JPH09952A - Vertical grinding type rice milling machine - Google Patents
Vertical grinding type rice milling machineInfo
- Publication number
- JPH09952A JPH09952A JP7176573A JP17657395A JPH09952A JP H09952 A JPH09952 A JP H09952A JP 7176573 A JP7176573 A JP 7176573A JP 17657395 A JP17657395 A JP 17657395A JP H09952 A JPH09952 A JP H09952A
- Authority
- JP
- Japan
- Prior art keywords
- take
- cylinder
- vertical
- fixed
- horizontal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02B—PREPARING GRAIN FOR MILLING; REFINING GRANULAR FRUIT TO COMMERCIAL PRODUCTS BY WORKING THE SURFACE
- B02B3/00—Hulling; Husking; Decorticating; Polishing; Removing the awns; Degerming
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02B—PREPARING GRAIN FOR MILLING; REFINING GRANULAR FRUIT TO COMMERCIAL PRODUCTS BY WORKING THE SURFACE
- B02B3/00—Hulling; Husking; Decorticating; Polishing; Removing the awns; Degerming
- B02B3/04—Hulling; Husking; Decorticating; Polishing; Removing the awns; Degerming by means of rollers
Landscapes
- Adjustment And Processing Of Grains (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、縦型研削式精米装置に
関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vertical grinding type rice polishing apparatus.
【０００２】[0002]
【従来技術】従来縦長四角ケースの内部中間に縦回転軸
を設け、縦回転軸の下部外側を縦軸筒で包囲し、縦軸筒
の下部に下部水平台座を固定し、下部水平台座をケース
内に固定した下部支持枠上に載置固定し、縦軸筒の上部
水平台座上には縦回転軸を中心とし一部に取出口を設け
た取出円筒を固定し、取出円筒の上端内周に上下調節環
体を上下摺動自在に嵌合し、取出円筒の底には縦回転軸
に固定の取出水平円盤を設け、取出水平円盤上には誘導
筒を設け、誘導筒と取出円筒の間に取出水平円盤を底と
する取出室を形成し、誘導筒の上部の前記上下調節環体
の内側に臨む位置には縦回転軸に固定で上程テーパー状
に大径の内側対向面を有する下部回転台座を設け、下部
回転台座の上部には上部程大径のテーパー状研削環体群
を３〜４個積載重合し、テーパー状研削環体の最上部に
は上部程小径のテーパー状上部研削環体を積載重合して
固定し、上部研削環体の上方位置に中央が供給筒になっ
ていて上下動自在の上部蓋を設け、上部蓋には左右一対
のリンク杆の下端を係止し、一方のリンク杆は右傾斜し
てモーターにより回転する歯車の下面に上端を軸止し下
端は上部蓋の上面に軸止し、他方のリンク杆は左傾斜し
上端は縦長四角ケースに固定の最上部水平台座の下面に
軸着し下端は上部蓋の上面に軸着し、上部蓋と上下調節
環体の間には多孔板で形成され下方程小径の精白筒を固
定した縦型研削式精米装置は公知である。2. Description of the Related Art A vertical rotation shaft is provided in the middle of the inside of a conventional vertically long rectangular case, the lower outer side of the vertical rotation shaft is surrounded by a vertical axis cylinder, and a lower horizontal pedestal is fixed to the lower part of the vertical axis tube. Placed and fixed on the lower support frame fixed inside, and fixed on the upper horizontal pedestal of the vertical axis cylinder, the take-out cylinder with a part of the take-out port centered on the vertical rotation axis, and the inner circumference of the upper end of the take-out cylinder. The vertically adjustable ring is fitted in the upper and lower slidably, and the bottom of the take-out cylinder is provided with a take-out horizontal disk fixed to the vertical rotation shaft, and the guide cylinder is provided on the take-out horizontal disk. A take-out chamber having a take-out horizontal disc as a bottom is formed between them, and a large-diameter inner facing surface that is fixed to the vertical rotation shaft and has a large diameter is fixed at a position facing the inside of the vertical adjustment ring at the upper part of the guide cylinder. A lower rotating pedestal is provided, and 3 to 4 taper grinding ring groups with a larger diameter are loaded on the upper part of the lower rotating pedestal. On top of the tapered grinding ring, a tapered upper grinding ring with a smaller diameter is stacked and fixed to the upper part, and the center of the upper grinding ring is a supply cylinder, which is movable up and down. An upper lid is provided, and the lower ends of a pair of left and right link rods are locked to the upper lid.One link rod tilts to the right and the upper end is fixed to the lower surface of the gear that is rotated by the motor, and the lower end is on the upper surface of the upper lid. The other link rod is tilted to the left, the upper end is pivotally attached to the lower surface of the uppermost horizontal pedestal fixed to the vertically long rectangular case, and the lower end is pivotally attached to the upper surface of the upper lid, between the upper lid and the vertical adjustment ring. There is known a vertical grinding type rice polishing apparatus which is formed of a perforated plate and to which a polishing tube having a smaller diameter is fixed toward the lower side.
【０００３】[0003]
【発明が解決しようとする課題】前記公知の縦型研削式
精米装置は、テーパー状研削環体と精白筒とは、軸筒の
下端だけで固定されていたから、強固に止着されていな
いことと、中心が取れていなくても調節不可能だから、
研削環体が偏心して精白筒が片べりすることがあった。
また、最上部には上端程小径のテーパー状上部研削環体
ａを積載重合しているから、テーパー状上部研削環体ａ
と精白筒ｂとの隙間が大きくなり過ぎて、穀物が過剰供
給されてキシムことがあった。また、テーパー状上部研
削環体ａの上面ｃの面積が小さくなるから、この部分で
の初期搗精が充分でなかった。また糠がケース内に散乱
するから処理が充分にできない難点があった。In the known vertical grinding type rice polishing apparatus, the tapered grinding ring and the whitening cylinder are fixed only at the lower end of the shaft cylinder, so that they are not firmly fixed. , Even if it is not centered, it cannot be adjusted,
There was a case where the grinding ring was eccentric and the polishing cylinder slipped.
Further, since the tapered upper grinding ring a having a smaller diameter is stacked and piled up on the uppermost portion, the tapered upper grinding ring a
There was a case where the gap between the and the white polishing cylinder b became too large and the grain was over-supplied and kimme. Further, since the area of the upper surface c of the tapered upper grinding ring a is small, the initial polishing at this portion was not sufficient. In addition, since the bran is scattered in the case, there is a problem that the treatment cannot be performed sufficiently.
