein, and a feed shaft installed in the gear box together with a drive motor to rotate to the constant speed gear; A mixing member comprising a mixing rotary shaft inserted into the rotating hole of the cover and rotating by the reduction gear unit, a first gear formed at an upper end of the mixing rotary shaft, and first, second and third mixing screws installed at a lower end of the mixing rotary shaft; ; A transfer screw inserted into the cover, the mixing rotation shaft, and the passage member from the transfer rotating shaft to feed the contents downward while being moved up, down and rotated; While the lower end is coupled to the vertical movement port of the interlocking member, the upper end is the lower member to be pushed up and down by pressing the round bar; And a shaping blade including an upper shaping groove, a lower shaping groove, and a cutting blade so as to repeatedly cut and cut the surface of the honey rice cake on the tip portion as the cutting shaping member.

Description

SONGBEAN INSERTING APPRATUS OF PINE-RICE CAKE FORMING MACHINE}

The present invention relates to a bean injection device of the songpyeon molding machine.

In general, in order to eliminate the inconvenience and discomfort from the manual work combing the hand piece in the hand piece forming work is used to produce a piece of the songpyeon molding machine which is an apparatus for forming by automatic work.

In the schematic configuration of the above-mentioned piece of the songpyeon, briefly described with reference to Utility Model Registration No. 98-3404 (March 10, 1998) (designated name: Songbyeon molding machine) filed by the present applicant, End groove of the discharge cap of the discharge cap installed in the lower portion of the polymerization nozzle of the forming groove, and forming the finishing blade on the forming blade corresponding to the finishing groove, while the leading end of the forming blade arranged in a plurality of upper surface of the rotating disk The main gear, the auxiliary gear and the rotating shaft, which are engaged with this by the fourth motor, can be rotated so as to be able to open and close to the center of the rotating disk, and the auxiliary rotating shaft is eccentric at the tip of the rotating shaft. Protrudingly formed, the auxiliary axis of rotation allows the horizontal movable tool to move along a pair of horizontal guide rods, and vertical guide rods at both ends of the horizontal guide rods. La was characterized in that a vertical moving sphere is moved.

In the operating state of the songpyeon molding machine configured as described above, the horizontal movement port and the vertical movement port is moved up and down and left and right along the horizontal guide rod and the vertical guide rod in accordance with the rotation of the fourth motor, the forming blade connected to the upper surface of the rotating disc It is possible to cut the dough formed from the dispensing cap into a predetermined size while being squeezed and unfolded at a predetermined size. Along with the effect of beautiful molding, the finish groove of the delivery cap and the forming edge of the forming blade had a structure that can be effective to make the finish portion of the songpyeon.

In particular, in the prior art using the songpyeon molding machine, in the supply structure of the contents to be put into the dough of the songpyeon, the structure is not provided separately, but because it can be supplied from the top to the bottom so that sugar or sesame seeds, etc. It does not matter if you put, but the contents such as whole beans crushed in the process of putting into the inside of the dough had a problem such as appearance is not good.

Therefore, the present invention is to solve the problems as described above, the technical problem of the present invention instead of using the drive means of the transfer screw and the mixing member in the conventional chain connection method, etc. instead of the screw rotation at a constant speed of the mixing screw The screw is to provide a whole bean injection device of the songpyeon molding machine that can be supplied to the contents normally by decelerating rotation.

Another technical problem of the present invention is that, when the conveying screw is lowered, the conveying screw is not rotated by the pressure of the lowering member, and the instantaneous kneading is rotated while the conveying screw is raised by the restoring force of the compression spring with the raising of the lowering member. As the contents are supplied to the empty space inside the water, the contents can be supplied normally without being damaged, thereby providing a whole bean injection device of the songpyeon molding machine that can obtain a high-quality songpyeon.

Another technical problem of the present invention is to enable the production of songpyeon as well as honey rice cake using a songpyeon molding machine, and when cutting the dough added to the contents as a cutting molding member to shape the songpyeon on the upper and lower surfaces of the songpyeon It is to provide a whole bean injection device of the songpyeon molding machine to improve the appearance by forming a pattern.

