Device and method of clearing face surface of optical fiber |
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IPC classes for russian patent Device and method of clearing face surface of optical fiber (RU 2344449):
                                                                                                                                                                                            
 Method for connecting an optical component to optical-electronic modules / 2304294
Optical connection module for connecting an optical component to substrate contains substrate; auxiliary support, connected to aforementioned substrate, containing heat-isolating material; optical component, adjusted relatively to the first laser and soldered to aforementioned auxiliary support with usage of heat from the second laser; contact area, located between aforementioned heat-isolating material and aforementioned optical component; laser auxiliary support, connected to aforementioned substrate; and a first laser, connected to aforementioned laser auxiliary support. Optical component is an optical fiber, while aforementioned optical connection module is a module for connecting the first laser to the optical fiber. Aforementioned contact area and aforementioned heat-isolating material ensure local transfer of heat during soldering for even melting of solder alloy and for limiting transfer of heat into aforementioned substrate. Aforementioned optical component is picked from a group which includes optical fiber, mirrors, lenses, detectors, micro-electro-mechanical devices and isolators. Method for manufacturing an integration optical connection module includes creating a substrate, applying a pattern and etching first zone of aforementioned substrate, creating a heat-isolating material in aforementioned first zone of aforementioned substrate, polishing aforementioned heat-isolating material and aforementioned substrate for creation of a flat surface, including a part of substrate and the heat-isolating part, connection of contact area, including at least one metallic layer, to aforementioned heat-isolating part, positioning of first laser on aforementioned part of substrate and adjustment and connection of optical component to aforementioned contact area. Aforementioned optical component is connected to aforementioned contact area with usage of solder alloy, which is heated using the second laser.
 Universal adaptor / 2288492
Connector of adaptor for fiber-optic plug is mounted ahead onto front panel and is fixed by means of spring. Adaptor has case made of one or two items, at least one flange which is pressed against front panel, at least one socket for fiber-optic plug, which socket is disposed ahead and/or behind of front panel, and at least one dismountable fixing unit for plug. Any socket of plug has hole intended for selective mounting of at least two of three different types of plugs LX.5, LC and MU and of one corresponding fixing unit, which is used for plug of corresponding type.
 Fiber-optic connector, headpiece for use with it and method for making such a headpiece / 2264640
Method includes steps, at which metal is precipitated by galvanic plastics on at least one wire element to produce a product in form of rod and wire element is pulled or extruded from product without using dissolution or heating, causing worsening of characteristics of wire element, diameter of which is insignificantly greater, than diameter of optic fiber. Precision of diameter of through aperture of headpiece is determined by precision of outer diameter of wire element.
 Method for laying fiber bundle in subsurface plastic pipes / 2245567
Each section of fiber bundle disposed beyond pipeline is placed in plastic pipe whose outer diameter is smaller than that of pipeline, the latter is tightly joined through adapter to plastic pipe, plastic pipes are tightly joined with pipe connections of dead-end box made in sealed cast-iron protective casing, and fiber bundles are connected within this box. Plastic pipes holding fiber bundles are coiled in turns at permissible bending radius so as to ensure that dead-end box occurs inside one coil formed at the same time from turns of two plastic pipes or between two coils, each being formed from turns of one plastic pipe. Butt-ends of pipelines, plastic pipes holding fiber bundles, and dead-end box are placed in fiberglass shell tied to pipelines to protect them from rodents.
 Fiber-optic adjustable connector-attenuator / 2244329
Device has body 1, on one wall of which socket 2 with localizer 3 is mounted, in which optical end piece 4 is placed with fiber light guide 5, fixed on bushing 6. On other wall of body 1 screw pair is mounted, crew 8 of which is connected to bushing 6 via flexible link 9, passing inside body 1 through guiding apertures 10, 11. In body 1 adjusting screw 12 is mounted with possible transverse effect on flexible link 9. Compression spring 7 is connected to bushing 6 and body 1 and provides for constant tension of flexible link 9. Flexible link 9 is deformed by rotation of screw 12. End of flexible link, connected to bushing 6, extends from guide 11, pulling optical end piece 4.