【０００４】[0004]
【課題を解決するための手段】よって、本発明は、縦長
四角ケース１の内部中間に縦回転軸２を設け、縦回転軸
２の下部外側を上下ベアリング４、５を介して縦軸筒３
で包囲し、縦軸筒３の下部に下部水平台座６を固定し、
下部水平台座６をケース１内の内周に固定した下部支持
枠７上に載置して止具８により固定し、縦軸筒３の上端
に上部水平台座９を設け、上部水平台座９の周囲のケー
ス１の四隅と対応する位置に夫々ターンバックル１０の
内端を係止し各ターンバックル１０の外端はケース１に
四隅に設けた係合片１１に係止し、上部水平台座９上に
は縦回転軸２を中心とし一部に取出口２０を設けた取出
円筒１３を固定し、取出円筒１３の上端内周に上下調節
環体１４を上下摺動自在に嵌合し、取出円筒１３の内側
の底には縦回転軸２に固定の取出水平円盤１５を設け、
取出水平円盤１５上には誘導筒１６を設け、誘導筒１６
と取出円筒１３の間に取出水平円盤１５を底とする取出
室１８を形成し、誘導筒１６の上部の前記上下調節環体
１４の内側に臨む位置には縦回転軸２に対して固定で上
方程テーパー状に大径の内側対向面２７を有する下部回
転台座２６を設け、下部回転台座２６の上部には上部程
大径のテーパー状研削環体２８群を３〜４個積載重合
し、テーパー状研削環体２８の最上部には上下同一直径
に形成された上部研削環体２９を積載重合して固定し、
上部研削環体２９の上方位置に中央が供給筒になってい
て上下動自在の上部蓋３２を設け、上部蓋３２には左右
一対のリンク杆３３、３４の下端を係止し、一方のリン
ク杆３３は右傾斜してモーター３５により回転する歯車
３６に上端を軸止３７し下端は上部蓋３２の上面に軸止
３８し、他方のリンク杆３４は左傾斜し上端は縦長四角
ケース１に固定の最上部水平台座３９に軸着４０し下端
は上部蓋３２の上面に軸着４１し、上部蓋３２と上下調
節環体１４の間には多孔板で形成され下方程小径の精白
筒４２を固定し、取出円筒１３の上端に上下仕切壁４３
の下端を結合し、上下仕切壁４３の上端は縦長四角ケー
ス１の内面に結合して糠室４４を形成し、糠室４４の一
部を開口して糠吸引口４５にし、糠吸引口４５の外側に
吸引筒４６を取付けた縦型研削式精米装置としたもので
ある。また、本発明は、前記上下仕切壁４３は上部は大
径に下部は小径に漏斗状にした縦型研削式精米装置とし
たものである。また、本発明は、前記取出水平円盤１５
上には誘導筒１６に固定の取出抵抗弁１７を設け、該取
出抵抗弁１７で取出口２０を塞ぎ、取出抵抗弁１７に取
出水平円盤１５の回転で共回りする穀物１９が衝突する
とバネ２１の弾力に抗して誘導筒１６ごと取出抵抗弁１
７を移動させて取出口２０を開くようにした縦型研削式
精米装置としたものである。Therefore, according to the present invention, the vertical rotation shaft 2 is provided in the middle of the inside of the vertically long rectangular case 1, and the lower outside of the vertical rotation shaft 2 is provided with the vertical bearings 4 and 5 and the vertical cylinder 3 is provided.
Enclose with, and fix the lower horizontal pedestal 6 to the bottom of the vertical axis tube 3,
The lower horizontal pedestal 6 is placed on the lower support frame 7 fixed to the inner circumference of the case 1 and fixed by the stoppers 8. The upper horizontal pedestal 9 is provided on the upper end of the vertical cylinder 3, and the upper horizontal pedestal 9 The inner ends of the turnbuckles 10 are respectively locked at positions corresponding to the four corners of the surrounding case 1, and the outer ends of the respective turnbuckles 10 are locked to the engaging pieces 11 provided at the four corners of the case 1 to form the upper horizontal pedestal 9 The take-out cylinder 13 with the take-out port 20 partially provided around the vertical rotation shaft 2 is fixed on the upper side, and the vertically adjusting ring body 14 is slidably fitted on the inner circumference of the upper end of the take-out cylinder 13 and taken out. On the inner bottom of the cylinder 13, a take-out horizontal disk 15 fixed to the vertical rotation shaft 2 is provided.
The guide cylinder 16 is provided on the take-out horizontal disk 15, and the guide cylinder 16 is provided.
A take-out chamber 18 having a take-out horizontal disk 15 at the bottom is formed between the take-out cylinder 13 and the take-out cylinder 13, and the take-up chamber 18 is fixed to the vertical rotation shaft 2 at a position facing the inside of the vertical adjusting ring 14 at the upper part of the guide cylinder 16. A lower rotary pedestal 26 having a large-diameter inner facing surface 27 in a tapered shape is provided upward, and 3 to 4 groups of tapered grinding ring bodies 28 having a larger diameter are stacked and superposed on the lower rotary pedestal 26. On the uppermost part of the tapered grinding ring 28, an upper grinding ring 29 formed to have the same diameter in the upper and lower directions is stacked, polymerized and fixed,
An upper lid 32 is provided above the upper grinding ring 29 so that the center thereof is a supply cylinder and is vertically movable. The lower ends of a pair of left and right link rods 33 and 34 are locked to the upper lid 32, and one of the links is locked. The rod 33 is tilted to the right and is rotated 37 by the motor 35. The upper end of the rod 36 is axially locked 37 and the lower end is axially locked 38 on the upper surface of the upper lid 32. The other link rod 34 is tilted leftward and the upper end of the vertically rectangular case 1 is attached. A fixed uppermost horizontal pedestal 39 is pivoted 40 and a lower end is pivoted 41 on the upper surface of the upper lid 32. Between the upper lid 32 and the vertical adjusting ring 14, a perforated plate is formed. The upper and lower partition walls 43 on the upper end of the take-out cylinder 13.
The upper end of the upper and lower partition walls 43 is connected to the inner surface of the vertically long rectangular case 1 to form a bran chamber 44, and a part of the bran chamber 44 is opened to form a bran suction port 45, and a bran suction port 45. This is a vertical grinding type rice polishing device in which a suction cylinder 46 is attached to the outside. Further, the present invention is a vertical grinding type rice polishing apparatus in which the upper and lower partition walls 43 have a funnel shape with an upper part having a large diameter and a lower part having a small diameter. In addition, the present invention provides the take-out horizontal disc 15
A fixed take-out resistance valve 17 is provided on the guide cylinder 16 and the take-out resistance valve 17 closes the take-out port 20. When the take-out resistance valve 17 is collided with the grain 19 co-rotating by the rotation of the take-out horizontal disk 15, the spring 21 Resistance valve 1 together with induction tube 16 against the elasticity of
This is a vertical grinding type rice polishing device in which 7 is moved to open the take-out port 20.
【０００５】[0005]
【実施例】本発明の一実施例を図面により説明すると、
１は縦長四角ケースで、縦長四角ケース１の内部中間に
は縦回転軸２が設けられる。３は縦回転軸２の下部外側
を包囲する縦軸筒で、縦軸筒３の上下にはベアリング
４、５を取付け、ベアリング４、５を介して縦回転軸２
を軸装する。６は縦軸筒３の下部に固定した下部水平台
座であり、下部水平台座６を縦長四角ケース１に固定し
た下部支持枠７上に載置して止具８により固定する。縦
軸筒３の上端には上部水平台座９が設けられ、上部水平
台座９の周囲のケース１の四隅と対応する位置に夫々タ
ーンバックル１０の内端を係止し各ターンバックル１０
の外端はケース１に四隅に設けた係合片１１に係止す
る。それゆえ、四個のターンバックル１０の締付けで縦
軸筒３を微妙に傾斜調節して、センターを合せる。ま
た、止具８と四個のターンバックル１０により縦軸筒３
を固定するから強固に止着できる。DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described with reference to the drawings.
