JPS61275412A - Device for measuring and supplying finishing oil - Google Patents

Device for measuring and supplying finishing oil

Info

Publication number
JPS61275412A
JPS61275412A JP11028485A JP11028485A JPS61275412A JP S61275412 A JPS61275412 A JP S61275412A JP 11028485 A JP11028485 A JP 11028485A JP 11028485 A JP11028485 A JP 11028485A JP S61275412 A JPS61275412 A JP S61275412A
Authority
JP
Japan
Prior art keywords
oil
branch
guide
oil supply
lubrication
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
Application number
JP11028485A
Other languages
Japanese (ja)
Inventor
Masatoshi Ishihara
石原 昌利
Katsuji Kakehi
筧 勝次
Yukinobu Fujita
藤田 幸伸
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Toray Industries Inc
Original Assignee
Toray Industries Inc
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Toray Industries Inc filed Critical Toray Industries Inc
Priority to JP11028485A priority Critical patent/JPS61275412A/en
Publication of JPS61275412A publication Critical patent/JPS61275412A/en
Pending legal-status Critical Current

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  • Spinning Methods And Devices For Manufacturing Artificial Fibers (AREA)

Abstract

PURPOSE:To remove foams admixed in a finishing oil to be fed to an oil feed guide, by setting a three-way branch part in a specific state between the extrusion hole of the oil feed guide and a downward oil supply pump. CONSTITUTION:The three-way branch part 6 is set in the middle of the oil feed piping 5 at a position with a height between the extrusion hole 2 of an oil feed guide and the oil supply pump 4. The upper branch 6A is connected to the open end 8A at a position higher than the extrusion hole 2 of the oil feed guide, the horizontal or lower branch 6B is connected to the oil feed pump 4, and the horizontal or lower branch 6C is connected to the oil feed guide 1. Foams are wholly made to flow to the upper branch 6A, not to the branch 6C, so that the foams admixed in a finishing oil to be fed to the oil feed guide 1 can be removed.

Description

【発明の詳細な説明】 [産業上の利用分野] 本発明は、計量された油剤を給油ガイドにより走行糸条
に付与する、計量給油装置の改良に関するものである。
DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to an improvement in a metering and lubricating device that applies a metered amount of lubricant to a running yarn using a lubricating guide.

[従来の技術] 溶融紡糸された紡出糸条を冷却固化した後に、界面活性
剤、平滑剤等からなる紡糸油剤を付与することが一般的
に行なわれている。
[Prior Art] After melt-spun spun yarn is cooled and solidified, it is generally practiced to apply a spinning oil agent consisting of a surfactant, a smoothing agent, etc.

この紡糸油剤は、溶融紡糸時の操業性の安定、糸質の安
定のねらいのほか、高次加工におけるトラブルの発生を
未然に防止し、高品位の最終製品(布帛など)をつくる
ために付与する極めて重要なものである。
This spinning oil is applied not only to stabilize operability during melt spinning and to stabilize yarn quality, but also to prevent troubles during high-order processing and create high-quality final products (fabrics, etc.). This is extremely important.

近年、製糸時の糸条走行速度が大幅に向上したことに伴
い、糸条とガイド類との摩擦トラブルや回転体への単糸
巻付きが多発しやすくなり、これらトラブルを防止する
ために、糸条へ油剤を、より均一に定量付与することが
強く望まれている。
In recent years, as yarn running speed during spinning has improved significantly, problems with friction between the yarn and guides and single yarn wrapping around rotating bodies have become more likely to occur.In order to prevent these problems, yarn There is a strong desire to more uniformly apply a fixed amount of oil to the strips.

そこで、この油剤の均一定量付与のため、ローラ給油方
式に代わって、ガイド給油方式が高速製糸に一般に用い
られてきている(特開昭59−112017号公報等)
Therefore, in order to apply a uniform amount of this lubricant, a guide oiling system has been generally used in place of the roller oiling system for high-speed silk spinning (Japanese Patent Application Laid-Open No. 112017/1984, etc.).
.

