JPS58196964A - Device for grinding partial defects on the surface of steel plate - Google Patents

Device for grinding partial defects on the surface of steel plate

Info

Publication number
JPS58196964A
JPS58196964A JP8053882A JP8053882A JPS58196964A JP S58196964 A JPS58196964 A JP S58196964A JP 8053882 A JP8053882 A JP 8053882A JP 8053882 A JP8053882 A JP 8053882A JP S58196964 A JPS58196964 A JP S58196964A
Authority
JP
Japan
Prior art keywords
grinding
casing
contact wheel
wheel
steel plate
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP8053882A
Other languages
Japanese (ja)
Inventor
Shunsuke Hakama
袴 俊介
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
MARUICHI KOKI KK
Original Assignee
MARUICHI KOKI KK
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by MARUICHI KOKI KK filed Critical MARUICHI KOKI KK
Priority to JP8053882A priority Critical patent/JPS58196964A/en
Publication of JPS58196964A publication Critical patent/JPS58196964A/en
Pending legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B24GRINDING; POLISHING
    • B24BMACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
    • B24B7/00Machines or devices designed for grinding plane surfaces on work, including polishing plane glass surfaces; Accessories therefor
    • B24B7/02Machines or devices designed for grinding plane surfaces on work, including polishing plane glass surfaces; Accessories therefor involving a reciprocatingly-moved work-table

Abstract

PURPOSE:To grind the starting part and the ending part of a grinding area flush by a grinding device having an endless grinding belt extended between a contact wheel biased by an elastic pressing means disposed within a casing, a driving pulley and tension pulleys. CONSTITUTION:The driving wheel 27 of a grinding device D is pulled up and the device D is moved by operating a handle to a position where a contact wheel 17 is positioned at one end a1 of the central part of a grinding area c. Then, the driving wheel 27 is lowered and actuated so that the main casing 1 is advanced at a low speed while a swingable casing 8 is caused to swing perpendicularly to the axle of the main casing 1 by a casing rocking motor to make a grinding belt 7 run. The contact wheel 17 is pressed through the grinding belt 7 against the surface of the steel plate A to grind a grinding area c in the surface of the steel plate A along a zigzag course.

Description

【発明の詳細な説明】 零発宍は鉄板表面の部分糺研削敦−に関するものである
DETAILED DESCRIPTION OF THE INVENTION Zero-brushing relates to the partial polishing of the surface of an iron plate.

通是圧延工程t−仕て袈埴された鉄板の衣山には、製鋼
時に混入する押m−挾在物や、圧延跨に生じるV−ル凱
、ブイFY−り、ヘアクランクか部分的忙ついており、
これ等は部分帆と叶はれて作繭員の手作業によりて研剛
崩夫している。即ち手押単式の台率に、コンタクトロー
フに−い徊けされてHJ迭灰で左行している無籟状の研
削ベルトを装置し、紬M仙削ベルトが−い?Miiされ
ているフンククトベル)t−都か疵に押1:t: l、
 、欲回往廖勧させることによりてS号疵を除去してい
る。
In the rolling process, the coating of the iron plate that has been cut and cut is affected by the inclusions that get mixed in during steelmaking, V-ru-gai, buoy-FY-ri, hair cranks, and other parts that occur at the rolling straddle. It is attached,
These are made with partial sails and leaves, and the cocooners are manually collapsing them. In other words, a hand-pushed single type machine is equipped with a grinding belt that is wandering around in the contact loaf and runs to the left with HJ, and a Tsumugi M grinding belt is installed. Mii's funkkutobel) t-Tokaharai 1: t: l,
The No. S flaw is removed by recirculating the material.

ところで上記の牛fl=県によるω1filJ作菓では
、4tlr hす1ta端部と餌Flu終端部とで喰い
込みか生じ、この81S分に奴がりく・aらVこ部か疵
が値nuベベル・tLJ暢よシ大酪い墳合は切削ft4
kk能回千行して輛り返えし1ているが、平行する妨R
u部分の釦1111細蹟都と信イU社鋼部を/細土に舶
えるのが固唾であり、畑舅−Sと終端部でt父が生じる
ことと擾口俟って、神忙坦鋏候、kが嗣宥にめられれゐ
By the way, in the above cow fl = prefecture's ω1filJ confectionery, biting occurred between the 4tlr hsu1ta end and the feed Flu end, and the value nu bevel was found in this 81S minute.・tLJ Nobuyoshi's large burial mound was cut ft4
KK Noh times 1,000 lines and turns back 1, but parallel jaR
Button 1111 of the U part is a hard work to send the steel department of the U company to the steel department of the U company. Tansashiko-kou, K, was taken in by Tsuguyoshi.

