KR101475008B1 - Rice powder boiling machine - Google Patents

Abstract

The present invention relates to a rice cake steaming device. More specifically, the rice cake steaming device comprises: a steaming device unit which performs steaming while multiple steamers containing rice flour are stacked at the top of a table on which a steaming container is installed; a transferring device unit which backwardly transfers the steamers containing rice cakes steamed from the steaming device unit, pours the same in a wafer device, and transfers empty steamers to a steamer putting rod in front thereof; and an elevation device unit which lifts and lowers the steamers containing rice flour while being put on the steamer putting rod in order to be added at the top of the steaming container of the steaming device unit. The steamers are upwardly, downwardly, forwardly, and backwardly moved, so that an existing problem in which a steamer is moved in a rotary direction over a large rotary trajectory of 180 degrees because a lift bar installed in a cantilever shape is rotated in a circle of 180 degrees can be solved. The rice cake steaming device of the present invention comprises: a steaming device unit (100) which steams rice flour contained in multiple steamers (3) stacked on the top of a steaming container (1); a transferring device unit which backwardly transfers the steamers (3) containing rice cakes steamed from the steaming device unit (100), pours the same in a wafer device, and transfers empty steamers (3) to a steamer putting rod (30) in the front thereof; and an elevating device unit (300) which lifts and lowers the steamers (3) containing rice flour while being put on the steamer putting rod (30) in order to be added in the top of the steaming container (1) of the steaming device unit (100).

Description

[0001] RICE POWDER BOILING MACHINE [0002]

The present invention relates to a rice cake steaming machine, and more particularly, to a steam cake steaming machine having a steam cooker, a steam cooker, a steam cooker, A conveying unit for conveying the waste silk to the front of the steam boiler while feeding the empty silv to the front of the steam boiler while raising and lowering the silo containing the rice flour in a state of being placed on the silo feeding bar; By constructing the loaf cake steaming device, the movement of the loom is performed in the direction of the elevating and lowering, and the lift bar, which is conventionally installed in the form of a cantilever, rotates in a circle of 180 degrees so that the loom moves in a rotary manner In order to solve the problems that arise in the future.

The applicant of the present invention has filed and registered a utility model for the rice cake steaming device, and the utility model right is known as Utility Model Registration No. 20-359263.

The above conventional design is composed of a lifting device for lifting the silk on the frame of the main body, a lifting device for lifting and lowering the silk, and a feeding device for feeding the silk to the steam cistern.

The lifting bar included in the lifting device is formed in a cantilever shape. The inner end of the lifting bar is hinged to the main frame, and the free end of the lifting bar is provided with a lift arm for holding the sling.

Then, after the rice flour in the silk laminated in the central body frame is matured and the rice cake is made, the silk is held by the lift arm provided at the free end of the lift bar, rotated by 90 degrees to the left arm machine The rice cake is poured, and then the bin shiru is moved 180 degrees to the side of the rice flour feeder installed on the right side of the body frame from the side of the machine, and the rice flour is placed in the bin shiru.

In the conventional design, a large working space is ensured by moving the shaft in a large rotational path as much as 180 degrees. In addition, not only a large shaft is moved in a rotational trajectory as large as 180 degrees, There is a problem.

In addition, a large load is applied to the hinge portion of the lift bar by holding the large and heavy shear in a lift arm installed at the free end of the lift bar installed in the form of a cantilever, so that the lift bar and the lift bar are connected to the lift bar There arises a problem that the two link-type levers are easily broken.

When the sill moves while rotating the rotary trajectory at 180 degrees, the three link-type levers connected to the lift bar continuously operate as if the upper and lower blades intersect with each other, so that the surrounding objects and the human body There was a very dangerous safety problem in which a cutting accident would occur if it was introduced therebetween.

Utility Model Registration No. 20-359263 (Name of Design: Rice Cooking Apparatus)

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a lift bar which is formed by cantilever moving in a cantilever- The technical problem is to solve the problem that occurs when the shiru moves in a rotary manner by drawing a rotation trajectory having a large angle of 180 degrees.

