JPH07276104A - Installation device of grinding machine on lathe - Google Patents
Installation device of grinding machine on latheInfo
- Publication number
- JPH07276104A JPH07276104A JP8365894A JP8365894A JPH07276104A JP H07276104 A JPH07276104 A JP H07276104A JP 8365894 A JP8365894 A JP 8365894A JP 8365894 A JP8365894 A JP 8365894A JP H07276104 A JPH07276104 A JP H07276104A
- Authority
- JP
- Japan
- Prior art keywords
- lathe
- polishing
- horizontal
- feed
- top surface
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Grinding Of Cylindrical And Plane Surfaces (AREA)
- Turning (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】この発明は、旋盤への研磨盤の取
付装置、殊に、旋盤１の横送り台９の手前側とその向側
とに刃物台１０と研磨盤２１を設けることにより、旋盤
１のチャック６に取付けたワ−クＷに対対する旋削と研
磨とを、同ワ−クを前記旋盤１のチャック６から取外す
ことなく連続加工可能にした、旋盤への研磨盤の取付装
置に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for mounting a lapping machine on a lathe, and more particularly, by providing a tool rest 10 and a lapping machine 21 on the front side and the opposite side of a lateral feed table 9 of the lathe 1. The lathe 1 is attached to the lathe 1 such that the turning W and the lathe for the work W attached to the chuck 6 of the lathe 1 can be continuously processed without removing the work from the chuck 6 of the lathe 1. It relates to the device.
【０００２】[0002]
【従来の技術】従来の旋盤としては、例えば、その要部
を図７及び図８の模式平面説明図及び模式正面説明図に
示すようなものがある。この旋盤は、主軸台４に軸架し
た主軸５端部のチャック６で挾持すると共に、心押台７
の心押軸７Ａにより心押したワ−クＷを、前記主軸５に
より回転駆動する一方、ベッド３に沿って往復動する往
復台８の横送り台９の手前側（図７では下側）に設けた
刃物台１０に、締付レバ−１０Ａで取付けたバイト１０
Ｂにより所要の旋削加工、例えば、丸棒削り、内径削
り、テ−パ−削り、内面削り、ならい削り、ねじ切り、
自動定寸、面取等の切削加工をするものである。2. Description of the Related Art As a conventional lathe, there are, for example, those whose principal parts are shown in schematic plan explanatory views and schematic front explanatory views in FIGS. This lathe is held by a chuck 6 at the end of a spindle 5 mounted on a spindle stock 4 and at the same time a tailstock 7 is held.
The work W which is tailed by the tailstock shaft 7A is rotationally driven by the main shaft 5 while it is reciprocally moved along the bed 3 in front of the transverse feed base 9 (lower side in FIG. 7). Tool 10 attached to the tool rest 10 provided on the
Depending on B, required turning processing, for example, round bar cutting, inner diameter cutting, taper cutting, inner surface cutting, profile cutting, thread cutting,
It is used for cutting such as automatic sizing and chamfering.
【０００３】同図７、８において、２は旋盤１の基台、
８Ａは往復台８を左右方向に手動操作する縦送りハンド
ル、９Ａは刃物台９を当該旋盤１の前後方向（図７では
上下方向）に手動操作する横送りハンドル、１０Ｆは刃
物台１０に設けたにバイト１０Ｂの摩耗量検出センサ、
１１はバイト１０Ｂによるワ−クＷの切削部へ冷却水を
供給する冷却水管で、この冷却水管１１の端部は可撓性
を有し、任意の方向へ屈曲可能で、その注水位置を自在
に調整可能に構成されるが、係る屈曲可能な構成自体は
既存の冷却水管とほぼ同様である。In FIGS. 7 and 8, 2 is the base of the lathe 1,
8A is a vertical feed handle for manually operating the carriage 8 in the left-right direction, 9A is a lateral feed handle for manually operating the tool rest 9 in the front-back direction of the lathe 1 (vertical direction in FIG. 7), and 10F is provided in the tool rest 10. Abrasion amount detection sensor for bite 10B,
Reference numeral 11 is a cooling water pipe for supplying cooling water to the cutting portion of the work W by the cutting tool 10B. The end of this cooling water pipe 11 is flexible and can be bent in any direction, and its pouring position can be freely adjusted. The bendable structure itself is almost the same as the existing cooling water pipe.
【０００４】１５は旋盤１まわりの適所に設けた制御装
置で、この制御装置１５の記憶部１５Ｃには、当該旋盤
１の主軸５端部のチャック６に挾持したワ−クＷへの前
記バイト１０Ｂによる切削加工命令信号、例えば、丸棒
の外径削り、内径削り、テ−パ−削り、ならい削り、ね
じ切り、自動定寸、面取等の切削加工命令信号が、入力
部１５Ａ又は図示しないキ−ボ−ド、若しくは加工命令
信号を備えるカ−ド等の適宜の入力手段により予め入力
して記憶する一方、当該旋盤１による旋削加工の開始信
号の入力により、前記記憶部１５Ｃに予め記憶された切
削加工命令信号をその中央演算装置ＣＰＵ １５Ｄによ
り呼出し、同加工命令信号に基づいて前記往復台８及び
横送り台９の駆動部を駆動し、前記ワ−クＷに所要の旋
削加工をするものであるが、この制御装置１５自体は、
その記憶部１５Ｃ、中央演算装置ＣＰＵ １５Ｄ等を含
め、既存の自動旋盤における制御装置とほぼ同様に構成
される。Reference numeral 15 is a control device provided in a proper place around the lathe 1, and the storage unit 15C of the control device 15 stores the bite to the work W held by the chuck 6 at the end of the spindle 5 of the lathe 1. The cutting command signal by 10B, for example, the cutting command signal for the outer diameter cutting, the inner diameter cutting, the taper cutting, the profile cutting, the thread cutting, the automatic sizing, the chamfering, etc. of the round bar is inputted to the input unit 15A or not shown. It is preliminarily input and stored by an appropriate input means such as a keyboard or a card having a machining command signal, while it is preliminarily stored in the storage unit 15C by input of a turning machining start signal by the lathe 1. The central processing unit CPU 15D calls the generated cutting command signal, drives the drive parts of the carriage 8 and the lateral feed table 9 based on the machining command signal, and performs the required turning process on the work W. What you do However, the control device 15 itself
The storage unit 15C, the central processing unit CPU 15D, and the like are configured in substantially the same manner as a control device in an existing automatic lathe.
【０００５】この制御装置１５の前記記憶部１５Ｃに予
め入力された加工命令信号としての記憶値が、当該旋盤
１による加工開始指令により前記制御装置１５の中央演
算装置ＣＰＵ １５Ｄにより選択され、当該旋盤１の往
復台８及び横送り台９をそれらの駆動装置を介して左右
動及び又は前後動させることにより、前記刃物台１０に
取付けたバイト１０Ｂを前記主軸５のチャック６に挾持
されて旋回するワ−クＷに対して、ＸＹ方向へ加工目標
値に達するまで移動させ、当該ワ−クＷに対して所要の
切削加工を自動的にするものである。A stored value as a machining command signal previously input to the storage section 15C of the control device 15 is selected by the central processing unit CPU 15D of the control device 15 by a machining start command from the lathe 1 and the lathe concerned. By moving the reciprocating table 8 and the lateral feed table 9 of FIG. 1 left and right and / or back and forth through their driving devices, the bite 10B attached to the tool rest 10 is held by the chuck 6 of the main spindle 5 and revolves. The work W is moved in the X and Y directions until it reaches a machining target value, and the required cutting work is automatically performed on the work W.
【０００６】なお、この制御装置１５には、前記刃物台
１０等の適所に設けられた前記バイト１０Ｂの摩耗量検
出センサ１０Ｆ（図７ではその設置位置のみを模式的に
略示した）により検出した同バイト１０Ｂの摩耗量検出
信号が送信され、その中央演算装置ＣＰＵ １５Ｄによ
り前記横送り台９の送り命令信号を修正して同横送り台
９の送り量を補償し、バイト１０Ｂにより所要量の旋削
を可能にする補償回路（図示省略）が設けられている。The controller 15 is detected by a wear amount detecting sensor 10F (only the installation position is schematically shown in FIG. 7) of the cutting tool 10B provided at an appropriate position of the tool rest 10 or the like. The wear amount detection signal of the cutting tool 10B is transmitted, and the central processing unit CPU 15D corrects the feed command signal of the transverse feeding table 9 to compensate the feeding amount of the transverse feeding table 9, and the required amount is calculated by the cutting tool 10B. A compensation circuit (not shown) is provided to enable turning of the.
【０００７】なお、従来の旋盤１の特殊な使い方として
は、その横送り台９の手前側に設けた刃物台１０に取付
ける前記バイト１０Ｂに代えて、エアモ−タ付研磨体Ｇ
を図６（Ｂ）の従来旋盤特殊使用例に示すように配設
し、締付レバ−１０Ａにより締付け固定して、例えば、
ワ−クＷとしてのボ−ルベアリングのアウタレ−スの内
面等の研磨を加工を可能にすることも既に提案されてい
る。Incidentally, as a special use of the conventional lathe 1, in place of the cutting tool 10B mounted on the tool rest 10 provided on the front side of the transverse feed base 9, a polishing body G with an air motor is used.
Is arranged as shown in the special use example of the conventional lathe of FIG. 6 (B), and tightened and fixed by the tightening lever 10A.
It has already been proposed that the inner surface of the outer race of the ball bearing as the work W can be polished.
【０００８】また、図示しないが、自動工具交換装置を
備える従来の自動旋盤においては、傾斜する横送り台上
に設けた工具台を当該自動旋盤の主軸の水平状の中心線
に対して斜め上方へ上昇させてバイトを交換した後、同
刃物台を旧位置の主軸心線とほぼ等高の旋削位置まで下
降させ、主軸端部のチャックに挾持したワ−クに所要の
旋削加工を継続的に可能したものも既に提案されてい
る。Further, although not shown, in a conventional automatic lathe equipped with an automatic tool changer, a tool stand provided on an inclined lateral feed table is obliquely upward with respect to a horizontal center line of the spindle of the automatic lathe. After exchanging the bite, the turret is lowered to a turning position that is almost level with the spindle center line at the old position, and the required turning is continued on the work held by the chuck at the end of the spindle. What has been made possible has already been proposed.
