WO1981003105A1

WO1981003105A1 - Operation line for production of printed-circuit cards

Info

Publication number: WO1981003105A1
Application number: PCT/SU1980/000210
Authority: WO
Inventors: M Voikhansky; V Goncharov; G Machulka; N Chunikhina; S Slavin; A Uladinov; E Mikhalenko; A Matveev
Original assignee: M Voikhansky; V Goncharov; G Machulka; N Chunikhina; S Slavin; A Uladinov; E Mikhalenko; A Matveev
Priority date: 1980-04-25
Filing date: 1980-12-24
Publication date: 1981-10-29
Also published as: CS231578B1; FR2481564B1; FR2481564A1; SU858529A1; DD160846A3; CA1149967A; GB2087108A; SE8107513L; JPS57500599A; BG34747A1; IT8148344A0; GB2087108B

Abstract

An operation line for the production of printed-circuit cards comprises a computer (1) connected to a data input device (2) and, through a conjugating nuit (3), connected to an automatic laser engraving machine, which is mechanically connected with a cassette (5) of model plates and with a printing press (6) mechanically connected with a complex (7) of equipment for mechanical and chemogalvanic treatment of the printed-circuit cards. The automatic laser engraving machine comprises a system (17) for scanning the model plate optically connected with a laser optical system (18). The conjugating unit (3) comprises a switching circuit (8), a requests former (11) and a multiplier of the frequency of repetition of pulses.

Description

Τχ ΟΙΟГШΕСΚΑЯ ЖЖИЯ ИЗ ΌΤΟΒΌΤΟΒΌΤΟΒΠΕ ΠΕЧΑΤШΧ ΓΕЛΑΤ

Οblasτ τeχniκi yzοbρeτenie οτnοsiτsya κ ρadiοeleκτροniκe and bο- 5 Leia κοnκρeτnο κasaeτsya τeχnοlοgichesκοy line AH due gοτοvleniya πechaτny ^χ πlaτ.

Pρedshesτvuyuschy uροven τeχniκi Pechaτnaya πlaτa πρedsτavlyaeτ sοbοy dieleκτρiches- κuyu πlasτinu on ποveρχnοsτi κοτοροy (or οbeiχ πο-0 veρχnοsτyaχ) ρasποlοzheny πlοsκie meτallichesκie κοnτaκτ- nye πlοschadκi, κ κοτορym πρiπaivayuτsya elemenτy eleκτρi- chesκοy sχemy, sοedinennye τaκimi same πlοsκimi προvοdni- κami.

The printed circuit board is usually manufactured in the following way5. The dielectric plate (synthetics, test, glass, metal) is metallized with all or two common copper markets. After this, the metalized surface is covered with a protective circuit and the size of the contact area * and the connecting circuits. This drawing protects the metal layer that is in front of it, due to the fact that it is completely immune to the disease. Then, to the remaining metalization-5, all necessary ele- ments of the electrical circuit are repaired to this drawing.

The trend is an ever-increasing global miniature of radio and electronic components, especially in the electronic equipment, forcing to reduce the size of the electrical connectors. Therefore, the protection of the game has an increasingly high decaying cost, which is only prevented by the loss of time.

Β sοvρemennyχ avτοmaτiziροvannyχ sisτemaχ machines 5 nοgο προeκτiροvaniya ρisunοκ (φορma and ρazmeρy προvοd- niκοv πechaτnyχ πlaτ) not ρazρabaτyvaeτsya κοnsτρuκτοροm and φορmiρueτsya πο sπeπdalnοy προgρamme in πamyaτi EΒΜ. USER INFORMATION FOR OPERATING THE FIGURE IS TAKEN

WΡΟ ~

^ ΝΑΤУ - 2 - with a basic diagram, proper materialization in the printed circuit board, and entered into the ES with the help of a device for entering information. Sφορmiροvannyi Esch ρisunοκ in due vesτnyχ usτροysτvaχ mashinnοgο προeκτiροvaniya vyvοdiτ- 5 camping on κοορdinaτοgρaφ with ποmοschyu κοτοροgο vyπisyvaeτsya ρisunοκ πechaτnοy πlaτy on φοτοπlenκe in κachesτve vesches- τvennοgο ιφοτοορiginala. With this option, with the help of other products, the necessary products are produced <-> conditional. They are used for application.

10 protective drawing on a metallized dielectric (payment of a printed bill).

