JPS5944164B2 - Cutting tool adjustment method and device - Google Patents
Cutting tool adjustment method and deviceInfo
- Publication number
- JPS5944164B2 JPS5944164B2 JP15307880A JP15307880A JPS5944164B2 JP S5944164 B2 JPS5944164 B2 JP S5944164B2 JP 15307880 A JP15307880 A JP 15307880A JP 15307880 A JP15307880 A JP 15307880A JP S5944164 B2 JPS5944164 B2 JP S5944164B2
- Authority
- JP
- Japan
- Prior art keywords
- tool
- presetter
- cutting
- runout
- key
- 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.)
- Expired
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q17/00—Arrangements for observing, indicating or measuring on machine tools
- B23Q17/22—Arrangements for observing, indicating or measuring on machine tools for indicating or measuring existing or desired position of tool or work
- B23Q17/2216—Arrangements for observing, indicating or measuring on machine tools for indicating or measuring existing or desired position of tool or work for adjusting the tool into its holder
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Drilling And Boring (AREA)
Description
【発明の詳細な説明】
本発明は切削工具、特に軸に対して切削刃を固定し、こ
の切削刃は前記軸の中心からの距離を調整できるように
した切削工具の刃先位置を調整する方法とそれに使用す
る装置の改良に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a cutting tool, particularly a method for adjusting the position of a cutting edge of a cutting tool in which a cutting blade is fixed to a shaft and the distance from the center of the shaft can be adjusted. and improvements to the equipment used therein.
孔の内面を切削する際には、軸の先端に切削刃を止ねじ
で固定したいわゆるボーリングバーが使用されているが
、従来このボーリングバーをを利用して正確な孔をあけ
るのは非常に煩雑な作業を必要とした。When cutting the inner surface of a hole, a so-called boring bar with a cutting blade fixed to the tip of the shaft with a set screw is used, but it is extremely difficult to drill an accurate hole using this boring bar. It required complicated work.
即ち、ボーリングバーをポーリング盤の主軸に装着して
切削加工する際には、まずそのボーリングバーより突出
する切削刃の先端の位置（ボーリングバーの中心より切
削刃が半径方向に突出する距離）を所定の寸法より小さ
めに定め、この状態で切削を行なって得られた孔の寸法
を測定し、その孔の寸法から切削刃の位置を再調整して
再び前記孔の仕上切削を行なっている。In other words, when attaching a boring bar to the main shaft of a polling machine and performing cutting, first determine the position of the tip of the cutting blade that protrudes from the boring bar (the distance that the cutting blade protrudes in the radial direction from the center of the boring bar). The size of the hole is determined to be smaller than a predetermined size, and the size of the hole obtained by cutting is measured in this state.The position of the cutting blade is readjusted based on the hole size, and the hole is finished cut again.
この場合、孔の寸法に誤差がある場合には、何回も切削
刃の位置を調整する必要があり、煩雑であった。In this case, if there is an error in the dimensions of the hole, it is necessary to adjust the position of the cutting blade many times, which is complicated.
一方、ポーリング盤等の工作機械は、電子機器を利用し
て自動化されており、著しく高級機化されており、かな
り高価な装置となっている。On the other hand, machine tools such as polling machines are automated using electronic equipment, are extremely sophisticated, and are quite expensive devices.
そのためにできるだけ稼動率を上げることが重要な課題
となっており、その稼動率を上げる手段として自動的に
工具を供給する装置が採用されるようになってきたので
ある。For this reason, it has become an important issue to increase the operating rate as much as possible, and devices that automatically feed tools have come to be adopted as a means of increasing the operating rate.
ところが、この装置に切削工具を収納する前には、被加
工物にあけるべき孔の寸法に合せてその切削工具の切削
刃の軸に対する位置を調節しておく必要がある。However, before storing the cutting tool in this device, it is necessary to adjust the position of the cutting tool with respect to the axis according to the size of the hole to be drilled in the workpiece.
切削工具を準備する装置としていわゆるプリセッタ−が
使用されているが、このプリセッタ−を使用した際には
下記する切削工具調整上の問題が生じた。A so-called presetter is used as a device for preparing a cutting tool, but when this presetter is used, the following problems arise in adjusting the cutting tool.
