KR101848832B1 - Continuous manufacturing apparatus of scorched rice - Google Patents

Abstract

An apparatus for continuously producing scorched rice is a device for continuously producing scorched rice by heating cooked rice moving along a conveyor, wherein the device comprises a chain conveyor (10), a heating device (20), a guide frame (30), an oven (40), a scorched rice separating device (50), a knifing device (60), a suction discharge device (70), and a brush device (80). In the apparatus for continuously producing the scorched rice, the scorched rice (2) comes around a sprocket to open an upper heating plate and enable the upper heating plate fall freely, wherein the scorched rice adhered to a lower heating plate is separated by using a scorched rice separation device (50), the residue on the lower heating plate is peeled off with the knifing device (60) and sucked, and residual foreign matters are cleaned by the brush device (80), thereby providing a sanitary environment for manufacturing the scorched rice.

Description

Technical Field [0001] The present invention relates to a continuous manufacturing apparatus of scorched rice,

[0001] The present invention relates to an apparatus for continuously making a rice cake by continuously feeding cooked rice, and more particularly, to an apparatus for continuously producing rice cake from a heated plate through an oven, separating foreign matters from the surface of the heating plate, So as to be able to continuously produce high-quality nori rice in a hygienic manner.

Nurungji refers to the fact that when the rice is cooked in a rice cooker, the temperature of the bottom surface of the rice cooker reaches to the bottom of the cooker, the rice becomes sticky. Such a rice cake is almost always produced when the rice is cooked.

Nurungji is a food that is squeezed by rice, so it sucks its flavor, and because it is unique and has a lot of nutritional value, it scrapes it separately from rice and eats it as a substitute for snack. It boils again and eats as substitute for meal.

However, such a rice cake is only a degree of sticking to the bottom surface of the rice cooker when the rice is cooked once with the rice cooker. That is, since a small amount of rice cake is formed every time rice is cooked, There was a problem that the amount was too small.

In particular, there is a problem that it is difficult to produce a large amount of food substitute food suitable for a patient who boils and consumes porridge with a raw material, or a person who does not have taste, but is not widely used.

Furthermore, in our food culture using rice as a stock, many kinds of confectionery or snack foods mainly based on rice have been developed, but the rice cake, which is the most favorite in our diet for a long time, There is a problem that it can not be widely spread.

Therefore, in recent years, there has been an example in which such a rice cake is mass-produced and used as a substitute for a snack or as a substitute for a meal. However, such a rice cake has adopted a method of sticking rice to a rice cooker,

It is known that rice is cooked in a large amount in a rice cooker in the process of manufacturing a rice cake, and then the rice is placed on a heated iron plate in an appropriate amount for a certain period of time.

In the conventional technology related to this, the heating plate is configured to continuously circulate the conveyor belt horizontally in the " burning apparatus "(Korean Patent Registration No. 10-1182073, Patent Document 1) There is disclosed a device for forming a scorched-paper, removing foreign substances, and cleaning foreign substances while being opened and closed.

Patent Document 1 has a disadvantage in that the drying equipment for collecting and drying rice is separately provided in the course of heating rice to be cooked while heating the baked rice separately.

The lower heating plate has a structure in which the upper heating plate is peeled off. However, since the foreign substances, which are difficult to peel off, are generated in the lower heating plate rather than the upper heating plate, there has been a problem that the peeling efficiency of the foreign substance is deteriorated.

Further, the peeling of the foreign substance is easily peeled in the state that the heating plate is heated. However, since the baking is performed in a state where the temperature of the heating plate is lowered after the baking of the baked rice is finished, the peeling efficiency is further reduced.

As a result, there has been a fatal problem in that the hygiene is lowered when the rice cake is continuously produced.

On the other hand, in the "burnishing apparatus" (Korean Patent Laid-Open Publication No. 10-2008-0002347, Patent Document 2), rice is supplied directly to the heating plate while passing the heating plate over the conveyer, Is disclosed.

In Patent Document 2, since the heating plate through which the conveyor passes is reversed upside down, the space utilization ratio is higher than in Patent Document 1.

However, in Patent Document 2, instead of cooked rice, called rice is supplied to a heating plate to burn rice. In this technique, there is a problem in that the texture and flavor are poor compared to the case of separately cooking.

In particular, since the rice cake is completely adhered to the heating plate in the process of continuous cooking until after the cooking, there is a problem that peeling of the prepared rice cake and cleaning of the heating plate are extremely difficult.

Meanwhile, the applicant of the present invention intends to solve the difficulty of attracting work in a cramped space by generating a lot of heat in the nurungji manufacturing process, and is known as a " transferring reversing device for pre-treatment equipment for burnishing rice "(Korean Patent Registration No. 10-1804549, 3).

Patent Document 3 discloses that the whole process from preparation of cooking to preparation of oven after cooking is automatized, but no part for heating the oven and completing the baking sheet has been developed.

KR 10-1182073 (September 5, 2012) KR 10-2008-0002347 (2008.01.04) KR 10-1804549 (2017.11.28)

In order to solve the problems caused by the conventional technology as described above, in the process of manufacturing the baking sheet by heating the baking sheet using the heating plate, the heating plate is naturally opened by gravity to extract the baking sheet So that it can be done.

Specifically, after passing through the oven, the upper heating plate is opened at a position passing through the sprocket in a state where the lower heating plate is located on the upper side, so that the force of separating the burning ridge by gravity acts to discharge the burned rice naturally produced will be.

In addition, at this point, the edge of the rice cake is caught, so that the rice cake separating device that helps the peel of the rice cake is installed, so that the rice cake can be easily peeled off without any power.

In addition, a knife having a selective inclination with respect to the lower heating plate moving along the chain is provided, so that the residue separation on the surface of the lower heating plate can be performed smoothly.

In addition, the knife is rotatable to lift up the peeled off residue, and to remove the debris more hygienically by sucking and discharging the debris using the exhaust suction device.

Further, the lower heating plate after the peeling is subjected to the brushing treatment so that the lower heating plate can be made more clean. Further, the auxiliary brush is installed toward the upper heating plate opened to the brushing apparatus, I would like to.

In addition, the cooked rice is placed on the upper part of the lower heating plate, and then two compaction steps are performed using two compaction devices spaced apart from each other. However, by controlling the height of the compaction blade, various parameters such as the viscosity of the rice can be dealt with And to easily control the thickness of the first roughly cooked rice or the baked rice.

