JPS62132553A - Ressure apparatus in recirculation type rice refining machine - Google Patents
Ressure apparatus in recirculation type rice refining machineInfo
- Publication number
- JPS62132553A JPS62132553A JP27304585A JP27304585A JPS62132553A JP S62132553 A JPS62132553 A JP S62132553A JP 27304585 A JP27304585 A JP 27304585A JP 27304585 A JP27304585 A JP 27304585A JP S62132553 A JPS62132553 A JP S62132553A
- Authority
- JP
- Japan
- Prior art keywords
- control valve
- outflow
- inflow
- grain
- feeding
- 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
Landscapes
- Adjustment And Processing Of Grains (AREA)
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
(産業上の利用分野)
本発明は循環式精米機における加圧装置に係るものであ
る。DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a pressurizing device in a circulating rice mill.
(従来技術)
従来の循環式精米機は、第3図のように、循環タンクE
内に前後方向の貫通孔Fを形成し、貫通孔Fの下部に横
軸送穀螺旋Aを横設し、横軸送穀螺旋Aの下部に除糠筒
Bを設け、横軸送穀螺旋Aの先端の圧力室Cに抵抗弁り
を取付け、矢印のように循環させて除糠しながら循環搗
精を行なえるようにしている(特公昭36−1118号
公報)。(Prior art) As shown in Fig. 3, the conventional circulation type rice milling machine has a circulation tank E.
A through hole F in the front and back direction is formed inside, a horizontal grain feeding spiral A is installed horizontally in the lower part of the through hole F, a bran removing cylinder B is provided in the lower part of the horizontal grain feeding spiral A, and a horizontal grain feeding spiral A is installed horizontally in the lower part of the through hole F. A resistance valve is attached to the pressure chamber C at the tip of A so that the rice can be circulated in the direction of the arrow to remove bran and perform circulation milling (Japanese Patent Publication No. 36-1118).
(発明が解決しようとする問題点)
前記公知のものは、循環して搗精する度合の調節は、単
に抵抗弁りの抵抗によるのみであり、流量の調節はしな
いため、強圧搗精はできなかった。(Problems to be Solved by the Invention) In the above-mentioned known devices, the degree of circulation and ejaculation can be adjusted only by the resistance of the resistance valve, and the flow rate is not adjusted, so that strong pressure ejaculation cannot be performed. .
(問題を解決するための手段)
よって本発明は、循環タンク5内に下方送り送穀螺旋7
と竪軸回転精白ロール4を設け、前配下方送り送穀螺旋
7の外周を送穀筒13で前記竪軸回転精白ロール4の外
周を除糠筒14で包囲し、送穀筒13の一ヒ端部に流入
口15を除糠筒14の下端部に流出口19をそれぞれ形
成し、流出口19より排出したものは循環上昇路18を
上昇して流入口15に流入するようにしたものにおいて
、前記流出口19には流出量を調節する流出量W節介3
4を設け、前記流入口15には流入量を調節する流入量
調節弁44を設け、前記流出量調節弁諷と前記流入量調
節弁44は、流出量調節弁諷が閉じると流入量調節弁4
4は開き流出量調節弁別が開くと流入l調箇弁祠は閉じ
るように連結した循環式精米機における加圧装置とした
ものである(実施例)
本発明の具体的一実施例を図面により説明すると、1は
下方に設けたモーターケースで、床上に載置されるよう
に形成されている。モーターケースエ内にはモーター2
が取付けられている。モーター2の回転軸3は垂直に上
方に向いて突き出しており、回転軸3の外周に縦軸精米
ロール4を形成する。モーターケース1の上部には薄鉄
板で形成された横断面略長四角形状の循環タンク5を一
体的に連設する。前記回転軸3の最上端6は循環タンク
5の上端より低く循環タンク5内に臨んでいる。前記回
転軸3の上端部には下方送り送穀螺旋7を設ける。下方
送り送穀螺旋7は回転軸3に上方から挿入して取付けら
れる。下方送り送穀螺旋7の下方には外周面に突条8を
形成した縦軸精米ロール4を取付ける。縦軸精米ロール
4の下部には小径部10を形成し、小径部10の下部に
大径部11を設け、大径部11の下部に水平円形底板ツ
を設ける。前記下方送り送穀螺旋7の外周には送穀室2
4を、縦軸精米ロール4の外周には精米室9をそれぞれ
形成する。前記下方送り送穀螺旋7の外周は同心状に送
穀筒13で包囲し、縦軸精米ロール4の外周は同心状に
除糠筒14で包囲する。15は回転軸3の最北端6の外
周に形成した流入口、19は小径部10の外周に形成し
た流出口で、穀物は流入口15より流入し、流出口19
より排出する。(Means for Solving the Problem) Therefore, the present invention provides a downward feeding grain spiral 7 in the circulation tank 5.
