JPS6344979A - Automatic stabilizer for adjusting valve in rotary selector - Google Patents
Automatic stabilizer for adjusting valve in rotary selectorInfo
- Publication number
- JPS6344979A JPS6344979A JP19704387A JP19704387A JPS6344979A JP S6344979 A JPS6344979 A JP S6344979A JP 19704387 A JP19704387 A JP 19704387A JP 19704387 A JP19704387 A JP 19704387A JP S6344979 A JPS6344979 A JP S6344979A
- Authority
- JP
- Japan
- Prior art keywords
- control valve
- vertical plate
- sorting
- sorting cylinder
- receiving
- 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
- 239000003381 stabilizer Substances 0.000 title description 2
- 230000000087 stabilizing effect Effects 0.000 claims description 2
- 235000013339 cereals Nutrition 0.000 description 24
- 235000021329 brown rice Nutrition 0.000 description 9
- 230000007423 decrease Effects 0.000 description 4
- 230000005484 gravity Effects 0.000 description 3
- 230000002093 peripheral effect Effects 0.000 description 3
- 238000001514 detection method Methods 0.000 description 2
- 230000009191 jumping Effects 0.000 description 2
- 241000277331 Salmonidae Species 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 239000002245 particle Substances 0.000 description 1
- 238000010408 sweeping Methods 0.000 description 1
- 230000007704 transition Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
- 238000009941 weaving Methods 0.000 description 1
Landscapes
- Combined Means For Separation Of Solids (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) [Abstract] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
本発明は内周面に多数のくぼみを形設して回動可能に横
架せる選別筒体内に受樋を挿通横架してなる回転選別機
の選別筒体内を流動する玄米・籾の混合粒の流動層の厚
薄即ちその上面の高低に応じて自動的に傾斜角度を変更
しくぼみによって掬い上げられる穀粒の受樋内へ導びく
量を増減する調節弁の自動安定装置に関するものである
。DETAILED DESCRIPTION OF THE INVENTION The present invention is directed to a sorting cylinder of a rotary sorting machine in which a receiving gutter is inserted through and horizontally hung in a sorting cylinder which has a number of depressions formed in its inner peripheral surface and is rotatably hung horizontally. A control valve that automatically changes the inclination angle according to the thickness of the fluidized bed of flowing mixed grains of brown rice and paddy, that is, the height of its upper surface, and increases or decreases the amount of grains scooped up by the depressions guided into the receiving trough. It concerns automatic stabilizers.
即ち、本発明は内周面に多数のくぼみを形設して回動可
能に横架せる選別筒体内に受樋を挿通横架し且つ該受樋
の穀粒受入側に下縁を軸支して傾斜角度を変更自在な調
節弁を設けた回転選別機において、上記軸支部を支点に
して調節弁と一体的に揺動する縦板を設け、前記選別筒
体内にこの選別筒体の回動方向側に偏位流動する流動層
の高低を感知する感知センサーを設け、この感知センサ
ーの作動によって連動する連杆を上記縦板の下端に連結
すると共に、前記軸に重錘を取着し且つ弾機によってこ
の縦板を感知センザー側に引張せしめた構成とすること
によって、感知センサーを流動層の高低に絶えず円滑に
追従させ調節弁の傾斜角度変更を常に安定よく確実に行
わせるを目的として提供せんとするものである。That is, the present invention has a receiving gutter that is inserted horizontally into a sorting cylinder that is rotatably suspended horizontally by forming a large number of depressions on its inner circumferential surface, and that the lower edge of the receiving gutter is pivotally supported on the grain receiving side. In a rotary sorting machine equipped with a control valve whose inclination angle can be freely changed, a vertical plate is provided which swings integrally with the control valve using the shaft support as a fulcrum, and the rotation of the sorting cylinder is arranged inside the sorting cylinder. A sensor is provided to detect the height of the fluidized bed that is deflected in the direction of movement, and a linking rod that is interlocked by the operation of the sensor is connected to the lower end of the vertical plate, and a weight is attached to the shaft. In addition, by using a structure in which this vertical plate is pulled toward the sensing sensor side by means of a bullet, the purpose is to allow the sensing sensor to constantly and smoothly follow the height of the fluidized bed, and to always change the inclination angle of the control valve stably and reliably. It is intended to be provided as a.
