KR102542057B1 - Apparatus for manufacturing scorching rice with electric burner - Google Patents

Abstract

The present invention relates to a scorched rice manufacturing apparatus, and more particularly, to a base frame provided with an electric burner; A scorched rice molded plate disposed above the electric burner and composed of an upper plate and a lower plate; Transfer lanes provided on the base frame and arranged side by side to enable circulation of the molding plate; transfers provided at both ends of the transfer lane to switch the moving direction of the mold plate to different transfer lanes and to transfer the mold plate on the same transfer lane; a raw material input unit for quantitatively supplying raw materials for nurungji to the molding plate; a spreader for spreading the raw material of the raw material of the raw material of the raw material when the raw material of the raw material is supplied to the molding plate by the raw material input unit; A scraper for separating the nurungji prepared from the molded plate; a discharge unit for transporting and discharging the nurungji separated by the scraper; and a brusher for brushing the molding plate from which the scorched rice is separated by the scraper.
That is, the present invention is provided with a transfer for circularly moving the molded plate of Nurungji on a plurality of moving lanes, and the transfer is provided at both ends of the moving lane to push the molded plate in the horizontal direction to transfer the molded plate on the same moving lane. And, when transferring the molded plate to different moving lanes, by pushing the molded plate horizontally to switch the moving direction, we propose a scorched rice manufacturing apparatus that can easily and simplify the circular movement of the molded plate to increase the operating efficiency of the device.

Description

Nurungji manufacturing apparatus using electric burner {Apparatus for manufacturing scorching rice with electric burner}

The present invention is provided with a transfer for circularly moving the molded plate of Nurungji on a plurality of moving lanes, and the transfer is provided at both ends of the moving lane to push the molded plate in the horizontal direction, as well as transporting the molded plate on the same moving lane. , When transferring the molded plate to different moving lanes, by pushing the molded plate horizontally to change the moving direction, the circular movement of the molded plate can be easily and simplified to increase the operating efficiency of the device, and the temperature of the molded plate can be increased by the electric burner. It relates to a scorched rice manufacturing apparatus using an electric burner capable of controlling.

In general, nurungji is created according to the temperature difference of the rice cooker when cooking rice, and the taste is savory and unique, and it is widely used as a convenience food in the morning or as a snack instead of rice.

Such a conventional nurungji forming apparatus is a molding apparatus for producing nurungji, which uses both rice and rice as a nurungji material and spreads the nurungji material to various thicknesses to produce nurungji. A base frame equipped with at least one burner; A molding plate provided as a lower plate to which ingredients for scorched rice are supplied and an upper plate covering the lower plate and heated while being moved in the base frame; And a spreading unit having at least one spreading device provided on the base frame so as to be able to move up and down and spreading the nurungji material supplied to the lower plate of the molding plate to various thicknesses; a molding plate heated according to the nurungji material provided on the molding plate It further includes a reversal unit for selectively inverting the to form the nurungji, and the inversion unit includes a gripper for holding the molding plate being transported from the base frame; a lifting block on which a gripper is rotatably provided; an elevating cylinder for elevating the elevating block up and down; and a moving cylinder for horizontally moving the lifting cylinder.

According to this prior art, it is possible to form nurungji of various thicknesses by spreading rice or rice-based nurungji material to various thicknesses desired by consumers.

In the prior art, in order to form Nurungji, the molding plate is circularly rotated and the Nurungji is formed by the burner. It is configured to lift and lower the molding plate from one lane to the other lane with or without inversion.

That is, in the prior art, when switching lanes, even if the molding plate is not rotated and reversed, the molding plate must be raised and moved to the other lane, and then lowered and put down.

In addition, this transfer operation takes a lot of time, and since the molded plate must be instantly separated from the lane, the transfer efficiency is also reduced.

Republic of Korea Patent Registration No. 10-1926545 (2018.12.03. Registration)

The present invention has been made to solve the above problems,

A transfer is provided for circularly moving the Nurungji molding plate on a plurality of moving lanes, and the transfer is provided at both ends of the moving lane to push the molding plate in the horizontal direction to transfer the molding plate on the same moving lane, as well as different When transferring the molded plate to the moving lane side, one object is to increase the operation efficiency of the device by easily and simplifying the circular movement of the molded plate by pushing the molded plate in the horizontal direction and changing the moving direction.

In the present invention, when supplying and discharging scorched rice, a guide means is provided to open and close the upper plate of the molded plate, and the first to third guiders constituting the guide means are configured in a series of processes so that the upper plate can be moved only by transferring the molded plate. Another purpose is to increase work efficiency and process efficiency by allowing it to be opened and closed.

In addition, another object of the present invention is to control the temperature of the molded plate to produce nurungji of constant quality.

Nurungji manufacturing apparatus using an electric burner according to the present invention includes a base frame provided with an electric burner; A scorched rice molded plate disposed above the burner and composed of an upper plate and a lower plate; Transfer lanes provided on the base frame and arranged side by side to enable circulation of the molding plate; transfers provided at both ends of the transfer lane to switch the moving direction of the mold plate to different transfer lanes and to transfer the mold plate on the same transfer lane; a raw material input unit for quantitatively supplying raw materials for nurungji to the molding plate; a spreader for spreading the raw material of the raw material of the raw material of the raw material when the raw material of the raw material is supplied to the molding plate by the raw material input unit; A scraper for separating the nurungji prepared from the molded plate; a discharge unit for transporting and discharging the nurungji separated by the scraper; and a brusher for brushing the molding plate from which the scorched rice is separated by the scraper.

The transfer according to the present invention includes a first pusher for pushing and transferring the molded plate in different transfer lanes, and a second pusher for pushing and transferring the molded plate transferred by the first pusher on the same transfer lane, characterized by being made.

The transfer according to the present invention is characterized by further comprising a third pusher for aligning the upper and lower plates of the molding plate before the molding plate is moved to the position of the second pusher by the first pusher.

According to the present invention, a guide protrusion is formed on one side of the upper plate of the molded plate, and a hinge coupling part is formed on the other side of the upper and lower plates of the molded plate.

