JP2974973B2 - Rice making machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for producing shredded rice with ingredients in which shrimp and other ingredients are housed inside and the tail is exposed to the outside of the rice.

[0002]

2. Description of the Related Art Conventionally, the technique relating to a method for producing sandwich-like rice and an apparatus therefor has been improved by the present inventor, and a small and simple apparatus has been developed and actually shipped (JP-A-7-246068). .

However, when making shrimp or shrimp with shrimp with a tail protruding outward using shrimp or shrimp heaven as an ingredient, the tail does not enter the formwork, and if it is protruded from the shrimp, a machine is required. The tail was caught and it was difficult to manufacture by machine.

[0004]

SUMMARY OF THE INVENTION According to the present invention, only the tail (tail) is protruded out of rice-sharing, and the main body of the ingredients is intermittently manufactured with the sandwich-like shrimp-ten-nimari rice housed inside with the tail protruding from the female mold. The purpose is to obtain a device that does.

[0005]

SUMMARY OF THE INVENTION In order to achieve the above object, according to the present invention, a plurality of intermittently rotating female dies are erected on a machine stand and slidably contact along the inner surface of the band plate. The female side opening is in contact with the inner surface of the strip, and the height of the starting end of the strip is such that the side opening is closed. The height from the center to the end is substantially equal to or slightly lower than half the height of the side opening, and a strip separating portion is provided in the middle, and the separating portion is provided at the middle. A male-type ascending / descending through-hole is formed in the fixed base plate just below the female-type corresponding to the side opening, and a space is provided in the through-hole to communicate with the outside from the separation portion. The male body is lowered so that the main body of the ingredients on the approximately half amount rice placed on the male mold is housed in the through hole, and the tail is formed so as to be housed in the space. The machine-made strip is curved in an arc shape, and the plurality of intermittently-rotating female dies are substantially triangular through holes formed at regular intervals along the outer periphery of the intermittently-rotating disc that slides on the inner surface of the strip. The rice making machine according to the first aspect of the present invention has a side opening formed in a substantially triangular corner.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS According to the present invention, a plurality of intermittently rotating female molds 3 are provided.
The side opening 3 ′ slides in contact with the band plate 2 and intermittently rotates from the start end 2 a of the band plate 2 to the start end 2 a via the end 2 c to circulate. The band plate 2 is provided on the fixed base plate 4, and at a position where the female mold 3 stops at the start end 2 a, it is almost 1/1/2 of the rice-grinding 12.
The double-sized rice 11 is supplied to each of the female molds 3, and the ingredients 9 are supplied on the approximately half-sized rice 11 in a state of stopping at the middle 2b. In a state where the opening 3 ′ coincides and stops, the upper surface of the male mold 7 stops rising at a position corresponding to the upper end of the through hole 8 formed in the fixed base plate 4, and almost half the amount of rice in the female mold 3. The male die 7 descends to the position shown in FIG. 3 (d), and the material 9 enters the through hole 8.

[0007] One half of the male mold 7
By intermittently sliding approximately half the amount of rice 11 in the female die 3 immediately before, the approximately one-third of the male die 7 in the through hole 8 of the base plate 4 is moved.
It is possible to sandwich the approximately half-sized rice 11 in the female mold 3 immediately before on the double-sized rice 11 and the tailing material 9 placed on the upper surface thereof in a sandwich shape.

At this time, the tail part 9 ″ of the tailing material 9 is located in the space 1.
0 (the state is shown in FIGS. 3 (d) and (e)). Then, the upper surface of the male mold 7 rises to the upper end of the through hole 8,
The sandwich-like rice-grinding rice 12 is pushed into the female mold 3 (the state is shown in FIG. 3 (f)).
It rises within 0.

Thereafter, the female mold 3 is rotated to the next position and stopped, and the upper stamp 13 is lowered to press the upper surface of the sandwich-like rice-grinding rice 12 downward (FIG. 3 (g)). At the time of the above rotation and pressing, the tail 9 "is on the middle 2b of the strip 2 and the tail 9" is not hooked on the middle 2b of the strip 2 (FIG. 3 (g)). Is shown).

When the female mold 3 is further stopped at the next position, the upper stamp 14 is lowered and the sandwich-like rice-grinding 12 in the female mold 3 is carried out from the cutout 4 'of the fixed base plate 4 to the carry-out conveyor 15 below. The operation of dropping it up and carrying it out of the machine by the conveyor 15 can be performed for every other one of the plurality of intermittently rotating female dies 3.