In order to solve the above-described problems, a continuous apparatus for producing a discontinuous disc according to the present invention comprises a chain (12) wound around two sprockets (11) spaced apart from each other so that the chain (12) A chain conveyor (10); A lower heating plate 21 connected to the chain 12 of the chain conveyor 10, an upper heating plate 22 rotatably connected to the lower heating plate 21 through a hinge 21a, A heating plate 20 composed of a guide roller 23 provided at an end of the heating plate 22; The rice 1 is placed on the lower heating plate 21 so as to be rotatable along the chain 12 so that the guide roller 23 can be rotated along the chain conveyor 10 to be rotatable. A first guide portion 31 extending along the chain 12 so that the upper heating plate 22 is kept closed from the lower heating plate 21 and a second guide portion 31 extending from the chain 12) of the chain 12 is provided on the upper side of the hinge 21a so that the upper heating plate 22 is kept open from the lower heating plate 21 to the position of the chain 12 from which the cooked rice 1 is fed, A second guide portion 32 extending from the first guide portion 31 to the second guide portion 32 along a traveling direction of the chain 12 so that the upper heating plate 22 is gradually A third guide portion 33 which is rotated and opened from the lower heating plate 21, A fourth guide portion 34 formed to be round from the first guide portion 31 to the first guide portion 31 along the advancing direction of the chain 12 so that the upper heating plate 22 gradually rotates toward the lower heating plate 21, A guide frame (30) comprising: The cooked rice 1 is seated on the lower heating plate 21 and the heating plate 20 is moved from the position of the chain 12 where the upper heating plate 22 is closed to the point where the rice is returned via the sprocket 11 on one side An oven (40) for making the cooked rice (1) by heating with a rice burner (2); The burned rice paper 2 produced by being pushed toward the lower heating plate 21 at a position where the upper heating plate 22 is opened from the lower heating plate 21 by the third guide portion 33 is caught by the lower heating plate 21), and a controller A rotating rod 61 which is installed at a position where the second guide part 32 is located and which is orthogonal to the moving direction of the chain 12 and which is rotated by the knife driving motor 61a, When the rotary shaft 61 is rotated in one direction, an end portion of the rotary shaft comes into contact with the lower heating plate 21 to scrape the adhered material adhering to the lower heating plate 21, And a knife (62) configured to lift the fixture seated on the surface when the rotation bar (61) rotates in the other direction; A suction and discharge device 70 installed to be spaced apart from the upper portion of the nipping device 60 and sucking and discharging the fixture seated on the knife 62; A bristle 81 provided adjacent to the nipping device 60 and rotated by a brush driving motor 81a and a cylindrical brush 82 connected to the brush bar 81, And a device (80).

The third guide portion 33 is installed to surround one sprocket 11 and is supported by the chain 12 in a state where the upper side of the lower heating plate 21 is closed at the position of the first guide portion 31 The heating plate 22 rotates while passing through the sprocket 11 and the lower space of the lower heating plate 21 is opened so that the manufactured rice burner 2 falls freely from the lower heating plate 21, 50 includes a support rod 51 protruding toward the sprocket 11 on the side of the sprocket 11 and a spring 52 directed toward the sprocket 11 connected to the support rod 51, And a latching stick 53 protruding toward the sprocket 11 while being connected to the tip of the spring 52. The burning stick 53 is attached to the lower heating plate 21 without being allowed to fall freely, So that it is separated from the lower heating plate 21 It shall be.

The brushing device 80 is provided at the end of the brush bar 81 and is provided with a cylindrical auxiliary supporting member 83 whose diameter corresponds to the width of the upper heating plate 22. The auxiliary supporting member 83 83) are provided with an auxiliary brush (84) whose end is in contact with the upper heating plate (22) to brush the residue on the upper heating plate (22).

The rice cooking device 100 further includes a rice supplying device 100 provided adjacent to the brushing device 80 for supplying rice cooked to the upper portion of the lower heating plate 21 that has been subjected to brushing.

The rice feeder 100 includes a feed conveyor 110 for feeding and feeding rice cooked from the outside; The rice conveyed to the feed conveyor 110 falls into the inside of the rice paddle, and a debris removing device 122 for removing the rice debris stored in the inside from the wall is installed inside and a circular outlet 121 is formed in the lower part A temporary storage hopper 120; A fixed amount discharging device 130 for discharging the rice 1 discharged from the discharge port 121 in the form of a cylinder in a predetermined amount on the upper part of the lower heating plate 21; A rail member 140 installed alongside the movement direction of the chain 12 while being spaced apart from the temporary storage hopper 120; A moving frame 150 configured to reciprocate longitudinally along the rail member 140 while being connected to the rail member 140; The lower heating plate 21 is connected to the rear side and the front side of the moving frame 150 in the traveling direction of the chain 12 and is vertically reciprocable from the upper side of the lower heating plate 21, A circular compaction frame 161 having a receiving space 161a for accommodating the rice 1 mounted on the upper portion thereof and a horizontal rotation driving device 162c vertically installed from the center of the compaction frame 161, A rotary shaft member 162 connected to the rotary shaft member 162 and horizontally rotating about the center of the compaction frame 161 and a lower heating plate 21 positioned inside the compaction frame 161 while being connected to a lower portion of the rotary shaft member 162, A height adjusting device 164 for adjusting the height of the compaction blade 163 by vertically moving the rotary shaft 162 by being connected to the rotary shaft 162, And two compaction units 160, each of which is composed of a plurality of compaction units.

According to the present invention, in the process of manufacturing the rice paper by heating the heated rice using the cooked rice, it is possible to naturally extract the rice paper by gravity in the process of opening the heating plate.

Specifically, after passing through the oven, the upper heating plate is opened at a position passing through the sprocket in a state where the lower heating plate is located on the upper side, so that the force of separating the burning rugs by gravity acts to discharge the burned rice naturally produced .

In addition, at this point, the end of the burned rice is caught and the burned rice separating device for helping the burning of the burned rice is installed, so that the burned rice can be easily peeled off without any additional power.

In addition, a knife selectively inclined with respect to the lower heating plate moving along the chain is provided, so that the residue of the surface of the lower heating plate can be removed easily.

In addition, the knife is made rotatable so that the peeled residue can be lifted, and the residue can be removed and treated with the exhaust suction device to remove the residue more hygienically.

Further, the lower heating plate after the peeling is subjected to the brushing treatment so that the lower heating plate can be made more clean. Further, the auxiliary brush is installed toward the upper heating plate opened to the brushing apparatus, .

