JPH05184953A - Grain washing apparatus - Google Patents
Grain washing apparatusInfo
- Publication number
- JPH05184953A JPH05184953A JP177492A JP177492A JPH05184953A JP H05184953 A JPH05184953 A JP H05184953A JP 177492 A JP177492 A JP 177492A JP 177492 A JP177492 A JP 177492A JP H05184953 A JPH05184953 A JP H05184953A
- Authority
- JP
- Japan
- Prior art keywords
- water
- rice
- washing
- channel
- valve
- 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.)
- Pending
Links
Landscapes
- Food-Manufacturing Devices (AREA)
- Adjustment And Processing Of Grains (AREA)
Abstract
Description
【0001】[0001]
【産業上の利用分野】この発明は、穀類、例えば米を洗
浄する穀類洗浄装置に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a grain cleaning apparatus for washing grains such as rice.
【0002】[0002]
【従来の技術】洗浄タンクの上部にオーバーフロー口を
設け、またジャケットの水路を水平状に設けている。2. Description of the Related Art An overflow port is provided in the upper part of a washing tank, and a water channel of a jacket is horizontally provided.
【0003】[0003]
【この発明が解決しようとする問題点】しかしながら、
単にオーバーフロー口を設けているのみでは、洗浄羽根
の回転に関連して発生する水流による異物の排出が十分
でない。また、汚水がジャケットに滞留し易く衛生上に
問題がある。[Problems to be Solved by the Invention] However,
Merely providing the overflow port is not sufficient to discharge foreign matter due to the water flow generated in association with the rotation of the cleaning blade. In addition, dirty water is likely to stay in the jacket, which is a sanitary problem.
【0004】[0004]
【問題点を解決するための手段】この発明は、穀類の洗
浄時に発生する汚水や異物を排出し易くする穀類洗浄装
置を提供するものであって、つぎの技術的手段を講じ
た。すなわち、内部に回転可能の洗浄羽根1を有する洗
浄タンク2の上部にオーバーフロー口3を設け、該洗浄
タンク2には上下方向においてオーバーフロー口3にの
ぞむ延出部4を設けてなる穀類洗浄装置とし、また洗浄
タンク2と連通する米通路5と水路6とを内外に設けた
ジャケット7を洗浄タンク2の下端部に取り付け、該水
路6に傾斜部を設けてなる穀類洗浄装置とし、給水手段
を水路に連通してなる請求項2記載の穀類洗浄装置とし
た。The present invention provides a grain cleaning device for facilitating discharge of sewage and foreign matter generated during grain cleaning, and has taken the following technical means. That is, a grain cleaning device is provided in which an overflow port 3 is provided in the upper part of a cleaning tank 2 having a rotatable cleaning blade 1 inside, and the cleaning tank 2 is provided with an extending portion 4 looking into the overflow port 3 in the vertical direction. Also, a rice washing path 2 communicating with the washing tank 2 and a water channel 6 are provided inside and outside to attach a jacket 7 to the lower end portion of the washing tank 2 to form a grain washing device having an inclined portion in the water channel 6, and a water supply means is provided. The grain cleaning device according to claim 2, which is connected to the water channel.
【0005】[0005]
【作用】洗浄タンク内で洗浄羽根1が回転して水流を起
こすと共に穀類を洗浄する。そして、オーバーフロー口
3の延出部4以上の水位に達した水はオーバーフロー口
3からオーバーフローするが、この時異物もオーバーフ
ローする。また、ジャケット7の米通路5から水路6に
入った水は傾斜部によって一方に案内される。Operation: The cleaning blade 1 rotates in the cleaning tank to generate a water flow and clean the grains. Then, the water that has reached the water level above the extension portion 4 of the overflow port 3 overflows from the overflow port 3, but at this time, foreign matter also overflows. Further, the water that has entered the water passage 6 from the rice passage 5 of the jacket 7 is guided to one side by the inclined portion.
【0006】[0006]
【効果】オーバーフロー口3にのぞむ延出部4を設けて
いるので、水の流れが速くなり浮遊しているゴミ等の異
物の排出を容易にする。そして、水路6を傾斜している
ので排水が容易になる。従って、穀類の洗浄性能を向上
出来る。[Effect] Since the extension portion 4 looking into the overflow port 3 is provided, the flow of water becomes faster, facilitating the discharge of floating foreign matter such as dust. And since the water channel 6 is inclined, drainage becomes easy. Therefore, the grain cleaning performance can be improved.