In the discharge unit according to the present invention, the upper plate of the molding plate is lifted and opened from the lower plate, the upper plate is maintained in a vertically erected state from the scraper to the spreader, and after the spreader, the upper plate is lowered to cover the lower plate. It is characterized in that the guide means to be further provided.

The guide means according to the present invention is composed of an incline that rises along the transport direction of the molded plate to lift the upper plate until the molded plate enters the scraper from the discharge part, and the guide protrusion of the upper plate rides and enters the upper plate. A first guider that allows the upper plate to be moved up and down, and a second guider connected to the first guider and guided and supported by inserting a guide protrusion of the upper plate to maintain the upper plate vertically erected by the first guider from the scraper to the spreader And, connected to the second guider, in order to lower the top plate passing through the spreader, it is composed of a slope descending along the conveying direction of the molded plate, while the guide protrusion of the top plate rides and descends

It is characterized in that the upper plate includes a third guider to cover the lower plate.

The raw material inlet according to the present invention is provided with an inlet formed toward the molding plate, a supply hopper into which the raw material for nurungji is introduced, a stirrer disposed inside the supply hopper for stirring the raw material for nurungji, and the stirred from the stirrer It is characterized in that it comprises a supply screw for discharging the raw material for nurungji through the inlet.

The spreader according to the present invention includes a mounting frame, a first driving motor equipped with a first driving shaft mounted on an upper portion of the mounting frame and exposed to the outside by penetrating the inside of the mounting frame, and penetrating the inside of the mounting frame. A plurality of driven shafts exposed to the outside, the first driving shaft disposed inside the mounting frame and a pulley provided on the driven shaft and connected by a belt, and the first driving weight and the lower end of the driven shaft It is characterized in that it comprises a blade that is connected and rotationally driven to spread the raw material of the molded plate supplied by the raw material injection unit.

The spreader according to the present invention is further provided with an elevating means for elevating and lowering the mounting frame, the elevating means is mounted on the base frame, and a lifting cylinder having a piston rod coupled to an upper portion of the mounting frame; It is characterized in that it comprises guide rods mounted on the base frame and disposed on both sides of the elevating cylinder.

The scraper according to the present invention includes a separating cylinder mounted on the base frame, and a chisel plate for scraping the scorched paper attached to the upper plate of the molding plate while moving up and down connected to the lower end of the separating piston rod of the separating cylinder. It is characterized in that it is made by.

The brusher according to the present invention includes a second drive motor mounted on the base frame, and a cylindrical brush connected to a second drive shaft of the second drive motor to separate scorched rice residue remaining on the upper plate of the molding plate. It is characterized by being made by.

The Nurungji manufacturing apparatus according to the present invention is provided with a transfer for circularly moving the Nurungji molded plate on a plurality of moving lanes, and the transfer is provided at both ends of the moving lane to push the molded plate in the horizontal direction to move the molded plate on the same moving lane. In addition to the transfer of the molded plate, when the molded plate is transferred to different moving lanes, by pushing the molded plate in the horizontal direction to change the moving direction, the circular movement of the molded plate can be easily and simplified to increase the operating efficiency of the device.

In the present invention, when supplying and discharging scorched rice, a guide means is provided to open and close the upper plate of the molded plate, and the first to third guiders constituting the guide means are configured in a series of processes so that the upper plate can be moved only by transferring the molded plate. By allowing it to be opened and closed, work efficiency and process efficiency can be improved.

In the present invention, the scorched rice manufacturing apparatus is composed of a series of processes, thereby realizing complete automation, thereby increasing productivity and thereby lowering the production cost.

1 is a side view showing a scorched rice manufacturing apparatus according to the present invention;
2 is a plan view showing a scorched rice manufacturing apparatus according to the present invention;
3 is a perspective view showing the transfer of the scorched rice manufacturing apparatus according to the present invention;
4 to 6 are operation diagrams showing the operating state of the transfer according to the present invention;
7 is a cross-sectional view showing a raw material input unit of the scorched rice manufacturing apparatus according to the present invention;
8 is a perspective view showing the spreader of the scorched rice manufacturing apparatus according to the present invention;
9 is a perspective view showing a scraper and a brush of the scorched rice manufacturing apparatus according to the present invention;
10 is a conceptual diagram showing a discharge unit of the scorched rice manufacturing apparatus according to the present invention;
11 is a perspective view showing a guide means of the scorched rice manufacturing apparatus according to the present invention.

In order to explain the present invention and the operational advantages of the present invention and the objectives achieved by the practice of the present invention, the following describes a preferred embodiment of the present invention and references it.

First, the terms used in this application are used only to describe specific embodiments, and are not intended to limit the present invention, and singular expressions may include plural expressions unless the context clearly indicates otherwise. In addition, in this application, terms such as "comprise" or "have" are intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other It should be understood that the presence or addition of features, numbers, steps, operations, components, parts, or combinations thereof is not precluded.

In describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description will be omitted.

As shown in FIGS. 1 to 11, the nurungji manufacturing apparatus according to the present invention is for transferring the base frame 10, the nurungji molding plate 20, a plurality of transfer lanes 30, and the molding plate 20 A transfer 40, a raw material input unit 50 for quantitative supply of raw materials for scorched rice, a spreader 60 for spreading scorched paper, a scraper 70 for separating manufactured scorched paper from the molding plate 20, and scorched paper It comprises a brush 90 for brushing of the discharging unit 80 and the molding plate 20 for transporting and discharging.

First, if the transfer direction of the molding plate 20 is roughly defined in this specification, the molding plate 20 moves from the right side to the left end of the first transfer lane 31 based on the ground of FIG. 1, and the first transfer lane It is transferred to the left end of the second transfer lane 33 by changing the direction upward at the left end of (31). The molding plate 20 transferred from the first transfer lane 31 to the second transfer lane 33 moves from the left end to the right end of the second transfer lane 33 . The molding plate 20 arriving at the right end of the second transfer lane 33 is turned downward and transferred to the right end of the first transfer lane 31, and is transferred to the right end of the first transfer lane 31. is provided with a discharge unit 80, and the prepared fried rice is shipped through the discharge unit 80, and the molded plate 20 from which the fried rice is separated is transferred in the left direction along the first transfer lane 31.