即ち、工作機械の主軸の中心と、この主軸の先端部の工
具取付部の芯の間にずれがあり、この誤差を有する主軸
の工具取付部に切削工具を取付けた場合には、切削工具
がずれることになり、刃先と主軸の中心との間にその誤
差分のずれを生ずることになる。In other words, if there is a misalignment between the center of the main spindle of the machine tool and the center of the tool mounting part at the tip of this main spindle, and if a cutting tool is mounted on the tool mounting part of the main spindle that has this error, the cutting tool will This results in a misalignment between the cutting edge and the center of the spindle by the amount of the error.
一方切削工具調整用のプリセッタ−の主軸にも誤差があ
り、この誤差を考慮して調整が必要である。On the other hand, there is also an error in the main axis of the presetter for adjusting the cutting tool, and adjustments must be made in consideration of this error.
従来のプリセッタ−で切削工具を調整する際には、プリ
セッタ−側の誤差は無視して行なう場合が多く、そのた
めに工作機械に取付けられた切削工具の芯と、工作機械
の主軸の中心とがずれてこれが工作誤差となる。When adjusting a cutting tool with a conventional presetter, errors on the presetter side are often ignored, and for this reason, the center of the cutting tool attached to the machine tool and the center of the machine tool's main axis are This deviation results in a machining error.
具体的に言えば、工作機械の主軸の工具取付部固有精度
は、工具取付部にテスト棒を嵌着してこのテスト棒の先
端（主軸の先端より約３００朋の位置）の振れを測定し
てみると、０．０１０〜０．０２５朋の値を有しており
、この値は個々の工作機械によって異なっている。Specifically, the inherent accuracy of the tool mounting part of the spindle of a machine tool is determined by fitting a test rod into the tool mounting part and measuring the runout at the tip of this test rod (approximately 300 mm from the tip of the spindle). It has a value of 0.010 to 0.025, and this value differs depending on the individual machine tool.
一方、プリセッタ−の主軸は、工作機械の主軸より高精
度のものであるが、これも個々の装置によって異なる誤
差の数値を有している。On the other hand, the main spindle of a presetter is more accurate than the main spindle of a machine tool, but it also has a different error value depending on the individual device.
上記主軸の誤差は、切削工具の先端では増幅された形と
なるが、この誤ｉを表示するには、回転方向の角度と真
の軸の中心との距離によって行なわれる。The above error in the main axis is amplified at the tip of the cutting tool, but this error i is displayed based on the angle of the rotation direction and the distance from the true center of the axis.
さて、前記のように工作機械の主軸とプリセッタ−の主
軸にはそれぞれ誤差を有する上に、その誤差が方向性を
有しているために、プリセッタ−で切削工具の切削刃の
位置を調整しても実際にこの切削工具を利用して被カロ
エ物のカロエを行なった場合にはかなりの誤差を生じ、
その結果、更に仕上加工が必要となることが多かった。Now, as mentioned above, the main axis of the machine tool and the main axis of the presetter each have errors, and since these errors have directionality, it is necessary to adjust the position of the cutting blade of the cutting tool with the presetter. However, when this cutting tool is actually used to carve the object, a considerable amount of error occurs.
As a result, additional finishing work was often required.
また、被カロ工物にあけられた孔径が規定の寸法よりも
小さい場合は一応問題がなかったが、大きな孔径の場合
には被力日工物自体を破棄せざるを得ない事態すら生ず
ることがある。In addition, if the diameter of the hole drilled in the workpiece was smaller than the specified size, there was no problem, but if the hole was large, a situation may arise where the workpiece itself had to be discarded. There is.
本発明は、前記従来技術の欠点を解消するために得られ
たものであって、工作機械の主軸に取付けた切削工具の
回転方向と長さ方向の位置を含めた誤差を正確に把握で
き、この誤差を含んでプリセッタ−上で切削刃の位置を
調節できる切削工具調整方法およびその装置を提供する
ことを目的とするものである。The present invention was obtained in order to eliminate the drawbacks of the prior art, and it is possible to accurately grasp errors including the rotational direction and longitudinal position of a cutting tool attached to the main shaft of a machine tool. It is an object of the present invention to provide a cutting tool adjustment method and apparatus that can adjust the position of a cutting blade on a presetter while including this error.