To achieve the above object, according to the present invention, there is provided a steam cooker comprising: a steam cooker which mixes rice flour contained in several silos stacked in multiple stages in an upper portion of a steamer; and a silo containing rice cakes cooked in the steam cooker, A feeder unit for feeding the empty seaweed to the front of the steamer while feeding the empty seawater to the front of the steamer unit while raising and lowering the silage containing the rice flour while being placed on the feeder barrel, .

As described above, the rice cake steaming apparatus of the present invention is constructed such that the movement of the silk is made by linear movement instead of curved movement like the ascending and descending directions, and the lift bar, which is conventionally installed in a cantilever shape, And thus it is possible to solve the problem that occurs when the shiru moves in a rotary manner by drawing a rotation trajectory having a large angle of 180 degrees.

1 is a side view showing a rice cake steaming apparatus according to the present invention;
2 is a rear view showing a rice cake steaming apparatus according to the present invention.
3 is a plan view showing a rice cake steaming apparatus according to the present invention.
4 is a front view showing a rice cake steaming apparatus according to the present invention.
5 is an enlarged view of a portion "C" in Fig.
6 is a cross-sectional view taken along line DD of Fig.
Fig. 7 is a planar structural view showing a feeding inlet included in the present invention; Fig.
8 is an enlarged cross-sectional view of a portion "B"
9 is an enlarged cross-sectional view of the portion "A" in Fig.

Hereinafter, a rice cake tasting machine according to the present invention will be described with reference to the accompanying drawings with reference to FIGS. 1 to 9. FIG.

1, the rice cake steaming apparatus 400 according to the present invention includes a steam cooker 1 for steaming a rice flour contained in several sheets 3 stacked in multiple stages, A feeder unit 200 that feeds the silk 3 containing rice cakes mixed in the unit 100 backward and feeds the empty silk 3 to the forward feed bar 30 after being poured into the machine, And a loading and unloading spindle 300 for loading the upper portion of the steamer 1 of the steam cooker 100 while raising and lowering the silo 3 containing the rice flour in a state of being placed on the charging stand 30.

As shown in FIGS. 1 to 3 and 9, the steam cooker unit 100 is installed on both sides of the steamer 1 of the table 10 on which the steamer 1 is installed, And the front end of the protruding and retreating stopper 24 having a flat top surface and a square bar 24a at the rear is fixed to the upper case 25 on the undersurface of the sheath 3 As shown in FIG.

The guide rods 26 downwardly mounted on the case 25 are downwardly guided up and down by a guide hole 26a formed to penetrate the table 10 up and down, The steam supply pipe 2 is prevented from being caught in the inner space of the steam supply pipe 1 when the platform support 27 is lifted up and down. do.

An entrance roller stand 29 for guiding the entrance of the silo 3 is provided on the upper surface of the table 10 inside the both side silo platform 20 and a lift table stand 27, and is lifted by the elastic force of the spring and the weight of the silo 3 placed on the entrance roller stand 29. The roller-

The slope lifting base 20 has a flat upper hooking part 23 and a sloping inclined part 22 on the lower side and a protruding and retracting hook 24 having a square bar 24a at its rear side is provided on the upper case 25, The tip end portion of the protruding and retracting stopper 24 having the engaging portion 23 and the inclined portion 22 is directed toward the silk 3 and the spring 24a is inserted into the square bar 24a inside the case 25 The case 25 is provided with a protrusion passage groove 25a at a corresponding position of the fitting protrusion 4,4a so as not to catch the fitting protrusion 4,4a in the course of the lifting and lowering of the case 3, As shown in FIG.

As shown in FIGS. 1 to 4, the conveying unit 200 includes upper and lower guide posts 41 horizontally installed on upper portions of vertical columns 40 vertically installed on both sides of the table 10 And a chain 44 for driving and receiving the power of the motor 42 is installed in the upper side guide 41. The chain 44 is provided with a silifier 50 for holding and transporting the silhuer 3, Are horizontally moved in the forward and backward directions.