Each of the female dies 3 stopped at the starting end 2a of the strip 2 is raised from a through hole 16 for raising and lowering the first male dies 6 formed in the fixed base plate 4. The upper surface stops at half the height of the female mold 3 (FIG. 3 (a)), and the upper part 1 of the female mold 3
The half-volume rice 11 is supplied from the rice supply device 17 into the inside of the ２/2, and is divided by the shutter 18 to intermittently rotate the female dies 3 in the direction of the arrow “a”. Cooked rice 1
In the middle 2b of the strip 2, the ingredients 9 (shrimp) are placed on the upper surface of the rice 11 and the tail 9 "is lowered from the side opening 3 'of the female mold 3 to the lower side. The middle 2b of the plate 2 is exposed outside.

The above-mentioned ingredients 9 are supplied to every other female mold 3, and the ingredients 9 (shrimp heaven) are placed at the position of the through hole 8 of the second male mold 7 as described above. Not nearly half
As described above, the alternate female mold 3 accommodating only the large amount of cooked rice 11 intermittently rotates on the second through-hole 8 to form the sandwich-like shrimp-cooked rice 12 (FIG. 3D). E) Figure).

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An arc-shaped (opening angle of about 270 degrees) steel strip 2 is arranged on a machine base 1 and a plurality of stop plates 19 are protruded outwardly. The strip 2 is erected and fixed. The disk 20 whose outer surface is in contact with the inner surface of the strip 2 is supported on the machine base 1 by an intermittent rotation shaft 21 and the intermittent rotation disk 2
0 is formed.

A female mold 3 having substantially a triangular through-hole is formed along the outer periphery of the disk 20 at an opening angle of 45 degrees so that the female molds 3 are continuously provided on the fixed base plate 4 at equal intervals. It will be.

The female mold 3 is substantially triangular, and one side of one corner of the triangular shape is opened to the outer periphery of the disk 20 to form a side opening 3 '. In contact with the inner surface of the plate 2, the height of the starting end 2 a (opening angle of less than about 90 degrees) of the strip 2 substantially coincides with the height of the female mold 3, and closes the side opening 3 ′.

The height from the middle 2b of the strip 2 to the terminal end 2c is constant and is formed to be substantially the same as or slightly lower than the height of the side opening 3 ', and is substantially 1/1/2 of the opening 3'. The upper part of 2 or almost half is exposed on the strip 2.

The middle 2b of the strip 2, ie, the first end 2a of the starting end 2a.
The separation part 5 of the strip 2 is located at an opening angle of 90 degrees from the female mold 3 of FIG.
The width of the separating portion 5 is matched with the width of the side opening 3 ′, and a through hole 8 corresponding to the female mold 3 is formed in the base plate 4 directly below the female mold 3 at that position. . A male mold 7 that rises to a position where the upper surface coincides with the upper end of the through hole 8 is fitted into the inside of the through hole 8.

The through hole 8 is provided with an ingredient tail accommodating space 10 extending outward from the separating portion 5. When the male mold 7 is lowered into the elevating through hole 8 of the male mold 7, the male mold 7 is moved downward. The body 9 'of the ingredient 9 placed on the upper half rice 11 is formed so as to be accommodated in the through hole 8 and the tail 9 "is accommodated in the space 10.

The linear strip 2 is erected on the edge of the fixed base plate 4 in place of the arc-shaped strip 2, and the intermittent rotating chain conveyor is replaced with the female mold 3 provided on the intermittent rotating disc 20. A substantially triangular female die is laid at regular intervals therebetween, and the female die at the upper transition portion of the conveyor is slid on the fixed base plate 4 in contact with the linear strip 2 (not shown).

The drive and driven sprockets of the chain conveyor are provided at both end extensions of the fixed base plate 4 to form an intermittently rotating chain conveyor, and the lower transition portion is formed to move below the fixed base plate. Fig. 3 (a) at the upper transition part
(H) The operation shown in the figure can be performed at the intermittent stop position (not shown).

FIG. 2 shows an example of the rice supply apparatus 17 using the line B-B in FIG.
3. Rollers 24 and 24 'forcibly lowering the rice are provided on the female die 3 at the starting end 2a of the strip 2, and a horizontal shutter 18 is provided on the upper surface of the female die 3, and the shutter is located on the upper surface of the female die 3. Is closed, and the female mold 3 moves in this state, thereby
Assortment of two-piece rice 11 is performed.