次に本発明の切削工具調整方法について説明する。Next, the cutting tool adjustment method of the present invention will be explained.
本発明は、工作機械上の工具取付部の誤差の測定とプリ
セッタ−上の工具取付部の誤差の測定と、切削工具の刃
先位置の調整の三工程に分れている。The present invention is divided into three steps: measurement of errors in the tool mounting portion on the machine tool, measurement of errors in the tool mounting portion on the presetter, and adjustment of the cutting tool edge position.
Ａ 工作機械上の作業 ■、工作機械へテスト棒を挿入する。A Work on machine tools ■, Insert the test rod into the machine tool.
第１図の如く、一般に工作機械１においては主軸の工具
取付部２に２個のドライブキー３を有して、いるが、い
ずれか一方のキー３を基準キーに指定して、このキー３
にテスト棒４のキー溝３ａを嵌合して、工具取付部２に
テスト棒４を挿入し、固定する。As shown in Fig. 1, a machine tool 1 generally has two drive keys 3 in the tool mounting part 2 of the spindle.
The key groove 3a of the test rod 4 is fitted into the key groove 3a of the test rod 4, and the test rod 4 is inserted into the tool mounting portion 2 and fixed.
テスト棒４は、第２図に示す如く測定部４１角度目盛板
取付部４２とテーパ一部４３を有し、更に角度目盛板取
付部４２に角度目盛板４４をビス４５で固定するように
なっている。As shown in FIG. 2, the test rod 4 has a measuring part 41, an angle scale plate attachment part 42, and a tapered part 43, and an angle scale plate 44 is fixed to the angle scale plate attachment part 42 with screws 45. ing.
２、さて、前記テスト棒４を嵌着した工作機械１の主軸
を回転することによってテスト棒４の測定部４１の振れ
の最大位置と方向およびその値をダイヤルゲージ５で測
定する。2. Now, by rotating the main shaft of the machine tool 1 to which the test rod 4 is fitted, the maximum position and direction of deflection of the measuring portion 41 of the test rod 4 and its value are measured using the dial gauge 5.
次いでこの最大振れの位置を角度目盛板４４の零にセッ
トする。Next, the position of this maximum deflection is set to zero on the angle scale plate 44.
しかる後再び前記テスト棒４の振れを基準面Ａより５Ｑ
ｍｍの距離の点Ｂと３００朋の距離の点Ｃの両方におい
て測定し、その振れの値と方向を求め記録する。After that, the deflection of the test rod 4 is again 5Q from the reference plane A.
Measurements are taken at both point B at a distance of mm and point C at a distance of 300 mm, and the value and direction of the deflection are determined and recorded.
前記操作によってキーに対するテスト棒４の測定部４１
の振れの方向が求められる。The measuring part 41 of the test stick 4 against the key is caused by the above operation.
The direction of the deflection is determined.
即ち、キー３より測って角度目盛板の零とのなす角の位
置に、工作機械の主軸の工具取付部の芯がずれているこ
とになる。That is, the center of the tool mounting portion of the main shaft of the machine tool is off to the position of the angle formed by the zero of the angle scale plate as measured from the key 3.
Ｂ プリセッタ−の工具取付部の誤差の測定プリセッタ
−の主軸の工具取付部にも振れがあるが、これはかなり
高精度に力目工されているので、その値は工作機械の場
合よりも小さい。B Measurement of error in the tool mounting part of the presetter There is also runout in the tool mounting part of the main shaft of the presetter, but since this is machined with quite high precision, the value is smaller than that of a machine tool. .
前記Ａの作業とほぼ同様な手順によりプリセッタ−の主
軸の工具取付部の誤差を測定し、最大振れの値とその方
向を測定してその方向にプリセッタ−の主軸の端面に基
準マークを設けておく。Measure the error of the tool attachment part of the main shaft of the presetter using almost the same procedure as in step A above, measure the maximum runout value and its direction, and place a reference mark on the end face of the main shaft of the presetter in that direction. put.