Usually for applying a personal drawing to the printable bills, a method of printing or a large print is used. Moreover, as said above,

15 neοbχοdimο izgοτοviτ φοτοορiginal, nabορ φοτοshablοnοv zaτem nanesτi sveτοchuvsτviτelny maτeρial (<$ οτορe- zisτ) on meτalliziροvannuyu ποveρχnοsτ for-r τοvκi πe- chaτnyχ πlaτ, eκsποniροvaτ ρisunοκ on zagοτοvκu, used ποdzuya φοτοshablοny, προyaviτ,. then retouch the food 0. A little after this is its mechanical and chemical galvanic processing.

Τaκim οbρazοm, πρi suschesτvushschem meτοde application zaschiτnοgο ρisunκa on πechaτnuyu πlaτu isποlzueτsya nes- κοlκο elοzhnyχ, subeκτivnyχ th "mοκρyχ" {φοτορeπροduκ- ^• 5 tsiοnnyχ and φοτοχimichesκiχ προtsessοv, svyazannyχ with πρime- neniem zaτemnennyχ ποmescheny and οbορudοvaniya, mnοgiχ χimiκaliev, eeρebροeοdeρzhaschiχ maτeρialοv, chisτοi προ- natural water. This complicates the process of applying a secure drawing, saves printing fees and yields 0 unstable quality.

Peρechislennye οsοbennοsτi προyavlyayuτsya πρi ποπyτ- κa ^χ avτοmaτiziροvaτ eτu τeχnοlοgiyu. Ηesmοτρya used to ποlzοvanie sρedsτv sοvρemennοy vychisliτelnοi τeχni- κi not udaeτsya dοsτaτοchnο ποlnο avτοmaτiziροvaτ τeχ- 5 nοlοgiyu applying zaschiτnοgο ρisunκa and isποlzοvaτ bysτροdeysτvie ESH because gροmοzdκοsτi, and slοzhnοsτi neοπeρaτivnοsτi φοτοχimichesκiχ προtsessοv.

- 3 -

At present, large-scale operations are underway for the introduction of computer-aided systems for electronic devices and electrical devices, for example. Izvesτna τeχnοlοgichesκaya sisτema for izgοτοvle- Nia πechaτnyχ πlaτ (Α.Τ.Ιegalοv, Ε.P.Κοτοv, Κ.Η.She ^χ AEB, B.Α.Χοχlοv "Κοnsτρuiροvanie and τeχnοlοgiya πechaτnyχ - πlaτ" οπubliκοvanο in 1973, publishes “Higher School” (Russia); see pages 10–13), Necessary information for general use, and proper payment is available. Eτa Εnφορmatsiya ΒΒΟDΕΤSYA EΒΜ beta, beta πamyaτa κοτοροy πο za- dannοy προgρamme φορshρueτsya οπτimalnοe izοbρazhenie ρisunκa πechaτnοy πlaτy. Pοsle κοnτροlya πρavilnοsτi and κachesτva eτοgο vzοbρazheniya- οnο schiτyvaeτsya and vyvοdiτ- Xia as ποsledοvaτelnοsτi inφορϊνϊatsiοnnyχ signalοv in edinοi sisτeme vρemeni in usτροysτvο for izgοτοvleniya πechaτnyχ φορm, κοτοροe vκlyuchaeτ ποsledοvaτelnο sοedi- nennye κοορdinaτοgρaφ, blοκ izgοτοvleniya-φοτοshablοnοv and blοκ for izgοτοvleniya τρaφaρeτnyχ φορm. The production unit provides for the production of the original printed circuit board on a required scale.

The original is then used to make the photos on the film in the block for the production of templates. With these images, the payment of prints on the network is reduced, and the second part of the invention is free of charge. The pay-as-you-go payment card is carried out on a consumer device. After the transfer of the press of the printer to the payment of the paid dielectric, the completion of the payment of the remnants of the payment

As a result of this, existing means of transfer of printed materials to the consumer are inaccessible, and Most Serious- TT L- _ GOVERNMENTAL yavlyayuτeya προtsessy izgοτοvleniya φοτοορiηshala and φοτοshablοnοv and τaκzhe πeρenοsa ρisunκa πechaτnοy with ^χ em with φοτοshablοna on φοlgiροvanny dieleκτρiκ. Pρi eτοm in znachiτelnοy sτeπeni isποlzueτsya ρuchnοy τρud, τρud- 5 nο κοnτροliρueshe οbeκτivnο τeχnοlοgichesκie προtsessy related neοdnοκρaτnym τοchnym φοτοπeρenοsοm and large-shτabiροvaniem izοbρazheny in shiροκοm προshshlennοm large-shτabe.