本兜用は1仮の都か糺の紡Illに−して、妨−リ#d
端!ISと終端部1C生じる以倉なくシ、かつ、ω[削
I@端と嶽mを/細土に胸えること旬能な装置であって
、即ち、車輪を有する本体ゲージングと、上記本体ゲー
ジングむ1a端1lklK勤1可能に装設され、かつ、
コンタクトホイール、ドライブプーリー並びにテンシ曹
ングーリーが同紙された上下方向4CmびるQ IIJ
ケーシンダとからなり、上記マンタクトホイールをwI
wJクーシング内に海遇旬能に装設し、かつ、弾圧手段
によって常時FIC抑圧させると共に、コンタクトホイ
ール、ドライ1プーリー並ひにテンショングーリーに無
端状のωrFJuベルトを機い掛けした泗−である。
For this helmet, I will use the first temporary capital or Tadasu no Ill, and then I will use it as a barrier #d.
end! IS and the terminal part 1C are produced without a rack, and ω [cut I @ end and mount / It is a device that can be chested in thin soil, that is, a main body gauging with wheels and the above main body gauging 1a end 1lklk shift 1 is installed, and
Contact wheel, drive pulley, and tensile pulley are attached to the same paper and extend 4 cm in the vertical direction Q IIJ
It consists of a casinda and the above mantact wheel wI
It is installed in the wJ Cushing, and constantly suppresses the FIC by means of suppression, and an endless ωrFJu belt is connected to the contact wheel, dry 1 pulley, and tension gulley. .

以下零発用の装置を図面によって肌用する。Below, the device for zero firing will be used for skin use according to the drawings.

17図及び処−因において% lt+は本俸ゲージング
であって、/丸のゴム単一(!i (!Iで支えられ、
かつ、操作ハンドルts+を自している・怜tトハンド
ル(31Vi!部に紋けられfl、、長孔14+と締付
ネジ(6)とKよって不評、ゲージング(1)K%jす
る数付へpiを仕1θ11短で8る。i61は本俸ゲー
ジング(1)内にし一1′され1収のbm状0ω1削ベ
ル) 17+を駆動するためのベルト駆wJ用モークで
めりて、出力411IIを本俸ゲージング(11の幡1
1扁而(l゛1から矢田させる。(δ]は本俸ゲージン
グill O1iiJ畑(3)(11に上記出力軸t″
鋤動中心とする如く装設した上F方向に延びる細動クー
レンダである。この鋳1ケーシングti)は、本体ゲー
ジングil+の上部に載置しであるit振#)用ギャー
ドモーク(sl o駆動によ)、クランク式の普振儀f
#しを介して、本俸ゲージングillのmtt M 1
1で、かつ、出力軸を細動中心として一定t)角度軛曲
・内で絽1麺勧を行なう第3図は細1グーシンダ(駒の
内部構造を示す1四で、υIJ t! B fllJゲ
ージング181内に条設した記/の1ラケツトである・
V402Jは上記グツグツトリ14から上方に地紋した
/対の第/のガイドロンドで、この帖10ガイドロンド
nil々に鵜コのグツグツトil壽を昇神用詑に装設す
る。鵠911コのグツグツト(+4にN、神口」能にφ
刺した/対のロンドで、このロッド鵠の上端に保止都U
W t−&けると八に1下端に台部材部tlGIFRす
る。藝ηは台部材部に本体グーシンダIIHDIθ鍋■
と平行に片持1持されたコンタクトホイールであるo 
98iは鮎JのグツグツトQ署と台部材部との間に設け
た弾圧手段であって、図面で皓エアシリングを示す。尚
、この弾圧手段はコイルスプリングで、あってもよい。
In Figure 17 and treatment, % lt+ is the actual salary gauging, and the /circle rubber single (!i (supported by !I,
In addition, it has an operating handle ts+, a smart handle (marked on part 31Vi!, unpopular due to the elongated hole 14+, tightening screw (6) and K, and the number of gauging (1) K%j). Attach pi to 8 with 1θ11 short.I61 is set in the main salary gauging (1) and 1' is turned into bm shape 0ω1 cutting bell). 411II for real salary gauging (11 no Hata 1)
1. (Let's start from l゛1. (δ) is the actual salary gauging ill O1iiJ field (3) (11 is the above output shaft
This is a fibrillation cooler extending in the upper F direction and installed so as to center the plowing motion. This casting 1 casing ti) is mounted on the upper part of the main body gauging il+.
mtt M 1 of real salary gaging ill via #shi
1, and with the output shaft as the fibrillation center and a constant t) angle yoke. This is 1 racket with the conditions set in 181.
V402J is the second/paired guide rond with a background pattern upwards from the above-mentioned Gutsugutsutori 14, and the Uko's Gutsugutsu Il Ju is installed in the shrine for Shogami in this chapter 10 guide rond nil. 911 Goe's simmering (+4 to N, Kamiguchi) Noh to φ
With a pair of rondos, the upper end of this rod is
W t-& 1 to 1 at the bottom end of the base member tlGIFR.藝 η is the main body Goucinda II HDI θ pot on the base part.
It is a contact wheel that is cantilevered parallel to o.
98i is a pressure means installed between the Ayu J's sloppy Q station and the base member, and the figure shows the air cylinder. Note that this pressing means may be a coil spring.