A rotating shaft 43 provided with sprockets 42a at both ends is installed horizontally between the upper and lower side guide rails 41 and 41. The power of the motor 42 is transmitted to the rotating shaft 43 outside the one side sprocket 42a from a belt And a chain 44 installed inside the upper side guide bars 41 is installed to be rotatable in the forward and backward directions.

A guide roller 46 is provided below the chain mounting base 51 which is connected to both ends of the chain 44 and is provided below the sealing unit 50, And a guide rail 45 to which the guide roller 46 is slidably guided is provided in the longitudinal direction.

The chain support unit 51 is connected to the chain 44 at a lower portion thereof and horizontally moves in the forward and backward directions. The upper portion of the chain support unit 51 is provided with a fitting protrusion Holding and rotating means for holding and rotating the projections 4, 4a are provided.

As shown in FIGS. 1, 2, and 8, the holding and rotating means of the silifier apparatus 50 includes a fitting projection 4, 4a of the shirring 3 on a case 52 provided on an upper portion of a chain mounting base 51, And the end of the spline shaft 55 provided at the rear of the socket 54 is connected to the rod of the cylinder 53 installed inward of the case 52 on the outside, A pinion 58 is spline-coupled to the outer circumference of the spline shaft 55 and a rack 57 which is moved forward and backward by a cylinder 56 is disposed outside the pinion 58. [ Respectively.

2, the fitting protrusion 4 on one side is formed in a square shape in cross section and the fitting protrusion 4a on the opposite side is formed in a circular shape in cross section Each of the sockets 54 fitted to the outside of the fitting projections 4 and 4a is formed into a square groove at one side and the groove 54 is formed in a circular shape at the other socket 54, Is included in the constitution of the conventional design (Utility Model Registration No. 20-359263).

As shown in FIGS. 1 and 3 to 7, the ascending / descending unit 300 has two guide bars formed on both sides of a front frame 5 installed at the front bottom of the table 10 with a gap in the front-rear direction The lower end of the inner side elevating and lowering guide bar 60 is installed in the front frame 5 and the upper end is connected to the upper guide 41. [

A horizontal connecting rod 62 is provided outside the two guide bars vertically installed at predetermined positions on the outer side of the both inner raising and lowering guide bars 60 with a gap therebetween in the forward and backward directions. 41, a pair of outside elevation guide bars 61 are vertically installed with an interval therebetween.

A roller-to-cylinder 65 is mounted on the upper part of the front frame 5 between the two guide bars and guided to the outer lift guide bar 61 on both sides of the rod upper end of the roller- And an upper roller base 63 provided with an upper roller 64 on which the wire 66 is guided.

At this time, the upper roller 64 is formed with a wire groove 66a through which a wire 66 is guided and guided in the inside of the "V" groove guided by the outside elevation guide bar 61. [

Between the inner side elevating and lowering guide bars 60, as shown in FIGS. 1 and 4, a sheet feeding base 30 is provided for ascending and descending by a roller-to-cylinder 65.

As shown in Figs. 1 and 4 to 7, the sheet input tray 30 is provided with a lower roller 31 guided to the inner elevating / lowering guide bar 60 on both side surfaces of the table-shaped loading table main body 30a, And an inner wire fixing hole 32 provided at one side end of the wire 66 wound around the wire 64 is provided at a predetermined position on the bottom surface of the front frame 5 or below the inner elevating / 66 are provided on the outer side of the wire fixing member 33.

A front roller base 34 is mounted on the top of both sides of the charging base body 30a so as to guide the horizontal movement of the charging base body 30a. A pushing means for pushing the silk 3 laid on the upper surface of the steamer 1 is provided.

The pushing means is hinged to the rear of the push cylinder 36 on a hinge bracket 35 provided on the bottom surface of the input rod body 30a and the rod distal end portion of the push cylinder 36 is connected to the input rod body 30a, The hinge pin 37 is hinged to the upper surface of the upper plate of the main body 30a so as to be hinged to the free end of the rotation lever 38, 37, a hinge portion of a push lever 39a is fixedly provided, and a push roller 39 is provided at a free end portion of the push lever 39a to push the sheet forward.

The operation of the present invention will be described with reference to FIGS. 1 to 9. FIG.