A vertically rotating whitening roll 4 is provided, and the outer periphery of the front downward feeding grain feeding spiral 7 is surrounded by a grain feeding tube 13. An inlet 15 is formed at the end of the rice bran and an outlet 19 is formed at the lower end of the bran removal cylinder 14, and the material discharged from the outlet 19 ascends the circulation ascending path 18 and flows into the inlet 15. In the outflow port 19, there is an outflow amount W joint 3 for adjusting the outflow amount.
4, and the inflow port 15 is provided with an inflow control valve 44 for adjusting the inflow, and the outflow control valve 44 is connected to the inflow control valve 44 when the outflow control valve 44 is closed. 4
4 is a pressurizing device in a circulating rice mill that is connected so that when the outflow control valve opens, the inflow control valve is closed (Example) A specific example of the present invention is shown in the drawings. To explain, 1 is a motor case provided below and is formed to be placed on the floor. Motor 2 is inside the motor case.
is installed. A rotating shaft 3 of the motor 2 projects vertically upward, and a vertical rice polishing roll 4 is formed around the outer periphery of the rotating shaft 3. A circulation tank 5 formed of a thin iron plate and having a substantially rectangular cross section is integrally connected to the upper part of the motor case 1. The uppermost end 6 of the rotating shaft 3 faces into the circulation tank 5 lower than the upper end of the circulation tank 5. A downward feeding spiral 7 is provided at the upper end of the rotating shaft 3. The downward feeding grain feeding spiral 7 is inserted and attached to the rotating shaft 3 from above. A vertical shaft rice milling roll 4 having protrusions 8 formed on its outer peripheral surface is attached below the downward grain feeding spiral 7. A small diameter part 10 is formed at the bottom of the vertical axis rice milling roll 4, a large diameter part 11 is provided below the small diameter part 10, and a horizontal circular bottom plate is provided at the bottom of the large diameter part 11. A grain feeding chamber 2 is provided on the outer periphery of the downward feeding grain feeding spiral 7.
4, and a rice polishing chamber 9 is formed on the outer periphery of the vertical axis rice polishing roll 4, respectively. The outer periphery of the downward feeding grain feeding spiral 7 is concentrically surrounded by a grain feeding cylinder 13, and the outer periphery of the vertical axis rice milling roll 4 is concentrically surrounded by a bran removing cylinder 14. 15 is an inlet formed on the outer periphery of the northernmost end 6 of the rotating shaft 3, and 19 is an outlet formed on the outer periphery of the small diameter portion 10. Grain flows in through the inlet 15, and the grain flows through the outlet 19.
Emit more.