【０００９】[0009]
【従来技術における問題点】しかしながら、前記のよう
な従来の旋盤、殊に自動旋盤は丸棒その他の被加工材へ
の旋削加工の専用機として構成されるが通常であり、大
量ワ−クＷへの自動旋削加工には好適なものであり、ま
た、例えば、自動旋盤とそれに隣接して設けた自動研磨
盤との間に、当該自動旋盤のチャックからのワ−クＷの
受取り、同ワ−クの移送、同ワ−クの自動研磨盤の保持
装置への取付け等を自動的に可能にする、いわゆるトラ
ンスフア−装置を併設することにより、前記自動旋盤及
び自動研磨盤を専用機としてのそれぞれの機能を充分発
輝させ得るものの、係る専用機としての自動旋盤及び自
動研磨盤は、加工数量の少ない少量加工用に適用しよう
とする場合、殊に、トランスフア−装置を併設する程の
大量には達しない少量加工をする場合であって、しか
も、自動旋削と自動研磨との連続加工の要請される場合
があるが、前記のような高能率の専用機としての自動旋
盤と自動研磨盤との設置は、実際の加工量に対する過大
な設備投資を招くことになるため、いわゆる中、少企業
への前記のような自動旋盤等の導入は実際上かなり困難
であった。However, the conventional lathes described above, particularly automatic lathes, are usually constructed as dedicated machines for turning into round bars and other materials to be machined. It is suitable for automatic lathe turning to, for example, receiving the work W from the chuck of the automatic lathe and the same lathe between the automatic lathe and the automatic polishing machine provided adjacent to the automatic lathe. -By installing a so-called transfer device that automatically enables the transfer of the work and the attachment of the work to the holding device of the automatic polishing machine, the automatic lathe and the automatic polishing machine can be used as dedicated machines. However, the automatic lathe and the automatic lapping machine, which are specialized machines, can be used for small-quantity processing with a small number of processing, especially if a transfer device is installed side by side. Does not reach a large amount In the case of quantitative processing, and there are cases where continuous processing of automatic turning and automatic polishing is required, but the installation of the automatic lathe and the automatic polishing machine as a high-efficiency dedicated machine as described above However, since it causes an excessive capital investment for the actual processing amount, it was actually quite difficult to introduce the above-mentioned automatic lathe to so-called small and medium-sized enterprises.
【００１０】また、自動旋盤と自動研磨盤とにより各別
の加工する場合には、当然のことながら自動旋盤と自動
研磨盤との双方にワ−クＷを各別に取付け、それぞれの
位置決めをしてからそれぞれの加工をする必要があるた
め、それらの段取りに時間がかって面倒であるばかりで
なく、当該旋盤と研磨盤とを設置するためのスペ−スと
それらの操作スペ−スを確保する必要が、この面からも
それらの設置が容易でないという問題点もあった。In the case where the automatic lathe and the automatic lathe are separately processed, the work W is naturally attached to each of the automatic lathe and the automatic lathe, and the respective positioning is performed. Since it is necessary to carry out each processing afterwards, not only is it time-consuming to set up them, but also secure a space for installing the lathe and the polishing machine and their operating space. However, there is also a problem in that it is not easy to install them from this aspect.
【００１１】また、仮に、図６の（Ｂ）に示すように、
旋盤１の横送り台９の手前側に設けた刃物台１０に取付
けたバイト１０Ｂ｛図６の（Ｂ）の一点鎖線１０Ｂで
は、刃物台１０から取外し後のバイト１０Ｂを一点鎖線
で示す｝に代え、エアモ−タ付研磨体Ｇを取付けて、ベ
アリングのアウタレ−スの内径研磨可を能にした従来旋
盤の特殊使用例にあっても、バイト１０Ｂによる旋削加
工の終了後、締付レバ−１０Ａを緩めて刃物台１０から
バイト１０Ｂを一旦取外し、しかる後、同刃物台１０に
エアモ−タ付研磨体Ｇを配してその位置決めをし、締付
レバ−１０Ａにより締付けてから研磨加工を開始する必
要があったため、係る旋盤の特殊使用例にあっては、旋
盤１の他に独立した研磨盤を必要とした従来例に比べれ
ば、それらの設置スペ−ス及び操作スペ−スの狭小化を
図れるものの、このものにあっても刃物台１０に取付け
たバイト１０Ｂに代えて、エアモ−タ付研磨体Ｇを取付
けに手間が掛かるばかりでなく、同刃物台１０に取付け
るエアモ−タ付研磨体Ｇの大きさや形状が制限されるこ
とになり、しかも、刃物台９に取付けたエアモ−タ付研
磨体Ｇのワ−クＷ対する位置決めを、当該研磨加工に先
立ってその都度する必要がある等の問題点があった。Further, temporarily, as shown in FIG.
To the cutting tool 10B attached to the tool rest 10 provided on the front side of the lathe 1 of the lathe 1 (in the alternate long and short dash line 10B of FIG. 6B, the cutting tool 10B after being removed from the turret 10 is indicated by the alternate long and short dash line). Instead, even in the special use example of the conventional lathe in which the polishing body G with an air motor is attached to allow the inner diameter of the outer race of the bearing to be polished, the tightening lever can be used after the turning process by the cutting tool 10B is completed. Loosen 10A and once remove the cutting tool 10B from the tool rest 10, and then place the abrasive body G with air motor on the same tool rest 10 to position it, and tighten with the tightening lever 10A before grinding. Since it was necessary to start, in the special use example of such a lathe, the installation space and operation space of those lathes are narrower than those of the conventional example which requires an independent polishing machine in addition to the lathe 1. Although this can be achieved, this In place of the bite 10B attached to the tool rest 10, not only is it time-consuming to attach the abrasive body G with air motor, but also the size of the abrasive body G with air motor attached to the tool rest 10 The shape is limited, and moreover, the positioning of the polishing body G with an air motor attached to the tool rest 9 with respect to the work W must be performed each time prior to the polishing process. there were.
【００１２】なお、この旋盤１の横送り台９の手前側に
設けた刃物台１０に取付けたバイト１０Ｂに代えてエア
モ−タ付研磨体Ｇを取付けて、仮に、丸棒等のワ−グＷ
の外面研磨をしようとすると、同ワ−クＷの外面と研磨
体Ｇとの当接部における両者進行方が同一方向になるこ
とから理解されるように、当該ワ−クＷの回転方向に研
磨体Ｇがめり込むことになって危険を招くきらいがある
ため、実際には旋盤１の刃物台１へエアモ−タ付研磨体
２５を取付けて、丸棒等の外面研磨をすることは殆どな
されていない。Incidentally, a grinding body G with an air motor is attached in place of the cutting tool 10B attached to the tool rest 10 provided on the front side of the transverse feed base 9 of the lathe 1, and a work such as a round bar is provisionally provided. W
As is understood from the fact that when the outer surface of the work W is to be polished, the outer surfaces of the work W and the polishing body G move in the same direction in the contact portion, as understood from the direction of rotation of the work W. Since the polishing body G is likely to be caught and may cause a danger, in practice, the polishing body 25 with an air motor is attached to the tool rest 1 of the lathe 1 to polish the outer surface of a round bar or the like. Not not.
【００１３】もっとも、前記ワ−クＷの回転方向と研磨
体Ｇの回転方向との問題は、当該旋盤１の主軸５の回転
方向を切換え手段５Ａ等により切換えることにより当該
ワ−クＷを図示例とは逆方向に回転させる一方、エアモ
−タ付研磨体Ｇをワ−クＷの手前側に位置させることに
より、又は前記エア−モ−タ付研磨体Ｇの回転方向が前
記とは逆方向の研磨体Ｇを選択することにより、前記の
ような問題点を一応解決すると共に、その研磨効率の向
上を図る余地なしとしないものもの、当該主軸５の回転
方向の切換え操作して、前記エア−モ−タ付研磨体Ｇと
は回転方向の異なるものを選択する必要があるばかりで
なく、当該ワ−クＷの取付部における負荷方向が逆にな
るため相応の対策を構ずる必要等があった。However, the problem with the rotation direction of the work W and the rotation direction of the polishing body G is that the work W is changed by switching the rotation direction of the main shaft 5 of the lathe 1 by the switching means 5A. While rotating in the opposite direction to the illustrated example, the polishing body G with air motor is positioned in front of the work W, or the rotation direction of the polishing body G with air motor is opposite to that described above. By selecting the polishing body G in the same direction, there is no room for solving the above-mentioned problems and improving the polishing efficiency. Not only it is necessary to select a polishing machine with a different rotation direction from the abrasive body G with air-motor, but also the load direction at the mounting portion of the work W is reversed, so it is necessary to take appropriate measures. was there.
【００１４】この発明は、このような従来例における問
題点に鑑み、旋盤１の往復台８上の水平状の横送り台９
の手前側に刃物物台１０を取付け、その向側にモ−タ２
３等の駆動手段を備える研磨盤２１を、その軸２４心が
前記旋盤１の主軸５と平行し、その軸心とほぼ等高とな
るように装着することにより、前記主軸５端部のチャッ
ク６に挾持したワ−クＷに、前記刃物台１０上のバイト
１０Ｂによる通常の旋削加工の外、該旋削加工後のワ−
クに対して、旋削後の同ワ−クＷを前記チャック６から
取外すことなく、しかも、同ワ−クＷに対して研磨盤２
１の位置決めをその都度することなく、直ちに同研磨盤
２１による研磨加工を連続して可能にすることにより前
記のような問題点がなく、高加工能率を期待できる旋盤
への研磨盤の取付装置を提供しようとするものである。In view of the above-mentioned problems in the conventional example, the present invention has a horizontal transverse feed table 9 on the carriage 8 of the lathe 1.
Attach the tool rest 10 to the front side of the
The polishing disc 21 provided with driving means such as 3 is mounted so that the axis 24 of the polishing disc 21 is parallel to the spindle 5 of the lathe 1 and has substantially the same height as the axis of the lathe 1, thereby chucking the end of the spindle 5. In addition to the normal turning process by the cutting tool 10B on the tool rest 10, the work W held between 6 and 6 is provided after the turning process.
With respect to the work, the same work W after turning is not removed from the chuck 6, and moreover, the grinding machine 2 is provided for the work W.
No need to position 1 every time, and immediately enables continuous polishing by the same polishing machine 21 to eliminate the above-mentioned problems and to attach a polishing machine to a lathe that can be expected to have high processing efficiency. Is to provide.
