JPH0580503U - Chip removal device on filter screen - Google Patents
Chip removal device on filter screenInfo
- Publication number
- JPH0580503U JPH0580503U JP2951392U JP2951392U JPH0580503U JP H0580503 U JPH0580503 U JP H0580503U JP 2951392 U JP2951392 U JP 2951392U JP 2951392 U JP2951392 U JP 2951392U JP H0580503 U JPH0580503 U JP H0580503U
- Authority
- JP
- Japan
- Prior art keywords
- chips
- operating rod
- cutting oil
- cutting
- filter net
- 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.)
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Abstract
(57)【要約】
【目的】 現在一般的に使用されている切削油濾過装置
の濾網上に分離した切粉の無人除去を低コストで行うこ
と。
【構成】 切削加工機に連動して濾網と平行して進退動
するエアシリンダ装置の作動桿の先端に、作動桿が上下
方向に進退動するエアシリンダ装置を取付け、上下する
作動桿の下端に濾網を拭浄するブラシを、ブラシより上
方に、切粉を排除する方向に向って、ブラシに先行して
濾網上の切粉を掻寄せる板を揺動自在に取付け、板が切
粉を除去した後の濾網上をブラシが拭浄する構成。
(57) [Summary] [Purpose] To perform unattended removal of chips separated on the filter net of the cutting oil filter currently in general use at low cost. [Structure] An air cylinder device that moves the working rod up and down is attached to the tip of the working rod of the air cylinder device that moves back and forth in parallel with the filter mesh in conjunction with the cutting machine, and the lower end of the working rod moves up and down. A brush for wiping the filter mesh is attached above the brush in a direction to remove chips, and a plate that attracts the chips on the filter mesh is attached swingably in advance of the brush. The brush wipes the filter mesh after removing the powder.
Description
【０００１】[0001]
本考案は切削加工機から切粉を伴って流出する切削油から切粉を除去する切削 油濾過装置の、切削油槽上部に略々水平に配置した濾網上に分離した切粉を除去 する装置の構成に関する。 The present invention is a cutting oil filtering device for removing cutting chips from cutting oil flowing out from a cutting machine with cutting chips, and a device for removing the cutting chips separated on a filter mesh placed substantially horizontally above the cutting oil tank. Regarding the configuration of.
【０００２】[0002]
従来一般に使用されて来た切削油濾過装置で、切削油槽上部に略々水平に濾網 を配置した切削油濾過装置では、濾網上に分離されて溜った切粉を放置すると、 切粉による濾網の目詰りによって、切削加工機から流出して濾網上に流下した切 削油の、切削油槽内への流下が妨げられ、切削油が切削油槽外に溢流するから、 労力をかけて濾網上の切粉を排除する必要がある。 In the cutting oil filtration device that has been generally used in the past, a cutting oil filtration device in which a filter screen is arranged almost horizontally on the upper part of the cutting oil tank causes Due to the clogging of the filter net, the cutting oil flowing out of the cutting machine and flowing down on the filter net is prevented from flowing into the cutting oil tank, and the cutting oil overflows outside the cutting oil tank. It is necessary to remove the chips on the filter screen.
【０００３】 この対策として濾網を備えた回転筒体が切削油槽上に傾斜配置され、該回転筒 体内で切削油から分離された切粉が、該回転筒体の回転に伴い、該回転筒体の内 面に形成された螺線状案内羽根にそって移動し、回転筒体の開放端から排出され る構成の切削油濾過装置が実開昭６４−４５４０号公報によって開示されている が、該構成では、傾斜配置された回転筒体の低い方の端面開口部から切削油が流 入する構成であるため、該装置の長手方向が切削加工機の長手方向に直角に配置 されることとなり、又装置自体が大形となって、一般に使用されている前述の切 削油濾過装置よりも多くのスペースを要し、該装置を数多くの切削加工機に導入 しようとすると工場のレイアウトに全面的変更を要するばかりでなく、該装置は 切削加工が行われていない時にも回転筒体が回転を続けて電力を浪費し、又回転 筒体の濾網の目詰り防止のため、該濾網に圧縮空気を吹き付け続けて、工場のエ アラインの空気を浪費すると云う問題がある。As a countermeasure against this, a rotary cylinder provided with a filter mesh is arranged obliquely on a cutting oil tank, and chips separated from the cutting oil in the rotary cylinder cause the rotary cylinder to rotate as the rotary cylinder rotates. Japanese Utility Model Publication No. 64-4540 discloses a cutting oil filtering device which is configured to move along a spiral guide vane formed on the inner surface of a body and to be discharged from an open end of a rotary cylinder. In this configuration, since the cutting oil flows in from the lower end face opening of the rotary cylinder that is inclined, the longitudinal direction of the device should be arranged at right angles to the longitudinal direction of the cutting machine. In addition, the equipment itself becomes large and requires more space than the above-mentioned cutting oil filtration equipment that is generally used. Not only does it require a complete change, The rotary cylinder continues to rotate even when no machining is being performed, thus wasting electric power, and in order to prevent clogging of the rotary cylinder's filter mesh, compressed air is continuously blown to the filter mesh to keep the factory There is a problem of wasting the align air.
