JPS58146246A - Rice mixing apparatus - Google Patents

Abstract

PURPOSE:To mix polished rice with processed rice at a definite ratio, by connecting a polished rice tank and a processed rice tank with respective multi- blade metering rotors each having a specific structure, and operating each rotor at a controlled speed of rotation. CONSTITUTION:Polished rice and processed rice are charged into the polished rice tank 10 and the processed rice tank 11, respectively, and the mixing apparatus is started. The multi-blade wheels 13 and 19 of the multi-blade metering rotors 15 and 21 are rotated to discharge the polished rice and the processed rice from the polished rice tank 10 and the processed rice tank 11, respectively. The flow rates of the metering rotors 15 and 21 are set to definite levels to achieve the required mixing ratio by controlling the rotational speed of the wheels 13 and 19.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a vitamin preparation, I! iii) Taste 2) Concerns the mixing of processed rice (strengthened rice) with taste improvers, etc. into polished rice at a fixed rate.

In the conventional water mixing device, each rice grain to be mixed with water is weighed and put into a vertically divided tank, and the flow ψ is adjusted by opening and closing the shutter. Alternatively, in a mechanical method, a soufflifier is set up in the center of a vertical cylindrical tank, and a predetermined ratio of polished rice and mixed rice are poured into the tank and stirred and mixed. A device for pounding C-mixed rice is in official use. In the former case, the opening/closing operation of the cylinder has a slight effect on the operation, and it is easy to cause incomplete water mixing. In order to solve the problems mentioned in item 14 of the present invention, a rice grain dispersion device is installed on the top of the mixing water jar that houses the rice grain dispersion device. Mixed rice tanks equipped with processed rice outflow L parts inside the cylinder are installed in a mating manner, and a rice milling tank is constructed in which the unique Sugi-zukuri multi-blade type RI suspension I:] - Y are connected to each other. and a tank for processed rice, connect the 11-ta outlet on the side of the rice milling tank to the grain supply [) of the mixing tank, and connect the rotor 1 outlet on the side of the processed rice tank to the one for mixing rice. The power of the tank [do [rice spill]
By connecting the rotor to the rotor, the rotation speed of each cutting rotor is adjusted to the appropriate α, and the amount of rice to be added to the milled rice is adjusted to a predetermined mixing ratio. At the same time, both rice grains are poured down and mixed into the water mixing tank, and the rice grains are dispersed into the rice grain dispersion device in the mixing tank, and the rice grains are evenly distributed and mixed so as to be covered. This produces broken rice <><High-quality fortified polished rice mixed with Ninkura's processed rice at a predetermined mixing ratio! ! The company develops and provides high-performance equipment that produces high-performance products.

The present invention will be explained with reference to the drawings.
, leaked N-like? The hopper 1 is equipped with a rice grain dispersing device 3 consisting of 16 rotating dispersing blades and is housed inside the hopper 1. ShiJ
A fitting [214] and a lower part of the cylindrical body (1 part for discharging!) are provided respectively, and a grain feeding port 16 is separately provided in the upper part, and a grain discharging port [7] is provided in the lower part. There is a mixed water tank 9 equipped with a processed rice spill part 8 inside its cylinder.
The cylindrical body of the tank 0 is fitted with the small collar 1.
4, and superimpose the U in one direction, and also appropriately arrange the active water tank 10 and the processed rice tank 11 in the azimuth circle of the mixed water tank 9, and the cylindrical body υV of the rice polishing tank 10. A multi-blade metering rotor] 5 in which a relatively large multi-blade ring body 13 is rotatably pivoted to a rotation @ 14 via a platform width is connected to the output part 12, and the ejection [-116 is connected to the flow pipe 17 of the mixed rice tank 9 through a relatively (J
Rotate the small multi-winged ring body 19 through vertical rotation 11ifll
20 times! lv, self (1-4,: II! Il1 arrived multi-winged h1 silk [] - evening 21 connected - Ruto Jt LJ
, the discharge ``122'' is added to the water mixing tank 9).
Since the flow pipe 23 is connected to the rice outflow part E3 in the structure similar to 1.1j, the polished rice is transferred to the rice polishing tank 10.
When the machine is started by putting any processed rice into the rice tank 11 and the rice tank 11, each of the multi-hole types t1 and 1.
．． +-Y 155 or 21 multi-winged ring 13 or 10
rotate and discharge polished rice from the rice polishing tank 10 and from the processed rice tank 11, but usually vitamin-enriched rice, amylase, and +1-cyclodigicitron.