【0007】[0007]
【実施例】以下、この発明の実施例を図面に基づいて説
明する。まず、その構成について説明すると、穀類処理
装置8は枠組構成したフレーム9と、上下に配設し且つ
計量ロール(図示せず)を介して連通可能に設けた貯米
庫10及び穀類洗浄装置11と、該穀類洗浄装置11の
下方で左右並設した炊飯装置12等を備えている。な
お、該貯米庫10と穀類洗浄装置11とを一体に構成し
て移動手段(図示せず)でもって左右方向に移動可能に
設け前記炊飯装置上に交互に移動し得る構成としてい
る。Embodiments of the present invention will be described below with reference to the drawings. First, the configuration thereof will be described. The grain processing device 8 is provided with a frame 9 having a frame structure, and a rice storage 10 and a grain cleaning device 11 which are arranged above and below and can communicate with each other via a weighing roll (not shown). And a rice cooker 12 arranged side by side below the grain cleaning device 11. The rice storage 10 and the grain cleaning device 11 are integrally configured so as to be movable in the left and right directions by a moving means (not shown) so that they can be alternately moved on the rice cooking device.
【0008】そして、該穀類洗浄装置11は駆動手段
(例えばモータ等)で回転可能に設けた中空軸の外周面
に取り付けている洗浄羽根1を内部に有し下部を先細に
形成した中空状の円筒の洗浄タンク2を備えている。そ
して、該洗浄タンク2の上部一側にオーバーフロー口3
を設けると共に上下方向においてオーバーフロー口3に
のぞむ延出部4を設けている。また、断面の上縁がオー
バーフロー口3の上縁よりも上側に位置し且つ下縁がオ
ーバーフロー口3の下縁よりも下側に位置し適宜広幅の
弾性体(実施例ではゴム板)13を前記洗浄羽根1に取
り付けた取付板14に取付具15で着脱自在に取り付け
ている。そして、該洗浄タンク2の後側には上端部をオ
ーバーフロー口3に連通し下端部を排出箱16に連通し
ているオーバーフロー管17を設けている。The grain cleaning device 11 has a hollow blade having a cleaning blade 1 attached to the outer peripheral surface of a hollow shaft rotatably provided by a driving means (for example, a motor) and having a tapered lower portion. It has a cylindrical cleaning tank 2. Then, an overflow port 3 is provided on one side of the upper portion of the cleaning tank 2.
In addition to the above, an extension portion 4 is provided in the up-down direction, which extends into the overflow port 3. Further, the upper edge of the cross section is located above the upper edge of the overflow port 3 and the lower edge is located below the lower edge of the overflow port 3, and a wide elastic body (a rubber plate in the embodiment) 13 is appropriately provided. It is detachably attached to the attachment plate 14 attached to the cleaning blade 1 with an attachment 15. On the rear side of the washing tank 2, an overflow pipe 17 is provided, the upper end of which communicates with the overflow port 3 and the lower end of which communicates with the discharge box 16.
【0009】そして、該洗浄タンク2の下端部に、小孔
を多数有し円筒状に形成した網18を設けて洗浄タンク
2と連通する米通路5及び網18を挾んで米通路5と連
通する水路6を内外に設けたジャケット7を取り付けて
いる。なお、該ジャケット7は洗浄タンク2に取り付け
た上蓋19と、この上蓋19に着脱自在に設け且つ後側
に水路6と連通する排水路20を設け中央部に米通路5
に連通する孔を有する中間体21と、中央部に米通路5
及び孔に連通する孔を有する下蓋22等を備えている。
また、該中間体21には水路6を介して前記排水路20
と連通し且つ小径の水加減水路23をこの排水路20に
所定間隔置いて並設している。そして、該水加減水路2
3は中間体21及び上蓋20に各々設けた通路24を介
して途中部に設けた電磁弁(図示せず)と連通する下側
給水管25に連通している。なお、下蓋22の上面は前
部よりも後部を下側に位置するべく傾斜させている。At the lower end of the washing tank 2, a mesh 18 having a large number of small holes and formed in a cylindrical shape is provided, and the rice passage 5 communicating with the washing tank 2 and the rice passage 5 sandwiching the mesh 18 are communicated. A jacket 7 having water channels 6 inside and outside is attached. The jacket 7 is provided with an upper lid 19 attached to the washing tank 2 and a drainage passage 20 which is detachably provided on the upper lid 19 and communicates with the water passage 6 on the rear side.