Ｃプリセッタ−上の作業
第２図および第３図に示す如く、プリセッタ−の主軸６
の工具取付部６１に第４図に示すキー付リング７を嵌着
する。Work on the C presetter As shown in Figures 2 and 3, the main shaft 6 of the presetter
The keyed ring 7 shown in FIG. 4 is fitted into the tool mounting portion 61 of the tool.
キー付リング７は、リング部７１の一部に１個のキー７
２が突設されており、止ねじ７３により前−記工具取付
部６１に固定することができる。The key ring 7 has one key 7 in a part of the ring part 71.
2 is provided protrudingly, and can be fixed to the tool mounting portion 61 with a set screw 73.
■、まずキー付リング７を工具取付部６１に固定せず、
自由に移動できる状態としておく。■First, without fixing the key ring 7 to the tool mounting part 61,
Be able to move freely.
２、角度目盛板４４を取付けた状態のテスト棒４をプリ
セッタ−の主軸６に挿入する。2. Insert the test rod 4 with the angle scale plate 44 attached into the main shaft 6 of the presetter.
３、プリセッタ−上の零マーク（基準マーク）と角度目
盛板４４の零を合せるためにテスト棒４を廻す。3. Turn the test rod 4 to align the zero mark (reference mark) on the presetter with the zero on the angle scale plate 44.
この時キー付リング７も同時に回転させる。At this time, the keyed ring 7 is also rotated at the same time.
前記のようにテスト棒４上に工作機械の振れの最大とな
る方向に角度目盛板４４の零マ−クを固定しておき、こ
のテスト棒４をプリセッタ−の主軸６の零マークに前記
角度目盛板４４の零マークを一致させることによってテ
スト棒４の最大振れの方向が一致させられる。As mentioned above, the zero mark of the angle scale plate 44 is fixed on the test rod 4 in the direction where the runout of the machine tool is maximum, and the test rod 4 is set at the zero mark of the main shaft 6 of the presetter at the said angle. By matching the zero marks on the scale plate 44, the directions of the maximum deflection of the test rod 4 can be made to match.
４ 次にテスト棒４をクランプする。4 Next, clamp the test rod 4.
５、次にテスト棒４のキー溝３ａにキー７２を嵌合して
いるキー取付リング７の市ねじ７３を工具取付部６１に
固定する。5. Next, fix the city screw 73 of the key attachment ring 7, in which the key 72 is fitted into the keyway 3a of the test rod 4, to the tool attachment portion 61.
６、最後にテスト棒４をプリセッタ−の主軸６より外す
。6. Finally, remove the test rod 4 from the main shaft 6 of the presetter.
前記１〜６の操作は、ブリレフター上に工作機械固有の
振れの方向を再現するためのものであり、キー取付リン
グ７のキー７２の方向と工作機械１の工具取付部２に設
けである基準キー３の方向とが一致していることになる
。The above-mentioned operations 1 to 6 are for reproducing the direction of runout specific to the machine tool on the bridle lever, and are based on the direction of the key 72 of the key attachment ring 7 and the reference provided on the tool attachment part 2 of the machine tool 1. This means that the direction of key 3 matches.
前記Ａの操作で、工作機械１の工具取付部２の芯のずれ
量が半間していると共に、Ｂの操作でプリセッタ−の工
具取付部６１の芯のずれ量が判明しており、更に前記Ｃ
の操作により工作機械とプリセッタ−の工具取付部の芯
のずれ方向を一致させることにより以降の切削工具の刃
先位置の調整が容易となるのである。With the operation A, the amount of misalignment of the tool mounting portion 2 of the machine tool 1 has been determined by half, and with the operation B, the amount of misalignment of the tool mounting portion 61 of the presetter has been determined. C
By aligning the misalignment directions of the tool mounting portions of the machine tool and the presetter through this operation, subsequent adjustment of the cutting tool edge position becomes easy.
Ｄ 切削工具の調整
切削工具の棒を、プリセッタ−の主軸６に、キー付リン
グ７のキー７２の位置を確認してキー溝に前記キー７２
が嵌入するように挿入するそして棒に取付けられている
止ねじを緩めて切削刃の位置を計測しながら調整して所
定位置において止ねじを固定する。D Adjustment of the cutting tool Place the rod of the cutting tool on the main shaft 6 of the presetter, check the position of the key 72 on the keyed ring 7, and insert the key 72 into the key groove.