 Protector for fiber-optic probe / 2243578
The invention relates to optical means of the study of the internal structure of objects and can be used in the OTDR, devices for coherent imaging devices for obtaining spectral images used in medical diagnosis and monitoring of technological processes
 Locking device for fiber optic elements, a kit and tray / 2242036
The invention relates to fiber-optic technology
 Coupler for optical communication cables (options) / 2229147
The invention relates to connectors and splitter boxes, designed for splicing of optical communication cables laid in cable ducts, sewers, tunnels, areas of cable PBXs and LANs
 Manipulated krasivaya cassette / 2190867
The invention relates to the manipulated krasivaya tape techniques for fiber-optical communication and processing, transmitting and receiving data intended for placing of bearing cups on two glass each, and comprising a housing with means of connection to line and coupled to the housing of the holder, which can be rotated connected bearing Cup
 Device and method for the placement of optical fibers / 2186415
The invention relates to the placement of optical fibers, for example, in seclusion for splicing fiber optic cables
 System and method for remote determination and changing of cutting modes during coke removal / 2343178
System for coke removal out of coke drum contains rotating combined boring bar 52, which has engine, cutting head 54, inner 34a and outer 36a pipes. Boring bar 52 descends into coke drum. Water jets are shot under pressure from single or multiple nozzles 57 for boring hole shaft in coke drum. Second group of nozzles 58 is intended for shooting water jets under pressure perpendicularly to boring bar 52, cutting off and removal of remaining part f coke from coke drum. By means of switch valve, located at distance from cutting head 54, simultaneous supply of water to nozzles 57 and 58 is prevented. Valve can be controlled by central processor, distantly from control panel, or manually by operator. Marks, informing operator about passing of liquid into pipes 34a or 36a can be additionally attached to valve. Operator can distantly switch process from boring mode to cutting mode without removing boring bar 52 from coke drum and distantly determine its operation mode.
 Nonreactive hydraulic giant for cleaning of surfaces / 2342280
Hydraulic giant is related to devices for hydrodynamic treatment of surfaces performed in liquid or gas phase, and may be used for cleaning of hulls, submerged structures, hydrotechnical facilities and other objects from contact deposition of different genesis. Nonreactive hydraulic giant for cleaning of surfaces contains case-handle with channels of working fluid supply, shaft, high discharge working nozzle, auxiliary nozzle for balancing of reactive force of working jet, controller for working fluid flow and hose that connects inlet channel of case-handle with manifold of high pressure source. Auxiliary nozzle is equipped with supply tube, aligned with working nozzle and installed in protective jacket. Jacket is arranged in the form of cylindrical tube and is equipped with reflector on one end arranged in the form of hemisphere, concave side of which faces auxiliary jet. Area of auxiliary nozzle section is selected as twice less than area of working nozzle section.
 Hollow product washing device / 2336958
Device incorporates a branch pipe with holes made on its side surface to feed washing fluid inside the casing and the casing proper with the cover arranged on the said branch pipe to revolve about it and making when jointed together, a mountain-like space communicating via openings with the casing inside and the cover slots designed to form the washing fluid jets. The casing inside houses a disc connected and aligned with the said branch pipe. The said branch pipe side surface holes are arranged in two rows on both sides of the aforesaid disc. The casing with the cover can not only revolve about the branch pipe with the said disc but to move along the branch pipe axis so that the disc edges moves along the openings' height.
 Method of and device for turbo-fan gas turbine engine cleaning / 2331487
Device incorporates a set of nozzles to disperse cleaning liquid in the engine air intake air flow upstream the engine fan flow. The first nozzle is arranged so that to make cleaning liquid coming out of it strike onto the blades surfaces on, in fact, the pressure side, the second nozzle being arranged so that to make cleaning liquid coming out of it strike on the blades surfaces on, in fact, the suction side and the third nozzle being arranged so that to make cleaning liquid coming out of it pass, in fact, between the blades to get into the engine inner circuit input. The engine cleaning method is also proposed.
 Bearings washing and drying unit / 2329879
Invention relates to development of the equipment intended for automatic bearing washing and drying and is intended for industrial and repair enterprises of whatever national economy branch. The unit incorporates an inclined conveyor accommodating bearings, washing and drying chambers, a pump and a pipeline to feed washing fluid into washing zone and that to feed warmed up compressed air in drying zone, an automatic control system, washing heads and drying heads with built-in swirlers arranged on the LH and RH sides of the bearings. The swirlers feature, on the washing fluid flow and warmed-up compressed air inlet, radius sections, while, on the washing fluid flow and warmed-up compressed air outlets, the swirler end faces are flat with sharp edges and have holes arranged radially relative to two washing fluid and warmed-up compressed air flows. The washing and drying heads are shifted relative to the bearing axis.