Reference numeral 1 is a vertically long rectangular case, and a vertically rotating shaft 2 is provided in the middle of the vertically long rectangular case 1. Reference numeral 3 is a vertical axis cylinder that surrounds the lower outer side of the vertical rotation axis 2. Bearings 4 and 5 are attached to the upper and lower sides of the vertical axis axis 3 and the vertical rotation axis 2 is connected via the bearings 4 and 5.
Axis. Reference numeral 6 denotes a lower horizontal pedestal fixed to the lower portion of the vertical cylinder 3, and the lower horizontal pedestal 6 is placed on a lower support frame 7 fixed to the vertically long rectangular case 1 and fixed by a stopper 8. An upper horizontal pedestal 9 is provided on the upper end of the vertical cylinder 3, and the inner ends of the turnbuckles 10 are locked at positions corresponding to the four corners of the case 1 around the upper horizontal pedestal 9, respectively.
The outer ends of are engaged with engaging pieces 11 provided at four corners of the case 1. Therefore, by tightening the four turnbuckles 10, the vertical cylinder 3 is slightly tilted to adjust the centers. Further, the vertical axis tube 3 is formed by the stopper 8 and the four turnbuckles 10.
Since it is fixed, it can be firmly fixed.
【０００６】前記縦回転軸２は縦軸筒３より下方に突出
し、そこに受動プーリー１２を固定する。前記上部水平
台座９上には取出円筒１３を固定する。取出円筒１３の
上部には全面開口していて取出円筒１３の上部の内周に
上下調節環体１４が上下摺動自在に嵌合する。前記取出
円筒１３内には前記縦回転軸２に固定されていて縦回転
軸２とともに回転する取出水平円盤１５が設けられる。
取出水平円盤１５の上面には回転はしない誘導筒１６が
設けられ、誘導筒１６の外周に取出抵抗弁１７が固定さ
れる。誘導筒１６は手動または自動で回動する。The vertical rotary shaft 2 projects downward from the vertical cylinder 3, and the passive pulley 12 is fixed thereto. A take-out cylinder 13 is fixed on the upper horizontal pedestal 9. The upper surface of the take-out cylinder 13 is entirely open, and an up-down adjusting ring 14 is vertically slidably fitted to the inner circumference of the upper part of the take-out cylinder 13. In the take-out cylinder 13, there is provided a take-out horizontal disk 15 which is fixed to the vertical rotary shaft 2 and rotates together with the vertical rotary shaft 2.
A guide cylinder 16 that does not rotate is provided on the upper surface of the take-out horizontal disk 15, and a take-out resistance valve 17 is fixed to the outer periphery of the guide cylinder 16. The guide tube 16 rotates manually or automatically.
【０００７】１８は取出水平円盤１５の上面に形成され
る取出室であり、取出室１８内に流入した穀物１９は取
出水平円盤１５の回転で図４の矢印方向に移動し、取出
抵抗弁１７に衝突して取出抵抗弁１７を誘導筒１６ごと
動かして取出円筒１３の周壁に形成した取出口２０を開
けて取出口２０より穀物１９を取出す。２１は取出抵抗
弁１７を閉じるバネ、２２は取出抵抗弁１７が当接する
突起、２３は調節リンク、２４は支軸、２５はハンドル
で、ハンドル２５をａ方向に手動で動かすと、調節リン
ク２３の先端で取出抵抗弁１７を開いて取出口２０を手
動で開く。Reference numeral 18 denotes a take-out chamber formed on the upper surface of the take-out horizontal disk 15. Grain 19 which has flowed into the take-out chamber 18 moves in the direction of the arrow in FIG. Then, the take-out resistance valve 17 is moved together with the guide cylinder 16 to open the take-out port 20 formed on the peripheral wall of the take-out cylinder 13, and the grain 19 is taken out from the take-out port 20. Reference numeral 21 is a spring for closing the extraction resistance valve 17, 22 is a projection with which the extraction resistance valve 17 contacts, 23 is an adjustment link, 24 is a support shaft, 25 is a handle, and when the handle 25 is manually moved in the direction a, the adjustment link 23 The take-out resistance valve 17 is opened at the tip of and the take-out port 20 is manually opened.
【０００８】前記上下調節環体１４の内側には縦回転軸
２に固定された下部回転台座２６を設ける。下部回転台
座２６の上端はテーパー状に大径になっていて内側対向
面２７を形成し、上下調節環体１４が上動すると内側対
向面２７との間隙を狭くして負荷を大にし、上下調節環
体１４が下動すると内側対向面２７との間隙を大にして
負荷を小にする。下部回転台座２６の上部には上部程大
径になるテーパー状研削環体２８群を３〜４個積載重合
する。研削環体２８の最上部には、終始同一直径に形成
された上部研削環体２９を重合し、上方から押え体３０
を重ねてナット３１で止着する。上部研削環体２９の形
状が終始同一直径にした点は従来のものと相違し、その
ため、穀物１９の上面での研削は活発になり、また、周
囲の隙間は、図６に比較し小さいので、過剰供給されて
キシむことはない。従来のものは、図６のように上部研
削環体ａの形状が上部程小径のテーパー状であったか
ら、穀物１９の流入が過度になりすぎ、キシんで砕米を
発生していた。A lower rotary pedestal 26 fixed to the vertical rotary shaft 2 is provided inside the vertical adjusting ring 14. The upper end of the lower rotary pedestal 26 has a large diameter in a taper shape to form an inner facing surface 27. When the vertical adjustment ring body 14 moves upward, the gap between the inner facing surface 27 is narrowed to increase the load, When the adjusting annulus 14 moves downward, the gap with the inner facing surface 27 is increased to reduce the load. On the upper part of the lower rotary pedestal 26, 3 to 4 groups of tapered grinding ring bodies 28 having a larger diameter toward the upper part are stacked and stacked. An upper grinding ring 29, which is formed to have the same diameter throughout, is superposed on the uppermost part of the grinding ring 28, and a pressing body 30 is attached from above.
And then fasten with the nut 31. The point that the shape of the upper grinding ring 29 is the same throughout is different from the conventional one. Therefore, the grinding on the upper surface of the grain 19 becomes active, and the peripheral clearance is smaller than that in FIG. However, it will not be oversupplied and will not cause a chill. In the conventional type, as shown in FIG. 6, the shape of the upper grinding ring a is a taper shape having a smaller diameter toward the upper part, so that the inflow of the grain 19 becomes excessive, and gritty rice breaks.