(11は細動クーレンダ+81の上sK設置した第2の
グツグツトHを上下動させるためのモータで6如、閾は
上記毫−ターによりて駆動されるスクリ具−シャフトで
、IIs/のグツグツトリηを貫通して下端部のネジ部
−を、協Jのグツグツト−と噛合させる0@υシυは/
対のテンシ曹ンプーリーでおって、1持部材124@V
C片打叉持をれてお如、この叉持部材−は夫々、帰1グ
ーシンダ(1内の2木で/対のガイドロンド曽−に!#
降川用に設けである。馨淘は上記文拉りし材(2)を上
方に弾圧するための夫々のガイドロンドEliK巻装し
たコイルスプリングである。銖は木S+ゲージングIl
l内のベルト駆動用モークi6+ Kよりて駆紡される
ドライ1グーリーであって、図面ではモータ(61の出
力軸0IPLII芯と一致させぜ揺1F−シンダ(8〕
内に設けられている。無端状のωIHリベルト(71は
紬1ゲージングtill内で、かつ上記ドライ7′r−
リー−、コンタクトホイールIJ’trs−2餉のデン
ジaンプーリーン11しυに纏い船けする。上ptm逝
なるため、第一のグツグツト上下動ハ」モータ9卿でス
クリ眞−シャ7 トqt止逆回帖させて帖コの1ラケツ
ト04に上下動させると、加圧生滅賎による弾圧が、テ
ンシ冒ングーリー日を押し上けるコイルスプリングシ旬
の弾圧力よル大きいため、給−の1ラケツト■の##降
に応じてデンジ厘ンプーリーシ幻が適当に゛上下動して
、常時姑削ベル) 17+を凧嵌状すに保つ。
(11 is a motor for vertically moving the second squeak H installed above the fibrillation cooler + 81; 0@υshiυ is /
With a pair of tensioner pulleys, 1 holding member 124@V
As you can see with the C single-stroke fork, each of these fork members will return 1 gushinda (with 2 pieces of wood/to the pair of guide rondos)!#
It is designed for descending rivers. The coil springs are each wrapped with a guide rod EliK to press the above-mentioned scraped material (2) upward. S + Gauging Il
Dry 1 Gooley is spun by a belt-driving moke i6+ K in the drawing.
It is located inside. Endless ωIH libert (71 is within Tsumugi 1 gauging till, and the above dry 7'r-
Lee, contact wheel IJ'trs-2, Denjia Pulleen 11 and υ and set sail. In order to dissipate the upper PTM, the first smooth vertical movement is caused by motor 9 to stop the screwdriver 7 and move it up and down to 1 racket 04. Since the elastic force of the coil spring that pushes up the tension spring is large, the tension spring pulley moves up and down appropriately according to the fall of one racket in the supply, and the tension is constantly raised. ) Keep the 17+ in kite form.

