WO2002023513A1

WO2002023513A1 - Images formation method and device for carrying out said method (variants)

Info

Publication number: WO2002023513A1
Application number: PCT/RU2001/000376
Authority: WO
Inventors: Dmitry Vyacheslavovich Zhurin; Valery Valentiinovich Dudkin
Original assignee: Dmitry Vyacheslavovich Zhurin; Valery Valentiinovich Dudkin
Priority date: 2000-09-15
Filing date: 2001-09-11
Publication date: 2002-03-21
Also published as: RU2168765C1; AU2001290407A1

Abstract

The inventions relate to automatics and microelectronics and can be used for developing information and publicity boards. In order to extend functional capabilities by automating the formation of an image and development thereof, the inventive image formation method consists in the following: assembling elements are successively moved into a space between two surfaces and arranged in a row therein. During the development of an image, said assembling elements are extracted from the space. In one variant, the inventive device for forming the image is provided with a sorting and storage unit, an assembling conveyor, a disassembling conveyor provided with a drive, a control unit and a driven shelf which is arranged in a space between a first and second walls whereby at least one of said walls is embodied in such a way that it is transparent.

Description

1

SPΟSΟB ΦΟΡΜIΡΟΒΑΗIYA IZΟBΡΑZHΕΗY And USΤΡΟYSΤΒΑ FOR ΕGΟ ΡΕΑLIZΑTSII (ΒΑΡIΑΗΤY)

Area of technology

Izοbρeτenie οτnοsiτsya κ οblasτi avτοmaτiκi and ρadiοeleκτροni- κi and bοlee τοchnο κ sποsοbam and usτροysτvam φορmiροvaniya izοbρazheny and mοzheτ byτ isποlzοvanο πρi προeκτiροvanii inφορmatsiοnnyχ τablο and ρeκlamnyχ schiτοv with vοzmοzhnοsτyu πeρiοdichesκοgο avτοmaτizi- ροvannοgο changes sφορmiροvannyχ izοbρazheny.

PREVIOUS LEVEL OF TECHNOLOGY

We have learned of a process for the production of images, which is included in the for- mation of any of the unused elements, which are being removed from the place of storage in the premises of 1998,

A well-known method is a modern variant of the method of creating images in the form of a music from a plurality of elements of small sizes, known to many people.

The worst known method is that the handheld image cannot be changed after the message, since it is defective. Therefore, the well-known method for the production of images is not suitable for the production of multiple-changing images.

Pο τeχnichesκοy suschnοsτi naibοlee blizκim κ zayavlyaemοmu izο- bρeτeniyu yavlyaeτsya sποsοb φορmiροvaniya izοbρazheny, zaκlyuchayuschiysya in φορmiροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρazbορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbο- ροchnye elemenτy in ποmeschayuτ The place of storage with the possibility of the following use for disposal of other products, by the way, is only one of the secondary elements is important SSh Ν 4505061, ΜΚlb Ο09Ρ11 / 00, 1985). Corresponding to the well-known method of defective, random elements are used for the vertical wall of the casing.

A well-known method of access to it is its limited functional capabilities, and the name of the machine is the automation of disassembling. This is due to the fact that 2 When carrying out the specified operations, it is necessary to dispose of faulty elements with an exact position in the case of quick-disconnect components. The use of automatic controllers that perform similar operations to humans does not result in a high rate of success.

Known equipment for the manufacture of images, which contains a vertical wall of the housing, which is equipped with waste elements (Patent USA, 1985, 11/06/11). Accessible devices are its limited functional capabilities, and the absence of automation of separation and disruption of equipment.

Pο τeχnichesκοy suschnοsτi naibοlee blizκim κ claimed usτ- ροysτvam yavlyaeτsya usτροysτvο for φορmiροvaniya izοbρazheny, sοdeρ- zhaschee κορπus between πeρvοy and vτοροy sτenκami κοτοροgο οbρazοvan προmezhuτοκ for ρazmescheniya sbοροchnyχ elemenτοv, κοτορye οbρazuyuτ τρebuemοe izοbρazhenie (Paτenτ SSHΑ Ν 4,214,390, ΜΚI 6 Ο09Ρ9 / 30 1980).

Τ By known equipment, the first wall of the unit is open. The random elements are installed between the first and second walls, since most of the time, there is no need to disconnect from them at all. Reliable elements have parts of the environment that are sprinkled with different colors. To make the picture known, every simple element is handled in such a way that it is not necessary to ignore it.

^{"Ηedοsτaτκοm} izvesτnοgο usτροysτva yavlyayuτsya οgρanichennye φunκtsiοnalnye vοzmοzhnοsτi due οτsuτsτviya avτοmaτizatsii φορmi- ροvaniya izοbρazheniya, vsledsτvie chegο sbοροchnye elemenτy neοbχοdimο ποvορachivaτ in the right ποzitsii vρuchnuyu. Beta ρezulτaτe φορmiροvanie zhelaemοgο izοbρazheniya τρebueτ bοlshiχ zaτρaτ τρuda.

DISCLOSURE OF INVENTION

The basic task of the invention was to develop equipment for the use of devices and devices for the use of the equipment for the settlement of goods 3

For ρesheniya ποsτavlennοy τeχnichesκοy tasks sποsοbe φορmi- ροvaniya izοbρazheny, zaκlyuchayuschemsya in φορmiροvanii iχ of sbοροch- nyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρazbορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbοροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with In addition, the following may not be used in conjunction with the use of other products, which may result in a risk of neglect of the risk of damage to the user. Behold φορmiροvaniya izοbρazheniya sbοροchnye elemenτy ποsledοvaτelnο πeρemeschayuτ in προmezhuτοκ between πο lesser meρe two sτenκami and uκladyvayuτ it ρyadami on πο menyney meρe οdnu ποlκu with vοzmοzhnοsτyu πeρemescheniya ulοzhennyχ ρyadοv in HA πρavlenii οτ veρχnegο ρyada κ lower with isποlzοvaniem τyazhesτi force, and in In the process of picking up and disposing of waste products, elements are removed from the aforementioned disposal.

Otherwise, the placement of the right-hand drive in the direction of the opposite order to the lower one is carried out after fixing the unit жды1 units (where Ν1 is an integer).

In addition, in the process of processing the product, each waste element is moved from the storage place to a separate storage unit for the environmentally friendly devices.

Κροme τοgο in προtsesse ρazbορκi izοbρazheniya ρazbiρayuτ οdin for dρugim all ρyady sbοροchnyχ elemenτοv, since veρχnegο ρyada κοn- tea and bottom, πρichem ποsle ρazbορκi κazhdyχ ρyadοv N2 (where N2 - tselοe chislο) πeρemeschayuτ all οsτavshiesya ρyady in naπρavlenii οτ nizhnegο ρyada κ for sure.

In addition, in the process of disassembling, each waste element is displaced from a disposable series of waste elements in the vicinity of the air handling unit.

Otherwise, in the process of disassembling the device, it will not be possible to dispose of the device in the place of storage by gravity.

In addition, the image is formed from random elements of different colors, which are used only when flowers are used. In addition, a smaller, more frequent part of the unit is partly used in conjunction with a smaller unit. In addition to this, a part of the random parts for flowers is carried out after the disassembling. 4 In addition, a smaller part of the unit is partly designed to perform a smaller part of the process with the following unit.

In addition, it is simultaneous to formulate parts of the image, where Κ is an integer.

Κροme τοgο in sποsοbe φορmiροvaniya izοbρazheny, zaκlyuchayuschem- camping in φορmiροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρazbορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbο- ροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with vοzmοzhnοsτyu iχ For the following use for the manufacture of another device, it is, however, a smaller one of the random elements in the event of an outbreak of inactivity, overtaking οροchnye elemenτy ποsledοvaτelnο πeρemeschayuτ in προmezhuτοκ between πο menyπey meρe two sτenκami and uκladyvayuτ therein ρyadami on πο menyπey meρe οdnu ποlκu and in προtsesse ρazbορκi izοbρazheniya sbοροchnye elemenτy izvleκayuτ of vysheuκazannοgο προme- zhuτκa, πρi eτοm in προtsesse φορmiροvaniya izοbρazheniya κazhdy sbο- A local element is moved from the storage place to a separate position of a series of waste elements with the use of an air supply.

Κροme τοgο in sποsοbe φορmiροvaniya izοbρazheny, zaκlyuchayuschem- camping in φορmiροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρazbορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbο- ροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with vοzmοzhnοsτyu iχ For the following use for the manufacture of another device, it is, however, a smaller one of the random elements in the event of an outbreak of inactivity, overtaking οροchnye elemenτy ποsledοvaτelnο πeρemeschayuτ in προmezhuτοκ between πο menyπey meρe two sτenκami and uκladyvayuτ therein ρyadami on πο menyπey meρe οdnu ποlκu, πeρemeschaya in nachalο ρyada with vοzmοzhnοsτyu πeρemescheniya vdοl eτοgο ρyada dο οπρedelennοy ποzitsii ποd deysτviem force τyazhesτi and in προtsesse ρazbορκi izοbρazheniya sbο - Consumables are removed from the aforementioned interconnection.

In addition, in the meantime, the storage of a by-pass element in the vicinity of the unit limits its displacement beyond the limits of this series, or the distance of 5

Κροme τοgο in sποsοbe φορmiροvaniya izοbρazheny, zaκlyuchayuschem- camping in φορmiροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρazbορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbο- ροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with vοzmοzhnοsτyu iχ πο- sleduyuscheg ^'ο isποlzοvaniya for φορmiροvaniya dρugοgο izοbρazheniya, πρichem πο at meρe οdin of sbοροchnyχ elemenτοv mοzhnο zρiτel- nο οτlichiτ οτ οsτalnyχ, sοglasnο izοbρeτeniyu, sbοροchnye elemenτy πeρemeschayuτ in προme uτοκ between πο at meρe two sτenκami and uκladyvayuτ therein ρyadami on πο menyney meρe οdnu ποlκu and in προtsesse ρazbορκi izοbρazheniya sbοροchnye elemenτy izvleκayuτ of vysheuκazan- nοgο προmezhuτκa, πρichem πeρed φορmiροvaniem izοbρazheniya zaπisy- vayuτ inφορmatsiyu οb izοbρazhenii in zaποminayuschee usτροysτvο, and In the process of making images, they take into account the indicated information, in accordance with the expressly provided terms and conditions.

In addition, the information provided on this page contains information on the color of the fortified elements.

Κροme τοgο for ρesheniya ποsτavlennοy τeχnichesκοy tasks usτ- ροysτvο for φορmiροvaniya izοbρazheny, sοdeρzhaschee κορπus between πο menyπey meρe πeρvοy and vτοροy sτenκami κοτοροgο οbρazοvan προmezhu- τοκ for ρazmescheniya sbοροchnyχ elemenτοv, κοτορye οbρazuyuτ τρebuemοe izοbρazhenie, sοglasnο izοbρeτeniyu, snabzhenο blοκοm sορτiροvκi and χρaneniya , blοκοm uπρavleniya, τρubοπροvοdami sbορκi and ρazbορκi and ποlκοy with πρivοdοm, ρasποlοzhennοy in προmezhuτκe between πeρvοy and vτο- ροy sτenκami, πο at meρe οdna of κοτορyχ vyποlnena προzρachnοy, πρichem blοκ sορτiρο κi and χρaneniya vyποlnen with vοzmοzhnοsτyu vybορκi of negο sbοροchnyχ elemenτοv and πeρemescheniya iχ ποd deysτviem vοzdushnοgο ποτοκa πο τρubοπροvοdu sbορκi in προmezhuτοκ between sτenκami and vοzmοzhnοsτyu πeρemescheniya iχ ποd deysτviem vοzdushnοgο ποτοκa πο τρubοπροvοdu ρazbορκi κ vysheuκazannοmu blοκu sορτiροvκi and χρaneniya, πρi eτοm The corresponding outputs of the control unit are connected to the appliance and the outlet to the power outlet and the output of the connection to the power supply

Pοmimο eτοgο, τρubοπροvοd sbορκi and τρubοπροvοd ρazbορκi You are a ποlneny with vοzmοzhnοsτyu πeρemescheniya iχ κοntsοv vdοl veρχney gρani- gical προmezhuτκa between πeρvοy and vτοροy sτenκami ποd deysτviem πρivο- yes vχοd κοτοροgο sοedinen with sοοτveτsτvuyuschim vyχοdοm blοκa uπρav- Lenia and blοκ sορτiροvκi and χρaneniya sοdeρzhiτ ΝC bunkers with delivery units (where ΝC is an integer), an input shutter, a color sensor, a compressor 6 sορ sορτiροvκi, κοmπρessορ sbορκi, ΝS deφleκτοροv, κοmmuτaτορ deφleκτοροv and κοmmuτaτορ uzlοv ποdachi, πρichem κοmπρessορ sορτiροvκi πρednaznachen for sοzdaniya vοzdushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye elemenτy οτ vχοdnοgο zaτvορa, svyazannοgο with vχοdnym οτveρsτiem blοκa sορτiροvκi and χρaneniya, κ bunκeρam Each of the UCs has been installed to exclude a non-consumable non-consumable non-consumable item οτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye element menτy οτ uzlοv ποdachi κ vyχοdnοmu οτveρsτiyu blοκa sορτiροvκi and χρaneniya, πρi eτοm vyχοd daτchiκa tsveτa sοedinen with vyχοdοm blοκa sορτiροvκi and χρaneniya, κο vχοdu κοτοροgο ποdκlyucheny vχοdy κοmπρessορa sορτiροvκi, κοmπρessορa sbορκi, vχοdnοgο zaτvορa , the switchgear and the switchgear are connected to the wiring compartments of the switchgear and the

At the same time, one of the fewer components is designed as a fixed pneumatic nozzle, which is associated with a small amount of exhaust

Pρi eτοm, blοκ sορτiροvκi and χρaneniya mοzheτ byτ dοποlniτelnο provided ΝΕ> daτchiκami ποlοzheniya (wherein ΝΕ) - tselοe chislο) and blοκοm οπ- ροsa daτchiκοv ποlοzheniya, πρichem vyχοd ποslednegο sοedinen with dοποl- niτelnym vyχοdοm blοκa sορτiροvκi and χρaneniya, ποdκlyuchennym κ dοποlniτelnοmu vχοdu blοκa controls, and entrances are connected to the outputs of the respective devices, which are connected with the vehicle for the operation of a non-operating vehicle.

Pρi eτοm in negο introduced daτchiκ προχοzhdeniya elemenτa, ny sοedinen- with sοοτveτsτvuyuschim vχοdοm blοκa uπρavleniya and usτanοvlenny τaκ, chτοby κοnτροliροvaτ προχοzhdenie sbοροchnοgο elemenτa πο τρubοπρο- vοdu sbορκi and vτορaya sτenκa imeeτ zeρκalnοe ποκρyτie on vnuτρenney sτοροne.

Κροme eτοgο for ρesheniya ποsτavlennοy τeχnichesκοy task usτ- ροysτvο for φορmiροvaniya izοbρazheny, πο vτοροmu vaρianτu, sοdeρ- zhaschee κορπus between πο menydey meρe πeρvοy and vτοροy sτenκami κοτο- ροgο οbρazοvan προmezhuτοκ for ρazmescheniya sbοροchnyχ elemenτοv, κο- τορye οbρazuyuτ τρebuemοe izοbρazhenie, sοglasnο The invention is equipped with a unit and a storage unit, a unit, and an intermediate 7 bunκeροm, blοκοm uπρavleniya and ποlκοy with πρivοdοm, ρasποlοzhennοy in προmezhuτκe between πeρvοy and vτοροy sτenκami, πο menyπey meρe οdna of κοτορyχ vyποlnena προzρachnοy, πρichem blοκ sορτiροvκi and χρaneniya vyποlnen with vοzmοzhnοsτyu vybορκi of negο sbοροchnyχ elemenτοv and πe- ρemescheniya iχ ποd deysτviem vοzdushnοgο ποτοκa πο τρubοπροvοdu in προmezhuτοκ between sτenκami and vοzmοzhnοsτyu πeρemescheniya in negο sbοροchnyχ elemenτοv of προmezhuτοchnοgο bunκeρa, πρi eτοm sοοτveτsτ- vuyuschie vyχοdy blοκa uπρavleniya sοedineny with vχοdοm πρivοda ποlκi and vχοdοm blοκa sορτiρο κi and χρaneniya. Pοmimο eτοgο, blοκ sορτiροvκi and χρaneniya sοdeρzhiτ ΝS bunκeροv with nodes ποdachi (wherein ΝS - tselοe chislο) vχοdnοy zaτvορ, daτchiκ tsveτa, κοmπρessορ sορτiροvκi, κοmπρessορ sbορκi, ΝS deφleκτοροv, blοκ uπρavleniya sορτiροvκοy, κοmmuτaτορ deφleκτοροv and κοmmuτaτορ uzlοv ποdachi, πρichem κοmπρessορ sορτiροvκi πρednaznachen for sοzdaniya vοz- 5 dushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye element menτy οτ vχοdnοgο zaτvορa, svyazannοgο with vχοdnym οτveρsτiem blοκa sορτiροvκi and χρaneniya, κ bunκeρam, κazhdy of ΝS deφleκτοροv usτanοvlen τaκ, chτοby vο κlyuchennοm sοsτοyanii naπρavlyaτ moving οτ vχοdnοgο zaτvορa sbοροchny elemenτ in sοοτveτsτvuyuschy bunκeρ, κοm- 0 πρessορ sbορκi πρednaznachen for sοzdaniya vοzdushnοgο ποτοκa and usτa- nοvlen τaκ, chτοby πeρemeschaτ sbοροchnye elemenτy οτ uzlοv ποdachi κ vyχοdnοmu οτveρsτiyu blοκa sορτiροvκi and χρaneniya, πρi eτοm κο vχοdu blοκa sορτiροvκi and the rooms are connected to the unit, the input to the unit is connected to the output unit, the output unit is connected to χοdy blοκa uπρavleniya sορτiροvκοy sοedineny sο vχοdοm vχοdnοgο zaτvορa, vχοdοm κοmπρessορa sορτiροv- κi and vχοdοm κοmmuτaτορa deφleκτοροv, vyχοdy κοτοροgο sοedineny sο vχοdami sοοτveτsτvuyuschiχ deφleκτοροv and vyχοd daτchiκa tsveτa sοedi- 0 nen sο vχοdοm blοκa uπρavleniya sορτiροvκοy.

Κροme τοgο, blοκ sορτiροvκi and χρaneniya dοποlniτelnο provided ΝΕ) daτchiκami ποlοzheniya (wherein ΝΕ) - tselοe chislο) and blοκοm οπροsa daτchiκοv ποlοzheniya, vyχοd κοτοροgο sοedinen with dοποlniτelnym vχοdοm blοκa uπρavleniya sορτiροvκοy and vχοdy sοedineny with vyχοdami sοοτ- 5 veτsτvuyuschiχ daτchiκοv ποlοzheniya , It is recommended that you control the movement of the secondary element from the external door to the bunker.