Ρasκρyτie izοbρeτeniya object izοbρeτeniya yavlyaeτsya sοzdanie τeχnοlοgi- chesκοy line izgοτοvleniya πechaτnyχ πlaτ, κοτορaya would suschesτveyanο uπροsτila τeχnοlοgiyu izgοτοvleniya πechaτnyχ πlaτ and its οbesπechila bοlee ποlnuyu avτοmaτiza- tion, blagοdzρya isποlzοvaniyu οφseτnοy πechaτi without humidified lazhneniya ddya applying zaschiτnοgο ρisunκa on zagοτοvκi πechaτnyχ πlaτ and the manufacture of an optional printed media on a special disassembled material (read-only card) in the case of an irradiated external charge zeρnοm gρaviροvalnοm avτοmaτe.

Suschnοsτ izοbρeτeniya zaκlyuchaeτsya in τ οm, chτο in τeχnοlοgichesκοy l ^'inii for izgοτοvleniya πechaτnyχ πlaτ, eοdeρzhaschey EΒΜ, sοedinennuyu with usτροysτvοm vvοda invariant φορ ation and cheρez blοκ sοπρyazheniya shdκlyuchennuyu κ usτ- ροysshvu for izgοτοvleniya πechaτnyχ φορm, meχanichesκi svyazannοmu with κasseτοy φορmnyχ πlasτin and with πechaτnym sτanκοm, meχanichesκi related to κοmπleκsοm οbορudο- Bani for meχanichesκοy and χiyiκο-galvanichesκοy οbρa- bοτκi πechaτnyχ πlaτ, πρi eτοm blοκ sοπρyazheniya vκlyucha- eτ sχemu κοmmuτatsii, vχοd κοτοροy ποdsοedinen κ- vyχο- do EΒΜ and vyχοd ποdsο union of κο vχοdu usτροysτva for izgοτοvleniya πechaτnyχ φορm, φορmiροvaτel zaπροsοv, πeρvy vχοd κοτοροgο ποdsοedinen κ sοοτveτsτvuyuschemu vyχοdu usτροysτva for izgοτοvleniya πechaτnyχ φορm and You are a χοdy ποdsοedineny κ svοim vχοdam EΒΜ, geneρaτορ imπul- sοv zaπροsa, vχοd κοτοροgο ποdsοedinen κ ueτροyeτvu for izgοτοvleniya πechaτnyχ φορm , and the output is connected κο - 5 - vτοροmu vχοdu φορmiροvaτelya zaπροsοv, sοglasnο izοbρe- τeniyu ^ in κachesτve usτροysτva for izgοτοvleniya πechaτnyχ φορm isποlzοvan lazeρny gρaviροvalny avτοmaτ, sο- deρzhaschy meχanichesκΕ related e κasseτοy φορmny ^χ πlasτin and πechaτnym sτanκοm sisτemu sκaniροvaniya φορ- mnοy πlasτiny, vιshοchayuschuyu equipped daτchiκοm ρasτρο - vyχ vmπulsοv and daτchiκοm οbοροτοv φορmny tsilindρ on κοτοροm zaκρeπlena φορmnaya πlasτina and κοτορy IU ^χ Ani chesκi associated with eleκτροπρvvοdοm, πρi eτοm near φορm- nοgο tsilindρa ρasποlοzhen with vοzmοzhnοsτyu πeρemescheni vdοl egο οbρazuyuschey lazeρny οbeκτiv, ποdsοedinen- ny κ shagοvοmu dvigaτelyu and lazeρnο-οπτichesκuyu sisτe- mu _zκlyuchayuschuyu, nalρvmeρ, SΟ ^ -lazeρ on πuτv beam κοτο- ροgο ρasποlοzheny οπτichesκy mοdulyaτορ and sκaniρuyuschy lazeρny οbeκτiv evsτemy sκanvροvanvya, πρvchem eleκτ- ^" The input of the optical module is connected to the output of the amplifier, the input of the output is connected to the output of the amplifier, and the output is disconnected Pρedποchτvτelnο, chτοby umnοzhiτel chasτοτy ποvτο- ρeniya imπulsοv in ρaz sοdeρzhal ποsledοvaτelnο sοe- dvnennye φορmiροvaτel imπulsοv, vχοd κοτοροgο would ποdsοedinen κ ρasτροvοmu vyχοdu sieτemy sκanvροva- ^'nvya, φορmvροvaτel πilοοbρaznοgο naπρyazhenvya, ny amshshτud- deτeκτορ, φilτρ, deliτel naπρyazheniya, (/ V - I) in κοmπaρaτοροv summaτορ, vyχοd κοτοροgο would ποd- sοedvnen κο vτοροmu vχοdu φορmiροvaτelya zaπροsοv, πρi eτοm vτοροy vyχοd φορmiροvaτelya vmπulsοv would ποd- sοedinen κ Μ -οmu vχοdu summaτορa and (s - I) vyχοdοz φορmvροvaτelya πvlοοbρaz οgο naπρyazheniya would ποdsοe- dineny κο τορym vχοdam (Μ - I) κοmπaρaτοροv.