【００１５】[0015]
【課題を解決するための手段】この発明は、前記のよう
な従来例の課題を解決するため、旋盤１のベッド３上の
往復動台７に横送り台９を設け、該横送り台９の手前側
に刃物台１０を、同送り台９の向側にモ−タ２３等の駆
動手段により駆動され、水平状底面付基板２２を有する
研磨盤２１をそれぞれ設けると共に、該研磨盤２１の軸
２４心を前記旋盤１の主軸５心と平行で、ほぼ等高に設
けたものである。In order to solve the above-mentioned problems of the conventional example, the present invention provides a transverse feed table 9 on the reciprocating table 7 on the bed 3 of the lathe 1, and the transverse feed table 9 is provided. The tool rest 10 is provided on the front side of the same, and the polishing table 21 having a horizontal bottomed substrate 22 driven by a driving means such as a motor 23 is provided on the side opposite to the feed table 9, and the polishing table 21 is provided. The shaft 24 cores are provided in parallel with the main shaft 5 cores of the lathe 1 and at substantially the same height.
【００１６】（作用）この発明は、前記のような構成を
有するから、主軸５端部のチャック６により挾持され、
主軸５により回転駆動されるワ−クＷに対して刃物台１
０上のバイト１０Ｂによる通常の旋削加工をする外、当
該旋削加工の終了後の前記ワ−クＷに対して、同ワ−ク
Ｗを前記チャック６から取外すことなく、前記横送り台
１０の向側に取付けた研磨盤２１の研磨体２５により、
その都度その位置決め等の操作をすることなく、連続し
て研磨加工をする。(Operation) Since the present invention has the above-mentioned structure, it is held by the chuck 6 at the end of the main shaft 5,
The tool rest 1 for the work W rotated by the spindle 5.
In addition to the normal turning by the cutting tool 10B on 0, the work W after the turning is not removed from the chuck 6 without removing the work W from the transverse feed table 10. By the polishing body 25 of the polishing board 21 attached on the opposite side,
Each time, the polishing process is continuously performed without performing the positioning and other operations.
【００１７】（実施例）以下、この発明に係る旋盤への
研磨盤の取付装置の実施例を、図１ないし図６を参照し
て説明する。なお、図７及び図８に示した従来例と共通
する部分には、同一名称及び同一符号を用いる。(Embodiment) An embodiment of an apparatus for mounting a lapping machine on a lathe according to the present invention will be described below with reference to FIGS. 1 to 6. The same names and reference numerals are used for the parts common to the conventional example shown in FIGS. 7 and 8.
【００１８】（第１実施例）図１は、この発明に係かる
旋盤への研磨盤の取付装置の第１実施例の要部の模式平
面説明図、図２はその要部の模式側面説明図、図３は図
１のＰ−Ｐ線に沿い、同部において横送り台９を縦断し
て示す要部の模式縦断説明図である。なお、図６は本発
明の作用を従来旋盤特殊使用例との対比において示すも
ので、図６の（Ａ）及び（Ｃ）はこの発明の要部の線図
及びその作用説明図、同図６の（Ｂ）及び（Ｄ）は、従
来旋盤１の刃物台１０のバイト１０Ｂの取付け部にエア
モ−タ付研磨体Ｇを取付け、前記主軸５端部のチャック
６に装着したワ−クＷへの研磨加工を可能にした従来旋
盤の特殊使用例の線図及び作用説明図である。(First Embodiment) FIG. 1 is a schematic plan view of an essential portion of a first embodiment of an apparatus for attaching a lapping machine to a lathe according to the present invention, and FIG. 2 is a schematic side view of the essential portion. FIG. 3 and FIG. 3 are schematic vertical cross-sectional explanatory views of essential parts along the line P-P in FIG. 6A and 6B show the operation of the present invention in comparison with a conventional special use example of a lathe, and FIGS. 6A and 6C are diagrams of a main part of the present invention and an explanatory view of the operation thereof. 6 (B) and 6 (D) is a work W in which a grinding body G with an air motor is attached to the attachment part of the cutting tool 10B of the tool rest 10 of the conventional lathe 1 and is attached to the chuck 6 at the end of the main spindle 5. FIG. 3 is a diagram and an operation explanatory view of a special use example of a conventional lathe that enables polishing processing to be performed.
【００１９】図１ないし図３及び図６において、１は旋
盤、２は基台、３はベッド、４は主軸台、５は主軸、６
は主軸５の端部に設けたチャック、７はベッド３の端部
側に設けた心押台、７Ａは心押軸、８は往復台で、この
往復台８は縦送りハンドル８Ａの回転により、又は制御
装置１５の記憶部１５Ｃに予め記憶された送り命令信号
に基づいて回転駆動される図示しない親ねじにより、ヘ
ッド３に沿ってその左右方向（図１、２）に往復駆動さ
れる。1 to 3 and 6, 1 is a lathe, 2 is a base, 3 is a bed, 4 is a headstock, 5 is a spindle, 6
Is a chuck provided at the end of the main shaft 5, 7 is a tailstock provided at the end of the bed 3, 7A is a tailstock, and 8 is a reciprocating platform. This reciprocating platform 8 is rotated by the vertical feed handle 8A. Alternatively, it is reciprocally driven along the head 3 in the left-right direction (FIGS. 1 and 2) by a lead screw (not shown) that is rotationally driven based on a feed command signal stored in advance in the storage unit 15C of the control device 15.
【００２０】９は往復台８上に、当該旋盤１のベッド３
の前後方向（図１では上下方向）をなすように、前記主
軸５の中心を越えて延びる横送り台で、この横送り台は
横焼りハンドル９Ａ又は前記制御装置１５からの横送り
（切込み）命令信号により横送り軸を介した所要方向に
送られる。９Ｃは横送り台９の水平状の頂面、１０は横
送り台９の手前側（図１では下側）に設けた刃物台、１
０Ａは刃物台１０の締付レバ−、１０Ｂはバイトで、こ
のバイト１０Ｂは締付レバ−１０Ａにより刃物台１０に
着脱可能に固定される。The reference numeral 9 indicates a bed 8 of the lathe 1 on the carriage 8.
Is a lateral feed table extending beyond the center of the main shaft 5 so as to form a front-back direction (vertical direction in FIG. 1). This lateral feed table is fed laterally from the lateral baking handle 9A or the control device 15 (cutting). ) It is sent in the required direction via the traverse shaft by the command signal. 9C is a horizontal top surface of the horizontal feed table 9, 10 is a tool rest provided on the front side of the horizontal feed table 9 (lower side in FIG. 1), 1
Reference numeral 0A denotes a tightening lever of the tool rest 10, and 10B denotes a cutting tool. The cutting tool 10B is detachably fixed to the tool rest 10 by the tightening lever 10A.
【００２１】１１は冷却水を供給する冷却水管で、この
冷却水管１１の端部は任意の方向に変形すると共に、そ
の変形後の状態を確保できるように可撓性管材により構
成される。また、この冷却水管１１の先端部は、前記バ
イト１０Ｂ又は後述の研磨体２５とワ−クＷとの当接す
る切削部又は研削部に対向し、同部に冷却水を注水可能
に構成されるが、この冷却水管１１の構造自体は、同種
の既存の冷却水管と同様である。Reference numeral 11 is a cooling water pipe for supplying cooling water, and an end portion of the cooling water pipe 11 is formed of a flexible pipe material so that the end portion of the cooling water pipe 11 can be deformed in an arbitrary direction and the state after the deformation can be secured. The tip of the cooling water pipe 11 faces a cutting portion or a grinding portion where the cutting tool 10B or a polishing body 25, which will be described later, and a work W are in contact with each other, and cooling water can be injected into the cutting portion. However, the structure itself of the cooling water pipe 11 is similar to the existing cooling water pipe of the same type.
【００２２】前記制御装置１５は刃物台１０に締付レバ
−１０Ａにより取付けたバイト１０Ｂでワ−クＷに旋削
加工をするため、前記往復台８及び横送り台９に所要の
往復動及び横送りをさせるための送り命令信号を、入力
手段１５Ａ又は図示しないキ−ボ−ド等の適宜の入力手
段から入力することにより、その中央演算装置ＣＰＵ１
５Ｄを介して記憶部１５Ｃに記憶させる一方、当該旋盤
１による加工スタ−ト信号を同制御装置１５を介して入
力することにより、前記記憶部１５Ｃに記憶された命令
信号を中央演算装置ＣＰＵ １５Ｄにより読出して、前
記往復台８及び横送り台９の駆動装置を作動させること
により、バイト１０Ｂに送りを与えて所要の旋削加工を
可能にする機能を備えている。The control device 15 turns the work W with the cutting tool 10B attached to the tool rest 10 by the tightening lever 10A. By inputting a feed command signal for feeding from the input means 15A or an appropriate input means such as a keyboard (not shown), the central processing unit CPU1
The processing signal is stored in the storage unit 15C via the 5D, while the machining start signal from the lathe 1 is input via the control unit 15 so that the command signal stored in the storage unit 15C is stored in the central processing unit CPU 15D. And a drive device for the carriage 8 and the lateral feed table 9 is operated to feed the bite 10B to enable the required turning.
【００２３】また、この制御装置１５には前記刃物台１
０（又は横送り台９）の適所に設けた前記バイト１０Ｂ
の摩耗量の検出センサ１０Ｆにより検出した同バイト１
０Ｂの摩耗量検出信号が入力され、該バイト１０Ｂの摩
耗量検出信号により前記横送り台９の送り量を補償する
補償回路（図示省略）が設けられているが、かかる機能
を備える制御装置１５自体は電子制御装置を備える既存
の自動旋盤の制御装置とほぼ同様である。Further, the control unit 15 includes the turret 1
The bit 10B provided at a proper position of 0 (or the horizontal feed table 9)
Tool 1 detected by the wear sensor 10F
A wear amount detection signal of 0B is input, and a compensation circuit (not shown) for compensating the feed amount of the transverse feed base 9 by the wear amount detection signal of the bite 10B is provided, but the control device 15 having such a function is provided. The device itself is almost the same as the control device of an existing automatic lathe equipped with an electronic control device.
【００２４】２１は研磨盤、２２は研磨盤２１の基板２
２で、この基板２２の底面は水平状をなし、前記横送り
台９の水平状の頂面１０Ｃに載置される。２３は研磨盤
２１のモ−タ、２４はその軸、２５は研磨体、２８は基
板２２を横送り台９に着脱可能に固定するボルトであ
る。Reference numeral 21 is a polishing disk, and 22 is a substrate 2 of the polishing disk 21.
In step 2, the bottom surface of the substrate 22 has a horizontal shape and is placed on the horizontal top surface 10C of the transverse feed table 9. Reference numeral 23 is a motor for the polishing board 21, 24 is an axis thereof, 25 is a polishing body, and 28 is a bolt for detachably fixing the substrate 22 to the lateral feed table 9.