Intermediate body 21 having a hole communicating with the rice passage 5 at the center.
And a lower lid 22 having a hole communicating with the hole.
In addition, the drain 21 is connected to the intermediate body 21 via the water channel 6.
A small-diameter water control channel 23 communicating with and having a small diameter is arranged in parallel with the drain channel 20 at a predetermined interval. And the water control channel 2
3 communicates with a lower water supply pipe 25 that communicates with a solenoid valve (not shown) provided in the middle of the intermediate body 21 and a passage 24 provided in the upper lid 20. The upper surface of the lower lid 22 is inclined so that the rear portion is located below the front portion.
【0010】また、ジャケット7の中央下端部には、例
えばモータやソレノイド等の上下動手段で上下方向に移
動可能に設け且つ洗浄羽根1の中空軸内に位置した上下
動軸26の下端部に着脱自在に取り付けている弾性体
(例えば、ゴム)の排水弁27を設けている。従って、
該上下動軸26が所定位置まで上動した時には排米弁2
7は米通路5を閉じ、下側に移動した時には排米弁27
は米通路5を開放する。Further, the lower end of the center of the jacket 7 is provided at the lower end of a vertical moving shaft 26 which is provided vertically movable by vertical moving means such as a motor or a solenoid and which is located inside the hollow shaft of the cleaning blade 1. An elastic body (for example, rubber) drain valve 27 that is detachably attached is provided. Therefore,
When the vertical shaft 26 moves up to a predetermined position, the rice discharging valve 2
No. 7 closes the rice passage 5, and when it moves to the lower side, the rice discharge valve 27
Opens the rice passage 5.
【0011】排水箱16は洗浄タンク2の後側空間部に
位置し且つジャケット7に着脱自在に取り付けており前
記排水路20及び水加減水路23に連通可能に設けてい
ると共にこの両水路20,23を開閉する排水用弁2
8,29を備えている。そして、該排水用弁28,29
の駆動手段は、先端部をこの排水用弁28,29に着脱
自在に取り付けると共に軸芯を前後方向に有する弁軸3
0,31と、この弁軸30,31の後端に取り付けた当
板32,33に当接するリンク34,35と、下端部を
リンク34,35に枢着し上端部をソレノイド36,3
7に取り付けている縦軸38,39等で構成している。
40と41は当板32,33と弁軸30,31を摺動案
内する弁軸受体42,43との間に設けたバネである。
44は排水箱16の後端部下面に連通している排水管で
ある。なお、該両ソレノイド36,37は貯米庫10と
穀類洗浄装置11とを取り付けている天板47に設けた
ソレノイド取付板45,46に着脱自在に取り付けてい
る。The drainage box 16 is located in the rear space of the cleaning tank 2 and is detachably attached to the jacket 7, is provided so as to be able to communicate with the drainage channel 20 and the water control channel 23, and both the water channels 20, Drain valve 2 for opening and closing 23
It is equipped with 8,29. Then, the drain valves 28, 29
The drive means for the valve shaft 3 has a tip end detachably attached to the drainage valves 28, 29 and has a shaft core in the front-rear direction.
0 and 31, links 34 and 35 that abut against the contact plates 32 and 33 attached to the rear ends of the valve shafts 30 and 31, lower ends pivotally attached to the links 34 and 35, and upper ends solenoids 36 and 3.
The vertical axis 38, 39, etc. attached to the No. 7 is used.
Reference numerals 40 and 41 are springs provided between the contact plates 32, 33 and the valve bearing bodies 42, 43 for slidingly guiding the valve shafts 30, 31.
A drain pipe 44 communicates with the lower surface of the rear end of the drain box 16. The solenoids 36 and 37 are detachably attached to solenoid attachment plates 45 and 46 provided on a top plate 47 to which the rice storage 10 and the grain cleaning device 11 are attached.
