JPS60127962A - Polishing apparatus - Google Patents

Abstract

PURPOSE:To obtain the always uniform polishing finishing by raising and lowering a cam through a spline as a rotor revolves and attaching said cam with a follower having a different cycle and allowing the operation state of an abrasive member to be selected arbitrarily. CONSTITUTION:When the compressed air supplied to the connection edge 2 by the switching operation for a valve by a switch A is introduced into a vacant space part 16, and a rotor 3 is revolved clockwise through rotary plates 36-39, a rotary shaft 9, namely a cam 21 rises in a guide cylinder 52 through the engagement between the spline formed onto the center-shaft hole 40 of the rotor 3 and the inner splines 19 and 19a on the outer periphery of the rotary shaft 9 and is engaged with a follower 50. Therefore, an abrasive member 4 is moved in reciprocation in the longitudinal direction by the operation of the cam 21. When the rotor 3 is revolved counter-clockwise by the switching of the valve by the above-described switch A, the rotary shaft 9, namely the cam 21 lowers reversly, and is engaged with a follower 51, and the abrasive member 4 is put into revolution state.

Description

【発明の詳細な説明】 本発明は、自動車の＠袋表面などを研磨するための袋数
に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a number of bags for polishing the surfaces of automobiles and the like.

従来からの自１ｌｖＪ車の塗装面を再塗装するにあたっ
ては、作業具がサンドペーパーなどを用いて水を和けな
がら４ＩＩＬ磨作業を行なっている。このような作業は
多大な労力を要するとともに、被仙賠…Ｊを全面にわた
って均等に他層することが困難であり、仕上りが不均一
であった。When repainting the painted surface of a conventional 1lvJ car, the 4IIL polishing process is performed while using sandpaper to soften the water. Such work required a great deal of labor, and it was difficult to evenly layer the ferrite over the entire surface, resulting in an uneven finish.

本発明は、上述の技術的課題を解決し、−期的な構１戎
によって被４ＪＩｔ暦ｊ、Ｋｊを均等かつ簡易に（ν１
層することができるようにした４Ｉｌ′暦装置を提供す
ることである。The present invention solves the above-mentioned technical problems and evenly and easily calculates the 4 JIt calendars j and Kj by a periodic structure (v1).
It is an object of the present invention to provide a 4Il' calendar device that can be layered.

第１図は本発明の一夫施例の側面図であり、第２図はそ
の正面図である。本体１１−１：、大略的にＬ字状に形
成されており、接続端２から供給される圧搾空気によっ
て、本体１に内政された駆動源としてのローフ３を正方
向・逆方向に回転することによって、回転軸線と牢直士
ｌＨ］にある＋ｄｌ肋部材４が往復！ｌｖノおよび回転
動される。ＪＩＩ［層部材４の（ν１”磨面５によって
４ｉ１ｆ暦されて生じる微粉末は、（叶磨面５とは反対
側の仙゛磨部材４の一面から接続端６を経て真空側に吸
引される。接続端２，６には、川視′１″（かそれそｉ
ｌ　４’）μｍつ１：される。FIG. 1 is a side view of a Kazuo embodiment of the present invention, and FIG. 2 is a front view thereof. Main body 11-1: Roughly formed in an L-shape, compressed air supplied from the connecting end 2 rotates the loaf 3 as a driving source internally controlled by the main body 1 in forward and reverse directions. As a result, the rotation axis and the +dl rib member 4 located at the prison center lH reciprocate! It is rotated and rotated. The fine powder produced by the polishing surface 5 of the layer member 4 is sucked from one surface of the polishing member 4 opposite to the polishing surface 5 through the connecting end 6 to the vacuum side. Connecting ends 2 and 6 are
l 4') μm 1: done.