【０００９】ナット３１の上部には中央が供給筒になっ
ている上部蓋３２を設ける。上部蓋３２は一対のリンク
杆３３、３４によって上方から吊設される。一方のリン
ク杆３３はモーター３５によって回転する歯車３６の下
面に上端が軸止３７され、リンク杆３３の下端は上部蓋
３２の上面に軸止３８されている。図２のようにリンク
杆３３は右傾斜しており、これに対するリンク杆３４は
左傾斜している。リンク杆３４の上端は縦長四角ケース
１に固定の最上部水平台座３９の下面に軸着４０してお
り、リンク杆３４の下端はリンク杆３３と同じく上部蓋
３２の上面に軸着４１される。従って、図２においてモ
ーター３５により歯車３６を回動させて左に動かすと、
リンク杆３３は垂直に近付いて軸止３８部分を下降させ
るが、軸止３８部が軸止してある上部蓋３２には別のリ
ンク杆３４の下端も軸着４１しているので、軸着４１部
も一緒に下動し、同時にリンク杆３４も垂直に近付くよ
うになり、このようにして歯車３６が左右に回転する
と、上部蓋３２は上下動する。An upper lid 32 having a supply cylinder at the center is provided on the nut 31. The upper lid 32 is suspended from above by a pair of link rods 33 and 34. The upper end of one of the link rods 33 is fixed to the lower surface of the gear 36 rotated by the motor 35, and the lower end of the link rod 33 is fixed to the upper surface of the upper lid 32. As shown in FIG. 2, the link rod 33 is tilted to the right, and the link rod 34 corresponding thereto is tilted to the left. The upper end of the link rod 34 is axially mounted 40 on the lower surface of the uppermost horizontal pedestal 39 fixed to the vertically long rectangular case 1, and the lower end of the link rod 34 is axially mounted 41 on the upper surface of the upper lid 32, like the link rod 33. . Therefore, in FIG. 2, when the gear 36 is rotated by the motor 35 and moved to the left,
The link rod 33 approaches vertically and lowers the shaft stopper 38 portion, but since the lower end of another link rod 34 is also pivotally attached 41 to the upper lid 32 with the shaft stopper 38 portion axially attached, the shaft attachment 38 is attached. The 41 part also moves down together, and at the same time, the link rod 34 also approaches vertically, and when the gear 36 rotates left and right in this way, the upper lid 32 moves up and down.
【００１０】前記上部蓋３２と前記上下調節環体１４の
間には多孔板で形成されている精白筒４２が固定されて
いるので、上部蓋３２が上下動すると精白筒４２を介し
て上下調節環体１４も上下動し、上下調節環体１４と下
部回転台座２６の間を大小に調節して負荷を調節する。
前記取出円筒１３の上部には上下仕切壁４３の下端を結
合し、上下仕切壁４３の上端は漏斗になるように縦長四
角ケース１の内面に結合し、上下仕切壁４３の上部に糠
室４４を形成し、縦長四角ケース１の一部を開口して糠
吸引口４５にし、糠吸引口４５の外側に吸引筒４６を取
付ける。４７は供給口、４８は供給シャッターである。Since a whitening cylinder 42 formed of a perforated plate is fixed between the upper lid 32 and the vertical adjusting ring body 14, when the upper lid 32 moves up and down, the vertical adjustment is performed via the whitening cylinder 42. The ring body 14 also moves up and down to adjust the load between the vertically adjustable ring body 14 and the lower rotary pedestal 26 by adjusting the size.
The lower end of the upper and lower partition wall 43 is connected to the upper part of the take-out cylinder 13, the upper end of the upper and lower partition wall 43 is connected to the inner surface of the vertically long rectangular case 1 so as to form a funnel, and the bran chamber 44 is provided on the upper part of the upper and lower partition wall 43. Then, a part of the vertically long rectangular case 1 is opened to form a bran suction port 45, and a suction cylinder 46 is attached to the outside of the bran suction port 45. Reference numeral 47 is a supply port, and 48 is a supply shutter.
【００１１】[0011]
【作用】次に作用を述べる。組立作業について述べる
と、縦回転軸２を縦軸筒３内に軸装し、縦軸筒３の下部
に下部水平台座６を取付け、縦回転軸２の下端に受動プ
ーリー１２を取付けて縦長四角ケース１の下部支持枠７
上に載置し、ついで、縦回転軸２の上端に取出水平円盤
１５、誘導筒１６、下部回転台座２６、テーパー状研削
環体２８、上部研削環体２９を順次嵌合させ、上部研削
環体２９の上部に押え体３０を載置してからナット３１
で締付ける。Next, the operation will be described. As for the assembling work, the vertical rotation shaft 2 is mounted in the vertical axis cylinder 3, the lower horizontal pedestal 6 is attached to the lower part of the vertical axis cylinder 3, and the passive pulley 12 is attached to the lower end of the vertical rotation axis 2 to form a vertically long rectangle. Lower support frame 7 of case 1
It is placed on the upper side of the vertical rotary shaft 2, and then the take-out horizontal disk 15, the guide cylinder 16, the lower rotary base 26, the tapered grinding ring 28, and the upper grinding ring 29 are sequentially fitted to the upper grinding ring. Place the presser body 30 on the upper part of the body 29, and then install the nut 31.
Tighten with.
【００１２】このようにすると、ナット３１の位置が正
しく供給筒の中心に位置しているかどうかが分るので、
縦軸筒３の上部の上部水平台座９と周囲のケース１の四
隅との間に設けたターンバックル１０を回転させて締付
け、止具８とターンバックル１０とにより縦軸筒３を固
定する。すると、転子全体が正しく、且つ強固にセット
される。その後上部蓋３２と上下調節環体１４との間に
精白筒４２を当接してボルトナットにより締付け固定す
ると、組立は終了する。In this way, it is possible to know whether the nut 31 is correctly positioned at the center of the supply cylinder.
The turnbuckle 10 provided between the upper horizontal pedestal 9 above the vertical axis tube 3 and the four corners of the surrounding case 1 is rotated and tightened, and the vertical axis tube 3 is fixed by the stopper 8 and the turnbuckle 10. Then, the entire trochanter is set correctly and firmly. After that, the polishing cylinder 42 is brought into contact between the upper lid 32 and the vertical adjustment ring body 14 and tightened and fixed by the bolt and nut, and then the assembly is completed.
【００１３】つぎに使い方を述べると、供給口４７より
玄米を供給し、精米の状態を見ながら供給シャッター４
８を少しずつ開くと、精白筒４２は上部程大径である
が、上部研削環体２９は終始上下同一直径の研削体であ
るから、上部研削環体２９と精白筒４２の隙間は従来の
図６のように極端には開いていないので、広い上部研削
環体２９の上面により、少量ずつ研削されて初期搗精さ
れ、過剰供給されることなく供給されて次第に下降して
上下四段の研削環体２８により研削搗精され、上下調節
環体１４と下部回転台座２６の間を通って下降する。こ
のとき、モーター３５に通電して歯車３６を例えば左に
回転させると図２でリンク杆３３の軸止３７は左に移動
し、リンク杆３３は傾斜が弛くなる。そのため、軸止３
８部は下動して上部蓋３２を下動させ、上部蓋３２に固
定のリンク杆３４の軸着４１部も一緒に下動し、上部蓋
３２を下動させて精白筒４２を介し上下調節環体１４を
下動させて、下部回転台座２６との隙間を大に調節して
負荷を軽くする。Next, the usage will be described. Brown rice is supplied from the supply port 47, and the shutter 4 is supplied while observing the state of rice polishing.