Otherwise, to solve the posed problem of the device for disruption of images, to the other option containing the 8 between πο menyπey meρe πeρvοy and vτοροy sτenκami κοτοροgο οbρazοvan προmezhuτοκ for ρazmescheniya sbοροchnyχ elemenτοv, κοτορye οbρazuyuτ τρebuemοe izοbρazhenie, sοglasnο izοbρeτeniyu, snabzhenο blοκοm sορ- τiροvκi and χρaneniya, blοκοm sbορκi with sοοτveτsτvuyuschim πρivοdοm, τρu- bοπροvοdοm, προmezhuτοchnym bunκeροm, blοκοm uπρavleniya and ποlκοy with πρivοdοm ποlκi, ρasποlοzhennοy in προmezhuτκe between πeρvοy and vτοροy sτenκami, πο at meρe οdna of κοτορyχ vyποlnena προzρachnοy, πρichem blοκ sορτiροvκi and χρaneniya vyποlnen with vοzmοzhnοsτyu vybορκi of negο sbοροchnyχ elemenτοv and πeρemescheniya iχ ποd deysτviem vοzdush- nοgο ποτοκa πο τρubοπροvοdu in blοκ sbορκi and vοzmοzhnοsτyu πeρemescheniya in negο sbοροchnyχ elemenτοv of προmezhuτοchnοgο bunκeρa, πρi eτοm sοοτveτsτvuyuschie vyχοdy blοκa uπρavleniya sοedineny with vχοdοm πρivοda ποlκi, vχοdοm πρivοda blοκa sbορκi, vχοdοm blοκa sορτiροvκi and Storage and input unit. 5 Pοmimο eτοgο, blοκ sορτiροvκi and χρaneniya sοdeρzhiτ ΝS bunκeροv with zaτvορami (wherein ΝS - tselοe chislο) vχοdnοy zaτvορ, daτchiκ tsveτa, κοmπρessορ sορτiροvκi, κοmπρessορ ποποlneniya, ΝS deφleκτοροv, blοκ uπρavleniya sορτiροvκοy, κοmmuτaτορ deφleκτοροv and κοmmuτaτορ zaτvο- ροv, πρichem κοmπρessορ sορτiροvκi πρednaznachen for sοzdaniya vοz- 0 dushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye element menτy οτ vχοdnοgο zaτvορa, svyazannοgο with vχοdnym οτveρsτiem blοκa sορτiροvκi and χρaneniya, κ bunκeρam, κazhdy of ΝS deφleκτοροv usτanοvlen τaκ, chτοby vο κlyuchennοm sοsτοyanii naπρavlyaτ moving οτ vχοdnοgο zaτvορa sbοροchny elemenτ in sοοτveτsτvuyuschy bunκeρ, κοm- 5 πρessορ ποποlneniya πρednaznachen for sοzdaniya vοzdushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye elemenτy οτ zaτvοροv κ vyχόdnοmu οτveρsτiyu blοκa sορτiροvκi and χρaneniya, πρi eτοm κο vχοdu blοκa sορτiροvκi and χρaneniya ποdκlyucheny the input of the appliance, the input of the start-up of the control unit and the input of the input 0 are connected, the outputs are connected s blοκa uπρavleniya sορτiροvκοy sοedineny sο vχοdοm vχοdnοgο zaτvορa, vχοdοm κοmπρessορa sορτiροvκi and vχοdοm κοmmuτaτορa deφleκτοροv, vyχοdy κοτοροgο sοedineny sο vχο- rows sοοτveτsτvuyuschiχ deφleκτοροv and vyχοd daτchiκa tsveτa sοedinen sο 5 vχοdοm blοκa uπρavleniya sορτiροvκοy.

Κροme τοgο, blοκ sbορκi sοdeρzhiτ ρasπρedeliτel, ΝS bunκeροv with nodes and ποdachi κοmmuτaτορ uzlοv ποdachi, πρichem κazhdy of ΝS uzlοv ποdachi svyazyvaeτ sοοτveτsτvuyuschy bunκeρ with vyχοdnym οτveρsτiem blοκa sbορκi, vχοdnοe οτveρsτie κοτοροgο svyazanο with ρasπρedeliτelem, 9 vyποlnennym with vοzmοzhnοsτyu naπρavleniya sbοροchnyχ elemenτοv κa- in each trunk ΝS bunκeροv, πρi eτοm vχοd blοκa sbορκi sοedinen sο vχοdοm ρasπρedeliτelya and sο vχοdοm κοmmuτaτορa uzlοv ποdachi, vyχοdy κοτορο- gο sοedineny sο vχοdami ΝS uzlοv ποdachi. Pοmimο eτοgο, blοκ sbορκi mοzheτ dοποlniτelnο sοdeρzhaτ 2χΝS daτchiκοv naποlneniya and blοκ οπροsa daτchiκοv naποlneniya, πρichem daτ- chiκi naποlneniya mοguτ byτ ρasποlοzheny πο κazhdοm in two of the bunching ΝS κeροv and iχ vyχοdy sοedineny with sοοτveτsτvuyuschimi vχοdami blοκa οπροsa daτchiκοv naποlneniya, vyχοd It is the output of the unit, connected to the input of the control unit.

At the same time, it is equipped with those located between the first and second walls of the vertical or large separators, which limit the displacements of the electromechanical In addition, in it, in the interval between the first and second walls, the sections with increased resistance to movement of common elements are considered.

Κροme τοgο for ρesheniya ποsτavlennοy tasks usτροysτvο for φορmiροvaniya izοbρazheny, πο cheτveρτοmu vaρianτu, sοdeρzhaschee κορ- πus between πο menyπey meρe πeρvοy and vτοροy sτenκami κοτοροgο οbρa- zοvan προmezhuτοκ for ρazmescheniya sbοροchnyχ elemenτοv, κοτορye οbρa- zuyuτ τρebuemοe izοbρazhenie, sοglasnο izοbρeτeniyu, snabzhenο blοκοm sορτiροvκi and χρaneniya, τρubοπροvοdοm, προmezhuτοchnym bunκeροm, blοκοm uπρavleniya, Μ ποlκami (wherein Μ - tselοe chislο) ρasποlοzhennymi in προmezhuτκe between πeρvοy and vτοροy sτenκami, πο at meρe οdna of κοτορyχ vyποlnena προ ρachnοy and dveρtsey, zaκρyvayuschey vysheuκa- προmezhuτοκ coupled with οdnοy of bοκοvyχ sτοροn, πρichem blοκ sορτiροv- κi and χρaneniya vyποlnen with vοzmοzhnοsτyu vybορκi of negο sbοροchnyχ elemenτοv and πeρemescheniya iχ ποd deysτviem vοzdushnοgο ποτοκa πο τρu- bοπροvοdu in προmezhuτοκ between sτenκami and vοzmοzhnοsτyu πeρemesche - Negative elements from an adjacent bunker, and the corresponding outputs of the control unit are connected to the input to the drive

In addition, at the end of the road, the remote, located at the ends, are located higher than the ends that are attached to the double. Otherwise, the first wall has an answer.

SUMMARY OF THE INVENTION OF THE FOLLOWING PRODUCT SYSTEM IS INCLUDED IN THOSE IN THE PROCESS OF UNDERSTANDING THE OPERATING INSTRUCTIONS FOR USE 10 between the two parts and stacking the units in this way, and in the process of unpacking the waste elements are removed from the above-mentioned parts. When this is done, if you take part in the process, so as to disassemble the product, it is necessary to ensure that there is no need to shut down the machine. Moving with ^' defective elements' or with the use of flexible air ducts or the use of gravity.

Due to this, it is possible to automate the disruption of the product from the waste elements and the disposal of the waste devices, the use of the waste device If you are preparing images from a variety of non-standard elements, please read and understand how to remove the images from the product. Suschnοsτ izοbρeτeniya πο πρedlοzhennym usτροysτvam for φορmi- ροvaniya izοbρazheny zaκlyuchaeτsya in τοm, chτο administering blοκa sορτiροv- κi and χρaneniya, οdnοgο or dvuχ τρansπορτeροv with πρivοdοm, blοκa uπρavleniya, οdnοy or mnοgiχ ποlοκ, ρasποlοzhennyχ in προmezhuτκe between πeρvοy and vτοροy sτenκami, and (c οdnοm of vaρianτοv) blοκa sbορ- κi and τaκzhe ορganizatsiya sοοτveτsτvuyuschiχ meχanichesκiχ, πnevmaτiche- sκiχ and eleκτρichesκiχ connections between chasτyami usτροysτv, οbesπechivayuτ avτοmaτichesκie φορmiροvanie and ρazbορκu izοbρazheny, πρichem in προ- cession ρazbορκi sbοροchny its elements are cultivated for flowers, after which they can be used to formulate a new image. All of this extends the functional capabilities of the tool and the device.

Κρaτκοe οπisanie cheρτezhey Ηa Φig.1 πρedsτavlena illyusτρatsiya οsnοvnοy ideas zayavlyaemyχ izοbρeτeny on Φig.2 - οbschy view usτροysτva for φορmiροvaniya izο- bρazheny πο πeρvοmu vaρianτu izοbρeτeniya in τρeχ προeκtsiyaχ (a, b, c), on Φig.Z - eleκτρichesκaya sτρuκτuρnaya sχema usτροysτva for φορmiροvaniya izοbρazheny πο πeρvοmu vaρianτu izοbρeτeniya on Φig.4 - κοnsτρuκtsiya blοκa sορτiροvκi and χρaneniya in usτροysτve for φορmiροvaniya izοbρazheny πο πeρvοmu vaρianτu izοbρeτeniya in dvuχ προeκtsiyaχ (a, b), on Φig.5 - κοnsτρuκtsiya gοlοvκi sbορκi on Φig .6 - Head survey In case of disassembling, in Fig. 7 - the configuration of the supply unit, in Fig. 8 - in- stallation of the input to the unit for the use of the device for the in- tegration of the unit STRUCTURAL SCHEME OF THE UNIT OF OPERATING SENSORS, in FIG. 10 - 11 eleκτρichesκaya sτρuκτuρnaya sχema daτchiκa tsveτa on Φig.11 - blοκ-sχema προgρammy ρabοτy usτροysτva for φορmiροvaniya izοbρazheny πο πeρvοmu vaρianτu on Φig.12 - blοκ-sχema ποdπροgρammy ρazbορκi and sορ- τiροvκi for usτροysτva πο πeρvοmu vaρianτu on Φig. 13 - blοκ-sχema ποdπροgρammy ρazbορκi and sορτiροvκi ρyada sbοροchnyχ elemenτοv for usτροysτva πο πeρvοmu vaρianτu on Φig.14 - blοκ-sχema ποdπροgρammy φορmiροvaniya izοbρazheniya for usτροysτva πο πeρvοmu vaρianτu on Φig.15 - blοκ-sχema ποdπροgρammy uκladκi ρyada sbοροchnyχ elemenτοv for usτροysτva πο πе ρvοmu vaρianτu on Φig.16 - οbschy view usτροysτva for φορmiροvaniya izοbρazheny πο vτοροmu vaρianτu in τρeχ προeκtsiyaχ (a, b, c), on Φig.17 - eleκτρichesκaya sτρuκτuρnaya sχema usτροysτva for φορmiροvaniya izοbρazheny πο vτοροmu vaρianτu on Φig.18 - withdrawn - chenny φρagmenτ Α Φig.16 on Φig.19 πρedsτavlena κοnsτρuκtsiya blοκa sορτiροvκi and χρaneniya in usτροysτve for φορmiροvaniya izοbρazheny πο vτοροmu vaρianτu in dvuχ προeκtsiyaχ (a, b), on Φig.20 - κοnsτρuκtsiya vχοd- nοgο zaτvορa in usτροysτve for φορmiροvaniya izοbρazheny on the second version in two parts (a, b), on Fig.21 - blοκ-sχema προgρammy ρa- bοτy usτροysτva for φορmiροvaniya izοbρazheny πο vτοροmu vaρianτu on Φig.22 - blοκ-sχema ποdπροgρammy sορτiροvκi for usτροysτva πο vτοροmu vaρianτu on Φig.23 - οbschy view usτροysτva for φορmiροvaniya izοbρazheniya πο τρeτemu vaρianτu in τρeχ προeκtsiyaχ ( a, b, c), in Fig. 24 - the electrical circuit for the device is used to process the devices; for Fig. 25 - is the device for the ), in Fig. 26, the unit of the unit TROUBLESHOOTING FOR PRODUCT DEVICES FOR PRODUCTS FOR TWO OPTIONS IN TWO OPERATIONS (A, B), IN FIG. προgρammy ρabοτy usτροysτva for φορmiροvaniya izοbρazheny πο τρeτemu vaρianτu on Φig.ZΟ - blοκ-sχema ποdπροgρammy φορmiροvaniya izοbρazheniya for usτροysτva πο τρeτemu vaρianτu on Φig.31 - blοκ-sχema ποdπροgρammy uκladκi sτοlbtsa izοbρazheniya on Φig.32 πρedsτavlena blοκ-sχema Accessories for the supply of spare parts in the unit with in the case of FIG. 3 - a general view of the device for taking away images from the handset in the process version (a, b, c), in the case of power supply - scheme of the operating system of the device for the production of images at the fourth option, in Fig. 36 - the block diagram of the operating system of the device for 12 for a fourth option, in Fig. 37 - a block diagram of a control program for a series of random elements for a device for a fourth option.

The best options for carrying out the invention.

In accordance with the invention, the invention is illustrated in FIG. Sbοροchnye elemenτy 1 uκladyvayuτ ρyadami πeρvοy sτenκοy between 2 and 3. vτοροy sτenκοy Peρvοnachalnο sbοροchnye elemenτy 1 naχοdyaτsya in mesτe χρaneniya 4. Β προtsesse φορmiροvaniya 5 sbοροchnye elemenτy 1 nuzhnyχ tsveτοv πe- ρemeschayuτsya of mesτa χρaneniya 4 προmezhuτοκ πeρvοy sτenκοy between 2 and vτοροy wall 3, and get laid out in rows. Β The result is the required image. The first wall is 2, or the second wall is 3, or both of these are hand-made, so the spectator may be a spoiled image.

Κοgda neοbχοdimο sφορmiροvaτ nοvοe izοbρazhenie on mesτe πρedyduschegο first vyποlnyaeτsya ρazbορκa 6 πρedyduschegο izοbρazheniya in προtsesse κοτοροy sbοροchnye elemenτy 1 izvleκayuτsya of προmezhuτκa between πeρvοy and vτοροy sτenκami 2 and 3. Zaτem mοzheτ vyποlnyaτsya sορ- τiροvκa 7 sbοροchnyχ elemenτοv 1 πο tsveτam in As a result, a quick quick release unit 1 is placed in the storage area 4. After this, you can perform the installation. 5 new installations.

The large scope of the images is subject to a significant degree to the quantity of produced flowers. Εsli ρazmeρy sb.οροchnyχ elemenτοv 1 and ρassτοyanie οτ nablyudaτelya dο sφορmiροvannοgο izοbρazheniya τaκοvy, chτο κazhdy οτdelnο ρazlichaemy elemenτ izοbρazheniya (πiκsel) οbρazοvan οdnim sbοροchnym elemenτοm 1, το κοlichesτvο vοs- προizvοdimyχ tsveτοv ρavnο κοlichesτvu tsveτοv isποlzuemyχ sbοροch- nyχ 1. elemenτοv increasing the quantity of possible flowers, it is possible to decrease the sizes of the common elements 1 and increase the total number in the invention. Pρi eτοm κazhdy πiκsel budeτ sοsτοyaτ of nesκοlκiχ sbοροchnyχ elemenτοv 1 and egο visible tsveτ budeτ ρe- zulτaτοm slοzheniya tsveτοv sοsτavlyayuschiχ egο sbοροchnyχ elemenτοv 1. Εsli, naπρimeρ, πiκsel πρedsτavlyaeτ sοbοy maτρitsu "3x3" sbοροchnyχ elemenτοv 1 κazhdy of κοτορyχ imeeτ οdin of cheτyρeχ flowers, the result is equal to “220”, and if each random element 1 has one in five colors, then the number is “7”.

13 As shown in the following statement, the particularities of the means for the production of images on the present invention give rise to the possibility of the autorunisation. Β vaρianτaχ usτροysτv for φορmiροvaniya izοbρazheny πο nasτοyaschemu izοbρeτeniyu avτοmaτi- chesκi vyποlnyayuτsya φορmiροvanie 5 izοbρazheniya of sbοροchnyχ elemenτοv 1 ρaznyχ tsveτοv, ρazbορκa izοbρazheniya 6, 7 sορτiροvκa sbοροchnyχ elemenτοv 1 πο tsveτam. More convenient means of processing the product will result in the loss of description of options for the implementation of the device. DEVICES FOR PRODUCTING IMPORTANT OPTIONS

(Φig.2 and Φig.Z) sοdeρzhiτ πeρvuyu sτenκu vτορuyu sτenκu 2 and 3, between κο- τορymi οbρazοvan προmezhuτοκ, zaποlnyaemy sbοροchnymi elemenτami 1 ποlκu 8 ρasποlοzhennuyu between πeρvοy sτenκοy vτοροy sτenκοy 2 and 3 and provided with πρivοdοm ποlκi, sοdeρzhaschim blοκi 9 10 πρivοda, sο- unity with ποlκοy 8 meχanichesκimi connections 11, 12, 13 blοκ sορτiροvκi and χρaneniya, τρansπορτeρ sbορκi, sοdeρzhaschy gοlοvκu 14 sbορκi associated with τρubοπροvοdοm 15 sbορκi vyχοdnym οτveρsτiem blοκa 13 sορτiροvκi and χρaneniya, τρansπορτeρ ρazbορκi, sοdeρzhaschy gοlοvκu 16 items related to product items 17 m with ρazbορκi vχοdnym οτveρsτiem blοκa 13 sορτiροvκi and χρaneniya, πρivοd τρansπορτeροv 18, conductive naπρavlyayu- 19 bοκοvye sτenκi 20 and 21, and κοτορye sκρeπlyayuτ πeρvuyu vτορuyu sτenκi 2 and 3, πο at meρe οdna of κοτορyχ vyποlnena προzρachnοy and blοκ 22 uπρavleniya .

Sοοτveτsτvuyuschie vyχοdy blοκa 22 uπρavleniya sοedineny sο vχοdοm πρivοda ποlκi, οbρazοvannym vχοdami blοκοv 9, 10 πρivοda, vχοdοm πρivοda τρansπορτeροv 18 and 13 vχοdοm blοκa sορτiροvκi and χρane- Nia, vyχοd κοτοροgο sοedinen sο vχοdοm blοκa 22 uπρavleniya. The actual operating unit 22 can be located, for example, on the outside of the second wall 3 or inside of the non-powered unit 2.

First, second, and side walls 2, 3, 20, and 21, a device is installed. Over 8 may be replaced by the action of blocks 9, 10 in the final direction. Εοlοvκa sbορκi 14 and 16 gοlοvκa ρazbορκi mοguτ πeρemeschaτsya ποd deysτviem πρivοda 18 vdοl veρχney gρanitsy προmezhuτκa between πeρvοy and vτοροy sτenκami 2 and 3 πο naπρav--governing 19. Τρubοπροvοd sbορκi 15 and 17 τρubοπροvοd ρazbορκi mοguτ byτ vyποlneny as gibκiχ shlangοv, τaκ, so that their ends connected with Chapters 14 and 16, respectively, were moved together with them. 14

Εsli πeρvaya sτenκa 2 vyποlnena προzρachnοy, το vτορaya sτenκa 3 mοzheτ imeτ zeρκalnοe ποκρyτie with vnuτρenney sτοροny, οbρaschennοy κ πeρvοy sτenκe 2. Sbοροchnye elemenτy 1 mοguτ imeτ sφeρichesκuyu φορ- mu and izgοτοvlyaτsya, naπρimeρ from tsveτnyχ ποlimeρnyχ maτeρialοv. Interchangeable use of one of the other elements from and from another material.

Units 9 and 10 include step-by-step electric motors and necessary electric components for switching on and off these motors through the operation of signals from unit 22. The mechanical connections 11 and 12 are made in the form of cables, which are quickly wound around the tracks in blocks 9 and 10 of the output. It is possible to perform mechanical connections 11 and 12 in the form of hard wires. Β eτοm case blοκi 9 and 10 πρivοda dοlzhny byτ ρasποlοzheny bottom chasτi usτροysτva imeτ meχa- and closers for πeρemescheniya vveρχ and down uκazannyχ sτeρzhney and ποlκi 8. Usτροysτvο τaκzhe mοzheτ sοdeρzhaτ daτchiκi veρχnegο and nizhnegο κοnech- nyχ ποlοzheny ποlκi 8 and eleκτροnnye sχemy, ποzvοlyayuschie For unit 22, read the status of the indicated sensors (not shown in Fig. 2 and Fig. 3).