In addition, the cooked rice is placed on the upper part of the lower heating plate, and then two compaction steps are performed using two compaction devices spaced apart from each other. However, by controlling the height of the compaction blade, various parameters such as the viscosity of the rice can be dealt with So that the thickness of the rice or rice cake, which has been first squeezed, can be easily controlled.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a continuous disc manufacturing apparatus of the present invention. FIG.
FIG. 2 is a plan view of a continuous disc manufacturing apparatus of the present invention. FIG.
FIG. 3 is a side view showing a continuous disc manufacturing apparatus of the present invention. FIG.
4 and 5 are perspective views showing a heating plate around one sprocket in the present invention.
6 is a perspective view showing a heating plate around the other sprocket in the present invention.
7 is a perspective view showing a connection state of a heating plate and a chain in the present invention.
8 is a perspective view showing an appearance of an oven according to the present invention.
FIG. 9 is a plan view showing the arrangement of the burnishing device, the nipping device, the suction and discharge device, and the brushing device according to the present invention. FIG.
10 is a plan view showing still another embodiment of the scraping device according to the present invention.
11 is a front schematic view showing an operation example of a brushing device and a nipping device in the present invention.
12 is a schematic plan view showing another embodiment of the brushing device in the present invention.
13 is a perspective view sequentially showing an operating state of the nipping device in the present invention.
FIG. 14 is a perspective view showing the rear surface of the rice feeder in the present invention. FIG.
15 is a perspective view showing a primary conveyor of the rice feeder.
16 and 18 are perspective views showing a debris removal device of the rice feeder.
19 is a side schematic view showing a configuration of a fixed amount discharging device of a rice feeding device.
20 to 22 are perspective views showing an operating state of the fixed amount discharging device of the rice supplying device.
23 is a perspective view showing the installation state of the rail member and the movable frame of the rice feeder.
24 and 25 are perspective views showing the front side compaction apparatus of the rice feeder.
26 is a plan view and a cross-sectional view showing a rear side compaction frame of the rice feeder.
27 is a plan view and a cross-sectional view showing a front side compaction frame of the rice feeder.
28 is a perspective view showing the bottom side of the front side compaction frame and the rear side compaction frame of the rice feeding device in comparison.
29 is a perspective view showing in detail the bottom of the rear side compaction frame;
30 is a perspective view showing the bottom portion of the front side compaction frame in detail;
31 is a cross-sectional view showing the state of the recessed portion of the height adjusting device of the rice feeder.
32 is a perspective view showing an operation example of the height adjusting device of the rice feeder.
33 is a schematic view showing an example in which an elastic guide supporting device is provided;
34 is a schematic view showing an example in which a part of the guide frame is an inclined guide part;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings.

A heating plate 20, a guide frame 30, an oven 40, and an oven 40. The continuous conveyor 10 includes a chain conveyor 10, a heating plate 20, a guide frame 30, A rice burner separating device 50, a nipping device 60, a suction and discharge device 70 and a brushing device 80. The rice is fed to the chain conveyor 10 to chop and shape the rice And a rice supply device 100. [

The chain conveyor 10 as a component of the present invention comprises two sprockets 11 spaced apart from each other as shown in Fig. 1, in which the chain 12 is wound and the chain 12 is rotated by the rotation of the sprocket 11. [ .

In addition, a driving motor is connected to any one of the two sprockets 11, so that the sprocket 11 is rotated by the operation of the driving motor, thereby moving the chain 12.

The heating plate 20 as a component of the present invention includes a lower heating plate 21 connected to the chain 12 of the chain conveyor 10 and a hinge An upper heating plate 22 rotatably connected to the upper heating plate 22 via a guide plate 21a and a guide roller 23 provided at an end of the upper heating plate 22.

Although the heating plate 20 is disclosed in a similar form to Patent Document 1, in the case of Patent Document 1, the heating plate does not need to be fixed on the belt because the heating plate is inverted and inverted while moving on the belt, The lower heating plate 21 is fastened to the chain 12 since the lower heating plate 21 takes the structure that the upper and the lower are reversed as shown in FIG. 6 after passing through the sprocket 11 of the chain conveyor 10 Take it.

7, the bending plate 24 having one side bent is connected to the chain 12, and the lower heating plate 21 is provided with a connecting plate 25 which is fastened to the bending plate 24 through a bolt at one side thereof So that the lower heating plate 21 is fastened to the chain 12.

The guide frame 30 constituting a component of the present invention is installed along the chain 12 so that the guide roller 23 is freely rotatable along the chain conveyor 10 so that the upper heating plate 22 is selectively opened And is guided to be closed so as to have a configuration similar to that of Patent Document 2.

4 and 5, the guide frame 30 includes a first guide member 30a and a second guide member 30b disposed in parallel to each other, and the guide roller 23 includes a first guide member 30a And the second guide member 30b so as to be freely rotated and guided.

At this time, the guide frame 30 may be composed of two guide members according to the section, but only one guide member may be installed in a manner to support the guide roller 23.

More specifically, the guide frame 30 is divided into a first guide portion 31, a second guide portion 32, a third guide portion 33, and a fourth guide portion 34 depending on its position.

Specifically, the first guide part 31 is in a state in which the upper heating plate 22 is closed from the lower heating plate 21 in the section where the cooked rice 1 is placed on the lower heating plate 21 and is made of the burnishing paper 2 And the second guide portion 32 is extended from the chain 12 to which the rice 1 is fed from the position of the chain 12 from which the manufactured rice burner 2 is discharged, The upper heating plate 22 extends along the longitudinal direction of the chain 12 on the upper side of the hinge 21a so that the upper heating plate 22 is kept open from the lower heating plate 21. [

The third guide part 33 is formed to be round from the first guide part 31 to the second guide part 32 along the traveling direction of the chain 12 so that the upper heating plate 22 gradually moves to the lower heating plate And the fourth guide part 34 is formed to be round from the second guide part 32 to the first guide part 31 along the traveling direction of the chain 12, (22) is gradually rotated toward the lower heating plate (21) to be closed.

The first guide portion 31 extends in the longitudinal direction of the chain 12 at a position where the upper heating plate 22 contacts the guide roller 23 in a closed state and the second guide portion 32 extends in the longitudinal direction of the chain 12, 22 extend in the longitudinal direction of the chain 12 at a position in contact with the guide roller 23 in a state in which they are rotated 90 degrees from the lower heating plate 21. The third guide portion 33 has one side, And the other side is connected to the second guide portion 32 and is rounded so as to maintain contact with the guide roller 23 in accordance with the position where the upper heating plate 22 is opened.

The fourth guide portion 34 is formed so as to be rounded with one side connected to the second guide portion 32 and the other side connected to the first guide portion 31.

4 and 5, the third guide portion 33 is installed at a position where the chain 12 surrounds one side of the sprocket 11, so that the lower portion of the lower heating plate 21 The upper heating plate 22 is rotated and the lower space of the lower heating plate 21 is opened while the chain 12 passes through the sprocket 11 in the state that the upper side is closed, It is preferable to be configured to fall freely.

In the above-described guide frame 30, only one guide member may be formed in a section where the heating plate 20 is turned upside down while continuing to move around the sprocket 11 on one side.

At this time, in order to prevent the heating plate from being opened while rotating the sprocket 11, an elastic guide device 35 may be installed as shown in FIG.

More specifically, the elastic guide device 35 includes a spring support member 35b having one side connected to a frame for supporting the guide member, an elastic spring 35b connected to the end of the spring support member 35b, 35a.

In this configuration, the movement of the heating plate 20, in which the guide member is resiliently pushed by the pressure of the spring and the rotating sprocket 11 rotates, is smoothly moved by the guide roller 23, (2) can be prevented from coming out.