以下、本発明について実施例図を参照して記載するが、
この実施例のものは本発明による調節弁の自動安定装置
を備えた回転選別機を組合せてなる回転選別籾摺装置を
示してあって、（ａ）は脱錦部、（ｂ）ば風選部、（ｃ
）は回転選別機で、風選部（ｂ）の前後に脱好部（ａ）
と回転選別機（ｃ）を載設して一体的に構成されている
。そこで脱鱒部（ａ）風選部（ｂ）については説明を省
略し回転選別機を主体に説明を加えることとする。The present invention will be described below with reference to embodiment figures.
This embodiment shows a rotary sorting and hulling device which is a combination of a rotary sorter equipped with an automatic stabilizing device for a control valve according to the present invention, in which (a) shows a de-broiling part, (b) a wind sorter. Part, (c
) is a rotary sorting machine, and there is a removing section (a) before and after the wind sorting section (b).
and a rotary sorter (c) are installed in an integrated structure. Therefore, the description of the trout removal section (a) and wind sorting section (b) will be omitted, and the explanation will mainly be given to the rotary sorting machine.
（１）は内周面に多数のくぼみ（２）を形設し前後の両
端部をそれぞれ駆動輪（３） （４）によって回動可能
に横架せる選別筒体でその横架に当たってはこの選別筒
体（１）の回動輪芯方向が前後方向の向きに架設し、且
つ混合粒の供給側（Ｘ）を後方に排出側（Ｙ）を前方に
してこの排出側（Ｙ）を前記脱蒋部（ａ）に隣接しであ
る。（５） （６）は上記選別筒体（１）内に供給側（
Ｘ）から排出側（Ｙ）にわたって横架された混合粒移送
樋と玄米受樋であり、両受樋（５）（６）内にはそれぞ
れスクリューコンベヤ（７） （８）が内装され混合粒
移送樋（５）の供給側（Ｘ）には落下口（９）が開設さ
れている。(1) is a sorting cylinder with a number of depressions (2) formed on its inner peripheral surface, and its front and rear ends are horizontally mounted so that they can be rotated by drive wheels (3) and (4), respectively. The rotating wheel core direction of the sorting cylinder (1) is installed in the front-rear direction, and the supply side (X) of the mixed grains is rearward and the discharge side (Y) is forward, and this discharge side (Y) is the above-mentioned discharge side. It is adjacent to Chiangbe (a). (5) (6) is the supply side (
A mixed grain transfer gutter and a brown rice receiving gutter are installed horizontally from A drop opening (9) is provided on the supply side (X) of the transfer gutter (5).
そして、前記選別筒体（１）の排出側（Ｙ）端部におけ
る内周面には跳」１板（１０）が複数枚等配取着され、
この跳」１板（１０）の外側即ち機体の前側には穀粒の
浴出を防止する環状の板体（１１）が接合されている。A plurality of 1-piece plates (10) are equally distributed on the inner circumferential surface of the discharge side (Y) end of the sorting cylinder (1),
An annular plate (11) is connected to the outside of this jumper plate (10), that is, to the front side of the machine body, to prevent grains from spilling out.
（１２）ば穀粒取出樋で、前方に低く傾斜し穀粒の取出
面となる受板（１２ａ）と、この受板（１２ａ）の両側
からそれぞれ下方に延出した側板によって略々台形状に
形成され、（図示省略）その受板（１２ａ）を前記跳上
板（１０）の回動軌跡の下側に近づけて回転選別機（Ｃ
）の前壁（１３）に溶着しである。(12) The grain removal gutter has a roughly trapezoidal shape formed by a receiving plate (12a) that slopes low forward and serves as a grain removal surface, and side plates that extend downward from both sides of this receiving plate (12a). (not shown), the receiving plate (12a) is brought close to the lower side of the rotation locus of the jumping plate (10), and the rotary sorting machine (C
) is welded to the front wall (13).
また、上記前壁（１３）の受板（１２ａ）との接合部に
は機外と連通ずる流出口（１４）が開設してあり更にこ
の流出口（１４）は隣接する脱婢部（ａ）の籾タンク（
１５）の後壁に開口している還元口（１６）に合致させ
である。（１７）は脱外風選後の混合粒を混合粒移送樋
（５）に揚上するスロワ−１（１８）は玄米受樋（６）
の排出側（Ｙ）に連通ずる落下路である。Furthermore, an outlet (14) that communicates with the outside of the machine is provided at the joint of the front wall (13) with the receiving plate (12a), and this outlet (14) is connected to the adjacent waste area (a). ) paddy tank (
15) to match the reduction port (16) opened in the rear wall. (17) is the thrower 1 that lifts the mixed grains after removal and air sorting to the mixed grain transfer gutter (5). (18) is the brown rice receiving gutter (6).