【0012】48は洗浄タンク2の上部に設けた水量満
杯センサ、49は洗浄タンクの前壁に開閉自在に設けた
蓋、50は貯米庫10の前壁に開閉可能に設けた操作パ
ネルである。なお、図示していないが、洗浄タンク2に
のぞんで天板47に複数個のノズルを設けており、そし
てこの各ノズルを電磁弁を介して給水源と連通可能に設
けている上側給水管に接続している。該各電磁弁、各駆
動源、ソレノイド36,37等はあらかじめ設定された
プログラムによりマイクロコンピュータで制御する構成
としている。Reference numeral 48 is a water full sensor provided on the top of the washing tank 2, 49 is a lid provided on the front wall of the washing tank so as to be openable and closable, and 50 is an operation panel provided on the front wall of the rice storage 10 so as to be openable and closable. is there. Although not shown, a plurality of nozzles are provided on the top plate 47 except for the cleaning tank 2, and each nozzle is connected to an upper water supply pipe which is provided so as to be able to communicate with a water supply source via an electromagnetic valve. Connected. The electromagnetic valves, the drive sources, the solenoids 36, 37, etc. are controlled by a microcomputer according to a preset program.
【0013】つぎに、その作用について説明する。ま
ず、操作パネル50の作業スイッチを「ON」にする
と、貯米庫10の米は所定量づつ洗浄タンク11に供給
され、所定量に達するとこの供給を停止する。そして、
電磁弁「開」により上側給水管を通ってきた水は各ノズ
ルから洗浄タンク内に噴出されると共に洗浄羽根1も回
転して洗浄作業を開始する。この場合、弾性羽根13も
同方向に回転して水流を生じさせるが、延出部4がある
ので水の流速を高めるので、水が増えてオーバーフロー
するときに異物がオーバーフロー口3から排出し易くす
る。この時ソレノイド36は非励磁状態にあるので、排
水用弁28は開いている。従って、洗浄作業時に発生す
る汚水は洗浄タンク2からジャケット7の網18を通っ
て水路6に入り、その後排水路20を通って排水箱16
に入り排水管44をへて所定の場所に排出される。そし
て、所定時間経過すると電磁弁を閉じて給水を停止し、
つづいていわゆる空とぎ(研米)作業を所定時間(20
〜30秒)行う。Next, its operation will be described. First, when the work switch of the operation panel 50 is turned “ON”, the rice in the rice storage 10 is supplied to the cleaning tank 11 by a predetermined amount, and when the predetermined amount is reached, the supply is stopped. And
The water that has passed through the upper water supply pipe by the electromagnetic valve "open" is jetted from each nozzle into the cleaning tank and the cleaning blade 1 also rotates to start the cleaning operation. In this case, the elastic blades 13 also rotate in the same direction to generate a water flow, but since the extending portion 4 increases the flow velocity of the water, foreign matter is easily discharged from the overflow port 3 when the water increases and overflows. To do. At this time, since the solenoid 36 is in the non-excited state, the drain valve 28 is open. Therefore, the sewage generated during the cleaning operation enters the water channel 6 from the cleaning tank 2 through the net 18 of the jacket 7 and then through the drainage channel 20.
The water enters the drainage pipe 44 and is discharged to a predetermined place. Then, after a lapse of a predetermined time, the solenoid valve is closed to stop water supply,
Next, the so-called sky cutting (polishing) work is performed for a predetermined time (20
~ ~ 30 seconds).
【0014】つぎに、電磁弁を開いて洗浄タンク内に給
水し洗米作業を続けるが、この作業時に発生する汚水も
排水管44を通って所定の場所に排出される。このと
き、水路6の底面は排水路側を低くした傾斜面に形成し
ているので、汚水が水路6に滞留するのを防止できる。
以上の作業を数回繰り返してからソレノイド36を励磁
する。すると、縦軸38は上側に移動してリンク34を
回動するのでリンク34はバネ40の力に抗して当板3
2を押して弁軸30を前側に移動する。従って、排水用
弁28もそれと同方向に移動して排水路20を閉じる。Next, the solenoid valve is opened and water is supplied into the washing tank to continue the rice washing operation. The waste water generated during this operation is also discharged to a predetermined place through the drainage pipe 44. At this time, since the bottom surface of the water channel 6 is formed as an inclined surface with the drainage channel side lowered, it is possible to prevent sewage from staying in the water channel 6.
