JPH11239732A - Coin rice milling machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To downscale a coin rice milling machine by arranging a feeding hopper on the front side and a hulling apparatus on the rear side. SOLUTION: The inside of a longitudinally long rectangular building 1 is divided by a right and left partition walls 2 to form an operation room 3 on the front side and a machine room 4 on the rear side. On the left side of the machine room 4, a rice milling machine 6 is arranged on the front side and a bran treatment part 11 is arranged on the rear side. On the right side the machine room 4, a feeding hopper 5 is arranged on the front side, and a hulling apparatus 8 is arranged on the rear side. The rear sides of the bran treatment part 11 and the hulling apparatus 8 are made the rear wall 9 of the building 1 without forming a space, the dust discharging barrel 15 of the hulling apparatus 8 is installed in the apparatus 8, and a dust discharging cylinder 16 is extended rearward through the rear wall 9.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coin polishing machine.

[0002]

2. Description of the Related Art A conventionally known Japanese Patent No. 2702367 discloses that an inside of a rectangular building a long in front and rear is partitioned by left and right partition walls b, and an operation room c is formed on a front side and a machine room d is formed on a rear side. On the left side of the machine room d, a rice mill f is arranged on the front side, and the bran processing unit k is arranged on the rear side. On the right side of the operation room c, a supply hopper g is provided. Describes a configuration in which a hulling device e is disposed on the rear side of a dust discharging cylinder j. In addition, h is a door, m is a spiral conveyor, n is an operation panel, and i is a fry equipment.

[0003]

In the coin polishing machine described in the above-mentioned publication, the supply hopper g is provided in the operation room c, so that the operation room c is made narrow. Further, since the hulling device e is arranged on the front side on the right side of the machine room d and the dust discharge tube j is arranged on the rear side, the machine room d is widened and the building a is enlarged in the front and rear directions. In particular, the arrangement of the dust bin j behind the hulling device e on the right side of the machine room d causes the building a to be enlarged in the front-back direction. When the dust cylinder j is connected to a cyclone outside the machine, it is not necessary to arrange the dust cylinder j on the right rear side of the machine room d.

[0004]

Therefore, according to the present invention, the inside of a long rectangular building 1 is divided by left and right partition walls 2 to form an operation room 3 on the front side and a machine room 4 on the rear side. On the left side of the machine room 4, a rice mill 6 is arranged on the front side, and the bran processing unit 11 is arranged on the rear side. On the right side of the machine room 4, the feed hopper 5 is arranged on the front side and the stripping device 8 is arranged on the rear side. And the rear side of the bran treatment unit 11 and the stripping device 8 are not spaced from each other to form the rear wall 9 of the building 1, and the dust drum 15 of the stripping device 8 is attached to the stripping device 8. The dust discharging cylinder 16 is a coin polishing machine extending rearward through the rear wall 9.

[0005]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described with reference to the drawings.
1 is a flat rectangular building, 2 is a left-right partition that divides the building 1 into front and rear sides, 3 is an operation room formed by partitioning the partition 2, and 4 is formed by partitioning the partition 2. The machine room 5 is provided with a supply hopper provided on the right side near the partition wall 2 in the machine room 4 (to be supplied to the supply hopper 5, a window 19 of an arbitrary size is opened at a position facing the supply hopper 5 as shown by an arrow. ), 6 is a rice mill provided on the left front side in the machine room 4, 7 is a product take-out section provided on the operation room 3 side in front of the rice mill 6, 8 is a right supply hopper in the machine room 4. 5 is a escape device disposed in an empty room 10 ′ behind 5.

The rice mill 6 and the stripping device 8 are arranged at positions shifted forward and backward in relation to the supply hopper 4.
A dust cylinder 15 is disposed inside the unit, and a rear wall 9 is provided without a space behind the escape unit 8, and a dust tube 16 of the dust cylinder 15 extends rearward through the rear wall 9. Is done.

[0007] An empty room 10 is formed behind the rice mill 6, and a bran processing unit 11 is provided in the empty room 10. Numeral 12 denotes a frying device for supplying to the crushing device 8, which is provided on the left side of the supply hopper 5. 13 is a flow path from the grain raising device 12 to the milling device 8, 14 is a flow channel from the milling device 8 to the rice mill 6;
Reference numeral 7 denotes a front door, and reference numeral 18 denotes a spiral conveyor provided in the supply hopper 5, and its axis is in the left-right direction.