When 8 is opened little by little, the white grinding cylinder 42 has a larger diameter toward the upper part, but the upper grinding ring body 29 is a grinding body having the same diameter from top to bottom from the beginning. Therefore, the gap between the upper grinding ring body 29 and the white grinding cylinder 42 is the same as the conventional one. Since it is not extremely opened as shown in FIG. 6, the upper surface of the wide upper grinding ring 29 is ground little by little to be initially polished, and is supplied without being excessively supplied and gradually descended to have four stages of upper and lower grinding. It is ground and refined by the ring body 28, and descends through between the vertical adjustment ring body 14 and the lower rotary pedestal 26. At this time, when the motor 35 is energized to rotate the gear 36, for example, to the left, the shaft stopper 37 of the link rod 33 moves to the left in FIG. 2, and the link rod 33 becomes loose. Therefore, the shaft stopper 3
8 parts are moved downward to move the upper lid 32 downward, and the shaft attachment 41 part of the link rod 34 fixed to the upper lid 32 is also moved downward, and the upper lid 32 is moved downward to move up and down via the white polishing cylinder 42. By lowering the adjusting ring body 14, the clearance between the adjusting ring body 14 and the lower rotary pedestal 26 is adjusted to a large degree to reduce the load.
【００１４】精白されて取出室１８内に流入した精白米
は、縦回転軸２とともに回転する取出水平円盤１５で誘
導されて取出抵抗弁１７に衝突し、取出抵抗弁１７をバ
ネ２１の弾力に抗して移動させて取出口２０を開き排出
させる。精米により発生した糠は、上下仕切壁４３内よ
り仕切られた糠室４４に貯留され、糠吸引口４５を通っ
て吸引筒４６に吸引除去されるが、上下仕切壁４３は漏
斗状に形成されているので、円滑に排除される。The milled rice that has been milled and flowed into the unloading chamber 18 is guided by the unloading horizontal disk 15 which rotates with the vertical rotating shaft 2 and collides with the unloading resistance valve 17, so that the unloading resistance valve 17 is made elastic by the spring 21. It is moved against and the outlet 20 is opened and discharged. The bran generated by rice polishing is stored in the bran chamber 44 partitioned from the inside of the upper and lower partition walls 43, and is sucked and removed by the suction cylinder 46 through the bran suction port 45, but the upper and lower partition walls 43 are formed in a funnel shape. Therefore, it is eliminated smoothly.
【００１５】[0015]
【発明の効果】前記公知の縦型研削式精米装置は、図６
のように、テーパー状研削環体と精白筒との中心が取れ
ていなくても調節不可能だから、研削環体が偏心してい
て精白筒の方が片べりすることがあった。また、最上部
には上端程小径のテーパー状上部研削環体ａを積載重合
しているから、テーパー状上部研削環体ａと精白筒ｂと
の隙間が大きくなり過ぎて、穀物が過剰供給されてキシ
ムことがあった。また、テーパー状上部研削環体ａの上
面ｃの面積が小さくなるから、この部分での初期搗精が
充分でなかった。また糠がケース内に散乱するから処理
が充分にできない難点があった。しかるに、本発明は、
縦長四角ケース１の内部中間に縦回転軸２を設け、縦回
転軸２の下部外側を上下ベアリング４、５を介して縦軸
筒３で包囲し、縦軸筒３の下部に下部水平台座６を固定
し、下部水平台座６をケース１内の内周に固定した下部
支持枠７上に載置して止具８により固定し、縦軸筒３の
上端に上部水平台座９を設け、上部水平台座９の周囲の
ケース１の四隅と対応する位置に夫々ターンバックル１
０の内端を係止し各ターンバックル１０の外端はケース
１に四隅に設けた係合片１１に係止し、上部水平台座９
上には縦回転軸２を中心とし一部に取出口２０を設けた
取出円筒１３を固定し、取出円筒１３の上端内周に上下
調節環体１４を上下摺動自在に嵌合し、取出円筒１３の
内側の底には縦回転軸２に固定の取出水平円盤１５を設
け、取出水平円盤１５上には誘導筒１６を設け、誘導筒
１６と取出円筒１３の間に取出水平円盤１５を底とする
取出室１８を形成し、誘導筒１６の上部の前記上下調節
環体１４の内側に臨む位置には縦回転軸２に対して固定
で上方程テーパー状に大径の内側対向面２７を有する下
部回転台座２６を設け、下部回転台座２６の上部には上
部程大径のテーパー状研削環体２８群を３〜４個積載重
合し、テーパー状研削環体２８の最上部には上下同一直
径に形成された上部研削環体２９を積載重合して固定
し、上部研削環体２９の上方位置に中央が供給筒になっ
ていて上下動自在の上部蓋３２を設け、上部蓋３２には
左右一対のリンク杆３３、３４の下端を係止し、一方の
リンク杆３３は右傾斜してモーター３５により回転する
歯車３６に上端を軸止３７し下端は上部蓋３２の上面に
軸止３８し、他方のリンク杆３４は左傾斜し上端は縦長
四角ケース１に固定の最上部水平台座３９に軸着４０し
下端は上部蓋３２の上面に軸着４１し、上部蓋３２と上
下調節環体１４の間には多孔板で形成され下方程小径の
精白筒４２を固定し、取出円筒１３の上端に上下仕切壁
４３の下端を結合し、上下仕切壁４３の上端は縦長四角
ケース１の内面に結合して糠室４４を形成し、糠室４４
の一部を開口して糠吸引口４５にし、糠吸引口４５の外
側に吸引筒４６を取付けた縦型研削式精米装置としたも
のであるから、 イ、上部水平台座９の周囲のケース１の四隅と対応する
位置に夫々ターンバックル１０の内端を係止し各ターン
バックル１０の外端はケース１に四隅に設けた係合片１
１に係止したことにより、各ターンバックル１０を微妙
に回転させて締付けることにより偏心を修正して、精白
筒４２の片べりを防止するばかりでなく、強固に取付け
ることができる。 ロ、テーパー状研削環体２８の最上部には上下同一直径
に形成された上部研削環体２９を積載重合して固定した
から、上部研削環体２９と精白筒４２の隙間は従来の図
６のように極端には開いていないので、広い上部研削環
体２９の上面により、充分研削されて初期搗精され、過
剰供給されることなく供給されて研削搗精される。 ハ、取出円筒１３の上端に上下仕切壁４３の下端を結合
し、上下仕切壁４３の上端は縦長四角ケース１の内面に
結合して糠室４４を形成し、糠室４４の一部を開口して
糠吸引口４５にし、糠吸引口４５の外側に吸引筒４６を
取付けたから糠が円滑に排出できる。 ニ、また、本発明は、前記上下仕切壁４３は上部は大径
に下部は小径に漏斗状にした縦型研削式精米装置とした
ものであるから、糠の収集が円滑である。 ホ、また、本発明は、前記取出水平円盤１５上には誘導
筒１６に固定の取出抵抗弁１７を設け、該取出抵抗弁１
７で取出口２０を塞ぎ、取出抵抗弁１７に取出水平円盤
１５の回転で共回りする穀物１９が衝突するとバネ２１
の弾力に抗して誘導筒１６ごと取出抵抗弁１７を移動さ
せて取出口２０を開くようにした竪型研削式精米装置と
したものであるから、縦型研削式精米装置の抵抗装置を
容易に形成でき、かつ下部に溜った穀物を円滑に排出で
きる。The known vertical grinding type rice polishing apparatus is shown in FIG.