The present invention, the contents supply cylinder and the passage member is arranged in order from the upper portion of the body, one side of the passage member is provided with a dough supply cylinder so that the contents of the dough is added to the inside discharged downward, the passage The body of the position below the member is provided with a cutting molding member to be repeatedly operated to move up and down by the interlocking member in the songpyeon machine for cutting and molding the dough, the open upper portion of the contents supply container is covered A cover through which the rotating hole penetrates to the surface; A drive member comprising a gear box installed to the upper surface of the cover and having a constant gear ratio and a gear reduction gear portion having different gear ratios therein, and a feed shaft installed in the gear box together with a drive motor to rotate to the constant speed gear; A mixing member comprising a mixing rotary shaft inserted into the rotating hole of the cover and rotating by the reduction gear unit, a first gear formed at an upper end of the mixing rotary shaft, and first, second and third mixing screws installed at a lower end of the mixing rotary shaft; ; A transfer screw inserted into the cover, the mixing rotation shaft, and the passage member from the transfer rotating shaft to feed the contents downward while being moved up, down and rotated; While the lower end is coupled to the vertical movement port of the interlocking member, the upper end is the lower member to be pushed up and down by pressing the round bar; And a shaping blade including an upper shaping groove, a lower shaping groove, and a cutting blade so as to repeatedly cut and cut the surface of the honey rice cake on the tip portion as the cutting shaping member.

In addition, the constant speed gear unit is coupled to each other and the main gear gear installed in the lower portion of the drive motor and the main gear gear installed in the lower portion of the feed rotating shaft with a gear ratio of 1: 1 to transmit the rotational force, the reduction gear portion is the first gear And a second gear formed at a lower portion of the main gear gear so as to be engaged with each other and have a gear ratio of 4: 1.

The transfer screw may include a straight rod having a transfer coil of contents wound around a lower outer circumferential surface thereof, and a fixture and a movable tool provided with a compression spring interposed at an upper end of the rod; And a thrust bearing positioned on an upper surface of the fixture.

In addition, the falling member is characterized in that the vertical rod is coupled to the lower end of the vertical movement port of the interlocking member, and one end is coupled to the upper end of the vertical rod, the other end is made of a horizontal bracket fitted to the round bar.

1 is a perspective view showing a whole bean injection device of the songpyeon forming machine according to an embodiment of the present invention.

Figure 2 is a view showing a transfer screw, drive member, mixing member and the interlocking member according to the present invention, Figure 2a is an exploded perspective view of the transfer screw and the drive member, Figure 2b is an exploded perspective view of the transfer screw and the interlocking member.

Figure 3 is a cross-sectional view of the coupled state of Figure 2, Figure 3a is a transfer screw is in a lowered state, Figure 3b is a raised state of the transfer screw.

Figure 4 is an exploded perspective view of the cutting molded member according to the present invention.

Figure 5 is a plan view showing the operating state of the cutting molding member in the present invention, Figure 5a is when the molding blade is closed, Figure 5b is when the molding blade is unfolded.

6 is a side view showing the up and down movement state of the cutting molding member by the internal motor of the present invention, Figure 6a is when the cutting molding member is raised, Figure 6b is when the cutting molding member is lowered.

<Explanation of symbols for main parts of the drawings>

S: Whole bean 1: Songpyeon forming machine

10: body 20: passage member

30: interlocking member 40: cutting molding member

50: cover 60: drive member

70: mixing member 80: transfer screw

90: descent member

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, FIGS. 1 and 2A and 2B.

As shown therein, the songpyeon forming machine 1 is arranged to sequentially arrange the content supply container 11 and the passage member 20 from the upper portion of the body 10, the dough supply cylinder on one side of the passage member 20 (12) is installed so that the dough is added to the inside of the contents discharged to the lower, the body 10 in the lower position of the passage member 20 to be repeatedly moved up and down by the interlocking member (30) The cutting molding member 40 may be installed to cut and mold the dough. This is illustrated well in FIG. 1.

The cover piece 50, the drive member 60, the mixing member 70, the conveying screw 80 and the lowering member 90 is installed in the songpyeon forming machine (1).