The solenoid 36 is excited after the above work is repeated several times. Then, the vertical axis 38 moves upward to rotate the link 34, so that the link 34 resists the force of the spring 40 and the contact plate 3 is rotated.
Press 2 to move the valve shaft 30 forward. Therefore, the drainage valve 28 also moves in the same direction and closes the drainage channel 20.
【0015】また、電磁弁を開くと水は下側給水管から
通路24を通って水路6に入るので洗浄タンク内には上
側給水管からの給水とあいまって貯留される。そして、
水位が延出部4の上縁よりも高くなるとオーバーフロー
口3からオーバーフロー管17に入るが、この時洗浄羽
根1の回転作用と下側給水によってゴミ等の異物が浮上
し易い。そして、この浮上した異物は周速の高い弾性体
13によって流速を高められた水流にのってオーバーフ
ロー口3からオーバーフロー管17に排出されるので洗
浄効果を高めることが出来る。なお、オーバーフロー管
17を通ってきた異物及び水は排水箱16から排水管4
4に入り所定の場所に排水される。Further, when the solenoid valve is opened, water enters the water channel 6 from the lower water supply pipe through the passage 24, so that water is stored in the cleaning tank together with the water supply from the upper water supply pipe. And
When the water level becomes higher than the upper edge of the extending portion 4, the overflow pipe 17 enters the overflow pipe 17. At this time, foreign matter such as dust easily floats due to the rotating action of the cleaning blade 1 and the lower water supply. The floating foreign matter is discharged from the overflow port 3 to the overflow pipe 17 along with the water flow whose flow velocity is increased by the elastic body 13 having a high peripheral speed, so that the cleaning effect can be enhanced. In addition, the foreign matter and water that have passed through the overflow pipe 17 are discharged from the drain box 16 to the drain pipe 4
It enters 4 and is drained to a predetermined place.
【0016】所定時間経過すると両電磁弁を閉じ、洗浄
羽根1の回転を停止すると共にソレノイド36の励磁を
解除する。すると、排水用弁28はバネ40の力によっ
て後側に移動して排水路20を開放するので、洗浄タン
ク内の水は網18を通って水路6に入り排水路20、排
水箱16を通って排水管44に流れて所定の場所に排出
される。この排出は水路5の下面を排水路側を低くして
傾斜しているので水の滞留を防止できる。After a lapse of a predetermined time, both electromagnetic valves are closed, the rotation of the cleaning blade 1 is stopped, and the excitation of the solenoid 36 is released. Then, the drain valve 28 is moved to the rear side by the force of the spring 40 to open the drainage channel 20, so that the water in the cleaning tank passes through the mesh 18 into the drainage channel 6 and the drainage channel 20 and the drainage box 16. And flows to the drainage pipe 44 to be discharged to a predetermined place. This discharge can prevent water from staying because the lower surface of the water channel 5 is inclined with the drain channel side lowered.
【0017】そして、予め設定した時間に達すると洗浄
タンク内の水の排水作業が終了するので、ソレノイド3
6を励磁する。すると、排水用弁28は縦軸38、リン
ク34、弁軸30等を介して前側に移動して排水路20
を閉じる。つぎに、電磁弁を開くと洗浄タンク内には上
側給水管及びノズルを通って送られてきた水が貯留され
る。そして、所定の水位に達した時に満杯センサー48
がこれを感知して電磁弁を閉じ給水を停止する。つづい
て、洗浄羽根1を回転し、ソレノイド37を消磁する
と、排水用弁29は縦軸39、リンク35、弁軸31等
を介して後側に移動するので、洗浄タンク内の水は米通
路5、水路6、水加減水路23を通って排水箱16に入
りその後排水管44を通って所定の場所に排出される。
この場合、水加減水路23は排水路20よりも小径に形
成しているので少量排水される。そして、炊飯米量に対
応する時間に達した時にソレノイド37を励磁すると、
排水用弁29はバネ41の力によって前側に移動して水
加減水路を閉じる。従って、水加減をする場合に洗浄羽
根1を回転しているので洗浄タンク内の米が動いて網1
8から水を通過し易くし水加減の精度を高め得る。When the preset time is reached, the drainage of the water in the cleaning tank is completed, so the solenoid 3
Excite 6 Then, the drainage valve 28 moves to the front side through the vertical axis 38, the link 34, the valve shaft 30 and the like to move to the drainage path 20.