In addition, the guide member guiding the guide roller 23 through the elastic guide device 35 is located only on the lower side of the guide roller and prevents the opening of the upper heating plate 22, The guide member may consist of an inclined guide portion 36 formed so as to be inclined downwardly so that the lower heating plate 22 is finely opened by about 3 to 5 mm from the upper heating plate 21 connected to the chain 12. [

As a result of this process, the separation of the baking sheet 2 is facilitated, and the shape of the baking sheet is rounded as shown in FIG. 34, so that the edges of the baking sheet become harder and the merchantability can be improved.

At this time, the inclined guide portion 35 is preferably formed in the process line after passing through the oven 40, that is, after the heating is finished.

As shown in the figure, the cooked rice (1) is placed on the lower heating plate (21) and the upper heating plate (22) is moved from the position of the chain (12) The heating plate 20 is heated up to the point where it returns via the sprocket 11 so that the cooked rice 1 is made into the rice rice 2.

The position of the oven 40 is located at a position where the second guide unit 32 is installed with reference to the guide frame 30. The oven 40 includes a case enclosing the chain 12 and a heating device .

The heating device may be an electric heating wire heating method, a heating method using fuel combustion such as gas, or the like.

8 shows an example of the oven 40. The case 41 having the inside opening door 43 and the fuel supply pipe for supplying fuel to the heating device 42 are shown.

The burner separator 50 constituting the present invention is installed in such a manner that the upper heating plate 22 is pushed toward the lower heating plate 21 at a position where the upper heating plate 22 is opened from the lower heating plate 21 by the third guide portion 33 So that the manufactured rice paper 2 is caught by the end portion and separated from the lower heating plate 21. [

An example of a simple burner separator 50 may be a bar shape having an end located closer to the surface of the lower heating plate 21 than the thickness of the burnishing paper 2. [

However, when the rice paper 2 is firmly attached to the lower heating plate 21, the rice paper 2 may be caught by the solid rod, and the rice paper 2 may be broken.

9, one side of the third guide part 33 is installed at a position where the chain 12 surrounds the sprocket 11 as described above, and the upper heating plate 22 The burnishing apparatus 2 is constructed so that the burning paper 2 produced by rotating the lower heating plate 21 is freely dropped from the lower heating plate 21. The burning apparatus 50 is disposed at the side of the sprocket 11 A spring 52 installed toward the sprocket 11 connected to the support rod 51 and a sprocket 11 connected to the tip of the spring 52 And a catching stick 53 protruding toward the lower heating plate 21 so that the burning stick 2 is separated from the lower heating plate 21 without being able to fall freely from the lower heating plate 21. [ desirable.

In the above-described configuration, the latching stick 53 may be formed to extend integrally from the spring 52 by forming the end of the spring 52 in a straight line.

The elasticity of the spring 52 makes it possible to flexibly deform the catching stick 53 by being bent by the catching stick 53 while absorbing the impact to absorb the impact, So that it can be separated from the lower heating plate 21.

In addition, when the upper heating plate 22 is opened, the third guide portion 33 is formed at a position where the chain 12 surrounds the sprocket 11, so that the burnishing rudder 2 sticks to the upper heating plate 22 and is not separated There is a possibility that a failure can occur.

10, a bent portion 51a bent toward the side of the upper heating plate 22 opened at one side of the end of the support rod 51 is formed, and a bent portion 51a is formed in the bent portion 51a, And the auxiliary stick 53a may be extended to the end of the auxiliary spring 52a.

In this case, the auxiliary stick 53a can separate the burned rice paper 2 adhering to the inner circumferential surface of the upper heating plate 22, so that the burned rice paper 2 can be easily separated even if it sticks to either side.

The nipping device 60, which is a component of the present invention, is installed at a position where the second guide part 32 is located, and is installed adjacent to the above-described burning-rudder separating device 50.

This knife apparatus 60 comprises a rotating rod 61 and a knife 62 as shown in Fig.

As shown in the drawing, the rotation bar 61 is installed in a direction orthogonal to the moving direction of the chain 12 at a position where the second guide part 32 is located, and is rotated by the knife driving motor 61a .

13, the knife 62 is protruded in a direction opposite to the moving direction of the chain 12 while one side of the knife 62 is connected to the rotating rod 61. When the rotating rod 61 is rotated in one direction, The end portion of the fixing barrel 21 comes into contact with the lower heating plate 21 to scrape the adhered material adhering to the lower heating plate 21 and to lift the adhered material adhering to the surface when the rotating bar 61 rotates in the other direction.

As shown in the figure, when the knife 62 scrapes the fixture, the knife 62 makes an inclined contact with the lower heating plate 21, so that the fixture can be scraped smoothly.

In addition, when the knife 62 is rotated upward by the rotation of the rotary shaft 61, the peeled fixture is lifted while being seated on the knife 62 and sucked into the suction / discharge device 70 smoothly, It is possible to prevent contamination of the heating plate 20 due to water.

The suction and discharge device 70, which is a component of the present invention, is installed to be spaced apart from the upper portion of the nipping device 60, and sucks and discharges the fixture placed on the knife 62.

Such a configuration may be a conventional suction duct configuration with a suction pump on one side of the channel.

As shown in Figs. 9 and 11, the brushing device 80, which is a component of the present invention, is installed adjacent to the nipping device 60 and includes a brush bar 81 rotated by a brush driving motor 81a And a cylindrical brush 82 connected to the brush bar 81.

More specifically, the brush bar 81 is installed across the upper portion of the lower heating plate 21 in parallel with the above-described rotation bar 61. The brush 82 installed on the brush bar 81 is formed of a cylindrical brush, 21).

So that the brush bristles brush the remnants remaining on the surface of the lower heating plate 21.

At this time, if the burnishing paper 2 adheres to the upper heating plate 22 as described above, the upper heating plate 22 is left with debris. In this case, the upper heating plate 22 also needs to be cleaned.

12, the brushing device 80 is installed at the end of the brush bar 81, and a cylindrical auxiliary supporting member 83 having a diameter corresponding to the width of the upper heating plate 22 is installed And the auxiliary support member 83 may be provided with an auxiliary brush 84 which is configured to contact the upper heating plate 22 at an end thereof to brush the residue on the upper heating plate 22. [

The above-described configuration is a process of making rice cooked rice cooked through heating and heating of the heating plate 20 in a state in which the cooked rice is placed on the heating plate 20 connected to the chain 12, The separation of the burnishing paper 2 from the heating plate 20 after the preparation of the burned rice, the removal of the residue of the opened heating plate 20, and the cleaning of the surface of the heating plate 20 can be automated.

Therefore, if the rice feeder 100 for automatically feeding the cooked rice 1 to the heating plate 20 is provided, the manufacturing of the rice cooker and the rice cooker are automated in one space in conjunction with the patent document 3 of the present applicant It means to be able.