As shown in FIG. 2A, the cover 50 is covered with an open upper portion of the contents supply container 11 and a rotating hole 51 penetrates to the surface thereof. The contents supply container 11 in which the cover 50 is covered is partially opened to allow contents to be supplied.

The drive member 60 is installed on the upper surface of the cover 50 while the gearbox 61 and the gearbox 61 and the gearbox 61 and the gearbox 61 are installed in such a manner that the constant speed gear portion and the reduction gear portion have different gear ratios. It is installed along with the feed rotating shaft 65 is rotated to the constant speed gear portion.

On one side of the feed rotation shaft 65 forms an 'b' shaped fixing groove (65a) of the upper opening.

The mixing member 70 is inserted into the rotary hole 51 of the cover 50 to be rotated and operated by the reduction gear part, and the first gear 64a formed on the upper end of the mixing rotary shaft 71. ) And first, second and third mixing screws 71a, 71b and 71c installed at the lower end of the mixing rotation shaft 71. That is, the first gear 64a is positioned on the upper surface of the cover 50, while the first, second, and third mixing screws 71a, 71b, 71c are provided on the contents supply container (back) of the rear surface of the cover 50. 11) located within.

The first mixing screw 71a is fixed to the upper end of the mixing rotation shaft 71 and the back surface of the cover 50 so that the contents filled in the contents supply container 11 are automatically stirred when the contents are moved. 2, the mixing screw 71b is fixed to the lower part of the first mixing screw 71a, and has a blade bent upward, so that the mixing screw 71b is stirred in the upper direction of the contents supply container 11, The third mixing screw (71c) is selectively fitted to be fixed to the lower portion of the second mixing screw (71b), the third mixing screw (71c) is a wing bent downwards in the contents supply cylinder (11) Stir the bottom.

The conveying screw 80 is fitted into the cover 50, the mixing shaft 71, the passage member 20 from the conveying rotation shaft 65, while supplying the contents down, while moving up and down.

As shown in Figure 2b, the lower member 90 is coupled to the lower end of the vertical movement port 31 of the interlocking member 30, the upper end is pushed up and down by pressing the round bar 81 of the transfer screw 80 To be able. That is, the lowering member 90 is operated by the lowering of the vertical movable hole 31 to serve to forcibly lower the round bar 81.

On the other hand, the forming blade 41 is the cutting molding member 40, the upper forming groove 42 and the lower forming groove 43 and repeatedly cut while bending the surface when forming a honeycomb, rather than a piece of puff on the tip portion and The cutting blade portion 44 may be formed. The honey rice cake is formed in a circular ball shape, the concave portion is formed on the upper surface and the lower surface of the honey rice cake as it passes through the upper forming groove 42 and the lower forming groove 43, the forming blade ( After the passage of 41, the cutting blade 44 is cut and molded.

The constant speed gear unit is coupled to each other with a gear ratio of 1: 1 to the main gear 62a installed in the lower portion of the drive motor 66 and the main gear 62a installed in the lower portion of the feed rotation shaft 65 so that the rotational force is transmitted. In addition, the reduction gear part has a gear ratio of 4: 1 and the first gear 64a and is formed of a second gear 64b formed below the main gear 62a so as to be engaged with each other to transmit rotational force.

The rotational force of the main gear 62a by the rotation of the drive motor 66 is transmitted to the driven gear 62b as it is, and the rotational force of the second gear 64b is transmitted to the first gear 64a. When it is transmitted in deceleration state. This means that the driven gear 62b rotates the feed screw 80 together with the feed rotation shaft 65, and the first gear 64a mixes the first, second and third together with the mixing rotation shaft 71. The screws 71a, 71b, 71c are rotated. At this time, since the amount of transfer of the contents by the first, second, and third mixing screws 71a, 71b, and 71c is much larger than the amount of transfer of the contents by the transfer screw 80, in order to adjust the amount of transfer of the contents, It can achieve by adjusting the rotation speed by a difference.