Therefore, the left end where the moving direction of the molding plate 20 is switched from the first transfer lane 31 to the second transfer lane 33 is referred to as the 'first switching side', and the molding plate 20 is the second transfer lane. The right end where the moving direction is switched from (33) to the first transfer lane 31 is referred to as a 'second switching side'. In addition, the movement of the molding plate 20 along the first transfer lane 31 from the right direction to the left direction, that is, the direction of movement along the first transfer lane 31 is referred to as the 'first transfer direction'. The movement of the molding plate 20 along the second transfer lane 33 from the left direction to the right direction, that is, the direction of movement along the second transfer lane 33 is referred to as the 'second transfer direction'.

1, the left side of the molding plate 20 is referred to as 'one side' and the right side of the molding plate 20 is referred to as 'the other side' based on the transport direction of the molding plate 20. In addition, the left side of the molding plate 20 is referred to as the front side and the right side is referred to as the rear side of the molding plate 20 based on the paper of FIG. 1 .

As shown in FIGS. 1 to 6, the base frame 10 according to the present invention has a constant height, and components for forming scorched rice are disposed on the top.

In addition, an electric burner (not shown) is provided at the bottom of the base frame 10 to heat the molded plate 20 into which the raw material for scorched rice is added, and the electric burner made of a heating coil simultaneously heats one molded plate or a plurality of molded plates. If several of them can be heated, the temperature of the molding plate moving along the transfer lane can be more precisely managed.

The temperature of each molding plate is measured by a non-contact temperature sensor such as an infrared temperature sensor installed at each predetermined interval, and the measured value is transmitted to an electric burner to determine whether to heat it. Temperature control is achieved by a controller connected to a temperature sensor and an electric burner.

Accordingly, it is possible to arbitrarily adjust the temperature of the molded plate by solving the problem of constantly managing the temperature of the molded plate according to seasonal factors and factors caused by continuous production, making it possible to manufacture nurungji of uniform quality.

An electric burner is advantageous in more precisely controlling the temperature of a molding plate than a gas burner.

As shown in FIGS. 1, 2, and 4 to 6, the transfer lanes 30 according to the present invention are arranged on the upper part of the base frame 10 to enable circulation transfer of the molding plate 20 in multiple side by side. are placed

That is, in the transfer lane 30, the first transfer lane 31 and the second transfer lane 33 are arranged side by side.

In this case, the molding plate 20 moves in the first transfer direction on the first transfer lane 31, and the mold plate 20 moves in the second transfer direction on the second transfer lane 33.

To this end, transfer rollers (not shown) are disposed on both sides of each of the first and second transfer lanes 33 so that the molding plate 20 is placed on top of it, and the molding plate 20 is moved by the transfer roller It is possible to move by riding on the upper part of the .

A transfer 40 is provided at both ends of each transfer lane 30, and the transfer 40 transfers the molding plate 20 to the first and second transfer lanes 33, that is, on the same transfer lane 30. It enables the transfer to the lane 30, that is, it moves in the first transfer direction in the first transfer lane 31 and in the second transfer direction in the second transfer lane 33.

At both ends of the transfer lane 30, it is possible to switch and transfer the molding plate 20 to different lanes. Here, the conversion transfer refers to transfer of the molding plate 20 from the first transfer lane 31 to the second transfer lane 33 at the left end of the transfer lane 30, that is, transfer of the molding plate 20 to the first transfer lane 30, or That is, it means that the molding plate 20 is transferred from the second transfer lane 33 to the first transfer lane 31 at the right end of the transfer lane 30 . However, since the transfer of the molded plate 20 on the transfer lane 30 is implemented by the transfer 40, a detailed description thereof will be described in more detail in the section describing the transfer 40.

In addition, the transfer lane 30 is provided with a transfer roller for transfer of the molding plate 20, but the first and second transition sides of the transfer lane 30 have flat plates for transfer of the molding plate 20. A support plate 37 is provided. The supporting plate 37 is a part where the moving direction of the molding plate 20 is switched on the first switching side and the second switching side, and is orthogonal to the transport direction of the molding plate 20 by the transfer roller. ), it serves to support the molding plate 20 instead of the transfer roller.

As shown in FIGS. 1 to 9, the molding plate 20 according to the present invention is loaded with raw materials for scorched rice, heated by an electric burner disposed at the bottom, and pressed to produce scorched paper.

To this end, the molded plate 20 is composed of an upper plate 21 and a lower plate 23, and one side of the upper plate 21 and the lower plate 23 is provided with a hinged portion 25 so that the upper plate 21 and the lower plate 23 ) to open and close. In addition, a guide protrusion 21a is provided on the other side of the top plate 21, and the guide protrusion 21a opens the top plate 21 from the bottom plate 23 by the guide means 100 described later, or the top plate 21 ) is configured to cover the lower plate 23.

In addition, the molding plate 20 is made of a substantially rectangular shape. In this case, the guide protrusion 21a of the molding plate 20 is on the left side (or the other side) of the moving direction of the molding plate 20 on the ground in FIG. Arranged, the hinge coupling portion 25 is disposed on the right side (one side).

As shown in FIGS. 1 to 6, the transfer 40 according to the present invention is provided at both ends of the transfer lane 30 to move the molding plate 20 on the transfer lane 30 to the first and second transfer lanes 33. ) is configured to move in the first transport direction and the second transport direction, respectively. At the same time, on the first shifting side, the molding plate 20 moves from the first transfer lane 31 to the second transfer lane 33, and on the second shifting side, the molding plate 20 moves from the second transfer lane 33 to the first transfer lane 33. It is configured to be able to move to the transfer lane 31.

The transfer 40 for this purpose is the same as the first pusher 41 for pushing and transferring the molded plate 20 to different transfer lanes 30 and the molded plate 20 transferred by the first pusher 41. It includes a second pusher 43 for pushing and transferring on the transfer lane 30 . In addition, the transfer 40 aligns the upper plate 21 and the lower plate 23 of the molding plate 20 before the molding plate 20 is moved to the position of the second pusher 43 by the first pusher 41. A third pusher 45 is further provided.