To this end, in addition to the above-described configuration, a rice feeding device 100 may be further provided to supply rice cooked to the upper portion of the lower heating plate 21, which is installed adjacent to the brushing device 80 and has been subjected to brushing.

Hereinafter, the configuration of the rice feeding apparatus 100 will be described in more detail.

The rice feeder 100 shown in the figure mainly includes a feed conveyor 110, a temporary storage hopper 120, a fixed amount discharge device 130, a rail member 140, a movable frame 150, and a compaction device 160 .

The feed conveyor 110, which is a component of the present invention, feeds and receives cooked rice from the outside, and is preferably formed to be upward sloped so that the rice 1 can be fed into the temporary storage hopper 120.

In the drawing, the feed conveyor 110 includes a primary conveyor 111 for moving the falled rice in an upward direction while a lowered rice is seated on the lower side and a stirring blade 113, which is rotated by a motor, The rice is fed from the primary conveyor 111 to the temporary storage hopper 120 horizontally and then dropped into the temporary storage hopper 120. The rice is fed into the temporary storage hopper 120, And a secondary conveyor 112 for conveying the same.

At this time, if the primary conveyor 111 is installed at a certain interval along the conveyor pot conveying rail, the path for moving the dropped rice to the above-described lower heating plate 21 becomes "a" Can be installed.

When the lower heating plate 21 is positioned by the movement of the chain 12, the temporarily stored hopper 120 moves the rice stored in the feed conveyor 110 to the inside of the feed conveyor 110, To the lower heating plate 21.

A circular outlet 121 is formed in the lower part of the temporary storage hopper 120 for this purpose.

In addition, the temporary storage hopper 120 is provided with a debris removal device 122 for removing the debris stored on the inside from the wall.

The specific structure of the debris removal device 122 includes a vertical axis 122a vertically installed in the temporary storage hopper 120 as shown in FIGS. 16 through 18; And a driving motor 122b connected to an upper portion of the vertical axis 122a and rotating the vertical axis 122a.

A lower peeling device 122c connected to a lower portion of the vertical shaft 122a and configured to wipe the inner wall surface of the discharge port 121 by rotation of the driving motor 122b in contact with the inner peripheral surface of the discharge port 121 do.

The clamping member is coupled to the vertical shaft 122a. The clamping member has one side connected to the clamping member and the other side extending to the inner circumferential surface of the discharge port 121. The connecting member, And a plate-like peeling member connected to the inner circumferential surface of the discharge port 121. [

In this configuration, the peeling member scrapes the inner circumferential surface of the discharge port 121 by the rotation of the vertical axis 122a, thereby peeling off the rice debris that is pressed on the inner circumferential surface of the discharge port 121. [

A plurality of scrapers 122d for wiping the sloped inner circumferential surface of the temporary storage hopper 120 and a connecting bar 122e for connecting both sides to the adjacent scrapers 122d and one side of the scrapers 122d, And an inner circumferential peeling apparatus 122g composed of a center connecting member 122f connecting the vertical axis 122a.

The inner circumferential surface peeling apparatus 122g is also configured similarly to the lower peeling apparatus 122c.

At this time, the scraper 122d and the connecting bar 122e can be rotatably coupled to each other.

When the vertical shaft 122a is not rotated, the scrapers 122d are inclined to the inside of the temporary storage hopper 120. When the vertical shaft 122a rotates, the scrapers 122d are rotated by the rotation of the center connecting member 122f, So that the inner circumferential surface of the temporary storage hopper 120 is scraped.

And a water supply device 122h for spraying water into the temporary storage hopper 120. [

When water is supplied from outside together with the operation of the inner circumferential peeling device 122g and the peeling device 122c as described above, the rice is prevented from sticking to the inner circumferential surface of the temporary storage hopper 120, and the debris already sticking is easily peeled off .

The water supply device 122h may include a nozzle, a hose, an on-off valve installed on the hose, and a water supply source connected to the other end of the hose. Various known water supply configurations may be applied to the water supply device.

The fixed amount discharging device 130 is different from the conventional discharging device in that the screw is operated at the end of the screw conveyor and is capable of discharging the cooked rice 1 in a predetermined shape in a fixed amount.

More specifically, the fixed amount discharging device 130 includes a blocking plate 131 disposed at a lower portion of the discharging port 121, and a reciprocating actuator 132a is connected to one side of the blocking plate 131, A reciprocating member 132 reciprocating between the discharge port 121 and the lower heating plate 21 is provided.

The reciprocating member 132 is formed with a rice receiving hole 132b passing vertically and the rice receiving hole 132b is formed in such a manner that the rice receiving hole 132b is formed in a straight line perpendicular to the discharge port 121, So that the rice is received inside.

In addition, the reciprocating member 132 blocks the discharge port 121 at a position where the rice receiving hole 132b and the discharge port 121 are not aligned vertically, thereby preventing unnecessary drop of the rice.

At this time, when the rice receiving hole 132b is positioned below the discharge port 121, the above-described blocking plate 131 is positioned below the rice receiving hole 132b, and the rice is fed to the lower portion of the rice receiving hole 132b You will not get out.

Meanwhile, a rice discharge actuator 133 is connected to one side of the temporary storage hopper 120. The rice discharge actuator 133 is connected to the chain 12 on a plane on the lower side of the temporary storage hopper 120, And is located in the center of the heating plate (21).

The rice discharge actuator 133 is operated by hydraulic pressure or air pressure, and the rod is reciprocated upward and downward.

 In addition, a pushing rod 134 for pushing and discharging the rice stored in the rice receiving hole 132b connected to the rod end by the lower heating plate 21 is provided.

According to this configuration, in the state before the reciprocating actuator 132a is operated, the fixed amount discharging device 130 stores the rice in the rice receiving hole 132b with the rice receiving hole 132b and the discharging port 121 formed in a straight line, After the reciprocating member 132 is moved in the direction of the chain 12 by the operation of the moving actuator 132a, the donut pushing rod 134 is connected to the rod end by the operation of the rice discharging actuator 133, The rice stored in the hole 132b is pushed downward and the rice is seated on the upper part of the lower heating plate 21. [

That is, the dosing device 130 discharges the rice stored in the temporary storage hopper 120 in the form of a cylinder in the form of a cylinder on the upper part of the lower heating plate 21 moving along the chain 12 from the temporary storage hopper 120.

Therefore, it is possible to prevent the rice from falling down unnecessarily on the edge of the lower heating plate, the chain, etc., as in the conventional method, and to ensure hygienic and homogeneous quality of the quality of the burned rice.

In addition, the blocking plate 131 may be connected to the blocking plate moving actuator 131a, and the blocking plate moving actuator 131a may be connected to the rod of the reciprocating actuator 132a.

In this case, when the reciprocating actuator 132a is driven, the blocking plate 131 is reciprocally moved together with the reciprocating member 132, and the reciprocating member 132 is supported on the heating plate 21, Only the blocking plate 131 moves backward by the operation of the blocking plate moving actuator 131a immediately before the operation of the pushing rod 134 so that the rice can be discharged smoothly.