【００２５】なお、この制御装置１５には、その入力部
１５Ａ又は図示しないキ−ボ−ド、カ−ド等の適宜の入
力手段により、前記研磨盤２１の研磨体２５のワ−クＷ
に対する送り量、すなわち、前記往復台８及び横送り台
９を、前記バイト１０Ｂによるワ−クＷへの外径旋削時
における送り方向とは逆方向へ、所要量送るための送り
命令信号をその記憶部１５Ｃに前記中央演算装置ＣＰＵ
１５Ｄを介して前記と同様に入力することにより、同
研磨体２５による前記ワ−クＷ外径への自動研磨を可能
とする。The control unit 15 is provided with a work W of the polishing body 25 of the polishing table 21 by its input unit 15A or an appropriate input means such as a keyboard or a card (not shown).
, The feed command signal for feeding the reciprocating table 8 and the lateral feed table 9 in a direction opposite to the feeding direction at the time of the outer diameter turning to the work W by the cutting tool 10B. The central processing unit CPU is stored in the storage unit 15C.
By inputting in the same manner as above via 15D, it becomes possible for the polishing body 25 to automatically polish the work W to the outer diameter.
【００２６】１０Ｇは横送り台９の向側の適所に設けた
研磨体２５の摩耗量を検出するセンサで、摩耗量検出セ
ンサ１０Ｇにより検出された前記研磨体２５の摩耗量検
出信号は、前記バイト１０Ｂの摩耗量途出センサ１０Ｆ
により検出されたその摩耗量検出信号と同様に前記制御
装置１５に送信され、その中央演算装置ＣＰＵ １５Ｄ
により、前記横送り台１９の送り命令信号を修正して、
目標送り量を補償するように構成される。なお、この研
磨体２５の摩耗量検出センサ１０Ｇは当該研磨体２５の
摩耗量を検出できる限り、前記バイト１０Ｂの摩耗量検
出センサ１０Ｆにより代用することもできる。Reference numeral 10G is a sensor for detecting the amount of wear of the polishing body 25 provided at a proper position on the opposite side of the lateral feed table 9. The wear amount detection signal of the polishing body 25 detected by the wear amount detecting sensor 10G is the above-mentioned signal. Tool 10B wear amount protrusion sensor 10F
Is transmitted to the control unit 15 in the same manner as the wear amount detection signal detected by the central processing unit CPU 15D.
By modifying the feed command signal of the transverse feed table 19,
It is configured to compensate the target feed amount. The wear amount detecting sensor 10G of the polishing body 25 may be replaced by the wear amount detecting sensor 10F of the cutting tool 10B as long as the wear amount of the polishing body 25 can be detected.
【００２７】Ｈ1は横送り台９の水平状頂面９Ｃと旋盤
１の主軸５との間隔、すなわち、同水平状頂面９Ｃから
の主軸５軸心の高さ、Ｈ2は研磨盤２１の基板２２の水
平状下面と研磨体２５の軸２４心との間隔、すなわち、
研磨体２５の軸２４心の高さであり、このＨ1とＨ2とは
一致している。H 1 is the distance between the horizontal top surface 9C of the horizontal feed table 9 and the spindle 5 of the lathe 1, that is, the height of the axis of the spindle 5 from the horizontal top surface 9C, and H 2 is the polishing machine 21. The distance between the horizontal lower surface of the substrate 22 and the axis 24 of the polishing body 25, that is,
It is the height of the shaft 24 center of the polishing body 25, and H 1 and H 2 coincide with each other.
【００２８】（第１実施例の作用）旋盤１の主軸５端部
のチャック６に挾持され、心押台７の心押軸７Ａとの間
に支承されたワ−クＷを、主軸５によりチャック６ガし
て回転駆動する一方、往復台８上の横送り台９の手前側
に設けた刃物台１０に、締付レバ−１０Ａで取付けたバ
イト１０Ｂにより、制御装置１５の記憶部１５Ｃに、そ
の入力部１５Ａ又は図示しないキ−ボ−ド、カ−ド等の
適宜の入力手段により予め入力して記憶された当該ワ−
クＷの加工用の命令信号が、その中央演算装置ＣＰＵ
１５Ｄにより順次呼出されて、前記往復台８及び横送り
台９をその駆動装置を介して移動させることにより、又
は必要に応じ前記バイト１０Ｂの摩耗量が前記刃物台１
０（又は横送り台９）上に設けられた、同バイト１０Ｂ
の摩耗量検出センサ１０Ｆにより検出された、摩耗量検
出信号が前記制御装置１５にその中央演算装置ＣＰＵ１
５Ｄを介して入力されることにより、前記バイト１０Ｂ
の摩耗量に対応する前記横送り台９の送り量が、同中央
演算装置ＣＰＵ １５Ｄにより修正されて、当該ワ−ク
Ｗに対する所要の旋削加工を自動的にする点では、制御
装置１５を備える従来の旋盤１とほぼ同様である。(Operation of the First Embodiment) The work W held by the chuck 6 at the end of the main spindle 5 of the lathe 1 and supported between the tailstock 7 and the tailstock shaft 7A is supported by the main shaft 5. While the chuck 6 engages and drives to rotate, the tool rest 10 provided on the front side of the lateral feed stand 9 on the carriage 8 is stored in the storage unit 15C of the controller 15 by the tool 10B attached by the tightening lever 10A. The input section 15A or the word stored in advance by an appropriate input means such as a keyboard or a card (not shown).
The command signal for processing W is the central processing unit CPU
15D sequentially to move the reciprocating table 8 and the lateral feed table 9 through its driving device, or if necessary, the wear amount of the cutting tool 10B can reduce the wear amount of the tool rest 1.
0 (or transverse feed table 9), the same byte 10B
The wear amount detection signal detected by the wear amount detection sensor 10F of the CPU is sent to the control device 15 by the central processing unit CPU1.
The byte 10B by being input via 5D.
The control unit 15 is provided in that the feed amount of the transverse feed table 9 corresponding to the wear amount of the work is corrected by the central processing unit CPU 15D to automatically perform the required turning process on the work W. It is almost the same as the conventional lathe 1.
【００２９】しかし、この第１実施例では横送り台９の
水平状頂面９Ｃの主軸５を越える向側（図１では上側）
に、研磨盤２１を研磨体２５の軸２４心が当該旋盤１の
主軸５の軸心と平行すると共にほぼ等に設けられている
から、前記制御装置１５への往復台８及び横送り台９の
送り命令信号の入力に併せて、前記研磨盤２１の研磨体
２５を、前記旋削終了後のワ−クＷに当接させるように
前記横送り台９を後退させた後、同横送り台９に当該研
磨体２５による研磨代ずつ後退させるための命令信号
を、前記入力部１５Ａ又はカ−ド等の適宜入力手段によ
り予め入力する。However, in the first embodiment, the side of the horizontal top surface 9C of the transverse feed table 9 which faces the main axis 5 (the upper side in FIG. 1).
In addition, since the polishing table 21 is provided substantially at the same position as the axis 24 of the polishing body 25 is parallel to the axis of the main shaft 5 of the lathe 1, the shuttle 8 and the lateral feed table 9 to the controller 15 are provided. In addition to the input of the feed command signal, the horizontal feed table 9 is retracted so that the polishing body 25 of the polishing table 21 is brought into contact with the work W after the turning, and then the horizontal feed table is received. A command signal for retreating the polishing stock by the polishing body 25 by 9 is input in advance by an appropriate input means such as the input unit 15A or a card.
【００３０】これにより、前記バイト１０Ｂによる旋削
加工終了後のワ−クＷを前記チャック６から取外すこと
なく、同ワ−クＷに対して前記横送り台９を手前側｛図
１では下側、図６の（Ａ）では左側｝へ移動させて、同
横送り台９の前記主軸５を越える向側に設けた研磨盤２
１の研磨体２５を、当該ワ−クＷの外面に当接させるこ
とにより、同ワ−クＷへの外径研磨を直ちに開始し、以
後は前記制御装置１５の記憶部１５Ｃに予め入力された
往復台８及び横送り台９の送り命令信号、したがって、
研磨命令信号に基づいて同往復台８の往復動及び横送り
台９の横送りをすることにより、ワ−クＷへの研磨体２
５による研磨加工を前記旋削加工に続いてする。As a result, without removing the work W after turning by the cutting tool 10B from the chuck 6, the transverse feed base 9 is located on the front side of the work W (lower side in FIG. 1). , Left side in FIG. 6 (A)}, and the polishing table 2 is provided on the side of the transverse feed table 9 beyond the spindle 5.
By bringing the polishing body 25 of No. 1 into contact with the outer surface of the work W, the outer diameter polishing of the work W is immediately started, and thereafter, it is preliminarily input to the storage unit 15C of the control device 15. Feed command signals of the carriage 8 and the lateral feed table 9,
The polishing body 2 to the work W is moved by reciprocating the reciprocating table 8 and laterally feeding the lateral feeding table 9 based on the polishing command signal.
The polishing process of No. 5 is performed after the turning process.
【００３１】なお、研磨体２５の摩耗量が横送り台９の
向側の端部に設けた検出センサ１０Ｇにより検出され、
その摩耗量検出信号が前記制御装置１５に送信され、そ
の中央演算装置ＣＰＵ １５Ｄにより、その記憶部１５
Ｃに予め記憶された前記横送り台９の送り量に相当する
送り信号を、前記バイト１０Ｂの摩耗量の検出センサ１
０Ｆによる検出信号による送り量の修正とほぼ同要領
で、同横送り台９の送り量を修正し、その補償がなされ
る。The amount of wear of the polishing body 25 is detected by the detection sensor 10G provided at the end portion of the transverse feed table 9 on the opposite side,
The wear amount detection signal is transmitted to the control unit 15, and the central processing unit CPU 15D causes the storage unit 15 to store the wear amount.
A feed signal corresponding to the feed amount of the transverse feed table 9 stored in C in advance is used as a detection signal for the wear amount detection sensor 1 of the cutting tool 10B.
In almost the same manner as the correction of the feed amount by the detection signal by 0F, the feed amount of the transverse feed table 9 is corrected and the compensation is performed.
