JPH07227353A - Grain-washing device - Google Patents
Grain-washing deviceInfo
- Publication number
- JPH07227353A JPH07227353A JP2272094A JP2272094A JPH07227353A JP H07227353 A JPH07227353 A JP H07227353A JP 2272094 A JP2272094 A JP 2272094A JP 2272094 A JP2272094 A JP 2272094A JP H07227353 A JPH07227353 A JP H07227353A
- Authority
- JP
- Japan
- Prior art keywords
- rice
- filter
- tank
- water
- 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.)
- Granted
Links
Landscapes
- Commercial Cooking 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、米等の穀類を水で洗
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 device for washing grains such as rice with water.
【0002】[0002]
【従来の技術】回転する撹拌体が米及び水を撹拌して洗
浄し、この洗浄時に発生した汚水をフィルタ−を通して
ジャケットから排出する構成である。2. Description of the Related Art A rotating stirrer stirs rice and water for washing, and the waste water generated during the washing is discharged from a jacket through a filter.
【0003】[0003]
【この発明が解決しようとする課題】しかしながら、汚
水に混じる糠等の一部がフィルタ−に付着して排水に支
障を与える。そのため、タンク内に所定量供給した水を
時間により排出量を決めるものにあっては排水精度が安
定しない。However, a part of the bran or the like mixed with the dirty water adheres to the filter to hinder the drainage. Therefore, the accuracy of drainage is not stable when the amount of water supplied to the tank is determined by the time.
【0004】[0004]
【課題を解決するための手段】この発明は、排水性能を
高め得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、回転可能に設けた撹拌
体1を内装し下部を先細に形成して開放したタンク2を
設け、該タンク2の下端部にタンク2と連通し通路3を
形成するフィルタ−4を有するジャケット5を設け、撹
拌体1にフィルタ−4と接触する接触体6を設けてなる
穀類洗浄装置の構成とする。The present invention provides a grain cleaning device capable of enhancing drainage performance, and has taken the following technical means. That is, a jacket having a rotatably provided stirrer 1 and a tank 2 having a tapered lower portion and having an open bottom, and a filter 4 for communicating with the tank 2 and forming a passage 3 at a lower end portion of the tank 2. 5 is provided, and the stirring body 1 is provided with a contact body 6 that comes into contact with the filter-4.
【0005】[0005]
【作用】タンク内に供給された米と水は回転する撹拌体
1によって撹拌される。これにより、米の表面に付着し
ている糠は分離され水とともにフィルタ−4からジャケ
ット5に入り所定の場所に排出される。このとき、撹拌
体1とともに接触体6も回転してフィルタ−4と接触す
る。The rice and water supplied into the tank are agitated by the rotating agitator 1. As a result, the bran that has adhered to the surface of the rice is separated and enters the jacket 5 from the filter 4 along with water and is discharged to a predetermined place. At this time, the contact body 6 rotates together with the stirring body 1 and comes into contact with the filter-4.
【0006】[0006]
【効果】接触体6は回転時にフィルタ−4と接触するの
で、フルタ−4に付着している糠等の異物を強制的に除
去する。従って、フィルタ−4からの排水を円滑にし得
る。[Effect] Since the contact body 6 comes into contact with the filter 4 during rotation, foreign matter such as bran adhering to the filter 4 is forcibly removed. Therefore, the drainage from the filter-4 can be made smooth.
【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、洗米炊飯
装置7は縦・横フレ−ムを枠組した本体フレ−ム8の上
側から貯米部9、穀類洗浄部10、炊飯部11をその順
に配置している。Embodiments of the present invention will be described below with reference to the drawings. First, the configuration will be described. In the rice washing and cooking device 7, a rice storing section 9, a grain cleaning section 10, and a rice cooking section 11 are arranged in that order from the upper side of a main body frame 8 in which vertical and horizontal frames are framed. .
【0008】そして、該貯米部9は本体フレ−ム5に着
脱自在に設けた天板に着脱可能で且つ下面を開放してい
る箱型のケ−ス12に漏斗や定量供給ロ−ル等を内装し
ている。13はケ−ス12の上壁に開口した米供給孔を
開閉する蓋であり、14は各種スイッチや表示具等を有
しケ−ス12の前壁に着脱自在に設けた操作パネルであ
る。The rice storing section 9 is detachably mounted on a top plate which is detachably mounted on the main body frame 5, and a box-shaped case 12 having an open lower surface is provided with a funnel or a constant quantity supply roll. And so on. Reference numeral 13 is a lid for opening and closing a rice supply hole opened on the upper wall of the case 12, and 14 is an operation panel detachably provided on the front wall of the case 12 having various switches and indicators. .