The transfer screw (80) is a fastener (85) installed with a straight bar (81) in which a transfer coil (82) of the contents is wound on a lower outer circumferential surface, and a compression spring (83) interposed between an upper end of the round bar (81). And a moving tool 84; And a thrust bearing 86 positioned on an upper surface of the fixture 85. On one side of the outer circumferential surface of the fixing tool 85, the fixing protrusion 85a protrudes to be fitted into the fixing groove 65a.

The lower member 90 is a vertical rod 91 having a lower end coupled to a vertical movement hole 31 of the interlocking member 30, and one end is coupled to an upper end of the vertical rod 91, and the other end of the lower rod ( It consists of a horizontal bracket (92) fitted to the 81.

The operation of the present invention configured as described above will be described in detail with reference to FIGS. 3A and 3B to 6A and 6B.

In the cutting molding member 40, the rotary disk 47 covered with the disk cover 45 and placed on the circular support disk 46 is rotated, and then the cutting blade 44 is formed up and down on one side. The plurality of shaping edges 41 are radially wound, and the outer edges of the shaping edges 41 are fixed to the supporting disc 46 so as to be the center of rotation, while the center portion thereof is the pin 48 on the rotation disc 47. Fixed to the inner end of each of the forming blades 41 to be pinched and unfolded when viewed in a planar view, and a pair of support plates 49 are bolted from the lower side to the support disc 46 to be rotated left and right The through holes 49a penetrate adjacent to each other.

In the interlocking member (30), one side of the body (10) protrudes and fixes a square partition wall (32) to form an operating chamber (33) inward, and the center of the operating chamber (33) inside In order to transfer the driving force of the motor 34 to the main gear 35 and the auxiliary gear 36, a rotary shaft 37 is provided with the auxiliary rotary shaft 37a protruding eccentrically from the tip, and a pair of the auxiliary rotary shaft 37a is provided. A horizontal moving hole 84 is formed in which the fixing protrusion 39 is formed at the upper portion so as to be guided right and left along the horizontal guide rod 38 of the long hole 49a so that the connecting plate 49 is fixed to the long hole 49a. Both ends of the guide rods 38 are provided with vertical movement holes 31 so as to be vertically guided by being fitted to the vertical guide rods 38a fixed at both ends by the partition walls 32.

One end of the vertical movement port 31 is coupled to the lower end of the vertical bar 91, and both ends of the horizontal bracket 92 between the upper end of the vertical bar 91 and the upper end of the transfer screw 80. It will be fixed. In other words, the left end of the horizontal bracket 92 is fitted into the round bar 81 of the transfer screw 80 so as to be slidable, and the right end is fixed to the upper end of the vertical bar 91. .

In this way, when the operator turns on the power of the song-ply molding machine 1, the drive motor 66 installed on the upper surface of the gear box 61 is rotated, the main gear of the drive motor 66 ( 62a) is rotated while being engaged with the driven gear 62b of the feed shaft 65. In this case, since the gear ratio of the main gear 62a and the driven gear 62b is 1: 1, the rotational force of the driving motor 66 is transmitted to the feed shaft 65 as a result. Thus, the fixing tool 85 and the round bar 81 are rotated by the moving tool 84 which is rotated together with the feed rotation shaft 65. This describes the constant speed gear unit.

In addition, as a description of the reduction gear unit, the second gear 64b protruding integrally with the main gear 62a is in gear-coupling state with the first gear 64a protruding from the mixing rotation shaft 71. Rotary works. In this case, the gear ratio of the first gear 64a and the second gear 64b is 1: 4. As a result, the second gear 64b is rotated once when the first gear 64a is rotated four times. As a result, the rotation speed is decelerated, so that the beans S, which are the contents stored inside the contents supply container 11, are gradually removed by the first, second, and third mixing screws 71a, 71b, 71c. Stir it.