First, the first pusher 41 is provided on the first cylinder 41a and the first cylinder 41a disposed on one side of the left end of the first transfer lane 31 and the other side of the right end of the second transfer lane 33. It is composed of a first piston rod 41b that has been formed, and a first push plate 41c connected to an end of the first piston rod 41b.

In this case, by the operation of the first cylinder 41a, the piston rod and the push plate are pulled out toward the inside of the transfer lane 30 to push the molding plate 20, and at this time, the first transfer lane 31 and the second transfer lane The molding plate 20 transferred from (33) is transferred to the second transfer lane 33 and the first transfer lane 31, respectively, and the moving direction is changed. That is, the first pusher 41 shifts the moving direction of the molding plate 20 by pushing and transporting the molding plate 20 to different transfer lanes 30 on the first switching side and the second switching side.

Therefore, the first pusher 41 moves the molding plate 20 from the first transfer lane 31 to the second transfer lane 33 at the left end of the transfer lane 30 on the different transfer lanes 30, that is, on the first switching side. ) to switch the movement direction from the first transport direction to the second transport direction. In addition, on the second shifting side, the molded plate 20 is pushed from the right end of the transfer lane 30 from the second transfer lane 33 to the first transfer lane 31 to move from the second transfer direction to the first transfer direction. will switch

In this case, the first cylinder 41a of the first pusher 41 is mounted and fixed to the guide block 47 mounted on the base frame 10, and the first piston rod 41b is inserted into the guide block 47. A plurality of guide bars 47a for stably supporting the first push plate 41c are coupled to the first push plate 41c. The guide bar 47a is pulled in and out together with the first piston rod 41b through a through hole (not shown) formed in the guide block 47.

Next, the second pusher 43 is provided on the second cylinder 43a disposed at the left end of the first transfer lane 31 and the right end of the second transfer lane 33, and the second cylinder 43a. It is composed of a second piston rod 43b and a second push plate 43c connected to an end of the second piston rod 43b. In this case, by the operation of the first cylinder 41a, the second piston rod 43b and the second push plate 43c remove the molding plate 20 on the second transfer lane 33 at the left end of the transfer lane 30. 2 It is transported by pushing in the transport direction. In addition, at the right end of the transfer lane 30, the shaped wave on the first transfer lane 31

is pushed and transferred in the first transfer direction.

In this case, the plurality of molding plates 20 disposed in the first and second transfer lanes 33 are molded plates disposed at the right end of the first transfer lane 31 and the left end of the second transfer lane 33 ( 20) is pushed by the second pusher 43, the molding plates 20 disposed on each transfer lane 30 are pushed and moved in the first and second transfer directions, respectively.

In the transfer 40 according to the present invention, the transfer of the molding plate 20 on the first and second transfer lanes 33 in the first transfer direction and the second transfer direction, that is, on each transfer lane 30, is carried out in the second transfer direction. It is implemented by the pusher 43.

In this way, the molding plate 20 transferred step by step on the same transfer lane 30 by the second pusher 43 is transferred from the first transfer lane 31 to the second transfer lane at the left end by the second pusher 43. The moving direction of the molding plate 20 is switched to (33), and the moving direction of the molding plate 20 can be switched from the second transfer lane 33 to the first transfer lane 31 at the right end.

Accordingly, circular transfer is possible along the first and second transfer lanes 33 arranged side by side on the base frame 10 by the first and second pushers 43 of the transfer 40 .

Furthermore, the transfer 40 according to the present invention is provided with a third pusher 45, the third pusher 45 is the first transfer lane 31 and the second transfer lane on the first shifting side and the second shifting side, respectively. Arranged on the same line as 33 is a third cylinder 45a, a third piston rod 45b provided in the third cylinder 45a, and a third connected to the end of the third piston rod 45b. It is composed of a push plate 45c. The third pusher 45 configured as described above is the upper plate 21 and the lower plate 23 of the molding plate 20 before the molding plate 20 is moved to the position of the second pusher 43 by the first pusher 41 . ) to align.

This is before the molding plate 20 is moved from the first transfer lane 31 to the second transfer lane 33 on the first shifting side by the first pusher 41, and before the second transfer lane 33 on the second shifting side. ) before moving to the first transfer lane 31, the cylinder of the third pusher 45 operates so that the third piston rod 45b and the third push plate 45c move in opposite directions to the first transfer direction and the second transfer direction. is withdrawn as The third push plate 45c pulled out in this way is twisted to each other when the left end of the first transfer lane 31 and the right end of the second transfer lane 33 support the molding plate 20 waiting to change the moving direction. The upper plate 21 and the lower plate 23 of the molding plate 20, which are present or misaligned, may be accurately overlapped while contacting each other. Therefore, the third pusher 45 can support the top plate 21 and the bottom plate 23 that are twisted or shifted before the molding plate 20 changes the moving direction so that they are accurately overlapped and aligned.

The operating state of the transfer 40 configured as described above will be described with reference to FIGS. 4 to 6.

First, the drawings of FIGS. 4 to 6 show a process of changing the moving direction of the molding plate 20 on the first switching side, that is, on the left end side of the transfer lane 30 . However, although not shown in the accompanying drawings, the process of changing the moving direction of the molding plate 20 at the second switching side, that is, at the right end side of the transfer lane 30, unlike the left end side, the first pusher 41 and the second pusher ( 43) is installed on the right end side of the second transfer lane 33, and the third pusher 45 is formed on the right end side of the first transfer lane 31. In this case, the first pushers 41 to the third pushers 45 circulate the molding plates 20 transported in opposite directions in the first and second transfer lanes 33 on the first shifting side and the second shifting side. Regardless of the arrangement position, the function and action are the same in that the moving direction of the molding plate 20 must be changed at both ends of the transfer lane 30 to transfer.

First, as shown in FIG. 4, when the molding plate 20 of the first transfer lane 31 is pushed and moved in the first moving direction by the third pusher 45 on the second switching side, as shown in FIG. The molding plate 20 is arrange|positioned to the 1st pusher 41 on the 1 switching side. In this case, the third piston rod 45b of the third pusher 45 is drawn out to support and support one surface of the molding plate 20 .