本俸クーシン〆111の11亀面(1)には第1因に示
す如く、装馳全俸のlIJ彼力10]に槓橡的罠自迭さ
せるだめの駆動懺構蜘を装設しである。この鮎1儀II
よ、ゴム単一(2I 124 t)中間に侃1させて紋
けた駆動阜輪勤と、上記組紐J単輪し71を止MI帖さ
するモーp(ハ)と、&S助単輌クツとモータ(ハ)を
上下1させる昇降用エアシリンダーに−とでJ#4成さ
れており、モーフ端の動力はチェーン−を介してlit
動単輪僻)K伝えられる。上記の躯動皐輛喧ノとモータ
(ハ)L本俸クーシング11)と別体の7レーム(i1
υの上下に設置されておりsフレームいりに設けられ九
ロッド−か、本体ケーシングfilの倣端1i11HD
1フグツト瞥に昇降川船に奴けられている。モータ(ハ
)は正逆1g1転が可能で、装置金体を1IIJ後進さ
せる。但し、装置金体のモーターによる前後Ji!は駆
動車輪シフjを4丁させて廼行囲に接触させた場合に限
られる。向、纏蛎隼輪ン41は左右/対で参ってもよい
As shown in the first factor, the 11th turtle face (1) of the 111 of the main salary Kushin is equipped with a driving mechanism that prevents the 11-year-old 10 of the total salary from falling into a trap. . This Ayu Ichigi II
Yo, a single rubber (2I 124 t) drive wheel with a single thread in the middle, a mop (c) that holds the above-mentioned braided cord J single wheel and 71, and a &S assistant shoe. The air cylinder for lifting and lowering the motor (C) is made up of a J#4 and a J#4, and the power at the end of the morph is transmitted via a chain.
K can be conveyed. The above-mentioned sliding body and motor (c)
It is installed above and below the υ and is installed on the s frame with 9 rods or the imitation end of the main body casing fil.
In the blink of an eye, he was being held captive on a riverboat. The motor (c) is capable of forward and reverse rotations of 1g and 1, and moves the device metal body 1IIJ backwards. However, the front and rear Ji! due to the motor of the device metal body! is limited to the case where four driving wheels shift J are brought into contact with the rolling surroundings. In the direction, the Matohabi Hayabusa ring 41 may be used as a left/right/pair.