Close. Next, when the solenoid valve is opened, the water sent through the upper water supply pipe and the nozzle is stored in the cleaning tank. And when the water level reaches a predetermined level, the full sensor 48
Detects this and closes the solenoid valve to stop water supply. Subsequently, when the cleaning blade 1 is rotated and the solenoid 37 is demagnetized, the drainage valve 29 moves rearward through the vertical axis 39, the link 35, the valve shaft 31, etc., so that the water in the cleaning tank passes through the rice passage. The water enters the drain box 16 through the water channel 6, the water channel 6, and the water control channel 23, and then is discharged to a predetermined place through the drain pipe 44.
In this case, since the water addition / reduction passage 23 has a smaller diameter than the drainage passage 20, a small amount of water is drained. When the solenoid 37 is excited when the time corresponding to the amount of cooked rice is reached,
The drainage valve 29 moves to the front side by the force of the spring 41 to close the water control channel. Therefore, when the water is adjusted, the cleaning blade 1 is rotated, so that the rice in the cleaning tank moves and the net 1 moves.
It is possible to make it easier for water to pass from No. 8 and increase the accuracy of water addition.
【0018】また、水加減水路23を小径にしているの
で排水量の測定精度を高め前記水加減の精度を一層高め
得る。つぎに、駆動手段を作動して上下動軸26を所定
位置まで下動すると、排米弁27もそれと同方向に移動
して米通路5を開放するので、洗浄タンク内の米と水は
落下して下方の炊飯装置12の釜に収容される。そし
て、蓋をしてここで所定時間浸漬してから点火スイッチ
を「ON」にし炊飯作業を開始する。Further, since the water adjustment channel 23 has a small diameter, it is possible to improve the accuracy of measuring the amount of drainage and further improve the accuracy of the water adjustment. Next, when the drive means is operated to move the vertical movement shaft 26 downward to a predetermined position, the rice discharge valve 27 also moves in the same direction and opens the rice passage 5, so that the rice and water in the washing tank fall. Then, the rice is cooked in the pot of the rice cooker 12 below. Then, the lid is closed and the plate is immersed therein for a predetermined time, and then the ignition switch is turned "ON" to start the rice cooking operation.
【0019】この排米、排水作業を終えると上下動軸を
上側に移動して排米弁27で米通路5を閉じる。排米弁
27を弾性体で形成していると密閉効果が高まる。ま
た、電磁弁及びソレノイド36を励磁すると、下側給水
管25、水路24、水加減水路23を通って水路6に水
を案内すると共に排水用弁28を後側に移動して排水路
20を開放する。従って、水路内に送り込まれた水は傾
斜面に沿って速やかに排水路20に向けて流れて排水箱
16に入りその後排水管44を通って所定の場所に排出
される。この場合、水路6の底面は傾斜しているので、
水路5に残っているゴミや米くず等を水で流すことが出
来る。When the rice discharging and draining work is completed, the vertical axis of movement is moved upward and the rice discharging valve 27 closes the rice passage 5. When the rice discharge valve 27 is made of an elastic material, the sealing effect is enhanced. When the solenoid valve and the solenoid 36 are excited, the water is guided to the water channel 6 through the lower water supply pipe 25, the water channel 24, and the water control channel 23, and the drain valve 28 is moved to the rear side to move the drain channel 20. Open. Therefore, the water sent into the water channel quickly flows toward the drainage channel 20 along the inclined surface, enters the drainage box 16, and then is discharged to a predetermined place through the drainage pipe 44. In this case, since the bottom of the water channel 6 is inclined,
It is possible to flush away dust, rice waste, etc. remaining in the waterway 5.
【0020】ジャケット7の洗浄を終えると、電磁弁及
びソレノイド37を励磁して給水を停止すると共に排水
用弁28を前側に移動して排水路20を閉じる。そし
て、駆動手段を作動して貯米庫10及び穀類洗浄装置1
1を横方向に移動し、隣の炊飯装置上に位置に達した時
に停止する。そして、前記と同様の米供給及び洗浄作業
を行う。When the washing of the jacket 7 is completed, the electromagnetic valve and the solenoid 37 are excited to stop the water supply, and the drain valve 28 is moved to the front side to close the drain passage 20. Then, the driving means is operated to operate the rice storage 10 and the grain cleaning device 1.