面記除糠筒14の外側には貫通孔16を形成し、その外
側に内壁17を設け、前記貫通孔16は、第1図のよう
に縦断正面図においては1貫通孔16の外側に循環り昇
路18をそれぞれ形成するように設けられ、従って、内
壁17の下端は、除糠筒14の下端と略同程度であって
除糠筒14の下端に連結され、流出口19より落下した
穀物が水平円形底板12上で受は止められ、後続穀物に
押されて循環上昇路18を上昇するようになる。前記貫
通孔16はその縦断側面図において、第2図のように循
環タンク5の外壁まで達していて、着脱自在の蓋26が
されポル)27で締着られている。前記蓋昂を外すと、
除糠筒14の結合部が外側より見えるようになり、僅か
に手を挿入すると、除糠筒14と除糠筒14を結合した
ポルトδを弛めることができ、除糠筒14を着脱できる
。A through hole 16 is formed on the outside of the rice bran removing cylinder 14, and an inner wall 17 is provided on the outside of the through hole 16, and the through hole 16 has a circular structure outside one through hole 16 in a longitudinal sectional front view as shown in FIG. Therefore, the lower end of the inner wall 17 is approximately the same as the lower end of the bran removing cylinder 14 and is connected to the lower end of the bran removing cylinder 14, and the lower end of the inner wall 17 is connected to the lower end of the bran removing cylinder 14, and the lower end of the inner wall 17 is connected to the lower end of the bran removing cylinder 14. The grains are stopped on the horizontal circular bottom plate 12, and are pushed by the following grains to ascend the circulation ascending path 18. In a longitudinal side view, the through hole 16 reaches the outer wall of the circulation tank 5, as shown in FIG. When the lid is removed,
The joint part of the bran removing cylinder 14 becomes visible from the outside, and by slightly inserting the hand, the port δ connecting the bran removing cylinder 14 and the bran removing cylinder 14 can be loosened, and the bran removing cylinder 14 can be attached and detached.
なお、20は吸引ファン、21は除糠室、ηは排出樋、
23は排出弁、24は送穀室である。In addition, 20 is a suction fan, 21 is a bran removal chamber, η is a discharge gutter,
23 is a discharge valve, and 24 is a grain feeding room.
しかして、前記流出口19には遼出量流出量調節弁Uを
軸郭により軸支し、流出量調節弁Uの腕杆ηにはロッド
31の下端を軸Iで軸止し、腕杆叩には突棒冗を取付け
てこれに分銅器を取付ける。ロッド31の上端には螺杵
あを固定し、螺杵35の上部に螺杵gを設け、螺杵茸は
ロッド38の下端に固定し、螺杵あと螺杵πの間にター
ンバックル北を螺合させる。ロッド羽の上端には軸39
で回動杆41の外端を軸止し、回動杆41は軸40で固
定部材に軸止し、回動杆41の他端に軸43で流入量調
節弁Iを軸止する。流入量調節弁44は垂直棒45に摺
動自在に軸支されている。The outflow port 19 has an outflow control valve U supported by a shaft, and the arm rod η of the outflow control valve U has the lower end of a rod 31 fixed to the shaft I. For tapping, attach a protruding rod and attach a weight to it. A screw punch is fixed to the upper end of the rod 31, a screw punch g is installed on the top of the screw punch 35, a screw punch is fixed to the lower end of the rod 38, and the turnbuckle north is fixed between the screw punch and the screw punch π. Screw together. At the upper end of the rod feather is a shaft 39.
The outer end of the rotating rod 41 is fixed to a fixed member by a shaft 40, and the inflow control valve I is fixed to the other end of the rotating rod 41 by a shaft 43. The inflow control valve 44 is slidably supported on a vertical rod 45 .
(作用) 次に作用を述べる。(effect) Next, we will discuss the effect.