In summary, the contents supply container 11 in which the first, second and third mixing screws 71a, 71b, and 71c are located is filled with a large amount of whole beans S in a relatively wide diameter space. On the other hand, since the inside of the passage member 20 in which the conveying screw 80 is located is supplied with the beans S downward in a space of a narrow diameter compared to the contents supply container 11, First, second and third mixing screws 71a, 71b and 71c and the first, second and third mixing screws 71a and 71b in order to smoothly transfer the whole beans S by the transfer screw 80. , And the rotation speed of (71c) is reduced by the reduction gear portion, and the contents are gradually supplied in the downward direction, and the rotation speed of the transfer screw (80) is relatively the same rotation speed as the drive motor (66) by the constant speed gear portion. As it has a sharp rotation speed can be smoothly supplied to the down (S) downwards To shop. As a result, the rotation ratio of the first, second, third mixing screws 71a, 71b, 71c and the transfer screw 80 should have a ratio of about 1: 4 so that the contents can be smoothly supplied to the dough.

At the same time, as the vertical movement port 31 of the interlocking member 30 moves downward, the vertical bar 91 which is the lowering member 90 coupled thereto is lowered, and thus is coupled to the vertical bar 91. The horizontal bracket 92 is to push down the round bar 81 of the transfer screw (80). In more detail, the horizontal bracket 92 will press the fixture 85 together with the thrust bearing 86.

In this case, the movable tool 84 is in the state coupled to the conveying rotation shaft 65, while the round bar 81 is slid downwards, the fixture 85 is the round bar 81 and Together, the compression spring 83 is pushed downward to compress. Then, the lower end portion of the round bar 81 is moved downward along the inside of the passage member 20, and the lower end of the round bar 81 protrudes in the lower direction of the passage member 20. To be. At this time, the round bar 81 is lowered in the downward direction without being rotated because the force is in a state of being pressed from the top.

Thus, as a result of the drop of the whole beans (S) as the contents along the transfer coil 82 installed on the outer circumferential surface of the round bar 81 of the transfer screw 80, the round bar 81 of the round bar 81 into the empty space inside the dough. The lower end is positioned.

On the other hand, when the vertical movement hole 31 of the interlocking member 30 is raised, the horizontal bracket 92 is raised at the same time as the vertical rod 91, and the restoring force of the compression spring 83 that has been previously compressed. The round bar 81 is raised together with the fixture 85. In this case, since the transfer coil 82 is wound around the round bar 81 and the whole beans S in the contents supply container 11 are filled along the transfer coil 82, the round bar ( 81 and the fixture 85 are rotated while being raised. Here, the thrust bearing 86 is installed between the fixture 85 and the horizontal bracket 92, so that the fixture 85 is not disturbed even when the fixture 85 is rotated.

In this state, when the round bar 81, which is the transfer screw 80, rotates, whole beans such as beans, which are located in the transfer coil 82 of the round bar 81, the lower end of which is located in the empty space of the dough. S) is located in the empty space of the dough, and then the round bar 81 exits into the empty space of the dough, and at the same time, the dough into which the whole bean (S) is put is molded of the cutting-molding member 40. The blade 41 is cut at the same time as the molding. Thus, soybean (S) is smoothly supplied into the dough by the lowering and rotation of the transfer screw 80, it is to be injected without damaging the outer surface of the soybean (S).

In addition, if necessary, the cutting blade portion 44 in the vertical direction is formed at the tip of the forming blade 41 at the time of forming the honey rice cake, not the songpyeon, and the upper forming grooves (upper and lower portion of the cutting blade portion 44) 42 and the lower forming groove 43, the dough passing through the cutting member 40 is cut by the cutting blade 44, and the upper forming groove 42 and the lower forming groove ( When passing through 43), a pattern may be formed on the upper and lower portions of the dough.

As described in detail above, according to the whole bean injector of the present invention, the cover of the contents supply container of the songpyeon molding machine is provided with a drive member consisting of a gearbox provided with a constant speed gear part and a reduction gear part. By means of vertically installing the transfer screw rotated by the contents supply passage along the passage member, and by installing the mixing member actuated by the reduction gear part in a state protruding to the lower portion of the cover, thereby driving the conveying screw and the mixing member. Instead of using conventional methods such as chain connection, the screw is rotated at a constant speed according to the gear ratio, and the mixing screw is decelerated and rotated to supply the contents normally, so that the beans are smoothly supplied into the dough by the conveying screw and the outside of the beans To prevent damage to the surface as much as possible .