第３　Ｐｉに」、本つ６明の一部）ｉ＋＋例の分解斜視
図である。この４ｕｌｊｕｔ装（白°ｌは、基本げ・）
には圧搾空気を棉人する基体７と、基体７内部に回ｌ１
Ｖ１自在に収１皮されるロータ３と、ロータ３によって
回転される回ｌｌｌ１＜申出９と、回１艮・くφ由９ｉ
／こよって３弔１ｄｌさり、る１帛曲Ｊ都枳１０と、１
ン１ｊ　！１４’ｌ　ｉ’＋１４ｔ／Ｉ’　１０　Ｋ固
イ塙される他層部組４とを含む。基体７は、イ〕底であ
って大略的に円筒状Ｖζ形成される。基体７の上部イ・
」近の一部断面が第４図Ｖこボされる。＋！；、ん゛ｅ
ｌ’ｉ品２に辿する沖通組−箭２ａ口、児体７の上部に
設けられたスイッチＡの操作に連動する弁切換装置１勺
（図示せず）をブト在して、基体７の内部に形成された
２本の通；１］ｉ紅路１４゜】５に埋１１１Ｊする。連
」ｌＪＩ紅路１４，１５は、基体７°　の内Ｉｉ’ｉｌ
而］−１の−に都に局方間に間隔をあけて形成された第
１ｕｉｈ気孔１２および第２噴気孔１３に個別的にｉｌ
　ｉｌｌする。接新ｉ１１”ｉｉ；２から辱入される圧
搾空気何１、スイッチＡＶＣもとＯく弁切換操作によっ
ていす７Ｌか一力の噴気孔から基体７の空洞部１６に１
１ＬＡ出さｔｌ−る。FIG. 3 is an exploded perspective view of the i++ example (a part of the 6th light). This 4uljut outfit (white °l is basic)
There is a base body 7 for blowing compressed air, and a base body 7 that circulates inside the base body 7.
V1 The rotor 3 that can be freely compressed, and the rotation that is rotated by the rotor 3.
/ Koyote 3 Condolences 1 dl, Ru 1 Song J Toki 10 and 1
N1j! 14'l i'+14t/I' 10K includes other layer parts 4 which are fixed. The base body 7 has a bottom and is formed into a generally cylindrical shape Vζ. The upper part of the base 7
A partial cross-section near ``V'' is shown in Fig. 4. +! ；、゛e
The Okidori group that follows the product 2 has a valve switching device 1 (not shown) that is linked to the operation of the switch A provided on the upper part of the baby body 7, and the base body 7 The two passages formed inside the 14, 15 of the base 7°
] In -1, the first fumarole 12 and the second fumarole 13, which were formed at intervals, were individually irradiated.
ill. The compressed air that is introduced from the new i11''ii;
1 LA output tl-ru.

基体７の底部１７の中央部には透孔］、　７　ａがｊし
成されている。透孔］、　７　ａには、基体７の下方側
（第４図の背後方向）から第５図示の回転１ｉ＋ｔ＋　
９が押通される。回転軸９の千端部に（は外向きフラン
ジ２０が形成されており、この外向きフランジ２０によ
って回転軸９のＩ＋ｌ＋緑方向の穴付か阻止される。外
向きフランジ２０の下方側（第５図下方）Ｋは、回転４
ＩｌＩｌ線と平行な回転軸線を楢する偏心カム２１が回
転自在に両胸される。カム２１のカム山１２１　ａは直
円柱状に形成される。回転軸９の外固ぽｆｊには、［前
線方向に沿って螺旋状の内スプライン１９．１９ａが形
成される。内スプライン１９゜１９ａには後記のロータ
３の内部１１］ｉ４０に形成された外スプライン４１．
４２が嵌捷り込む。回転ｌ１ｌｌＩ１９のラジアル力は
、透孔］、　７　ａに収付けられたｌｌｉ＋ｌｌ堂２２
　（第８図示）Ｋよって支持される。A through hole is formed in the center of the bottom 17 of the base body 7. Through hole], 7a has a rotation 1i+t+ shown in FIG. 5 from the lower side of the base 7 (back direction in FIG. 4)
9 is pushed through. An outward flange 20 is formed at the end of the rotating shaft 9, and this outward flange 20 prevents the rotating shaft 9 from forming a hole in the I+l+green direction. Figure bottom) K is rotation 4
Eccentric cam 21, which tracks the axis of rotation parallel to line IlIl, is rotatably mounted on both sides. The cam crest 121a of the cam 21 is formed into a right circular column shape. A spiral internal spline 19.19a is formed along the front direction on the external hardness fj of the rotating shaft 9. The inner spline 19° 19a has an outer spline 41 formed on the inside 11]i40 of the rotor 3, which will be described later.
42 will fit in. The radial force of the rotation l1llI19 is the through hole], lli+ll hall 22 housed in 7 a
(8th figure shown) It is supported by K.