【０００４】[0004]
従って切削油槽の上部に略々水平に濾網を配置した前記切削油濾過装置の前記 濾網上に分離された切粉を自動的に濾網上から除去し、かつ切粉を除去する動作 が、切削加工機が動作している時にのみ行われて無駄なエネルギーを消費するこ とがない切粉除去装置を得ることが本考案の課題である。 Therefore, an operation of automatically removing the chips separated on the filter net of the cutting oil filtering device in which the filter net is arranged substantially horizontally on the upper part of the cutting oil tank and removing the chips is performed. It is an object of the present invention to obtain a chip removing device that does not consume unnecessary energy that is performed only when the cutting machine is operating.
【０００５】[0005]
下記構成によって本考案の課題は解決された。即ち濾網上方に、第１の作動桿 が前記濾網と平行に第１のシリンダ内を進退動する第１のエアシリンダ装置を配 置し、前記第１の作動桿の先端に、第２の作動桿が第２のシリンダ内を略々上下 方向に進退動する第２のエアシリンダ装置の前記第２のシリンダを固定し、前記 第２の作動桿の下端に、前記第１の作動桿の進退動によって前記濾網上の切粉を 拭浄するブラシを固定し、該第２の作動桿に、下端よりも上部で、該第２の作動 桿の進退動が妨げられない位置に、前記第１の作動桿の進退動によって前記金網 上の切粉を排除する方向に向って延出する切粉掻寄せ板を揺動自在に配置し、前 記第１の作動桿の切粉を排除する方向の行程端における前記ブラシ位置から前記 切削油槽の切粉排出側端の壁体上縁を超えて、切粉を切削油槽の外部に案内して 排除する斜板を濾網上に配置するか、又は濾網自体を屈曲形成し、前記切削加工 機が、被加工物を着脱するのに連動して、前記第１の作動桿を進退動させると共 に、該第１の作動桿の、切粉を排除する向きの行程時に前記第２の作動桿を下降 させ、前記第１の作動桿の前記向きとは反対の向きの行程時に前記第２の作動桿 を、上昇させてなる構成。 The problems of the present invention have been solved by the following configurations. That is, a first air cylinder device, in which a first operating rod moves back and forth in the first cylinder in parallel with the filter net, is arranged above the filter net, and a second air cylinder device is provided at the tip of the first operating rod. Of the second operating cylinder is fixed to the second cylinder of the second air cylinder device, and the first operating rod is attached to the lower end of the second operating rod. The brush for cleaning the chips on the filter mesh is fixed by the forward / backward movement of the second operating rod, at a position above the lower end of the second operating rod so that the forward / backward movement of the second operating rod is not hindered, A chip scraping plate that extends in a direction in which chips on the wire mesh are removed by the forward and backward movement of the first operating rod is disposed so as to be swingable, and the chips of the first operating rod are removed. From the brush position at the stroke end in the direction of elimination to the cutting oil tank over the upper edge of the wall body at the chip discharge side end of the cutting oil tank The swash plate that is guided to the outside to be excluded is disposed on the filter screen, or the filter screen itself is bent, and the cutting machine interlocks with the attachment / detachment of the workpiece, and the first operation is performed. While moving the rod back and forth, the second operating rod is lowered during the stroke of the first operating rod in the direction in which chips are removed, and the first operating rod is moved in the opposite direction to the above-mentioned direction. The second operating rod is raised during the stroke of.
【０００６】[0006]
第１の作動桿の進退動方向が濾網上の切粉の排除方向であるとき第２の作動桿 が下降し、切粉掻寄せ板が濾網の略々水平部分、及び斜面に接してブラシに先行 して移動して、切粉を排出方向に移動させ、そのあとに続いて濾網上をブラシが 拭浄する。掻寄せ板だけでブラシがないと微細な切粉が残って目詰りを起し、掻 寄せ板がなくてブラシだけであると、ブラシが撓んで切粉を移動排除することが できないが、切粉掻寄せ板とブラシとを併用することによって大部分の量の切粉 を切粉掻寄せ板で除去したあとに残った微細な切粉をブラシで拭浄することがで きる。 When the advancing / retreating direction of the first operating rod is the removal direction of the chips on the filter screen, the second operating rod descends, and the chip scraping plate comes into contact with the substantially horizontal part of the filter screen and the slope. It moves before the brush to move the chips in the discharge direction, and then the brush wipes the filter mesh. If the scraper plate alone does not have a brush, fine chips remain and cause clogging.If there is no scraper plate and only the brush is used, the brush bends and the chips cannot be moved and eliminated. By using the dust scraper and the brush together, the fine dust remaining after removing most of the chips with the dust scraper can be wiped off with a brush.