1 and 2, the rice cake steaming apparatus 400 according to the present invention includes four steam cylinders 3 stacked on the table 10 on the upper side of the steamer 1 of the steam cooker 100, When high temperature steam is supplied from the lower steam supply pipe 2 to the steamer 1, the rice flour contained in the inner side of the silo 3 stacked in four stages is cooked on the upper side of the steamer 1 to produce rice cakes .

After the rice flour is matured in the mashing machine unit 100, the rice syrup 3 is stacked on the steamer 1 of the mashing machine unit 100 and the rice syrup is reheated. (Not shown) disposed on the left side in the drawing of Fig. 1 after the silk syrup 3 containing the rice cake is held by the silk syringe 50 in order to feed the syrup 3 to the upper side of the steamed oven 1, The rice cake contained in the seam 3 is poured to the side of the machine and moved to the side of the ascending and descending machine tool 300 on the front side and the empty seam 3 is placed on the machine feeding base 30 of the ascending and descending machine tool 300 You have to work on it.

When the cylinder 21 having the rice cake is held by the cylinder 50 as shown in FIGS. 1, 2 and 9, when the cylinder 21 vertically installed on both sides of the table 10 is raised, The railing platform 20 connected to the upper end of the cylinder rod by the bracket 21a is raised and the guide rods 26 connected to the underside of the railing platform 20 by the elevation of the railing platform 20, (27) also rise together.

As shown in FIG. 9, the lifting and lowering hook 24 is provided in the horizontal direction so as to protrude inwardly inwardly as shown in FIG. 9, and the sheath 3 is fastened to the upper fastening portion 23 of the lifting and lowering fastening hole 24, The bottom 3 of the four shilts 3 is lifted to the upper side and the height of the bottom 3 of the four shilts 3 is increased It is possible to insert another sill 3 in the horizontal direction.

When the four silos 3 rise to the upper side, the uppermost silk 3 rises up to the height of the silk furnace 50.

In this state, as shown in FIGS. 1, 2 and 8, when the cylinder 53 is operated so as to allow the socket 54 to be inwardly inward from the both sides of the socket 54, the respective sockets 54 are horizontally moved inward And is fitted to the outside of each of the fitting projections 4, 4a provided on both sides of the sheet 3 so as to protrude outwardly.

At this time, among the fitting protrusions 4, 4a, the fitting protrusion 4 on one side is formed in a square shape, the fitting protrusion 4a on the other side is formed in a circular shape, and the socket 54 inserted into the fitting protrusions 4, Shaped grooves and circular grooves, respectively, so as to fit in the shape of each other, and the uppermost sheet 3 is held by the two side sheet feeders 50.

After the uppermost silo 3 is held by the two silo transmitter 50, the four silo 3 must be lifted upward and the new silo 3 must be inserted into the empty space formed below.

When a new silo 3 is to be inserted into the empty space formed below as described above, a new silo 3 placed on the silo input stand 30 of the ascending / In this case, the silo input tray 30 is raised and lowered while the rice flour is placed in the empty silo 3 placed on the silo input table 30, When the upper surface of the table 30 and the upper surface of the table 10 are aligned with each other and the pusher roller 39 pushes the sheet placed on the sheet feeding table 30 forward, ) To the upper empty space.

The upper and lower protrusions 3a and 3b are formed in the upper and lower portions of the upper and lower protrusions 3a and 3b, respectively, And the lower fitting portion 3b for fitting in is protruded downward.

Therefore, when the top four sills (3) are lifted upwards, the height at which they are raised should be higher than the height of one sill to accommodate one sill.

When the elevator support 27 including the elevation platform 20 is raised by the cylinder 21 when the four elevators are lifted upwards from the upper side of the elevator support 27, The lower end of the roller large lifting base 28 projected downwardly from the lower side of the roller lifting base 28 is lifted upward together with the roller lifting lower lifting base 28 lifted further by the lower side lower projecting portion 3b.