基体７の空洞１６を貝ぬく回転軸９の遊ｆ＠９　ａ側か
ら、ロータ３と、ロータ３を保持する保持部材２４とが
順次嵌め込せれる。第６１＞Ｉおよび第７図をも参照し
て、ロータ３は大略的に円筒状であり、その外ｆｔ　ａ
　＆：１基体７の空洞１６の内径すよりも小さくなって
形成されている。ロータ３の外周１／ＩＩ　２７　Ｐこ
は、＋１ｌＩＩｌ紛方回かつ半径方向内力に延在する門
ｔＩ′へ２８．２９，３０．３１が局方間に′４−同隔
をあけで４“れそれ形成さｈる。各凹溝２８〜３１にＣ
」、ロータ３の軸的角方向ｅこ押ＩＪ：ｆ；＞３２．３
３゜３４．３５が＋１−・ｉ別間に配置１１′された後
、矩形１Ｑｒ　ＩＭＩをイーｊする回訟Ａか３（ｉ、３
７，３８．３９が佃１別的ｒ級種さ）１−る。回転１）
１．３６〜３９の各外端面は、押Ｑ」ね３２〜３５Ｖζ
よって基体７の内周面１１に向って７７ｉ’　ＩＩζ璽
ｊｆ１１発付勢される。回転板３６〜３９の綾力Ｈの艮
きはロータ３の１咄緑方同の長さにはｔユ等しく、捷ノ
ζぞの１黄方向の良さは仝洞１６の内径すとロータ３の
外【子ａとの斧の良さよりも大きく、イれそｈ選Ｌｌ　
ｉする。The rotor 3 and the holding member 24 that holds the rotor 3 are fitted in order from the free f@9a side of the rotating shaft 9 that encloses the cavity 16 of the base body 7. 61>I and also with reference to FIG. 7, the rotor 3 is generally cylindrical and has an outer
&:1 It is formed to be smaller than the inner diameter of the cavity 16 of the base body 7. The outer periphery of the rotor 3 1/II 27 P is 28.29, 30.31 to the gate tI' extending in the direction of +1lIIl and the internal force in the radial direction with the same distance between the two sides and 4" It is formed in each concave groove 28 to 31.
”, axial angular direction e push IJ of rotor 3:f;>32.3
After 3゜34.35 is placed 11' between +1- and i, it is either A or 3 (i, 3
7,38.39 is Tsukuda 1 special r class species) 1-ru. Rotation 1)
1. Each outer end surface of 36 to 39 has a pressure of 32 to 35 Vζ
Therefore, a force of 77i' IIζjf11 is applied toward the inner circumferential surface 11 of the base body 7. The tread force H of the rotary plates 36 to 39 is equal to t for the length of the rotor 3 in the same direction, and the quality of the tread force H in the yellow direction of the rotor 3 is equal to the inner diameter of the cavity 16 and the rotor 3. Outside [the goodness of the ax with child a is bigger, it's a good choice Ll
i do

回１ｋ　’Ｉ’ｌｌｌ　９かｊ；４　ｙｕｊするロータ
３　（７）　ｌ１ｌＩｌｌ孔４０Ｋｌ’ｊ、その内約１
而４Ｑａｒζ回転軸９の前記内スプライン１９．１９ａ
に対応して淋旋状の外スフライン４１．４２かハシ成さ
れる。このようなスプライン１９．１．９ａ、４１．４
２ｒこよってロータ３の回転！ｆｌＪが回転軸９ｅこ伝
達されると同時に、回転軸９は、外スプライン４１．４
２に案内さｆＬで回転＋１ｉｌｊｌ　ｍ方間への穴付が
ｒＦ　Ｗされる。times 1k 'I'llll 9 or j; 4 yuj rotor 3 (7) l1lIll hole 40Kl'j, of which about 1
The internal spline 19.19a of the 4Qarζ rotating shaft 9
Correspondingly, a melon-shaped outer suphline 41, 42 is formed. Such splines 19.1.9a, 41.4
2r rotates rotor 3! At the same time that flJ is transmitted to the rotating shaft 9e, the rotating shaft 9 is connected to the outer spline 41.4.
Guided to 2, rotate +1iljl with fL. Drilling holes in the m direction is performed rFW.