To summarize this in more detail, by installing a lowering member consisting of a vertical rod and a horizontal bracket between the interlocking member of the cutting-molded member and the rounding screw of the conveying screw installed in the songpyeon molding machine, the lowering conveying screw at the pressure of the lowering member Is not rotated, so that the beans are supplied to the empty space inside the dough at the moment the rotating screw is raised and rotated by the restoring force of the compression spring with the lifting of the lowering member, so that the beans can be supplied normally without breaking It is a useful design that can get a high quality songpyeon.

In addition, by forming the upper forming groove, the lower forming groove and the cutting blade portion in the forming blade which is a cutting molding member installed in the body of the songpyeon molding machine, it is possible to produce not only the existing songpyeon but also honey rice cake using the songpyeon forming machine, cutting molding member By cutting the dough to which the contents are added as a honey cake is designed to improve the appearance by forming a pattern on the upper and lower surfaces of the honey duck.

Claims (5)

The contents supply cylinder 11 and the passage member 20 are arranged in order from the top of the body 10, and one side of the passage member 20 is provided with a dough supply cylinder 12 to which contents are added. The dough is discharged to the lower portion, the cutting member 10 is installed in the body 10 of the position below the passage member 20 by the interlocking member 30 to move up and down repeatedly by the cutting molding member 40 In the songpyeon molding machine that can cut and mold A cover 50 in which the opened upper portion of the contents supply container 11 is covered and the rotating hole 51 penetrates to the surface; The gearbox 61 is installed to the upper surface of the cover 50 and the gearbox 61 is installed so that the constant speed gear portion and the reduction gear portion have different gear ratios, and the gearbox 61 is installed together with the driving motor 66 to the gearbox 61. A drive member (60) consisting of a feed rotating shaft (65) which is rotated by a furnace; A mixing rotary shaft 71 inserted into the rotary hole 51 of the cover 50 to be rotated by the reduction gear unit, a first gear 64a formed at an upper end of the mixing rotary shaft 71, and the mixed rotary shaft ( A mixing member 70 including first, second and third mixing screws 71a, 71b and 71c installed at a lower end of the 71; A feed screw 80 which is inserted into the cover 50, the mixed rotating shaft 71, and the passage member 20 from the transfer rotating shaft 65 and supplies the contents while being raised, lowered and rotated; While the lower end is coupled to the vertical movement port 31 of the interlocking member 30, the upper end is the lower member 90 to be pushed up and down by pressing the round bar (81); And The whole bean injection device of the songpyeon molding machine comprising a. According to claim 1, wherein the cutting molding member 40, the tip portion of the forming blade 41, the upper forming groove 42 and the lower forming groove 43 and the cutting blade ( 44) a soybean bean injection device of a songpyeon molding machine, characterized in that formed. According to claim 1, wherein the constant speed gear unit has a gear ratio of 1: 1 to the main gear 62a provided in the lower portion of the drive motor 66 and the driven gear 62b provided in the lower portion of the feed rotation shaft (65). The second gear 64b formed under the main gear 62a so that the rotational force is transmitted and the reduction gear portion has a gear ratio of 4: 1 to the first gear 64a and is engaged with each other to transfer the rotational force. Whole bean injection device of the songpyeon molding machine, characterized in that consisting of. The method of claim 1, wherein the transfer screw 80 is A straight rod 81 on which the transfer coil 82 of the contents is wound on the lower outer circumferential surface, A fastener 85 and a moving tool 84 installed with the compression spring 83 interposed at the upper end of the round bar 81; And Thrust bearing 86 located on the upper surface of the fixture 85 Whole bean injection device of the songpyeon molding machine, characterized in that consisting of. The method of claim 1, wherein the falling member 90 A vertical rod 91 having a lower end coupled to a vertical moving hole 31 of the interlocking member 30 and a horizontal bracket fitted with one end to an upper end of the vertical rod 91 while the other end is fitted to the round bar 81. (92) Whole bean injection device of the songpyeon molding machine, characterized in that consisting of.