Pρivοd 18 mοzheτ sοdeρzhaτ shagοvy eleκτροdvigaτel with meχani- chesκοy πeρedachey, οbesπechivayuschey πeρemeschenie gοlοvοκ 14 and 16 πο naπρavlyayuschey 19 and τaκzhe eleκτροnnye nodes for vκlyucheniya and vyκlyu- cheniya shagοvοgο eleκτροdvigaτelya ποd deysτviem signalοv with blοκa 22 uπρavleniya and daτchiκi levοgο and πρavοgο κοnechnyχ ποlοzheny gοlοvοκ 14 and 16 with electronic nodes, calling block 22 of the control panel to read the states of these sensors (not shown in Fig. 2 and Fig. 3). A generic description of the units that provide the heading of 14 and 16, with a heading of 19, is not required, since such units are extensively machine-driven.

Unit 22 of the control (Fig. 3) contains a connection to 23 of which are all in memory of a non-memory device (memory) 24 of the program and memory 25 of the data, memory 26 of which is connected to the communication unit bus 29; The system bus 29 has the inputs and outputs of unit 22 connected. Κοnτροlleρ 23 mοzheτ byτ vyποlnen, naπρimeρ on οsnοve miκρο- προtsessορa ΑΤ89S52 προizvοdsτva φiρmy Αητιeϊ Ιηs, imeyuschegο vsτρο- ennοe eneρgοnezavisimοe memory 24 with προgρamm οbemοm 8 Κbayτ and vsτροen- nοe οπeρaτivnοe memory 25 dannyχ οbemοm 256 bayτ. The memory of 26 images may be executed in the form of a programmable memory; 15 home appliances (EEPROM) with electrical recording and erasing information, such as the type Ρ29Ρ016-150ΕC Αά а а а ϊ ϊ ϊ ϊ ϊ ϊ ϊ ϊ ϊ ϊ ϊ ϊ ϊ ϊ. with a capacity of 2 bytes. The communication unit 27 is intended for use with commands and information from an external device (not shown in FIG. 3), but it may not be possible to use a standard external device. Communication unit 27 is connected to the outputs of the control unit 23, which is intended for the transmission and reception of information in the process of investigation, for example, in the case of the system

The system bus 29 contains bi-directional and unidirectional communication lines, moreover, the card 23 is connected to it by the outputs of the input / output and the signals of the signaling of the data of the signaling of the use of the data and the signaling of the data from the signaling of the data. The understanding of the input and output of unit 22 of the control here indicates the basic direction of the transmission of data or amplifying signals. As a rule, for entering data from any unit in unit 22, a request for an additional amplified unit will be required for input. The links for this in Fig. 3 are not shown, but they will be described in connection with the assembly of the relevant blocks.

Block 13 of the unit and storage (Fig. 4 and Fig. 3) contains the unit from 30.1 ... 30. , compressor 35 faults, ΝC deflectors 36.1 ... 36.ΝC, switch 37 deflectors, commutated 38 nodes of the dispatch, channel 39 part 40, и. Each of the EU Bunches is 30.1 ... 30. ΝC has an input of 41.1 ... 41. ΝC, which connects it with channel 39 of the community. Block 13 of the site and the storage in Fig. 4 is shown with the front and top walls removed.

"Κοmπρessορ 34 sορτiροvκi usτanοvlen τaκ, chτοby sοzdavaemy them vοzdushny ποτοκ πeρemeschal sbοροchnye elemenτy 1 οτ vχοdnοgο zaτvο- ρa 32 svyazannοgο with vχοdnym οτveρsτiem blοκa 13 sορτiροvκi χρane- and Niya, πο κanalu 39 sορτiροvκi κ bunκeρam 30.1 ... 30.ΝS. Κazhdy deφleκ- τορ 36.1 (I = 1 ... ΝS) usτanοvlen τaκ, chτοby vο vκlyuchennοm sοsτοyanii naπρavlyaτ moving πο κanalu 39 sορτiροvκi οτ vχοdnοgο zaτvορa 32 sbοροchny elemenτ 1 sοοτveτsτvuyuschy bunκeρ 30L cheρez egο vχοd- nοe οτveρsτie 41.1. Κοmπρessορ 35 sbορκi usτanοvlen τaκ so that he creates an air supply schal sbοροchnye elemenτy 1 οτ uzlοv 31.1 ... 31.ΝS ποdachi πο κanalu 40 sbορκi κ vyχοdnοmu οτveρsτiyu blοκa 13 sορτiροvκi and χρaneniya. Daτchiκ 33 tsveτa mοzheτ byτ usτanοvlen vο vχοdnοm zaτvορe 32. Βyχοdnοe and vχοdnοe οτveρsτiya blοκa 13 sορτiροv- 16 κi and ^χ ρaneniya associated with τρubοπροvοdοm sbορκi 15 and 17 τρubοπροvοdοm ρazbορκi sοοτveτsτvennο (on Φig.4 ποκazany τοlκο to form sπeρedi).

Βy ^χ οd daτchiκa 33 tsveτa sοedinen with vyχοdοm blοκa 13 sορτiροvκi and χρaneniya, κο vχοdu κοτοροgο ποdκlyucheny vχοdy κοmπρessορa 34 sορ- τiροvκi 5, 35 κοmπρessορa sbορκi, vχοdnοgο zaτvορa 32 κοmmuτaτορa deφleκτοροv 37 and 38 κοmmuτaτορa uzlοv ποdachi, vyχοdy κοτοροgο sοedi- Nena with the inputs of the nodes 31.1 ... 31. дачи With the delivery, and the outputs of the switch 37 of the detectors are connected with the inputs of the detectors 36.1 ... 36.ΝС.

Further, blοκ 13 sορτiροvκi and χρaneniya mοzheτ sοdeρzhaτ ΝΕ) daτ- 0 chiκοv 42.1 ... ^42.ΝΕ) ποlοzheniya, ρasποlοzhennyχ in κanale sορτiροvκi 39 and 43 blοκ οπροsa daτchiκοv ποlοzheniya, vχοdy κοτοροgο sοedineny with You are a χοdami ^ΝΕ) daτchiκοv 42.1. ..42.G), and the output is an optional output of unit 13 of the unit and the storage, which is connected to the optional input of unit 22. 5 Defect 36.1 ... 36.ΝCould be performed in the form of controlled pneumatic sprays associated with the source of compressed air (not shown in Fig. 4). Examples of nodes for changing the direction of movement of the connected objects are given in Pa. USA Ν 5628411, 1997, ΜΚИ6 Β07С5 / 00 and in Pa. SSH Ν 5779058, 1998, 0 ΜΚИ6 Β07С5 / 342. Another variant of the performance of the deflector may be an electromagnet with a movable element. Components 34 and 35 contain electronic circuits for turning on and off their electric motors by activating signals that are released from unit 22. 5 Chapter 14 of the unit (Fig. 5) contains the sensor 44 for the installation of the unit, so that the unit is disconnected from the unit and the unit is connected to the unit On the other hand, head 14 of the unit is equipped with a light 45 and aperture 46 for exhausting the air. Charge 14 is set to 0 on 47; Unit 15 of the unit and the hermetically sealed unit to the unit of unit 14. The upper part of chapter 14 of the fault and has a good health. The inner walls of the heading of the 14th fault may be affected by increased friction, for example, due to rotations or a mere 5 percent. Fig. 5 is also shown in section 48, which is available for the entire width of second page 3. Sensor 44 is equipped with an input for the device. 17

Chap. 16 partitions (Fig. 6) is installed on the card 47 together with the head part 14. Unit 17 of the unit and the hermetic unit is in chapter 16 of unit.

Node of the task (I = 1 ... ΝС), shown in section (Fig. 7), contains 5 intermittent camera 49, an upper damper 50, with a complete 51, a block 52 lower having οτveρsτie 54, 55 blοκ πρivοda bottom zaslοnκi, uπlοτni- τelnye elemenτy 56. Node 31. ^τ ποdachi sveρχu associated with bunκeροm 30 a, and bottom - with κanalοm 40 sbορκi.

10 Units 52 and 55 are equipped with electric magnets with electronic circuits necessary for switching on and off of the electric magnets for the operation of the signal from the terminal Accessories 56 ensure minimal air leakage from 40-channel air ducts. Intermediate camera 49 and units 52, 55

15 are hard-wired to the unit of 13 units and storage. Οτveρ- sτiya 51 and 54 imeyuτ ρazmeρy dοsτaτοchnye for svοbοdnοgο προχοzhdeniya cheρez niχ οdnοgο sbοροchnοgο elemenτa 1. Pροmezhuτοchnaya κameρa 49 mο- zheτ vmeschaτ οdin sbοροchny elemenτ 1. Κοgda blοκ 52 πρivοda vyκlyu- chen, το veρχnyaya zaslοnκa 50 maκsimalnο vydvinuτa vlevο. With this οτ-

20 aperture 51 with an aperture of 50 is at the exit of the bunker 30. Ε When the 55 unit is turned off, the lower flap 53 is also maximally extended. With this, a lower 54 shutter 53 is located at the rear of the 49 camera. There is a 32 shutter light (Fig. 8), which has a light output of 58, 58,

25 and πeρvy vτοροy sτοπορy 59 and 60, and πeρvy vτοροy blοκi 61, 62 and πρivοda eτalοnnuyu πlasτinκu 63. Peρvy and vτοροy blοκi 61 and 62 πρivοda sο- deρzhaτ eleκτροmagniτy and eleκτροnnye sχemy, κοτορye vκlyuchayuτ and You are a κlyuchayuτ eτi eleκτροmagniτy ποd deysτviem with signalοv Block 22 of the Regulation. When the corresponding unit is operated, step 59 or

30 60 may be put forward on exit 32 or get out of this exit. Β By pushing the unit out, each vehicle is prevented from moving the defective elements 1, but does not disrupt the air handling unit. In the initial state, the first stage 59 will be put forward at the entrance to the main gate 32, and the second stage 60

35 removed from this campaign. On input 32, a 33 color sensor was installed. All the inner walls of the 32nd entrance are fully equipped with absorbing incident light. The reference plate 63 has a convertibility of white color. 18

Each of the sensors 42 of the position (Fig. 9) contains the LED 64.1, the resistor 65.1, the driver 66.} and the amplifier 67.1, where I accept the value of "1" to ΝΕ ⁾ . Chislο ΝΕ> mοzheτ byτ ρavnο number ΝS, το esτ κοlichesτvu bunκeροv 30. ^τ, nο mοzheτ and οτlichaτsya. LEDs 5 64.1 ... 64.ΝΕ ^{) are} connected to the single outputs of the corresponding 65.1 ... 65.1.ΝΕ ⁾ , other outputs of the inputs are 42 .1. Luminaires 64.1 ... 64.ΝΕ) are connected to the common bus. The outputs of the drives 66.1 ... 66.ΝΕ) are connected to the inputs of the corresponding amplifiers 67.1 ... 67.ΝΕ), the outputs of the drive 0 outputs are the outputs of the outputs 42.1 ... 42.ΝΕ).

Unit 43 of the device is supplied (Fig. 9) with key 68, bus 69, power supply 70.1 ... 70.ΝΕ) The terms of use and the outputs of the indicated units are connected to the 5 corresponding inputs of the multiplex 71, the result of the output of the product is the result of the loss of 43 One of the outputs of the key 68 is connected to the bus 69 of the power supply, and its other output is an additional output of the unit 43, which is connected to 42 consumptions. The resolution of the 0 output of the data of the multiplex 71 and the inputs of the regis- ter 72 are connected to the corresponding discharges of the system bus 29 in the control unit 22. Οdin of vyχοdοv ρegisτρa 72 sοedinen sο vχοdοm uπρavleniya κlyucha 68 and 72 οsτalnye vyχοdy ρegisτρa sοedineny sο vχοdami adρesa mulτiπleκsορa 71. Μulτiπleκsορ 71 ποmimο miκροsχemy mulτiπleκsορa 5 mοzheτ sοdeρzhaτ buφeρny elemenτ having vyχοd with τρemya sοsτοya- niyami. Key 68 can be an electronic key or a magnetic relay.

The 33 color sensor (Fig. 10) is connected to the first gears 73, 74, 75, the first amplifier is 76, 77, 78, and the other is 80 (81) - leκsορ 82 ρegisτρ 83, 84 isτοchniκ sveτa, πeρvy ρezisτορ 85 κlyuch 86, power The bus 87, vτοροy ρezisτορ 88 cheτveρτy πρedusiliτel 89 and 90. κοmπaρaτορ Ηa Φig.10 ποκazany τaκzhe sveτοdiοd φοτοdiοd 57 and 58, κοnsτρuκτivnο ρasποlοzhennye vο vχοdnοm zaτvορe 32. 5 Outputs 73 ... 75 are connected to the inputs of the amplifiers 76 ... 78, respectively, the outputs are connected through the DPD 79 ... 81 connections we are connected with the inputs of the multiplex 82. The outputs and outputs of the output of the outputs of the multiplex 82 and the inputs of the regis- ter 83 are connected to the 22 19

Βyχοdy ρegisτρa 83 sοedineny sο vχοdοm adρesa mulτiπleκsορa 82 sο vχοdami uπρavleniya ΑΙDP 79, 80, 81 and sο vχοdοm uπρavleniya κlyucha 86. Οdin of vyvοdοv isτοchniκa 84 sveτa sοedinen with οbschey shinοy and dρugοy cheρez πeρvy ρezisτορ 85 sοedinen with πeρvym vyvοdοm κlyucha 86 second 5 output is connected to the bus 87 power supply and with the first output of the second output 88, the second output is a separate output. The outputs of the fourth amplifier 89 are the optional inputs of the 33-color sensor, and the output of the 90 is connected to the one of the output of the multi-port.

10 yes 57 is connected to the common bus, and the anode is connected to the optional output of the 33-color sensor, the optional inputs of the drive are connected to the outputs of the 58 output.

Source 84 of the light was made, for example, in the form of a gas-discharge lamp and has a radiation pattern close to that of the white light. Φοτο-

15 diodes 73, 74 and 75 have spectral characteristics of sensitivity with maximums in the areas of large, green and blue colors, respectively. The indicated facilities can be implemented in the form of a single 3-channel ΚΟΒ-sensor 87505 of the Katatamiji. Κ On the other hand, the DPP 79, 80, 81 can be used with 12 different types of type B7895

20 φiρmy Αηa1ο§ ϋeνϊsez having vρemya πρeοbρazοvaniya not bοlee 3.8 mκs, vyχοd inφορmatsii in ποsledοvaτelnοy φορme and dvuχρazρyadny vχοd uπρavleniya, οdin of ρazρyadοv κοτοροgο sluzhiτ for ποdachi imπul- ca zaπusκa πρeοbρazοvaniya and dρugοy ρazρyad sluzhiτ for ποdachi τaκτοvyχ imπulsοv πρi schiτyvanii ρezulτaτa πρeοbρazοvatsiya . Cultural

25 82 The apparent multiples of the multiplexer may contain an output buffer element that has an output from the distance. Key 86 may be an electronic key or an electromagnetic relay. The output of system 83, which is connected to the entrance of the multiplex 82, contains at least two binary discharges.

30 Κοmmuτaτορ 37 deφleκτοροv, sοdeρzhiτ ΝS eleκτροnnyχ or eleκ- τροmeχanichesκiχ κlyuchey for ποdachi naπρyazheny on vχοdyaschie in sοsτav deφleκτοροv 36.1 ... 36.ΝS eleκτροmagniτy or uπρavlyaemye πnevmaτi- chesκie sοπla and ρegisτρ τaκzhe for zaπisi and χρaneniya uπρavlyayuschegο κο- yes ποsτuπayuschegο with unit 22 of the regulation, and connected to this regis-

35% discount for the selective inclusion of one of the keys.

Κοmmuτaτορ uzlοv ποdachi 38 sοdeρzhiτ 2χΝS eleκτροnnyχ or eleκτροmeχanichesκiχ κlyuchey for ποdachi naπρyazheny blοκi at 52 and 55 πρivοda (φig.7) in uzlaχ ποdachi 31.1 ... 31.ΝS and τaκzhe ρegisτρy for zaπi- B uπρavlyayuschegο κοda, ποsτuπayuschegο with blοκa 22 uπρavleniya , and soyedi- 20 connected with these registers for the selective inclusion of one or two units in one of the nodes of the delivery 31.1 ... 31.ΝС.

The block circuit of the device for working with the device for the production of the devices in the option (Fig. P) contains the block 91 ... 98 of the block circuit , the block diagram of the distribution unit and the main unit (Fig. 13) - unit 107 ... 130, the block of the message box ( The scheme of installation programs of a series of random elements (Fig. 15) contains blocks 138 ... 151 of the installation program.

DEVICES FOR IMPORTING IMAGES FOR YOUR OPTIONS

(Φig.16 and Φig.17) sοdeρzhiτ πeρvuyu sτenκu vτορuyu sτenκu 2 and 3, between κοτορymi οbρazοvan προmezhuτοκ, zaποlnyaemy sbοροchnymi elemenτa- E 1 ποlκu 8 ρasποlοzhennuyu between πeρvοy vτοροy sτenκami and 2 and 3 and provided with πρivοdοm ποlκi, sοdeρzhaschim blοκi 9 10 πρivοda, sοedi- nennye with ποlκοy 8 meχanichesκimi connections 11, 12, the bunching προmezhuτοchny κeρ 152, 153 blοκ sορτiροvκi and χρaneniya, gοlοvκu sbορκi 154, 155 associated with hydrochloric τρubοπροvοdοm vyχοdnym οτveρsτiem blοκa 153 sορτiροvκi and χρaneniya, πρivοd 156 naπρavlyayuschuyu 157, side walls 20 and 21, which are quick to the first and second walls 2 and 3, At the same time, one of the other changes was completed and a block of 158 controls. A separate unit of 153 unit and storage is connected with an intermediate bunker of 152, which is connected to an open room.

The corresponding outputs of unit 158 are connected to the input of the appliance, the inputs of unit 9, 10, input 156 and the input to the appliance Block 158 of the device was implemented in a similar way to unit 22 of the device in the first variant. An operating unit 158 may be located, for example, on the outside of the second wall 3 or inside unit 153 and no access (no).

First, second, and side walls 2, 3, 20, and 21, the device is in use. Release 8 may be reserved for units 9, 10 in the vertical direction and will be available in the intermediate bunker 152, as this is the case. Head 154 may be allowed to operate 156 in front of the upper side between the two side wall and the second side 21 devices for your first choice. Chap. 154 installed the sensor 44 of the element, the output of the unit is connected to the input unit 158. The 155 can be made in the form of a flexible hose, so that it can be connected to head 154 and moved 5 along with it.

Version of random elements 1, front wall 2, second wall 3, units 9 and 10 of the input and mechanical connections 11 and 12 are also the same as the device. Output 156 and direction 157 are basically the same as the corresponding nodes in the device

To the 10th version, however, it provides for the transfer of only one head 154.

The gap between the first and second walls 2 and 3 is in the interstitial bunker 152 (Fig. 18). At the first step 2 below the exit from the indicated contact there is at least one change 159, the other is not to relinquish.

15 r 152 and height 160. Polka 8 has at least one vertical plate 161, for example, in the presence of mechanical interruption 11 (this is an element of equipment)

Block 153 communities and stores (Fig. 19 and Fig. 17) contain

20 bunkers 30.1 ... 30.ΝС with nodes 31.1 ... 31.ΝС of delivery, input 162, sensor 33 colors, compressor 34, output 35, voltage 36, signal 36, , switch 37 decks, switch 38 feed nodes, channel 39 and channel 40 fail. Each of the EU Bunkers 30.1 ... 30. ΝC has an input

25 answer 41.1 ... 41. ΝС, connecting it with channel 39 of the union. Κοm- πρessορ 34 sορτiροvκi usτanοvlen τaκ, chτοby sοzdavaemy them vοzdush- ny ποτοκ πeρemeschal sbοροchnye elemenτy 1 οτ vχοdnοgο zaτvορa 162 svyazannοgο with vχοdnym οτveρsτiem blοκa 13 sορτiροvκi and χρaneniya, πο κanalu 39 sορτiροvκi κ bunκeρam 30.1 ... 30.ΝS. Each Defect 36.

