• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    yCTPOfiCTBO DAY MARKING OF DEFECTS ON THE SURFACE SHSTRODVIZHU SCHIHSYA sheets and strips, comprising successively mounted one behind the other block control surface defektovS unit control otversttzy unit control defects thickness SOURCE HCC marker laser light, and the control device of the laser light source whose input is connected to the output electronic device and outputs of the control unit for surface defects, control ornepcTiDi and control, and the input of the electronic device from the generator’s output Ktovyh pulses, about tl and ch and y and; This is due to the fact that, in order to ensure the reliability of marking by affixing two marking marks on different sides of the strip, it is equipped with an optical laser system installed in the path for dividing the beam into transit and reflected rays that are made in the form of a semi-transparent mirror, with a mirror with a mirror and place them with two focusing lenses, and opaque; turn-1: a mirror, while the focusing lens is set by its nyTii passed a laser beam., and the second focusing lens and turning it off an opaque mirror is on the path oTpaaceiiHoro of the laser beam,
    公开号:SU1135428A3
    申请号:SU792848862
    申请日:1979-12-07
    公开日:1985-01-15
    发明作者:Гаппа Клаус
    申请人:Хеш Верке Аг (Фирма)；
    IPC主号:
    专利说明:

    i Invention otoyosi-gs to markers for material and can tbiTb j4; viojib3OBj: to mark defective; rjec on byt.t. mobile.staff: g: o:; axis .. It is known ycTpofic Jo dzg markroBattrum. 1xc lio.noc, ss:; dgrl (ash; its quality control units;.; Iorrocbi, goigos, flea mark movement mechanism; From omayutii oirouxy laser and means for its adjustment ;. 1.;; Kedostytkom of this device. It is a nice, - .. setting of the exact correspondence with the mecda Iefe; with the stom and its mark for: .- iunpoia-ix sheets and strips. The purpose of the invention: - noB}; iEienire and quality mark Oaamp gguthem applied two mark marks on each side of the strip, the goal is reached there, that the device for marking defects on the screen quickly, and, that is, pistos and voice containing consistently installed; 1;. after another, the unit for control of surface defects J b, bale of lolPrpl openings, block 1:. control of thickness defects from 1 n-metmetch:; to l, azgriotch: 1 mass, and its thickness HCTO-rvKa .lasPpHovo radiation ; Zhod: hstors: o: h, are united with vkodo 1 elak r - O grystyt: 7; 1 n d hgdgzh block: KONTOOLE UCER 1; HYUSTNY defect: -; ,, counter -;) :: ;; Iversion and SONTOL TOL1151N--, and E-%: .0 Зп & ktrGNNogo device with b. / ekor torp clock.; thru ((;; c, cbzhens usklynova) ita liyTi,: 71zerg1s: o beam onrir-iS-CKOH ;; - n: temo; -1. luga of the lake bytolt Pooh in the form of:; O1-translucent mirrors.) with a mirrored surface and pasiuimsiFbrx mecda PMH avuh focus5og1 and :; l: and: ;; 3з and the opaque NYM turning ZRR-chaNO, G7G-N THIS one focusiruga; ; the mouth of the plan is on the way of the untrined one. and the second is: focusing the lens,;: - and pgio:,;: iHoe The transparent mirror is the reflection of the laser beam. In FIG. 1: riOKa; i; -; schematic layout stBa | pa d) K .. 2 - p the division of the nojvocb area pa zolie сs 4i-; r, 3 - with is; Hn, the operation of the devices 01-1; .- twa; nd g; fr, 4-th; t-Іleska,, Bands 1 groktsts; 5t B n-a ravlenki arrow 2 first tp & c KciUTponH28 and rusher b. ChPK 3, ii, j; counterfamily: oiii .K: -i 6,; oi: oi-f l consecutively; 1;: ;; - kei (d) the direction of movement of pol1, -Cu; ks -rol11r1gu1 :: eh. Blocks 4 and 5, at hl-1, the controlling block A of a block is designed to be located in the aperture zone, and the block of blocks 5 dll --- :: tanov, chen; deviations of the thickness of the hollow, 1gpeck, ekpe:; oposa 1 from the controls of its unit 3 and other control; p1pop; to them, it is driven by means of the driving mechanism 6. It is mediated by control 1-1: C unit S is located; airborne march;: Nivki. Tlo: -: markings 7, and: -. around e roln-gi b and 9. tolpen in vi, de j:: tochna-o1chetpk ;; laser beam contains: lae.sr) main head 10,.; 1 1 1 V-. satellite to electron ioj: c, ui, y 12. Soz, auyny: by source l,; zer: -; th ray, impulse is directed to nocntiiiCTi.o; -;; laser head 10 on HtOTocy I and it is arched on the basis of g down-g / line from control units. :: in -5 H1 forchatski and. E ROLL, Pg-ii-i pro; -,., As it comes 11ologii: s through block: -. And 3-5 O; .a / telitsk nz soird with sync - (.. h-1И2И {: ovanny with the speed of the clock speed of the clock:: ;; mp | -; совsov 13 „Dp what-o datik 13 clock with them: iiyj .bcOi; ao / x em impulse with raan and tg about -Eyg / time of time, for example, d-: 60; m of the last strip: ti, 3t ;; impulses UNDER 1GOTG-T in SLATCH 1-5-; MPULSO53 in iTOcopob l-: h- - :; read: ots and are divided into the group;: about 10 .1 -, - lsav, in the ultatas -ier-i HJ area of the markup of the contact; marking, 1 of them Ciflokom 7 ooh; AZUYUGSYA, Hb Z and Z-, I {) ChyrT S -v TLTK PMNULSOV | 4 in KON Ze K35KDY from TO ) AND: v; PVLCOB5 t on, at the end of a / s; 2; -: “Dogra zone, transmits the code null, CD13IG: Hof. ler-dvdvkke.e register j;: 1 b in b, 1Tgre; -k-i, registers -; iJ 1: 0 I8,: -rr; si memory, npejiHasHaMeiib; Gln ggol / cheni dazyy about def: K - ;, e--, 3 Tin this psredviknuyu register 15 i Ojiy;:, 5eT information on sbn ru.yepy-x in block 3 pry ktah over :: small-pox thinned register 16 about nud; uye:; a ;:; in Zloka, f-def.ktakh to n; 1; (Legs, and occasionally register 17 and 18 - about the detected strip thickness deviations in block 5.