Loosen the set screw attached to the rod, measure and adjust the position of the cutting blade, and fix the set screw in the specified position.
前記のように工作機械の工具取付部の最大振れの方向と
プリセッタ−の工具取付部の最大振れの方向を合致させ
た場合には、両者の振れの値力’７７０算されて前記棒
に振れを生ずることになる。As mentioned above, when the direction of the maximum runout of the tool mounting part of the machine tool and the direction of the maximum runout of the tool mounting part of the presetter are matched, the value of the runout of both is calculated by '770 and the runout of the rod is calculated. This will result in
そこでこの加算された振れの値を考慮して切削刃の位置
を決定すればよい。Therefore, the position of the cutting blade may be determined by taking this added runout value into consideration.
Ｅ コンピューターの利用
指定する工作機械の主軸の工具取付部と、プリセッタ−
の主軸の工具取付部の振れ値、即ちテスト棒を使用して
基準線Ａから５０罷の点Ｂと、１００朋の点Ｃの値をマ
イクロコンピュータ−へ１′ノグツトすることにより、
プリセッタター上で切削工具の切削刃の位置の調整が容
易となる。E Computer-specified machine tool spindle tool mounting section and presetter
By inputting the run-out value of the tool attachment part of the spindle, that is, the value of point B at 50 strokes from reference line A and point C at 100 strokes from reference line A using a test rod, into the microcomputer,
The position of the cutting blade of the cutting tool can be easily adjusted on the presetter.
即ち、工作機械とプリセッタ−の最大振れの値が判明し
ており、その方向をプリセンター上で一致させているの
で、切削刃の取付方向、位置における振れ量を計算し、
その値を基準として切削刃が切削棒より突出する値を定
め、その値となるように微調整し、止ねしで固定する。In other words, since the maximum runout values of the machine tool and presetter are known and their directions are matched on the precenter, the amount of runout in the mounting direction and position of the cutting blade is calculated,
Based on this value, determine the value at which the cutting blade protrudes from the cutting rod, finely adjust it to that value, and fix it with a set screw.
なお、前記説明においては、工作機械の工具取付部の最
大の振れの方向を角度目盛板の零位置として作業に便利
になるようにしたが、適当な角度を読取り、その位置に
おける振れの値から最大振れの方向と値を算定し、この
値をプリセッタ−において切削工具を調整する際のデー
タに利用することもできる。In the above explanation, the direction of the maximum runout of the tool mounting part of the machine tool was set as the zero position of the angle scale plate to make the work more convenient, but read an appropriate angle and calculate the runout value at that position. It is also possible to calculate the direction and value of the maximum runout and use this value as data when adjusting the cutting tool in the presetter.
本発明の切削工具調整方法を実施する際には、Ｂ項で説
明したプリセッタ−個有の特性はあらかじめ測定記録さ
れ、あるいはコンピューターに入りされているので、実
際には、Ａ、Ｃ，ＤあるいまＡ、０．Ｄ、Ｅの工程に従
って行なえばよい。When carrying out the cutting tool adjustment method of the present invention, the characteristics specific to the presetter explained in section B are measured and recorded in advance or entered into a computer, so in reality, there are three types: A, C, and D. Now A, 0. This may be carried out according to steps D and E.
本発明によれば、テスト棒のキー溝の位置を規準として
テスト棒に設けた角度目盛板によって、そのテスト棒の
工具取付部の最大振れの方向と値を確認し、その方向を
プリセッタ−の主軸の先端り具取付部上に移すことがで
きる。According to the present invention, the direction and value of the maximum runout of the tool mounting portion of the test rod are confirmed using the angle scale plate provided on the test rod using the position of the keyway of the test rod as a reference, and the direction is determined by the presetter. It can be moved onto the tip attachment part of the main shaft.
したがって、プリセッタ−の主軸のキー取付リングのキ
ーの位置を基準として工具をプリセッタ−の主軸の工具
取付部に挿入固定すれば、あたかち工作機械上で切削工
具を調整したように調整することができる。Therefore, by inserting and fixing a tool into the tool mounting portion of the presetter spindle based on the position of the key on the key mounting ring of the presetter spindle, adjustments can be made just as if the cutting tool had been adjusted on the machine tool. I can do it.