Next, as shown in FIG. 5, as the first piston rod 41b of the first pusher 41 is pulled out from the first shifting side, the first push plate 41c pushes the molding plate 20 to the second transfer lane. In (33), the direction of movement of the molding plate 20 is switched. In this case, before the first piston rod 41b of the first pusher 41 is drawn out, the third piston rod 45b of the third pusher 45 is drawn in.

In this way, when the moving direction of the molded plate 20 is switched on the first shifting side, the second piston rod 43b of the second pusher 43 is drawn out as shown in FIG. 6, and the second push plate 43c moves the molded plate When 20 is pushed, the molding plate 20 is transported in the second transport direction.

In this case, on the second shifting side, the first pusher 41 and the second pusher 43 are disposed on the second transfer lane 33 and the first transfer lane 31, respectively, and operate in the same way as on the first shifting side.

Therefore, the transfer 40 according to the present invention enables the circular transfer of the molding plate 20 along the first transfer lane 31 and the second transfer lane 33. In this case, the transport distance of the molding plate 20 may be equal to the width and length of the molding plate 20 because the entire molding plate 20 moves while being pushed through the transportation of one molding plate 20 .

The first pusher 41 and the second pusher 43 of the transfer 40 according to the present invention push and move the molding plate 20. In this case, in the case of the first pusher 41, the molding plate 20 One side is pushed, and in the case of the second pusher 43, the front side of the molding plate 20 is pushed at the left end, and the rear side of the molding plate 20 is pushed at the right end.

In particular, when the molding plate 20 is pushed to the second transfer lane 33 on the first shifting side, that is, at the left end of the first transfer lane 31, the push plate of the first pusher 41 is the upper plate of the mold plate 20. (21) One side is pushed.

In this case, since a guide protrusion is formed on one side of the upper plate 21 of the molding plate 20 and contacts the first push plate 41c of the first pusher 41, it is placed at an exact point, that is, at the center of the first push plate 41c. If the guide protrusion 21a does not come into contact, the molding plate 20 may be twisted while being transported to the second transfer lane 33, or it may deviate from the moving position. Therefore, contact protrusions 41d having the same length as the guide protrusions 21a are formed on the first push plate 41c to make contact with one side of the molded plate 20 and push the molded plate 20 to the second transfer lane ( When moving to 33), it is twisted or out of the moving position.

you can make sure it doesn't come off.

As shown in Figures 2 and 7, the raw material input unit 50 according to the present invention is a molded plate

In (20), the raw material for scorched rice is added, and the raw material for scorched rice is supplied by stirring soaked rice or rice.

To this end, the raw material input unit 50 includes a supply hopper 51 equipped with an input port 55 formed toward the molding plate 20 and a stirrer for mixing well the raw materials for scorched rice disposed inside the supply hopper 51 ( 53), and a supply screw 57 for discharging the raw material for scorched rice from the stirrer 53 through the inlet 55.

That is, the raw material input unit 50 stirs the raw material for raw materials supplied to the supply hopper 51 with the stirrer 53 and discharges the raw materials for raw materials through the input port 55 by the rotating supply screw 57. At this time, the molding plate 20 moves with the upper plate 21 open by means of a guide means 100 to be described later, and raw materials for scorched rice discharged from the inlet 55 are supplied to the lower plate 23.

In this case, the raw material input unit 50 can be implemented by controlling the rotational speed and supply time of the supply screw 57 in order to supply a quantity of scorched rice raw material.

As shown in FIGS. 1, 2 and 8, the spreader 60 according to the present invention is configured to evenly spread the raw material supplied to the raw material input unit 50.

To this end, the spreader 60 is provided with a mounting frame 61, and the mounting frame 61 is formed in the form of a rectangular box open to left and right sides. A first driving motor 62 is mounted on the upper part of the mounting frame 61, and a first driving shaft 63 of the first driving motor 62 is disposed inside the mounting frame 61 and has a pulley at its end. (65) is connected. In addition, a plurality of driven shafts 64 to which the pulleys 65 are connected are provided inside the mounting frame 61, and each pulley 65 is connected by a belt 66, and when the driving motor operates, the driven shaft ( 64) also enables simultaneous rotational drive.

In addition, the first drive shaft 63 and the driven shaft 64 are exposed to the outside of the lower portion of the mounting frame 61, and the first drive shaft 63 and the driven shaft 64 are exposed to the exposed end of the blade for spreading the raw material for nurungji ( 67) are connected.

Therefore, the first drive motor 62 of the spreader 60 operates, and the first drive shaft 63 and the driven shaft for the raw material supplied to the lower plate 23 of the molding plate 20 by the raw material input unit 50 The blade 67 provided at 64 rotates to spread the raw material for scorched rice to a uniform thickness.

The spreader 60 configured as described above is provided with an elevating means for elevating and descending. This elevating means includes an elevating cylinder 68 fixed to the base frame 10 and a piston of the elevating cylinder 68. Rod (68a) end is connected to the top of the mounting frame (61). Therefore, when the lifting and lowering cylinder 68 operates, the mounting frame 61 may be raised or lowered according to the withdrawal of the piston rod 68a.

Therefore, when the molding plate 20 supplied with the raw material for scorched rice is transported and placed under the spreader 60, the lifting and lowering cylinder 68 of the lifting and lowering cylinder 68 operates the mounting frame 61 and the piston rod 68a is pulled out and lowered. will do At this time, the blade 67 of the spreader 60 also descends to spread the raw material for scorched rice, and when the spreading operation of the scorched rice wonryong is completed, the lifting and lowering cylinder 68 is operated and the piston rod 68a is drawn in, and the mounting frame 61 is moved up and down and waits for the next task in this state.

In this case, the mounting frame 61 of the spreader 60 is provided with guide rods 68b on both sides of the lifting cylinder 68 so that a stable support structure can be achieved during the lifting operation of the mounting frame 61. desirable.