This is a falling path that communicates with the discharge side (Y) of the
従って、脱嬉部（ａ）、風選部（ｂ）によって脱蒋風選
された玄米と籾の混合粒はスロワ−（１７）によって混
合粒移送樋（５）内に揚上され供給側（Ｘ）に向けて移
送ののち落下口（９）から選別筒体（１）の内周面に落
人する。この落人した混合粒は第２図及び第３図に矢印
（イ）で示す方向に回動するくぼみ（２）の掬い上げ作
用により第１図の矢印（ＩＩ）に示す方向に徐々に流動
移行する間において選別されるのである。即ち、玄米は
掬い上げられて玄米受樋（６）内に落人し、玄米と一部
の籾は混合粒移送樋（５）内に落人して新たな混合粒と
合流し再度くぼみ（２）による選別作用を繰返し、掬い
上げられない籾は排出側（Ｙ）に移行して跳上板（１０
）によって跳上げられ受板（１２ａ）上に落下して前方
に案内され流出口（１４）と還元口（１６）を通過して
籾タンク（１５）に還元され、前記の玄米受樋（６）内
に流入した玄米排出側に（Ｙ）に移送され落下路（１８
）を経て風選部（ｂ）にて風選されて取出される。Therefore, the mixed grains of brown rice and paddy that have been sorted by the wind-weaving section (a) and the wind-sweeping section (b) are lifted into the mixed-grain transfer gutter (5) by the thrower (17) and transferred to the supply side (X). After being transferred toward the destination, the particles fall from the drop port (9) onto the inner circumferential surface of the sorting cylinder (1). These fallen mixed grains gradually flow in the direction shown by the arrow (II) in Figure 1 due to the scooping action of the depression (2) which rotates in the direction shown by the arrow (A) in Figures 2 and 3. They are selected during the transition. That is, the brown rice is scooped up and falls into the brown rice receiving trough (6), and the brown rice and some of the paddy fall into the mixed grain transfer trough (5), join with new mixed grains, and fall into the hollow again ( The sorting action described in step 2) is repeated, and the paddy that cannot be scooped is transferred to the discharge side (Y) and placed on the jumping board (10
) and fall onto the receiving plate (12a), are guided forward, pass through the outlet (14) and the reducing port (16), are returned to the tank (15), and are returned to the brown rice receiving trough (6). ) is transferred to the discharge side (Y) and dropped into the falling path (18
), and is then subjected to wind selection in the wind selection section (b) and taken out.
次に、本発明の要部について説明する。（工９）は感知
センサーで矢印（イ）で示す方向に回動する選別筒体（
１）内の回動力向上手側即ち穀粒受入側で且つ混合粒移
送樋（５）の下側における供給側（Ｘ）寄り部分に上端
を枢軸（２０）に回着して上記選別筒体（］）の回回動
力に揺動自在に装着してあり下部は稍々折曲して選別筒
体（１）内周面を偏位し降積状態で流動する流動層の上
面に接当する接触面（１９ａ）を形成している。（２１
）は上記枢軸（２０）の後端から斜め下方に突設せる腕
杆であり、（２２）は上部は菱形をなして下方に延出し
中程部を前記玄米受樋（６）の穀粒受入側に下縁を軸（
２３）支して傾斜角度を変更自在とした調節弁（２４）
の上記軸（２３）に揺動自在に嵌合せる縦板であって、
この縦板（２２）には軸（２３）を中心とする円弧状に
数個の係止穴（２２ａ）が等間隔に穿設され、下端は上
記腕杆（２１）の下端と連杆（２５）によって連動連結
している。（２６）は縦板（２２）の外側において基端
を上記軸（２３）に固着し上端部が係止穴（２２ａ）に
夫々係合する操作杆であり操作杆（２６）上端が係止穴
（２２ａ）に係合することによって縦板（２２）は軸（
２３）支部を支点にして調節弁（２４）と一体的に揺動
する構成になっている。Next, main parts of the present invention will be explained. (Step 9) is a sorting cylinder (
1) The upper end is rotated around the pivot (20) on the side closer to the supply side (X), that is, on the grain receiving side and on the lower side of the mixed grain transfer gutter (5). The lower part of the sorting cylinder (1) is bent slightly to deflect the inner peripheral surface of the sorting cylinder (1) so that it comes into contact with the upper surface of the fluidized bed flowing in a downfall state. It forms a contact surface (19a). (21
) is an arm rod that projects diagonally downward from the rear end of the pivot (20), and (22) has a diamond-shaped upper part that extends downward, and a middle part that is connected to the grains of the brown rice receiving trough (6). Center the lower edge on the receiving side (
23) Control valve whose inclination angle can be changed by supporting it (24)
A vertical plate that is swingably fitted to the shaft (23) of the
This vertical plate (22) has several locking holes (22a) drilled at equal intervals in an arc shape centered on the shaft (23), and the lower end is connected to the lower end of the arm rod (21) ( 25). (26) is an operating rod whose base end is fixed to the shaft (23) on the outside of the vertical plate (22) and whose upper end engages with the locking hole (22a), and the upper end of the operating rod (26) is locked. By engaging with the hole (22a), the vertical plate (22) rotates around the shaft (
23) It is configured to swing integrally with the control valve (24) using the branch as a fulcrum.