前記の如く、工作機械の主軸の工具取付部の最友振れの
方向をプリセッタ−の工具取付部上に再見することによ
って調整が著しく正確かつ容易に覚り、これによって調
整された切削工具を使用す１′Ｌは、正確な孔を直ちに
力ロエすることができ、工作機械の稼動率を著しく向上
することができる。As mentioned above, by checking the direction of the best runout of the tool mounting part of the main spindle of the machine tool on the tool mounting part of the presetter, the adjustment can be realized extremely accurately and easily, which makes it easier to use the adjusted cutting tool. 1'L can immediately drill an accurate hole and can significantly improve the operating rate of the machine tool.
本発明は前記した如く単純な手段で工作機械特有の工具
取付部の芯の振れを求め、これをプリセッタ−上に再現
して切削刃の位置を調節できるので、個人差による調整
誤差を全く生ずることがなく、特にコンピュータを利用
すれば更にその調整作業が容易となる。As described above, the present invention uses simple means to determine the center runout of the tool attachment part unique to machine tools, and reproduces this on the presetter to adjust the position of the cutting blade, thereby eliminating adjustment errors due to individual differences. Especially if a computer is used, the adjustment work becomes easier.
なおキー付リングは、キーを固定したものを示したが、
これに限定されるものではなく、例えばリング部（取付
部）に対してキーが半径方向に出入できるものであれば
よい。Note that the key ring shown has a fixed key, but
The present invention is not limited to this, and any structure may be used as long as the key can be moved in and out of the ring portion (attachment portion) in the radial direction.
第１図は、工作機械の主軸にテスト棒を取付けて、その
テスト棒上の２位置の振れの値と方向を測定する状態を
示す図、第２図は、テスト棒と角度目盛板とキー付リン
グの関係を示す一部切開側面図、第３図は第２図におけ
るテスト棒等の平面図、第４図はキー付リングの斜視図
である。
１・・・・・・工作機械、２・・・・・・工具取付部、
３・・・・・・キー、４・・・・・・テスト棒、６・・
−・・・プリセッタ−の主軸、７・−・・・・キー付リ
ング、４１・・・・・・測定部、４２・・・・・・角度
目盛板取付部、４４・・・・・・角度目盛板、６１・・
・・・・プリセッタ−の工具取付部。Figure 1 shows the state in which a test rod is attached to the main shaft of a machine tool and the runout value and direction at two positions on the test rod are measured. Figure 2 shows the test rod, angle scale plate, and key. FIG. 3 is a partially cutaway side view showing the relationship between the attached rings, FIG. 3 is a plan view of the test rod etc. in FIG. 2, and FIG. 4 is a perspective view of the keyed ring. 1...Machine tool, 2...Tool mounting part,
3...Key, 4...Test stick, 6...
--- Main shaft of presetter, 7 --- Ring with key, 41 --- Measurement part, 42 --- Angle scale plate mounting part, 44 --- Angle scale plate, 61...
...Presetter tool mounting part.