@y図#i操作ハンドル(コツに設けた豫作握−0説例
図であって、冑は1M比約1竪川エアシリンダー操作部
、岡は駆1J早輌上を陶工γシリンダーOj#作都、I
JJ7r tJ:駆動阜〜シーHの躯1川モ一り(ハ)
の−作都、−は自振シ用モータ(9)の原作b+> %
−は研NU灸さ醐匁用モータ藝時の保仲都でめシ、14
1は輯削ベルト駆削用モー声til+の保作部である1
1 帖5図#′i1例として鉄板に)の表1に部分比(句が
あル、この部分帆(句を除未するために、相囲(0) 
t一本?ik麿ψノで研削する場合の脱町図で、元丁、
躯+11に輌僻1を引龜上けて奉賛−(至)を一つのゴ
ム単−t2J 121からなる2輪率として作東貝のハ
ンドル繰住によってコンタクトホイールl17jt−如
[駆軸lll1(Q)の鉋2部(息1)でφつ、中央部
に位−させる。Cの位−で駆動阜輪僻lを鋒Tさせて本
体ケーシング(1)kJIWiz方式でfIIA夫に支
え、モーp!!四に駆−ノ単輌吹)を躯W1させて本俸
ケーシングfll’を低連で助畑させるとハに%菫振り
用イヤードモータ1lllθ組111J Kよシ拙1ク
ーシンダtelを本体クーシングロ)の単−九対して直
間方向に細1させ乍ら、ベルト躯創用七−声1@I t
−躯1させてvt qt+ベル) 17+t一定行させ
、研削ベル) (7t を介してコンタクトホイールリ
ηを欽′+R(4)の次曲に押しつけ、勧J因に示す川
く秩&表(3)の釦を駆軸B (OJ &シダザダ状に
釦1jlllする。
@Y Diagram #i Operation handle (This is an illustration of the Yusaku grip-0 provided in the Kotsu. The helmet is about 1M ratio Tatekawa air cylinder operation part, and Oka is the potter's gamma cylinder Oj # Sakuto, I
JJ7r tJ: Driving arm ~ Sea H's body 1 river mochi (c)
-Sakuto, - is the original work of self-oscillating motor (9) b+>%
- is a motor art for Ken NU moxibustion, 14
1 is the maintenance part of the cutting belt cutting machine 1
1 Partial ratio (phrase) is shown in Table 1 of Book 5 Diagram #'i1 (on the iron plate as an example).
One T? In the case of grinding with ikmaro ψno, there are
By raising the weight of the vehicle 1 on the body + 11, the praise - (to) is set as a two-wheeled ratio consisting of one rubber unit - t2J 121, and the contact wheel l17jt-like [drive shaft lll1 (Q) Place the 2nd part of the plane (breath 1) in the center. At position C, set the drive wheel to T, support the main body casing (1) to the fIIA husband using the kJIWiz method, and move the motor! ! 4. When I set up the main body casing fll' with a low series, I set the main casing full' to the main body. With a narrow 1 in the direction of the single 9, the belt body injury 7-voice 1 @I t
- Move the body 1 to vt qt + bell) 17 + t in a constant row, grind the bell) 3) Press the button 1jllll in the drive shaft B (OJ & Shidazada shape).

尚、本軸用O!1ljl麿を作業着か一輪車として乎押
作巣で参行させているとき、引き上げられている躯11
J阜@F/17+が、鋏−全体を故齢上に末枦上げると
感のテコの支点となり、本釦餉に−rMの手押−作によ
る蜂行作呆か+8J6となる・第を図及び第2図は木々
−による仙削飯さの#4匁原理の説男図で、躬6図は研
削長さか点状の場合で、ロッド(I41の上端の保止m
(161か、lJのブラケットI島に係止した状馳で、
かつ、コンタクトホイール9ηが欽孜(4)の表面に線
接触する位ta&まで、第一のブラケットH1をモータ
O肯で引き上げた状馳を示す。この伏動でN l1ll
Jクーシンダ18ノをw振り中心魚P(Dfiわルで、
かつ、w!Iz囚(bパリの軛曲で鋤紡させると、コン
タクトホイールit’llは鉄板囚と躯を図(−の伏動
で接触するのみでめるe m S研削長さは点状である
In addition, O for the main shaft! 11 When Maro was being carried around in his work clothes or on a unicycle, his body was being pulled up.
When J阜@F/17+ raises the entire scissor to the end, it becomes the fulcrum of the lever of the sense, and the bee movement by rM's manual push on the main button becomes +8J6. Figure 2 and Figure 2 are illustrations of the #4 momme principle of Sengehansa by trees, and Figure 6 is for the case of grinding length or point shape, and the retaining m at the upper end of the rod (I41).
(161 or lJ's bracket I island is locked,
In addition, the first bracket H1 is shown pulled up with the motor turned on until the contact wheel 9η comes into line contact with the surface of the Kinki (4). With this move, N l1ll
J Kushinda 18mm w swing center fish P (Dfi war,
And lol! When the plow is spun in the yoke of Paris, the contact wheel it'll only come into contact with the iron plate and the body in the downward motion.The grinding length is point-like.