ところが、従来のガイド給油方式は、第5図に示すよう
に、油剤タンクから供給される油剤を計量ポンプ4で一
定流量の流れとし、この定量流れを油剤送給配管5を通
して給油ガイド1に流し、該給油ガイドの吐出孔2から
吐出して走行糸条に付与する機構となっているので、油
剤中に溶存していた気体が気泡となって現われたり、ま
た、系内の接合部から空気が洩れ入ったりすることによ
り、系内の油剤に気泡が混入した場合、この気泡はその
まま給油ガイドの吐出孔に送られ、油剤供給が一時途絶
えるという、いわゆる油剤切れの状態をひきおこす。こ
の油剤切れの状態では走行糸条に油剤が付着しないので
、その油剤切れの状態が瞬時的なものであっても油剤の
付着斑をひきおこし、引取りローラ上での単糸割れ、毛
羽、あるいは糸切セ等のトラブルを誘発することとなる
However, in the conventional guide lubrication system, as shown in FIG. 5, the lubricant supplied from the lubricant tank is made to flow at a constant flow rate using the metering pump 4, and this fixed flow is sent to the lubricant guide 1 through the lubricant supply pipe 5. Since the mechanism is such that the oil is discharged from the discharge hole 2 of the oil supply guide and applied to the running yarn, gas dissolved in the oil may appear as bubbles, and air may escape from the joints in the system. If air bubbles get mixed into the oil in the system due to leakage, these air bubbles are directly sent to the discharge hole of the oil supply guide, causing a so-called lubricant shortage condition in which the oil supply is temporarily cut off. In this state of running out of lubricant, the lubricant does not adhere to the running yarn, so even if the lubricant runout is instantaneous, it may cause spots of lubricant adhesion, causing single yarn cracks, fuzz, or fuzz on the take-up roller. This will lead to troubles such as thread cutting.

この混入気泡による油剤の付着斑は、紡糸速度が速いほ
ど顕著に現われるので、高速紡糸におけるガイド給油に
おいては混入気泡をなくすことが強く望まれていた。
The uneven adhesion of the lubricant due to these mixed air bubbles becomes more noticeable as the spinning speed increases, so it has been strongly desired to eliminate the mixed air bubbles in guide oil supply during high-speed spinning.

しかし、一旦系内にはいった気泡を除去することは容易
ではなく、給油ポンプ以降の配管中の気泡は、紡糸中断
時に配管に振動や衝撃を与えて、強制的に吐出端から追
出しているのが実状であった。
However, it is not easy to remove air bubbles once they have entered the system, and air bubbles in the piping after the oil supply pump are forcibly expelled from the discharge end by applying vibrations and shocks to the piping when spinning is interrupted. was the actual situation.

[発明が解決しようとする問題点] そこで、本発明は、給油タンクから給油ポンプ、給油ガ
イドに至る系内に混入した気泡を、給油ガイドに至る手
前で自動的に除去することができる計量給油装置を提供
することを主な目的とするものである。
[Problems to be Solved by the Invention] Therefore, the present invention provides a metered lubrication system that can automatically remove air bubbles that have entered the system from the refueling tank to the refueling pump and the refueling guide before reaching the refueling guide. Its main purpose is to provide equipment.

[問題点を解決するための手段] この目的を達成するため、本発明は、吐出孔2から油剤
を吐出させることにより走行糸条Yの給油処理を行なう
給油ガイド1、該給油ガイドよりも低い位置に設置され
た油剤送給用の給油ポンプ4、および、該給油ポンプと
前記給油ガイドとを連設せしめる油剤送給配管5を有す
る計量給油装置において、前記油剤送給配管の途中であ
って、かつ、前記給油ガイドの吐出孔と前記給油ポンプ
との間の高さの位置に、上方、水平ないし下方、および
、水平ないし下方、の三方に分岐した三方分岐部6が、
その上方の分岐6Aは前記給油ガイドの吐出孔よりも高
い位置での開放@8Aとつながり、水平ないし下方の分
岐の一方6Bは、前記給油ポンプと、また、水平ないし
下方の分岐の他方6Cは前記給油ガイドとそれぞれつな
がるように配設されたことを特徴とする計量給油装置、
からなる。
[Means for Solving the Problems] In order to achieve this object, the present invention provides a lubricating guide 1 that performs lubricating treatment of the running yarn Y by discharging lubricant from the discharge hole 2, and a lubricating guide 1 that is lower than the lubricating guide. In a metering and lubricating device having a lubricant supply pump 4 installed at a position, and a lubricant feed pipe 5 that connects the lubricant pump and the lubricant guide, the lubricant feed pipe is located in the middle of the lubricant feed pipe. , and at a height between the discharge hole of the refueling guide and the refueling pump, a three-way branch part 6 that branches into three directions: upward, horizontal or downward, and horizontal or downward,
The upper branch 6A is connected to the opening @8A at a position higher than the discharge hole of the oil supply guide, one of the horizontal or lower branches 6B is connected to the oil supply pump, and the other horizontal or lower branch 6C is connected to the oil supply pump. A metering oil supply device, characterized in that it is arranged so as to be connected to each of the oil supply guides,
Consisting of