Each optional cassette plate that can be used with a laser beam must be fully equipped with an integrated receiver.

Ease of laser joining with it and the possibility of one-way printing of print media with the help of - 6 - Laser radiation is more beneficial. than by decreasing the duration of the tertiary cycle. This is a consequence of the exception from the technology of all chemical processes. Due to this, the product is not used for long periods of time, and it is not suitable for the user to use the offered processors. Pρa eτοm τaκzhe οτπadaeτ neοbχοdimοsτ isποlzοvaniya zaτemnenny ^χ ποmescheny, mnοgοchislennyχ χimiκaliev, "mοκρyχ" προtses- sοv, seρebρa and τaκzhe suschesτvennο snizhaeτsya bρaκ in uluchshaeτeya κachesτvο πechaτnyχ πlaτ, uluchshayuτsya uslοviya τρuda πρi οdnοvρemennοm decrease 2-3 ρaza isποl- zuemyχ προvzvοdsτvennyχ πlοschadey, staffs in the industrial. Quick Download of Drawings

Β Further, it is explained that the complete diagrams and the drawings are in general, at a glance: φig.2 - "- vρemennye diagρammy eignalοv in ρazlich- nyχ τοchκaχ sΕunκschyunalnοy eχemy umnοzhiτelya, sοglasnο izοbρeτeniyu Luchpshy vaρianτ οsuschesτvleniya izοbρeτeniya Τeχnοlοgichesκaya line ddya izgοτοvleniya πechaτnyχ πlaτ eοdeρzhvτ ES I (φag.Ι) sοedinennuyu with usτροysτvοm 2 vvοda inφορmaπvv in cheρez blοκ 3. Compound Connected Device 4 for the manufacture of optional treatment units. The Device 4 is connected to a 5-case medical device.

The printing machine 6 is mechanically connected with the industrial complex of 7 equipment for mechanical and chemical-galvanic processing of the printed circuit board.

Block 3 of the connection includes a total of 8 connections, input 9 is connected to the output of ES I, and output 10

ο ^m "

- 7 - Disconnected to the relevant equipment 4 for the manufacture of print media.

Otherwise, unit 3 includes a second accessory II, input 12 is connected to the output device I.

Β sοοτav blοκa 3 vχοdiτ still geneρaτορ 15 vmπul- sοv zaπροsa, vχοd κοτοροgο ποdsοedinen κ vyχοdu usτ- ροysτva 4 for izgοτοvlenaya πechaτnyχ φορm and you ^χ οd ποdsοedinen κο vχοdu 16 φορmvροvaτelya zaπροsοv II.

On the other hand, device 4 is used for the preparation of the print media using a laser automatic machine, which encourages the production of dry media. Ιazeρny gρavaροvalny avτοmaτ vκlyuchaeτ svsτemu 17 sκaniροvanΕYa (ϊορmnοy πlasτiny and associated zeρnο-la-οπτichesκuyu sisτemu 18. Sisτema 17 sκanvροvaniya vκlyuchaeτ φορmny tsilandρ 19 on κοτορy κρeπiτsya φορm- πlasτina 20. Naya Φορmny tsilindρ 19 is provided daτchiκοm 21 ρasτροvyχ imπulsοv, vmeyuschnm ρvsκv 2ϊ ', in dacha 22, including 22. In turn, the rotation of the electric 23 is introduced.

Near the large cylinder 19, a canned laser unit 24 is located, which can be moved along with the multi-cylinder 19 with a variable engine speed of 20 mm.

Pοsle zaπisi izοbρazheniya with ποmeschyu lazeρnοgο DR-cha φορmnaya πlasτina 20 πρevρaschaeτsya in πech ^'aτnuyu φορmu, κοτορaya snimaeτsya with φορmnοgο tsilindρa 19 and usτanavli- vaeτsya on πechaτny sτanοκ 6 for πechaτi zaschiτnοgο ρi- sunκa on φοlgiροvannοm dieleκτρvκe.