【００３２】また、この第１実例においては研磨体２５
とワ−クＷとが図６の（Ａ）、（Ｃ）の矢印のように同
方向に回転し、両者がその当接部において逆方向に移動
しながら研磨されるから、その相対研磨速度が研磨体２
５の線速度Ｓとワ−クＷの線速度Ｖとの和の大きな線速
度が、 Ｓ ＋ Ｖ となり、図６（Ｃ）の太線のように長くなるから、その
研磨能率の向上を期待できる。Further, in this first example, the polishing body 25
And the work W rotate in the same direction as shown by arrows in FIGS. 6A and 6C, and both are abraded while moving in opposite directions at their abutting portions, so that the relative polishing rate. Is polishing body 2
The linear velocity having a large sum of the linear velocity S of 5 and the linear velocity V of the work W is S + V, which is long as shown by the thick line in FIG. 6C, and hence the polishing efficiency can be expected to be improved. .
【００３３】（第２実施例）図４はこの発明にかかる旋
盤への研磨盤の取付装置の第２実施例の要部を、前記第
１実施例の要部を示す図３と同様に、前記図２のＰ−Ｐ
線領域において横送り台１０を縦断して示す模式縦断説
明図である。なお、前記図１〜３に示した第１実施例と
共通する部分には同一名称及び同一符号を用いる。(Second Embodiment) FIG. 4 shows the essential parts of the second embodiment of the device for mounting a lapping machine on a lathe according to the present invention, similarly to FIG. 3 showing the essential parts of the first embodiment. The PP of FIG.
It is a model longitudinal cross-section explanatory drawing which shows the horizontal feed stand 10 longitudinally in a line area. In addition, the same names and reference numerals are used for parts common to the first embodiment shown in FIGS.
【００３４】図４において、２１は第２実施例の研磨盤
で、この研磨盤２１の基板２２の下面とその軸２４心と
の間隔Ｈ3は、前記横送り台９の水平状頂面９Ｃと旋盤
１の主軸５心との間隔Ｈ1より狭く構成されている。３
０は研磨盤２１の水平状底面を有する基板２２を横送り
台９の水平状頂面９Ｃに載置して取付ける締付ボルト、
３２、３３はスペ−サ、Ｈ4、Ｈ5はスペ−サ３２、３３
の厚さで、このスペ−サ３２、３３は横送り台９の水平
状の頂面９Ｃと研磨盤２１の基板２２の水平状底面との
間に挿入され、ボルト３０により同基板２２を横送り台
９に固定することにより、研磨盤２１の軸２４と前記主
軸５とが平行し、両者の軸心がほぼ等高になるように支
承される。In FIG. 4, reference numeral 21 denotes the polishing plate of the second embodiment. The distance H 3 between the lower surface of the substrate 22 of the polishing plate 21 and its shaft 24 core is such that the horizontal top surface 9C of the transverse feed 9 is 9C. It is configured to be narrower than the distance H 1 between the main shaft of the lathe 1 and the five cores. Three
0 is a tightening bolt for mounting and mounting the substrate 22 having the horizontal bottom surface of the polishing table 21 on the horizontal top surface 9C of the lateral feed table 9.
32 and 33 are spacers, and H 4 and H 5 are spacers 32 and 33.
The spacers 32 and 33 are inserted between the horizontal top surface 9C of the lateral feed table 9 and the horizontal bottom surface of the substrate 22 of the polishing table 21, and the bolts 30 move the substrate 22 horizontally. By being fixed to the feed table 9, the shaft 24 of the polishing plate 21 and the main shaft 5 are parallel to each other and are supported so that the axes of both shafts are substantially even.
【００３５】この第２実施例によれば丈の低い研磨盤２
１、すなわち、研磨盤２１の基板２２の水平状底面とそ
の軸２４心との高さＨ3が、前記横送り台９の水平状頂
面９Ｃと前記主軸５心との高さＨ1より低い研磨盤２１
を、その基板２２の水平状底面の下側に厚さ（高さ）が
Ｈ4、Ｈ5のスペ−サ３２、３３を配設することにより、
前記研磨体２５の軸２４心と前記ワ−クＷの軸心とをほ
ぼ等高とし、両者の当接する研磨位置を前記主軸５の軸
心とほぼ等高になり、前記と同様な研磨要領による高い
研磨効率での研磨をする。According to the second embodiment, the polishing machine 2 having a low height is used.
1, that is, the height H 3 between the horizontal bottom surface of the substrate 22 of the polishing table 21 and its shaft 24 core is greater than the height H 1 between the horizontal top surface 9C of the transverse feed base 9 and the main spindle 5 core. Low polishing table 21
By disposing spacers 32 and 33 having thicknesses (height) of H 4 and H 5 below the horizontal bottom surface of the substrate 22,
The shaft 24 center of the polishing body 25 and the shaft center of the work W are made substantially equal in height, and the polishing positions where they abut each other are made substantially equal in height to the shaft center of the main shaft 5, and the same polishing procedure as described above is performed. With high polishing efficiency.
【００３６】したがって、いわゆる振りの異なる旋盤１
に対し、厚さの異なる数種のスペ−サ３２、３３を準備
することにより、同一構造の研磨盤２１をそのまま取付
けて使用することができ、ひいては、異なる構造の旋盤
１への同一構造の研磨盤２１の取付け装着に当り、同一
構造の研磨盤２１の量産によるコトスメリットを図れ
る。Therefore, so-called lathes 1 having different swings
On the other hand, by preparing several kinds of spacers 32 and 33 having different thicknesses, the polishing plate 21 having the same structure can be attached and used as it is, and by extension, the lathe 1 having the different structure can have the same structure. When attaching and mounting the polishing table 21, it is possible to achieve the advantage of mass production of the polishing table 21 having the same structure.
【００３７】また、前記スペ−サ３２、３３の厚さＨ4
及びＨ5を、異なる旋盤１の横送り台上の振り差に対応
する厚さに選択すれば、丈の高さを含めた同一構造の研
磨盤２１と、異なる形式の旋盤１の横送り台９上の振の
高さの差に対応する厚さのスペ−サ３２、３３とを複数
種準備することにより、この発明の第２実施例を一層低
コストで実施できる。なお、その他の構造及び作用は前
記第１実施例とほぼ同様である。The thickness H 4 of the spacers 32 and 33 is
If H and H 5 are selected to have a thickness corresponding to the swing difference on the lathe 1 of different lathes 1, the lapping machine 21 of the same structure including the height and the lathe 1 of the lathes 1 of different types are selected. The second embodiment of the present invention can be implemented at a lower cost by preparing a plurality of types of spacers 32 and 33 having a thickness corresponding to the difference in the height of vibration on the shaft 9. The other structures and operations are almost the same as those of the first embodiment.
【００３８】（第３実施例）図５はこの発明にかかる旋
盤への研磨盤の取付装置の第３実施例の要部を、前記第
１実施例の要部を示す図３と同様な領域、すなわち、前
記図２のＰ−Ｐ線と同領域において横送り台９を縦断し
て示す、その要部の模式縦断説明図である。なお、図１
〜３に示した前記第１実施例と共通する部分には同一名
称及び同一符号を用いる。(Third Embodiment) FIG. 5 is a region similar to FIG. 3 showing the essential parts of the third embodiment of the device for mounting a lapping machine on a lathe according to the present invention, and the essential parts of the first embodiment. That is, FIG. 3 is a schematic vertical cross-sectional explanatory view of a main part of the horizontal feed table 9 which is shown by vertically cutting in the same area as the line P-P in FIG. 2. Note that FIG.
The same names and reference numerals are used for the portions common to the first embodiment shown in FIGS.
【００３９】図５において、９Ｂ、９Ｂは横送り台９の
両側面に設けた水平状の凹溝、４０はコ字状係止具、４
１及び４２はコ字状係止具４０の下係止片及び上係止
片、４４は上係止片４２に螺子込んだ締付ボルト４４
で、この締付ボルト４４の下端は前記研磨盤２１の基板
２２の上面に当接する。In FIG. 5, 9B and 9B are horizontal concave grooves provided on both side surfaces of the lateral feed base 9, 40 is a U-shaped locking tool, 4
Reference numerals 1 and 42 are lower locking pieces and upper locking pieces of the U-shaped locking tool 40, and 44 is a tightening bolt 44 screwed into the upper locking piece 42.
The lower end of the tightening bolt 44 contacts the upper surface of the substrate 22 of the polishing board 21.
【００４０】なお、この締付けボルト４４は、図示しな
いが、前記上係止片４２に軸着され、同係止片４２の下
面からカム面の一部が突出し又は引込み可能に回動操作
される締付カムによる締付機構に置き換えできる。Although not shown, the tightening bolt 44 is pivotally attached to the upper locking piece 42 and is pivotally operated so that a part of the cam surface projects from the lower surface of the locking piece 42 or is retractable. It can be replaced with a tightening mechanism using a tightening cam.
【００４１】Ｈ6は研磨盤２１の基板２２の下面と軸２
４との間隔（高さ）、Ｈ7はスペ−サ４３の厚さ、Ｈ1は
研磨盤２１の軸２４心と横送り台９の頂面との間隔、す
なわち、研磨盤２１の軸２４心の高さであり、 Ｈ6 ＋ Ｈ7 ＝ Ｈ1 スペ−サ４３を横送り台９の水平状頂面９Ｃと基板２２
の水紙状底面との間に挿入して、研磨盤２１の軸２４心
の高さを前記主軸５の軸心高さと合せることにより、前
記第２実施例の研磨盤２１と同様に研磨効率の向上を期
待できると外、横送り台９上の振りの異なる既存の旋盤
１の横送り台９に対して、前記スペ−サ４３及びコ状係
止具４０を準備すれば、その高さを含めた同一構造の研
磨盤２１の取付けを、前記第２実施例と同様に可能にす
る。H 6 is the lower surface of the substrate 22 of the polishing table 21 and the shaft 2
4, H 7 is the thickness of the spacer 43, H 1 is the distance between the axis 24 of the polishing table 21 and the top surface of the transverse feed table 9, that is, the axis 24 of the polishing table 21. It is the height of the core, and H 6 + H 7 = H 1 spacer 43 is placed on the horizontal top surface 9 C of the transverse feed table 9 and the substrate 22.
The same as the polishing plate 21 of the second embodiment, the height of the shaft 24 of the polishing plate 21 is adjusted to the height of the shaft center of the main shaft 5 so that the polishing efficiency is the same as that of the polishing plate 21 of the second embodiment. In addition, if the spacer 43 and the U-shaped locking tool 40 are prepared for the horizontal feed table 9 of the existing lathe 1 having different swings on the horizontal feed table 9, the height thereof can be increased. The polishing plate 21 having the same structure including the above can be mounted in the same manner as in the second embodiment.