【0009】穀類洗浄部10は穀類(以下「米」とす
る)や水(洗浄用、炊飯用等)等を収容するタンク2、
タンク内に設けた洗浄手段等を備えている。該タンク2
は上下両端面を開放し下端を細く形成するとともに上端
部を天板の下面に着脱自在に取り付けている。また、該
タンク2は前記定量供給ロ−ルを介して漏斗と連通可能
に設けている。15はタンク2の前面の点検孔を開閉す
るタンク蓋である。The grain cleaning unit 10 is a tank 2 for storing grains (hereinafter referred to as "rice"), water (for cleaning, cooking rice, etc.),
It is equipped with a cleaning means provided in the tank. The tank 2
Has both upper and lower end surfaces open and a narrow lower end, and the upper end is detachably attached to the lower surface of the top plate. Further, the tank 2 is provided so as to be able to communicate with the funnel via the fixed quantity supply roll. A tank lid 15 opens and closes an inspection hole on the front surface of the tank 2.
【0010】タンク2の中心部には縦方向に軸芯を有す
る中空の回転軸16を設けている。そして、該回転軸1
6は上端部に正逆転モ−タ17のモ−タ軸18に取り付
けたギヤ19と噛み合うギヤ20を着脱自在に取り付け
ている。また、該回転軸16の外面には撹拌体1を複数
個設けており、該撹拌体1の1個又は複数個(実施例で
は1個)の下端を下方に延長している。そして、撹拌体
1の延長端部に後術するフィルタ−4と接触し得る接触
体6をねじで着脱自在に設けている。なお、該接触体6
は板体やブラシ状のものでよく、またその材質はゴム、
弾力性を有する樹脂等でもよい。21はタンク2の下端
部に一体に取り付けたタンク板であって、このタンク2
の下面に中空部に米が通過しない程度の大きさの孔を多
数有し通路3を形成した円筒形状のフィルタ−4を有す
るジャケット5を着脱自在に設けている。22はフィル
タ−4の内径とほぼ同径の孔を有するパッキン、23は
パッキン22の孔より若干大きい孔を有しパッキン22
をジャケット15に固定する固定板である。At the center of the tank 2, a hollow rotary shaft 16 having a longitudinal axis is provided. And the rotating shaft 1
A gear 20 which is meshed with a gear 19 attached to the motor shaft 18 of the forward / reverse rotation motor 17 is detachably attached to the upper end of the motor 6. Further, a plurality of stirring bodies 1 are provided on the outer surface of the rotary shaft 16, and one or a plurality (one in the embodiment) of the stirring bodies 1 has a lower end extended downward. Further, a contact body 6 that can come into contact with the filter-4 to be subsequently operated is detachably provided on the extended end of the stirring body 1 with a screw. The contact body 6
May be a plate or a brush, and the material is rubber,
A resin having elasticity may be used. Reference numeral 21 is a tank plate integrally attached to the lower end of the tank 2.
A jacket 5 having a cylindrical filter 4 having a large number of holes having a size that does not allow rice to pass through in the hollow portion on the lower surface of the is formed detachably. 22 is a packing having a hole having substantially the same diameter as the inner diameter of the filter-4, and 23 is a packing having a hole slightly larger than the hole of the packing 22.
Is a fixing plate for fixing the to the jacket 15.
【0011】弁軸24は中間部を回転軸16に内装し、
回転軸16から突出した上端部をモ−タ25により作動
するカム機構26に係止可能に設けており、下端部をフ
ィルタ−4の内部まで延出しねじ部27を設けている。
弁28は中心部に弁軸24が挿通する弁軸孔29を設け
た円錐形状の弁であり、下面に大小のくぼみ30,31
を設けている。32はスプリング、33は弁軸24が通
る孔を有するスプリング受体、34はチョウナット、3
5は下端部に弁28の下面とほぼ同径かそれ以上の大き
さの面36を有するとともに上面を平面状に形成し、こ
の平面部と面36との間を斜面に形成した円錐状の遮熱
体である。The valve shaft 24 has an intermediate portion mounted inside the rotary shaft 16,
An upper end portion protruding from the rotary shaft 16 is provided so as to be engageable with a cam mechanism 26 operated by a motor 25, and a lower end portion is provided with a screw portion 27 extending to the inside of the filter-4.