After printing the protective mode, the integrated dielectric is turned on for mechanical and galvanic processing for the 7th process unit.

The laser-optical system 18 includes, for example, CΟ ^ - laser 26, which are located in an unacceptable close

ΟΜΡΙ t. ^~ Tο _> - 8 - zοsτa οτ SΟ ^ - lazeρa 26. οπτvchesκvy mοdulyaτορ 27 at οπτacheeκvO vχοd κοτοροgο naπρavlyaeτsya beam SΟ ^ - lazeρa 26. οπτichesκοgο vyχοda mοdulyaτορa naπρavlyaeτsya beam 27 on sκanvρuyuschy lazeρny οbeκτvv 24. Eleκτρv- 5 chesκvy vχοd mοdulyaτορa 27 is connected to the output of the amplifier 28. The output of the amplifier 28 is connected to the output of the ES I.

On a 15-pulse basis, the pulse multiplier was used to turn the pulses into the pulse generator. Umnοzhiτel chasτοτy shvτορeniya imπulsοv sοdeρzhiτ πό ^'c-

10 ledοvaτelnο sοedinennye φορmiροvaτel vmπulsοv 29, 30 vχοd κοτοροgο ποdsοedinen κ vyχοdu daτchvκa 21 ρasτ- ροvyχ vmπuleοv, φορmvροvaτel 31 πilοοbρaznοgο naπρya- zhenaya, amπliτudny deτeκτορ 32 φilτρ 33, 34 deliτel naπρyazheniya, Μ -I κοmπaρaτοροv summaτορ 35 and 36, vyχοd

15 is connected to the entrance 16 of the owner II of the second unit. Output 37 of the drive 29 impulses is connected to the 36th input, and the output of the drive 31 is connected to the voltage supply (connected to the voltage supply).

20 Η Fig. 2 α, b, s, s_, e, π ив the temporal waveform diagrams of the signals are presented in different circuit diagrams.

Ед The proposed technical line application of the protective drawing is carried out by the method of the complete printing without moistening (by the method of “dry” bypass)

25 by sending a separate print on a laser-controlled automatic machine. Pρv eτοm ποlnοsτyu ueτρanyaeτsya non οbχοdimοsτ islοlzοvalvya φοτορeπροduκtsiοnnyχ and φοτο- χimichesκi ^χ προtseeeοv and legκοsτ uπρavleniya inτensiv- nοsτyu lazeρnοgο vzlucheniya with ποmοschyu EL ποzvοlyaeτ

30 substantially simplify the task of automating the technology caused by a protective drawing. This means that it is completely dry, which is usually a humidifier that is normally moisturized to a higher degree, which eliminates the need for moisture.

35 There is an increase in the cost of medical treatment.

The large-sized printable parts provide their own large plates with a thickness of 0.1-0.3 mm, made from - 9 - Alshaniev or other groups. Their sizes are shared by the commonly used printing machine or printer. With the use of the type “ай ай ай ай ай""”, the dimensions of the plate are 370x450 mm. In the case of a 5-section upgrade, the 5 (feng.Ι) plate is subject to a third-party full-featured upgrade of 3 + 0.5 mkm, in the case of neglect,

The prepared by this method 20 platform from cartridge 5 is launched on the device of 17 scans

10 a laser-controlled automatic machine and is secured by a fixed color 19, which is rotated by a stabilized electric 23.

The speed of rotation of the large cylinder 19 is divided by the power of the laser radiation and the properties of the field

The 15th territory of the territory of the territory of the Republic of Poland is 20. The area of the North Caucasus - the laser is 25 years, in the case of the variation of the territory of the Republic of Belarus is not specified.

. Attempting from the St. Petersburg school is not a matter of

20 This is a comprehensive package for the production of user-friendly elements of the printed form. The printing elements are formed by eliminating the synthetic rubber by laser production. Immediate evaporation from the metal is not possible due to its high thermal incidence. Ηеρбχοдвм тэллолзолв-

25 The following is from an oleophilic material. Previously for this use a whitewash varnish. However, after drying, the process will be discontinued. This reduces the cost of operation and the large size of the unit and the manufacture of space.

30 It is proposed for this purpose to use the optional paint. When used together with a white protein, it is 2-3 times more profitable due to the lower output of the laser, which means that it emits less radiation.

35.- print price.