【００４２】コ状係止具４０の下係止片４１を横送り台
９側面の凹溝９Ｂに挿入し、同係止片４０の上係止片４
２を研磨盤２１の基板２２の上面に掛けた後、締付ボル
ト４４により基板２２を横送り台９に締付け固定する。The lower locking piece 41 of the U-shaped locking tool 40 is inserted into the concave groove 9B on the side surface of the lateral feed base 9, and the upper locking piece 4 of the same locking piece 40 is inserted.
After 2 is hung on the upper surface of the substrate 22 of the polishing board 21, the substrate 22 is clamped and fixed to the transverse feed table 9 by the tightening bolts 44.
【００４３】刃物台１０に取付けたバイト１０Ｂ（図１
参照）によるワ−クＷの旋削要領を含め、この第３実施
例のその他の構造及び作用は、前記第１実施例の構造及
び作用とほぼ同様である。The cutting tool 10B attached to the tool rest 10 (see FIG.
Other structures and operations of the third embodiment, including the turning procedure of the work W according to the reference), are almost the same as the structures and operations of the first embodiment.
【００４４】なお、前記横送り台９の側面に形成する凹
溝９Ｂ、９Ｂはその断面が鳩尾状ないし蟻溝状をなすよ
うに形成する外、段状をなすようにも形成できるが、こ
の場合には前記コ状係止具４０の下係止片４１を、それ
らの断面が鳩尾状ないし蟻溝状に適合する形状に構成す
るのが良い。また、この凹溝９Ｂ、９Ｂは横送り台９の
側面の全長に旦って形成する外、その向側、すなわち、
図１の上半部のみの両側面に形成することもできる。The concave grooves 9B, 9B formed on the side surface of the transverse feed base 9 may be formed in a dovetail shape or a dovetail groove shape, or in a step shape. In this case, it is preferable that the lower locking piece 41 of the U-shaped locking tool 40 is formed in a shape whose cross-section is adapted to a dovetail shape or a dovetail shape. In addition, the concave grooves 9B, 9B are formed over the entire length of the side surface of the transverse feed table 9, on the opposite side thereof, that is,
It can also be formed on both sides of only the upper half of FIG.
【００４５】（発明の効果）この発明は、前記のような
構成を有し、作用をするから、次のような特有の効果が
得られる。(Effects of the Invention) Since the present invention has the above-mentioned structure and operates, the following unique effects can be obtained.
【００４６】（１） 旋盤１の往復台８上の横送り台９
の手前側に刃物台１０を、その向側に研磨盤２１をそれ
ぞれ取付け、該研磨盤２１の軸２４心を当該旋盤１の主
軸５心と平行で、ほぼ等高に配設したから、前記刃物台
１０上のバイト１０Ｂによるワ−クＷへの旋削加工終了
後、同一チャック６に挾着したワ−クＷを、同チャック
６からから取外すことなく、また、同ワ−クＷに対する
研磨盤２１の研磨体２５の位置決め等をすることなく、
直ちに研磨加工を行なえる。(1) Traverse table 9 on the carriage 8 of the lathe 1
The tool rest 10 is mounted on the front side of the lathe, and the grinder 21 is mounted on the opposite side thereof, and the shaft 24 cores of the grinder 21 are arranged in parallel with the main shaft 5 cores of the lathe 1 at substantially the same height. After the turning process of the work W by the cutting tool 10B on the tool rest 10 is completed, the work W clinging to the same chuck 6 is not removed from the same chuck 6 and is also ground to the same work W. Without positioning the polishing body 25 of the board 21,
Immediate polishing is possible.
【００４７】（２） 既存の旋盤１の水平状頂面９Ｃを
有する横送り台９の手前側に刃物台１０を、その向側に
研磨盤２１をそれぞれ取付け、同一旋盤１のチャック６
に挾着したワ−クＷに対する旋削と研磨とを、既存の旋
盤１の制御装置１５へ旋削用の送り命令信号と研磨用の
送り命令信号を当該旋削及び研磨加工に先立って予め同
時に入力することにより、旋削終了後の前記ワ−クＷに
対して、前記研磨盤２１の位置決めやその送り量の設定
等をその都度することなく連続して行える。(2) The tool rest 10 is attached to the front side of the transverse feed base 9 having the horizontal top surface 9C of the existing lathe 1 and the polishing disc 21 is attached to the opposite side thereof, and the chuck 6 of the same lathe 1 is attached.
Turning and polishing for the work W clinging to the workpiece is input to the control device 15 of the existing lathe 1 simultaneously with the turning and polishing feed command signals prior to the turning and polishing. As a result, with respect to the work W after the turning, the positioning of the polishing table 21 and the setting of the feed amount thereof can be continuously performed without the need for each case.
【００４８】（３） 横送り台９の水平状頂面９Ｃの手
前側の刃物台１０にバイト１０Ｂを、その向側に研磨盤
２１をそれぞれ取付けたから、主軸５の回転方向等の調
整を要することなく前記研磨盤２１の研磨体２５による
高い相対研磨速度を容易に得られ、高研磨効率を期待で
きる旋盤への研磨盤の取付装置が得られる。(3) Since the cutting tool 10B is attached to the tool rest 10 on the front side of the horizontal top surface 9C of the transverse feed base 9 and the polishing disc 21 is attached on the opposite side thereof, it is necessary to adjust the rotation direction of the spindle 5 and the like. Without this, a high relative polishing rate by the polishing body 25 of the polishing plate 21 can be easily obtained, and a device for attaching the polishing plate to the lathe can be obtained which can be expected to have high polishing efficiency.
【００４９】（３） 旋盤１の横送り台９の水平状頂面
の手前側に刃物台を、その向側に研磨盤２１をそれぞれ
取付けたことにより、同一横送り台９上の手前側の刃物
台１０上のバイト１０Ｂによる、当該旋盤１の主軸５上
のチャック６で挾持したにワ−クＷの旋削加工と研磨加
工とを連続して行なえるから、旋盤１と研磨盤２１との
各別の設置スペ−ス及びそれらの各別の操作スペ−スを
確保する必要がなく、しかも、既存の旋盤１の往復台８
及び横送り台９の送り制御装置１５を、研磨盤２１の送
り制御装置としてそのまま使用できるから、旋盤１及び
研磨盤２１用の送り制御装置を各別に必要とした従来例
に比べて大巾なコストダウンを図れる。(3) By installing the tool rest on the front side of the horizontal top surface of the transverse feed table 9 of the lathe 1 and the polishing board 21 on the opposite side thereof, the front side on the same transverse feed table 9 is provided. Since the turning process and the polishing process of the work W held by the chuck 6 on the spindle 5 of the lathe 1 can be continuously performed by the cutting tool 10B on the tool rest 10, the lathe 1 and the polishing machine 21 It is not necessary to secure a separate installation space and a separate operation space for them, and furthermore, the carriage 8 of the existing lathe 1
Since the feed control device 15 of the horizontal feed table 9 can be used as it is as the feed control device of the polishing plate 21, it is wider than the conventional example in which the feed control devices for the lathe 1 and the polishing plate 21 are separately required. The cost can be reduced.
【００５０】（５） 研磨盤２１の基板２２の水平状底
面から当該研磨盤２１の軸２４心までの高さＨ2と、横
送り台９の水平状頂面９Ｃと旋盤１の主軸５心までの高
さＨ1とが等しい場合には、同基板２２をボルト２８に
より横送り台９に固定することにより、また、前記基板
２２の底面から当該研磨盤２１の軸２４心までの高さＨ
3、Ｈ6が、当該旋盤１の横送り台９の水平状頂面９Ｃと
その主軸５心までの高さＨ1より低い場合には、適宜厚
さＨ4、Ｈ5、Ｈ7のスペ−サ３２、３３、４３を介在さ
せることにより、したがって、研磨盤２１の高さＨ3、
Ｈ6が横送り台９の頂面９Ｃから主軸５心までの高さＨ1
より低い場合においても、適宜厚さＨ4、Ｈ5、Ｈ7のス
ペ−サ３２、３３、４３を併用することにより、前記横
送り台９の水平状頂面９Ｃと主軸５心との高さの異なる
異機種旋盤１の横送り台９に、その高さを含めて単一構
造の研磨盤２１を取付けて高能率の研磨加工可能なもの
への改造を簡易に行なえ、しかも、研磨盤２１構造の共
通化に基づくコストメリットがある。(5) The height H 2 from the horizontal bottom surface of the substrate 22 of the polishing plate 21 to the axis 24 of the polishing plate 21, the horizontal top surface 9C of the transverse feed table 9 and the five axes of the lathe 1. When the height H 1 is equal to the height H 1 , the same substrate 22 is fixed to the transverse feed table 9 by the bolts 28, and the height from the bottom surface of the substrate 22 to the axis 24 of the polishing plate 21 is increased. H
3 and H 6 are lower than the height H 1 between the horizontal top surface 9C of the transverse feed table 9 of the lathe 1 and the five cores of the lathe 1, the thicknesses of H 4 , H 5 , and H 7 are appropriately set. -By interposing the blades 32, 33, 43, therefore the height H 3 of the polishing table 21,
H 6 is the height H 1 from the top surface 9C of the transverse feed table 9 to the five spindles
Even if it is lower, the height of the horizontal top surface 9C of the transverse feed 9 and the center of the main shaft 5 can be increased by appropriately using the spacers 32, 33, 43 having the thicknesses H 4 , H 5 , and H 7. The lathe 1 of the different types of lathes with different heights can be attached to the lathe 21 having a single structure including the height of the lathe 1, so that the lathe can be easily modified to a highly efficient lathe. 21 There is a cost advantage based on the common structure.
【００５１】（６） 既存の旋盤１のバイト１０Ｂの往
復動（縦送り）及び切込み（横送り）や、バイト１０Ｂ
の摩耗量の補償の機能等を備える既存の旋盤１における
制御装置１５の機能を維持しつつ、同制御装置１５に当
該研磨盤２１の研磨体２５による前記旋削終了後のワ−
クＷの研磨に送り命令信号を、その入力部１５Ａ、キ−
ボ−ド、カ−ド等の適宜入力手段により、当該旋盤１の
旋削用の送り命令信号と共に、その旋削加工に先立って
予め補足入力することにより、当該旋盤１の横送り台９
の向側に研磨盤２１を取付ける外には改造を加えること
なく、既存の旋盤１の制御装置１５が本来具備する制御
機能を、ほぼそのまま研磨盤２１の研磨体２５による研
磨加工における送り制御機能として利用できる。(6) Reciprocating motion (longitudinal feed) and cutting (horizontal feed) of the cutting tool 10B of the existing lathe 1 and the cutting tool 10B
While maintaining the function of the control device 15 in the existing lathe 1 having the function of compensating for the wear amount of the same, the control device 15 is provided with a tool after the turning by the polishing body 25 of the polishing plate 21.