躯2図FiωtIiIII最さの−の場合で、細動グー
ンング(8ノが第7 e7 (lJ、即ち本俸ケーシン
グ1llK′Nして走曲状慾にあるとき、塾Jの1クグ
ツト114を1Fさせてコンククシ本イール蓼ηを駄板
囚に接触させ、史にロッド[14iの上庵の悌止鄭ll
蝮と鮎!のプラタンH:iとの11kIKス゛キTmが
杉凱されるまでモータQ1で〜Sコのグラグツト1Is
e降下させる。この伏動で細+iIl+グククット18
1を第2因(1)) (0)のmttb内で揺動させる
と、上記スキ!mがOになるまでコンタクトホイール1
17)1−J鉄板ηノの表面に接触している。即ち、兜
2図(1)の伏動において点a 1. a2 DfHJ
で、コンタクトホイールVηか鉄&(4)と接触してお
り、この礼曲が研削される。上記原塩よ如研削民さの1
整は、塾2図(1)の状馳で、鮎コのグツグツトリ4を
陶土させてスキvmを大きく我疋するのに比例してωを
削長さは大目くなる。賛するに、スキ!1mを−“1製
することによシ研削長さを仕魅のkさに設置で睡る以上
説明したように、本発明tよ単輪を有する本俸ケーシン
グと、上記本体グーシンダのgum閣に劫動用屹罠装歇
され、かつ、コンタクトホイール、ドライ1プーリー並
ひにデンジ冒ンプーリーか内劇dれた上F7y向に魁ひ
る用動り−シングとからなり、上記コンタクトホイーA
/l−クーシング内Km退旬船に鋏叔し、かり弁圧手挾
によりて冨跨T方に押圧させるとへ罠、コンタクトホイ
ール、ドライ1プーリー並ひにテンシロン7゛−リ−に
無端状の切削ベルトを−いルけし丸鉄&表山の部分疵姑
削Ilk瞳に砕シ、処−のグラケラl)昇降塊作で輯削
灸さを仕怠O灸さに設定できると八に1研削鎖端部並び
に研削軽劾都か滑らかKな如、尚該部分に歇が生じる仁
とはない・史にコンタクトホイールを装備し友梠前グー
シンダは本体グーシンダの中心部からと右方向へ等角度
往tJ!妨しているから、コンタクトホイールと鉄板と
の鵬向、接触位置timj図に示す如く左右等距−〇点
でわル、従って研削始端部並びKklt削経端都が−ム
細土に細う。
In the case of the 2nd figure FiωtIiIII, when the fibrillation Gunung (8th) is in the 7th e7 (lJ, that is, the main casing 1llK'N and is in the running position, the 1st 114 of the cram school J is set to 1F. Then I brought the Konkukushi book eel 蓼η into contact with the dead board prisoner, and the rod [14i Jōan no Teishoku ll
Viper and sweetfish! Platan H: 11 kIK switch with i and motor Q1 until Sugikai is completed - S's plug 1Is
e Lower it. With this down move, it's thin+iIl+gukukut 18
When 1 is oscillated within mttb of the second cause (1)) (0), the above-mentioned Suki! Contact wheel 1 until m becomes O
17) It is in contact with the surface of 1-J iron plate η. That is, in the prone movement of Kabuto 2 (1), point a1. a2 DfHJ
The contact wheel Vη is in contact with the iron & (4), and this bow is ground. The above-mentioned raw salt is the 1
Sei, in the situation shown in Figure 2 (1) of the cram school, makes Ayuko's sloppy 4 porcelain and makes a big gap in the vm, and the length of ω becomes large in proportion to it. To praise, I like it! As explained above, the present invention uses a main casing with a single wheel and a gum cabinet of the main body Gusinda. It is equipped with a trap for movement, and is composed of a contact wheel, a dry 1 pulley, a pulley for movement, and a movement for movement in the F7y direction, and the above contact wheel A
/l- When the scissors are inserted into the Km retreating ship in Cushing and pressed in the T direction with the pressure lever, the trap, the contact wheel, the dry 1 pulley as well as the tensilon 7゛-ree are endless. The cutting belt of Irukeshimaru iron & Omotesama partial flaws were crushed in the Ilk pupil, and the granite of the treatment l) It was possible to set the cutting moxibustion to the laziness o moxibustion by lifting and lowering the block cropping. 1. Grind the end of the chain and grind it so that it is smooth and smooth, and there is no chance that there will be any inconsistencies in this part. Equipped with a contact wheel, the front wheel of the chain should be moved from the center of the main body of the wheel to the right. Equal angle tJ! Because of this, the contact position between the contact wheel and the iron plate is equidistant on the left and right as shown in the diagram.