Claims (1)
、この振れの方向とプリセッタ−の主軸の工具取付部の
振れの方向を一致させた状態で、プリンターの工具取付
部に工具を挿入固定して切削刃の位置を調整することを
特徴とする切削工具調整方法。 ２ 測定部と、この測定部の基部に回動自在かつ固定可
能な角度目盛板と、工具取付部に嵌着されるテーパ一部
と、このテーパ一部と前記測定部の間の部分に設けられ
たキー溝を有するテスト棒と、プリセッタ−の工具取付
部に固定可能で、かつ前記キー溝に嵌入するキーを有す
るキー付リングの組合せからなる切削工具調整装置。[Claims] 1. Check the direction of runout of the tool mounting portion of the main spindle of the machine tool, and match the direction of runout of the tool mounting portion of the main spindle of the presetter with the direction of the runout, and remove the printer tool. A cutting tool adjustment method characterized by adjusting the position of a cutting blade by inserting and fixing the tool into a mounting portion. 2. A measuring part, an angle scale plate rotatable and fixable to the base of the measuring part, a part of the taper fitted to the tool mounting part, and a part provided between the part of the taper and the measuring part. A cutting tool adjustment device comprising a combination of a test rod having a keyway and a keyed ring that can be fixed to a tool mounting portion of a presetter and has a key that fits into the keyway.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15307880A JPS5944164B2 (en) | 1980-10-31 | 1980-10-31 | Cutting tool adjustment method and device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15307880A JPS5944164B2 (en) | 1980-10-31 | 1980-10-31 | Cutting tool adjustment method and device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5775713A JPS5775713A (en) | 1982-05-12 |
| JPS5944164B2 true JPS5944164B2 (en) | 1984-10-27 |
Family
ID=15554489
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP15307880A Expired JPS5944164B2 (en) | 1980-10-31 | 1980-10-31 | Cutting tool adjustment method and device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5944164B2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105372091A (en) * | 2015-12-21 | 2016-03-02 | 吉林大学 | Tool magazine reliability test bench tool change position adaptive centering adjustment device and method |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102658387A (en) * | 2012-04-23 | 2012-09-12 | 陈硕 | Axis adjustment method of boring head |
| CN106425688B (en) * | 2016-09-06 | 2018-05-11 | 柳州职业技术学院 | Combined mechanical tool setting gauge |
| CN107824813B (en) * | 2017-11-06 | 2019-10-01 | 同济大学 | Free-Form Surface Machining method and apparatus based on two step on-line checkings and compensation technique |
| CN108098457B (en) * | 2018-01-31 | 2023-09-15 | 江苏工大金凯高端装备制造有限公司 | Rotary type main shaft tool setting method and tool thereof |
| CN108436554B (en) * | 2018-05-16 | 2023-07-21 | 上汽大众汽车有限公司 | Tool and method for calibrating tool grabbing position of main shaft of machining center |
-
1980
- 1980-10-31 JP JP15307880A patent/JPS5944164B2/en not_active Expired
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105372091A (en) * | 2015-12-21 | 2016-03-02 | 吉林大学 | Tool magazine reliability test bench tool change position adaptive centering adjustment device and method |
| CN105372091B (en) * | 2015-12-21 | 2017-12-15 | 吉林大学 | The adaptive centering adjusting device of tool magazine reliability test bench tool change position and method |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS5775713A (en) | 1982-05-12 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US7530878B2 (en) | Grinding machine with a concentricity correction system | |
| US4406069A (en) | Perpendicularity indicator for machine tool and method of operation | |
| JPS6161744A (en) | Method and device for measuring work | |
| US6832440B2 (en) | Spindle squaring device and method of operation | |
| US5624215A (en) | Bowling ball drilling | |
| US4228595A (en) | Tool setting gage | |
| US2342033A (en) | Indexing and layout jig | |
| JPS5944164B2 (en) | Cutting tool adjustment method and device | |
| JP5008498B2 (en) | Blade height measuring device | |
| JP5008504B2 (en) | Blade height measuring device | |
| US6913427B2 (en) | Adjustment device for self-colleting drill motors | |
| US4489497A (en) | Groove measuring gauge | |
| JP2003071662A (en) | Method for working screw hole for spacer fitting of main spindle tip surface, and spacer fitting method | |
| CN108205290A (en) | Workpiece leveling device based on laser displacement sensor | |
| US11565359B2 (en) | Positioning and centering device, system, and method for use with a template guidance system for a pantograph router | |
| JP2002066855A (en) | Rotating tool holding device and head removal jig | |
| JPH08174320A (en) | Device and method for machining up to fixed depth | |
| JPH06254747A (en) | Tool attaching position regulating method and measuring tool for regulation | |
| JPH10309653A (en) | Method for detecting displacement of cutting edge position, machine tool provided with cutting edge position displacement detecting function, and tool holder for machine tool | |
| US4485704A (en) | Instrument attachments for radius working machines | |
| JPS5942408A (en) | Measuring device for bend in central hole | |
| US3541694A (en) | Dividing head | |
| JPH0714801Y2 (en) | Measuring tool | |
| JP4046490B2 (en) | Measuring method of center height of machining tool | |
| JPH0628840B2 (en) | Rotation angle control method for inner spindle in variable tool diameter spindle device |