Send a command signal for polishing W to the input section 15A, key
A transverse feed table 9 of the lathe 1 is preliminarily input together with a feed command signal for turning of the lathe 1 by an appropriate input means such as a board or a card, and prior to the turning.
The control function originally possessed by the control device 15 of the existing lathe 1 is almost the same as that of the control device 15 of the existing lathe 1, and the feed control function in the polishing process by the polishing body 25 of the polishing plate 21 is substantially unchanged. Available as
【００５２】（７） 旋盤１の往復台８及び横送り台９
の制御装置１５を、ほぼそのまま通常の研磨盤２１を取
付けた往復台８及び横送り台９の送り制御装置１５とし
て利用できるから、往復台８及び横送り台９の自動送り
制御装置１５を備える既存の旋盤１とコストに通常の研
磨盤２１のコストを付加するだけの、換言すれば、既存
の旋盤１とコストと大差のないコストで、自動旋削に連
続して自動研磨可能な研磨盤付旋盤の提供が可能とな
り、ひいては、自動研磨機能を備える制御装置付旋盤の
小規模工場等への設置を容易にする。(7) Reciprocating table 8 and traverse table 9 of lathe 1
Since the control device 15 can be used as the feed control device 15 for the carriage 8 and the transverse feed 9 to which the normal polishing plate 21 is attached, the automatic feed controller 15 for the carriage 8 and the transverse feed 9 is provided. With the lathe 1 and the cost of the normal lapping machine 21 added to the cost, in other words, with the lathe that can be automatically polished continuously from the automatic lathe at a cost that is not much different from the cost of the existing lathe 1. It is possible to provide a lathe, which in turn facilitates the installation of a lathe with a controller equipped with an automatic polishing function in a small factory.
【図１】 この発明に係る旋盤への研磨盤の取付装置の
第１実施例の要部の模式縦断説明図である。FIG. 1 is a schematic vertical cross-sectional explanatory view of the essential parts of a first embodiment of an apparatus for attaching a lapping machine to a lathe according to the present invention.
【図２】 この発明の第１実施例の模式正面図である。FIG. 2 is a schematic front view of the first embodiment of the present invention.
【図３】 第１実施例を図１のＰ−Ｐ線に沿って、横送
り台を縦断して示す模式縦断説明図である。FIG. 3 is a schematic vertical cross sectional explanatory view showing the first embodiment in a vertical cross section along the line P-P in FIG.
【図４】 この発明に係る旋盤への研磨盤の取付装置の
第２実施例の要部の、図１のＰ−Ｐ線と同領域において
その横送り台を縦断して示す模式縦断説明図である。FIG. 4 is a schematic vertical cross-sectional explanatory view showing a cross-section of the transverse feed table in the same region as the line P-P in FIG. 1 of the essential part of the second embodiment of the device for attaching a lapping machine to a lathe according to the present invention. Is.
【図５】 この発明の第３実施例の、図１のＰ−Ｐ線と
同領域において、その横送り台を縦断して示す要部の模
式縦断説明図である。5 is a schematic longitudinal cross-sectional explanatory view of essential parts of the third embodiment of the present invention in which the transverse feed table is vertically cut in the same region as the line P-P in FIG. 1. FIG.
【図６】 この発明の第１実施例と従来旋盤の特殊使用
例としての、そのバイトに代えてその刃物台にエアモ−
タ付研磨体を取付けて、被研磨体の内径研磨を可能にし
たものとの作用を対比して示す模式説明図である。FIG. 6 shows an air mower mounted on the tool rest in place of the bite as a special use example of the lathe according to the first embodiment of the present invention.
FIG. 7 is a schematic explanatory view showing an action in comparison with an object in which a polishing body with a blade is attached to enable polishing of the inner diameter of the body to be polished.
【図７】 従来の旋盤要部の模式平面説明図である。FIG. 7 is a schematic plan view of a main part of a conventional lathe.
【図８】 従来の旋盤要部の模式正面説明図である。 （符号の説明） １……旋盤 ３……ベッド ４……主軸台 ５……主軸 ５Ａ……回転方向切換手段 ６……チャック ７……心押台 ８……往復台 ８Ａ……縦送りハンドル ９……横送り台 ９Ａ……横送りハンドル ９Ｂ……横送り台９の側面の凹溝 ９Ｃ……横送り台９の頂面 １０……刃物台 １０Ａ……締付レバ− １０Ｂ……バイト １０Ｆ……バイト１０Ｂ摩耗量の検出センサ １０Ｇ……研磨体２５摩耗量の検出センサ １５……制御装置 １５Ａ……入力部 １５Ｃ……記憶部 １５Ｄ……中央演算装置ＣＰＵ ２１……研磨盤 ２２……基板 ２３……モ−タ ２５……研磨体 ２８、３０、４４……ボルト ３２、３３、４３……スペ−サ ４０……コ状係止具 ４１……下係止片 ４２……上係止片 Ｈ1……横送り台９上面と主軸５心との間隔 Ｈ2、Ｈ3、Ｈ6……研磨盤２１の基板２２下面と軸２４
心との間隔 Ｈ4、Ｈ5、Ｈ7……スペ−サ３２、３３、４３の厚さ Ｇ……エアモ−タ付研磨体 Ｓ……エアモ−タ付研磨体Ｇの周速（線速度） Ｖ……ワ−クＷの周側（線速度） Ｗ……ワ−クFIG. 8 is a schematic front explanatory view of a main part of a conventional lathe. (Description of symbols) 1 ... Lathe 3 ... Bed 4 ... Spindle base 5 ... Spindle 5A ... Rotation direction switching means 6 ... Chuck 7 ... Tailstock 8 ... Reciprocating carriage 8A ... Vertical feed handle 9 ... Side feed base 9A ... Side feed handle 9B ... Groove on the side of side feed base 9C ... Top face of side feed base 9 ... Tool rest 10A ... Tightening lever 10B ... Bit 10F ...... Tool 10B Wear amount detection sensor 10G ...... Polishing body 25 Wear amount detection sensor 15 ...... Control device 15A ...... Input unit 15C ...... Storage unit 15D ...... Central processing unit CPU 21 ...... Grinding machine 22 ... ... substrate 23 ... motor 25 ... polishing body 28, 30, 44 ... bolts 32, 33, 43 ... spacer 40 ... U-shaped locking tool 41 ... lower locking piece 42 ... upper locking piece H 1 ...... cross-slides 9 top and the main shaft 5 distance between the heart H 2, H 3 Substrate 22 lower surface of the H 6 ...... grinder 21 and the shaft 24
Distance from the center H 4 , H 5 , H 7 ... Thickness of spacers 32, 33, 43 G ... Abrasive body with air motor S ... Peripheral velocity of abrasive body G with air motor (linear velocity ) V: Work W circumference (linear velocity) W: Work
Claims (5)
り台９を設け、該横送り台９の手前側に刃物台１０を、
同送り台９の向側にモ−タ２３等の駆動手段により駆動
され、水平状底面付基板２２を有する研磨盤２１をそれ
ぞれ設けると共に、該研磨盤２１の軸２４心を前記旋盤
１の主軸５心と平行で、ほぼ等高に設けたことを特徴と
する旋盤への研磨盤の取付装置。1. A reciprocating table 7 on a bed 3 of a lathe 1 is provided with a lateral feed table 9, and a tool rest 10 is provided in front of the lateral feed table 9.
A polishing table 21 having a horizontal bottomed substrate 22 driven by a driving means such as a motor 23 is provided on the opposite side of the feed table 9, and a shaft 24 of the polishing table 21 has a shaft 24 core as a main shaft of the lathe 1. An apparatus for mounting a lapping machine to a lathe, which is parallel to the five cores and provided at substantially the same height.
り台９を設け、該横送り台９の水平状頂面９Ｃの手前側
にバイト１０Ｂの取付用刃物台１０を設け、同送り台９
の水平頂面９Ｃの向側にモ−タ２３等の駆動手段により
駆動され、水平状底面付基板２２を有する研磨盤２１
を、同基板２２の水平状底面と前記横送り台９の水平状
頂面９Ｃとの間にスペ−サ３２、３３、４３を介して設
けると共に、前記研磨盤２１の軸２４心を前記旋盤１の
主軸５心と平行でほぼ等高に配し、前記研磨盤２１の基
板２２と前記横送り台９とを解放可能な取付手段２８、
３０、４０、４４により取付けたことを特徴とする旋盤
への研磨盤の取付装置。2. A reciprocating table 7 on the bed 3 of the lathe 1 is provided with a lateral feed table 9, and a horizontal tool top 9 is provided with a mounting tool rest 10 for a cutting tool 10B on the front side thereof. Feeding stand 9
Of the polishing platen 21 having a horizontal bottomed substrate 22 driven by a driving means such as a motor 23 on the side opposite to the horizontal top surface 9C.
Is provided between the horizontal bottom surface of the substrate 22 and the horizontal top surface 9C of the transverse feed table 9 via spacers 32, 33 and 43, and the axis 24 of the polishing machine 21 is the lathe. 1. A mounting means 28 which is arranged parallel to the five main axes of the first spindle 1 at substantially the same height and which is capable of releasing the substrate 22 of the polishing board 21 and the transverse feed table 9 from each other.
A device for mounting a lapping machine on a lathe, characterized by being mounted by 30, 40, 44.