第８図は、回転軸９４」九のり日Ｉｕ図である。回転ψ
山９のラジアルシカは、保持ＦＡ１２４０１１１１１１
像こ２３によって支持される。保杓°部相２４はフラン
ジ状に形成されており、その外周部２４ａは卑・体７の
内周面１１の上部（第８図の上方）ＶこＪし成された支
４′ケ都１１　ａ　Ｖ（よって支持される。保持部材２
４の外周側には突起２４ｂが製膜されており、この突起
２４ｂに対応してｉ１Ｊ記支持部１Ｌ（ｑ近に四面７ａ
が形成される。このためにロータ３の回転動に抗して、
ロータ３に当接する保持部材２４が基体７　Ｖ（固定さ
れる。保持部材２４の外周端部２４ａは、Ｌ字状の断面
を有する環状の保持枠２５と、保持枠２５に装置される
ゴムなどからなる弾性軸２６とを介して金枕製のカバ一
部Ｈ’４３によって基体７の支持部１１ａ側に押付けら
れる。カバ一部材４３は、１定部材４９によって基体７
の上部に固定される。FIG. 8 is a diagram of the rotating shaft 94''. rotation ψ
Mountain 9 Radial Deer holds FA1240111111
It is supported by a statue 23. The protective ladle part 24 is formed in the shape of a flange, and its outer peripheral part 24a is located above the inner peripheral surface 11 of the base body 7 (upper part in FIG. 8). 11 a V (therefore supported. Holding member 2
A protrusion 24b is formed on the outer circumferential side of 4, and corresponding to this protrusion 24b, i1J support part 1L (near q, four sides 7a
is formed. For this reason, against the rotational movement of the rotor 3,
The holding member 24 that comes into contact with the rotor 3 is fixed to the base 7V (fixed). The cover part H'43 made of gold pillow is pressed against the support part 11a side of the base body 7 via the elastic shaft 26.
is fixed at the top of the

円ひ化３１ン、ｌ　ｔ　＊　１ｉｉ４１．て基体７の下
方側（第３図の１〜力、）における回転ｉｌｉ＋Ｉ＋　
９の突出部の外周側には、’ｔｈｒ・ｌ＋Ｊ’状のカバ
ーｔ、’ｊ１−桐４６が回転軸線と同軸に１￥、１４さ
ノア、る。カバー都伺４６（・ゴ、ゴムなどの軟弾性を
イ」するｖＩ２−１から）戊る。力／（一部材４６の軸
線方向の−シ１ｉ１ｉ部４６ａけ、有端状のバンド４５
とバンド４５全緬ｆｆするホルト４７とナツト４８とに
よって９．（体７の〕、〜（ｆ（１１８に１ｉｆｆｉｌ
定され、その他端部４６ｂ　＆：Ｊ、’　Ｉ〕ｌ’＋　
ｌ＋ＩＪＪ部］」１０に固定される。Enhika 31n, l t * 1ii41. Rotation ili+I+ on the lower side of the base body 7 (1 to force in FIG. 3)
On the outer peripheral side of the protrusion 9, a 'thr.l+J'-shaped cover t,'j1-paulownia 46 is placed coaxially with the axis of rotation. Cover 46 (from vI2-1, which deals with soft elasticity such as rubber). Force/(axial direction of one member 46 - 1i1i part 46a, end-shaped band 45
9. by Holt 47 and Nat 48, and band 45 is all ff. (of body 7), ~(f(1iffil in 118)
and the other end 46b &:J,'I]l'+
l+IJJ section] is fixed at 10.

’Ｑ’、　９　ｔ’Ｊ　ｉＪ仙＋１ｉ７置ｆ＋Ｘ４Ａ１
０の平１ｆｔｉ図であり、第１０凶Ｑ」矢勾Ｘ−Ｘから
見た−１１１への１ν白１１１図であり、第１１凶（ま
矢祠Ｍ−兄から児だ一部の断１用図である。'Q', 9 t'J iJ Sen+1i7 position f+X4A1
It is a flat 1fti map of 0, and it is a 1ν white 111 map of -111 seen from the 10th arrow This is a diagram for use.