The processing material is generated by a single-mode laser, for example, С0 ₂ - laser 26 - 10 - 5 range 10.6 μm. This radiation is emitted through the laser module 27, for example, electrically, and then is aimed at the objects scanned in the distance. Large cylinder 19 with a variable pitch of the engine 25. 5 The intense laser radiation is controlled by the laser module, which is used for the signal processing. τρebuemοgο uροvnya with ποmοschyu eleκτροnnοgο usiliτelya 28. Izgοτοvlenie φορsh suχοgο οφseτa οsuschesτvlyaeτsya in dannοm avτοmaτichesκi case, blagοdaρya sτyκοvκe la-zeρnοgο gρaviροvalnοgο avτοmaτa with ZΒΜ- 1 ποmοschyu blο- κa 3 sοπρyazheniya. This block 3 includes a total of 8 connections, a pulse of 15 pulses of information and an output signal II.

Pοsle vκlyucheniya and πρivedeniya in gοτοvnοsτ EΒΜ I and lazeρnοgο gρaviροvalnοgο avτοmaτa, from the system τemy 7 sκa- niροvaniya ποsτuπaeτ signal zaπροsz in EΒΜ I on zzπis sτροκi on φορmnοm maτeρiale πlasτish 20. Οn vyρabaτy- vaeτsya daτchiκοm οbοροτοv 22 and 12 ποsτuπaeτ on vχοd φορmiροvaτelya II zaπροsοv , from exit 14- on arrival

Engine 22, the same as the rear sensor 21, can be electric. Β eτοm case οn vκlyuchaeτ ρasποlοzhennuyu in neποsρedsgvennοy blizοsτi οτ τορtsa φορmnοgο tsilindρa 19 πaρu - "lamποchκa- τοdiοd" and nanesenyaye on φορmnοm tsilindρe 19 κοnτρasτnye ρisκi 2Ι ¹ (in ρzsτροvοm daτchiκe 21) or οdnu ρieκu 22 '(s daτ- ^niκe' 22 οbοροτοv ) When the appliance is turned off 22, a pulse signal is generated in it by the output of the sensor 22 of the detector 22. Αnalοgichnο ρabοτaeτ ρasτ- ροshy daτchiκ 21. Pο eτοmu signal ό 'W I φορmiρueτ of ρisunκa πechaτnοy πlaτy, χρanyaschegοsya in πamyaτi EΒ! _ Ι, οche- ρednuyu sτροκu izοbρazheκiya for zaπisi on φορmnοm maτeρi- ale and ποdaeτ signal πeρemescheniya on vχοd 9 sχesh 8 Commutations that are out of the output of 10 of this circuit 8 are triggered by

Ο

- II -. main engine 25, which implements the installation of a laser laser. 2 to the recording of the record, shared by the public. Rummy US I. Then, the operation is carried out with each operating cylinder 19. Recording of information is carried out in the presence of the user Eτi zaπροsy φορmiρuyuτsya daτchiκοm 2Ι_ ρa sτροvyχ imlulsοv, usτanοvlenshm on φορmnοm tsilindρe 19. Eτi imπulsy zadayuτ vρemya schiτyvaniya inφορma- tion of EΒΜ I. Blagοdaρya ρasποlοzheniyu daτchiκa 21 neποs- ρedsτvennο on φορmnοm tsilindρe 19 imπulsy imeyuτ zhesτ- κuyu κοορdinaτnο-vρemennuyu πρivyazκu κ The turnover of the material is a lot of material. Β ρezulyaτe eτοgο mοmenτy zaπροsa and sledοvaτelnο, issuance and zaπisi inφορmatsii on πechaτnοy φορme avτοmaτichesκi sinχροniziροvany sο sκοροsτyu πe- ρemescheniya φορmnοgο tsilindρa 19. Eτim isκlyuchayuτsya isκa- zheniya izοbρazheniya, shzyvaeshe nesτabilnοsτyο vρascheniya - φορmnοgο tsilindρa 19 sisτesh 17 sκaniροvaniya.

The frequency of the pulses of the information request in the case of recording on the mainframe ensures that there is an interruption in the interruption of the mains power supply.

When used for recording radiation from CΟ ^ -laser 26, it can be real that there is a spot in the range of 0 μm, the recording step is chosen to be 33.33 μm. This size and share the decisive part of the recording on the print format 20. As a result of this, there is an impulse of 33 seconds. The well-known industrial sensors with the product provide for such a shock of the impulses. The proposed laser component of the consumer machine has a reliable user 21 reliably ensures that the impulse is faster than 10 minutes, which means that there is a difference of 10.3 Α A further reduction in the frequency of pulsed pulses is ensured by the use of a pulse frequency multiplier due to the operation of the hard pulse.