The entrance roller base 29 is further lifted up by the lower projecting portion 3b and the silo putting table 30 for pushing the above-mentioned silo placed on the above-mentioned silo feeding base 30 to the upper side of the steamer 1 The syrup 3 containing the rice flour should be pushed upward from the feeding hopper 30 to the upper side of the silo platform 20 with the height thereof being raised by the same height as the height of the entrance roller stand 29.

The lower protruding jaw 3a of the shirring 3 is guided on the upper surface of the both side entry roller bands 29 when the sheet is pushed into the entry roller bobbin 29 which is lifted further by the height of the lower protruding portion 3b as described above When the cylinder 21 is lowered, the uppermost silt 3 is held by the two siltransducers 50, so that the uppermost silt 3 is held on the lower side except for the uppermost silt 3, The lower side of the two sheets is lowered, and the lower side of the two sheets is stacked on the upper side of the newly entered sheet, and the three sheets including the lower side sheet are lowered.

The lower protruding jaw 3a is inserted into the upper portion of the steamer 1 while the lower protruding portion 3b formed to protrude downward at the lower lower portion of the shirer while the three silhuasilu platform 20 descends, The upper roller 3 is engaged with the upper table 10 of the image forming apparatus 1, and the entry roller table 29 is also pushed downward to be lowered.

When the three sills 3 are stacked on the upper side of the steamer 1, the lower projecting portion 3b of the sirloin 3 held on the upper side of the sirloin feeder 50 is also in contact with the upper side of the steamer 1 As shown in Fig.

In this state, as shown in FIGS. 1, 3 and 4, the motor 42 installed on the upper side guide 41 of one side is driven, the rotary shaft 43 is rotated by the driving force, And a chain mounting base 51 on the lower side of the siluetransmitter 50 is installed in the chain 44 to be moved so that the both side siluetransmission units 51, (50) becomes horizontally movable to the left side in the drawing of Fig.

1 and 8, when the cylinder 56 installed on the inner side of the cylinder 50 is driven, the cylinder 56 is moved to the left side of the rack 56 57 are engaged with the outer gear portion of the pinion 58 splined to the spline shaft 55 at the rear of the socket 54 in the rack 57 so that the spline shaft 58 including the pinion 58 55, and the socket 54 are rotated.

Since the socket 54 on one side of the socket 54 is formed with a square groove and the one side fitting protrusion 4 inserted into the square groove is formed in a square shape, So that the upper opening is directed downward, and the rice cake contained in the sheet is poured downward.

The rice poured downward in this way will make rice cakes in the shape required in my stage (in the city).

The empty syrup 3, which is rotated 180 degrees as described above, is poured again and the rack 57 inside the syringe machine 50 moves in the opposite direction, So that the lower end of the empty silo is placed on the upper surface of the feeding hopper 30 by moving the feeding hopper 30 of the loading / unloading spool 300 upward.

In this state, when the cylinder 53 of the cylinder unit 50 is retracted and the socket 54 is pulled out from the fitting projections 4 and 4a of the cylinder, And the two sides of the silhuizer 50, which has released the holding state for the empty sill, are horizontally moved by the power of the motor 42 to the upper side of the vending machine 100 for the next operation.

As the silifier apparatus 50 is separated from the silo 3 located above the silo input stand 30 rising above the ascending and descending instrument 300 as described above, the empty silo 3 is placed on the silo input stand 30 The rice is put in the empty state (3) which descends by lowering the feeding hopper (30) of the abnormal state and prepare the next operation.

As shown in Figs. 1 and 4, 5 and 6, when the cylinder rod of the roller-to-cylinder 65 installed vertically to the front frame 5 is raised, the operation of raising / The upper roller base 63 provided at the upper end of the rod is raised and both sides of the upper roller base 63 are provided with an upper roller 64 guided by the outer elevating guide bar 61 and wound with a wire 66 , The upper roller 64 moves upward along the outer lift guide bar 61 to drag the wire 66 upward.

At this time, one end of the wire 66 is installed in the inner wire fixing hole 32 fixed to the predetermined position of the sheet feeding base 30, and the other end of the wire 66 is fixed to the front frame 5 or the inner elevating / The inner wire fixing hole 32 provided on the feeding bar 30 is pulled up as the upper roller 64 rises as the bar 60 is installed at the predetermined position of the bar 60. The inner wire fixing hole 32 Is fixedly installed on the sheet input tray 30, the sheet input tray 30 is pulled upward.