【０００７】[0007]
第１のエアシリンダ装置と第２のエアシリンダ装置とは、被加工物を着脱する 切削加工機のクランプシリンダ装置と連動して動作し、切削加工機が稼働してい ないときは、本考案の切粉除去装置も動作を停止するから、動力が無駄に消費さ れることなく、労力をかけることなく濾網上の切粉を排除して、切削油槽からの 切削油の溢流を防止できる。 The first air cylinder device and the second air cylinder device operate in conjunction with the clamp cylinder device of the cutting machine for attaching and detaching the workpiece, and when the cutting machine is not in operation, Since the chip removing device also stops operating, it is possible to prevent the cutting oil from overflowing from the cutting oil tank without wasting power and eliminating the chips on the filter mesh without labor.
【０００８】 水平断面長方形の切削油槽の長手方向を切削加工機と平行に配置し、濾網上の 切粉を切削油槽の長手方向端部から排除し、該端部壁体に接して、切粉受け箱、 或は運搬車を配置すれば、切削加工機に対して直角方向に配置される、回転筒体 を使用した切削油濾過装置よりも工場空間を有効に使用することができる。The longitudinal direction of the cutting oil tank having a rectangular horizontal cross section is arranged in parallel with the cutting machine, and the chips on the filter mesh are removed from the longitudinal end of the cutting oil tank, and the cutting oil tank is cut in contact with the end wall body. By arranging the powder receiving box or the carrier, the factory space can be used more effectively than the cutting oil filtering device using the rotating cylinder, which is arranged at right angles to the cutting machine.
【０００９】[0009]
図１は本考案の実施例の濾網上の切粉除去装置を備えた切削油濾過装置と切削 加工機との配置関係を示す一部断面をとった側面図で、図２は図１のＡ−Ａ断面 矢視図である。図１及び図２において符号１は切削加工機、２は切削油濾過装置 で、該切削油濾過装置２は、切削油槽３と該切削油槽３の上部に略々水平に配置 された濾網４とからなる。切削油槽３は工場空間を有効に使用するため水平断面 長方形に形成され長手方向が切削加工機１と平行に配置されている。図１に示し てある実施例では切削油槽３は、一端部５が該切削油槽３の底面から立上る仕切 板６によって下方部分が区画され、切削油槽３の濾網４の下方部分に沈殿する微 細な切粉の侵入が防止されて、濾過された切削油を切削加工機に還流するポンプ ７が配置されている。８は切削加工機１から切粉を伴って流出する切削油であっ て濾網４で切粉が除去されて切削油槽３内に流下し、濾網４上に切粉が分離され る。 FIG. 1 is a side view showing a positional relationship between a cutting oil filtering device equipped with a chip removing device on a filter net and a cutting machine according to an embodiment of the present invention, and FIG. It is an AA cross section arrow line view. In FIGS. 1 and 2, reference numeral 1 is a cutting machine, 2 is a cutting oil filtering device, and the cutting oil filtering device 2 is a cutting oil tank 3 and a filter net 4 arranged substantially horizontally above the cutting oil tank 3. Consists of. The cutting oil tank 3 is formed in a rectangular horizontal cross section so that the factory space is effectively used, and the longitudinal direction is arranged parallel to the cutting machine 1. In the embodiment shown in FIG. 1, in the cutting oil tank 3, one end 5 is divided by a partition plate 6 rising from the bottom surface of the cutting oil tank 3 in the lower portion, and the cutting oil tank 3 is deposited on the lower portion of the filter net 4 in the cutting oil tank 3. A pump 7 is arranged to prevent the intrusion of fine chips and return the filtered cutting oil to the cutting machine. A cutting oil 8 flows out from the cutting machine 1 together with the cutting chips. The cutting oil is removed by the filter net 4 and flows down into the cutting oil tank 3, where the chips are separated on the filter net 4.
【００１０】 図１に示す実施例では前述の通りポンプ７が切削油槽３の長手方向一端部５に 配置されているから濾網４上に分離された切粉は、ポンプ７が配置されている側 とは、切削油槽の長手方向反対側の端部から排出され、第１のエアシリンダ装置 ９は、切削加工機１から流出する切削油８が切削油濾過装置２に流入する位置に 対してポンプ７とは反対側の濾網４の上方に配置され、該第１のエアシリンダ装 置９の第１の作動桿１０は、該第１のエアシリンダ装置９の第１のシリンダ（符 号省略）内を濾網４と平行に、かつ切削加工機１と平行に進退動する。As described above, in the embodiment shown in FIG. 1, since the pump 7 is arranged at the longitudinal one end 5 of the cutting oil tank 3, the pump 7 is arranged for the chips separated on the filter net 4. The side is discharged from the end portion of the cutting oil tank on the opposite side in the longitudinal direction, and the first air cylinder device 9 is disposed at a position where the cutting oil 8 flowing out from the cutting machine 1 flows into the cutting oil filtering device 2. The first operating rod 10 of the first air cylinder device 9 arranged above the filter screen 4 on the side opposite to the pump 7 is provided with a first cylinder (code number) of the first air cylinder device 9. (Omitted) Moves back and forth in parallel with the filter screen 4 and with the cutting machine 1.