ｌＨｉ　！ｔｉｌｌ　ｔｉ（Ｆ４１０１／よ、回転動１
線と沖、的な平曲内に配置さ７１．　Ｚｌ。拙動部４・
４’１０の〕、（休７に嘔む一部には、４’ｉｔ　ｌ’
−１ｉす１．状の１：４ｊｔｊ曲１（）ａが形成されて
おり、１並起聞］（）ａのタレ１吉１１１（りに中Ｊ鎮
１カバー都桐４６の−＃ｊ、４（ｉ　ｂかｌＩ＋＋ｌ定
さ〕７．る。Ｅｌｋ　Ａ１４　ｊｌｌｌ　１０　ａには
、基体７から延Ｏ・る回転動（９に対応して円１ｉ！＋
１状の案内筒５２か回１広１ｌｌｌｌ１７保と向１ｉ１
１に埋１父さ）Ｌる。案内筒５２の内ｌｊｉ＋Ｉ　ｌｌ
１１Ｋ　９１、匡１　＋ｋ＜１ｉ１１＋　９　（７，）
　カム２１　Ｋ　文−ｑ　ｈする第１ホロア５０と第２
ホロア５１とが、上下刃向に個別的に形成されている。lHi! till ti (F4101/Yo, rotation motion 1
Line and offshore, placed within the flat curve 71. Zl. Misbehavior Department 4・
4'10], (some people who vomit on holiday 7 have 4'it l'
-1iS1. 1:4jtj song 1()a is formed, 1 parallel kimon] ()a sauce 1kichi 111 (Rini Naka J Chin 1 cover Miyakogi 46's -#j, 4(i b? lI++l constant] 7. Elk A14 jllll 10 a has a rotational motion extending from the base 7 (corresponding to 9, a circle 1i!+
1-shaped guide cylinder 52 times 1 wide 1llll 17 points and 1i1
1 in 1 father) L. Inside of guide tube 52 lji+I ll
11K 91, 匡1 +k<1i11+ 9 (7,)
Cam 21 K Sentence-q First follower 50 and second
Followers 51 are individually formed in the upper and lower blade directions.

第１ホロア５ｏのｉＱｂ　＋＋：、４　角ＩＸＪｔ面は
楕円形状を慣しており、カム２１の回転ｉＶＪを案内筒
５２の往復動に＊換する働きをする。第２ホロア５１の
輔１ば角断凹はカム２１の輔１１：１角断曲と同一形状
、すなわち円形状を自しており、カム２１０回転動をそ
のまま案内筒５２に伝達する（至）きをする。The iQb ++:,4 corner IXJt surface of the first follower 5o has an elliptical shape, and functions to convert the rotation iVJ of the cam 21 into the reciprocating motion of the guide cylinder 52. The 1:1 angular cut concave of the second follower 51 has the same shape as the 11:1 angular cut of the cam 21, that is, a circular shape, and transmits the rotational motion of the cam 210 as it is to the guide tube 52. to read.

***向１０ａの案内ｆＦｊｉ　５２の一側方には、研１
台によって生じた微粉本を通ずる透孔５３が形成される
。On one side of the guide fFji 52 in the uplift direction 10a, there is a sharpening 1
A through hole 53 is formed through which the fine powder produced by the stand passes.

第１２区は仙ｉ涛部材４の１−」近の断山１図であり、
第１３図はその１氏１１１．ｊ図である。揺叫部材１０
の下端Ｉ用１０ｂにｔよ、４ｉｉ１騎部材４が固定部材
（図示せず）によって固定される。イシ１゛若部材４は
、金属などからｔｉる削性の支持板５５と、叉ト１板５
５に固着されるゴムやスポンジなどから成る弾性体５４
とを１９む。＝ｉｆＩＩ性体５４け、紙やすりなどから
成る４１１１Ｉｐ−而５が接着剤によって指名されて構
成される。The 12th section is the 1st map of the cliff near Seniyo member 4, 1-''.
Figure 13 shows Mr. 1111. This is diagram J. Rocking member 10
The 4ii1 mounting member 4 is fixed to the lower end 10b of the holder 10b by a fixing member (not shown). The support plate 55 is made of metal or the like and has a machinability.
An elastic body 54 made of rubber, sponge, etc. is fixed to the
19 times. = 4111Ip-5 consisting of 54 pieces of if II material, sandpaper, etc. are arranged and constructed with adhesive.