（２７）は重錘であり、この重錘（２７）は上記軸（２
３）に取着してあり、（２８）は縦板（２２）の下部寄
りを前記枢軸（２０）に牽引せる弾機で感知センサー（
１９）側に引張しである。(27) is a weight, and this weight (27) is attached to the shaft (2
3), and (28) is a bullet that can pull the lower part of the vertical plate (22) to the pivot (20), and a detection sensor (
19) It is pulled to the side.
そして、上記の重錘（２７）は、その重錘（２７）の重
力を四）とし、傾斜時における調節弁（２４）の自重を
（匈）、また調節弁（２４）が第６図に示すように穀粒
受入側に傾倒したときの弾機（２８）の引張力を（Ｆ）
、第７図に示すように反対側に傾倒したときの弾機（２
８）の引張力を（Ｆ゛）とすればそれぞれ次式によって
表わされる重量のものにしである。The gravity of the weight (27) is 4), and the weight of the control valve (24) when tilting is (Hong), and the control valve (24) is as shown in Figure 6. The tensile force of the bullet (28) when it is tilted toward the grain receiving side as shown is (F)
, as shown in Figure 7, the projectile (2) tilts to the opposite side.
If the tensile force of 8) is (F'), then the respective weights are expressed by the following equations.
ｗ＜Ｗ十Ｆ 、 Ｗ＞ｗ十Ｆ’
そこで、前述せる回転選別籾摺装置の運転開始に当たっ
ては予め第５図に示すように選別筒体（１）内周面を回
動方向側に偏位し降積状態で流動する流動層（ハ）の上
面に感知センサー（１９）の接触面（１９ａ）が接当す
る状態で調節弁（２４）が略々垂直の姿勢を保つよう操
作杆（２６）の上端を適当な係止穴（２２ａ）に係合さ
せ運転するのであるが、いま前記スロワ−（１７）によ
って揚上され選別筒体（１）内に供給される混合粒が増
加すれば選別筒体（１）内周面上を偏位流動する流動層
（ハ）は嵩高となり第６図の（ニ）に示す流動層を形成
するようになる。そうすると感知センサー（１９）は流
動Ｍ（＝）の上面に押され腕杆（２１）、連杆（２５）
、縦板（２２）を介して調節弁（２４）は穀粒受入側に
傾倒し第６図に示す状態となる。またスロワ−（１７）
によって揚」ユされ選別筒体（１）内に供給されていた
混合粒が減少すれば調節弁（２４）の自重（ｗ）が作用
しているから弾機（２８）の引張力（Ｆ）のみでは元の
状態に復帰しようとしないが重錘（２７）の重力（Ｗ）
が引張力（Ｆ）に加えられ感知センサー（１９）の接触
面（１９ａ）は流動層の上面に追従し調節弁（２４）は
元の状態となる。w<W1F, W>w1F' Therefore, before starting the operation of the above-mentioned rotary sorting huller, the inner circumferential surface of the sorting cylinder (1) is biased in the rotating direction as shown in FIG. The operating rod ( The upper end of 26) is engaged with a suitable locking hole (22a) for operation, but now the mixed grains lifted by the thrower (17) and fed into the sorting cylinder (1) are increasing. For example, the fluidized bed (c) flowing on the inner circumferential surface of the sorting cylinder (1) becomes bulky and forms the fluidized bed shown in (d) of FIG. 6. Then, the detection sensor (19) is pushed by the upper surface of the flow M (=), and the arm rod (21) and the connecting rod (25)
, the control valve (24) is tilted toward the grain receiving side via the vertical plate (22) to be in the state shown in FIG. Also thrower (17)
If the mixed grains that have been lifted and supplied into the sorting cylinder (1) decrease, the tensile force (F) of the bullet (28) will increase because the weight (w) of the control valve (24) is acting. Although it does not try to return to its original state with only the weight (27), the gravity (W) of the weight (27)
is applied to the tensile force (F), the contact surface (19a) of the sensing sensor (19) follows the upper surface of the fluidized bed, and the control valve (24) returns to its original state.