本発明は上述の如く、妨Ill始一部並びに終端部に故
が生じず、しかも−直機上VciIilIうので属装後
においても研削部分が目立つことはない◎
As mentioned above, in the present invention, there is no failure at the beginning or end of the block, and since the VciIllI is mounted directly on the machine, the ground part will not be noticeable even after attachment.

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

第7図は零発引装−の側聞図、九コ因は止面1、第3図
はkIJtittグーシンr内0桝危を不す製印因、蛤
y図は操作部の十印囚、躯J因はω「削&14fAc)
説引図、第を図及び塾2図は研削民さ―U原城のa用図
である。 il+・・本俸クーシング、(21・・ゴム単一、(7
I・・無端状の研削ベル)、IU・・w11ゲージング
、tt71 @・コンタクトホイール、鵠@C伸比手段
、シ幻・・テンシ四ン/−リー、−・・ドフイググーリ
ー。
Figure 7 is the side view of the zero starting mechanism, the 9th figure is the stop face 1, Figure 3 is the sealing mechanism that prevents danger in the KIJtitt Gushinr, and the figure y is the 10th seal of the operating section. , Body J reason is ω "cut & 14fAc)
The explanatory guide, No. 2, and Juku 2 are maps for A of Grinding People - U Hara Castle. il+...Main price Cushing, (21...Rubber single, (7
I...endless grinding bell), IU...w11 gauging, tt71@contact wheel, 鵠@C expansion ratio means, Shigen...Tensi four/-Lee, ---Dohuig Gooley.

Claims (1)

【特許請求の範囲】 口)単一を有する本俸ケーシングと、上記本体ケーシン
グの−U娼uiJVc細動町艶に装設され、かつ、コン
タクトホイール、ドツイググーリ−並びにテンシ耐ンプ
ーリーが内劇された上下刃【ムJK延びる用副り−シン
グとからな如、上記コンタクト本イール茫グーシンダ内
Km退陶&に装設し、かつ、弾圧生滅くよりて′M時を
方に抑圧させるとハに1 コンタクトホイール、ドクイ
グブーリー並びにデンジ普ンプーリーに勲り状の姑削ベ
ル)ft−い讃けしたことを待畝とする飲、&表1の都
す疵−を剛酋厘・
[Scope of Claims] A main casing having a single unit, and upper and lower parts installed in the main body casing, and in which a contact wheel, a dotsig gooley, and a tension pulley are installed. As if the blade [Mu JK extends and the sub-singing and the above-mentioned contact book is installed in the Km in the Eel Gusinda, and the oppression life is suppressed, 'M time will be suppressed in the direction of Ha. The contact wheel, the Dokuigbooley, and the Denjipubooley are decorated with medals, and the defects listed in Table 1 are taken seriously.
JP8053882A 1982-05-12 1982-05-12 Device for grinding partial defects on the surface of steel plate Pending JPS58196964A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP8053882A JPS58196964A (en) 1982-05-12 1982-05-12 Device for grinding partial defects on the surface of steel plate

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP8053882A JPS58196964A (en) 1982-05-12 1982-05-12 Device for grinding partial defects on the surface of steel plate

Publications (1)

Publication Number Publication Date
JPS58196964A true JPS58196964A (en) 1983-11-16

Family

ID=13721125

Family Applications (1)

Application Number Title Priority Date Filing Date
JP8053882A Pending JPS58196964A (en) 1982-05-12 1982-05-12 Device for grinding partial defects on the surface of steel plate

Country Status (1)

Country Link
JP (1) JPS58196964A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010149217A (en) * 2008-12-25 2010-07-08 Soken Kogyo Kk Belt polishing device and belt polishing method

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS506678A (en) * 1973-05-21 1975-01-23
JPS534679A (en) * 1976-06-10 1978-01-17 Battelle Development Corp Container with two small chambers for cargo in bulk

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS506678A (en) * 1973-05-21 1975-01-23
JPS534679A (en) * 1976-06-10 1978-01-17 Battelle Development Corp Container with two small chambers for cargo in bulk

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010149217A (en) * 2008-12-25 2010-07-08 Soken Kogyo Kk Belt polishing device and belt polishing method

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