循環タンク5に玄米を投入し、モーター2に通電して縦
軸精米ロール4および下方送り送穀螺旋7を回転させる
と、循環タンク5内の穀物は流入口15より流入して下
方送り送穀螺旋7の回転により下方に送られる。そして
精米室9内に流入し、流出口19より下方に流出して循
環室18内を上昇し、再び流入口15より流入する循環
を繰返すが、この場合、どの点が最も圧力が高くなるか
というと、流出口19が精米室9より狭く形成されてい
るから、精米室9内が最も圧力が高くなる。即ち、精米
室9内において、最大に除糠され、除糠されたものは除
糠筒14の目をくぐって貫通孔16内に流出し、吸引フ
ァン20より吸引されて除糠室21内に貯留されるので
あるしかして、分ti429を突棒nの外端側に移動さ
せると、突棒28は下動し、流出量調節弁Uは丘動して
流出口19からの落下量を少なくする。これにつれて、
ロッド31、螺杵あ、ターンバックル36、螺杵π、ロ
ッド38は下動し、回動杆41を軸40を中心に回動さ
せ、流入量調節弁44を引き上げる。したがって、流入
口15は開き、大量の穀物を24内と精米室9内に送り
込んで強圧大量に搗精する0分銅四を内端に寄せたとき
は、上記の逆である。When brown rice is put into the circulation tank 5 and the motor 2 is energized to rotate the vertical axis rice milling roll 4 and the downward feeding grain spiral 7, the grains in the circulation tank 5 flow through the inlet 15 and are downwardly fed. The rotation of the spiral 7 sends it downward. The rice then flows into the rice polishing chamber 9, flows downward through the outflow port 19, rises within the circulation chamber 18, and then flows in through the inflow port 15 again, repeating the cycle. In this case, at which point is the pressure highest? Since the outlet 19 is formed narrower than the rice polishing chamber 9, the pressure inside the rice polishing chamber 9 is highest. That is, in the rice polishing chamber 9, the bran is removed to the maximum extent, and the removed rice passes through the holes of the bran removal tube 14, flows into the through hole 16, is sucked by the suction fan 20, and enters the bran removal chamber 21. Therefore, when the minute ti 429 is moved to the outer end side of the protrusion rod n, the protrusion rod 28 moves downward, and the outflow amount regulating valve U moves upward to reduce the amount of water falling from the outflow port 19. do. Along with this,
The rod 31, the screw punch A, the turnbuckle 36, the screw punch π, and the rod 38 move downward, rotate the rotary rod 41 around the shaft 40, and pull up the inflow amount control valve 44. Therefore, when the inlet 15 is opened and the weight 4, which feeds a large amount of grain into the inside 24 and into the rice milling chamber 9 and mills a large amount under high pressure, is brought to the inner end, the above is reversed.
しかして、搗精が進むと、除糠筒14は摩耗するから交
換しなくてはならなくなる。そのときは、ボルト27を
弛めると、蓋26が外れ、M2Oを外すと、ボルト25
が露出するので、ポル)25を外し、除糠筒14を取外
して新規な除糠筒14と交換するのである。However, as the polishing progresses, the bran removing cylinder 14 wears out and must be replaced. In that case, loosen the bolt 27, the lid 26 will come off, and remove the M2O, the bolt 25 will come off.
25 is exposed, the bran removing cylinder 14 is removed, and the bran removing cylinder 14 is replaced with a new one.
(効果)
前記したように、従来の循環式精米機は、第3図のよう
に、循環タンクE内に前後方向の貫通孔Fを形成し、貫
通孔Fの下部に横軸送穀螺旋Aを横設し、横軸送穀螺旋
Aの下部に除糠筒Bを設け、横軸送穀螺旋Aの先端の圧
力室Cに抵抗弁りを取付け、矢印のように循環させて除
糠しながら循環搗精を行なえるようにしている(#公開
36−1118号公報)。しかし、前記公知のものは、
循環して搗精する度合の調節は、単に抵抗弁りの抵抗に
よるのみであり、流量の調丘はしないため、強圧搗精は
できなかった。(Effects) As described above, the conventional circulation rice mill has a through hole F in the front and back direction in the circulation tank E, and a horizontal grain feeding spiral A in the lower part of the through hole F, as shown in FIG. is installed horizontally, a bran removing cylinder B is installed at the bottom of the horizontal grain feeding spiral A, a resistance valve is attached to the pressure chamber C at the tip of the horizontal grain feeding spiral A, and the rice is circulated as shown by the arrow to remove the bran. While doing so, it is possible to perform circulatory ejaculation (#Publication No. 36-1118). However, the known ones are
The degree of circulation and pumping can only be adjusted by the resistance of the resistance valve, and the flow rate is not adjusted, so strong pressure pumping is not possible.