The rail member 140 is installed in parallel with the moving direction of the chain 12 while being spaced apart from the temporary storage hopper 120 as shown in FIG.

The movable frame 150 is configured to reciprocate in the longitudinal direction along the rail member 140 while being connected to the rail member 140.

The moving frame 150 can be moved by a variety of known driving means such as a motor, a belt pulley type, and an actuator.

The movement of the moving frame 150 may be performed simultaneously with the compaction process through the compaction unit 160 during the movement of the lower heating plate 21 along the chain 12 along the chain 12 When the compaction process is performed, the operation can be performed with the chain 12 and the moving frame 150 stopped at the same time.

The moving frame 150 is moved at the same speed in the traveling direction of the chain 12 and returns to the original position.

The compaction unit 160 is a main constituent element of the present invention together with the quantitative ejection apparatus 130, and is a device for pressing the rice placed on the lower heating plate 21 by pressing it in the form of a rice cake by the quantitative ejection apparatus 130.

Specifically, the compaction unit 160 includes two compaction frames 161 connected to the rear and front sides of the moving frame 150 in the traveling direction of the chain 12, respectively.

These two compaction frames 161 are connected to the moving frame 150 so as to be vertically movable upward and downward from above the lower heating plate 21 and are arranged inside the lower heating plate 21, Is accommodated and has a cylindrical shape opened up and down.

Two fixed brackets 151 are fixedly mounted on the movable frame 150 to move the compaction frame 161 up and down. The fixed brackets 151 are provided with actuators And a driving device 152 such as a motor.

In addition, a compaction frame connecting member 153 is installed on the rod end of the driving unit with the compartment frame 153 protruding forward, and the compaction frame 161 is connected to the compaction frame connecting member 153 by a connecting plate 153a.

Accordingly, the compaction frame 161 is reciprocated vertically by the operation of the driving device.

On the other hand, a rotation shaft member 162 is installed vertically from the center of the compaction frame 161.

The rotary shaft member 162 is horizontally rotated about the center of the compaction frame 161 with a horizontal rotation driving device 162c such as a driving motor provided above the compaction frame connecting member 153 connected thereto.

In FIG. 24, a gear is provided below the horizontal rotation drive device 162c, and a gear engaged therewith is provided below the connection plate 153a. By fixing this gear to the rotation shaft member 162, (162) is rotated.

It is preferable that the axis of the horizontal rotation driving device 162c in the drawing is formed in a double pipe structure so that the downward movement of the compaction frame 161 by the driving device 152 and the rotation of the compaction blade 163 can be performed together .

A compaction blade 163 is provided at a lower portion of the rotation shaft member 162 extending to the interior of the compaction frame 161 and is rotated together with the rotation shaft member 162 to rotate the rice Pushing and rotating to compose the first and second orders, respectively.

More specifically, the compaction unit 160 includes a rear compaction unit 160a connected to the rear of the moving frame 150 in the traveling direction of the chain 12, a front compaction unit 160b connected to the front, The compaction frame 161 of the rear compaction device 160a is smaller in inner diameter than the compaction frame 161 of the front compaction device 160b and the compaction blades 163 have different shapes do.

Concretely, the compaction blade 163 of the rear compaction device 160a has a straight bar shape having a constant width from the center to the outer side of the compaction frame 161, and the bottom face is inclined upward from the center to the outward direction, And an end contact portion 163a having the same shape as that of the inner circumferential surface of the compaction frame 161 is formed at the outer side end portion.

The compaction blade 163 of the rear compaction unit 160a has a spiral shape toward the inner circumferential surface of the compaction frame 161 at a point where the compaction blade 163 is connected to the rotating shaft member 162 and a guide bar 163b ) Are connected.

The compaction blade 163 of the front compaction device 160b is connected to two straight portions 163c formed in a plane on the outer peripheral surface of the compaction frame 161 and a straight portion 163c An outer circumferential surface close contact portion 163d having a curved shape similar to the inner circumferential surface of the compaction frame 161 and one end connected to the end portion of the outer circumferential surface contact portion 163d and the other end connected to the center side end portion of the straight portion 163c And has a rounded portion 163e that takes a rounded shape and has a bottom surface that is flatter than the compaction blade 163 of the rear compaction device 160a.

26, the compaction blade 163 of the rear compaction device 160a has a shape of a rectilinear bar having a predetermined width from the center to the outer side of the compaction frame 161, The rice before the first compaction is smaller in area than the rice after the first compaction and takes a form having a higher height and when it is effectively divided into two, Since the resistance of the burnishing paper against the compaction is large and a large amount of power is required to rotate the compaction blade 163 on the primary side and the life of the motor can be shortened, the compaction blade 163 of the primary side is made thin will be.

In addition, the upward inclination of the compaction blade 163 of the rear compaction unit 160a as it goes from the center to the outer periphery allows the rice to be easily unfolded while being pressed from the central portion.

In addition, the compaction blade 163 of the rear compaction unit 160a has a shape that is inclined upwards to one side in the width direction.

In addition, the guide bar 163b located on the opposite side serves to prevent the opposite side, which is formed by the compaction blade 163, from swelling due to the reaction.

On the other hand, the compaction blade 163 of the front compaction device 160b has a wider and flat shape than the rear side, and can be widely spread on the bottom surface of the lower heating plate 21 in a state of being compacted on the primary side, .

In addition, as in the prior art, a plurality of water injection holes are formed on the bottom surface and the side surface of the compaction blade 163 to prevent sticking of rice.

In addition, in the present invention, a water supply pipe 161b and a water discharge pipe 161c are connected to one side and the other side of the compaction frame 161, respectively, and a water supply pipe 161b and a water discharge pipe 161c are connected to each other. And the illustrated passage is formed on the wall surface.

This configuration prevents the temperature of the compaction frame 161 from rising due to the movement of the water flowing into and out of the compaction frame 161.

This prevents overheating due to the contact of the compaction frame 161 with the lower heating plate 21 having a high temperature and also reduces the temperature of the rice contacting with the compaction frame 161 to cool the formed frame rim rapidly, Thereby preventing the shape change.

In the configuration of the compaction apparatus 160 as described above, the compaction frame 161 is moved downward by the driving device during the movement of the movable frame 150, and the rotation axis member 162 is rotated to cause the compaction blade 163 to rotate And the compaction frame 161 is moved upward again in one cycle. After returning to the original position of the moving frame 150, the same cycle is repeated.

However, the resistance against the compaction process may vary depending on the cooking conditions, the type of rice, the viscosity of the rice, and the degree of hardness of the rice balls.

In this case, it is possible to produce a product having a small width, which is formed to have a thickness different from that of the final product to be produced.

