JP2596188Y2 - Rice supply equipment in rice hulling plant - Google Patents

Description

[Detailed description of the invention]

[0001]

[Industrial application field] The present invention supplies dried paddy to a paddy tank connected to a rice huller for de-screening, or supplies returned paddy separated and sorted by the padding machine to a paddy tank. The present invention relates to a paddy supply device in a paddy rice mill that can perform paddy.

[0002]

2. Description of the Related Art FIG. 4 shows a conventional hulling plant. In this hulling plant, a hulling machine 1, a hulling tank 2, a hulling machine 3, a mixed rice elevating machine 4, a mixed rice tank 5, a sorting machine 6, a brown rice elevating machine 7, a switching shutter 8, a paddy sorting machine 9
And the product elevator 10 are sequentially arranged in series, and the dried rice supplied to the rice elevator 1 is fed into the rice huller 3 from the rice tank 2 and the resulting mixed rice of brown rice and rice is mixed with the rice mixer 4 And the rice was supplied to the sorter 6 from the mixed rice tank 5 to separate it into brown rice and paddy, and the obtained brown rice was supplied to the grain sorter 9 via the brown rice elevator 7 and the switching shutter 8 to obtain finely selected brown rice. Thereafter, the mixed rice separated and sorted by the sorter 6 is returned to the mixed rice tank 5 via the mixed rice lifter 4 and supplied to the sorter 6 again to be sorted while the product is collected at an appropriate place via the product elevator 10. In addition, the paddy rice can be returned to the paddy tank 2 through the paddy lift 11 and supplied to the paddy grinder 3 again to be de-sorted.

[0003]

[Problems to be Solved by the Invention] By the way, in this type of conventional rice hulling plant, the height of the rice huller is provided to be considerably higher than the height of the rice hulling tank. At times, the paddy elevator and the paddy tank cannot be shipped as one package, and the packing and transportation costs may be high.Because the paddy tank is separate from the paddle, the paddy tank and the paddy tank must be separated. There was a problem that the connection had to be made with a gutter, and the configuration of the hulling plant was complicated and large-scale.

[0004] The present invention has been made in view of such problems of the prior art, and a purpose thereof is to raise and lower a supplied dried paddy or returned paddy.
And the height from the lower end to the upper end of the elevator, and the upper end of the paddy tank that contains these rice seeds from the lower end of the elevator
With the same height, the upper end of the elevator and the upper end of the paddy tank
By was allowed formed on the same surface, one of the can occupy if able shipped as packaged products, also elevator and throw type and without, moreover a and paddy rice tank throwing type elevator,
The bottom wall is inclined downward at a steep inclination angle compared to the accumulation angle of the paddy toward the paddy tank side from the lower edge of the throwing port to the lower edge of the input window opened in the paddy tank , and both sides are on the throwing port side. Input from
By connecting with the gutter that opened toward the window ,
The input gutter is used as a paddy storage unit and paddy is accumulated up to the upper surface of the paddy tank, so that even a paddy tank of the same size can store more dried paddy or return paddy. An object of the present invention is to provide a paddy supply device in a sliding plant.

[0005]

Means for Solving the Problems In order to achieve the above object, a paddy supply device in a paddy plant according to the present invention comprises:
The above-described throwing elevator is used in a paddy supply device in which the throwing port of the throwing type elevator that throws out the paddy discharged by the bucket by the throwing operation to the throwing port is connected to the throwing port of the throwing tank that stores the throwing rice by the throwing gutter. Upper end of the elevator as viewed from the lower end of
Up to a height, on the rice tank as it is seen from the lower end of the elevator
The height to the end is the same and the upper end face of the elevator and the paddy tank
The upper end face and forming on the same surface of a throwing opening of the elevator
The input gutter connecting the input window of the paddy tank , the bottom wall ,
Toward the lower edge of the input windows are opened to the lower edge and rice tank throwing port than the rice of the deposition angle toward the rice tank side is inclined downward at a steep angle of inclination, and the both side surfaces of the turned gutter, the Throwing
Expanding toward the input window, which is wider on both sides than the mouth
Then, the input gutter is configured to form a paddy storage unit.

[0006]

In [action] hulling plants, be supplied separated sorted back rice with dried rice or sorter to throw type rice elevator, after the drying rice or return rice was pumped, the upper portion It is thrown toward the input window from the throwing port position and stored in the paddy tank. By the way, the throwing port and the input window , the bottom wall ,
Toward the lower edge of the input windows are opened to the lower edge and rice tank throwing port than the rice of the deposition angle toward the rice tank side is inclined downward at a steep angle of inclination, and the both side surfaces of the turned gutter, the Throwing
Expanding toward the input window, which is wider on both sides than the mouth
Then, because the input gutter is configured to form a paddy storage unit , the paddy is allowed to be thrown and supplied smoothly into the paddy tank by the throwing operation. In addition to being deposited and stored in order from the paddy tank side also on the bottom wall of the input gutter that is inclined downward at a steep inclination angle compared to the deposition angle, paddy is deposited up to the top surface of the paddy tank, so the same size Even a rice paddy tank can accommodate more paddy. Moreover, identical to the upper ends of the rice tank throwing type rice elevator
Since it is formed on the surface , it can be shipped as a single packaged product, packing costs and transportation costs are low, and on-site assembly work can be performed easily and quickly.