When the raw material for scorched rice is evenly spread on the lower plate 23 of the molding plate 20 by the spreader 60, the molding plate 20 moves in the first transport direction, and in this process, by the guide means 100 to be described later The upper plate 21 of the molding plate 20 covers and closes the lower plate 23 .

Thereafter, by the transfer 40, the molding plate 20 moves along the first transfer lane 31 in the first transfer direction, and in the first shifting side, by the transfer 40, the molded plate 20 moves from the first transfer lane 31 to the second transfer direction. The moving direction of the molding plate 20 is changed to the transfer lane 33 . The molding plate 20 whose moving direction is switched in this way moves along the second transfer lane 33 in the second transfer direction. The molding plate 20, which has been moving in this way, is switched in the moving direction from the second transfer lane 33 to the first transfer lane 31 by the transfer 40 on the second switching side, and the molding plate 20 whose moving direction is switched in this way The plate 20 is erected when the upper plate 21 is opened by the guide means 100 described below. At this time, the scraper 70 scrapes and separates the prepared nurungji attached to the top plate 21, and the separated nurungji is shipped through the discharge unit 80.

Hereinafter, the scraper 70 for separating the completed fried rice from the molding plate 20 and the discharge unit 80 for shipping the separated fried rice will be described.

As shown in Figures 1 and 9, the scraper 70 according to the present invention, when the upper plate 21 is opened from the lower plate 23 by the guide means 100, the prepared nurungji is attached to the lower plate 23 or the upper plate (21) can be attached. If the scorched rice is attached to the lower plate 23, it can be discharged through the discharge unit 80, but if the scorched paper is attached to the upper plate 21, it is necessary to artificially scrape the scorched paper attached to the upper plate 21. there will be

Therefore, by the scraper 70 according to the present invention, the scorched rice is scraped off the top plate 21 and separated from the top plate 21. For this purpose, the scraper 70 is a separating cylinder 71 to which the base frame 10 is mounted. ), a separation piston rod 73 provided in the cylinder, and a chisel plate 75 provided at the end of the separation piston rod 73. Therefore, when the cylinder 71 for separation is operated and the piston rod 73 for separation is drawn out and descends, the chisel plate 75 scrapes the nurungji attached to the upper plate 21 and drops it to the lower plate 23. In this case, the chisel plate 75 is inclined toward the upper plate 21 so that the separation of the fried rice is easier.

It is desirable to make it easy and convenient.

Next, the discharge unit 80 for discharging the nurungji separated from the molding plate 20 by the above-described scraper 70 is configured as shown in FIGS. 1, 2 and 10.

That is, in the discharge unit 80 according to the present invention, the guide plate 81 erected vertically on the outside of the base frame 10 at the right end side of the first transfer lane 31 is installed along the first transfer lane 31. And, the left end of the guide plate 81 is bent in the outer direction of the first transfer lane 31. A first discharge guide 82 is provided so as to be spaced apart from the right end of the guide plate 81 and form an inclined surface in the outward direction of the first transfer lane 31, and the first discharge guide 82 is attached to the scraper 70. As a result, the nurungji separated from the upper plate 21 and dropped on the lower plate 23 is guided to the outer direction of the first transfer lane 31, that is, to the discharge side and transported.

Nurungji, which is transported to the discharge side by the first discharge guide 82, is transported upward through the first conveyor 83, and the second discharge guide 84 is provided at the top of the first conveyor 83 to transfer the lane. (30) Guide the fried rice to the discharge chamber 86 disposed at the top so that it is transferred. A second conveyor 85 is provided inside the discharge chamber 86 to transfer the fried rice toward the left end of the transfer lane 30, and the fried rice is transported downward at the left end of the discharge chamber 86 for shipment of the fried rice. A sliding plate 87 is provided so that The fried rice that is transported along the sliding plate 87 can be transported and shipped through a conveyor for collection.

Meanwhile, the molded plate 20 from which the fried rice is separated by the scraper 70 is moved in the first moving direction with the top plate 21 open by the guide means 100. Residues of scorched rice may remain on the upper plate 21 from which the is separated.

These residues are the residues of already-manufactured scorched rice, and when reheated by an electric burner, the residues can be burned. .

Therefore, in order to remove these scorched rice residues, it is necessary to prevent product quality from deteriorating, and for this purpose, the present invention introduces a brush 90.

As shown in FIG. 9, the brush 90 according to the present invention includes a second drive motor 91 mounted on the base frame 10 and a second drive shaft 93 connected to the second drive motor 91. , It is composed of a cylindrical brush 95 connected to the second driving shaft 93.

Therefore, in the brush 90, when the second driving motor 91 is driven, the brush 95 rotates, and by removing the residue of the fried rice attached to the top plate 21 of the castle plate by the rotating brush 95, An effect of washing the molding plate 20 can be obtained.

Furthermore, in the present invention, the upper plate 21 of the molding plate 20 must be opened in the section of the discharge unit 80, the scraper 70, the brusher 90, and the spreader 60 due to the nature of the work, and the spreader 60 When the spreading operation of the raw material for scorched rice is finished, the upper plate 21 must be covered so that the molding plate 20 is transferred and heated by an electric burner to complete the scorched rice.

In the present invention, the upper plate 21 of the molding plate 20 is opened and covered in the section of the discharge unit 80, the scraper 70, the brusher 90 and the spreader 60, but by the transfer 40 A guide means 100 capable of opening and closing the upper plate 21 of the molding plate 20 only by transporting the molding plate 20 is introduced.

First, as shown in FIGS. 1 and 11, in the processing process by the discharge unit 80 and the scraper 70, it is an elevation section in which the top plate 21 is elevated and opened as a section in which scorched rice should be scraped and discharged. In addition, in the processing process by the scraper 70, the brusher 90, and the spreader 60, since the upper plate 21 must be transported while standing upright, it is a maintenance section in which the elevated state continues to the workable section. In addition, after the spreader 60 completes the spreading operation of the scorched rice raw material, the upper plate 21 is lowered to cover the lower plate 23, and is heated by an electric burner. After the spreader 60, the upper plate ( 21) is the descending section.