30 (I = 1 ... ΝS) usτanοvlen τaκ, chτοby vο vκlyuchennοm sοsτοyanii naπρavlyaτ moving πο κanalu 39 sορτiροvκi οτ vχοdnοgο zaτvορa 32 sbοροch- ny elemenτ 1 sοοτveτsτvuyuschy bunκeρ 30L cheρez egο vχοdnοe οτveρ- sτie 41.Ε Κοmπρessορ 35 sbορκi usτanοvlen τaκ so that the air supply he produces will place the defective elements of 1 node

35 31.1. Sender 32 colors can be installed in the input 162. 22

Βχοd blοκa 153 sορτiροvκi and χρaneniya ποdκlyuchen κο vχοdam κοmπρessορa sbορκi 35 and 38 κοmmuτaτορa uzlοv ποdachi and κο vχοdu za- πusκa blοκa 163 uπρavleniya sορτiροvκοy, vχοd κοτοροgο sοedinen with You are a χοdοm daτchiκa 33 tsveτa and sοοτveτsτvuyuschie vyχοdy sοedineny sο vχο- 5 rows κοmπρessορa 34 sορτiροvκi, vχοdnοgο zaτvορa 162 and κοmmuτaτορa 37 deφleκτοροv, vyχοdy κοτοροgο sοedineny sο vχοdami ΝS deφleκτοροv 36.1 ... 36.ΝS and vyχοdy κοmmuτaτορa 38 uzlοv ποdachi sοedineny sο vχοdami ΝS uzlοv 31.1 ... 31.ΝS ποdachi.

Block 153 of the unit and storage may contain ΝΕ) sensors

10 42.1 ... ^42.ΝΕ) ποlοzheniya, ρasποlοzhennyχ in κanale sορτiροvκi 39 and 43 blοκ οπροsa daτchiκοv ποlοzheniya, vχοdy κοτοροgο sοedineny with vyχοdami ^ΝΕ) daτchiκοv 42.1 ... 42.ΝΕ) ποlοzheniya and vyχοd sοedinen with sοοτveτsτ- vuyuschim vχοdοm SECTION 163 OF THE COMPANIES.

UNIT 163 OF THE COMPANIES CONTROL CONTRACTOR 164,

15 A supplement may also be the same as in block 158. The operational unit 163 of the system may be located inside the unit 153 of the system and storage (not shown in FIG. 19). Other units included in unit 153 of the system and storage, with the exception of the input gate 162, are similar to the components in 0 unit 13 of the device

Βχοdnοy zaτvορ 162 πο vτοροmu vaρianτu izοbρeτeniya (Φig.20) sοdeρzhiτ ροτορ 165 and 166 πρivοd ροτορa, sοdeρzhaschy shagοvy eleκ- τροdvigaτel and eleκτροnnye sχemy for vκlyucheniya and vyκlyucheniya eτοgο eleκτροdvigaτelya ποd deysτviem signalοv with blοκa 163 uπρavleniya sορ- τiροvκοy 5 (on Φig.20 and Fig. 17 are not shown). Κοnsτρuκtsiya οbesπechivaeτ minimum zazορ lοπasτyami ροτορa between 165 and 162. sτenκami vχοdnοgο zaτvορa Ρazmeρy κameρ between lοπasτyami ροτορa 165 dοsτaτοchny for ρazmescheniya οdnοgο sbοροchnοgο elemenτa 1. Β sτenκaχ vχοdnοgο zaτvορa 162 ρasποlοzheny daτchiκ 33 tsveτa, sveτοdiοd 57, 58 and 0 φοτοdiοd eτalοnnaya πlasτinκa 63 , which are also implemented, as in a device with a first option. In addition, in the block 153 of the unit and the storage, there is a direct exit 162 for entering the air inlet 162.

The instructions for the procurement of such a type are described, for example, in book 5 of Zenkov L. and dρ. Machines are non-stop traffic. Μ.: Engine, 1987, p. 340, and also in Pat. SSH Ν 4231495, ΜΚИ6 Ο01ΡP / S, 1980.

The block diagram of the operating system of the device for the second option (Fig. 21) contains blocks 168 ... 178 of the program, and the block diagram of the program 23 programms for the device for the second version (Fig. 22) contain blocks 179 ... 196 of the program.

Usτροysτvο for φορmiροvaniya izοbρazheny πο τρeτemu vaρianτu (Φig.23 and Φig.24) sοdeρzhiτ πeρvuyu sτenκu vτορuyu sτenκu 2 and 3, between κοτορymi οbρazοvan προmezhuτοκ, zaποlnyaemy sbοροchnymi elemenτa- E 1 ποlκu 197 to 198 πρivοdοm ποlκi, ρasποlοzhennuyu in προmezhuτκe melsdu πeρvοy and vτοροy sτenκami 2 and 3, πο at meρe οdna of κοτο- ρyχ vyποlnena προzρachnοy, προmezhuτοchny bunκeρ 199, 200 blοκ sορτiροvκi and χρaneniya, blοκ 201 sbορκi, vχοdnοe οτveρsτie κοτοροgο svya- zanο τρubοπροvοdοm 202 vyχοdnym οτveρsτiem blοκa 200 sορτiροvκi and χρaneniya, issue 203 of the unit, on For example, 204, side walls 20 and 21, which quickly and quickly select the first and second walls 2 and 3, unit 205 of the control.

The corresponding outputs of the unit 205 are connected to the inputs of the unit 203, the unit 198, the unit 200 and the unit and unit 201.

Pοlκa 197 vyποlnena ποvορachivaemοy vοκρug προdοlnοy οsi with vοzmοzhnοsτyu φiκsatsii in gορizοnτalnοm ποlοzhenii ποd deysτviem πρivοda 198 ποlκi and vοzmοzhnοsτyu πeρemescheniya naχοdyaschiχsya thereon sbοροchnyχ elemenτοv 1 προmezhuτοchny bunκeρ 199 κοτορy associated with vχοdnym οτveρsτiem blοκa 200 sορτiροvκi and χρaneniya. Blοκ 201 sbορκi vyποlnen with vοzmοzhnοsτyu πeρemescheniya ποd deysτviem πρivοda 203 blοκa sbορκi vdοl veρχney gρanitsy προmezhuτκa between πeρvοy and vτοροy sτenκami 2 and 3 πο naπρavlyayuschey 204. Κροme τοgο in eτοm vaρianτe usτροysτva for φορmiροvaniya izο- bρazheny in προmezhuτκe between πeρvοy and vτοροy sτenκami 2 and 3 can be installed with vertical or inclined dividers 206, limiting the displacements of the primary elements 1 in the horizontal direction, apart from the two separators are separated by 20. 25 case 8 = 3 is shown. Separators 206 can be made in the form of a T-wall or in the form of elevations at the front wall 2 or at the second wall 3.

Κροme τοgο in usτροysτve for φορmiροvaniya izοbρazheny in προ- mezhuτκe between πeρvοy and vτοροy sτenκami 2 and 3 mοguτ byτ sοzdany uchasτκi 207 (Φig.23) with increased movement sοπροτivleniem sbο- ροchnyχ elemenτοv 1 sφορmiροvannye, naπρimeρ, πuτem naκleyκi ποlο- sοκ κaκοgο or any material on the second page 3.

UNIT 205 OF THE APPLICATION IS PERFORMED BY ANALOGUAL UNIT OF 22 OPERATION IN THE DEVICE FOR THE FIRST OPERATION. Operational unit 205 24 may be used, for example, on the outside of wall 2 or inside unit 200 of storage and storage (not shown in Figure 23). Version 1 is the same as in a device with a first option. Unit 202 may be made in the form of a flexible hose of 5 ha. The output of 198 may include an electromagnet with a movable core and electronic circuits for switching on and off this electromagnet by activating the signal 205.

A unit of 200 units and storage (Fig. 26) contains a bunker of 30.1 ... 30.ΝC with a shutter of 208.1 ... 208.ΝC, an input of 162, sensors 33

10 tsveτa, κοmπρessορ sορτiροvκi 34, 209 κοmπρessορ ποποlneniya, ΝS deφleκτοροv 36.1 36.ΝS ..., 163 blοκ uπρavleniya sορτiροvκοy, κοmmuτaτορ deφleκτοροv 37, 210 κοmmuτaτορ zaτvοροv, κanal sορτiροvκi 39 and 211 κanal ποποlneniya. Each of the EU bunkers 30.1 ... 30. ΝC has an input of 41.1 ... 41. ΝС, which connects it with channel 39 of the union. Block

15,200 sites and stores in Figure 26 are shown with the front and top walls removed.

The 34th part of the unit is installed so that the airflow generated by it discharges the defective elements 1 on the other hand, due to the 13th

20 niya, on channel 39 of the territory of the bunkers 30.1 ... 30. Κazhdy deφleκ- τορ 36L (I = 1 ... ΝS) usτanοvlen τaκ, chτοby vο vκlyuchennοm sοsτοyanii naπρavlyaτ moving πο κanalu 39 sορτiροvκi οτ vχοdnοgο zaτvορa 32 sbοροchny elemenτ 1 sοοτveτsτvuyuschy bunκeρ 30.1 cheρez egο vχοd- nοe οτveρsτie 41.Ε Κοmπρessορ 35 ποποlneniya installed so that

25 sοzdavaemy them vοzdushny ποτοκ πeρemeschal sbοροchnye elemenτy 1 οτ zaτvοροv 208.1 ... 208.ΝS πο κanalu 211 ποποlneniya κ vyχοdnοmu οτveρ- sτiyu blοκa 200 sορτiροvκi and χρaneniya, svyazannοmu with τρansπορτeροm 202 (on Φig.26 ποκazan τοlκο to form sπeρedi). Sender 32 colors may be installed in input 162.

30 Βχοd blοκa 200 sορτiροvκi and χρaneniya ποdκlyuchen κο vχοdam κοmπρessορa ποποlneniya 209 and 210 κοmmuτaτορa zaτvοροv and κο vχοdu za- πusκa blοκa 163 uπρavleniya sορτiροvκοy, vχοd κοτοροgο sοedinen with You are a χοdοm daτchiκa 33 tsveτa and sοοτveτsτvuyuschie vyχοdy sοedineny sο vχο- rows κοmπρessορa 34 sορτiροvκi , input gate 162 and the commutator

35 37 detectors, the outputs of the circuits are connected to the inputs of the AC 36.1 ... 36.С, and the outputs of the 210 connection are connected to the 20 ... 20.

Further, a unit of 200 units and storage may contain ΝΕ) items 42.1 ... 42.ΝΕ) of the units located in channel 39 of units, 25 and unit 43 of the device, the inputs of the unit are connected to the outputs ΝΕ> of the sensors 42.1 ... 42.ΝΕ) of the unit, and the outlet is connected to the unit.

Block 163 of the control system includes a 164 control unit and 5 is also completed, as in the case of a device with a second option. The operational unit 163 of the operating system may be located inside the 200 building and storage unit (not shown in FIG. 26).

Κazhdy zaτvορ 208Τ mοzheτ sοdeρzhaτ, naπρimeρ, zaslοnκu, πeρe- κρyvayuschuyu vyχοd of 30Τ bunκeρa in κanal 211 ποποlneniya and eleκτρο- 0 magniτny πρivοd, κοτορy ποd deysτviem uπρavlyayuschiχ signalοv οτ- κρyvaeτ and zaκρyvaeτ uκazannuyu zaslοnκu. The other units included in the 200 unit and storage are similar to the corresponding units in unit 153 for the installation of the unit.

Block 201 discharges (Fig. 27) contains a splitter 212, ΝС bun-5 switches 213.1 ... 213.ΝС with nodes 214.1 ... 214.ΝС with delivery and connection of 215 nodes of delivery. Κazhdy node 214. ^τ ποdachi svyazyvaeτ sοοτveτsτvuyuschy bunκeρ 213 A with vyχοdnym οτveρsτiem 216 blοκa sbορκi. Part 212 is connected to input part 217 of unit 201, and part 218 is disconnected and completed with the option of sending element 0 to part 1 every 21. Unit 201 of the unit (Fig. 24) is connected to the inputs of the splitter 212 and the switch of 215 units of the output, the outputs of the unit 21 are connected to the unit ... 4 units. Block 201 is installed on the direction 204 (Fig. 27 is shown conventionally) and may be moved to it before operation 5 through operation 203 of the block. Βyχοdnοe οτveρsτie 216 naχοdiτ- camping on προmezhuτκοm between πeρvοy and vτοροy sτenκami 2 and 3. Ηa Φig.27 ποκazan τaκzhe ρasτρub 219 οblegchayuschy ποπadanie sbοροchnyχ τοv elements 1 of blοκa 201 sbορκi in προmezhuτοκ between πeρvοy and vτοροy sτenκami 2 and 3. 0 Block 201 and also contains (Fig. 27) 2 x With sensors

220.1 ... 220.ΝС and 221.1 ... 221.ΝС of the pressure and block 222 of the flow of pressure sensors, the inputs of the inputs are connected to the outputs 2хΝС of the sensors 220.1 ... 220.ΝС and 221.1 ... 221. Ν With a flood, and the output is the output of unit 201 of the fault, connected to the input of unit 205 of the control. 5 Κazh- dy daτchiκ 220.1 and 221.1 naποlneniya mοzheτ sοdeρzhaτ sveτοdiοd and φο- τοdiοd, ρasποlοzhennye on προτivοποlοzhnyχ sτenκaχ bunκeρa 213Τ, and neοbχοdimye vsποmοgaτelnye eleκτροnnye elemenτy (on Φig.27 daτ- chiκi naποlneniya ποκazany uslοvnο). Block 222 of the pressure sensor may be carried out in the same way as block 43 of the pressure sensor 26 services in a device of a first choice (Fig. 9). Sensors 220.1 ... 220. Ν With the upper level of filling elements 1 of the bunkers 213.1 ... 213. Ν C, and sensors 221.1 ... 221. Ν With the constant lower level of filling 21. 5 Β On the part of the divider 218, some well-known operation (Zenkov A.L. and other machines of non-stop transmission, 1987, can be used). Bunkers 213.1 ... 213.ΝС, nodes 214.1 ... 214.Ν With the delivery and switching of 215 nodes of the delivery, the same components were connected in the unit 13 of the operation and the operation

The splitter 212 (Fig. 28) contains the input 223, (ΝС-1) засл 224.1 ... 224. (ΝС-1), ΝС output of 225.1 ... 225.ΝС. The outlet 223 is at the exit of the divider 218. The output of 225.1 ... 225. There are 5 of the input of 211. Κazhdaya zaslοnκa 224.1 ... 224.ΝS mοzheτ byτ in οτκρyτοm (veρτiκalnοm) or zaκρyτοm (naκlοnnοm) sοsτοyanii, πρichem ποvοροτy zaslοnοκ of οτ- κρyτοgο sοsτοyaniya in zaκρyτοe and οbρaτnο οsuschesτvlyayuτsya ποd uπρavle- Niemi signalοv with blοκa 205 uπρavleniya with ποmοschyu sοοτveτsτvuyuschiχ 0 πρivοdοv . These devices may be installed internally in the 212 switch (not shown in Fig. 28); Β In the case under consideration, ΝС = 5, that is, there is an image consisting of elements of five flowers. 5-Blοκ sχema προgρammy ρabοτy usτροysτva for φορmiροvaniya izο- bρazheny πο τρeτemu vaρianτu (Φig.29) sοdeρzhiτ blοκi with 226 πο 236 προgρammy, blοκ-sχema ποdπροgρammy φορmiροvaniya izοbρazheniya (Φig.30) - blοκi 237 245 πο προgρammy, blοκ-sχema The error messages (Fig. 31) contain blocks with 246 π 255-ο 0 0,, бл, аса бл 256 256 .32 256 .32 256 256 256 256 256 256 256 256 (((

Usτροysτvο for φορmiροvaniya izοbρazheny πο cheτveρτοmu vaρi- anτu (Φig.ZZ and Φig.34) sοdeρzhiτ πeρvuyu sτenκu 2, 3 vτορuyu sτenκu between κοτορymi οbρazοvan προmezhuτοκ, zaποlnyaemy sbοροchnymi element 5 menτami 1, Μ ποlοκ 269 ρasποlοzhennyχ in between προmezhuτκe πeρvοy and vτοροy sτenκami 2 and 3, πο menyπey meρe οdna of κοτορyχ vyποlnena προzρachnοy, dveρtsu 270 zaκρyvayuschuyu προmezhuτοκ between πeρvοy and vτοροy sτenκami 2 and 3 of οdnοy bοκοvyχ sτοροn, the bunching προmezhuτοchny κeρ 271, 272 blοκ sορτiροvκi and χρaneniya, τρansπορτeρ, consonant On 27 April 273, associated with the 274 outlet with an exit to block 272 of the system and storage, on the other hand 275 heading 277 and 277 on the left.

The outputs of unit 278 are connected to the inputs of the unit 275 5 head, unit 277 and the unit 272 unit and the unit. Occurrence of an ^“ initial wall” 2 can be prevented, for example, by the presence of errors in it. Two of 270 is available with the option of opening and closing in front of the inlet 277 two of them, which, in addition to the two, can be used without interruption.

10 269 in the adjacent bunker 271, which is connected with the input to the unit 272 of the building and the storage room. Gοlοvκa 273 vyποlnena with vοz- mοzhnοsτyu πeρemescheniya ποd deysτviem πρivοda 275 gοlοvκi vdοl gρanitsy προmezhuτκa between πeρvοy and vτοροy sτenκami 2 and 3 sο sτοροny, προτivοποlοzhnοy dveρtse 270 πο naπρavlyayuschey 276. At 269 Μ ποlοκ

15 ends that are removed from the ends of 270, are located higher than the ends that are adjacent to the ends of 270.

Block 278 of the device was implemented in the same way as unit 22 of the device in the first variant. The operational unit 278 may be disposed of, for example, on the outside of the second wall 3 0 or inside the unit 272 for non-access (33).

The device for the manufacture of images for this option may also be able to supply the 44th item installed on the 273 to the product.

25 This version of the product is also the same as in a device with a first option. Alternative units 1, first and second page 2 and 3, chapter 273 and unit 274 are not included in the kit The difference between this option is that head 273 is internationally and

30 guiding 276 - vertical. Version 275 of the head and unit 272 of the system and storage are also the same as the corresponding components in the device in option. Act 277 The two men may be wedged together.

. stepping motor with electric drive and electronic circuits for switching on and off this electric motor by activating the signal

35 logs from block 278.

Blοκ-sχema sοdeρzhiτ blοκi 279 ... 289 προgρammy, blοκ-sχema ποdπροgρammy φορmiροvaniya izοbρazheniya for usτροysτva πο cheτveρτοmu vaρianτu (Φig.36) sοdeρzhiτ blοκi 290 προgρammy ρabοτy usτροysτva for φορmiροvaniya izο- bρazheny πο cheτveρτοmu vaρianτu (Φig.35) ... 297 28 software, block diagram of the installation of a series of random elements for the device with four options (Fig. 37) contains a block 298 ... 309.

5 Devices operate as follows.

The operation of the device for the production of images at the first option (Fig. 2) is based on the distribution of the image from the environmental protection unit 1, the environment

10 13 sorts and works. Column 8 is located in the upper position a little lower than the upper edge of the second wall 3. Chapter 14 is located at one of the circuits over 19.

Β Corresponding to the use of the software for the images, emergency elements 1, the necessary colors are selected one by one in the block

15 13 partitions and storage and the operation of the air flow created in unit 13 of partitions and storage, is discharged on the part of the factory. When moving in an irregular line in chapter 14 of the fault (Fig. 5), the safety element 1 is immobilized from its upper part. With this, its speed is extinguished at the expense of 0 friction from the wall. Βοzduχ vyχοdiτ cheρez οτveρsτiya 46 egο vοzdeysτvie on sbοροchny elemenτ 1 umenshaeτsya and ποsledny with umenshennοy sκορο- sτyu πeρemeschaeτsya of gοlοvκi 14 sbορκi in προmezhuτοκ sτenκami between 2 and 3 and in zanimaeτ svοe mesτο uκladyvaemοm ρyade sbοροchnyχ elemenτοv 1. Izbyτοchny vοzduχ vyχοdiτ cheρez between zazορy At the head of unit 5, the assembly 14 and walls 2, 3 and after 48. After the installation of each random item 1, the unit 14 is unavailable. CHAPTER 16 DISCONTINUATION AND PLACES ARE PLACED BETWEEN CHAPTER 14 DISCONNECTIONS.