他層部ｉＡ’　４には、その厚み方向に複数の吸引口５
６かｊ１乏１＋、７−びれ／：、。この１挾引１−１５
６からイシｒｒｖ青出１５に」、′）て４＋ｊ１）旨さ
１ｈｌｒｒト１９１ノ車の塗装表面の微粉本か（ＩＩＩ
’　Ｉ＋”ｒ　ｆｉｌＸ＋４’　４の」二力側の４！洞
５５に県引され、この微イガ末（・；Ａ５、基１」・７
の抄和１、喘６ｒ介して具を側に至る。この／こめ作采
ｊ！、：ｉ境が艮好に休／これる。The other layer part iA' 4 has a plurality of suction ports 5 in its thickness direction.
6 or j1 deficiency 1+, 7-fin/:,. This one pick 1-15
From 6 to Ishi rrv Aoide 15'', ') te 4 + j 1) deliciousness 1 hlrr to 191 Is it a fine powder book on the painted surface of a car (III
'I+"r filX+4'4's" 4 on the two power side! Prefecturally drawn to Cave 55, this small burr end (・;A5, base 1"・7
The ingredients are brought to the side through Showa 1 and Gaso 6r. This is the way it is made! ,:I'm in a good mood.

再び第７図および第８図ケ会）Ｋ４シつつ、スイッチ八
にもとつく介り換操作によって、第１１１１Ａ気孔１２
から圧押空気を基体７の至洞都１６にノ１チ入したとき
を想定する。ロータ３の右側（第７図の右方）の第１唄
気孔１２に臨む回転板３８か、ｔｊ圧力の空気によって
右回り方間に押圧されることによって、ロータ３か石回
り方間に回転さｈる。これに」２つて回転１ｉ＋！＋　
９が右回転するとともぐこ、ＩＪｌ転輔９Ｏユ〔ュータ
３の外スプライン４１．４２に案内され−〔回転軸麻（
ｆこ沿って−ヒケ１狭位される。したがって回転軸９の
カム２１が、案内１ｉ’＋１５２内を上ゲＬしてホロア
５　ＯＶＣ竺１１夛する。カム２１の１切きによって１
ＩＩｌ’　Ｉｔ〕目１１１５しで（Ｊｌ、第１４図ｔ１
＋に示されるようなイ４薯シ作１ＵｖＪ状廣か一１ラー
えもれる。Again (Fig. 7 and Fig. 8)) While K4 is on, by the switching operation based on switch 8, the 1111A pore 12
Let us assume that pressurized air is injected into the hollow 16 of the base body 7. The rotating plate 38 facing the first air hole 12 on the right side of the rotor 3 (right side in FIG. 7) is pressed clockwise by air at tj pressure, so that the rotor 3 rotates clockwise. Sahuru. Rotate 1i+ with 2 of these! +
When 9 rotates clockwise, it is guided by the outer splines 41 and 42 of the IJl transfer unit 9O unit [rotation shaft hemp (
There is a sink mark 1 along this line. Therefore, the cam 21 of the rotary shaft 9 moves up inside the guide 1i'+152, and the OVC thread 11 of the follower 5 is removed. 1 by one cut of cam 21
IIl' It] eye 1115 (Jl, Fig. 14 t1
1 U v J shape Hiro or 11 Ra can be written by 1 U v J shape as shown in +.

ＬべＶζスイッチ八にもとつく弁１７Ｊ換操作によって
、第２１１員気孔１３から圧搾空気を基体７の柴洞部１
６に尋人したときを想定する。ロータ３の２ｉ、１ｌｌ
ｌＪ（Ｓ７図左方うの第２　ＩＩ員気孔１３に１４・若
む回転板３６が高圧力の空気によって左回り方向に押圧
されることＶてよってロータ３が左回り方向に回転さ７
Ｌる。By changing the valve 17J based on the LbeVζ switch 8, compressed air is supplied from the 211th member pore 13 to the hollow part 1 of the base body 7.
Suppose you are a 6th interrogator. Rotor 3 2i, 1ll
lJ (The rotor 3 rotates counterclockwise due to the fact that the rotor plate 36, which fills the second II member hole 13 on the left side of S7, is pressed counterclockwise by high pressure air).
L.

これによって回訟軸９が左回転するとともに、スプライ
ン４１．４２に案内さｌして回転軸線ＶＣ沿って下１洋
又位さｔしる。したがってカム２１は案内ｆＦｉ＋５２
内を下１１ｑ’４　シてボロア５１に１氏合する。カム
２１の働きによって仙）拮山１５には、第１４図（２１
に下されるような回１版作ｌυＪ状らが与えられる。As a result, the rotation shaft 9 rotates to the left, and is guided by the splines 41 and 42 so as to be positioned downwardly along the rotation axis VC. Therefore, the cam 21 is guided by fFi+52
Lower the inner part to 11q'4 and join Boroa 51 by 1. Due to the action of the cam 21, the position shown in Fig. 14 (21
The 1st edition of the first edition is given as follows.