    Due to the shift pulse in each front-up register from 15 to 18, the memory cell in zone 2 through Z 5 is moved at the end of the front-shelf registers 15 through 18. In parallel, a certain zone passes through the control blocks 3-5, When a defect is detected, for example 10 by the control unit 3, a write pulse is sent to the memory cell, which is free for this zone in the mobile register. Similarly, the entries from the monitoring blocks 4 and 5 are placed in memory cells in the mobile registers 16-18.
    Provide contacts from 19 to 22 in the control blocks 3-5, which, with a detected defect 20, short-circuit and short-circuit the recording pulse for the memory cell in the corresponding moving registers 15 to 18,
    After passing through all the control blocks, zone Z enters the marking block 7. At the same time, the memory cells with recorded information about defects in the mobile registers from 15 to 18 will move to the end of these registers.
    Accumulated into separate; -: shifting the Hbix registers from 15 to 18 informats-atsi, referring to one zone, podgotovol-,. Preferably, Lena is predominantly in such a form that the individual movable registers 15 to 18 classify it in the order of its entry into the electronic head 12 with the device 23. d
    For a single-sided parallel jirrpJtxoB markings that are each other, there is a mechanism consisting of a laser head with a control panel K Laeruch luchf the parallel movement of the strip moving onto the translucent mirror 24, passing a piece of the meadow through the leading part of the meadow to the drawing head of the drawing head, onto a septransparent mirror 24, and going to the drawing head of the meadow, the drawing head drawing onto the translucent mirror 24. and the FocusBano is directed to the mirror system - Drum 26 The part of the laser beam reflected by the mirror 24, running parallel to the bandwidth of the band, falls through the collecting lens 27 to the light beam -permeable mirror 28. The mirror 28 is set to Zzozmozhnostyu
    rotates using the drive system 29 and also reflects part of the laser beam onto the mirror system of the drum 26. Thus, both reflected and transmitted rays fall on one and the same surface of the mirror system from which the sia surfaces of the strip are reflected.
    The mirror system consists of a wheel of an ol-wave system 29, along the perimeter of which is located in the direction; perimeter adjacent mirror strips of the same width and the same length. The drive is carried out by means of a stepper motor 30.
    A clock pulse sensor 13 for controlling the movable registers 15 to 18 is given additional tasks for synchronizing the movable registers 15 to 18 with the # 1 pulse of the laser beam, driven by the stepper motor 30 by rotating the mirror 28. This is due to the shift pulse the clock pulse sensor 13 and the information from the device 23 falls into control of the drive system 29 of the mirror 28, which is then set at a certain angle. With a slight time shift, but always continuously, the laser beam source is controlled with a laser head 10 and a stepper motor 30 of the mirror system 26, which at a single angle at the same angle, onto the mirror surface of the system 26, and then on the surface of the strip 1, on which, thanks to the;: isle n: e or melting, marks marking the diagonal of the stroke,
    If mirror system 26 is not used, then on noiepxHocTJi strip 1 marking marks are formed due to the movement of strip 1,
    The advantage of the proposed device is that the length of the tracking zones can be chosen to be very short, corresponding to a very small length of markings, which allows the BODY to very accurately mark the next consecutive defects using the corresponding marks on the 7KV height at which the defect is located.
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    权利要求:
    Claims (1)
    [1]
    DPA DEVICE FOR LABELING OF DEFECTS ON THE SURFACE OF HIGH-MOVING SHEETS AND STRIP, which contains successively installed surface defect control unit, hole inspection unit, thickness defect control unit, laser radiation source-marker, and a laser radiation source control device, the inputs of which are connected to the output the electronic device and the outputs of the surface defect monitoring, hole inspection and thickness control units and the input of the electronic device with the output of the generator clock pulses, characterized in that, in order to increase the reliability of marking by applying two marking marks on different sides of the strip, it is equipped with an optical system mounted on the path of the laser beam for dividing the beam into transmitted and reflected beams, made in the form of a translucent mirror, a drum with a mirror surface and two focusing lenses placed between them, and opaque; a rotary mirror, with one focusing lens mounted on the path of the transmitted laser beam, and the second focusing lens and the rotary * opaque * * mirror on the path of the reflected laser beam.
    ί and
    类似技术:
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    同族专利:
    公开号 | 公开日
    SE7910080L|1980-06-10|
    US4307282A|1981-12-22|
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    JPS5586693A|1980-06-30|
    AU535561B2|1984-03-29|
    DE2853258A1|1980-06-12|
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    GB2038689A|1980-07-30|
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    FR2443296B2|1984-04-27|
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    JPS6242718B2|1987-09-09|
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    引用文献:
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    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE19782853258|DE2853258A1|1978-12-09|1978-12-09|METHOD AND ARRANGEMENT FOR APPLYING A MARKING ON THE SURFACE OF MOVING TABLES AND TAPES|
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