In order to adjust such a phenomenon in real time in a manufacturing site, in the present invention, a height adjusting device 164 connected to the rotating shaft member 162 for moving the rotating shaft member 162 up and down to adjust the height of the compaction blade 163 Respectively.

The rotary shaft member 162 is composed of a lower rotary shaft member 162a connected to the compaction blade 163 and an upper rotary shaft member 162b positioned at an upper portion of the lower rotary shaft member 162a , The height adjusting device 164 includes a connecting portion 164a which is fastened to the upper portion of the lower rotating shaft member 162a and has a thread formed on the outer circumferential surface thereof and a connecting portion 164a formed below the connecting portion 164a, A lower connecting member 164d composed of a projecting portion 164b formed with the projecting portion 164c; A screw thread is formed on the inner circumferential surface of the upper rotating shaft member 162b so as to be screwed with the connecting portion 164a and is vertically rotated on one side while being selectively inserted into the latch fitting groove 164c And an upper connecting member 164f provided with a latching latch 164e.

In such a configuration, after the work manager confirms the molded rice in the first and second compaction steps, the latch 164e is rotated by the upper connecting member 164f to release the fixing of the lower connecting member 164d, The operation of rotating the connecting member 164d to adjust the distance between the upper connecting member 164f and the lower connecting member 164d and then rotating the latch 164e again to engage with the latching groove 164c, The length of the member 164 is adjusted, and the height of the compaction blade 163 positioned at the lower portion can be adjusted.

The operation of the continuous disc manufacturing apparatus of the present invention having the above-described structure will now be described.

First, the rice is placed on the upper part of the lower heating plate 21 which moves along the chain 12 in a state of being shaped and shaped by the rice supplying device 100.

Specifically, when cooking is completed in a separate cooking facility and the rice is placed on the feed conveyor 110, the feed conveyor 110 receives the cooked rice from the outside and carries the rice to the upper portion of the temporary storage hopper 120, The rice dropped at the feed conveyor 110 is stored inside the temporary storage hopper 120.

Then, the reciprocating member 132 of the fixed amount discharging device 130 is moved in a direction in which the discharge port 121 and the rice receiving hole 132b are aligned with the movement of the lower heating plate 21 connected to the chain 12, The reciprocating member 132 moves toward the lower heating plate 21 at a specific position while the rice of the fixed quantity and the shape of the rice is stored in the heating plate 132b.

The rice discharging actuator 133 is operated to move the rod downward and the pushing rod 134 presses the rice inside the rice receiving hole 132b downward so that the rice of the predetermined quantity and shape is seated on the upper part of the lower heating plate 21 .

The rice is moved to the lower part of the compaction frame 161 of the rear side compaction unit 160 connected to the moving frame 150 moving along the rail and moving along the chain, The compaction frame 161 and the compaction blade 163 move downward while rotating the moving frame 150 along with the lower heating plate 21 to form the rice first.

After the first compaction is completed, the movable frame 150 returns to its original position, and the first-shaped rice is formed in a second compaction step in the same manner as the front side in the compaction apparatus 160 at the rear side.

The above configuration is achieved in the second guide portion 32 in which the upper heating plate 22 is opened.

When the molding is completed as described above, the upper heating plate 22 of the heating plate 20 is closed by the guide of the fourth guide portion 34, and the heating plate 20 passes through the oven 40, .

In the process of passing through the oven 40, the heating plate 20 is turned upside down through the sprocket 11 on one side. While passing through the third guide portion 33, The heating plate 22 is opened.

In this process, since the lower heating plate 21 is looking downward, the manufactured burned rice is dropped and transferred to the subsequent packaging process.

In this process, the burned rice that has not been separated from the lower heating plate 21 is caught by the burning ridge separator 50 to fall.

The lower heating plate 21 receives the guide of the second guide portion 32 and the upper heating plate 22 is rotated to be opened so that the surface of the lower heating plate 21 And the peeled off residue is drawn up by the suction / discharge device 70 after the knife 62 is rotated and lifted.

In the installed brushing device 80, the surfaces of the lower heating plate 21 and the upper heating plate 22 are brushed cleanly.

Such an operating condition has an advantage that rice is extracted by gravity naturally in the process of heating the heating plate using the cooked rice to produce the baking sheet by opening the heating plate

In addition, at this point, the end of the burned rice is caught and the burned rice separating device for helping the burning of the burned rice is installed, so that the burned rice can be easily peeled off without any additional power.

In addition, a knife selectively inclined with respect to the lower heating plate moving along the chain is provided, so that the residue of the surface of the lower heating plate can be removed easily.

In addition, the knife is made rotatable so that the peeled residue can be lifted, and the residue can be removed and treated with the exhaust suction device to remove the residue more hygienically.

Further, the lower heating plate after the peeling is subjected to the brushing treatment so that the lower heating plate can be made more clean. Further, the auxiliary brush is installed toward the upper heating plate opened to the brushing apparatus, .

In addition, in the rice feeder, the cooked rice is supplied to the lower heating plate 21 in a state of being quantified and shaped by the constant amount discharging device 130, and the other rice is fed to the lower heating plate 21 and the chain 12, So that a hygienic manufacturing environment can be provided.

In addition, since the rice is discharged in a fixed amount and form, it is possible to provide the uniformity of the final product by engaging the compaction process.

Meanwhile, in the above-described compaction apparatuses, the sizes of the compaction frames on the rear side and the front side are different and the shapes of the compaction blades are different from each other. The rear side compaction blade is thin, The thickness of the sheet is reduced to prevent the sheet from being swollen on the opposite side of the sheet portion. On the front side, the sheet is formed into a uniform shape with a wide and flat compaction blade.

In addition, since cooling water is supplied to the compaction frame, the possibility of shape change of the shaped rice is reduced and the durability of the compaction frame is increased.

In addition, since the length of the rotary shaft member is adjustable, the operator can check the thickness of the rice, which is varied depending on the viscosity of the rice, the hardness of the rice, etc., and improve the quality by adjusting the length in real time.

In addition, the length adjusting structure of the rotating shaft member can easily manufacture the burnishing paper of various thicknesses.