第1図および第2図は、それぞれ、本発明に係る計量給
油装置の実施態様を示す概略縦断面図であり、これら図
に沿って以下説明する。
FIG. 1 and FIG. 2 are schematic longitudinal sectional views showing embodiments of the metering and lubrication device according to the present invention, and the following description will be made with reference to these figures.

走行糸条Yは、給油ガイド1の吐出孔2を接触して走行
することにより、吐出孔2から連続的に流出する紡糸油
剤で処理される。ここで、油剤は、供給タンク(図示な
し)から、供給配管3を通って、給油ポンプ4に流入し
、該給油ポンプで定量流れとして送給され、油剤送給配
管5を通って、給油ガイド1に至るのである。
The running yarn Y travels in contact with the discharge hole 2 of the oil supply guide 1, and is treated with the spinning oil that continuously flows out from the discharge hole 2. Here, the lubricant flows from a supply tank (not shown) through a supply pipe 3 to a lubricant pump 4, is fed as a constant flow by the lubricant pump, passes through a lubricant feed pipe 5, and then flows into a lubricant guide. It reaches 1.

[作用] 本発明では、油剤の気泡扱きのため、油剤送給配管5を
特定な構造としている。すなわち、上方、水平ないし下
方、および、水平ないし下方、の三方に分岐した三方分
岐部6を、油剤送給配管5の途中であって、かつ、給油
ガイドの吐出孔2と給油ポンプ4との間の高ざの位置に
設置したものであって、この三方分岐部6は、その上方
の分岐6Aが給油ガイドの吐出孔2よりも高い位置での
開放端8Aとつながり、水平ないし下方の分岐の一方(
第一分岐という>6Bが給油ポンプ4とつながり、かつ
、水平ないし下方の分岐の他方(第二分岐という>60
が給油ガイド1とつながっている。
[Function] In the present invention, the oil supply pipe 5 has a specific structure in order to handle air bubbles in the oil. That is, the three-way branch section 6, which branches into three directions, upward, horizontal or downward, and horizontal or downward, is located in the middle of the oil supply pipe 5 and between the discharge hole 2 of the oil supply guide and the oil supply pump 4. The three-way branch 6 has an upper branch 6A connected to an open end 8A at a higher position than the discharge hole 2 of the refueling guide, and a horizontal or lower branch. One of the (
>6B, called the first branch, is connected to the oil supply pump 4, and the other horizontal or downward branch (>60B, called the second branch)
is connected to refueling guide 1.

このような構造とすることにより、給油ポンプ4から上
方に流れる油剤は第一分岐6Bから三方分岐部内にはい
り、上方の分岐6Aと第二分岐6Cとの両方に分かれる
が、上方の分岐6Aは開放端8Aにつながっているので
、吐出孔2と同じ高さの位置までしか油剤は上がらず、
第二分岐6Cの方へと油剤は定常的に流れることとなる
With this structure, the oil flowing upward from the oil supply pump 4 enters the three-way branch from the first branch 6B and is divided into both the upper branch 6A and the second branch 6C, but the upper branch 6A is Since it is connected to the open end 8A, the oil only rises to the same height as the discharge hole 2.
The oil will constantly flow towards the second branch 6C.

ここで、油剤中に気泡が混入していた場合、その気泡は
、三方分岐部6内において、給油ガイド1へ至る第二分
岐6Cが水平ないし下方に向いているので、第二分岐6
Cの方へ流れることはできず、専ら上方の分岐6Aの方
へと流れる。従って、この三方分岐部6において、給油
ガイド1に供給する油剤中から混入気泡を自動的に除去
する(自然排気させる)ことができるのである。
Here, if air bubbles are mixed in the oil agent, the air bubbles will be removed from the second branch 6 because the second branch 6C leading to the oil supply guide 1 is oriented horizontally or downward in the three-way branch 6.
It cannot flow towards C, but flows exclusively towards the upper branch 6A. Therefore, in this three-way branch portion 6, air bubbles mixed in the oil agent supplied to the oil supply guide 1 can be automatically removed (naturally evacuated).