このようＶこスイッチ八にもとつく弁切換操１′１ヒに
よって４１Ｉｌ°漬ｉｊｎ　５　ｖｃ複故種矩の作すＪ
状１〜を与えることができる。たとえ凹凸のある被＋Ｉ
Ｉｔ　＋ｗ　ｉｎＪであっても、波＋ｌＩ＋暦曲の形状
に応じて研肘曲５のｄｉｌＪさｒ友えることができるの
で、１ぢのＷｌ′贋装＠１で一様なｉ＋１１磨仕上りを
達成することかでさる。In this way, by switching the valve based on the V switch 8, the 41 Il° dipping 5 VC multiple failure type is created.
Conditions 1 to 1 can be given. Even if the surface is uneven
Even if it is +w inJ, it is possible to match the dilJ of Kenjigaku 5 depending on the shape of the wave +lI + calendar song, so a uniform i + 11 polished finish can be achieved with 1ぢ's Wl' counterfeit @1. The monkey is the one who does it.

本発明の他の実施例としてロータ３に与えられる突気流
量をメこ位し得る機枠、を基体７に備えることによって
ロータ３の回転速度を変化させることかできる。As another embodiment of the present invention, the rotational speed of the rotor 3 can be changed by providing the base body 7 with a machine frame capable of adjusting the rush flow rate applied to the rotor 3.

本’ｚＩｓ”明のさらＶ（他の実施１）１１としてロー
タ３の回Ｉ賦’１ｌｌｌｌ枳と〃ム２１り回’ｔｌ／＜
　’ｌ’ｌｌｌ緑とか１ｊ１ｔｉ心していることによっ
て４４−１しるロータ３の回転のむらをなくす／こめＶ
Ｃ、ロータ３のクリ１１孔４０の一側力に＋ｌ１ｌ１１
孔４０と半行に］つまたＱよ仮数の透孔を形１式しても
よい。Book 'zIs' Ming no Sara V (Other implementation 1) 11 as the rotor 3 times I '1llll 枳 and〃〃 21 times 'tl/<
44-1 Eliminate uneven rotation of the rotor 3 by keeping green or 1j1ti/Kome V
C, +l1l11 for the force on one side of the hole 40 of the chestnut 11 of the rotor 3
A hole 40 and a half line] and a hole Q and the mantissa may be formed in the form 1.

々お仙１シ・Ｉ凸１４のｊ〔状および速−内筒５２に形
＋ａさ７するカム聞５（１，５’ｌの形状や故紙は前記
実施ｈ；ｌ　Ｖ（−ｌ奴定びれず用途に地；じて選ぶこ
とかできる。The shape and shape of the convex 14 and the shape of the cam 5 (1,5'l) and the waste paper in the inner cylinder 52 are the same as those described above. You can choose according to your usage without worrying.

このイνｌ’　＋＋：＝　４’、’　１ｌｌｌ’、　ｌ
に自助里の塗装面のイシｊ゛暦だけですく、金Ａ”Ｊｔ
やカラスぽ１１などの＋ｔｉ　Ｍにも用いることかでさ
る。This i νl' ++:= 4', '1llll', l
Just look at the painted surface of Jitsukeri, and you'll see gold A"Jt.
It can also be used for +ti M such as Karaspo 11.

以上のように本発明Ｖこよれは、スプラインの働きＶこ
Ｊ、ってカムケケＬｌ’ｌし、カムを行程の異なった水
ロアｔこ肖接させて他層都ＩＮの作動状膨を任意に愈択
できるので、起伏を有する被＋＋Ｉｌ＠面であっても」
リーな１ｔｌｌ賠仕上りが達成される。As described above, the function of the present invention is to control the function of the spline, and to make the cam come into contact with the water lowers of different strokes, so that the operating state of the other layers can be changed arbitrarily. Even if the surface has ups and downs,
A clean 1tll finish is achieved.