しかるに本発明は、循環タンク5内に下方送り送穀螺旋
7と竪軸回転精白ロール4を設け、前記下方送り送穀螺
旋7の外周を送穀筒13で前記竪軸回転精白ロール4の
外周を除糠筒14で包囲し、送穀筒13の上端部に流入
口15を除糠筒14の下端部に流出口19をそれぞれ形
成し、流出口19より排出したものは循環上昇路18を
上昇して流入口15に流入するようにしたものにおいて
、前記流出口19には流出量を調節する流出量調節弁3
4を設け、前記流入口15には流入量を調節する流入量
調節弁44を設け、前記流出量調節弁諷と前記流入量調
節弁44は、流出量調節弁諷が閉じると流入量調節弁4
4は開き流出量調節弁諷が開くと流入量調節弁44は閉
じるように連結した循環式精米機における加圧装置とし
たものであるから、流出量調節弁Uの調節のみで、強圧
搗精と弱圧搗精の両方を自由にできる効果があるHowever, in the present invention, a downward feeding grain spiral 7 and a vertically rotating milling roll 4 are provided in the circulation tank 5, and the outer periphery of the downward feeding grain spiral 7 is connected to the outer periphery of the vertically rotating milling roll 4 by a grain feeding cylinder 13. is surrounded by a bran removing cylinder 14, an inlet 15 is formed at the upper end of the grain feeding cylinder 13, and an outlet 19 is formed at the lower end of the bran removing cylinder 14, and the material discharged from the outlet 19 is passed through the circulation ascending path 18. In the case where the flow rises and flows into the inflow port 15, the outflow port 19 is provided with an outflow amount regulating valve 3 for adjusting the outflow amount.
4, and the inflow port 15 is provided with an inflow control valve 44 for adjusting the inflow, and the outflow control valve 44 is connected to the inflow control valve 44 when the outflow control valve 44 is closed. 4
4 is a pressurizing device in a circulating rice mill that is connected so that when the outflow control valve 44 opens, the inflow control valve 44 closes. Therefore, only by adjusting the outflow control valve U, high-pressure milling can be achieved. It has the effect of freeing both gentle pressure and ejaculation.
第1図は本発明の縦断正面図5第2図は本発明の縦断側
面図、第3図は公知側面である。
符号の説明
1・・・モーターケース、2・・・モーター、3・・・
回転軸、4・・・縦軸精米ロール、5・・・循環タンク
、6・・・最上端、7・・・下方送り送穀螺旋、8・・
・突条、9・・・精米室、10・・・小径部、11・・
・大径部、配・・・水平円形底板、13・・・送殻筒、
14・・・除糠筒、15・・・流入口、16・・・貫通
孔16.17・・・内壁17.18川循環上昇路18、
!9・・・流出口、2o・・・吸引ファン、2!・・・
除糠室、n・・・排出樋、乙・・・排出弁、24・・・
送穀室、25・・・ボルト、3・・・蓋、n・・・ボル
ト、冗・・・突棒29・・・分銅、(資)・・・軸、3
1・・・ロッド、歌・・・腕杆、お・・・軸、U・・・
流出量調節弁、あ・・・螺杵、3B・・・ターンバック
ル、37・・・螺杵、羽・・・ロッド、39・・・軸、
40・・・軸、41・・・回動杆、43・・・軸、祠・
・・流入量調節弁、45・・・垂直棒。
手続補正書(鹸)
昭和61年゛1月9日
1、事件の表示
昭和60年 特許願 第273045号3、補正をす
る者
事件との関係 特許出願人
住 所 山形県天童市大字天童甲813番地の17名
称 株式会社 山水製作所
代表者 山 本 惣 −
4、代理人
(1)図面(第1図〜第3図)を補正する。
第1図
第2図FIG. 1 is a longitudinal sectional front view of the present invention, FIG. 2 is a longitudinal sectional side view of the invention, and FIG. 3 is a known side view. Explanation of symbols 1...Motor case, 2...Motor, 3...
Rotating shaft, 4... Vertical axis rice milling roll, 5... Circulation tank, 6... Top end, 7... Downward feeding grain feeding spiral, 8...
・Protrusion, 9...Rice polishing room, 10...Small diameter part, 11...