The valve 28 is a conical valve having a valve shaft hole 29 through which the valve shaft 24 is inserted, and has large and small recesses 30 and 31 on its lower surface.
Is provided. 32 is a spring, 33 is a spring receiver having a hole through which the valve shaft 24 passes, 34 is a wing nut, 3
Reference numeral 5 denotes a conical shape in which a lower surface has a surface 36 having a diameter substantially equal to or larger than that of the lower surface of the valve 28 and an upper surface formed in a flat shape, and an inclined surface is formed between the flat surface and the surface 36. It is a heat shield.
【0012】炊飯部11は、洗米炊飯装置7の正面視に
おいて、本体フレ−ム8の脚フレ−ム37に対し前後方
向に移動可能に設けた炊飯台38、この炊飯台上に置い
た外釜39・内釜40・蓋41等からなる炊飯釜42等
を備えている。そして、該炊飯台38は下面に複数個の
キャスタ−43を設け、前端部に上下方向において炊飯
釜42の中間部の高さを有する引き出しア−ム44を設
けている。また、該炊飯釜42の外釜内に設けたガスコ
ンロはガス供給源と連通するガス管45と連通し、ガス
がガスコンロに至る間に弁(実施例では電磁弁)46を
設けている。The rice cooker 11 is a rice cooker 38 provided so as to be movable in the front-rear direction with respect to the leg frame 37 of the main body frame 8 when viewed from the front of the rice washing and rice cooker 7, and the outside placed on the rice cooker. A rice cooker 42 including a pot 39, an inner pot 40, a lid 41 and the like is provided. The rice cooker 38 is provided with a plurality of casters 43 on the lower surface thereof, and a drawer arm 44 having the height of the middle portion of the rice cooker 42 in the vertical direction at the front end thereof. Further, the gas stove provided in the outer pot of the rice cooker 42 communicates with a gas pipe 45 communicating with a gas supply source, and a valve (a solenoid valve in the embodiment) 46 is provided between the gas and the gas stove.
【0013】47は常温水と加熱手段(例えば電熱器、
高温蒸気等)により加熱された加熱水の流路を切替える
流路切替弁、48は電磁弁であって、タンク2への給水
径路に設けている。図11のブロック回路について説明
すると、49は各種デ−タやプログラム等を内蔵したメ
モリを有するマイクロコンピュ−タの演算制御部(以下
CPUと呼ぶ)であって、算術・論理・比較演算を行な
う。そして、該CPU49に入力インタ−フェイス50
を介して入力される情報としては操作パネル11に設け
た各種スイッチからの信号(例えばメインスイッチから
の機器オン情報、炊飯量スイッチからの炊飯量選択情報
等)がある。また、出力インタ−フェイス51を介して
CPU49から出力される情報としては、定量供給ロ−
ルを駆動する駆動モ−タ52への駆動・停止指令信号、
正逆転モ−タ17への正転及び逆転の駆動・停止指令信
号並びに回転数調節信号、モ−タ25への駆動・停止指
令信号、弁46の励磁信号、天板に設け下方に向けて送
風するファン(図示せず)を回転するファン駆動モ−タ
53への駆動・停止指令信号、操作パネル14に設けた
表示具への表示信号、流路切替弁47・電磁弁48への
励磁・非励磁信号等がある。Reference numeral 47 is room temperature water and heating means (for example, an electric heater,
A flow path switching valve for switching the flow path of the heated water heated by high-temperature steam or the like, and 48 is an electromagnetic valve provided in the water supply path to the tank 2. The block circuit of FIG. 11 will be described. Reference numeral 49 is an operation control unit (hereinafter referred to as CPU) of a microcomputer having a memory in which various data, programs, etc. are built in, and performs arithmetic / logical / comparison operations. . Then, an input interface 50 is added to the CPU 49.
Information input via the switch includes signals from various switches provided on the operation panel 11 (for example, device-on information from the main switch, rice cooking amount selection information from the rice cooking amount switch, etc.). Further, as the information output from the CPU 49 via the output interface 51, there is a fixed quantity supply log.