1: Rice 2: Nori Ridge
10: chain conveyor 11: sprocket
12: Chain 20: Hot plate
21: Lower heating plate 21a: Hinge
22: upper heating plate 23: guide roller
24: bending plate 25: connecting plate
30: guide frame 30a: first guide member
30b: a guide member 31: a first guide portion
32: second guide portion 33: third guide portion
34: fourth guide part 35: elastic guide supporting device
35a: elastic spring 35b: spring supporting member
40: Oven
41: Case 42: fuel supply pipe
43: opening / closing door 50: burner separator
51: support rod 51a:
52: spring 52a: auxiliary spring
53: Retaining stick 53a: Secondary stick
60: Nipping device 61:
61a: knife drive motor 62: knife
70: Suction / discharge device 80: Brushing device
81: Brush rod 81a: Brush drive motor
82: Brush 83: Auxiliary support member
84: Auxiliary brush 100: Bob feeder
110: feed conveyor 111: primary conveyor
112: Secondary conveyor 113: Mixing day
120: temporary storage hopper 121: outlet
122: debris removal device 122a:
122b: drive motor 122c: lower peeling device
122d: scraper 122e: connection bar
122f: center connecting member 122g: inner circumferential surface peeling device
122h: Water supply device 130: Quantity discharge device
131: blocking plate 131a: blocking plate moving actuator
132: reciprocating member 132a: actuator
132b: rice receiving hole 133: rice discharge actuator
134: pushing rod 140: rail member
150: movable frame 151: fixed bracket
152: driving device 153: compaction frame connecting member
153a: connecting plate 160: compaction device
160a: rear compaction device 160b: front compaction device
161: compaction frame 161a: accommodation space
161b: water supply pipe 161c: water discharge pipe
162: rotating shaft member 162a: lower rotating shaft member
162b: upper rotating shaft member 162c: horizontal rotating driving device
163: compaction blade 163a:
163b: guide bar 163c:
163d: outer circumferential surface adhered portion 163e:
164: height adjusting device 164a:
164b: turning portion 164c: latching groove
164d: lower connecting member 164e: latch
164f:

Claims (5)

A continuous rice making apparatus for continuously manufacturing rice burning rice by heating cooked rice moving along a conveyor,
A chain conveyor 10 configured to wind the chain 12 with two sprockets 11 spaced apart from each other and to move the chain 12 by rotation of the sprocket 11;
A lower heating plate 21 connected to the chain 12 of the chain conveyor 10, an upper heating plate 22 rotatably connected to the lower heating plate 21 through a hinge 21a, A heating plate 20 composed of a guide roller 23 provided at an end of the heating plate 22;
The rice 1 is placed on the lower heating plate 21 so as to be rotatable along the chain 12 so that the guide roller 23 can be rotated along the chain conveyor 10 to be rotatable. A first guide portion 31 extending along the chain 12 so that the upper heating plate 22 is kept closed from the lower heating plate 21 and a second guide portion 31 extending from the chain 12) of the chain 12 is provided on the upper side of the hinge 21a so that the upper heating plate 22 is kept open from the lower heating plate 21 to the position of the chain 12 from which the cooked rice 1 is fed, A second guide portion 32 extending from the first guide portion 31 to the second guide portion 32 along a traveling direction of the chain 12 so that the upper heating plate 22 is gradually A third guide portion 33 which is rotated and opened from the lower heating plate 21, A fourth guide portion 34 formed to be round from the first guide portion 31 to the first guide portion 31 along the advancing direction of the chain 12 so that the upper heating plate 22 gradually rotates toward the lower heating plate 21, A guide frame (30) comprising:
The cooked rice 1 is seated on the lower heating plate 21 and the heating plate 20 is moved from the position of the chain 12 where the upper heating plate 22 is closed to the point where the rice is returned via the sprocket 11 on one side An oven (40) for making the cooked rice (1) by heating with a rice burner (2);
The burned rice paper 2 produced by being pushed toward the lower heating plate 21 at a position where the upper heating plate 22 is opened from the lower heating plate 21 by the third guide portion 33 is caught by the lower heating plate 21), and a controller
A rotating rod 61 which is installed at a position where the second guide part 32 is located and which is orthogonal to the moving direction of the chain 12 and which is rotated by the knife driving motor 61a, When the rotary shaft 61 is rotated in one direction, an end portion of the rotary shaft comes into contact with the lower heating plate 21 to scrape the adhered material adhering to the lower heating plate 21, And a knife (62) configured to lift the fixture seated on the surface when the rotation bar (61) rotates in the other direction;
A suction and discharge device 70 installed to be spaced apart from the upper portion of the nipping device 60 and sucking and discharging the fixture seated on the knife 62;
A bristle 81 provided adjacent to the nipping device 60 and rotated by a brush driving motor 81a and a cylindrical brush 82 connected to the brush bar 81, Device 80;
And a rice supplying device 100 provided adjacent to the brushing device 80 for supplying rice cooked to the upper part of the lower heating plate 21,
The rice supplying apparatus 100 includes:
A feed conveyor 110 for feeding and conveying cooked rice from outside;
The rice conveyed to the feed conveyor 110 falls into the inside of the rice paddle, and a debris removing device 122 for removing the rice debris stored in the inside from the wall is installed inside and a circular outlet 121 is formed in the lower part A temporary storage hopper 120;
A fixed amount discharging device 130 for discharging the rice 1 discharged from the discharge port 121 in the form of a cylinder in a predetermined amount on the upper part of the lower heating plate 21;
A rail member 140 installed alongside the movement direction of the chain 12 while being spaced apart from the temporary storage hopper 120;
A moving frame 150 configured to reciprocate longitudinally along the rail member 140 while being connected to the rail member 140;
The lower heating plate 21 is connected to the rear side and the front side of the moving frame 150 in the traveling direction of the chain 12 and is vertically reciprocable from the upper side of the lower heating plate 21, A circular compaction frame 161 having a receiving space 161a for accommodating the rice 1 mounted on the upper portion thereof and a horizontal rotation driving device 162c vertically installed from the center of the compaction frame 161, A rotary shaft member 162 connected to the rotary shaft member 162 and horizontally rotating about the center of the compaction frame 161 and a lower heating plate 21 positioned inside the compaction frame 161 while being connected to a lower portion of the rotary shaft member 162, A height adjusting device 164 for adjusting the height of the compaction blade 163 by vertically moving the rotary shaft 162 by being connected to the rotary shaft 162, And two compaction devices 160,
Continuous manufacturing equipment for baking sake.
The method according to claim 1,
The third guide portion 33 is provided so as to correspond to a position where the chain 12 surrounds one sprocket 11 so that the upper portion of the lower heating plate 21 is closed at the position of the first guide portion 31, The upper heating plate 22 rotates while passing through the sprocket 11 so that the lower space of the lower heating plate 21 is opened and the burned rice 2 is freely dropped from the lower heating plate 21,
The burner separator 50 includes a support rod 51 protruding toward the sprocket 11 at the side of the sprocket 11 and a spring 51 connected to the support rod 51 toward the sprocket 11 And a latching stick 53 protruding toward the sprocket 11 in a direction connected to the tip of the spring 52. The burning stick 2 can not fall freely from the lower heating plate 21, Is engaged with the latching stick (53) and separated from the lower heating plate (21).
Continuous manufacturing equipment for baking sake.
The method according to claim 1,
The brushing device (80)
A cylindrical auxiliary supporting member 83 provided at the end of the brush bar 81 and having a diameter corresponding to the width of the upper heating plate 22 is provided,
Wherein the auxiliary support member (83) is provided with an auxiliary brush (84) whose end is in contact with the upper heating plate (22) to brush the residue on the upper heating plate (22)
Continuous manufacturing equipment for baking sake.
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