【００１１】 該第１の作動桿１０の先端に第２のエアシリンダ装置１１の第２のシリンダ１ ２が固定され、該第２のエアシリンダ装置１１の第２の作動桿１３は略々上下方 向に進退動する。該第２の作動桿１３は下端にブラシ１４が取付けられ、該ブラ シ１４は前記第１の作動桿１０の進退動に伴って濾網４を拭浄する。又該第２の 作動桿１３の前記下端よりも上方部で該第２の作動桿１３の上昇を妨げない位置 に、切粉を移動させて排除する方向に向って、図１で云えばポンプとは反対側に 切粉掻寄せ板１５を揺動自在に配置してある。ブラシ１４及び切粉掻寄せ板１５ の、前記第１の作動桿１０の進退動方向に対して直角方向の長さは、図２に示す 通り同方向の切削油槽３の巾に略々等しく、切削油槽３の巾よりも僅か小さい。The second cylinder 12 of the second air cylinder device 11 is fixed to the tip of the first operating rod 10, and the second operating rod 13 of the second air cylinder device 11 is substantially vertically moved. Move back and forth in the direction. A brush 14 is attached to the lower end of the second operating rod 13, and the brush 14 wipes the filter net 4 as the first operating rod 10 moves back and forth. Further, in a direction above the lower end of the second operating rod 13 above the lower end thereof so as not to hinder the upward movement of the second operating rod 13, in the direction of removing the chips by removing the chips, in FIG. A chip scraping plate 15 is swingably arranged on the side opposite to. The lengths of the brush 14 and the chip scraping plate 15 in the direction perpendicular to the moving direction of the first operating rod 10 are approximately equal to the width of the cutting oil tank 3 in the same direction as shown in FIG. It is slightly smaller than the width of the cutting oil tank 3.
【００１２】 １６は濾網４上の切粉を、切削油槽３の壁体１７の上縁を超えて切削油槽３の 外部に案内排除するために設けた斜板で、前記第１の作動桿１０の、切粉を移動 させて排除する方向の行程端におけるブラシ１４の位置付近から、切削油槽３の 、切粉排除側端の壁体１７の上縁を超えて配置してある。該斜板１６としては切 粉が下に落下しない程度の小さい孔の明いた孔明鉄板を使用することもできるし 、下面を帯状の鉄板で補強した濾網を使用することもできる。又前記濾網４をブ ラシ１４の前記行程端位置から、前記壁体１７の上縁に向けて折曲げて形成する こともできる。１８は切削油槽３に隣接して配置した切粉の運搬車で、斜板１６ にそって切削油槽３外に排出された切粉を収容し、溜った切粉を廃棄場に運搬す るのに使用される。第１のエアシリンダ装置９、第２のエアシリンダ装置１１、 ブラシ１４、切粉掻寄せ板１５、斜板１６を以て濾網上の切粉除去装置を構成す る。Reference numeral 16 denotes a swash plate provided to guide and remove chips on the filter net 4 beyond the upper edge of the wall 17 of the cutting oil tank 3 to the outside of the cutting oil tank 3, and the first operating rod. It is arranged from near the position of the brush 14 at the stroke end of the chip 10 in the direction of moving and removing chips, and beyond the upper edge of the wall body 17 at the chip removing side end of the cutting oil tank 3. As the swash plate 16, it is possible to use a perforated iron plate having small holes so that the chips do not drop downward, or a filter net whose bottom surface is reinforced with a strip-shaped iron plate. Alternatively, the filter net 4 may be formed by bending the brush 14 from the stroke end position toward the upper edge of the wall 17. Reference numeral 18 denotes a chip carrier which is arranged adjacent to the cutting oil tank 3 and accommodates the chips discharged outside the cutting oil tank 3 along the swash plate 16 and transports the accumulated chips to the waste site. Used for. The first air cylinder device 9, the second air cylinder device 11, the brush 14, the chip scraping plate 15, and the swash plate 16 constitute a chip removing device on the filter mesh.