Drive / stop command signal to the drive motor 52 that drives the
Forward / reverse drive / stop command signals to the forward / reverse motor 17 and rotation speed adjustment signals, drive / stop command signals to the motor 25, excitation signals of the valve 46, provided on the top plate and directed downward. A drive / stop command signal to a fan drive motor 53 that rotates a fan (not shown) that blows air, a display signal to a display provided on the operation panel 14, an excitation to the flow path switching valve 47 / solenoid valve 48.・ There is a non-excitation signal.
【0014】なお、各制御は予めメモリに内蔵している
制御プログラムにより行なう。つぎに、その作用につい
て説明する。まず、炊飯台38に蓋41を外した炊飯釜
42をのせてから引き出しア−ム44を持って炊飯台3
8を脚フレ−ム37に沿って押し込み所定の位置にセッ
トする。つづいて、操作パネル14のメインスイッチを
「ON」にしてから炊飯量スイッチにより炊飯量を選択
する。この時、出力インタ−フェイス51を介して出力
したCPU49の信号によりファン駆動モ−タ53は駆
動してファンを回転する。そして、作業開始スイッチを
「ON」にすると、CPU49は駆動モ−タ52に駆動
指令信号を出力するので、これに関連して定量供給ロ−
ルは回転して1回転毎に所定量の米をタンク2に供給す
る。そして、設定した米量に対応する回転数に達すると
CPU49は駆動モ−タ53に停止信号を出力する。Each control is performed by a control program stored in the memory in advance. Next, the operation will be described. First, the rice cooker 42 with the lid 41 removed is placed on the rice cooker 38, and then the rice cooker 3 is held by holding the drawer arm 44.
8 is pushed in along the leg frame 37 and set at a predetermined position. Subsequently, after turning on the main switch of the operation panel 14, the rice cooking amount is selected by the rice cooking amount switch. At this time, the fan driving motor 53 is driven by the signal of the CPU 49 output through the output interface 51 to rotate the fan. When the work start switch is turned "ON", the CPU 49 outputs a drive command signal to the drive motor 52.
The le rotates and supplies a predetermined amount of rice to the tank 2 for each revolution. When the number of rotations corresponding to the set amount of rice is reached, the CPU 49 outputs a stop signal to the drive motor 53.
【0015】つづいて、CPU49は出力インタ−フェ
イス51を介して正逆転モ−タ17に正転の駆動指令信
号を出力するので、ギヤ19、20を介して正逆転モ−
タ17の回転動力を伝動された回転軸16は正転し、撹
拌体1をこれと同方向に回転する。また、給水源と連通
する流路切替弁47を切替え、電磁弁48に励磁信号を
出力して「開」にすることによりタンク2に水が供給さ
れる。従って、米は撹拌体1により撹拌され付着してい
る糠やほこり等の異物が分離される。そして、異物はフ
ィルタ−4の孔を通ってジャケット5に入りその後所定
の場所に排出される。Subsequently, the CPU 49 outputs a forward drive command signal to the forward / reverse rotation motor 17 via the output interface 51, so that the forward / reverse rotation motor is output via the gears 19 and 20.
The rotary shaft 16 to which the rotary power of the rotor 17 is transmitted rotates in the forward direction, and the agitator 1 rotates in the same direction. Water is supplied to the tank 2 by switching the flow path switching valve 47 that communicates with the water supply source and outputting an excitation signal to the electromagnetic valve 48 to open it. Therefore, the rice is agitated by the agitator 1 and foreign matter such as bran and dust attached is separated. Then, the foreign matter enters the jacket 5 through the hole of the filter 4 and is then discharged to a predetermined place.
【0016】所定時間が経過すると、CPU49は出力
インタ−フェイス51を介して正逆転モ−タ17に逆転
の駆動指令信号を出力するので、回転軸16は逆転し撹
拌体1を逆転する。従って、撹拌体1は逆転して米及び
水を撹拌し洗浄する。以下、撹拌体1は正逆転を繰り返
し米を洗浄する。なお、撹拌体1の正・逆転に関連して
接触体6もフィルタ−4に接触した状態でそれと同方向
に回転するので、フィルタ−4への異物の付着を防止す
るとともに付着した異物を掻き落すことができる。After a lapse of a predetermined time, the CPU 49 outputs a reverse drive command signal to the forward / reverse motor 17 via the output interface 51, so that the rotating shaft 16 reversely rotates and the stirring body 1 reverses. Therefore, the stirring body 1 is reversed to stir and wash rice and water. Thereafter, the stirring body 1 repeats normal and reverse rotation to wash the rice. In addition, since the contact body 6 also rotates in the same direction as the contact body 6 in contact with the filter-4 in association with the forward / reverse rotation of the stirring body 1, the foreign matter is prevented from adhering to the filter-4 and the adhered foreign matter is scratched. Can be dropped.