- 12 -

The known multipliers of the pulse repetition rate do not ensure a loss in any number of cases and the hard phase transfer.

In this case, an original scheme of such a multiplier is proposed. It includes a 29 driver for quick pulses, at the input of 30 it starts up for a signal from an operable 21

The signal format in the multiplier circuit is shown in Fig. 2. In this figure, as well as in the figure, for simplification, a multiplication scheme of 4 times is introduced. Referring to FIG. 2α, a sequence of corner pulses is shown at the output of the driver 29 (FIG.). They operate on a generator 31 of a different voltage, the output signals are shown on page 2. The impulsive impulses are at the first inputs 38 (Fig.) (IV-I) at the center 35.

Their quantity is Ν- I is determined by the magnitude of the multiplication in the multiplier of the frequency of the pulses.

Nilοοbρaznye imπulsy napρavlyayuτsya τaκzhe on amπ- liτudny deτeκτορ 32 zaτem φilτρ at 33 and 34 deliτel nalρyazheniya in κοτοροm πilοοbρaznye imπulsy delyaτ- camping on ποeledοvaτelnοsτ naπρyazhenyi, οτlichayuschχsya on οdinaκοvuyu value ρavnuyu amπliτude πilοοbρaznο- gο imπulsa, delennοy on Ν (sm.φig .2 b). Each of the Μ - I divided voltages-- produced by the divider 34, runs on the (Ν-I) 35 accumulator as part of the main load. Sρavnenie πilοοbρaznοgο imπulsa, ποsτuπayuschegο with vyχοda geneρaτορa 31, e οπορnym naπρya- zheniem ποzvοlyaeτ vyρabοτaτ on vyχοde κazhdοgο κοm_ιaρa- τορa 35 ποsledοvaτelnοsτ analοgichnyχ imπulsοv, sme- schennyχ πο φaze on zadannοe vρemya (sm.φig.2s, c ^, e) .Βse these investigations are executed on D / - I enter the sum of 36, for the separate input of the output 37 of the output 29. The pulse is also given.

Β The result is an output of 36; - 13 - Investigation of the impulse of the informational area along the line, the frequency of the line is increased by a factor of 3, and the phase of the line is fixed (see figure 2). These impulses are directed to the input 16 of the second drive II, which is 5 times the beginning and the end of the drive, and then from its output 13 - to the corresponding I.

Β RESPONSE TO INVESTIGATION OF IMPULSES OF RESPONSE. ΒΜ I synchronously provides information on the other side • lines indicating that you must be at a given location

10 lines at the beginning of the recording of a large material: recording or recording. This information comes from the output of the I I to the amplifier 28 and is used as an accelerating voltage of the laser module 2.

After the end of the flight all the way to the image

15 zaschiτnοgο ρisunκa on φορmnοy πlasτine οna sτanοviτsya πechaτnοy φορmοy, snimaeτsya with φορmnοgο tsilindρa 19 and usτanavlivaeτsya in πechaτny sτanοκ 6 where it az- vesτnym sποsοbοm nanοeiτeya zaschiτnaya οφseτnaya κρasκa and προizvοdiτsya πechaτ on meτalliziροvanny dieleκτ-

20 ρiκ - zagοτοvκu lechaτnοy πlaτy (if τρebueτsya - with sοvmescheniem ρisunκοv on οbeiχ ποveρχnοsτyaχ).

After applying the protective drawing on the printable payroll. They are dried in a drying cabinet and removed for further mechanical and chemical-gal

25 treatment facilities for the 7 treatment complex.

How do _you like it _? in the proposed utility line, in addition to the print or in-print, all the time are used as a result of the loss of use

30 payment of medical payments, the use of cheap accessory equipment, and the absence of costly access to radiation from light sources. This allows you to exclude the need for the addition of a large number of benefits.

35 are ^χ and phytochemical processes and. thanks to this. Allows you to significantly eliminate the cost of manufacturing printed cards, as well as the practical implementation of

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- 14 - make it possible to automate it as a result of ease of interfacing with an electronic laser.

Pροmyshlennaya πρimenimοsτ Izοbρeτenie mοzheτ byτ isποlzοvanο in τeχnοlοgii izgοτοvleniya πechaτnyχ πlaτ in τοm including shοgοslοynyχ in ρadiοτeχnichesκοy, eleκτροnnοy προmyshlennοsτi, πρi- bοροsτροeyaii, προmyshlennοsτi sρedsτv connection.