【００１３】 図３及び図４は本考案の濾網上の切粉除去装置の作用説明図で、図３において 先ず第１の作動桿１０の、切粉を移動させて排除する方向の行程端位置で、矢印 １９で示す様に第２の作動桿１３がブラシ１４と切粉掻寄せ板１５を伴って切削 加工機の動作に連動して上昇し、ブラシ１４が濾網４から、切粉掻寄せ板１５が 斜板１６から離れ、次に第１の作動桿１０が矢印２０で示す方向に移動する。（ 切削加工機１との連動機構の例については後述する。）第１の作動桿１０が矢印 ２０方向に移動するときは第２の作動桿１３が上昇しているからブラシ１４及び 切粉掻寄せ板１５は濾網上の切粉に接触しない。3 and 4 are explanatory views of the operation of the chip removing device on the filter net of the present invention. In FIG. 3, first, the stroke end of the first operating rod 10 in the direction of moving and removing the chips. At the position, as shown by the arrow 19, the second operating rod 13 is moved up along with the operation of the cutting machine together with the brush 14 and the chip scraping plate 15, so that the brush 14 moves from the filter screen 4 to the chip. The scraping plate 15 moves away from the swash plate 16, and then the first operating rod 10 moves in the direction indicated by the arrow 20. (An example of the interlocking mechanism with the cutting machine 1 will be described later.) When the first operating rod 10 moves in the direction of the arrow 20, since the second operating rod 13 is raised, the brush 14 and the chip scraper The gathering plate 15 does not come into contact with the chips on the filter screen.
【００１４】 次に図４において矢印２１で示す様に第２の作動桿１３がブラシ１４及び切粉 掻寄せ板１５を伴って下降し、ブラシ１４及び切粉掻寄せ板１５が濾網４に接触 し、第１の作動桿１０が矢印２２方向に移動して、切粉掻寄せ板１５が先ず濾網 ４上の切粉の大部分を、図で云えば左方に掻寄せ、そのあとの濾網４をブラシ１ ４が拭浄して濾網の目詰りを防止する。Next, as shown by the arrow 21 in FIG. 4, the second operating rod 13 descends together with the brush 14 and the chip scraping plate 15, and the brush 14 and the chip scraping plate 15 are attached to the filter screen 4. Upon contact, the first operating rod 10 moves in the direction of the arrow 22, and the chip scraping plate 15 first scrapes most of the chips on the filter net 4 to the left in the figure, and then The filter net 4 is wiped and cleaned by the brush 14 to prevent clogging of the filter net.
【００１５】 第１の作動桿１０の一回の進退動で、濾網４上に分離された切粉は斜板１６の 途中まで掻寄せられ、第１の作動桿１０の、以後の進退動によって掻寄せられる 切粉を介して切削油槽３外に押し出され、排出される。切粉が切削油槽３外に排 出されるまでの第１の作動桿１０の進退動の回数は、第１の作動桿１０の行程長 さと、該行程方向の切削油槽３の長さとが関係するが、切粉に付着した切削油が 切粉から十分分離されるためには、濾網４上に分離された切粉が第１の作動桿１ ０の複数回の進退動によって切削油槽３外に排出されることが好ましい。With one advance / retreat of the first operating rod 10, the chips separated on the filter mesh 4 are scraped up to the middle of the swash plate 16, and the first operating rod 10 is moved forward / backward. The particles are pushed out of the cutting oil tank 3 through the chips and discharged. The number of times the first operating rod 10 moves back and forth until the chips are discharged to the outside of the cutting oil tank 3 is related to the stroke length of the first operating rod 10 and the length of the cutting oil tank 3 in the stroke direction. However, in order for the cutting oil adhering to the cutting chips to be sufficiently separated from the cutting chips, the cutting chips separated on the filter net 4 are moved out of the cutting oil tank 3 by a plurality of forward and backward movements of the first operating rod 10. It is preferable to discharge it.
【００１６】 第１の作動桿１０及び第２の作動桿１３の切削加工機との連動機構は種々考え られるが図５は最も簡単かつ低コストで、実際に濾網上に分離された切粉を排除 出来る連動機構を示す。図５において１から４迄、９から１８に至る各符号は図 １中の符号と同一の部分を示すほか、２３は電磁弁、２４は電磁弁２３を制御す る電源、２５は電磁弁２３の励磁巻線に電流を導通遮断するスイッチ、２６は被 加工物、２７は治具、２８は切削加工機１のチャックに被加工物を着脱させるた めのクランプシリンダ装置、矢印２９は工場のエアライン、矢印３０は前記第１ のエアシリンダ装置９、第２のエアシリンダ装置１１及びクランプシリンダ装置 ２８から排出される空気を示す。There are various possible interlocking mechanisms of the first operating rod 10 and the second operating rod 13 with the cutting machine, but FIG. 5 shows the simplest and lowest cost, and the chips actually separated on the filter screen. The interlocking mechanism that can eliminate is shown. In FIG. 5, reference numerals 1 to 4 and 9 to 18 indicate the same parts as those in FIG. 1, 23 is a solenoid valve, 24 is a power source for controlling the solenoid valve 23, and 25 is a solenoid valve 23. A switch for conducting and shutting off the current to the exciting winding of the device, 26 is a work piece, 27 is a jig, 28 is a clamp cylinder device for attaching and detaching the work piece to the chuck of the cutting machine 1, and an arrow 29 is for the factory. An air line and an arrow 30 indicate air discharged from the first air cylinder device 9, the second air cylinder device 11 and the clamp cylinder device 28.