【0017】前記の洗米作業を終えると、ジャケット5
の排水孔を閉じる。すると、流路切替弁47・電磁弁4
8を通ってきた清水はタンク内に貯留される。そして、
所定水量(例えば満水)に達したとき、CPU49は出
力インタ−フェイス51を介して電磁弁48に「閉」信
号を出力し給水を停止する。つぎに、ジャケット5の排
水孔が「開」になると、タンク2の水はフィルタ−4の
通路3を通ってジャケット5に入り所定の場所に排出さ
れる。そして、所定時間後(炊飯のために設定した米量
及びかたさ等の炊飯条件から予め演算されている)ジャ
ケット5の排水孔を閉じ水加減作業を終える。なお、フ
ィルタ−4は接触体6により清揮されているので目詰り
が無く排水を円滑に行うことができ、水加減精度を高め
得る。After the above rice washing work is completed, the jacket 5
Close the drain hole of the. Then, the flow path switching valve 47 / solenoid valve 4
Fresh water that has passed through 8 is stored in the tank. And
When a predetermined amount of water (for example, full water) is reached, the CPU 49 outputs a “close” signal to the solenoid valve 48 via the output interface 51 to stop the water supply. Next, when the drain hole of the jacket 5 becomes “open”, the water in the tank 2 enters the jacket 5 through the passage 3 of the filter 4 and is discharged to a predetermined place. Then, after a predetermined time (calculated in advance from rice cooking conditions such as the amount of rice and hardness set for rice cooking), the drain hole of the jacket 5 is closed, and the water addition / removal work is completed. In addition, since the filter 4 is volatilized by the contact body 6, it can be drained smoothly without clogging and the accuracy of water addition can be improved.
【0018】つぎに、CPU49は出力インタ−フェイ
ス51を介してモ−タ25に駆動指令信号を出力するの
で、モ−タ25は駆動してカム機構26を介して弁軸2
4を下側に移動する。すると、フィルタ−4の下端が開
放し米及び水を排出するので、落下した米及び水は下方
の炊飯釜42に回収される。そして、作業者は引き出し
ア−ム44を引張って炊飯台38を脚フレ−ム37から
引き出し内釜40に蓋41を被せる。つづいて、作業者
は引き出しア−ム44を押して炊飯台38を脚フレ−ム
37の所定位置に押し込む。そして、点火スイッチを
「ON」にすると、CPU49は出力インタ−フェイス
51を介して弁46に「開」信号を出力し、ガスが点火
して炊飯作業を開始する。その後、炊飯作業を終える
と、操作パネル14の表示具に他の表示と共に炊飯終了
が表示される。Next, since the CPU 49 outputs a drive command signal to the motor 25 via the output interface 51, the motor 25 is driven to drive the valve shaft 2 via the cam mechanism 26.
Move 4 down. Then, the lower end of the filter-4 is opened to discharge the rice and water, and the dropped rice and water are collected in the rice cooker 42 below. Then, the operator pulls the drawer arm 44 to cover the rice cooker 38 from the leg frame 37 and puts the lid 41 on the drawer inner pot 40. Subsequently, the operator pushes the drawer arm 44 to push the rice cooker 38 into a predetermined position of the leg frame 37. Then, when the ignition switch is turned "ON", the CPU 49 outputs an "open" signal to the valve 46 via the output interface 51, the gas is ignited, and the rice cooking work is started. After that, when the rice cooking work is completed, the display of the operation panel 14 displays the completion of rice cooking together with other displays.
【0019】また、前記米と水の排出(投下)作業を終
えると、CPU49は出力インタ−フェイス51を介し
てモ−タ25に駆動指令信号を出力するので、モ−タ2
5は駆動してカム機構26を介して弁軸24を上側に移
動しフィルタ−4で形成された通路3を閉じる。つぎ
に、CPU49は出力インタ−フェイス51を介して流
路切替弁47に励磁信号を送り、電磁弁48に「開」の
指令信号を出力する。すると、流路切替弁47は切替え
られ、電磁弁48は開くので、加熱手段で加熱された水
は流路切替弁47・電磁弁48を通ってタンク2に供給
される。When the work of discharging (dropping) the rice and water is completed, the CPU 49 outputs a drive command signal to the motor 25 via the output interface 51.