In this state, a lower roller 31 guided by the inner elevating guide bar 60 is provided at a predetermined outside position of the sheet feeding bar 30, and the sheet feeding bar 30 is guided by the inner elevating guide bar 60 When the roller-to-cylinder 65 is lowered when the sheet-feeding tray 30 is lowered, the sheet-feeding tray 30 is lowered.

After the height of the upper surface of the feeding hopper 30 and the height of the entrance roller stand 29 are matched with each other, the empty hopper 30 3), and the silk (3) containing the rice flour is pushed to the upper side of the steamer (1) by using the push roller (39).

4 and 7, when the pusher roller 39 pushes the sheet 3 to the side of the steamer 1, the upper surface of the feeder table main body 30a included in the sheet input tray 30 When the push cylinder 36 mounted on the bottom surface of the plate is operated, the cylinder rod of the push cylinder 36 rotatively pushes the rotation lever 38, and the rotation lever 38 rotates by a predetermined angle.

When the rotation lever 38 rotates, the hinge pin 37, to which the hinge part of the rotation lever 38 is fixed, rotates at the same angle, and the hinge pin 37 protruded upward from the upper surface plate is provided with a push lever The push lever 39a is also rotated by the angle at which the rotation lever 38 rotates.

A push roller 39 for pushing the front of the silk 3 to the rear side is provided at the free end of the rotating push lever 39a so that the silk 3 can be pushed to the upper side of the table 10.

9 shows a state in which a latching portion 23 formed on a flat upper surface of a protruding and retreating stopper 24 is engaged with a lower end of an upper protruding jaw 3a of a sheet and the rice flour is cooked, The raised silo 3 can be raised by the silo platform 20 so that the silo 3 stacked in the multi-stage (four stages) is raised by one height and the new silo 3 is pushed in the lower empty space The lower inclined portion 22 of the protruding and retreating stopper 24 comes into contact with the upper edge of the protruding step 3a.

At this time, an inclined portion 22 is formed on the lower side of the front end side of the protruding and retreating stopper 24, and the protruding and retreating stopper 24 is provided with a structure capable of being pushed back to the rear side, The projecting and retracting stoppers 24 are pushed backward when the lower projections 22 come into contact with the projecting projections 3a and the upper flat engagement portions 23 of the projecting and retreating projections 24 beyond the projecting projections 3a are projected from the projecting projections 3a, As shown in Fig.

The square bar 24a at the rear of the protruding and retracting stopper 24 is formed so as not to have a circular shape so that it does not rotate when the protruding and retracting stopper 24 projects inward and outward.

In describing the present invention from above, it is explained that the number of the silhuets 3 placed on the steamer 1 is four, which is designed to put four silhuets on the prototype of the applicant of the present invention.

1: steamer 2: steam supply tube 3: siru
4: insertion projection 5: front frame 10: table
20: a slope elevating platform 21: a cylinder 22: an inclined portion
23: latching part 24: protruding and retreating latching part 25: case
26: guide rod 27: platform base 28: roller lifting base
29: Entry roller 30: Sheet input 31: Lower roller
32: inner wire fixing hole 33: outer wire fixing hole 34:
35: hinge bracket 36: push cylinder 37: hinge pin
38: rotation lever 39: push roller 40: vertical column
41: Upper guide block 42: Motor 43:
44: chain 45: guide rail 46: guide roller
50: Shirai Airplane 51: Chain mounting stand 52: Case
53: Cylinder 54: Socket 55: Spline shaft
56: cylinder 57: rack 58: pinion
60: inner lift guide bar 61: outer lift guide bar 62: horizontal guide bar
63: upper roller stand 64: upper roller 65: roller-to-cylinder
66: wire 100: steaming apparatus unit 200: feeding unit
300: Riding-and-tearing machine 400: Rice cooker

Claims (3)