そこで、更に流動する混合流が減少すれば第７図に示す
流動層（ネ）となり調節弁（２４）が前記とは反対側に
傾倒するのである。Therefore, if the flowing mixed flow is further reduced, a fluidized bed (N) is formed as shown in FIG. 7, and the control valve (24) is tilted to the opposite side.
この状態の場合に今度は供給される混合粒が増加すると
感知板（１９）はその流動層（ホ）の増大によって押さ
れるが調節弁（２４）の自重（−）と弾機（２８）の引
張力（Ｆ′）が作用しているから容易に元に復帰しよう
としない、しかし重錘（２７）の重力（Ｗ）が逆方向に
作用して感知センサー（１９）は増大する流動層に追従
するのである。In this state, when the number of mixed grains to be supplied increases, the sensing plate (19) is pushed by the increase in the fluidized bed (e), but the weight (-) of the control valve (24) and the weight of the bullet (28) Because the tensile force (F') is acting on it, it does not try to return to its original state easily, but the gravity (W) of the weight (27) acts in the opposite direction and the sensing sensor (19) detects the increasing fluidized bed. It follows.
本発明は以上詳述せる如く、内周面に多数のくぼみを形
設して回動可能に横架せる選別筒体内に受樋を挿通横架
し且つ該受樋の穀粒受入側に下縁を軸支して傾斜角度を
変更自在な調節弁を設けた回転選別機において、上記軸
支部を支点にして調節弁と一体的に揺動する縦板を設け
、前記選別筒体内にこの選別筒体の回動力向側に偏位流
動する流動層の高低を感知する感知センサーを設け、こ
の感知センサーの作動によって連動する連杆を上記縦板
の下端に連動連結すると共に、前記軸に重錘を取着し且
つ弾機によってこの縦板を感知センサー側に引張せしめ
た構成としたから、運転中において選別筒体内周面に供
給される混合粒の量が増減しても、その増減による流動
層の厚薄即ち流動層の上面の高低に応じて調節弁の傾斜
角度を変更せしめて受樋内への受入量を調節し、しかも
重錘の取着によって調節弁の自重と弾機の引張力相互の
矛盾を解消し常に感知センサーを流動層の高低変動に円
滑に追従させ調節弁の傾斜角度の変更を安定よく確実に
行なわせ得るに至ったのである。As described in detail above, the present invention is characterized in that a receiving gutter is inserted horizontally into a sorting cylinder which is rotatably hung horizontally by forming a large number of depressions on its inner circumferential surface, and the receiving gutter is suspended horizontally on the grain receiving side of the receiving gutter. In a rotary sorting machine equipped with a control valve whose rim is pivotably supported and whose inclination angle can be freely changed, a vertical plate is provided that swings integrally with the control valve using the pivot support as a fulcrum, and the sorting cylinder is provided with a vertical plate that swings integrally with the control valve, and the sorting cylinder is provided with a vertical plate that swings integrally with the control valve using the shaft support as a fulcrum. A sensor is provided to detect the height of the fluidized bed that is deflected in the direction of the rotational force of the cylinder, and a linking rod that is interlocked by the operation of this sensor is connected to the lower end of the vertical plate, and a weight is attached to the shaft. Since the structure is such that a weight is attached and this vertical plate is pulled toward the sensing sensor side by a bullet, even if the amount of mixed grains supplied to the inner periphery of the sorting cylinder increases or decreases during operation, it will not be affected by the increase or decrease. The inclination angle of the control valve is changed according to the thickness of the fluidized bed, that is, the height of the top surface of the fluidized bed, to adjust the amount received into the receiving trough.Moreover, by attaching a weight, the self-weight of the control valve and the tension of the projectile are adjusted. By eliminating the conflict between forces, the sensor can always smoothly follow the height fluctuations of the fluidized bed, and the inclination angle of the control valve can be changed stably and reliably.