5 drives to move the valve shaft 24 upward through the cam mechanism 26 to close the passage 3 formed by the filter-4. Next, the CPU 49 sends an excitation signal to the flow path switching valve 47 via the output interface 51, and outputs an “open” command signal to the solenoid valve 48. Then, the flow path switching valve 47 is switched and the electromagnetic valve 48 is opened, so that the water heated by the heating means is supplied to the tank 2 through the flow path switching valve 47 and the electromagnetic valve 48.
【0020】また、CPU49は出力インタ−フェイス
51を介して正逆転モ−タ17に正転・逆転の駆動指令
信号を出力し、前記と同様に撹拌体1を正転・逆転す
る。従って、接触体6はそれと同方向に回転してフィル
タ−4を掃除する。この場合、水は加熱されて「湯」に
なっているのでフィルタ−4に付着している付着物の除
去が容易である。なお、該湯による洗浄はタンク2から
米・水を排出した後、1日の作業を終えた後、作業を開
始する前に行ってもよい。Further, the CPU 49 outputs a forward / reverse drive command signal to the forward / reverse motor 17 via the output interface 51, and the agitator 1 is normally / reversely rotated as described above. Therefore, the contact body 6 rotates in the same direction as that of the contact body 6 to clean the filter-4. In this case, since the water is heated to "hot water", it is easy to remove the deposits adhering to the filter-4. The washing with the hot water may be performed after the rice and water are discharged from the tank 2 and after the work of one day is completed and before the work is started.
【図1】洗米炊飯装置の正面図。FIG. 1 is a front view of a rice washing and cooking device.
【図2】洗米炊飯装置の側面図。FIG. 2 is a side view of the rice washing and cooking device.
【図3】洗米炊飯装置の平面図。FIG. 3 is a plan view of a rice washing and cooking device.
【図4】穀類洗浄部の側断面図。FIG. 4 is a side sectional view of a grain cleaning unit.
【図5】ブロック回路。FIG. 5 is a block circuit.
1 撹拌体 2 タンク 3 通路 4 フィルタ− 5 ジャケット 6 接触体 1 Stirrer 2 Tank 3 Passage 4 Filter-5 Jacket 6 Contact
───────────────────────────────────────────────────── フロントページの続き (72)発明者 武智 伊佐夫 愛媛県伊予郡砥部町八倉1番地 井関農機 株式会社技術部内 (72)発明者 土屋 浩史 愛媛県伊予郡砥部町八倉1番地 井関農機 株式会社技術部内 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Takechi Isao 1 Yakura, Tobe-cho, Iyo-gun, Ehime Pref., Technical Department, Iseki Agricultural Machinery Co., Ltd. Department
Claims (1)
を先細に形成して開放したタンク2を設け、該タンク2
の下端部にタンク2と連通し通路3を形成するフィルタ
−4を有するジャケット5を設け、撹拌体1にフィルタ
−4と接触する接触体6を設けてなる穀類洗浄装置。1. A tank 2 having an agitator 1 rotatably provided therein and having a tapered lower portion and having an opening, is provided.
A grain cleaning device comprising a jacket 5 having a filter-4 that communicates with the tank 2 and forms a passage 3 at the lower end of the agitator 1, and a contact body 6 that contacts the filter-4 on the agitator 1.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP02272094A JP3646317B2 (en) | 1994-02-21 | 1994-02-21 | Cereal cleaning equipment |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP02272094A JP3646317B2 (en) | 1994-02-21 | 1994-02-21 | Cereal cleaning equipment |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH07227353A true JPH07227353A (en) | 1995-08-29 |
JP3646317B2 JP3646317B2 (en) | 2005-05-11 |
Family
ID=12090630
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP02272094A Expired - Fee Related JP3646317B2 (en) | 1994-02-21 | 1994-02-21 | Cereal cleaning equipment |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP3646317B2 (en) |
-
1994
- 1994-02-21 JP JP02272094A patent/JP3646317B2/en not_active Expired - Fee Related
Also Published As
Publication number | Publication date |
---|---|
JP3646317B2 (en) | 2005-05-11 |
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