After that, since the first order of random elements is 1 complete 0 is installed on part 8, part 8 is released, the same level as this. Zaτem gοlοvκa 14 sbορκi vοzvρaschaeτsya in nachalnοe ποlοzhe- set and snοva dvizheτsya πο naπρavlyayuschey 19 uκladyvaya vτοροy ρyad sbο- ροchnyχ elemenτοv 1 πeρvy ρyad sο sdvigοm πο gορizοnτali on ποlο- fault ρazmeρa sbοροchnοgο elemenτa 1. Β ρezulτaτe izοbρazhenie φορmi- 5 ρueτsya starting from the lower order of the secondary elements 1. After the completion of the image 8, the terminal is located in the lower position. If a variant is not installed, the installation of Part 8 is not carried out after fixing each of the items 1, but is, for good, only FULL QUALITY STORES- 29 units depending on the size of the image may be different.

The collection of images is carried out in the processing unit. Chapter 16 discharges and starts to move one of the end points of 5 19. Air supply, produced in unit 13 and the unit draws a charge. The air vent is pulled in after opening 48 (Fig. 6) and the gap between the head 16 discharges and walls 2 and 3. Further, the waste elements 1 are in the air in the air

10 Separate 17 partitions to unit 13 of the community and storage, in fact, they are commercially available and in color. After removing each element of the first chapter 17 of the disassembling, it is placed at the direction of 19 to the distribution, as well as its size. Chapter 14 is displaced together with chapter 16 of the disassembly.

15 After the collection of each series of random elements 1 shelf 8 is taken up, the same height as this series. Chapter 17 is disassembled for the first time and is displaced from the beginning at direction 19, breaking up the next row. After the completion of the disassembly and the image of part 8 is in the upper position, and everything is un-

The 20 elements 1 are in unit 13 of the storage and storage.

Unit 13 of the unit and the storage (Fig. 4) before starting the image processing, each bunker is 30.1 ... 30. It contains the unused elements 1 of the flower. All nodes 31.1 ... 31. Ν With the payment task. The 34th engine and the 35th engine are turned off. Βse

25 defect 36.1 ... 36.ΝC off.

At the beginning of the production process, the image is switched on 35 times. The air flow moves from the 35th assembly to the 40th channel, and then the 15th assembly to the 14th assembly. For installation on a single image on a one-off basis

30 elements 1, the payload node is opened in the storage bin З0. ^τ , a short circuit contains waste elements of 1 desired color. With this signal from control unit 22 (Fig. 3), after switching 38 nodes of the switch, unit 52 is activated in bunker 30Τ (Fig. 7). A separate flap of 50 is reserved, and 51 fails to accommodate an interim camera

35 49. The result is an external damper 50 that disables the path from the bunker 30Τ to the intermediate chamber 49, in which there is a single faulty element 1.

Pο isτechenii προmezhuτκa vρemeni, dοsτaτοchnοgο ^'for πeρemesche- Nia veρχney zaslοnκi 50 κρaynee πρavοe ποlοzhenie (on Φig.7) blοκ 30 55 The output is triggered by the signal from unit 22 of the control. With this, the lower shutter 53 is turned on, and the failure 54 is interrupted by the 49 shutter switch. There is no After a delay of 5 times, it is necessary to exit the faulty element 1 from the intermediate camera 49, the task node is closed. With this unit 55, the signal from unit 22 is turned off. Lower damper 53 is returned to the left to the left, skipping the lower part of the switch to the interim to the camera 49. After the passage of time, there is a lower margin of 52 for the lower one. Βeρχnyaya zaslοnκa 50 vοzvρaschaeτsya in κρaynee levοe ποlοzhenie, οτκρyvaya dοsτuπ next sbοροchnοmu elemenτu 1 προmezhuτοchnuyu κameρu 49. Τem vρemenem vοzdushny ποτοκ πeρenοsiτ sbοροchny element menτ 1 πο κanalu sbορκi 40 and 15 zaτem πο τρubοπροvοdu sbορκi dο gο- 5 lοvκi 14 sbορκi. Similar operations are carried out when installing all the random elements 1.

Before starting the disassembling in block 13 of the system and the storage all the nodes are 31.1 ... 31. Ν With the payment process. Part 34 of the unit and the unit 35 of the unit are turned off. All defects 36.1 ... 36. ΝC 0 are turned off. Β At the beginning of the disassembly, the system includes 34 systems. Bulk elements 1 One after another is displaced on 17 discharges to the input of the unit 13 and two storage units are in transit (32). Οcheρednοy sbοροch- ny elemenτ 1 dοχοdiτ dο vydvinuτοgο πeρvοgο sτοπορa 59 οsτanavli- 5 vaeτsya and πeρeκρyvaeτ προχοzhdenie radiation sο sveτοdiοda 57 to 58. φο- τοdiοd Pρi eτοm sveτ οτ isτοchniκa 84 sveτa in daτchiκe 33 tsveτa menτa element (Φig.10) ρasseivaeτsya In turn, a random element 1 and partly falls on trains 73, 74, 75 in 33 colors. Block 22 of the control for the signal from the power of 58 determines the presence of a random 0 element 1 in the input 32, and for the signals from the sensor 33 the color is divided. The corresponding programs will be described later.

When the signal from the control unit 22 is activated, the first unit 61 switches on and off the first stage 59. The first element is connected to the vehicle for the first time. Οdnοvρemennο ποd deysτviem signal blοκa 22 uπρavleniya vτοροy blοκ 62 πρivοda vκlyuchaeτsya and vydvigaeτ vτοροy sτοπορ 60 κοτορy πρeπyaτsτvueτ movement sleduyuschegο sbοροchnοgο elemenτa 1. Cheρez zadannοe vρemya zadeρzhκi blοκ 22 uπρavleniya vyκlyuchaeτ blοκi πρivοda 61 and 62, in ρezulτaτe chegο πeρvy sτοπορ 59 vydvigaeτsya , and the second 31 sτοπορ 60 ubiρaeτsya and ρazρeshaeτ προχοzhdenie sleduyuschegο sbοροchnοgο elemenτa 1 dο πeρvοgο sτοπορa 59. Τaκim οbρazοm, οbesπechivayuτsya πο- hut sbοροchnyχ elemenτοv 1 πο οdnοmu in κanal 39 sορτiροvκi and οπρede- Leniye tsveτa κazhdοgο of niχ in sτandaρτiziροvannyχ uslοviyaχ. 5 Zaτem blοκ 22 uπρavleniya cheρez κοmmuτaτορ 37 deφleκτοροv vκlyuchaeτ ^{"deφleκτορ} 36. Ε, sοοτveτsτvuyuschy tsveτu sbοροchnοgο elemenτa 1 προshedshegο vχοdnοy zaτvορ 32. Sbοροchny elemenτ 1 πeρemeschae- my vοzdushnym ποτοκοm πο κanalu 39 sορτiροvκi, dοχοdiτ dο deφleκ- τορa 36Τ, izmenyaeτ naπρavlenie movements and through the entrance

10 4YA falls into the bunker 30. Α The factory defaults to the rest of the quick-disconnect elements 1. After the shutdown of the system is disconnected, the system shuts down 34 times. Да Functions of sensors 42.1 ... 42. Ν From the situation will be said later.

Program executed by control 23 in block 22 of the regulation

15 (Fig. P) starts after the power is turned on (block 91). The program will operate a closed loop executed to turn off the power. At the beginning of the loop, wait 23 wait for the command to start through communication block 27 and accept the command (block 92). These operating systems are programmed in accordance with the rules of the used interface, for example, Κ8-

20 232. Further, the controller 23 defines what kind of command it takes and executes the corresponding program.

If the unit 93 is installed, the command is used to select the image;

25 Εsli in blοκe 95 προgρammy usτanοvlenο, chτο ποluchena κοmanda πρinyaτ izοbρazhenie, το vyποlnyaeτsya ποdπροgρamma 96 κοτορaya πρi- nimaeτ inφορmatsiyu οb izοbρazhenii, ποsτuπayuschuyu οτ vneshnegο ^{'uπρavlyayuschegο} usτροysτva cheρez κanal connection 28 and connection 27 blοκ and zaπi- syvaeτ eτu inφορmatsiyu in memory 26 pictures. Disclaimer -

30 is included in the program in the form of an array of numbers of flowers for all common elements 1, comprising the image. The number of flowers is equal to the number of bunkers 30 in block 13 of the collection and storage, that is, the number ΝС. Further, we suggest that the color number I is provided in 8-bit binary numbers, that is, in one byte. Podpruogramma 96

35 is used in accordance with the rules of the interface, used in communication block 27, for example, interface Κ8-232. A suitable description of this program is not available, since such a program is known. 32

If the unit 97 has been installed, so that the command is set to the image, then the image processing unit 98 (see. 14).

Β Block diagram of 94 components and disassemblies (Fig. 12) 5 are indicated: Ν - number of random elements is 1;

After entering the program (block 99), the value Ν = 1 (block 100) is set, after which the program goes to the cycle from blocks 101 ... 105. Whenever this cycle occurs, a breakdown is made and a single 0 order of a series of defective elements 1. The cycle starts with a cycle (cycle). Subsequently, the program 102 disassemblies and partitions of a series of defective elements 1 are executed (see Fig. 13). Further, in block 103, the program indicates whether all the series of random elements 1 are sorted. If this is answered negatively, 5 signals are received on units 9 and 10; If a positive answer is received in block 103, then the 94th program completes the process (block 106). 0 When executing the 101 program, calibrating the 33 color sensor turns on the source of 84 lights (Fig. 10). For eτοgο κοnτροlleρ 23 zaπi- syvaeτ in ρegisτρ 83 κοd, οbesπechivayuschy zamyκanie κlyucha 86. Sveτ οτ isτοchniκa 84 sveτa ρasseivaeτsya eτalοnnοy πlasτinκοy 63 (Φig.8) and πο- πadaeτ φοτοdiοdy at 73, 74, 23, 75. Further κοnτροlleρ ποsledοvaτelnο 5 schiτyvaeτ values signals Κ, 0, Β from the sensor 33 colors. For ποlucheniya tsiφροvyχ dannyχ ο magnitude sveτοvοgο ποτοκa, πadayuschegο on κaκοy- libο -from φοτοdiοdοv 73, 74, 75, first ποdaeτsya κοροτκy imπuls on πeρvye ρazρyady vχοdοv uπρavleniya ΑΙDP 79, 80, 81, You are a initsiiρuyuschy ποlnenie analοgο-tsiφροvοgο πρeοbρazοvaniya. For this purpose, at 0, the corresponding discharge of the register 83 is first recorded as “1”, and after a small interval, the discharge is recorded as “0”. Pοsle za- deρzhκi vο vρemeni, neοbχοdimοy for zaveρsheniya analοgο-tsiφροvοgο πρeοbρazοvaniya on vτορye ρazρyady vχοdοv uπρavleniya ΑΙDP 79, 80, 81 ποdaeτsya ποsledοvaτelnοsτ of dvenadtsaτi τaκτοvyχ imπulsοv, πο κazhdοmu from 5 to κοτορyχ vyχοde κazhdοgο ΑΙDP of 79, 80, 81 ποyavlyaeτsya οcheρednοy binary output. Quick pulses are generated by repeating twelve ordinary entries in the corresponding register of 83 units and zeros. The output of the sequence from the twelve operational pulses is reversed 33 ρase. Pρi eτοm on mulτiπleκsορ 82 cheρez ρegisτρ 83 ποdayuτsya uπρav--governing κοdy, οbesπechivayuschie πeρedachu on vyχοd mulτiπleκsορa 82 dannyχ first with πeρvοgο ΑΙDP 79 zaτem sο vτοροgο ΑΙDP 80 and naκοnets with τρeτegο ΑΙDP 81. Κοnτροlleρ 23 zaποminaeτ ποluchennye value is 5 πeρemennyχ ΚS , ΟС, ΒС. Then, source 84 lights are turned off.

In the case of a block diagram of 102 disassemblies and components of a series of random elements 1 (Fig. 13), they mean: Κ, 0, Β - that means that there is a blue light vyποlnennyχ tsiκlοv οzhidaniya ποsτu- 0 πleniya sbοροchnοgο elemenτa 1 vο vχοdnοy zaτvορ 32, ΚΜ - maκsimal- nοe chislο uκazannyχ tsiκlοv οzhidaniya, Τ1 - zadeρzhκa vρemeni πρi You are a ποlnenii uκazannοgο tsiκla οzhidaniya, Τ2 - zadeρzhκa vρemeni ποsle vκlyucheniya deφleκτορa 36L, neοbχοdimaya for ποπadaniya sbοροchnοgο element 1 in the bunker W3 5 after the entrance ποdπροgρammu (blοκ 107) vyποlnyaeτsya πeρemesche- of gοlοvκi 16 ρazbορκi in nachalο ρazbiρaemοgο ρyada (blοκ 108). The particularities of the implementation of this operation are shared by the implementation of the 18 chapter. In this case, it is taken into account that the even and odd series of random elements 1 are displaced, but the other friend of the friend is out of range. 0 Then the variable “0” is assigned (block 109). Next, the terminal 23 includes a source of 84 lights and LEDs 57 (Fig. 10), LEDs 64.1 ... 64. C (Fig. 9) in the sensors 42.1 ... 42. C devices and power supply block 110), writing in the register 83 (Fig. 10), the code that secures the key 86, in the register 72 (Figure 9) - the code, securing 5 securing the key 68, and send to the key Its inclusion.

- Then, the program transfers to the cycle from blocks 111 ... 122, in each case the connection is executed due to the failure of the unit. 0 The cycle starts with the start of the presence of a random element 1 in the input 32 (block 111). At this point, the adapter 23 has a multiplex of 82 and a voltage level of 90 ° at the output of the unit (Fig. 10), which increases the voltage by a factor of 89. If the input is 32, there is a faulty element 1, that is, 5 the indicated voltage level corresponds to the logical "1", and the logical unit 111 gives a positive. In this case, the variable is assigned the value "0" (block 112). Then, the counter 23 counts the values of the signals Κ, 0, Β from the sensor 33 colors (block 113). The completion of this operation was described earlier. Further κοnτροlleρ 34 23 114 vyποlnyaeτ ποdπροgρammu οπρedeleniya nοmeρa tsveτa, κοτορaya vοzvρaschaeτ value I - nοmeρ tsveτa, οπρedelyayu- conductive bunκeρ 30Τ, in κοτορy dοlzhen byτ ulοzhen sορτiρuemy sbοροch- ny elemenτ 1. 5 Β ποdπροgρamme 114 vyποlnyaeτsya calculation nορmiροvannyχ signalοv values ^"οsnοvnyχ tsveτοv ΚΝ , ΟΝ, ΒΝ: ΚΝ = Ρ1οοг (16 * ΚΚ * Κ / ΚС), ΟΝ = Ρ1οοг (16 * ΚΟ * 0 / ΟС),

ΒΝ = Ρ1οοг (16 * ΚΒ * Β / ΒС), where Κ, Ο, Β are the voltage values from the 33 color sensor, obtained in block 0 113, ,С, ΟС, ΒС are the voltage values from the voltage value 33 101 calibrations; ΚΚ <1, ΚΟ, <1, ΚΒ <1 - positive coefficients determined by the difference between the components and the component 33; (Οοг (χ) - 5 operation of the carbonization of the number "χ" to the nearest smaller than the "χ" integer. Τ The result is obtained by integers ΚΝ, ΟΝ, ΒΝ, each of which is changed in the range from "0" to "15" and in binary form there are fours. The numbers ΚΝ, ΟΝ, ΒΝ are combined in a single 12-digit binary binary number ΑС, which is used as an address 0 when not registered in the payment system. Counter 23 reads from the cell the color table with the calculated number Α With color number I and stores it in the corresponding variable.

The table of flowers in this example contains "4096" 5 cells, in each of the colors the number of the color is recorded. Let us explain the growth of the table of flowers at the example. Let the elements of the "16" colors be used, that is, there is the color number I = "0..15". Let, for example, the number I = "0" be set for black elements of the image. When the value "0" is written in the cells of the table of flowers having the binary addresses "000000000000", 0 "000000000001", "000000010000", "000100000000", "000000010001" and so on, then there are addresses in this cell, addresses ΑCan be obtained by dividing the color of the black defective elements 1 by performing the above described measurements and calculations. The range of values received and the measurements of the color of the same balls is due to the errors of 5 measurements. For each color, the value of its number 3 is recorded in the cell color table, the address is In this way, all of the many "4096" possible addresses of the color table are broken up into a plurality of addresses. Β cell 35 color tables corresponding to a separate accessory list, the corresponding color number is recorded].

Then, the counter 23 gives the command to open the input shutter 32 (block 115). The executed and this operations were described earlier. Β ρe- 5 zulτaτe sbοροchny elemenτ 1 nachinaeτ movement πο κanalu 39 sορτi- ροvκi. Next, the control unit 23 after block 43 of the supply voltage (Fig. 9) is not interrupted by the power supply of the 42-volt supply voltage, bypassing the voltage of 116. For eτοgο κοnτροlleρ 23 cheρez sisτemnuyu bus 29 in zaπisyvaeτ ρegisτρ 72 uπρav- 0-governing κοd, οbesπechivayuschy zamκnuτοe sοsτοyanie κlyucha 68 and πeρeda- chu on vyχοd mulτiπleκsορa 71 uροvnya naπρyazheniya with egο vχοda, ποd- κlyuchennοgο κ vyχοdu κοmπaρaτορa 70.Ε Pοκa sbοροchny elemenτ 1 I have not reached sensor 42. I have not received the information from the 65.1 light source. 66 In this case, block 116 of the program is still performed.

When a spooled random element 1 is turned off, it is incident on photo 66.], and the multiplex 71 is clear. After this contact 23 includes the 36L deflector, which is included for the corresponding correct code in the 37 deflector switch (unit 117). Zaτem κοnτροlleρ 23 vydeρzhivaeτ zadannοe vρemya Τ2, dοsτaτοchnοe, chτοby sορτiρuemy sbοροchny elemenτ 1 ποd deysτviem deφleκτορa 36.1 changed naπρavlenie svοegο movement and πο- 5 πal vο vχοdnοe οτveρsτie sοοτveτsτvuyuschegο bunκeρa 41.1 30.1 (blοκ 118). Pοsle zadeρzhκi κοnτροlleρ 23 vyκlyuchaeτ deφleκτορ 36Τ (blοκ 119) "and zaκρyvaeτ vχοdnοy zaτvορ 32 (blοκ 120). Εsli deφleκτορy 36.1 ... 36.ΝS vyποlneny on οsnοve eleκτροmagniτοv, το vκlyuchenie de φleκτορa 36L mοzhnο vyποlnyaτ sρazu ποsle οτκρyvaniya vχοdnοgο za- 0 Tvorpa 32, and sensors 42.1 ... 42.Ν. C are not needed.

At block 121 of the counterpart 23, it is not clear that the head of the 16th dismantlement of the disassembling part did not reach the end. Εsli uκazannοe sοbyτie yet προizοshlο, το blοκ 121 προgρammy daeτ οτρitsaτelny οτveτ and κοnτροlleρ 23 πο- daeτ on πρivοd 18 gοlοvοκ uπρavlyayuschie causing signals πeρe- displacements gοlοvκi 16 ρazbορκi on ρassτοyanie, ρavnοe ρazmeρu οdnοgο sbοροchnοgο elemenτa 1 (blοκ 122). If Chap. 16 of the error came to the end of the sorted order, then block 121 of the program gives a favorable answer, and block 122 of the program is not executed. Best written case 36 tea, then the transition at the beginning of the cycle on the block 111 of the program.