・Large diameter part, arrangement...horizontal circular bottom plate, 13...shell tube,
14... Bran removal tube, 15... Inlet, 16... Through hole 16.17... Inner wall 17.18 River circulation ascending path 18,
! 9... Outlet, 2o... Suction fan, 2! ...
Bran removal room, n...discharge gutter, Otsu...discharge valve, 24...
Grain feeding room, 25...Bolt, 3...Lid, n...Bolt, Redundant...Protrusion bar 29...Weight, (material)...Shaft, 3
1...Rod, Song...Armbar, O...Axle, U...
Outflow control valve, A...screw pestle, 3B...turnbuckle, 37...screw pestle, vane...rod, 39...shaft,
40...shaft, 41...rotating rod, 43...shaft, shrine/
...Inflow control valve, 45...vertical rod. Procedural amendment (ken) January 9, 1985 1, Indication of the case 1985 Patent application No. 273045 3, Relationship with the person making the amendment Patent applicant address 813 Tendo Ko, Tendo City, Yamagata Prefecture 17 people at the address
Name Sansui Seisakusho Co., Ltd. Representative So Yamamoto - 4, Agent (1) Amend the drawings (Figures 1 to 3). Figure 1 Figure 2
Claims (1)
ール4を設け、前記下方送り送穀螺旋7の外周を送穀筒
13で前記竪軸回転精白ロール4の外周を除糠筒14で
包囲し、送穀筒13の上端部に流入口15を除糠筒14
の下端部に流出口19をそれぞれ形成し、流出口19よ
り排出したものは循環上昇路18を上昇して流入口15
に流入するようにしたものにおいて、前記流出口19に
は流出量を調節する流出量調節弁34を設け、前記流入
口15には流入量を調節する流入量調節弁44を設け、
前記流出量調節弁34と前記流入量調節弁44は、流出
量調節弁34が閉じると流入量調節弁44は開き流出量
調節弁34が開くと流入量調節弁44は閉じるように連
結した循環式精米機における加圧装置。A downward feeding grain spiral 7 and a vertically rotating whitening roll 4 are provided in the circulation tank 5, and the outer periphery of the downward feeding grain feeding spiral 7 is covered with a grain feeding cylinder 13, and the outer periphery of the vertically rotating whitening roll 4 is covered with a bran removing cylinder 14. The inlet 15 is connected to the upper end of the grain feeding tube 13 by the bran removal tube 14.
Outflow ports 19 are formed at the lower ends, and the material discharged from the outflow ports 19 ascends the circulation ascending path 18 and reaches the inflow port 15.
The outflow port 19 is provided with an outflow control valve 34 for adjusting the outflow amount, the inflow port 15 is provided with an inflow control valve 44 for adjusting the inflow amount,
The outflow control valve 34 and the inflow control valve 44 are connected to each other so that when the outflow control valve 34 closes, the inflow control valve 44 opens and when the outflow control valve 34 opens, the inflow control valve 44 closes. Pressurizing device in rice milling machine.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP27304585A JPS62132553A (en) | 1985-12-04 | 1985-12-04 | Ressure apparatus in recirculation type rice refining machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP27304585A JPS62132553A (en) | 1985-12-04 | 1985-12-04 | Ressure apparatus in recirculation type rice refining machine |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS62132553A true JPS62132553A (en) | 1987-06-15 |
JPH0255105B2 JPH0255105B2 (en) | 1990-11-26 |
Family
ID=17522394
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP27304585A Granted JPS62132553A (en) | 1985-12-04 | 1985-12-04 | Ressure apparatus in recirculation type rice refining machine |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS62132553A (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US5473400A (en) * | 1991-02-19 | 1995-12-05 | Minnesota Mining And Manufacturing Company | Resealable film cartridge for a laser imager |
-
1985
- 1985-12-04 JP JP27304585A patent/JPS62132553A/en active Granted
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US5473400A (en) * | 1991-02-19 | 1995-12-05 | Minnesota Mining And Manufacturing Company | Resealable film cartridge for a laser imager |
Also Published As
Publication number | Publication date |
---|---|
JPH0255105B2 (en) | 1990-11-26 |
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