As described above, since it is not possible to adjust even if the tapered grinding ring and the polishing cylinder are not centered, the grinding cylinder may be eccentric and the polishing cylinder may slip to one side. Further, since a tapered upper grinding ring a having a smaller diameter is piled up and stacked on the uppermost part at the upper end, the gap between the tapered upper grinding ring a and the white polishing cylinder b becomes too large, and the grain is excessively supplied. There was a problem. Further, since the area of the upper surface c of the tapered upper grinding ring a is small, the initial polishing at this portion was not sufficient. In addition, since the bran is scattered in the case, there is a problem that the treatment cannot be performed sufficiently. However, the present invention
A vertical rotary shaft 2 is provided in the middle of the vertically long rectangular case 1, the lower outer side of the vertical rotary shaft 2 is surrounded by a vertical cylinder 3 via vertical bearings 4 and 5, and a lower horizontal pedestal 6 is provided below the vertical cylinder 3. , The lower horizontal pedestal 6 is placed on the lower support frame 7 fixed to the inner circumference of the case 1 and fixed by the stoppers 8, and the upper horizontal pedestal 9 is provided on the upper end of the vertical cylinder 3. The turnbuckles 1 are provided around the horizontal pedestal 9 at positions corresponding to the four corners of the case 1.
The inner end of 0 is locked and the outer ends of the turnbuckles 10 are locked to the engaging pieces 11 provided at the four corners of the case 1, and the upper horizontal pedestal 9
The take-out cylinder 13 with the take-out port 20 partially provided around the vertical rotation shaft 2 is fixed on the upper side, and the vertically adjusting ring body 14 is slidably fitted on the inner circumference of the upper end of the take-out cylinder 13 and taken out. A take-out horizontal disk 15 fixed to the vertical rotation shaft 2 is provided on the inner bottom of the cylinder 13, a guide cylinder 16 is provided on the take-out horizontal disk 15, and the take-out horizontal disk 15 is provided between the guide cylinder 16 and the take-out cylinder 13. An extraction chamber 18 serving as a bottom is formed, and at a position facing the inside of the vertical adjustment ring body 14 at an upper portion of the guide cylinder 16, the inner facing surface 27 is fixed to the vertical rotation shaft 2 and has a taper-like large diameter toward the upper side. The lower rotary pedestal 26 having the above is provided. On the upper part of the lower rotary pedestal 26, 3 to 4 groups of tapered grinding ring bodies 28 having a larger diameter are stacked and superposed on the upper part, and the upper and lower parts of the tapered grinding ring body 28 are vertically stacked. The upper grinding ring body 29 having the same diameter is stacked and polymerized and fixed, and the upper grinding ring body 2 is fixed. An upper lid 32 is provided at the center above which is a supply cylinder and is vertically movable. The lower ends of a pair of left and right link rods 33 and 34 are locked to the upper lid 32, and one link rod 33 tilts to the right. Then, the upper end of the gear 36 rotated by the motor 35 is fixed at 37, the lower end is fixed at 38 on the upper surface of the upper lid 32, and the other link rod 34 is tilted to the left, and the upper end is fixed to the vertically long rectangular case 1 at the uppermost horizontal position. The pedestal 39 is axially attached 40 and the lower end is axially attached 41 to the upper surface of the upper lid 32. Between the upper lid 32 and the vertical adjusting ring body 14, a whitening tube 42 formed of a perforated plate and having a smaller diameter toward the lower side is fixed and taken out. The lower end of the upper and lower partition walls 43 is connected to the upper end of the cylinder 13, and the upper end of the upper and lower partition walls 43 is connected to the inner surface of the vertically long rectangular case 1 to form a bran chamber 44, and a bran chamber 44
Since a vertical grinding type rice polishing apparatus is formed by opening a part of the above to make the bran suction port 45 and a suction cylinder 46 attached to the outside of the bran suction port 45, the case 1 around the upper horizontal pedestal 9 The inner ends of the turnbuckles 10 are locked at the positions corresponding to the four corners of the turnbuckle 10, and the outer ends of the turnbuckles 10 are provided on the case 1 at the four corners.
Since the turnbuckle 10 is delicately rotated and tightened by fixing it to 1, the eccentricity is corrected and not only the one-sided slipping of the white polishing cylinder 42 is prevented but also the whitening cylinder 42 can be firmly attached. (B) Since the upper grinding ring 29 having the same diameter is vertically stacked and fixed on the uppermost part of the tapered grinding ring 28, the gap between the upper grinding ring 29 and the white polishing cylinder 42 is the same as in the conventional case shown in FIG. Since it is not extremely opened as described above, the upper surface of the wide upper grinding ring 29 is sufficiently ground to be initially polished, and is supplied without being excessively supplied and polished. (C) The lower end of the upper and lower partition walls 43 is connected to the upper end of the take-out cylinder 13, the upper end of the upper and lower partition walls 43 is connected to the inner surface of the vertically long rectangular case 1 to form a bran chamber 44, and a part of the bran chamber 44 is opened. Then, the bran suction port 45 is provided, and the suction cylinder 46 is attached to the outside of the bran suction port 45, so that the bran can be smoothly discharged. Further, according to the present invention, since the upper and lower partition walls 43 are the vertical grinding type rice milling apparatus with the upper part having a large diameter and the lower part having a funnel shape, the bran can be collected smoothly. In the present invention, a take-out resistance valve 17 fixed to the guide cylinder 16 is provided on the take-out horizontal disk 15, and the take-out resistance valve 1 is provided.
7, the take-out port 20 is closed, and when the take-out resistance valve 17 is collided with the grain 19 co-rotating with the take-out horizontal disk 15, the spring 21
The vertical grinding type rice milling device has a structure in which the extraction resistance valve 17 is moved together with the guide cylinder 16 to open the outlet 20 against the elasticity of the vertical grinding type rice polishing device. It is possible to form the grain and the grain accumulated in the lower part can be discharged smoothly.
【図１】全体縦断側面図。FIG. 1 is an overall vertical side view.
【図２】リンク機構を示す側面図。FIG. 2 is a side view showing a link mechanism.
【図３】穀物の流れを示す側面図。FIG. 3 is a side view showing the flow of grains.
【図４】Ａ−Ａ断面平面図。FIG. 4 is a cross-sectional plan view taken along line AA.
【図５】Ａ−Ａ断面側面図。FIG. 5 is a sectional side view taken along line AA.
【図６】公知例図。FIG. 6 is a known example diagram.