【００１７】 図５の状態、即ち第１の作動桿１０が退動し、第２の作動桿１３が下降してブ ラシ１４及び切粉掻寄せ板１５が濾網４に接触し、クランプシリンダ２８の作動 桿が退動して切削加工機１のチャックが被加工物２６を掴んでいない状態で、ス イッチ２５を閉じると、実線で示す空気配管３１と工場のエアライン２９とが導 通する方向に電磁弁２３が切換えられてクランプシリンダ２８の作動桿が進出し て切削加工機１のチャックが被加工物２６を掴むと同時に第２の作動桿１３が上 昇し、第１の作動桿１０が進出する（図３において矢印１９及び２０で示す動作 ）。厳密に言えば第２の作動桿１３が上昇完了後第１の作動桿１０が進出すべき であるが、第２の作動桿１３は行程長さが短いから、実質的には図３で示した動 作、即ち第２の作動桿１３が上昇完了後、第１の作動桿１０が進出したのと同様 の結果が得られる。次にスイッチ２５を開くと破線で示す空気配管３２と工場の エアライン２９とが導通し、実線で示す空気配管３１は大気に開放されて、クラ ンプシリンダ２８の作動桿が退動してチャックが被加工物２６を解放するのと同 時に第２の作動桿１３が進出（下降）してブラシ１４と切粉掻寄せ板１５が濾網 ４に接し、第１の作動桿１０が濾網上の切粉を伴って退動して切粉を濾網から除 去する作用が行われる。In the state of FIG. 5, that is, the first operating rod 10 retracts, the second operating rod 13 descends, the brush 14 and the chip scraping plate 15 contact the filter net 4, and the clamp cylinder Operation of 28 When the switch 25 is closed with the rod retracted and the chuck of the cutting machine 1 is not gripping the workpiece 26, the air pipe 31 shown by the solid line and the factory air line 29 are connected. The solenoid valve 23 is switched in the direction to move, the operating rod of the clamp cylinder 28 advances, the chuck of the cutting machine 1 grips the workpiece 26, and at the same time, the second operating rod 13 rises to the first operating position. The rod 10 advances (operations shown by arrows 19 and 20 in FIG. 3). Strictly speaking, the first operating rod 10 should advance after the second operating rod 13 has finished ascending, but since the second operating rod 13 has a short stroke length, it is substantially shown in FIG. The same result as when the first operating rod 10 has advanced after the above operation, that is, after the second operating rod 13 is completely lifted. Next, when the switch 25 is opened, the air pipe 32 shown by the broken line and the air line 29 of the factory are connected to each other, the air pipe 31 shown by the solid line is opened to the atmosphere, and the operating rod of the clamp cylinder 28 is retracted to move the chuck. At the same time that the work piece 26 is released, the second operating rod 13 advances (falls), the brush 14 and the chip scraping plate 15 contact the filter net 4, and the first operating rod 10 moves above the filter net. It retreats along with the chips and removes the chips from the filter screen.
【００１８】 切削加工機１が被加工物２６を着脱するのに連動して第１のエアシリンダ装置 ９の第１の作動桿１０と第２のエアシリンダ装置１１の第２の作動桿１３とを連 動させる機構は図５に示した上記構成のほか、各エアシリンダ装置の何れかにシ リンダセンサを配置して、如何様にも連動させることができ、而して本考案の濾 網上の切粉除去装置は連動機構を目的とするものではないから、上記以外の実施 例を掲げることは省略する。The first working rod 10 of the first air cylinder device 9 and the second working rod 13 of the second air cylinder device 11 are interlocked with each other when the cutting machine 1 attaches and detaches the workpiece 26. In addition to the above-described structure shown in FIG. 5, the mechanism for moving the cylinders can be operated in any manner by disposing a cylinder sensor in any one of the air cylinder devices, and thus the mechanism of the present invention can be used. Since the above-mentioned chip removing device is not intended for the interlocking mechanism, the examples other than the above are omitted.
【図１】本考案の濾網上の切粉除去装置の実施例を備え
た切削油濾過装置と切削加工機との配置関係を示す図。FIG. 1 is a diagram showing a positional relationship between a cutting oil filtering device equipped with an embodiment of a chip removing device on a filter net of the present invention and a cutting machine.