三方分岐部の第一分岐6Bは油剤流入側の分岐であるか
ら、油剤中の気泡を三方分岐点まで移動させてくるため
には上方の分岐でないことが必要であって、第1.2図
に示すような下方の分岐であることが好ましいが、第3
図に示すような水平方向の分岐とすることもできる。
Since the first branch 6B of the three-way branch is a branch on the oil inflow side, it must not be an upper branch in order to move the bubbles in the oil to the three-way branch, and as shown in Fig. 1.2. It is preferable to have a downward branch as shown in FIG.
It can also be a horizontal branch as shown in the figure.

第二分岐6Cは、油剤流出側の分岐であるから、気泡を
流出させないために上方の分岐でないこと、すなわち、
水平ないし下方の分岐であることが必要である。
Since the second branch 6C is a branch on the oil outlet side, it must not be an upper branch in order to prevent air bubbles from flowing out.
It is necessary that the branch be horizontal or downward.

本発明で分岐の方向を表わず、下方、あるいは上方は、
垂直方向の他に斜め方向をも意味している。例えば、下
方の場合、垂直下方であっても斜め下方であってもよい
In the present invention, the direction of branching is not expressed; downward or upward is
It means not only the vertical direction but also the diagonal direction. For example, in the case of the downward direction, it may be vertically downward or diagonally downward.

上方の分岐6Aの分岐方向は、気泡扱き効率を高めるた
めに、垂直方向、もしくは、垂直から45度以内の斜め
上方であることが好ましい。
The branch direction of the upper branch 6A is preferably vertical or diagonally upward within 45 degrees from the vertical in order to improve bubble handling efficiency.

三方分岐部6における分岐点の高さと給油ガイドの吐出
孔2の高さとの差Δhは、上方の分岐6A方向の油剤滞
留量を少なく抑えるためになるべく小さくすることが好
ましいが、Δhがあまり小さすぎると気泡扱きを十分に
行なうことができ ′ないので、実用上、Δhは1〜5
cm程度であることが好ましい。
The difference Δh between the height of the branch point in the three-way branch 6 and the height of the discharge hole 2 of the oil supply guide is preferably made as small as possible in order to keep the amount of oil retained in the upper branch 6A direction low, but Δh is too small. If it is too large, bubbles cannot be handled sufficiently, so in practice, Δh should be 1 to 5.
It is preferable that it is about cm.

開放端8Aの高さト;は、その開放端から油剤が流出し
ないために、給油ガイドの吐出孔2よりも高い位置であ
ることを要する。この開放端8Aからの夾雑物の混入を
防止するために、開放端の近傍に屈曲部分を設けてもよ
いし、また、開放端を、密閉状でない筐体で囲ってもよ
い(第3図の(a)、(b))。なお、第3図(a)の
場合、開放端の高さHは、図示したとおり、屈曲部分の
高さでもって表わされる。
The height of the open end 8A needs to be higher than the discharge hole 2 of the oil supply guide in order to prevent the lubricant from flowing out from the open end. In order to prevent contaminants from entering through the open end 8A, a bent portion may be provided near the open end, or the open end may be surrounded by a non-sealed casing (see Fig. 3). (a), (b)). In the case of FIG. 3(a), the height H of the open end is expressed by the height of the bent portion, as shown.

F実施例J 硫酸相対粘度ηr2.6のナイロン66チップを溶融温
度290℃で溶融した後、直径Q、3mm、孔数10の
吐出孔から溶融紡出した。紡出されたフィラメント糸を
温度18℃、風速30m/分の冷却風を吹付Cプること
により冷却した後、吐出孔から3.5m下方に位置する
セラミック製給油ガイドを用いて、濃度3%の含水油剤
を給油した。次いで、周速4200m/分で回転する2
個のゴデツトローラに半周ずつ巻付けて引取った後、巻
取張力12qでチーズワインダ方式により巻取り、35
デニール、10フイラメントの中間配向糸を得た。
F Example J A sulfuric acid nylon 66 chip having a relative viscosity ηr of 2.6 was melted at a melting temperature of 290° C., and then melt-spun through a discharge hole having a diameter Q of 3 mm and 10 holes. After the spun filament yarn was cooled by blowing cooling air at a temperature of 18°C and a speed of 30 m/min, it was heated to a concentration of 3% using a ceramic oil supply guide located 3.5 m below the discharge hole. A water-containing oil agent was supplied. Then, 2 rotates at a circumferential speed of 4200 m/min.
After winding half a turn around each Godet roller and taking it off, it is wound up using a cheese winder method with a winding tension of 12q,
A denier, 10 filament intermediately oriented yarn was obtained.