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

第１Ｖ１ｅよ本発明の一実施例の側面図、第２図はその
止面図、第３図はその分解斜視図、第４図は基体７の一
部四ｌＩ＋Ｉ　ｆ　７）くず半Ｉ’ｌｌ　Ｋｌ、第５図
は回１粘１咄９の斜視１×１、第６しｌ　＆：１：ロー
タ３の断Ｉ用図、第７凶ｆ；Ｉ：第６図のり月すｒ曲線
〜Ｕ−ν１１から見た断面図、第８図はロータ３イｑＪ
Ｌ［のｕｉ　ｔｉｏ凶、第９１イｊは揺ｄνＪ　ｉｉｌ
＋　４＃　１０の平面図、第１０に１は第９図の矢’＄
）Ｘ−Ｘかも見た一部の１す［Ｕ１１図、第１１ド１に
第９図の矢符Ｍ−Ｍから見た一部の肋間し１、第１２図
−４ｔｌｌ（特部材４付近の断＋ｎ、＋凶、第１３図は
４ν１若部桐４の底［１１］図、第１４図は研贋曲５の
作動状憩を示す匍略図て′ある。 ｌ・仙１列装置々、３・・・駆すカ諒、４・・・他層Ｈ
ｊｊ（相、９・・回ｋ　Ｉｔｑｌ＋、１９．１９ａ・・
・内スプライン、２トカム、２１ａ・・・カムｒ石、４
１．　４２　・・外スプライン、５０．５］・・水ロア
、５２・・・案内仏）代理人　弁理士　西教圭−ＦＪ１
１ 第４図 第５図 第６図 第７図 第８図 第９図 １（ 第１２図1V1e is a side view of an embodiment of the present invention, FIG. 2 is a top view thereof, FIG. 3 is an exploded perspective view thereof, and FIG. 4 is a part of the base 7. Kl, Fig. 5 is a perspective view 1 x 1 of the rotation 1 viscosity 1 9, 6th shi l &: 1: Cut-off I diagram of the rotor 3, 7th f; A cross-sectional view seen from U-ν11, Figure 8 is rotor 3 iqJ
L
+ 4# Plan view of 10, 1 on the 10th is the arrow '$ in Figure 9
) Some of the intercostals 1 seen from the arrow M-M in Figure 9 in Figure U11, Figure 11-1, Figure 12-4tll (near special member 4) Figure 13 is the bottom [11] diagram of 4ν1 Wakabe Kiri 4, and Figure 14 is a schematic diagram showing the operating state of Kenkakyoku 5. , 3... Driving force, 4... Other layer H
jj (phase, 9...times k Itql+, 19.19a...
・Inner spline, 2 tocam, 21a...cam r stone, 4
1. 42...Outer Spline, 50.5]...Water Roa, 52...Guidance Buddha) Agent Patent Attorney Kei Nishi-FJ1
1 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 1 (Figure 12

Claims (1)

【特許請求の範囲】[Claims] （１）正逆回転０Ｊ能な駆りσＪ源と、躯！ｔｉｌｌ蝉
によって回転駆動し、かつ回転軸線に沿って友位するｙ
位手段を備えた回転軸と、回転軸に一体的に収付けられ
て回転軸線と平行な輔保まわりに回転駆りジノする大略
的に円柱状のカムと、 １１’ｊ　ｄに、カムのカムｉ工＋＋に当接する少なく
とも１以上のホロアとを含むことを員微とする４１Ｉ［
磨装置。 １２＋　Ｉｎｌｎノル友位手段け、−ヘ１シ１綜Ｖこ関
連して形成された大１１６的に脳旋状の外スプラインと
、外スプラインｅζイカ合する回転軸に形成された内ス
ズラインとイＪラ−ることを牙！Ｊ徴とする牛寺訓ＩＣ
１求の東）、囲負３１項６己小ν　のイ＋Ｉｌ　１特装
　ｉ＋Ｔ　。(1) Drive σJ source capable of forward/reverse rotation 0J and body! The y that is rotationally driven by the till cicada and is positioned along the axis of rotation.
a rotating shaft provided with a positioning means; a roughly cylindrical cam that is integrally housed in the rotating shaft and rotates around a support parallel to the rotating axis; 41I[, which includes at least one or more follower in contact with i-work++.
Polishing device. 12+ Inln Nord positioning means ke, -he 1 shi 1 ke 1 1 1 1 6 1 1 6 convoluted outer spline formed in relation to this, and the outer spline e Fang about J-ra! Ushidera Kun IC with J sign
(east of 1), negative 31 term 6 self small ν i+Il 1 special i+T.