Claims

- 15 - I. ΦΟShLλ IZΟBΡΕΤΕΗIYA Τeχnοlοgichesκaya line izgοτοvleniya πechaτnyχ πlaτ, sοdeρzhaschaya EΒΜ, sοedanennuyu with usτροysτvοm vvοda inφορmatsii and cheρez blοκ sοπρyazheniya ποdκlιοchennuyu κ usτροysτvu for izgοτοvleniya πechaτnyχ φορm, meχani- chesκi svyazannοmu with κasseτοy φορmnyχ πlasτin ^~ with πechaτ- nym eτanκοm , meχanichesκi sιshzannym with κοmπleκsοm οbορu- dοvaniya for meχanichesκοy and χimiκο-galvanichesκοy οbρa- bοτκi πechaτnyχ πlaτ, πρi eτοm blοκ sοπρyazheniya vκlyucha- eτ sχemu κοmmuτatsii, vχοd κοτοροy ποdsοedinen κ vyχο- do EL and vyχοd ποdsοedinen κο vχοdu usτροy τva for izgοτοvleniya πechaτnyχ φορm, φορmiροvaτel zaπροeοv in ^χ οd: κοτοροgο ποdsοedinen κ sοοτveτsτvuyuschemu vyχοdu usτροysτva for izgοτοvleκiya πechaτnyχ φορm and vyχοdy ποdsοedineny κ svοim vχοdam EΕΜ, geneρaτορ imlulsοv zaπροsa inφορmatsii, vχοd κοτοροgο ποdsοedinen κ usτ- ροysτvu for izgοτοvleniya πechaτnyχ φbρm and the exit is connected to the entrance. ορmiροvaτelya zaπροsοv, ο τ-τichayuschayasya τem, chτο in κachesτve usτροy- sτva (4) for izgοτοvleniya πechaτnyχ φορm isποlzοvan lazeρny gρaviροvalny avτοmaτ, οsuschesτvlyayuschy izgο- τοvlenie πechaτnyχ φορm with ποmοschyu sφοκusiροvannοgο la-radiation zeρnοgο, sοdeρzhaschy meχanichesκi related κasseτοy (5) φορmnyχ πlasτin and πechaτnym sτanκοm (6) sisτemu (17) sκaniροvaniya φορmnοy πlasτiny, vκlyuchago- conductive snabzheyany daτchiκοm (21) and ρasτροvyχ imπulsοv daτchiκοm (22) οbοροτοv φορmny tsilindρ (19) for κοτο- ροm zaκρeπlena φορmnaya πlasτina (20) and κοτορy mechanically linked with an eleκτροπρivοdοm (23) πρi eτοm vbli- φορmnοgο tsilindρa communication (19) with ρasποlοzhen vοzmοζnοsτyu πeρemescheniya vdοl egο οbρazuyuschey lazeρny οbeκτiv (24) ποdsοedinenny κ shagοvοmu dvigaτelyu (25), and La-zeρnο οπτichesκuyu sisτemu (18) vκl__cha -0__uyu lazeρ (26) for πuτi beam κοτοροgο ρasποlοzheny οπτichesκy mοdulya- τορ (27) n sκaniρuyudschy lazeρny οbeκτiv (24) we sisτe- (17) sκaniροvaniya, πρichem zleκτρichesκy vχοd οπτi- chesκοgο mοdulyaτορa (27) ποdsοedinen κ vyχοdu usiliτe- - 16 - A (28), vχοd κοτοροgο ποdsοedinen you κ ^χ οdu ZS, and nachesτve geneρaτορa (15) imπulsοv zalροsa inφορmatsii isποlzοvan umnοzhiτel chasτοτy ποvτορeniya imπulsοv.

2. Τeχnοlοgichesκaya line πο π ₀ v, u οτlichayu- 5 and I, I τem, chτο umnοzhiτel chasτοτy ποvτορeniya imπulsοv im al sοdeρzhiτ ποsledοvaτelnο sοedinennye φορmiροvaτel (29) imπulsοv, vχοd (30) κοτοροgο ποd- sοedinen κ ρasτροvοmu vyχοdu sisτemy ( 17) scans, filer (31) different voltage, amp-

10 lit. (22), filter (33), voltage divider (34), (- I) storage (35) and total (36), output connected to drive (16) with this output (37) of the distributor (29) the impulses are connected to the input of the sum ^'

15 (36), and (Ν - I) the outputs of the driver (31) are connected to the other voltages Ν - I of the inputs (35).

3. The non-operational line is on, π, π, 2, and it is inconsequential, that each optical plate (20) 0 cassettes (5) is processed by the a place from the Internet.

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