ド３の端部に心押台７を、同ベッド３の中央部に往復台
７をそれぞれ設けると共に、前記往復台７に側面に横長
の凹溝９Ｂ、９Ｂ又は係合段部が形成され、水平状頂面
９Ｃを有する横送り台９を設け、該横送り台９の水平頂
面９Ｃの手前側に刃物台１０を設け、同横送り台９の水
平頂面９Ｃの向側に水平状底面付基板２２を有し、モ−
タ２３等の駆動手段により駆動される研磨盤２１を設
け、前記横送り台９側面の凹溝９Ｂ、９Ｂ又は係合段部
と前記研磨盤２１の基板２２の上面とに、コ状係止具４
０の下係止片４１と上係止片４２とをそれぞれ係合さ
せ、該コ状係止具４０の上係止片４２と前記研磨盤２１
の基板２２の上面とをボルト４４又はカム等の締付手段
により締付けたことを特徴とする旋盤への研磨盤の取付
装置。3. A tailstock 7 is provided at an end of a bed 3 extending laterally from a headstock 4 of a lathe 1, and a reciprocating table 7 is provided at the center of the bed 3, and the reciprocating table 7 is provided with a side surface. A lateral feed groove 9 having laterally long concave grooves 9B, 9B or an engaging step portion and having a horizontal top surface 9C is provided, and a tool rest 10 is provided on the front side of the horizontal top surface 9C of the horizontal feed pad 9. A horizontal bottomed substrate 22 is provided on the side of the horizontal top surface 9C of the transverse feed base 9,
A polishing platen 21 driven by a driving means such as a cutter 23, and the U-shaped engagement is made between the concave grooves 9B, 9B or the engaging stepped portion on the side surface of the transverse feed table 9 and the upper surface of the substrate 22 of the polishing platen 21. Ingredient 4
The lower locking piece 41 and the upper locking piece 42 of 0 are engaged with each other, and the upper locking piece 42 of the U-shaped locking tool 40 and the polishing plate 21
An apparatus for attaching a lapping machine to a lathe, characterized in that the upper surface of the base plate (22) is fastened with a fastening means such as a bolt (44) or a cam.
り台９を設け、該横送り台９の水平状頂面９Ｃの手前側
に刃物台１０に取付けたバイト１０Ｂを、当該旋盤１ま
わりの適所に設けた制御装置１５の記憶部１５Ｃに、適
宜入力手段１５Ａにより予め入力した前記往復台８及び
横送り台９の往復動及び横送り命令信号に基づいて往復
動させることにより、当該旋盤１の主軸５端部のチャッ
ク６に取付けたワ−クＷを自動旋削する旋盤１におい
て、前記横送り台９の水平状頂面９Ｃの向側に、モ−タ
２３等の駆動手段により駆動され、水平状底面付基板２
２を有する研磨盤２１を配して、該研磨盤２１の軸２４
心を前記旋盤１の主軸５心と平行でほぼ等高に設け、該
研磨体１２５を前記制御装置１５の記憶部１５Ｃに前記
入力手段１５Ａにより予め入力した研磨命令信号に基づ
しいて、前記旋削後のワ−クＷの周面に当接させるよう
に前記横送り台９を後退させた後、前記往復台８及び横
送り台９を往復動及び横送りして、同研磨体２５による
研磨をさせるようにしたことを特徴とする旋盤への研磨
盤の取付装置。4. A reciprocating table 7 on the bed 3 of the lathe 1 is provided with a lateral feed table 9, and a bite 10B attached to a tool rest 10 is provided on the front side of the horizontal top surface 9C of the lateral feed table 9. By reciprocating the reciprocating table 8 and the lateral feeding table 9 and the lateral feeding command signal reciprocally input to the storage section 15C of the control device 15 provided at a proper place around the lathe 1 by the input means 15A. In the lathe 1 for automatically turning the work W attached to the chuck 6 at the end of the main spindle 5 of the lathe 1, the motor 23 and the like are driven toward the horizontal top surface 9C of the transverse feed base 9. Substrate 2 with horizontal bottom driven by means
2 is arranged, and a shaft 24 of the polishing plate 21 is provided.
The core is provided in parallel with the five main axes of the lathe 1 at substantially the same height, and the polishing body 125 is stored in the storage unit 15C of the controller 15 based on the polishing command signal previously input by the input unit 15A. After the transverse feed base 9 is retracted so as to come into contact with the peripheral surface of the turned work W, the reciprocating base 8 and the transverse feed base 9 are reciprocally moved and laterally fed, and the polishing body 25 is used. A device for attaching a lapping machine to a lathe, which is characterized in that the lapping is carried out.
水平状頂面９Ｃの手前側及び向側に設けた刃物台９及び
研磨盤２１の適所に、前記バイト１０Ｂ及び研磨体２５
の摩耗量の検出センサ１０Ｆ、１０Ｇを設け、該センサ
１０Ｆ、１０Ｇによる前記バイト１０Ｂ又は研磨体２５
の摩耗量の検出信号を前記制御装置１５に入力すること
により、前記バイト１０Ｂ及び研磨体２５の摩耗に基づ
く前記横送り台９の送り量不足を補償する補償回路を前
記制御装置１５に設けたことにより、同制御装置１５の
記憶部に予め入力された前記バイト１０Ｂによる旋削及
び研磨体２５による研磨加工命令信号に基づいて、同バ
イト１０Ｂ及び研磨体２５の摩耗量を補正して、それら
を自動送りすることにより、前記ワ−クＷの旋削と研磨
との連続加工を可能にしたことを特徴とする請求項４記
載の旋盤への研磨盤の取付装置。5. The cutting tool 10B and the polishing body are provided at appropriate positions of the tool rest 9 and the polishing machine 21 provided on the front side and the opposite side of the horizontal top surface 9C of the horizontal feed platform 9 on the carriage 8 of the lathe 1. 25
Wear amount detection sensors 10F, 10G are provided, and the cutting tool 10B or the polishing body 25 by the sensors 10F, 10G is provided.
The control device 15 is provided with a compensating circuit for compensating for the shortage of the feed amount of the lateral feed base 9 due to the wear of the cutting tool 10B and the polishing body 25 by inputting the detection signal of the wear amount of the above into the control device 15. As a result, the abrasion amounts of the cutting tool 10B and the polishing body 25 are corrected based on the turning command of the cutting tool 10B and the polishing processing command signal of the polishing body 25, which are input in advance in the storage unit of the control device 15, 5. The apparatus for mounting a lapping machine on a lathe according to claim 4, wherein continuous working of turning and polishing of the work W is enabled by automatic feeding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8365894A JPH07276104A (en) | 1994-03-31 | 1994-03-31 | Installation device of grinding machine on lathe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8365894A JPH07276104A (en) | 1994-03-31 | 1994-03-31 | Installation device of grinding machine on lathe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH07276104A true JPH07276104A (en) | 1995-10-24 |
Family
ID=13808561
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP8365894A Pending JPH07276104A (en) | 1994-03-31 | 1994-03-31 | Installation device of grinding machine on lathe |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH07276104A (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20000026117A (en) * | 1998-10-17 | 2000-05-06 | 밍 루 | Complex abrasive blasting machine by using lathe turret |
| US6865787B2 (en) | 2002-10-21 | 2005-03-15 | Seibu Electric & Machinery Co., Ltd. | Numerical control (NC) processor with onboard grinding unit |
| CN102485381A (en) * | 2010-12-03 | 2012-06-06 | 上海运申制版模具有限公司 | Synchronous processing numerical control lathe for turning and grinding |
| CN102773710A (en) * | 2012-07-27 | 2012-11-14 | 齐齐哈尔齐一机工业产品有限公司 | Numerical control sphere turning and milling machine tool |
| CN103909425A (en) * | 2014-04-11 | 2014-07-09 | 许云飞 | Multifunctional lathe |
| CN107571106A (en) * | 2017-10-18 | 2018-01-12 | 衡山同远机械有限公司 | Axle processes on-line checking grinding machine |
| CN109202106A (en) * | 2018-09-25 | 2019-01-15 | 赵银宝 | A kind of moving device for lathe tailstock |
| KR102478275B1 (en) * | 2022-03-25 | 2022-12-15 | 설정화 | Pipe surface finishing apparatus and method for FRP hollow core |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0463648A (en) * | 1990-06-30 | 1992-02-28 | Okuma Mach Works Ltd | Composite machining machine tool |
-
1994
- 1994-03-31 JP JP8365894A patent/JPH07276104A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0463648A (en) * | 1990-06-30 | 1992-02-28 | Okuma Mach Works Ltd | Composite machining machine tool |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20000026117A (en) * | 1998-10-17 | 2000-05-06 | 밍 루 | Complex abrasive blasting machine by using lathe turret |
| US6865787B2 (en) | 2002-10-21 | 2005-03-15 | Seibu Electric & Machinery Co., Ltd. | Numerical control (NC) processor with onboard grinding unit |
| CN102485381A (en) * | 2010-12-03 | 2012-06-06 | 上海运申制版模具有限公司 | Synchronous processing numerical control lathe for turning and grinding |
| CN102773710A (en) * | 2012-07-27 | 2012-11-14 | 齐齐哈尔齐一机工业产品有限公司 | Numerical control sphere turning and milling machine tool |
| CN103909425A (en) * | 2014-04-11 | 2014-07-09 | 许云飞 | Multifunctional lathe |
| CN107571106A (en) * | 2017-10-18 | 2018-01-12 | 衡山同远机械有限公司 | Axle processes on-line checking grinding machine |
| CN109202106A (en) * | 2018-09-25 | 2019-01-15 | 赵银宝 | A kind of moving device for lathe tailstock |
| KR102478275B1 (en) * | 2022-03-25 | 2022-12-15 | 설정화 | Pipe surface finishing apparatus and method for FRP hollow core |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US4773292A (en) | Caliper machining apparatus having a caliper holder | |
| US6039634A (en) | Hardened workpiece finishing process | |
| JPH0794094B2 (en) | Machine Tools | |
| JP6917135B2 (en) | Machine Tools | |
| US4423990A (en) | Crankshaft milling machine | |
| JPH07276104A (en) | Installation device of grinding machine on lathe | |
| JPS59129601A (en) | Machine tool | |
| CN112676592A (en) | Machine tool capable of saving machining beats | |
| JPH05212617A (en) | Thread grinding machine | |
| JP4898768B2 (en) | Disc transport medium | |
| JPS624504A (en) | Machine tool | |
| EP0406775A2 (en) | Grinding machine | |
| CN110936163A (en) | Cogging method for machining gear by numerical control machine tool | |
| JP3021066B2 (en) | Screw grinder with opposed wheel head | |
| JP2003145372A (en) | Machine tool | |
| US4404772A (en) | Cylindrical grinding machine | |
| JP2002239881A (en) | Machining method and device using grinding machine | |
| KR200255006Y1 (en) | A rotary compound tool stand for lathe | |
| JPH0825117A (en) | Portable boring machine | |
| CN115229548A (en) | Precision connection spare bores mills processingequipment convenient to change clamping part | |
| JPH0627335Y2 (en) | Grinding machine with coolant supply | |
| JPH04267104A (en) | Cutting device for turret type woodworking machinery | |
| JPS62199360A (en) | Numerically controlled grinding machine having correcting tool for truing tool | |
| JPS6342961Y2 (en) | ||
| CN113333828A (en) | Multi-aperture milling equipment for machining |