１…縦長四角ケース、２…縦回転軸、３…縦軸筒、４…
ベアリング、５…ベアリング、６…下部水平台座、７…
下部支持枠、８…止具、９…上部水平台座、１０…ター
ンバックル、１１…係合片、１２…受動プーリー、１３
…取出円筒、１４…上下調節環体、１５…取出水平円
盤、１６…誘導筒、１７…取出抵抗弁、１８…取出室、
１９…穀物、２０…取出口、２１…バネ、２２…突起、
２３…調節リンク、２４…支軸、２５…ハンドル、２６
…下部回転台座、２７…内側対向面、２８…研削環体、
２９…上部研削環体、３０…押え体、３１…ナット、３
２…上部蓋、３３…リンク杆、３４…リンク杆、３５…
モーター、３６…歯車、３７…軸止、３８…軸止、３９
…最上部水平台座、４０…軸着、４１…軸着、４２…精
白筒、４３…上下仕切壁、４４…糠室、４５…糠吸引
口、４６…吸引筒、４７…供給口、４８…供給シャッタ
ー。1 ... Vertically long square case, 2 ... Vertical rotation axis, 3 ... Vertical axis cylinder, 4 ...
Bearing, 5 ... Bearing, 6 ... Lower horizontal pedestal, 7 ...
Lower support frame, 8 ... Stopper, 9 ... Upper horizontal pedestal, 10 ... Turnbuckle, 11 ... Engaging piece, 12 ... Passive pulley, 13
... Take-out cylinder, 14 ... Vertical adjustment ring, 15 ... Take-out horizontal disk, 16 ... Induction cylinder, 17 ... Take-out resistance valve, 18 ... Take-out chamber,
19 ... Grain, 20 ... Take-out port, 21 ... Spring, 22 ... Protrusion,
23 ... Adjustment link, 24 ... Spindle, 25 ... Handle, 26
... Lower rotation base, 27 ... Inner facing surface, 28 ... Grinding ring,
29 ... Upper grinding ring, 30 ... Presser body, 31 ... Nut, 3
2 ... Upper lid, 33 ... Link rod, 34 ... Link rod, 35 ...
Motor, 36 ... Gear, 37 ... Shaft stop, 38 ... Shaft stop, 39
... Top horizontal pedestal, 40 ... Shaft mounting, 41 ... Shaft mounting, 42 ... White barrel, 43 ... Upper and lower partition walls, 44 ... Bran chamber, 45 ... Bran suction port, 46 ... Suction cylinder, 47 ... Supply port, 48 ... Supply shutter.
【手続補正書】[Procedure amendment]
【提出日】平成７年７月４日[Submission date] July 4, 1995
【手続補正１】[Procedure Amendment 1]
【補正対象書類名】図面[Document name to be amended] Drawing
【補正対象項目名】図２[Correction target item name] Figure 2
【補正方法】変更[Correction method] Change
【補正内容】[Correction contents]
【図２】 [Fig. 2]
【手続補正２】[Procedure amendment 2]
【補正対象書類名】図面[Document name to be amended] Drawing
【補正対象項目名】図３[Correction target item name] Figure 3
【補正方法】変更[Correction method] Change
【補正内容】[Correction contents]
【図３】 [Figure 3]
【手続補正３】[Procedure 3]
【補正対象書類名】図面[Document name to be amended] Drawing
【補正対象項目名】図４[Correction target item name] Fig. 4
【補正方法】変更[Correction method] Change
【補正内容】[Correction contents]
【図４】 FIG. 4
Claims (3)
２を設け、縦回転軸２の下部外側を上下ベアリング４、
５を介して縦軸筒３で包囲し、縦軸筒３の下部に下部水
平台座６を固定し、下部水平台座６をケース１内の内周
に固定した下部支持枠７上に載置して止具８により固定
し、縦軸筒３の上端に上部水平台座９を設け、上部水平
台座９の周囲のケース１の四隅と対応する位置に夫々タ
ーンバックル１０の内端を係止し各ターンバックル１０
の外端はケース１に四隅に設けた係合片１１に係止し、
上部水平台座９上には縦回転軸２を中心とし一部に取出
口２０を設けた取出円筒１３を固定し、取出円筒１３の
上端内周に上下調節環体１４を上下摺動自在に嵌合し、
取出円筒１３の内側の底には縦回転軸２に固定の取出水
平円盤１５を設け、取出水平円盤１５上には誘導筒１６
を設け、誘導筒１６と取出円筒１３の間に取出水平円盤
１５を底とする取出室１８を形成し、誘導筒１６の上部
の前記上下調節環体１４の内側に臨む位置には縦回転軸
２に対して固定で上方程テーパー状に大径の内側対向面
２７を有する下部回転台座２６を設け、下部回転台座２
６の上部には上部程大径のテーパー状研削環体２８群を
３〜４個積載重合し、テーパー状研削環体２８の最上部
には上下同一直径に形成された上部研削環体２９を積載
重合して固定し、上部研削環体２９の上方位置に中央が
供給筒になっていて上下動自在の上部蓋３２を設け、上
部蓋３２には左右一対のリンク杆３３、３４の下端を係
止し、一方のリンク杆３３は右傾斜してモーター３５に
より回転する歯車３６に上端を軸止３７し下端は上部蓋
３２の上面に軸止３８し、他方のリンク杆３４は左傾斜
し上端は縦長四角ケース１に固定の最上部水平台座３９
に軸着４０し下端は上部蓋３２の上面に軸着４１し、上
部蓋３２と上下調節環体１４の間には多孔板で形成され
下方程小径の精白筒４２を固定し、取出円筒１３の上端
に上下仕切壁４３の下端を結合し、上下仕切壁４３の上
端は縦長四角ケース１の内面に結合して糠室４４を形成
し、糠室４４の一部を開口して糠吸引口４５にし、糠吸
引口４５の外側に吸引筒４６を取付けた縦型研削式精米
装置。1. A vertical rotation shaft 2 is provided in the middle of the inside of a vertically long rectangular case 1, and a vertical bearing 4 is provided outside the lower portion of the vertical rotation shaft 2.
5, the lower horizontal pedestal 6 is fixed to the lower part of the vertical axis cylinder 3, and the lower horizontal pedestal 6 is mounted on the lower support frame 7 fixed to the inner circumference of the case 1. And the upper horizontal pedestal 9 is provided at the upper end of the vertical cylinder 3 and the inner ends of the turnbuckles 10 are locked at positions corresponding to the four corners of the case 1 around the upper horizontal pedestal 9, respectively. Turnbuckle 10
The outer ends of the are locked to the engaging pieces 11 provided at the four corners of the case 1,
On the upper horizontal pedestal 9, a take-out cylinder 13 centered on the vertical rotation shaft 2 and provided with a take-out port 20 is fixed, and a vertically adjusting ring body 14 is slidably fitted on the inner circumference of the upper end of the take-out cylinder 13. Together,
A take-out horizontal disk 15 fixed to the vertical rotation shaft 2 is provided on the inner bottom of the take-out cylinder 13, and a guide cylinder 16 is provided on the take-out horizontal disk 15.