図面は本発明の実施態様を例示せるものにして、第１図
は本発明を備えた回転選別機を組込んだ回転選別籾摺装
置全体の内部を示す図、第２図は第１図のＡ−Ａ線にお
ける断面図、第３図は同Ｂ−Ｂ線における断面図、第４
図は要部の後面図、第５図乃至第７図はそれぞれ本発明
要部を拡大した説明図である。
主要部の符号説明
（１）・・・選別筒体 （２）・・・くぼみ（２３
）・・・軸 （２４）・・・調節弁（八）・
・・感知センサー （２５）・・・連杆（２７）・・・
重錘 （２８）・・・弾機第Ｓ図
第２図
５．４The drawings are for illustrating embodiments of the present invention, and FIG. 1 is a diagram showing the inside of the entire rotary sorting and hulling device incorporating a rotary sorting machine equipped with the present invention, and FIG. 3 is a cross-sectional view taken along line A-A, and Figure 4 is a cross-sectional view taken along line B-B.
The figure is a rear view of the main part, and FIGS. 5 to 7 are enlarged explanatory views of the main part of the present invention. Explanation of symbols for main parts (1)... Sorting cylinder (2)... Hollow (23
)...shaft (24)...control valve (8)...
... Sensing sensor (25) ... Continuous rod (27) ...
Weight (28)...Ammunition Figure S Figure 2 5.4
Claims (1)
せる選別筒体（１）内に受樋を挿通横架し且つ該受樋の
穀粒受入側に下縁を軸（２３）支して傾斜角度を変更自
在な調節弁（２４）を設けた回転選別機において、上記
軸（２３）支部を支点にして調節弁（２４）と一体的に
揺動する縦板（２２）を設け、前記選別筒体（１）内に
この選別筒体（１）の回転方向側に偏位流動する流動層
の高低を感知するセンサー（１９）を設け、この感知セ
ンサー（１９）の作動によって連動する連杆（２５）を
上記縦板（２２）の下端に連結すると共に、前記軸（２
３）に重錘（２７）を取着し且つ弾機（２８）によって
この縦板（２２）を感知センサー（１９）側に引張せし
めてなる回転選別機における調節弁の自動安定装置。A receiving gutter is inserted horizontally into a sorting cylinder (1) which has a number of depressions (2) formed in its inner circumferential surface and is rotatably hung horizontally, and the lower edge is pivoted on the grain receiving side of the receiving gutter. (23) In a rotary sorting machine equipped with a control valve (24) that can be supported and whose inclination angle can be changed, a vertical plate ( 22), and a sensor (19) is provided in the sorting cylinder (1) to detect the height of the fluidized bed flowing in the direction of rotation of the sorting cylinder (1). The linking rod (25) which is interlocked by the operation of is connected to the lower end of the vertical plate (22), and the shaft (2
3) An automatic stabilizing device for a control valve in a rotary sorting machine, in which a weight (27) is attached to the plate and the vertical plate (22) is pulled toward the sensor (19) by a bullet device (28).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19704387A JPS6344979A (en) | 1987-08-05 | 1987-08-05 | Automatic stabilizer for adjusting valve in rotary selector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19704387A JPS6344979A (en) | 1987-08-05 | 1987-08-05 | Automatic stabilizer for adjusting valve in rotary selector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS6344979A true JPS6344979A (en) | 1988-02-25 |
Family
ID=16367769
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP19704387A Pending JPS6344979A (en) | 1987-08-05 | 1987-08-05 | Automatic stabilizer for adjusting valve in rotary selector |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6344979A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102553691B1 (en) * | 2022-11-30 | 2023-07-10 | 유동규 | Automatic water sampler |
| KR102602421B1 (en) * | 2022-10-28 | 2023-11-15 | (주)지오시스템리서치 | Water collection control device for setting target water depth and water collection system using the same |
-
1987
- 1987-08-05 JP JP19704387A patent/JPS6344979A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102602421B1 (en) * | 2022-10-28 | 2023-11-15 | (주)지오시스템리서치 | Water collection control device for setting target water depth and water collection system using the same |
| KR102553691B1 (en) * | 2022-11-30 | 2023-07-10 | 유동규 | Automatic water sampler |
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