Move 1 horizontally and stop when it reaches the position on the next rice cooker. Then, the rice supply and washing work similar to the above is performed.
【0021】上記実施例では延出部4をタンク2壁と一
体的に形成したが、図8のように、タンク2開口3に挿
通させる筐体51の入口部に立上り縁52を一体的又は
別体取付にて形成してもよい。In the above-mentioned embodiment, the extending portion 4 is formed integrally with the wall of the tank 2, but as shown in FIG. 8, the rising edge 52 is integrally formed with the rising edge 52 at the inlet portion of the housing 51 which is inserted into the opening 3 of the tank 2. It may be formed separately.
【図1】正面図である。FIG. 1 is a front view.
【図2】側面図である。FIG. 2 is a side view.
【図3】穀類洗浄装置の正面図である。FIG. 3 is a front view of a grain cleaning device.
【図4】穀類洗浄装置の右側断面図である。FIG. 4 is a right side sectional view of the grain cleaning device.
【図5】穀類洗浄装置の左側断面図である。FIG. 5 is a left side sectional view of the grain cleaning device.
【図6】洗浄タンクの正断面図である。FIG. 6 is a front sectional view of a cleaning tank.
【図7】洗浄タンクの平断面図である。FIG. 7 is a plan sectional view of a cleaning tank.
【図8】穀類洗浄装置の別実施例である。FIG. 8 is another embodiment of the grain cleaning device.
1 洗浄羽根 2 洗浄タンク 3 オーバーフロー口 4 延出部 5 米通路 6 水路 7 ジャケット 1 Washing Blade 2 Washing Tank 3 Overflow Port 4 Extension 5 Rice Passage 6 Water Canal 7 Jacket
───────────────────────────────────────────────────── フロントページの続き (72)発明者 徳永 直樹 愛媛県伊予郡松前町徳丸1515番地 ヒット エンジニアリング株式会社内 (72)発明者 山崎 正博 愛媛県伊予郡松前町徳丸1515番地 ヒット エンジニアリング株式会社内 (72)発明者 金藤 祐治 愛媛県伊予郡松前町徳丸1515番地 ヒット エンジニアリング株式会社内 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Naoki Tokunaga 1515 Tokumaru, Matsumae-cho, Iyo-gun, Ehime Hit Engineering Co., Ltd. (72) Inventor Masahiro Yamazaki 1515 Tokumaru, Matsumae-cho, Iyo-gun, Ehime Hit Engineering Co., Ltd. ( 72) Inventor Yuji Kanto 1515 Tokumaru, Matsumae-cho, Iyo-gun, Ehime Prefecture Hit Engineering Co., Ltd.
Claims (3)
浄タンク2の上部にオーバーフロー口3を設け、該洗浄
タンク2には上下方向においてオーバーフロー口3にの
ぞむ延出部4を設けてなる穀類洗浄装置。1. A grain comprising an overflow port 3 provided at an upper portion of a washing tank 2 having a rotatable washing vane 1 therein, and the washing tank 2 being provided with an extending portion 4 looking into the overflow port 3 in a vertical direction. Cleaning device.
6とを内外に設けたジャケット7を洗浄タンク2の下端
部に取り付け、該水路6に傾斜部を設けてなる穀類洗浄
装置。2. A grain cleaning apparatus in which a jacket 7 having a rice passage 5 and a water channel 6 communicating with the washing tank 2 inside and outside is attached to the lower end of the washing tank 2 and an inclined portion is provided in the water channel 6.
2記載の穀類洗浄装置。3. The grain cleaning device according to claim 2, wherein the water supply means is connected to the water channel 6.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP177492A JPH05184953A (en) | 1992-01-08 | 1992-01-08 | Grain washing apparatus |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP177492A JPH05184953A (en) | 1992-01-08 | 1992-01-08 | Grain washing apparatus |
Publications (1)
Publication Number | Publication Date |
---|---|
JPH05184953A true JPH05184953A (en) | 1993-07-27 |
Family
ID=11510925
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP177492A Pending JPH05184953A (en) | 1992-01-08 | 1992-01-08 | Grain washing apparatus |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH05184953A (en) |
-
1992
- 1992-01-08 JP JP177492A patent/JPH05184953A/en active Pending
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