[0008]

Next, the operation will be described. Since the present application is configured as described above, when paddy rice is supplied to the supply hopper 5 from the window 19,
It is sent by the spiral conveyor 18, fried by the frying device 12, supplied to the dewatering device 8 through the flow path 13, and centrifuged and dehulled. The brown rice passes through the flow path 14 to the rice mill 6 to be milled. Then, it is taken out by the product take-out unit 7.

In this application, the inside of a long rectangular building 1 is divided by left and right partition walls 2 to form an operation room 3 on the front side and a machine room 4 on the rear side. On the left side, a rice milling machine is arranged on the front side and a bran processing unit 11 is arranged on the rear side, respectively.
On the right side of the machine room 4, the supply hopper 5 is arranged on the front side and the evacuation device 8 is arranged on the rear side. Therefore, the operation room 3 is wide without the supply hopper 5 and has good workability. In addition, the rear side of the building 1 is formed at a rear side 9 of the building 1 without leaving a space between the bran processing unit 11 and the stripping device 8, so that the size of the building 1 is reduced.

[0010]

According to the coin polishing machine described in the above-mentioned publication, since the supply hopper g is provided in the operation room c, the operation room c is narrowed. Further, since the hulling device e is arranged on the front side on the right side of the machine room d and the dust discharge tube j is arranged on the rear side, the machine room d is widened and the building a is enlarged in the front and rear directions. However, according to the present invention, the interior of a long rectangular building 1 is divided by left and right partition walls 2 to form an operation room 3 on the front side and a machine room 4 on the rear side. The rice mill 6 is disposed on the front side and the bran processing unit 11 is disposed on the rear side, respectively. On the right side of the machine room 4, the supply hopper 5 is disposed on the front side and the stripping device 8 is disposed on the rear side. The rear side of the building 1 is spaced apart from 11 and the rear side of the stripping device 8 without leaving any space. The dust drum 15 of the stripping device 8 is provided in the stripping device 8 and the dust tube 16 is Since it is a coin milling device extending rearward through the rear wall 9, the interior of the long rectangular building 1 which is long in the front and back is partitioned by the left and right partition walls 2 and the operation room 3 is provided on the front side. A machine room 4 is formed on the rear side, and on the left side of the machine room 4, a rice milling machine is arranged on the front side and a bran processing unit 11 is arranged on the rear side. On the right side of the machine room 4, the supply hopper 5 is arranged on the front side, and the removal device 8 is arranged on the rear side.
Becomes wider and workability improves. Further, the front door 17 can be closed during the rice polishing operation, so that the operation during the winter period is facilitated. (B) Since the rear side of the building 1 is not spaced from the bran processing unit 11 and the rear side of the dewatering device 8, the rear wall 9 of the building 1 is provided.
Front and rear width can be reduced. C. Even if the width of the front and back of the building 1 is reduced, the dust cylinder 15 of the extraction device 8 is provided in the extraction device 8 and the dust tube 1 is provided.
6 extends rearward through the rear wall 9, so that it can be arranged with a margin.

[Brief description of the drawings]

FIG. 1 is a plan view of a known example.

FIG. 2 is a plan view of the present application.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Building, 2 ... Partition wall, 3 ... Operation room, 4 ... Machine room, 5 ...
Supply hopper, 6: rice mill, 7: product take-out unit, 8: removing device, 9: rear wall, 10, 10 ': vacant room, 11: bran processing unit, 12: grain-pulling device, 13: flow path, 14 ... flow path, 15 ...
Processing cylinder, 16: extension, 17: front door, 18: spiral conveyor, 19: window.

 ──────────────────────────────────────────────────の Continued on the front page (72) Inventor Akira Shimizu 404 Oinomori, Tendo City, Yamagata Prefecture

Claims (1)

[Claims] 1. An interior of a rectangular building 1 long in front and back is partitioned by left and right partition walls 2 to form an operation room 3 at a front side and a machine room 4 at a rear side. The rice mill 6 is disposed on the front side and the bran processing section 11 is disposed on the rear side, and on the right side of the machine room 4, the supply hopper 5 is disposed on the front side and the stripping device 8 is disposed on the rear side. Also, the rear side of the stripping device 8 is the rear wall 9 of the building 1 without any interval, and the dust cylinder 15 of the stripping device 8 is provided in the stripping device 8 and the dust tube 16 is A coin polishing machine extending rearward through the rear wall 9.