Next, the guide means 100 for lifting, maintaining, and lowering the top plate 21 in these sections is in the first transfer direction until the molding plate 20 enters the scraper 70 in the discharge section 80 in the lifting section. A first guider 101 having an inclination that gradually rises along is provided. In the maintenance section, the scraper 70, the brusher 90, and the spreader 60 are provided with a second guider 103 for maintaining an elevated state of the upper plate 21 along the first transfer direction. In the descending section, a third guider 105 having an inclination descending along the first transfer direction is provided so that the top plate 21 descends from the spreader 60 onwards.

In the first guider 101 of the guide means 100, the moving direction of the molding plate 20 is switched from the second transfer lane 33 to the first transfer lane 31 on the second switching side and moves in the first transfer direction will do At this time, in order for the fried rice separated from the upper plate 21 by the scraper 70 to be transferred to the discharge unit 80, the upper plate 21 must be raised and lowered from the lower plate 23. At this time, the guide protrusion 21a of the top plate 21 moving in the first transport direction rises along the first guider 101, and the top plate 21 moves up and down so that the first guider 101 is erected vertically at the end of the first guider 101 do. This is because when the top plate 21 is erected and transported, the process can be performed by the scraper 70, the brusher 90, and the spreader 60 only when the top plate 21 is maintained in the vertical direction.

To this end, the second guider 103 is composed of a '∩'-shaped frame, and the guide protrusion of the top plate 21 is inserted into the insertion groove 103a to keep the top plate 21 upright. . In this way, the molded plate 20 transported with the upper plate 21 erected by the second guider 103 must descend when the spreading operation of the raw material for scorched rice is completed by the spreader 60, so the second guider 103 is terminated The guide protrusion 21a of the upper plate 21 of the molding plate 20 that has passed through the third guider 105 descends. At the end of the third guider 105, the upper plate 21 completely descends to cover the lower plate 23, and then the upper plate 21 and the lower plate 23 are transported in an overlapping state and heated by an electric burner to make fried rice. are manufactured

In this case, the first guider 101 is spaced apart from the end of the first guider 101 in order to induce the guide protrusion 21a of the top plate 21 to enter the insertion groove 103a of the second guider 103 An entry guide part 101a connected to the two guiders 103 is provided. The entry guide part 101a helps the guide protrusion 21a of the top plate 21 erected by the first guider 101 to easily enter the insertion groove 103a of the second guider. In addition, it is preferable that the first guider 101 and the entry guide part 101a are connected to a '∩' shaped connection member 101b so that the separation distance between them can be maintained constant.

In this way, the guide means 100 according to the present invention raises and lowers the upper plate 21 and lowers the upper plate 21 only by transferring the molding plate 20 by the transfer 40 in the process of covering the lower plate 23. Work efficiency can be improved in that it can be opened and closed from the lower plate 23. In addition, it is effective in terms of saving equipment as well as energy saving in that a separate driving device is not used for driving the guide means 100.

As such, the present invention has been described with reference to one embodiment shown in the drawings, but this is only exemplary, and those skilled in the art can make various modifications and equivalent other embodiments therefrom. will understand

Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

10: base frame
20: molding plate
21: top plate 21a: guide protrusion
23: lower plate 25: hinge joint
30: transfer lane
31: 1st transfer lane 33: 2nd transfer lane
37: support plate
40 : transfer
41: first pusher 41a: first cylinder
41b: first piston rod 41c: first push plate
41d: contact protrusion
43: second pusher 43a: first cylinder
43b: second piston rod 43c: second push plate
45: third pusher 45a: third cylinder
45b: third piston rod 45c: third push plate
47: guide block 47a: guide bar
50: raw material input unit
51: supply hopper 53: agitator
55: inlet 57: supply screw
60: spreader
61: mounting frame 62: first drive motor
63: first drive shaft 64: driven shaft
65: pulley 66: belt
67: blade 68: lifting cylinder
68a: piston rod 68b: guide rod
70: scraper
71: cylinder for separation 73: piston rod for separation
75 : chisel plate
80: discharge unit
81: guide plate 82: first discharge guide
83: first conveyor 84: second discharge guide
85: second conveyor 86: discharge chamber
87: sliding plate
90 : brusher
91: second drive motor 93: second drive shaft
95: brush
100: guide means
101: first guider 101a: entry guidance unit
101b: connecting member 103: second guider
28
103a: insertion groove 105: third guider
110: drying means
29

Claims (13)