【図２】図１のＡ−Ａ断面矢視図FIG. 2 is a sectional view taken along the line AA of FIG.
【図３】本考案の濾網上の切粉除去装置の実施例の作用
説明図。FIG. 3 is an operation explanatory view of an embodiment of the chip removing device on the filter net of the present invention.
【図４】本考案の濾網上の切粉除去装置の実施例の作用
説明図。FIG. 4 is an operation explanatory view of an embodiment of the chip removing device on the filter net of the present invention.
【図５】本考案の濾網上の切粉除去装置と切削加工機と
の連動機構の例を示す図。FIG. 5 is a view showing an example of an interlocking mechanism of the chip removing device on the filter mesh of the present invention and a cutting machine.
１ 切削加工機 ２ 切削油濾過装置 ３ 切削油槽 ４ 濾網 ５ 切削油槽の一端部 ６ 仕切板 ７ ポンプ ８ 切削加工機から流出する切削油 ９ 第１のエアシリンダ装置 １０ 第１の作動桿 １１ 第２のエアシリンダ装置 １２ 第２のシリンダ １３ 第２の作動桿 １４ ブラシ １５ 切粉掻寄せ板 １６ 斜板 １７ 切削油槽の切粉排除側端の壁体 １８ 運搬車 １９ 第２の作動桿の上昇を示す矢印 ２０ 第１の作動桿の進出を示す矢印 ２１ 第２の作動桿の下降を示す矢印 ２２ 第１の作動桿の退動を示す矢印 ２３ 電磁弁 ２４ 電源 ２５ スイッチ ２６ 被加工物 ２７ 治具 ２８ クランプシリンダ装置 ２９ 工場のエアライン ３０ 排出される空気 ３１ 空気配管 ３２ 空気配管 1 Cutting Machine 2 Cutting Oil Filtration Device 3 Cutting Oil Tank 4 Filter Net 5 One End of Cutting Oil Tank 6 Partition Plate 7 Pump 8 Cutting Oil Outflowing from Cutting Machine 9 First Air Cylinder Device 10 First Operating Rod 11 First 2 Air cylinder device 12 2nd cylinder 13 2nd operating rod 14 Brush 15 Chip scraping plate 16 Swash plate 17 Wall of the chip removing side end of the cutting oil tank 18 Transport vehicle 19 Lifting of the 2nd operating rod 20 Arrow indicating the advance of the first operating rod 21 Arrow indicating the lowering of the second operating rod 22 Arrow indicating the receding of the first operating rod 23 Solenoid valve 24 Power supply 25 Switch 26 Workpiece 27 Cure Tool 28 Clamp cylinder device 29 Factory air line 30 Air discharged 31 Air piping 32 Air piping
───────────────────────────────────────────────────── フロントページの続き (51)Int.Cl.5 識別記号 庁内整理番号 ＦＩ 技術表示箇所 Ｂ０１Ｄ 35/02 Ｂ２３Ｑ 11/00 Ｕ 7908−3Ｃ 6953−4Ｄ Ｂ０１Ｄ 35/02 Ｅ ─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. 5 Identification code Office reference number FI technical display location B01D 35/02 B23Q 11/00 U 7908-3C 6953-4D B01D 35/02 E
Claims (1)
する切削油（８）から切粉を除去する切削油濾過装置
（２）の切削油槽（３）上部に略々水平に配置した濾網
（４）上に分離した切粉を除去する装置であって、濾網
（４）上方に第１の作動桿（１０）が前記濾網（４）と
平行に第１のシリンダ内を進退動する第１のエアシリン
ダ装置（９）を配置し、前記第１の作動桿（１０）の先
端に、第２の作動桿（１３）が第２のシリンダ（１２）
内を略々上下方向に進退動する第２のエアシリンダ装置
（１１）の前記第２のシリンダ（１２）を固定し、前記
第２の作動桿（１３）の下端に、前記第１の作動桿（１
０）の進退動によって前記濾網（４）上の切粉を拭浄す
るブラシ（１４）を固定し、該第２の作動桿（１３）
に、下端よりも上部で、該第２の作動桿（１３）の進退
動が妨げられない位置に、前記第１の作動桿（１０）の
進退動によって前記濾網（４）上の切粉を排除する方向
に向って延出する切粉掻寄せ板（１５）を揺動自在に配
置し、前記第１の作動桿（１０）の切粉を排除する方向
の行程端における前記ブラシ（１４）位置から、前記切
削油槽（３）の切粉排出側端の壁体（１７）上縁を超え
て、切粉を切削油槽（３）の外部に案内して排除する斜
板（１６）を、濾網（４）上に配置するか、又は濾網
（４）自体を屈曲形成し、前記切削加工機（１）が、被
加工物（２６）を着脱するのに連動して、前記第１の作
動桿（１０）を進退動させると共に、該第１の作動桿
（１０）の、切粉を排除する向きの行程時に前記第２の
作動桿（１３）を下降させ、前記第１の作動桿（１０）
の前記向きとは反対の向きの行程時に、前記第２の作動
桿（１３）を上昇させてなる濾網上の切粉除去装置。1. A substantially horizontal arrangement above a cutting oil tank (3) of a cutting oil filtering device (2) for removing cutting chips from cutting oil (8) flowing out from the cutting machine (1) with cutting chips. A device for removing chips separated on the filter net (4), wherein a first operating rod (10) is provided above the filter net (4) in parallel with the filter net (4) in the first cylinder. A first air cylinder device (9) for moving back and forth is arranged, and a second operation rod (13) has a second cylinder (12) at the tip of the first operation rod (10).