Is provided, and a take-out chamber 18 having a take-out horizontal disk 15 as a bottom is formed between the guide cylinder 16 and the take-out cylinder 13, and a vertical rotation shaft is provided at a position above the guide cylinder 16 and facing the inside of the vertical adjustment ring body 14. 2, a lower rotary pedestal 26 having a large-diameter inner facing surface 27 that is tapered upward is provided.
On the upper part of 6, 3 to 4 groups of tapered grinding ring bodies 28 each having a larger diameter are stacked and superposed, and an upper grinding ring body 29 having the same diameter is formed on the uppermost part of the tapered grinding ring body 28. Stacked and fixed by stacking, an upper lid 32 is provided above the upper grinding ring 29, the center of which is a supply cylinder, and is vertically movable. The upper lid 32 has lower ends of a pair of left and right link rods 33, 34. One of the link rods 33 is tilted to the right, and the upper end of the link rod 33 is pivoted 37 to the gear 36 rotated by the motor 35, the lower end is pivoted to the upper surface of the upper lid 38, and the other link rod 34 is tilted to the left. The uppermost horizontal pedestal 39 fixed to the vertically long rectangular case 1 at the upper end
A shaft 40 is attached to the upper lid 32, and a lower end is attached to the upper surface of the upper lid 32. A white polishing tube 42 formed of a perforated plate and having a smaller diameter is fixed between the upper lid 32 and the up-down adjusting ring body 14. The upper end of the upper and lower partition walls 43 is connected to the upper end of the upper and lower partition walls 43, the upper end of the upper and lower partition walls 43 is connected to the inner surface of the vertically long rectangular case 1 to form a bran chamber 44, and a part of the bran chamber 44 is opened to open the bran suction port. No. 45, and a vertical grinding type rice polishing device in which a suction cylinder 46 is attached to the outside of the bran suction port 45.
は上部は大径に下部は小径に漏斗状にした縦型研削式精
米装置。2. The upper and lower partition walls 43 according to claim 1.
Is a vertical grinding type rice milling machine with a large diameter at the top and a small diameter at the bottom.
には誘導筒１６に固定の取出抵抗弁１７を設け、該取出
抵抗弁１７で取出口２０を塞ぎ、取出抵抗弁１７に取出
水平円盤１５の回転で共回りする穀物１９が衝突すると
バネ２１の弾力に抗して誘導筒１６ごと取出抵抗弁１７
を移動させて取出口２０を開くようにした縦型研削式精
米装置。3. The take-out horizontal disk 15 according to claim 1, wherein a take-out resistance valve 17 fixed to the guide cylinder 16 is provided on the take-out horizontal disk 15, the take-out resistance valve 17 closes the take-out port 20, and the take-out resistance valve 17 takes out a horizontal disc. When the grain 19 co-rotating with the rotation of 15 collides, the pull-out resistance valve 17 together with the guide cylinder 16 resists the elasticity of the spring 21.
A vertical grinding type rice polishing device in which the opening 20 is opened by moving the.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP07176573A JP3138185B2 (en) | 1995-06-20 | 1995-06-20 | Vertical grinding rice mill |
| TW085207565U TW301949U (en) | 1995-06-20 | 1996-05-21 | Vertical fine paddy pounder |
| KR1019960018139A KR100357758B1 (en) | 1995-06-20 | 1996-05-28 | Upright type sweetener |
| CN96108786A CN1100620C (en) | 1995-06-20 | 1996-06-19 | Vertical fine paddy pounder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP07176573A JP3138185B2 (en) | 1995-06-20 | 1995-06-20 | Vertical grinding rice mill |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH09952A true JPH09952A (en) | 1997-01-07 |
| JP3138185B2 JP3138185B2 (en) | 2001-02-26 |
Family
ID=16015931
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP07176573A Expired - Fee Related JP3138185B2 (en) | 1995-06-20 | 1995-06-20 | Vertical grinding rice mill |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JP3138185B2 (en) |
| KR (1) | KR100357758B1 (en) |
| CN (1) | CN1100620C (en) |
| TW (1) | TW301949U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4644209A (en) * | 1983-10-15 | 1987-02-17 | Entac Co., Ltd. | Cup-shaped winding and method of fabricating same |
| WO2022246963A1 (en) * | 2021-05-27 | 2022-12-01 | 鄂州市兴方磨具有限公司 | Vertical emery roll rice milling device |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4610254B2 (en) * | 2004-07-29 | 2011-01-12 | 株式会社山本製作所 | Ken rice machine |
| JP2008229558A (en) * | 2007-03-22 | 2008-10-02 | Twinbird Corp | Rice polisher |
| CN102806112B (en) * | 2011-05-31 | 2016-02-03 | 山本电气株式会社 | Milling degree determinator and assay method, pearling mill and stone roller paddy method |
| CN102553667A (en) * | 2011-12-26 | 2012-07-11 | 戴智华 | High-performance energy-saving abrasive belt rice machine |
| CN107715947A (en) * | 2017-09-27 | 2018-02-23 | 安徽省中日农业环保科技有限公司 | A kind of vertical bevel abrasive type rice whitening machine |
| CN109077338A (en) * | 2018-07-26 | 2018-12-25 | 崔永平 | It is a kind of for carrying out the selected collection processing equipment of decladding to pea |
| CN108940407A (en) * | 2018-08-06 | 2018-12-07 | 安徽鑫泉米业有限公司 | A kind of paddy husking equipment of retrofit |
| CN110947443A (en) * | 2019-12-25 | 2020-04-03 | 浙江云粮科技有限公司 | Domestic rice mill |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57209647A (en) * | 1981-06-19 | 1982-12-23 | Yamamoto Soichi | Vertical grinding type cereal cleaning device |
| JPS6186955A (en) * | 1984-10-04 | 1986-05-02 | 山本 惣一 | Load controller in vertical rice refiner |
| JPH0767540B2 (en) * | 1988-03-31 | 1995-07-26 | 株式会社佐竹製作所 | Hard axis friction cutting type grain mill |
| US5048407A (en) * | 1989-11-07 | 1991-09-17 | Salete Garces Felipe | Grain husking and polishing machine |
-
1995
- 1995-06-20 JP JP07176573A patent/JP3138185B2/en not_active Expired - Fee Related
-
1996
- 1996-05-21 TW TW085207565U patent/TW301949U/en unknown
- 1996-05-28 KR KR1019960018139A patent/KR100357758B1/en not_active IP Right Cessation
- 1996-06-19 CN CN96108786A patent/CN1100620C/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4644209A (en) * | 1983-10-15 | 1987-02-17 | Entac Co., Ltd. | Cup-shaped winding and method of fabricating same |
| WO2022246963A1 (en) * | 2021-05-27 | 2022-12-01 | 鄂州市兴方磨具有限公司 | Vertical emery roll rice milling device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1100620C (en) | 2003-02-05 |
| KR970000341A (en) | 1997-01-21 |
| CN1140632A (en) | 1997-01-22 |
| TW301949U (en) | 1997-04-01 |
| KR100357758B1 (en) | 2003-02-19 |
| JP3138185B2 (en) | 2001-02-26 |
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