Base frame 10 including an electric burner;
a molding plate 20 disposed above the electric burner and including an upper plate 21 and a lower plate 23;
Transfer lanes 30 disposed on the base frame 10 and for circularly moving the molding plate 20;
Transfer provided at both ends of the transfer lane 30 to switch the moving direction of the mold plate 20 to different transfer lanes 30 and to transfer the mold plate 20 on the same transfer lane 30 (40);
A raw material input unit 50 for supplying raw materials for scorched rice to the molding plate 20;
A spreader 60 for spreading the nurungji raw material supplied to the molding plate 20 by the raw material input unit 50;
A scraper 70 (scraper) for separating the nurungji prepared in the molding plate 20;
a discharge unit 80 for transporting and discharging the nurungji separated by the scraper 70;
including,
The transfer 40 is
A first transfer 40 corresponding to one side of the transfer lane 30; and
a second transfer 40 corresponding to the other side of the transfer lane 30;
including,
The transfer lane 30 is
a first transfer lane 31 for transferring the molding plate 20 in a first direction among horizontal directions; and
a second transfer lane 33 disposed parallel to the first transfer lane 31 and transferring the molding plate 20 in a second horizontal direction, which is opposite to the first direction;
including,
The first transfer 40 and the second transfer 40 are respectively
a first pusher 41 for pushing and transferring the molding plate 20 to different transfer lanes 30;
a second pusher 43 for pushing and transferring the molded plate 20 transferred by the first pusher 41 on the same transfer lane 30; and
An agent for aligning the upper plate 21 and the lower plate 23 of the molding plate 20 before the molding plate 20 is moved to the position of the second pusher 43 by the first pusher 41 3 pusher (45);
including,
The first pusher 41 is
a first cylinder 41a;
a first piston rod (41b) provided in the first cylinder (41a);
a first push plate 41c connected to an end of the first piston rod 41b;
a guide block 47 mounted on the base frame 10 and to which the first cylinder 41a is fixed; and
a plurality of guide bars 47a coupled to the first push plate 41c and supporting the first push plate 41c when the first piston rod 41b is pulled in and out;
including,
The plurality of guide bars 47a are drawn in and out together with the first piston rod 41b through through-holes formed in the guide block 47,
The second pusher 43 is
a second cylinder (43a);
a second piston rod (43b) provided in the second cylinder (43a); and
a second push plate 43c connected to the end of the second piston rod 43b;
including,
The third pusher 45 is
a third cylinder 45a;
a third piston rod (45b) provided in the third cylinder (45a); and
a third push plate 45c connected to an end of the third piston rod 45b;
including,
A first mode in which the molding plate 20 is transported in the first direction on the first transfer lane 31 or the molding plate 20 is transported in the second direction on the second transfer lane 33 ( First Mode), the second piston rod 43b and the third piston rod 45b are drawn out and the first piston rod 41a and the plurality of guide bars 47a are drawn in,
The molding plate 20 is transferred from the first transfer lane 31 onto the second transfer lane 33 or the molded plate 20 is transferred from the second transfer lane 33 to the first transfer lane 31 In the second mode (Second Mode), the second piston rod 43b and the third piston rod 45b are retracted, and the first piston rod 41a and the plurality of guide bars 47a Nurungji manufacturing apparatus using an electric burner, characterized in that withdrawn. According to claim 1,
The guide block 47 is partially overlapped with the base frame 10 in a vertical direction perpendicular to the horizontal direction,
The guide block 47 includes a portion that protrudes more than the base frame 10 in a third direction perpendicular to the first and second directions among the horizontal directions,
The first direction and the second direction correspond to the longitudinal direction of the base frame 10,
The third direction is a nurungji manufacturing apparatus using an electric burner, characterized in that corresponding to the width direction of the base frame (10). According to claim 1,
The first mode includes a period in which the withdrawal length of the second piston rod (43b) is longer than the withdrawal length of the third piston rod (45b). According to claim 1,
A guide protrusion 21a is formed on one side of the top plate 21 of the molding plate 20,
The upper plate 21 and the lower plate 23 of the molding plate 20 are scorched rice manufacturing apparatus using an electric burner, characterized in that the hinge coupling part 25 is disposed on the other side. According to claim 4,
The upper plate 21 of the molding plate 20 is lifted and opened from the lower plate 23 in the discharge part 80, and the upper plate 21 is moved from the scraper 70 to the spreader 60 in a vertical direction. Maintaining the standing state, and after the spreader 60, the upper plate 21 is lowered to cover the lower plate 23. Using an electric burner, characterized in that it further comprises a guide means 100 Nurungji manufacturing device. According to claim 5,
The guide means 100 is
The upper plate ( The first guider 101 that allows the guide protrusion 21a of 21 to ride and enter to lift the top plate 21, and is connected to the first guider 101, and the spreader 60 in the scraper 70 ) In order to maintain the top plate 21 erected vertically by the first guider 101 until the second guider 103 in which the guide protrusion 21a of the top plate 21 is inserted and guided and supported, The guide protrusion of the top plate 21 ( 21a) a scorched rice manufacturing apparatus using an electric burner, characterized in that it includes a third guider 105 that allows the upper plate 21 to cover the lower plate 23 while riding and descending. According to claim 1,
The raw material input unit 50
A supply hopper 51 having an inlet 55 formed toward the molded plate 20 and into which the raw material for nurungji is introduced, and a stirrer disposed inside the supply hopper 51 to stir the raw material for nurungji ( 53) and a supply screw 57 for discharging the raw material for nurungji stirred by the agitator 53 through the inlet 55. According to claim 1,
The spreader 60 is
A first drive motor 62 equipped with a mounting frame 61 and a first drive shaft 63 mounted on the upper portion of the mounting frame 61 and exposed to the outside through the inside of the mounting frame 61; , A plurality of driven shafts 64 exposed to the outside through the inside of the mounting frame 61, and the first driving shaft 63 and the driven shaft 64 disposed inside the mounting frame 61 It is provided in, and is connected to a pulley 65 connected by a belt 66, and to the lower ends of the first driving shaft 63 and the driven shaft 64, and driven to rotate, by the raw material input unit 50 Nurungji manufacturing apparatus using an electric burner, characterized in that it comprises a blade 67 for spreading the Nurungji raw material of the supplied molded plate 20. According to claim 8,
The spreader 60 is further provided with an elevating means for elevating and descending the mounting frame 61,
The lifting and lowering means
An elevating cylinder 68 mounted on the base frame 10 and having a piston rod coupled to an upper portion of the mounting frame 61, and mounted on the base frame 10 and disposed on both sides of the elevating cylinder 68 Nurungji manufacturing apparatus using an electric burner, characterized in that it comprises a guide rod (68b) to be. According to claim 1,
The scraper 70 is
a separating cylinder 71 mounted on the base frame 10; and
It is connected to the lower end of the separating piston rod 73 of the separating cylinder 71 and includes a chisel plate 75 for scraping off the scorched paper attached to the upper plate 21 of the molding plate 20 while moving up and down. Nurungji manufacturing apparatus using an electric burner, characterized in that. According to claim 1,
The electric burner is an electric burner installed to heat each of the molding plates 20 or the molding plates 20 in a certain section, based on the value measured by the temperature sensor for measuring the temperature of the molding plate 20 Nurungji manufacturing apparatus using an electric burner, characterized in that for controlling the temperature of the molding plate (20). According to claim 1,
Nurungji manufacturing apparatus using an electric burner, characterized in that it further comprises a brusher (90) (brusher) for brushing (brushing) the molding plate (20) from which the nurungji is separated by the scraper (70). According to claim 12,
The brush 90 is
A second drive motor 91 mounted on the base frame 10;
It is connected to the second driving shaft 93 of the second driving motor 91 and includes a cylindrical brush 95 for separating the scorched rice residue remaining on the upper plate 21 of the molding plate 20. Nurungji manufacturing apparatus using an electric burner to

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