この製糸工程において、給油ガイドには、0、1cc/
revの給油ポンプ26rl)mで計a t、、 タ油
剤を、第1図、第2図(第二分岐6Cは水平より30度
下方に傾斜)、もしくは第5図(従来)に示す構造の計
量給油装置により供給した。
In this yarn reeling process, the oil supply guide is filled with 0, 1 cc/
rev's oil supply pump 26rl)m. It was supplied by a metered lubrication device.

この際、給油ガイドの吐出孔における油剤吐出斑の有無
を、吐出孔での油剤による光沢の変化を観察することに
より、また、引取りゴデツトローラ上での走行糸条のば
らけの有無を目視により判定した。ざらに、巻取り前の
綾振り支点ガイドの直前で、走行糸条長手方向の油水分
付着斑を、電極端子による油水分付着斑表示装置(YO
に0GAWA−)IE吋LLET−PACKARD製、
測定電圧25V)により、測定した。
At this time, the presence or absence of unevenness of oil discharge at the discharge hole of the oil supply guide can be checked by observing the change in gloss caused by the oil at the discharge hole, and the presence or absence of looseness of the traveling yarn on the take-up godet roller can be visually checked. I judged it. Roughly, just before the traverse fulcrum guide before winding, oil and moisture adhesion spots in the longitudinal direction of the running yarn are detected using an oil and moisture adhesion spot display device (YO) using an electrode terminal.
Made by 0GAWA-)IE LLET-PACKARD,
The measurement voltage was 25 V).

また、この製糸工程において発生した糸切れ回数を測定
し、ボリア1トンあたりの糸切れ回数でもって表示しな
In addition, the number of thread breakages that occur during this spinning process is measured and expressed as the number of thread breakages per ton of boria.

第1表および第6図に示した結果かられかるように、本
発明に係る計量給油装置を用いて給油処理を行なうと、
油剤中の混入気泡に起因する油剤吐出斑を十分に防止す
ることができ、この結果、糸条付着油分の変動が大幅に
抑制され、引取りローラ上のばらけがなく安定して巻取
ることができ、糸切れを従来の半分以下の水準に減少さ
せることができた。
As can be seen from the results shown in Table 1 and FIG.
It is possible to sufficiently prevent uneven discharge of the oil agent caused by air bubbles mixed in the oil agent, and as a result, fluctuations in the amount of oil attached to the yarn are greatly suppressed, and stable winding is possible without any scattering on the take-up roller. We were able to reduce thread breakage to less than half of the conventional level.

また、三方分岐部6を吐出孔と同じ高さに設けた場合(
N、4)では、開放端8A側から逆に油剤中に気泡が混
入することがあり、混入気泡による油剤吐出斑を抑える
ことはできなかった。
Moreover, when the three-way branch part 6 is provided at the same height as the discharge hole (
In N, 4), air bubbles sometimes got mixed into the oil agent from the open end 8A side, and it was not possible to suppress unevenness in oil agent discharge due to the mixed air bubbles.

[発明の効果] 本発明に係る計量給油装置を用いて走行糸条への給油を
行なうと、給油ガイドに供給される油剤中の混入気泡を
効率的に除去することができるので、吐出孔における油
剤吐出斑が防止され、この結果、糸条付着油水分の変動
が大幅に抑制され、引取りローラ上での単糸ばらけや糸
切れが激減し、製糸、巻取り時の操業安定性が向上する
[Effects of the Invention] When the running yarn is lubricated using the metering lubricating device according to the present invention, air bubbles mixed in the lubricant supplied to the lubricating guide can be efficiently removed. Uneven discharge of oil agent is prevented, and as a result, fluctuations in oil and water content on the yarn are greatly suppressed, and single yarn loosening and yarn breakage on the take-up roller are drastically reduced, improving operational stability during spinning and winding. improves.