At the stop position of the female die 3 at the starting end 2a, a through hole 16 for raising and lowering the male die 6 is formed in the fixed base plate 4, and the upper surface of the male die 6 rises to the middle of the female die 3. It is possible to put almost half the amount of rice 11 in the female mold 3 in this state,
7 and the upper surface of the male mold 6 descends to the upper end of the through hole 16 and stops (stops at the position indicated by the imaginary line in FIG. 3A). Numeral 3 rotates or slides to the next stop position, whereby approximately 1/2 amount of rice 11 can be supplied into each female mold 3 (the state is shown by a virtual line in FIG. 3 (a)). .

The reference numeral 25 in FIG.
2 is an upper surface pressing and shaping stamp of the two-piece rice 11, 26 is an ingredient pressing stamp, 27 is a common support frame of the stamps 13, 14, 25, 26, 28 is a cylinder for raising and lowering the frame 27, 2 in FIG.
9 is a rice scraper.

[0024]

According to the present invention, the plurality of intermittently-rotating female side openings formed in series as described above are closed by the inner surface of the strip when almost half the amount of rice is supplied. There is no risk of the rice leaking, and the main body of the ingredients is placed on the half-volume rice in the female mold in the middle of the strip, and the tail is put out of the strip, and in that state, to the separation section When the main body of the component is lowered into the through hole formed in the fixed base plate in the state where the intermittent rotation is stopped, the tail portion is lowered into the space outside the separating portion (FIG. 3).
(D) Refer to the figure), and in this state, the next succeeding female mold is rotated on the approximately 1 / 2-volume rice and ingredient main body housed in the through-hole as shown in FIG. 3 (e). After stopping (FIG. 3 (e) shows the state in FIG. 3), a sandwich-like rice-grinding is formed, and this is pushed up into a female mold by a male mold, and the female mold is further intermittently rotated to form a fixed base plate. There is an effect that tail-exposed rice-sharing rice in a state in which ingredients are sandwiched from the notch portion in a sandwich shape and the tail portion protrudes outside of rice-shaping can be sequentially manufactured every other intermittently rotating female mold.

[Brief description of the drawings]

FIG. 1 is a plan view showing a rice making machine according to the present invention.

FIG. 1A with a rice feeder according to FIG. 1B-B line
It is a side view by the -A line.

FIG. 3 (a) is a longitudinal sectional view showing a state in which approximately half the amount of rice is stored. (B) The figure is a vertical cross-sectional view of a state in which the upper surface of approximately half the quantity rice has been shaped. (C) The figure is a longitudinal side view in a state where the ingredients and the tail are supplied. (D) The figure is a longitudinal sectional view showing a state in which the main body of the material is lowered and accommodated in the through hole in the strip separating section. (E) The figure is a longitudinal sectional view of a state in which approximately half the amount of rice in the succeeding female mold has been stopped on the ingredients. (F)
The figure is a longitudinal sectional view of a state in which the upper surface of the male mold is raised to the upper end of the through hole and the above-mentioned ingredient holding rice is accommodated in the female mold. (G) The figure is a longitudinal side view in which the rice shaking is stopped at the next position and the tail is projected outside beyond the low band. (H)
The figure is a vertical cross-sectional side view of a state in which a stamp is pressed and dropped from a cutout portion of a fixed base plate onto a discharge conveyor below.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Machine stand 2 Strip 2a Start end 2b Middle 2c End 3 Intermittent rotation female type 3 'Side opening 4 Fixed base plate 5 Separation part 6, 7 Male type 8 Through hole 9 Tools 9' Main body 9 "Tail 10 space 11 almost half amount rice

Claims (2)

(57) [Claims] 1. A band plate is erected on a machine base, and a plurality of intermittently rotating female dies sliding along the inner surface of the band plate are continuously provided at equal intervals on a fixed base plate. The side opening is in contact with the inner surface of the strip, the height of the starting end of the strip is such that the side opening is closed, and the height from the middle to the end is the height of the side opening. A fixed base plate which is formed to be substantially the same as or slightly lower than the half height, and is provided with a separating portion of the band plate in the middle, and the separating portion has a female opening just below the female opening corresponding to the side opening. A through hole is formed in the through hole of a male die, and a space is provided in the through hole so as to communicate with the outside from the separation portion. The male die is lowered into the through hole, and is placed on the male die. A rice cooking machine in which a main body of ingredients on a half-volume rice is formed in the through hole and a tail portion is formed in the space. 2. A substantially triangular shape in which the strip is curved in an arc shape and a plurality of intermittently rotating female dies are formed at regular intervals along the outer periphery of the intermittently rotating disc which slides on the inner surface of the strip. 2. The rice-rice making machine according to claim 1, wherein a side opening is formed at a substantially triangular corner portion which is a through hole.