By surfactant--When mixing processed rice such as tengu rice with polished rice, the mixing ratio is 0.1% or 1.0% (
weight ratio), and each weighing rotor 1
5 or 21, if the empty volume between the blades of each multi-winged wheel 13 or 19 and the volumetric weight of processed rice and polished rice are measured in advance, the rotation speed of each wheel 193 or 19 can be determined. By increasing or decreasing each of them, it is possible to set the total flow plasticity of 5-1]-15 or 21 to a predetermined ih1 combination ratio. Therefore, from each scale [''-ri] 5 or 21, which adjusts the number of rotations of each importer, polished rice and processed rice are given a specified value. The rice grains flow through each flow pipe 17 or 23 and enter the CC mixing tank 9, and the mixed water is drained from the tank 9. The mixed water flows down from the grain lower onto the yellow wheel 2 of the rice grain dispersion device 3 installed in the hopper 1, and as the impeller 2 rotates, the mixed water is dispersed in the cylinder and falls in equal parts. The mixed rice is thoroughly mixed and accumulated at the bottom of the cylinder, and the mixed rice is discharged from the mixing hopper 117) and conveyed to the next process (measuring and bagging device, etc.).

Claim No. (2)'rf4 provides that each multi-blade rotor 15 or 21 has a multi-blade ring body 13 or 19 made of a soft material on the outer peripheral surface of the rotating platform 24 or 24A. Since they are fitted and [i'm1 is attached to 13'b, when the rice grains are ejected by rotation of the wheel and iM, the wing tip at - contacts the circumference of the cylinder in a flexible manner 6- 4. Since the rice grains move around, it is completely possible to prevent rice grains from being caught between the inner circumferential surface of the cylinder and the YI piece, resulting in broken rice.
-In addition to being able to do this, it also has the effect of allowing part of the replacement work for each transponder to be done easily in the cylinder.

Koma Th'lClaim No. (3) 00) - Because the mixing hopper 1 has a horizontally-shaped scree I-1 conveyor 25 connected to its 141 outlet part 5, Due to the conveying action caused by the rotation of the screener J-, the rice grains flowing in the gutter are further mixed in an agitated manner and the viscosity of the mixture is increased.
In addition, the 1) outlet 26 is directly connected to the 1.1 silk bagging device in the next 1) to form a culm, which greatly improves the work efficiency. There is an effect.

In this way, the rotational speed of each of the multi-blade suspension rotors of the special E 1Ml 1 structure connected to the rice tank is adjusted respectively By running the operation, each rice grain is discharged from each tank with a flow 6.3 of a predetermined mixing ratio, and the rice grains are mixed into the water mixing tank. By dispersing the cooked rice in a flying pattern and dropping it evenly, it is thoroughly mixed.
High viscosity 114; -C is thoroughly mixed by the pillar, and the mass production of high quality fortified mixed rice without crushed ice is ensured, smooth and rapid (2), and the snow effect can be achieved in the middle.

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[Brief explanation of drawings]

The drawing shows an embodiment of the present invention, and is a partially cutaway side view of the present invention.
・Rice grain dispersion test B 4...with fitting opening)...
jJ1 output [-1 part 6...Grain feeding lower...Grain removal port 8...Additional I-Rice outflow lower part ε)...
・Water mixing tank 10...Rice polishing tank 11...
Tank for processed rice 12...Cylinder J, I outlet part 13...
Multi-blade-like wheel 1/l...Rotating shaft 1 E)...Multi-blade metering 11-ta 16...Discharge 1-'' 17...Flow tube 18...Cylinder discharge part 10...・Multi-blade wheel body 20... Rotating shaft 21... Multi-blade type n[
-1-Evening 22...Discharge [123...Flow tube
24.2'lA...Rotating stand 26...Scree+--: lnbear 26...+31rl shi-+(l
b) Procedural amendment (method) % formula % 1. Indication of case Patent Application No. 28193 of 1982 8. Person making amendment 4. Date of amendment order (1 other person) 1982
June 29, 2019 (Delivery date) 5. Statement subject to amendment 6. Details of the statement of contents of the amendment (no change in content)

Claims (1)

[Scope of Claims] <1) A small collar for situations is provided in which a rice grain dispersion device consisting of a dispersion impeller is housed, and a separate portion is provided with a grain feeding device,
In addition, a grain discharge port is provided at the bottom of each, and a tank for HA rice equipped with a 1-part rice outflow [1 part] is installed inside the cylindrical body. A rice polishing tank is installed in the upper part of the iK assembly in a single stage, and a rice milling tank is connected to the cylindrical discharge part of the multi-purpose tank. At the same time, the rice tank is connected to the cylindrical discharge port of the multi-yellow type IT system through a flow pipe. is connected to the processed rice outflow part [-1] in the water mixing tank through a flow tube. A multi-winged wheel made of soft 4A is fitted and fixed to the outer circumferential surface of a truck C.
Rice equipment. (3) '4 Fi 21-a combined small collar is I of A.
A JI exit section connected to a horizontally-shaped screwdriver J-ml bearing.
)] i water-dispensing device described in i′l.