The second cylinder (12) of the second air cylinder device (11) that moves back and forth in a substantially vertical direction is fixed, and the first operation is performed at the lower end of the second operation rod (13). Rod (1
The brush (14) for wiping and cleaning chips on the filter net (4) is fixed by the forward and backward movement of (0), and the second operating rod (13) is fixed.
At a position above the lower end, the chips on the filter net (4) are moved to a position where the movement of the second operating rod (13) is not hindered by the movement of the first operating rod (10). A chip scraping plate (15) extending in a direction for removing chips is swingably arranged, and the brush (14) at the stroke end in the direction for removing chips of the first operating rod (10) is arranged. ) Position, a swash plate (16) that guides and removes chips outside the cutting oil tank (3) beyond the upper edge of the wall body (17) at the chip discharge side end of the cutting oil tank (3). , The filter mesh (4) is arranged on the filter net (4) or the filter mesh (4) itself is bent, and the cutting machine (1) interlocks with the work piece (26) to be attached or detached. The first operating rod (10) is moved back and forth, and the second operating rod (13) is lowered during the stroke of the first operating rod (10) in the direction of removing chips. So, the first operating lever (10)
A device for removing chips on a filter mesh, which is obtained by raising the second operating rod (13) during a stroke in a direction opposite to the above direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1992029513U JP2589023Y2 (en) | 1992-04-07 | 1992-04-07 | Chip removal device on filter net |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1992029513U JP2589023Y2 (en) | 1992-04-07 | 1992-04-07 | Chip removal device on filter net |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0580503U true JPH0580503U (en) | 1993-11-02 |
| JP2589023Y2 JP2589023Y2 (en) | 1999-01-20 |
Family
ID=12278183
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1992029513U Expired - Lifetime JP2589023Y2 (en) | 1992-04-07 | 1992-04-07 | Chip removal device on filter net |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2589023Y2 (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005288644A (en) * | 2004-04-01 | 2005-10-20 | Toyoda Mach Works Ltd | Sludge removing method and device for coolant tank |
| JP2005305563A (en) * | 2004-04-16 | 2005-11-04 | Disco Abrasive Syst Ltd | Cutting device |
| JP2005313252A (en) * | 2004-04-27 | 2005-11-10 | Disco Abrasive Syst Ltd | Cutting device |
| JP2006315140A (en) * | 2005-05-13 | 2006-11-24 | Disco Abrasive Syst Ltd | Cutting device |
| CN110207213A (en) * | 2018-09-30 | 2019-09-06 | 华帝股份有限公司 | Range hood with oil screen capable of being turned and opened along with smoke baffle |
-
1992
- 1992-04-07 JP JP1992029513U patent/JP2589023Y2/en not_active Expired - Lifetime
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005288644A (en) * | 2004-04-01 | 2005-10-20 | Toyoda Mach Works Ltd | Sludge removing method and device for coolant tank |
| JP2005305563A (en) * | 2004-04-16 | 2005-11-04 | Disco Abrasive Syst Ltd | Cutting device |
| JP2005313252A (en) * | 2004-04-27 | 2005-11-10 | Disco Abrasive Syst Ltd | Cutting device |
| JP4656285B2 (en) * | 2004-04-27 | 2011-03-23 | 株式会社ディスコ | Cutting equipment |
| JP2006315140A (en) * | 2005-05-13 | 2006-11-24 | Disco Abrasive Syst Ltd | Cutting device |
| JP4625715B2 (en) * | 2005-05-13 | 2011-02-02 | 株式会社ディスコ | Cutting equipment |
| CN110207213A (en) * | 2018-09-30 | 2019-09-06 | 华帝股份有限公司 | Range hood with oil screen capable of being turned and opened along with smoke baffle |
| CN110207213B (en) * | 2018-09-30 | 2024-02-09 | 华帝股份有限公司 | Range hood with oil net capable of being turned over and opened along with smoke baffle |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2589023Y2 (en) | 1999-01-20 |
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