[0007]

An embodiment will be described with reference to the drawings. In FIG. 1 to FIG. 3, 101 is a hulling plant capable of de-screening dried rice and shipping selected brown rice as a product, wherein the hulling plant has the following members arranged in series. It is configured. That is, reference numeral 102 denotes a throwing type rice raising and lowering machine having a loading hopper 103 into which dry rice can be charged on one lower side, and a large number of throwing buckets 105, 105,. The attached belt 104 is suspended so that it can rotate in the direction of the arrow, and the throwing hopper 10 of the throw-type elevator 102 is rotated.
The dried paddy thrown into 3 is discharged and thrown from the throwing port 106. Reference numeral 107 denotes a paddy tank that stores the dried paddy that is thrown up and thrown down by the throwing paddy lifter 102, and is a paddle tank that is viewed from a lower end of the throwing paddy lifter 102.
As viewed from the height La to the upper end and the lower end of the elevator 102,
Height Lb to the upper end of the paddy rice tank 107 rise in the same
The upper end surface of the unloader 102 and the upper end surface of the paddy tank 107 are flush with each other.
And the throwing port 106 of the elevator 102 and the input window 108 opened on one side of the paddy tank 107 are connected.
That turned trough 109, the ratio of the bottom wall, toward the lower edge of the input window 108 is opened to the lower edge and <br/> rice tank 107 throwing port 106, the rice of the deposition angle toward the rice tank 107 side β It is inclined downward inclination angle α of the bottom wall 110 at steep angles to, or
Two sides of the throwing gutter 109 on both sides from the throwing port 106
Into the input window 108, which has a large opening
Therefore, the input gutter is configured to form a paddy storage unit .
By the way, in the configuration in which the inclination angle α of the bottom wall 110 of the input gutter 109 is not steep as compared with the accumulation angle β of the paddy, not only the portion of the input gutter 109 does not become a storage portion of the paddy but also the bottom wall 11 thereof.
Since the inclination of 0 is smaller than the accumulation angle of the paddy, the paddy tank 107
Even if it is attempted to accumulate the paddy up to the upper surface of the paddy, the paddy flows backward to the throwing type elevator 102 side, and the paddy tank 107
Unable to accumulate the paddy up to the upper limit, the amount of paddy naturally reduced. Reference numeral 111 denotes a huller disposed immediately below the hulling tank 107, and a mixed rice tank of brown rice and hulled rice obtained by removing the hulled rice by the hulling machine 111 via a mixed rice lifting machine 112 The immature rice supplied to 113 and filtered by the huller 111 by wind is discharged out of the machine through a discharge gutter 114. The mixed rice stored in the mixed rice tank 113 is supplied to a sorter 115, where the mixed rice is separated into brown rice, mixed rice of brown rice and paddy, and paddy, and the brown rice is granulated through a brown rice elevator 116 and a switching shutter 117. Sorting machine 11
8, the mixed rice is returned to the mixed rice elevator 112 and is again sorted by the sorter 115, and the paddy is returned to the return supply hopper 120 of the throwing-type paddy elevator 102 via the transfer gutter 119, and is again hulled. The machine 111 escapes. The brown rice supplied to the grain sorter 118 is sorted into selected brown rice and scrap rice, and the selected brown rice is supplied to a product elevator 121 and bagged so as to be a product.
Is stored in

[0008]

According to the present invention, from the lower end of the elevator for lifting the supplied dried or returned paddy to the upper end of the elevator.
Height and, above elevator of rice tank containing these rice
And of the upper end to a height as viewed from the lower end of the same on top of the elevator
That the end face and the upper end face of the paddy tank were formed on the same plane
More, it is possible to occupy if able shipped as one pack goods, also elevator and throw type and without, moreover a and paddy rice tank throwing type elevator, the lower edge and rice tank bottom wall throwing opening
Compared to rice deposition angle toward the rice tank side to the lower edge of the input windows are opened downwardly inclined at a steep inclination angle and both
The sides were connected by a throwing gutter that expanded from the throwing port side toward the throwing window, so that the throwing gutter was used as a paddy storage unit and paddy was deposited up to the top of the paddy tank. Even in the paddy tank, there is an effect that more dried paddy or returned paddy can be stored.

[Brief description of the drawings]

FIG. 1 is a front view of a hulling plant equipped with a paddy supply device according to the present invention.

FIG. 2 is a perspective view of a part of the paddy supply device according to the present invention.

FIG. 3 is a front view of the paddy supply device according to the present invention, which is cut away to show a main part thereof.

FIG. 4 is a flowchart of a conventional hulling plant.

[Explanation of symbols]

 Reference Signs List 101 hulling plant 102 throwing rice elevating machine 103 input hopper 104 belt 105 throwing bucket 106 throwing port 107 rice tank 108 input window 109 input gutter 110 bottom wall La height of throwing rice elevator Lb height of rice tank α bottom wall Tilt angle β Deposition angle of paddy

Claims (1)

(57) [Scope of request for utility model registration] 1. A paddy supply device comprising a paddle for accommodating paddy connected to a throwing port of a throwing type elevator which throws paddy discharged by a bucket into a throwing port by a throwing operation. , Viewed from the lower end of the throw-type elevator
The height to the upper end of the elevator and the lower end of the elevator
To the upper end of the rice tank and height in the same on the elevator was
The upper end face of the end face and the rice tank so as to form the same surface, Noboru
Input gutter connecting the exit port of the landing gear and the input window of the paddy tank
Has its bottom wall, is inclined downward in steep inclination compared to rice deposition angle toward the rice tank side to the lower edge of the input windows are opened to the lower edge and rice tank throwing opening, and turned Gutter
A throw-in window whose side face is larger on both sides than the throwing port
A paddy feeding device in a paddy plant, characterized in that the paddle is formed so as to be expanded toward the paddy and the input gutter forms a paddy storage section.