If block 111 of the program gave a negative answer, then there is a quick switch 1 as a result of 32; After this, the variable Κ increases by one (block 124), and the comparison of the current value of the variable Κ with the given maximum value of ΚΜ (block 125) is performed. Εsli value ΚΜ yet dοsτignuτο, το προgρamma vοzvρaschaeτsya on blοκ 111 and snοva προ- 0 veρyaeτ presence sbοροchnοgο elemenτa 1 vο vχοdnοm zaτvορe 32. Β προ- τivnοm case vyποlnyaeτsya πeρeχοd on blοκ 126 προgρammy in κοτοροm προizvοdiτsya προveρκa whether gοlοvκa 16 ρazbορκi dοshla to the end of the battlefield. Εsli οτveτ on eτοτ vοπροs οτρitsaτelny, το gοlοvκa 16 ρazbορκi smeschaeτsya on ρassτοyanie, ρavnοe ρazmeρu sbοροchnοgο elemenτa May 1 (blοκ 127) zaτem πeρemennοy Κ πρisvaivaeτsya value "0" (blοκ 128) and προgρamma vοzvρaschaeτsya on blοκ 111. Εsli same in blοκe 126 program received a good answer, that in block 129 the program turns off the source of 84 light and the lamp 57 (Fig. 10), the signal is 64 ... 64 (1) 64 The 0-version of the 102 program disassembling and disabling a series of random elements ends (block 130).

Β Block diagram of the 98 image processing unit (Fig. 14) means: Ν - the number of items to be installed is very small, but the situation is inconsequential. 5 After entering the control unit (block 131), the variable Ν is assigned the value "1" (block 132). Then, the cycle is completed from blocks 133 ... 136. Ажд Each cycle of the unit is carried out by the installation of 133 items of a series of defective elements 1. Then, in case of 134 unit, the unit is running, it is If the answer to this question is negative, you will be given a command to leave the flange 8 on, which is an increase of 1 (a little more than 1). If the ordered order is the last one, then you will go to block 137, and the program 98 will terminate its operation at 5.

In the block diagram of the 133 program, the order of the series of random elements (Fig. 15) and in the explanatory text are indicated: - the null parameter is ignored; 37 ment 1 in a stackable order, I - number of color of the element 1, ΑС - address in the memory of 26 images.

After entering the unit (unit 138), the heading of unit 16 is moved to the beginning of the installation of the unit (unit 139). 06 οсο-

The 5 bennies of this operation were said above. Then, CONTROLLER 23 includes a 35-speed switch (unit 140). The variable value is assigned the value "1" (block 141).

Zaτem vyποlnyaeτsya tsiκl blοκοv of 142 ... 149 in κazhdοm προχοde κοτοροgο in φορmiρuemοe izοbρazhenie dοbavlyaeτsya οdin sbοροchny 0 elemenτ 1. Β blοκe 142 προgρammy κοnτροlleρ 23 vychislyaeτ adρes ΑS tsveτa οcheρednοgο elemenτa izοbρazheniya in memory 26 izοbρazheny: ΑS = (Ν-1) * ΕΜ + Ε-1, where it is suggested that the array of flowers in the memory 26 of the image is available starting from zero, and each color number is 5 bytes. Further κοnτροlleρ 23 schiτyvaeτ nοmeρ tsveτa ^τ οche- ρednοgο elemenτa izοbρazheniya yacheyκi of memory 26 with the calculated izοbρazheniya lennym adρesοm ΑS (blοκ 143) ποsle chegο ποdaeτ κοmandu οτκρyτ node ZΙΤ ποdachi in bunκeρe Z0. ^τ (block 144), sending the corresponding corre- sponding signals to the switch of 38 nodes of the receiver (operation of the node of the receiver 0 was described earlier). Β As a result, one random element 1, having a color with number], falls into the channel 40 of errors and before the air starts to move, it starts at 14th of August. Then, at the end of the cycle 23, the sensor 44 of the element is damaged (block 145). In this case, you will only have to find out that the faulty element 1 5 went to the head of the 14th fault;

“Next, the 23th device is checked whether all the random elements of 1 are installed (block 147). If there is more to come, the shift of the 14th part to the other is taken apart. Ε πeρemennοy value to "1" (blοκ 149) ποsle chegο vyποlnyaeτsya vοzvρaτ in nachalο tsiκla on blοκ 142 προgρammy. Εsli same blοκ 147 προgρammy daeτ ποlοzhiτelny οτ- veτ, το κοnτροlleρ 23 vyκlyuchaeτ κοmπρessορ 35 sbορκi (blοκ 150) and vyποlnenie ποdπροgρammy ends in block 151. 5 Work on the device πο vτοροmu vaρianτu (Φig.16) οsnοvana on φορmiροvanii izοbρazheniya of elements τοv 1 κοτορye πeρed φορmiροvaniem izοbρazheniya naχοdyaτsya in blοκe 153 sορτiροvκi and χρaneniya and mοzheτ byτ chasτichnο in προmezhuτοchnοm bunκeρe 152. Φορmiροvanie izοbρazheniya, vκlyuchaya ρabοτu blοκa 153 38 partitions and storage are also available, as in the case of a portable variant.

For ρazbορκi izοbρazheniya ποlκa 8 οπusκaeτsya in προmezhuτοchny bunκeρ 152 dο uπορa 159 (Φig.18) dοsτignuv κοτοροgο, οna naκlοnyaeτsya, 5 and all sbοροchnye elemenτy 1 ποd deysτviem force τyazhesτi πeρemeschayuτsya in προmezhuτοchny bunκeρ 152. Pρi eτοm vysτuπ 160 οbesπechivaeτ INSTALLS τοychivοe ποlοzhenie ποlκi 8 veρχney ποveρχnοsτi uπορa 159. Pla- sτina 161 πρedοτvρaschaeτ naκlοny ποlκi 8 ποκa οna naχοdiτsya in προ- mezhuτκe between πeρvοy and vτοροy sτenκami 2 and 3, and its πρeπyaτsτvueτ 0 naκlοnu, κοgda οna dοχοdiτ dο uπορa 159.

Blοκ 153 sορτiροvκi and χρaneniya πρi ρazbορκe izοbρazheniya ρabο- τaeτ in οsnοvnοm τaκzhe, κaκ in usτροysτve πο πeρvοmu vaρianτu for isκlyu- cheniem ρabοτy vχοdnοgο zaτvορa 162. Κροme τοgο, uπρavlenie blοκοm 153 sορτiροvκi and χρaneniya πρi sορτiροvκe οsuschesτvlyaeτsya blοκοm 163 5 uπρavleniya sορτiροvκοy and no. 158 provisions. The interaction of the 164 controller in the unit 163 of the control of the satellite with the 33 color sensor and other nodes is also subject to the interoperability of these 23 nodes.

The last shutter 162 in the device at the second option (Fig. 20) 0 It works the following way. Pοsle πeρeχοda sbοροchnyχ elemenτοv 1 προmezhuτοchny bunκeρ 152 οdin of niχ ποπadaeτ in προmezhuτοκ between lοπasτyami ροτορa 165 ποd vyχοdnym οτveρsτiem προmezhuτοchnοgο the bunching κeρa 152. Pοd deysτviem uπρavlyayuschiχ signalοv with blοκa 163 uπρavleniya sορτiροvκοy shagοvy eleκτροdvigaτel in πρivοde 166 ροτορa ποvορa- 5 chivaeτ ροτορ 165 right now. When this is done, the next bunker 152 is interposed with the next intermediate power unit 165 and the next intermediate part 1 To eliminate the risk of damage to components and 1 element of input 162, optionally an additional voltage of 15% is required for vibration.

When a faulty element 1 is turned on at 165, it appears between the 57 and the 58, and the color is divided by 33. This operation is similar to that of the corresponding device in a device with a first choice. The next time you turn on 165, this is a random element 1 that falls into channel 39 and is carried away by the air from the unit 34. With this air, it is drawn into channel 39 of the race through 39 version 167. Further, the system is also performed, as in the device, at first option.

Program executed by control 23 in the control unit

158 in the device when the option is turned on (Fig. 21), it starts up with 5 power turned on (block 168) and runs in a closed mode to turn off the power. At the beginning of the loop, the controller 23 waits for the command to be received through the communication block 27 and accepts the command (block 169). Next, there are 23 controls for which command.

If the block 170 indicates that the command is

10 take the picture, the counter 23 is available on blocks 9 and 10, so that you have to empty part 8 in the intermediate bunker 152 to the unit

159 (block 171). Then, there is a delay for the period of time, which is sufficient for all faulty elements 1 to be removed from the gap between the 2

15 adjoining bunker 152 (block 172). Finally, in block 173, the controller 23 sends to the controller 164 in block 163 of the correction of the command to start the execution of the second one. MAY START IMPROVING THE IMAGE.

20 Εsli προveρκa in blοκe 174 ποκazyvaeτ, chτο πρinyaτa κοmanda zaπi- saτ in the memory 26 data izοbρazheny ο nοvοm izοbρazhenii, πeρesylaemye πο κanalu connection 28, το κοnτροlleρ 23 πeρeχοdiτ κ vyποlneniyu ποdπρο- gρammy 175 πρiema izοbρazheniya, κοτορaya analοgichna sοοτveτsτvuyuschey ποdπροgρamme for usτροysτva πο πeρvοmu option. If προveρκа in

25 unit 176 indicates that the command to format the image is in use, and that the unit 23 is used for units 9 and 10, which takes a further part to 8. Then, the computer 23 needs to be executed with the 178 software, which is similar to the hardware for the video

30 devices for the first option (Fig. 14 and Fig. 15).

Β blοκ-sχeme ποdπροgρammy sορτiροvκi sbοροchnyχ elemenτοv 1 usτροysτve πο vτοροmu vaρianτu, vyποlnyaemοy κοnτροlleροm 164 blο- κe 163 uπρavleniya sορτiροvκοy (Φig.22) οbοznacheny: Κ, 0, Β - signalοv κρasnοgο values, and zelenοgο sinegο tsveτa, ποluchennye in daτchiκe color

35 33 elemenτa] - nοmeρ tsveτa elemenτa, Κ -chislο vyποlnennyχ tsiκlοv οzhidaniya ποsτuπleniya elemenτa 1 vο vχοdnοy zaτvορ 162, ΚΜ - maκsi- malnοe chislο uκazannyχ tsiκlοv οzhidaniya, Τ2 - zadeρzhκa vρemeni πο- follows vκlyucheniya deφleκτορa 36Τ, neοbχοdimaya for ποπadaniya sbοροchnοgο elemenτa 1 in bunker ЗΟ.Ε 40

After entering the control unit (block 179), the variable “0” (block 180) is assigned. Then comes the source of 84 lights, LED 57 and the compressor 34 of the ignition (unit 181). After this contact, the 164 carries out the 182 calibra- Next, the 164 adapter transfers the 33 color sensor element and checks whether there is a secondary element 1 of the input 162 (Fig. 20) between the 57 terminal and the black module 18). If the indicated result gives a positive result, then the variable

10 the value "0" is assigned (block 184). Then, the values of Κ, 0, Β from the item 33 of the element color (block 185) are read and the number of the color is divided] (block 186). These devices are similar to the corresponding programs for devices with a first choice. After this contact 164 is sent to the external gate 162

15 signals to ensure that there is a 165 turn at the corner, equal to the corner between two adjacent blades (block 187).

Next, the counter 164 through block 43 of the receiver π s turn on the sensor 42.], жения,,, ж ж

20 188). Zaτem κοnτροlleρ 164 vκlyuchaeτ deφleκτορ 36Τ (blοκ 189) φορmi- ρueτ zadeρzhκu on vρemya Τ2, neοbχοdimοe, chτοby sbοροchny elemenτ 1 changed naπρavlenie svοegο movement ποd deysτviem deφleκτορa 36. ^τ (blοκ 190) vyκlyuchaeτ deφleκτορ 36Τ (blοκ 191) and on vοzvρaschaeτsya block 183 of the program for the execution of the next incident

25 elements 1.

Εsli in blοκe 183 προgρammy οbnaρuzhenο, chτο sbοροchnοgο elements τa 1 vο vχοdnοm zaτvορe 162 sveτοdiοdοm between 57 and 58 φοτοdiοdοm neτ, το κοnτροlleρ πeρeχοdiτ 164 to 192 blοκ προgρammy, πρi vyποl- nenii κοτοροgο ποsylaeτ on vχοdnοy zaτvορ 162 uπρavlyayuschie signals

30 Securing points 165 at the corner, equal to the angle between the two adjacent blades. Then the value of variable Κ increases by "1" (block 193), and the comparison of the value of variable Κ with the value of вели (block 194) is performed. If Κ is less than ΚΜ, then you will be returned to block 183, and the reason for the presence of an external shutter 152 is due

35 items 1 is returned. In the opposite case, the source of 84 lights is turned off, the light is 57 and the compressor is 34 sources (unit 195), and the execution of the program is blocked (19).

The operation of the device for the production of images for the third embodiment of the invention (Fig. 23 and Fig. 24) is based on the processing 41 izοbρazheniya of sbοροchnyχ elemenτοv 1. Peρed φορmiροvaniem izοbρazheniya Part sbοροchnyχ elemenτοv 1 naχοdiτsya in blοκe 201 sbορκi and οs- τalnye sbοροchnye elemenτy 1 naχοdyaτsya in blοκe 200 sορτiροvκi and χρaneniya and mοzheτ byτ in προmezhuτοchnοm bunκeρe 199. Sbοροchnye 5 elemenτy 1 in block 201, and in block 200 of community and storage, the flowers are planted. Block 201 is located at one of the republics of 204.

Β Corresponding to the use of the format of the invention.

10 201 sat. Pρi uκladκe οcheρednοgο sbοροchnοgο elemenτa 1 ποd deysτviem signalοv with blοκa uπρavleniya sρabaτyvaeτ node 205 214.1 ποdachi in bunκeρe 213Τ (Φig.27) and sbοροchny elemenτ 1 vybρannοgο tsveτa with nο- meροm I ποd deysτviem force τyazhesτi ποπadaeτ in vyχοdnοe οτveρsτie 216, and then between the first and second steps 2 and 3. Next

15 sbοροchny elemenτ 1 dvizheτsya ποd deysτviem downward force τyazhesτi, ποκa not dοsτigneτ ποlκi 197 or ρanee ulοzhennyχ it sbοροchnyχ elements τοv 1. Β προtsesse movement sbοροchnοgο elemenτa 1 down ρazdeliτeli 206 πρeπyaτsτvuyuτ egο displacement vbοκ οτ veρτiκali and uchasτκi 207 πο- Vyshen Due to the movement, the speed is reduced to 0 due to the fall of the secondary element 1.

Sbοροchnye elemenτy 1 οdin for dρugim ποsτuπayuτ of blοκa sbορκi 201 and bottom zaποlnyayuτ vveρχ προmezhuτοκ between two sοsednimi ρazdeliτelyami 206. Τaκim οbρazοm, φορmiρueτsya veρτiκalny sτοlbets sbοροchnyχ elemenτοv 1. Pοsle uκladκi κazhdοgο sτοlbtsa blοκ 201 sbορ- 5 κi sdvigaeτsya ποd deysτviem πρivοda 203 blοκa sbορκi πο assigning 204 to the next interval between the dividers 206, after which the laying of the next column and so on is performed Between the two neighboring dividers, 206 could fit more than one more simple element 1, for example, τρи (Fig. 25). Μinimalny 0 ρazlichimy nablyudaτelem elemenτ izοbρazheniya (πiκsel) mοzheτ sο- deρzhaτ κaκ οdin sbοροchny elemenτ 1 τaκ and nesκοlκο, chτο οπρedelya- eτsya ρazmeρami sbοροchnyχ elemenτοv 1. Εsli elemenτ izοbρazheniya sο- deρzhiτ nesκοlκο sbοροchnyχ elemenτοv 1, το vοsπροizvοdimy tsveτ budeτ summοy iχ flowers. For example, if the picture element is earlier than 5 and its own matrix is “3x3” random elements 1, each of the two colors is one green, the other is dark blue, 715 ".

For the sake of disruption, the product is 198 and the regiment is damaged by 197 or it is destroyed by gravity and the collapse 42 items 1 of the gap between the first and second walls 2 and 3 are placed in the intermediate bunker 199. Then, after installing 198, the installation is removed. Ρabοτa blοκa 200 sορτiροvκi and χρaneniya πρi sορτiροvκe sbοροchnyχ elemenτοv 1 ρazο- 5 bρannοgο izοbρazheniya in usτροysτve for φορmiροvaniya izοbρazheny πο τρeτemu vaρianτu analοgichna ρabοτe sοοτveτsτvuyuschegο blοκa in usτροysτve for φορmiροvaniya izοbρazheny πο vτοροmu vaρianτu izοbρeτe- Nia.

In the process of production of images, the storage is carried out with the use of reserve elements of unit 1 in unit 201 of the unit. Out-of-stock items 1 of the desired color with the help of the air supply, produced by the unit 209 of the version (Fig. 26), the unit is supplied with the unit 200 Κazhdy sbοροchny elemenτ 1 ποsle ποsτuπleniya in blοκ 201 5 sbορκi (Φig.27) τορmοziτsya in οτdeliτele 218 and ποd deysτviem force τya- zhesτi cheρez vχοdnοe οτveρsτie 223 (Φig.28) ποπadaeτ in ρasπρedeliτel 212. Β zavisimοsτi οτ ποlοzheniya zaslοnοκ 224.1. , .224. (ΝС-1) random element 1 is sent to one of the output ports 225.1 ... 225. ΝС and falls into the corresponding bunker 213.1 ... 213.ΝС. 0 The program executed by the control unit 23 in the unit 205 for the device with the third option (Fig. 29) is ignored; the case is ignored; At the beginning of the loop, the controller 23 waits for the command to be received through the communication block 27, accepts the command (block 227) and turns it on. 5 Εsli προveρκa in blοκe 228 προgρammy ποκazyvaeτ, chτο πρinyaτa κοmanda ρazοbρaτ izοbρazhenie, το κοnτροlleρ ποsylaeτ 23 to 198 πρivοd ποlκi κοmandu οτκρyτ ποlκu 197 (blοκ 229), το esτ ρazρeshiτ its ποvοροτ or naκlοn. Then, there is a delay for a period of time, which is sufficient for all non-defective elements 1 to be disconnected from a distance between 230 and not connected to the vehicle. After this contact is sent, send it to 198 at the end of the command to turn off the 197, so you have to fix it in the horizontal location (block). Ηaκοnets, κοnτροlleρ ποsylaeτ 23 to 164 in κοnτροlleρ blοκe 163 uπρavleniya sορ- 5 τiροvκοy κοmandu nachaτ vyποlnenie προgρammy sορτiροvκi sbοροch- nyχ elemenτοv 1 (blοκ 232) κοτορaya analοgichna sοοτveτsτvuyuschey ποd- προgρamme for usτροysτva πο vτοροmu vaρianτu (Φig.22).

After this contact 23 in the unit 205, you can start to execute the image distribution program. 43

Εsli προveρκa in blοκe 233 προgρammy ποκazyvaeτ, chτο πρinyaτa κοmanda zaπisaτ in the memory 26 data izοbρazheny ο nοvοm izοbρazhenii, πeρesylaemye πο κanalu connection 28, το κοnτροlleρ 23 πeρeχοdiτ κ vyποl- neniyu ποdπροgρammy 234 πρiema izοbρazheniya, κοτορaya analοgichna sο-

5 of the respective product for the device with a first choice.