A steam cooker (100) for steaming rice flour contained in several silos (3) stacked in multiple stages in an upper portion of an steamer (1), and a silk (3) containing rice cakes cooked in a steam cooker A feeder unit 200 for feeding the empty silo 3 to the forward feeding hopper 30 after being poured into the machine stage and a silo 3 containing the rice flour in a state of being placed on the feeding hopper 30 Descending the steamer unit 1 of the vending machine unit 100 while raising and lowering the steamer unit 100,
The steam cooking apparatus unit 100 is installed on both sides of the steamer 1 of the table 10 provided with the steamer 1 at the upper part so that the silo platform 20 is raised and lowered by the cylinder 21, Is provided on the upper case 25 so as to be elastically provided on the upper side of the case 25 so that the front end of the protruding and retreating opening 24 is flat and the lower side is inclined, The guide rods 26 are guided downwardly on the table 10 and the platform rods 27 are connected to the lower ends of the guide rods 26. On the upper surface of the table 10 on the inside of the both side roof rails 20, And an ascending roller base 29 for guiding the entrance of the sheet 3 is provided at a lower portion of the ascending roller stand 29. The roller ascender descender 28 ) Is installed,
The conveyor unit 200 includes upper and lower guide posts 41 horizontally installed on upper portions of vertical columns 40 vertically installed on both sides of the table 10, A chain 44 for driving and receiving the power of the motor 42 is installed in the chain 44. The chain conveyor 50 for holding and conveying the silk 3 is installed to be horizontally moved in the forward and backward directions ,
The chain support unit 51 is connected to the chain 44 at a lower portion thereof and horizontally moves in the forward and backward directions. The upper portion of the chain support unit 51 is provided with a fitting protrusion Holding and rotating means for holding and rotating the projections 4, 4a by fitting are provided,
The vertical lifting guide bar (300) has vertical guide rails (60) vertically installed on both sides of a front frame (5) installed on the front floor of the table (10) with two guide bars spaced in forward and backward directions, A pair of outside elevating and lowering guide bars 61 are vertically installed on the outside of both side inner elevating and lowering guide bars 60 with an interval therebetween and a roller to cylinder 65 is upwardly disposed on the upper part of the front frame 5 between the two guide bars And an upper roller stand 63 having an upper roller 64 guided by the outer elevating guide bar 61 on both sides and guided by the wire 66 is provided on the upper end of the rod of the roller to cylinder 65 Installed,
The sheet input tray 30 is provided between the both side inner lift guide bars 60 by means of a roller and a cylinder 65. The sheet input tray 30 is provided on both sides of the table- A lower roller 31 guided by the inner lift guide bar 60 and an inner wire fixing hole 32 provided with one side end of the wire 66 wound around the upper roller 64 are provided, An outer wire fixing hole 33 is provided at a predetermined position below the bottom surface or the inner elevating and lowering guide bar 60 to which the other end of the wire 66 is attached. A front roller base 34 is mounted on the upper surface of the charging base main body 30a so as to guide the horizontal movement of the sewing machine main body 30a to the steamer 1 And a pushing means for pushing the rice cake to the upper side of the rice cake cooking device. delete 2. The apparatus according to claim 1, wherein the holding and rotating means of the silifier apparatus (50) comprises a case (52) provided on an upper portion of a chain mounting base (51) The end of the spline shaft 55 provided at the rear of the socket 54 is connected to the rod of the cylinder 53 installed inward of the case 52 and the idle member 53a A pinion 58 is splined to the outer periphery of the spline shaft 55 and a rack 57 which is moved forward and backward by a cylinder 56 is fitted to the outside of the pinion 58,
The pushing means is hinged to the rear of the push cylinder 36 on a hinge bracket 35 provided on the bottom surface of the input rod body 30a and the rod distal end portion of the push cylinder 36 is connected to the input rod body 30a, The hinge pin 37 is hinged to the upper surface of the upper plate of the main body 30a so as to be hinged to the free end of the rotation lever 38, 37 includes a structure in which a hinge portion of a push lever 39a is fixedly provided and a push roller 39 for pushing the silhuer 3 forward is attached to the free end portion of the push lever 39a Rice cake steaming machine.

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