【図面の簡単な説明】[Brief explanation of drawings]

第1図は、本発明に係る計量給油装置の一実施態様を示
す概略縦断面図であり、また、第2図は、別の実態態様
を示す概略縦断面図である。 第3図は、三方分岐部6のざらに別の実施態様を示す概
略縦断面図である。第4図(a) 、(b)は、開放端
8Aの別の形状を例示する概略縦断面図である。 第5図は、従来の計量供給装置を示す縦断面図である。 第6図(1) 、(2)および(3)は、実施例におい
て測定した糸条付着油分の変動を4糸条について示すチ
ャートである。 1: 給油ガイド 2: 給油ガイドの吐出孔 4: 給油ポンプ 5: 油剤送給配管 6: 三方分岐部 6A: 上方の分岐 6B、6C: 水平ないし下方の分岐 8A: 開放端 Y二 走行糸条
FIG. 1 is a schematic vertical cross-sectional view showing one embodiment of the metering oil supply device according to the present invention, and FIG. 2 is a schematic vertical cross-sectional view showing another embodiment. FIG. 3 is a schematic longitudinal cross-sectional view showing a slightly different embodiment of the three-way branch 6. As shown in FIG. FIGS. 4(a) and 4(b) are schematic vertical cross-sectional views illustrating another shape of the open end 8A. FIG. 5 is a longitudinal sectional view showing a conventional metering and feeding device. FIGS. 6(1), (2), and (3) are charts showing changes in the oil content attached to the yarns measured in Examples for four yarns. 1: Oil supply guide 2: Oil supply guide discharge hole 4: Oil supply pump 5: Oil supply pipe 6: Three-way branch 6A: Upper branch 6B, 6C: Horizontal or lower branch 8A: Open end Y2 Running thread

Claims (1)

【特許請求の範囲】[Claims] 吐出孔から油剤を吐出させることにより走行糸条への給
油処理を行なう給油ガイド、該給油ガイドよりも低い位
置に設置された油剤送給用の給油ポンプ、および、該給
油ポンプと前記給油ガイドとを連設せしめる油剤送給配
管を有する計量給油装置において、前記油剤送給配管の
途中であって、かつ、前記給油ガイドの吐出孔と前記給
油ポンプとの間の高さの位置に、上方、水平ないし下方
、および、水平ないし下方、の三方に分岐した三方分岐
部が、その上方の分岐は前記給油ガイドの吐出孔よりも
高い位置での開放端とつながり、水平ないし下方の分岐
の一方は、前記給油ポンプと、また、水平ないし下方の
分岐の他方は前記給油ガイドとそれぞれつながるように
配設されたことを特徴とする計量給油装置。
A lubrication guide that lubricates the running yarn by discharging a lubrication agent from a discharge hole, a lubrication pump for feeding the lubrication agent installed at a lower position than the lubrication guide, and a combination of the lubrication pump and the lubrication guide. In the metering lubrication device having a lubricant supply pipe that connects the lubricant supply pipe, an upper portion is provided at a position in the middle of the lubricant supply pipe and at a height between the discharge hole of the refueling guide and the oil supply pump. There is a three-way branch that branches horizontally or downwardly, and horizontally or downwardly, the upper branch is connected to the open end at a position higher than the discharge hole of the refueling guide, and one of the horizontal or downward branches is . The metering oil supply device, wherein the oil supply pump and the other horizontal or downward branch are respectively connected to the oil supply guide.
JP11028485A 1985-05-24 1985-05-24 Device for measuring and supplying finishing oil Pending JPS61275412A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11028485A JPS61275412A (en) 1985-05-24 1985-05-24 Device for measuring and supplying finishing oil

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11028485A JPS61275412A (en) 1985-05-24 1985-05-24 Device for measuring and supplying finishing oil

Publications (1)

Publication Number Publication Date
JPS61275412A true JPS61275412A (en) 1986-12-05

Family

ID=14531789

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11028485A Pending JPS61275412A (en) 1985-05-24 1985-05-24 Device for measuring and supplying finishing oil

Country Status (1)

Country Link
JP (1) JPS61275412A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0537975U (en) * 1991-10-29 1993-05-21 帝人株式会社 Oil agent applying device

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5145707A (en) * 1974-10-18 1976-04-19 Hitachi Ltd KAITENKAIJIGATACHODENDOKAITENDENKINOKAITENSHI

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5145707A (en) * 1974-10-18 1976-04-19 Hitachi Ltd KAITENKAIJIGATACHODENDOKAITENDENKINOKAITENSHI

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0537975U (en) * 1991-10-29 1993-05-21 帝人株式会社 Oil agent applying device

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