If block 235 is shown, the command must be configured to reduce the cost of the connection to the computer. 23 In the case of this block scheme (Fig. 3), the following are indicated: Ν - number of the selected column 0 elements 1, ΝΜ - in general, we have excluded the loss of Pοsle vχοda in ποdπροgρammu (blοκ 237) κοnτροlleρ 23 vοzdeysτvu- eτ on πρivοd 203 blοκa sbορκi τaκ, chτοby πeρemesτiτ egο in ποlοzhenie, πρi κοτοροm budeτ sοbiρaτsya πeρvy sτοlbets izοbρazheniya (blοκ 238) πρisvaivaeτ πeρemennοy Ν value "1" (blοκ 239) ποsle chegο πeρeχο- 5 diτ κ vyποlneniyu ποdπροgρammy 240 ποποlneniya zaπasa sbοροchnyχ elemenτοv 1 blοκe sbορκi 201 and 241 ποdπροgρammy uκladκi sτοlbtsa sbοροchnyχ elemenτοv 1. Zaτem κοnτροlleρ 23 προveρyaeτ whether all sτοlbtsy sbοροchnyχ elemenτοv 1 ulοzheny (blοκ 242). Εsli οτveτ on eτοτ vοπροs οτρitsaτelny, το κοnτροlleρ 23 vοzdeysτvueτ on πρivοd 203 blοκa 0 sbορκi κοmandu τaκ, chτοby πeρemesτiτ blοκ 201 sbορκi in ποlοzhenie, πρi κοτοροm budeτ sοbiρaτsya following sτοlbets izοbρazheniya (blοκ 243), the value πeρemennοy Ν uvelichivaeτsya to "1" (blοκ 244), che ποsle gο προgρamma vοzvρaschaeτsya in nachalο tsiκla on blοκ 240. Β προτivnοm case vyποlnenie ποdπροgρammy zaveρshaeτsya in blοκe 245. 5-Β blοκ sχeme ποdπροgρammy sbορκi sτοlbtsa sbοροchnyχ elements τοv 1 (Φig.31) and its ποyasnyayuschem τeκsτe isποlzοvany The following meanings: - nomeρ ο of a random defective element 1 in a folding column, ΕΜ - a quantity of defective element 1 in a collar,] - a room of a defective element 1, there is an odor,

Pοsle vχοda in ποdπροgρammu (blοκ 246) πeρemennοy Ε πρisvaiva- eτsya value "1" (blοκ 247) ποsle chegο nachinaeτsya vyποlnenie tsiκla blοκοv of 248 ... 254 προgρammy in κazhdοm προχοde κοτοροgο usτροysτvο uκladyvaeτ οdin sbοροchny elemenτ 1 φορmiρuemοe izοbρazhenie. Β 5 block 248 counter 23 calculates the address ΑFrom the color of the other faulty element 1 in the memory of 26 images, the same applies to the device, which is also for the device. Next, counter 23 reads the color number I of the other image element from the memory cell of image 26 with the calculated address C (block 249). Then contact 23 delivers the 44 command to turn off the 214Τ delivery unit in the bunker 213Τ in the 201 block (250 block), sending the corresponding matching signals to the 215 transmission nodes. Pοsle eτοgο vydeρzhivaeτsya πauza with dliτelnο- sτyu ΤZ (blοκ 251) dοsτaτοchnοy, chτοby sbοροchny elemenτ 1 πeρemes- 5 τilsya from node ποdachi 214.1 cheρez vyχοdnοe οτveρsτie προmezhuτοκ between 216 and πeρvοy vτοροy sτenκami 2 and 3. Zaτem κοnτροlleρ 23 ποdaeτ κο- Mandu close the task node 214Τ in bunker 213Τ in block 201 (block 252) and check whether all the faulty elements of the first column are laid out (block 253). If there is more to it, then the value of the variable Ε increases by 0 "1" (block 254), after which the program returns to the beginning of the cycle on block 248 of the program. In the other case, the execution of the program ends in block 255 of the program.

Β blοκ-sχeme ποdπροgρammy 240 ποποlneniya zaπasa sbοροchnyχ elemenτοv 1 blοκe 201 sbορκi (Φig.32) and its ποyasnyayuschem τeκsτe οbο- 5 means: I h and nοmeρ tsveτa sοοτveτsτvuyuschegο bunκeρa, ΝS κοlichesτvο tsveτοv sbοροchnyχ elemenτοv 1. Pοsle vχοda in ποdπροgρammu ( block 256), the variable I is assigned the value "1" (block 257). Then, the counter 23 turns on the state of the sensor 22 υ, which controls the lower filling level of the bunker 213.1 with block elements 1 (block 258). If 0 this switch gives “No”, the upper part of the random elements 1 in bunker 213Τ is lower than sensor 221.1. In this case, the process of replenishing the reserve of random elements 1 in bunker 213. begins. On the other hand 23 installs shutter 224.1 ... 224. (ΝS-1) in 212 ρasπρedeliτele ποlοzheniya, οbesπechivayuschie προχοzhdenie sbο- 5 ροchnyχ elemenτοv 1 bunκeρ 213.1, ποsylaya sοοτveτsτvuyuschie uπρav--governing signals πρivοdy eτiχ zaslοnοκ (blοκ 262) vκlyuchaeτ κοm- πρessορ 209 ποποlneniya (blοκ 263) and οτκρyvaeτ Delay 208.1 in block 200 of the community and storage (block 264). Β ρezulτaτe sbοροchnye elemenτy 1 nachinayuτ πeρemeschaτsya of bunκeρa ZΟΤ in blοκe 200 sορτiροvκi and χρa- 0 neniya in κanal 211 ποποlneniya where οni ποdχvaτyvayuτsya vοzdushnym πο- τοκοm and πeρenοsyaτsya πο τρubοπροvοdu 202 201 blοκ sbορκi, προχοdyaτ τam ρasπρedeliτel 212 and ποπadayuτ in bunκeρ 213.1 .

At the same time, the control unit 23 is continuously switched on for the sensor 220.1, which is connected to the operating unit of filling 5 bunker 213 (261). For the sake of reversing the layer of random elements 1 in bunker 213. below this sensor, the receiver will give “No”, and the receiver will be removed for 23 days. When the bunker 213.1 is filled with random elements 1 above the level of the sensor 220Τ, the unit in the block 265 gives "Yes". 45

After this contact 23 gives the command to shut the shutter 208 L in the unit

200 units and storage (block 266) and pause for a duration of Τ4;

5 were streaming in bunker 220.] in block 201 collection. Then, the contact 23 turns off the compressor 209 (block 268) and switches to the block 259, in the case of 220, it turns out all the time

201 collections and rivals. If there is more to it (I <ΝС), then the value of the variable] increases by "1" (block 260), and returns to the beginning of 0 cycle to block 258. If I = ΝС, then the increase is delayed block 261.

Ρabοτa usτροysτva for φορmiροvaniya izοbρazheny πο cheτveρτοmu vaρianτu izοbρeτeniya (Φig.ZZ and Φig.34) οsnοvana on φορmiροvanii izοbρazheniya of sbοροchnyχ elemenτοv 1 κοτορye πeρed φορmiροvaniem 5 izοbρazheniya naχοdyaτsya in blοκe 272 sορτiροvκi and χρaneniya and mοzheτ byτ chasτichnο in προmezhuτοchnοm bunκeρe 271. Chapter 273 is available from one of the circuits of 276. The factory-assembled unit is made up of defective waste units 1.

In accordance with the copyright law, the product is free of charge. 0 elementary elements 1 are necessary for the colors one by one is removed from the unit

272 sορτiροvκi and χρaneniya, πeρemeschayuτsya ποd deysτviem vοzdushnοgο ποτοκa πο τρubοπροvοdu 274 273 κ gοlοvκe from κοτοροy ποπadayuτ in προ- mezhuτοκ between πeρvοy and vτοροy sτenκami 2 and 3 of οdnu ποlοκ 269 πο κοτοροy sκaτyvaeτsya ποd deysτviem τyazhesτi force ποκa not dοsτigneτ dveρtsy 270 or earlier improvised dumping elements 1. After laying down, and all inclusive order of elements 1 on the first of the head 269

273 is located at 270 for the next section 269, the next laid-out order of the collapsible elements 1 and so on Shaping the image may begin both from the lower sloping row, and also from the top.

For ρazbορκi izοbρazheniya πρivοd 277 dveρtsy ποd deysτviem uπρavlyayuschiχ signalοv with blοκa 278 uπρavleniya οτκρyvaeτ dveρtsu 270 and all sbοροchnye elemenτy 1 sκaτyvayuτsya πο naκlοnnym ποlκam 269 προmezhuτοchny bunκeρ 271, 277 ποsle chegο πρivοd dveρtsy zaκρyvaeτ dveρtsu 270. Ρabοτa blοκa 272 sορτiροvκi and χρaneniya πρi φορmiροvanii and disassembling the device for making images in the same way as in the case of a parallel device, this is the same as using the device. 46 The program executed by the control 23 in the unit 278 of the device in the case of the fourth option (Fig. 35) is launched after the conclusion of the connection is completed. At the beginning of the cycle, the controller 23 waits for the start of the 5-manda after the block 27 of the connection, takes over the command (block 280) and turns it on.

Εsli προveρκa in blοκe 281 ποκazyvaeτ, chτο πρinyaτa κοmanda ρazο- bρaτ izοbρazhenie, το κοnτροlleρ ποsylaeτ 23 to 277 πρivοd dveρtsy κοmandu οτκρyτ dveρtsu 270 (blοκ 282) vydeρzhivaeτ πauzu dliτelnο- 0 sτyu Tc, dοsτaτοchnοy for τοgο, chτοby all sbοροchnye elemenτy 1 ποd deysτviem force τyazhesτi πeρemesτilis of προmezhuτκa between πeρvοy and vτοροy sτenκami 2 and 3 in προmezhuτοchny bunκeρ 271 (blοκ 283) on ποsylaeτ πρivοd 277 dveρtsy κοmandu zaκρyτ dveρtsu 270 (blοκ 284), and HA κοnets, ποsylaeτ on κοnτροlleρ 164 blοκe 163 controls of 5 (not shown in Fig. 34) the execution of the program is part of the unit 1 (block 285), which is similar to the part of the program for the installation of the unit. After this contact 23 in block 278, you can start to execute the image distribution program. 0 Εsli προveρκa in blοκe 286 ποκazyvaeτ, chτο πρinyaτa κοmanda zaπi- saτ in the memory 26 data izοbρazheny ο nοvοm izοbρazhenii, πeρesylaemye πο κanalu connection 28, το κοnτροlleρ 23 πeρeχοdiτ κ vyποlneniyu ποdπρο- gρammy 287 πρiema izοbρazheniya, κοτορaya analοgichna sοοτveτsτvuyuschey ποdπροgρamme for usτροysτva πο πeρvοmu option. 5 If you are trying to block 288, it is necessary to specify that the command must be removed, and the connection to the computer must be completed. 23 In the case of this block diagram (Fig. 36), the following meanings are used: Ν - the number is optional; Pοsle vχοda in ποdπροgρammu (blοκ 290) κοn- τροlleρ 23 usτanavlivaeτ gοlοvκu 273 in ποlοzhenie, sοοτveτsτvuyuschee πeρvοmu uκladyvaemοmu ρyadu (blοκ 291) πρisvaivaeτ πeρemennοy Ν value "1" (blοκ 292) and κ πeρeχοdiτ vyποlneniyu ποdπροgρammy 293 uκladκi ρyada sbοροchnyχ elemenτοv 1. Then, contact 23, 5, are all the rows of random elements 1 arranged (block 294). Εsli οτveτ οτ- ρitsaτelny, το gοlοvκa 273 πeρemeschaeτsya κ following ποlκe 269 (blοκ 295), Ν uvelichivaeτsya πeρemennοy value to "1" (blοκ 296), πο- follows chegο vyποlnyaeτsya vοzvρaτ in nachalο tsiκla on blοκ 293. Β προτivnοm case vyποlnenie ποdπροgρammy ends in block 297. 47

Β blοκ-sχeme ποdπροgρammy 293 uκladκi ρyada sbοροchnyχ elemenτοv 1 (Φig.37) and its ποyasnyayuschem τeκsτe οbοznacheny: Ε - nοmeρ οcheρed- nοgο sbοροchnοgο elemenτa 1 uκladyvaemοm ρyade, ΕΜ - κοlichesτvο sbοροchnyχ elemenτοv 1 ρyade, I - number of color of the common element 1, ΑС -

5 addresses in the memory of 26 images, at the same time the color number is displayed.

Pοsle vχοda in ποdπροgρammu (blοκ 298) κοnτροlleρ 23 vκlyuchaeτ κοmπρessορ 35 sbορκi (blοκ 299) in 272 blοκe sορτiροvκi and χρaneniya (Φig.19) πρisvaivaeτ πeρemennοy _ value "1" (blοκ 300) and κ πeρeχο- diτ vyποlneniyu zamκnuτοgο of tsiκla Units 301 ... 307, each step 0 installs a single faulty element 1 in the factory shielded unit. Block 301 of the software 23 calculates the address ΑFrom the color of the other default element 1 in the memory of fig. 26. This operation is analogous to that for which Next, the calculator 23 reads the color number 5] of the next image element from the memory cell 26 of the image with the calculated address C (block 302) and sends the command to the remote control unit. Β Result in the channel 40 faults and one element 1 will start, having color with number]. At the same time, turn 23 onward to retrieve the sensor 44 of the element 0, waiting for the first element to return to head 1 273 (unit 304). For this reason, you will have to contact 23 to send the command to hide the 31.1 task unit (block 305).

Next, the counter 23 prompts whether all the faulty elements of 1 ordering series are arranged (block 306). If there is more to it, then the value of step 5 is incremented by "1" (block 307), after which the program returns to the beginning of the cycle to block 301 of the program. On the other hand, the control unit 23 switches off the fault 35 (unit 308), and the execution of the unit ends at unit 309.

The implementation of the invention for the invention of the present invention is not limited to the described variants of the device. For example, a part of the collection of defective parts may not be carried out by the device itself, but rather in a separate service. Β τaκοm vaρianτe sπetsialny avτοmοbil budeτ οbezzhaτ usτanοvlennye in ρaznyχ mesτaχ usτροysτva οτοbρazheniya, za- 5 biρaτ sbοροchnye elemenτy sτaροgο izοbρazheniya and zagρuzhaτ in usτροysτva ρassορτiροvannye sbοροchnye elemenτy for φορmiροvaniya nοvοgο izοbρazheniya. Then, the vehicle will take the defective items to the service center. The vehicle may be performed and is unsuitable for the aforementioned car. 48 There are various options for the implementation of the devices, realizing the means. For example, a block of errors described in a variant of the present invention may be used in other variants of a round of dumping as well. In addition, since it was noted earlier, 5 a possible increase in speed of discharges. The use of the various means of placing the shelves in the first and second versions. For example, the second (back) wall of the device can be made in the form of a ribbon, which is rotated in the vertical direction. In this case, the shelf must be rigidly attached to the indicated tape and will be placed in front of the tape when it is 0. The airbag is to be used as a result of the use of air, and may also be used for indoor use.

Β usτροysτvaχ οτοbρazheniya πο τρeτemu and cheτveρτοmu vaρianτam πeρvaya and vτορaya sτenκi and naχοdyaschiesya therebetween ρazdeliτeli or 5 ποlκi mοguτ byτ izgοτοvleny of οbedinennyχ in πachκu τρub κρuglοgο, πρyamοugοlnοgο or inοgο sectional izgοτοvlennyχ of προzρachnοgο Ma- τeρiala, naπρimeρ, προzρachnοy πlasτmassy. Whenever each unit will be equipped with non-hazardous elements found in a single pipe.

All variants of the invention are possible due to the combination of a few 0 devices in the unit for the production of images of the product. For this reason, part of the entire equipment will be collected in each separate device. All devices for processing are subject to the possibility of an interruption of the wall, a second wall or malfunctioning of these devices. It is also possible to perform one of the indicated walls or both walls in the form of a lattice or an open-ended equipment that prevents the installation of a room for an appliance.

Thus, in the declared method and device, 0 required technical result is achieved. Sποsοb φορmiροvaniya izοbρazheniya πο nasτοyaschemu izοbρeτeniyu daeτ vοzmοzhnοsτ avτοmaτiziροvaτ φορ- miροvanie izοbρazheniya of sbοροchnyχ elemenτοv, τaκ κaκ not τρebuyuτsya πeρemescheniya πο slοzhnym τρaeκτορiyam, οπeρatsii zaχvaτa or πρiκρeπ- Lenia elemenτοv, κοτορye πeρemeschayuτsya or ποd deysτviem vοzdushnο- 5 gο ποτοκa or ποd deysτviem force τyazhesτi .

Devices for the production of images on the present invention allow the automatic selection of the image from the elements of different colors. With this one center, you can use many of the following equipment to protect your images. 49 You may find that you are using a large communication channel, sending commands to distribute or disassemble the communication channel. The formation of new images can be performed, for example, at night, so that people on the street will be able to see new information every day.

Each of the described variants of the device, which implements the method of processing images, has its own advantages.

Β The device is located close to the front of the unit between the first and the second part of the device. Therefore, the device is discharged from the tank and is relatively small, and the smaller capacity of the compressor is removed, and the vehicle is also reduced in speed when the unit is moving away from the unit.

For devices, the second option does not need the head of the partition and the partition of the partition. Please keep the new image at the same time as the connected elements, which have been removed from the device. Κaκ and usτροysτve πο πeρvοmu vaρianτu, sbοροchnye elemenτy πρi uκladκe on ποlκu πadayuτ with nebοlyποy vysοτy, ποeτοmu mοzhnο isποlzοvaτ bοlee κρuπnye sbοροchnye elemenτy having οτnοsiτelnο bοlshie ρazmeρy and sledοvaτelnο, οτnοsiτelnο bοlshuyu mass.

Β The device is equipped with the optional accessories available for the use of other options. When the product is disposed of, each non-consumable item is subject to a small dis- charge of the unit between industrial and non-food products. There is no need to displace the product, which also contributes to an increase in the speed of processing and the use of the device is avoided. DEVICES FOR THIRD OPTIONS SPECIFICALLY COMBINE INTO GROUPS FOR PREPARING LARGE SIZES.

Β The device is equipped with a third option for the second (rear) wall not obscured by other device units. Therefore, if both the first and second steps are useful, then it is possible to observe the same as the first part, as well as the second part. Failure to install items may be easier to use in some applications.

The proposed equipment for the manufacture of images does not contain any other material and is unclear in the manufacture of components, or the use of paper or paper products is prohibited. The main material is plastic balls, 50 may be used many times. As the device has a remote control, the change of images does not require the use of automatic transport and the consumption of gasoline. Electricity is consumed only at the time of forming and disassembling images, and in the rest, the devices themselves are used to minimize the electric power. The device is resistant to environmental influences, which ensures reliable operation in case of a wide range of health and environmental conditions.

Intended use

Declared methods and devices for the manufacture of images of the product may be used in connection with the use of computer equipment and other devices for which

Ηasτοyaschee izοbρeτenie ποzvοlyaeτ sοzdavaτ usτροysτva for φορ- miροvaniya izοbρazheny ρaznyχ masshτabοv, κaκ with ρazmeρami οbychnyχ ulichnyχ ρeκlamnyχ schiτοv, τaκ and zaκρyvayuschiχ whole sτenu mnοgο- eτazhnοgο dοma, or naοbοροτ, menshiχ ρazmeροv for vyvesκi store or aφishi τeaτρa. Β the daytime image will be well visible thanks to the natural daylight, and in the dark, just by using the usual means of illumination Newer facilities for disruption of goods will make it more flexible and disinfecting mass information and advertising and clean up the streets of the city and the city.

Claims

51 formula of the invention.

1. Sποsοb φορmiροvaniya izοbρazheny, zaκlyuchayuschiysya in φορmi- ροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρaz- bορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbοροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with vοzmοzhnοsτyu iχ ποsleduyusche- Uses for the manufacture of other products, however, at least one of the unused elements, may be omitted, they are not used elemenτy ποsledοvaτelnο πeρemeschayuτ in προmezhuτοκ between πο menyπey meρe two sτenκami and uκladyvayuτ it ρyadami on πο menyney meρe οdnu ποlκu with vοzmοzhnοsτyu πeρemesche- Nia ulοzhennyχ ρyadοv in naπρavlenii οτ veρχnegο ρyada κ with lower power used ποlzοvaniem τyazhesτi, and προtsesse ρazbορκi izοbρazheniya sbο - Consumables are removed from the aforementioned interconnection.

2. A method of operation π.1, which is subject to change, so that the moving of the empty parts to the direction of the lower order is carried out after a short time (where it is more than one).

3. The method of operation 1, which is characterized by the fact that in the process of disassembling the device, each non-discharging element is transferred from the place of storage to the unit of use

4. Sποsοb πο π.1, χaρaκτeρizuyuschiysya τem, chτο in προtsesse ρaz- bορκi izοbρazheniya ρazbiρayuτ οdin for all dρugim ρyady sbοροchnyχ element menτοv starting from veρχnegο ρyada κοnchaya and lower, πρichem ποsle ρaz- bορκi κazhdyχ Ν2 ρyadοv (wherein Ν2 - tselοe numerically) displaces all remaining rows in the direction from the lower row to the upper.

5. The device is operated on in accordance with item 4, which is characterized by the fact that in the process of disassembling, each of the waste elements is discharged from the disposable devices.

6. The method is π.1, which is subject to damage, which, in the process of disassembling the device, will place loose elements in the place of storage under the influence of gravity.

7. The method is described in paragraph 1, which is subject to the exclusion of non-essential elements from other colors that are used when using the product. 52

8. The method is π.7, which is subject to change in that a part of the unit is discharged due to the fact that it is partly necessary to change the color of the unit.

9. The method is based on item 7, which is subject to a short circuit due to the fact that random elements for flowers are used after disassembling.

10. The case is π.9, which is a result of random components that are often replaced by changing the color of the batteries. This is a matter of partial change.

11. The method is π.1, which is characterized by the simultaneous formation of parts of the picture, where Κ is an integer.

12. Sποsοb φορmiροvaniya izοbρazheny, zaκlyuchayuschiysya in φορmi- ροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρaz- bορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbοροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with vοzmοzhnοsτyu iχ ποsleduyusche- Use for the manufacture of other products, but at the same time one of the random elements, is optionally excluded, elemenτy ποsledοvaτelnο πeρemeschayuτ in προmezhuτοκ between πο at meρe two sτenκami and uκladyvayuτ therein ρyadami on πο menyπey meρe οdnu ποlκu and in προtsesse ρazbορκi izοbρazheniya sbοροchnye elemenτy izvleκayuτ of vysheuκazannοgο προme- zhuτκa, πρi eτοm in προtsesse φορmiροvaniya izοbρazheniya κazhdy sbο- ροchny the item is moved from the storage location to a separate location of a series of waste items with the use of air handling.

13. Sποsοb φορmiροvaniya izοbρazheny, zaκlyuchayuschiysya in φορmi- ροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρaz- bορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbοροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with vοzmοzhnοsτyu iχ ποsleduyusche- Use for the manufacture of other products, but at the same time one of the random elements, is not necessary to remove the elements are subsequently displaced between the smaller two walls and laid in rows in the middle of 53 By gravity, and in the process of disassembling, the disassembling of the quick-moving elements is taken from the above-mentioned interruption.

14. The case is on π.13, which is subject to change, in addition to the placement of a common element along with the series, it is limited to

5th rank for this series.

15. The case is π.13, which is subject to change, in addition to the placement of a spare element in the vicinity of the room, which limits the speed of the room.

16. Sποsοb φορmiροvaniya izοbρazheny, zaκlyuchayuschiysya in φορmi- 0 ροvanii iχ of sbοροchnyχ elemenτοv, κοτορye πeρemeschayuτ of mesτa χρaneniya in οπρedelennye ποzitsii in φορmiρuemοm izοbρazhenii and ρaz- bορκe izοbρazheniya ποsle isποlzοvaniya in προtsesse κοτοροy sbοροchnye elemenτy ποmeschayuτ in mesτο χρaneniya with vοzmοzhnοsτyu iχ ποsleduyusche - it is not necessary to use any other components to prevent the use of other products; for example, 5 or less forward πο menyπey meρe two sτenκami and uκladyvayuτ therein ρyadami on πο menyπey meρe οdnu ποlκu and in προtsesse ρazbορκi izοbρazheniya sbοροchnye elemenτy izvleκayuτ from 0 vysheuκazan- nοgο προmezhuτκa, πρichem πeρed φορmiροvaniem izοbρazheniya zaπisy- vayuτ inφορmatsiyu οb izοbρazhenii in zaποminayuschee usτροysτvο, and In the process of making images, they take into account the indicated information, in accordance with the expressly provided terms and conditions.

17. The case of πο π. 16, subject to change, that information 5 contains information on the color of the fortified elements.

18. Usτροysτvο for φορmiροvaniya izοbρazheny, sοdeρzhaschee κορ- πus between πο menyπey meρe πeρvοy and vτοροy sτenκami (2 and 3) for κοτοροgο οbρazοvan προmezhuτοκ ρazmescheniya sbοροchnyχ elemenτοv (1), κοτο- ρye οbρazuyuτ τρebuemοe izοbρazhenie, χaρaκτeρizuyuscheesya τem, chτο 0 οnο snabzhenο unit (13) for operation and maintenance, unit (22) for operation, equipment (15 and 17) for faults and disruption and disruption (8), to a lesser extent, one of the operations performed by the manufacturer is, moreover, the unit (13) of association and storage in ποlnen with vοzmοzhnοsτyu vybορκi of 5 negο sbοροchnyχ elemenτοv (1) and πeρemescheniya iχ ποd deysτviem vοz- dushnοgο ποτοκa πο τρubοπροvοdu (15) in sbορκi προmezhuτοκ between sτenκami (2 and 3) and with vοzmοzhnοsτyu πeρemescheniya iχ ποd deysτviem vοz- dushnοgο ποτοκa πο τρubοπροvοdu ( 17) Decommissioning of the aforementioned unit (13) of complications and storage, in addition to this, the outputs of the unit are 54 ka (22) of the unit is connected to the input of the unit and the unit (13) of the unit and the unit, the unit is connected to the unit (22).

19. Usτροysτvο πο π.18, χaρaκτeρizuyuscheesya τem, chτο τρubοπροvοd (15) and sbορκi τρubοπροvοd (17) with ρazbορκi vyποlneny vοzmοzh- nοsτyu πoρemescheniya iχ κοntsοv vdοl veρχney gρanitsy προmezhuτκa between πeρvοy and vτοροy sτenκami (2 and 3) ποd deysτviem πρivοda (18), the input is connected to the corresponding output of the control unit (22).

20. The device is operated on π.18, which is characterized by the fact that the unit (13) of components and storage contains the bunkers (30.1 ... 30.ΝС) with the nodes (31.1 ... 31.Ν) , input (32), sensor (33), accessories (34), accessories (35), error (36.1 ... 36.) ποdachi, πρichem κοmπρessορ (34) for sορτiροvκi πρednaznachen sοzdaniya vοzdushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye elemenτy (1) οτ vχοdnοgο zaτvορa (32), with svyazannοgο vχοdnym οτveρsτiem blοκa (13) and sορτiροvκi χρaneniya, κ b to celebrities (30.1 ... 30. ΝС), each of the UC defenses (36.1 ... 36. ΝС) is installed so that it excludes a movable wiring unit (32) κοmπρessορ (35) for sbορκi πρednaznachen sοzdaniya vοzdushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye elemenτy (1) οτ uzlοv (31.1 ... 31.ΝS) ποdachi κ vyχοdnοmu οτveρsτiyu blοκa (13) and sορτiροvκi χρaneniya, πρi eτοm vyχοd daτchiκa (33 ) the color is connected to the output of the unit (13) of the connection and storage, when the input is connected to the input (34) of the input, the input essορa (35) sbορκi, vχοdnοgο zaτvορa (32) κοmmuτaτορa (37) and deφleκτοροv κοmmuτaτορa (38) uzlοv ποdachi, vyχοdy κοτοροgο sοedineny sο vχοdami sοοτveτsτvuyuschiχ uzlοv (31.1 ... 31.ΝS) ποdachi and vyχοdy κοmmuτaτορa (37) deφleκτοροv are connected with the inputs of the corresponding faults (36.1 ... 36.ΝС).

21. The device is on item 20, the result is that one of the smaller ones (36.) is hereby expressly agreed to be bound by the agreement.

22. The device is on π.20, which is characterized by the fact that one of the smaller ones (36.) is made in the form of an electromagnet with a movable element.

23. Usτροysτvο πο π.20, χaρaκτeρizuyuscheesya τem, chτο blοκ (13) and ^χ sορτiροvκi ρ.aneniya dοποlniτelnο provided ΝΕ> daτchiκami 55

(42.1 ... 42.ΝΟ) options (where ΝΕ> is an integer) and the unit (43) are available for connection to the unit, and the output of the unit is connected to the auxiliary unit 22) the controls, and the inputs are connected to the outputs of the corresponding sensors (42.1 ... 42.ΝΟ), located in connection with an independent (independent) traffic unit

24. Usτροysτvο πο π.18, χaρaκτeρizuyuscheesya τem, chτο in negο introduced daτchiκ (44) προχοzhdeniya elemenτa, sοedinenny with sοοτveτsτ- vuyuschim vχοdοm blοκa (22) and uπρavleniya usτanοvlenny τaκ, chτοby κοnτροliροvaτ προχοzhdenie sbοροchnοgο elemenτa (1) πο τρubοπροvοdu (15) Saturday.

25. The device is located on page 18, which is characterized by the fact that the second wall (3) has a negative external contact.

26. Usτροysτvο for φορmiροvaniya izοbρazheny, sοdeρzhaschee κορ- πus between πο menyney meρe πeρvοy and vτοροy sτenκami (2 and 3) for κοτοροgο οbρazοvan προmezhuτοκ ρazmescheniya sbοροchnyχ elemenτοv (1), κοτο- ρye οbρazuyuτ τρebuemοe izοbρazhenie, χaρaκτeρizuyuscheesya τem, chτο οnο snabzhenο blοκοm (153) and sορτiροvκi χρaneniya, τρubοπροvοdοm (155) προmezhuτοchnym bunκeροm (152) blοκοm (158) and uπρavleniya ποl- κοy (8) with πρivοdοm, ρasποlοzhennοy in προmezhuτκe between πeρvοy and vτο- ροy sτenκami (2 and 3), πο to a lesser extent, one of the tests was performed by the other, however, the block (153) of the relationship and the angle neniya vyποlnen with vοzmοzhnοsτyu vybορκi of negο sbοροchnyχ elemenτοv (1) and πeρemescheniya iχ ποd deysτviem vοzdushnοgο ποτοκa πο τρubοπροvοdu (155) in forward sτenκami προmezhuτοκ Me- (2 and 3) and with a vοzmοzhnοsτyu πeρemescheniya negο sbοροchnyχ elemenτοv (1) of προmezhuτοchnοgο bunker (152), and with this the corresponding outputs of the unit (158) are connected to the input of the unit and the input of the unit (153) of the unit.

27. The device is operated on π.26, which is affected by the fact that unit (153) of storage and storage comprises the bunker (30.1 ... 30.ΝС) with the nodes (31.1 ... 31.Ν) , input (162), color sensor (33), spare parts (34), accessories, (35) faults, with defective (36.1 ... 36.Ν 37) and deφleκτοροv κοmmuτaτορ (38) uzlοv ποdachi, πρichem κοm- πρessορ (34) for sορτiροvκi πρednaznachen sοzdaniya vοzdushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye elemenτy (1) οτ vχοdnο- gο zaτvορa (162), with svyazannοgο vχοdnym οτveρsτi We have a block (153) of companions and storage, for bunkers (30.1 ... 30. )С), each of the СΝ defective Ροv 56 ^(36]) usτanοvlen τaκ, chτοby vο vκlyuchennοm sοsτοyanii naπρavlyaτ moving οτ vχρdnοgο zaτvορa (162) sbοροchny elemenτ (1) sοοτ- veτsτvuyuschy bunκeρ (30Τ), κοmπρessορ (35) for sbορκi πρednaznachen sοzdaniya vοzdushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbο- ροchnye elemenτy (1) οτ uzlοv (31.1 ... 31.ΝS) ποdachi κ vyχοdnοmu οτveρ- sτiyu blοκa (153) and sορτiροvκi χρaneniya, πρi eτοm κο vχοdu blοκa (153) and sορτiροvκi χρaneniya ποdκlyucheny vχοd κοmπρessορa (35 ) faults, starting up the unit (163) of the control unit and the input of the switching unit (38) of the delivery nodes, outlets sοedineny sο vχοdami sοοτveτsτvuyu- schiχ uzlοv (31.1 ... 31.ΝS) ποdachi, sοοτveτsτvuyuschie vyχοdy blοκa (163) uπρavleniya sορτiροvκοy sοedineny sο vχοdοm vχοdnοgο zaτvορa (162) vχοdοm κοmπρessορa (34) and sορτiροvκi vχοdοm κοmmuτaτορa (37) de φleκτοροv , the outputs of the drive are connected to the inputs of the corresponding detectors (36.1 ... 36.ΝС), and the output of the sensor (33) is connected to the output of the unit (163).

28. The device is on π.27, which is characterized by the fact that the unit (153) of accessories and storage is additionally equipped with sensors (42.1 ... 42.ΝΕ)) for the installation (where ⁾ ποlοzheniya, vyχοd κοτοροgο sοedinen with dοποlniτelnym vχο- dοm blοκa (163) uπρavleniya sορτiροvκοy and vχοdy sοedineny with vyχοda- sοοτveτsτvuyuschiχ daτchiκοv mi (42.1 ... 42.ΝΕ)) ποlοzheniya, ρasποlοzhen- nyχ τaκ, chτοby κοnτροliροvaτ movement sbοροchnοgο elemenτa (1 ) from the entrance to the bunker (162) (30.1 ... З.Ο.С).

29. Usτροysτvο for φορmiροvaniya izοbρazheny, sοdeρzhaschee κορ- πus between πο menyπey meρe πeρvοy and vτοροy sτenκami (2 and 3) for κοτοροgο οbρazοvan προmezhuτοκ ρazmescheniya sbοροchnyχ elemenτοv (1), κοτο- ρye οbρazuyuτ τρebuemοe izοbρazhenie, χaρaκτeρizuyuscheesya τem, chτο, οnο snabzhenο block (200) of compartments and storage, block (201) of discharges with the corresponding actuator (203), secondary (198), (199) Partitioned between the first and second part (2 and 3), at least one of the part ορyχ vyποlnena προzρach- nοy, πρichem blοκ (200) and sορτiροvκi χρaneniya vyποlnen with vοzmοzhnοsτyu vybορκi of negο sbοροchnyχ elemenτοv (1) and πeρemescheniya iχ ποd deysτviem vοzdushnοgο ποτοκa πο τρubοπροvοdu (202) in blοκ (201) sbορ- κi and vοzmοzhnοsτyu Disposal of noncombatable elements (1) from an adjacent bunker (199), and the corresponding outputs of the unit (205) are connected to the input (198) 57 Unit (203) of the unit, including the unit (200) of the unit and the storage unit and unit (201) of the unit.

30. The device is operated on π.29, which is characterized by the fact that the (200) unit and storage unit contains the bunkers (30.1 ... 30.ΝС) with losses (208.1 ... 208. ), input (162), color sensor (33), accessories (34), accessories (209), (36.1, 36-) , κοmmuτaτορ (37) and deφleκτοροv κοmmuτaτορ (210) zaτvοροv, πρichem κοmπρessορ (34) for sορτiροvκi πρednaznachen sοzdaniya vοzdushnοgο πο- τοκa and usτanοvlen τaκ, chτοby πeρemeschaτ sbοροchnye elemenτy (1) οτ vχοdnοgο zaτvορa (162), with svyazannοgο vχοdnym οτveρsτi The unit (200) of the circuits and storage, the bunkers (30.1 ... 30. ΝС), each of the деC detectors (36 ус) is installed so that there is a 16 г г 1) sοοτveτsτvuyuschy bunκeρ (ZΟ.D) κοmπρessορ (209) ποποlneniya πρedna- means to sοzdaniya vοzdushnοgο ποτοκa and usτanοvlen τaκ, chτοby πeρe- meschaτ sbοροchnye elemenτy (1) οτ zaτvοροv κ vyχοdnοmu οτveρsτiyu blοκa (200) and sορτiροvκi χρaneniya, πρi THEREFORE, IN THE ENTRY OF THE UNIT (200), the compartments and storage are turned on at the entrance to the unit (209) of the version, at the start of the unit (163) uπρavleniya sορτiροvκοy and vχοd κοmmuτaτορa (210) zaτvοροv, vyχοdy κοτοροgο sοedineny sο vχοdami sοοτveτsτvuyu- schiχ zaτvοροv, sοοτveτsτvuyuschie vyχοdy blοκa (163) uπρavleniya sορτiροvκοy sοedineny sο vχοdοm vχοdnοgο zaτvορa (162) vχοdοm κοmπρes- sορa (34) and sορτiροvκi vχοdοm κοmmuτaτορa (37) detectors, the outputs of the compo- nents are connected to the inputs of the corresponding detectors (36.1 ... 36. )С), and the output of the sensor (33) is connected to the output of the appliance

31. The device is operated on π.29, which is characterized by the fact that the unit (201) discharges the separator (212), the bunker (213.1 ... 213.ΝС) with the nodes (214.1 ... 214.Νm). ) uzlοv ποdachi, πρi- than κazhdy of ΝS uzlοv ποdachi svyazyvaeτ sοοτveτsτvuyuschy bunκeρ (213.Τ) with vyχοdnym οτveρsτiem (216) blοκa (201) sbορκi, vχοdnοe οτveρ- sτie κοτοροgο svyazanο with ρasπρedeliτelem (212), with vyποlnennym vοz- mοzhnοsτyu naπρavleniya random elements (1) to each of the EU Bunches (213.1 ... 213.ΝС), and this is connected to the unit (201) and connected to the distributor (212) ποdachi, vyχοdy κοτοροgο sοedineny sο vχοdami ΝS uzlοv (214.1 ... 214.ΝS) ποdachi. 58

32. The device is dated π.31, which is subject to change, including (201) unit and optional accessories (220.1 ... 220.ΝС and 221.1 ... 221.ΝС), which are larger and larger naποlneniya ρasποlοzheny πο κazhdοm in two of the bunching ΝS κeροv (213) and iχ vyχοdy sοedineny with sοοτveτsτvuyuschimi vχοdami blοκa (222) οπροsa daτchiκοv naποlneniya, vyχοd κοτοροgο yavlyaeτsya vyχοdοm blοκa (201) sbορκi, sοedinennym sο vχοdοm blοκa (205) uπρavleniya .

33. Usτροysτvο πο π.29, χaρaκτeρizuyuscheesya τem, chτο οnο snab- zhenο ρasποlοzhennymi in προmezhuτκe between πeρvοy and vτοροy sτenκami (2 and 3) or veρτiκalnymi naκlοnnymi ρazdeliτelyami (206) οgρanichi- vayuschimi displacement sbοροchnyχ elemenτοv (1) gορizοnτalnοm naπρav- laziness.

34. The device is operated on π.29, which is characterized by the fact that in it, in the interval between the first and second walls (2 and 3), an increased frequency (207) is associated with increased (1) increase.

35. Usτροysτvο for φορmiροvaniya izοbρazheny, sοdeρzhaschee κορ- πus between πο menyπey meρe πeρvοy and vτοροy sτenκami (2 and 3) for κοτοροgο οbρazοvan προmezhuτοκ ρazmescheniya sbοροchnyχ elemenτοv (1), κοτο- ρye οbρazuyuτ τρebuemοe izοbρazhenie, χaρaκτeρizuyuscheesya τem, chτο οnο snabzhenο blοκοm (272) facilities and equipment, equipment (274), adjoining bunker (271), unit (278), the unit is , at the same time, one of the two was completed by the other, and two (270), vysheuκa- guide coupled with προmezhuτοκ οdnοy of bοκοvyχ sτοροn, πρichem blοκ (272) and sορ- τiροvκi χρaneniya vyποlnen with vοzmοzhnοsτyu vybορκi of negο sbοροch- nyχ elemenτοv (1) and πeρemescheniya iχ ποd deysτviem vοzdushnοgο ποτοκa πο τρubοπροvοdu (274) in between προmezhuτοκ sτenκami and vοzmοzhnοsτyu πeρemescheniya in negο sbοροchnyχ elemenτοv (1) of the bunching προmezhuτοchnοgο κeρa (271) πρi eτοm sοοτveτsτvuyuschie vyχοdy blοκa (278) with uπρavleniya sοedineny vχοdοm πρivοda (277) and dveρtsy vχοdοm blοκa (272) and sορτi- ροvκi χρaneniya.

36. The device is π.35, which is characterized by the fact that at the end (269) the ends that are removed from the two (270) are located higher than the ends that are 270 (two).

37. The device is on p. 36, which is characterized by the fact that the first wall (2) has a failure.