 Plant for washing and treatment of air-gas duct of gas-turbine engine with emulsion / 2323051
Invention relates to cleaning and prevention of contamination with use of liquid, and it can be used in servicing flying vehicles. Proposed plant contains movable platform of which two tanks are mounted for washing liquid and emulsion with filters connected by pipelines with electrically driven pump, cock, hydraulically driven positive displacement emulsion meter and atomizing device with atomizing nozzles. Cock has four outlets. Inlet of cock is connected through pump with washing liquid tank. First outlet is connected with space of meter hydraulic driven, second one is connected with flexible pipeline to deliver washing liquid to nozzles, third one is connected with mainline to drain washing liquid from atomizing device, and fourth one is connected with mainline to drain liquid from space of hydraulic drive of meter into washing liquid tank. Flexible pipeline delivering washing liquid to nozzles communicates with tank through drain and discharge main line of washing liquid by means channel made in plug of distributing cock. Emulsion space of meter communicates at one side through intake valve with emulsion tank and at other side, through outlet valve, with flexible pipeline delivering emulsion to additional nozzles.
 Installation used for flushing of the articles / 2318616
The invention is pertaining to purification and preparation of the surfaces for coating, in particular, to blasting of articles and purification of the cleaning solution for its multiple usage. The invention ensures improvement of the quality of purification of the cleaning solution, therefore, its saving and improvement of the quality of cleaning of the surfaces of the articles, improvement of the installation repair and maintenance conditions. The installation contains: the chamber with the located in it contours of the flushing; the bath for the washing solution located under the chamber and equipped with filtering partitions and the pump for feeding of the cleaning solution in the flushing contours; the linked with the bath tank used for recuperation of the cleaning solution and having the magnetic partitions carrying the permanent magnets fixed in the rows. The magnetic partitions are disposed in the rows in parallel to the direction of the stream of the cleaning solution with the equal space between them. At that the partitions of one row are shifted concerning the partitions of other row by a half step. Each partition in its upper part has protrusions and is installed on the detachable beams having the vertical grooves with the expanded upper part. The beams are mounted on the bearing supports having the elongated side wall; and on the inlet and the outlet of the tank for recuperation of the cleaning solution there are the mounted distribution partitions disposed perpendicularly to the magnetic partitions. At that the rows of the permanent magnets in each magnetic partition are installed inclined and disposed at an angle to the vertical axis, the poles of the magnets have the similar polarity reversion in each row, and in the distribution partitions there is the perforation.
 Method used for flushing of products and device for its implementation / 2318615
Group of inventions is pertaining to purification and preparation of the surfaces of the products for coating, in particular, to the spray flushing of the products and purification of the flushing solution for its multiple use. The method consists in the action on the products by the flushing solution and purification of the low-purity flushing solution flowing down from the purified products. The method provides for the low-purity flushing solution filtration and removal of its surface layer with pollutions by its blowing from the surface of the main volume of the flushing solution by the inclined streams of the air to the drain place. At that the surface layer with the pollutions before its drain, in the final phase of its blowing out by the air, is routed from the main volume of the flushing solution into the small volume, where its settling is exercised, after termination of which the newly formed surface pollutions are removed from the small volume by the pressure transfer at the expense of the difference of the levels of the flushing solution from the middle more pure part of the main volume of the flushing solution into the lower part of the small volume with consumption, which does not cause relocation of the draining surface pollutions of the small volume. After termination of the drain the settled surface layer from the small volume is routed into the middle part of the main volume of the flushing solution. The device used for the method implementation contains: the chamber with the located in it flushing circuits used for feeding of the flushing solution on the products; the flushing solution bath disposed under the chamber and equipped with filtering components and the pump for feeding the flushing solution into the circuits of flushing, and also the circuit of blowing of the surface layer with the pollutions equipped with the inclined nozzles and connected to the network of the compressed air and fixed on one of the bath walls; and the drain chute. The device is additionally supplied with the tank for settling of the surface layer with the pollutions and the recirculating pump. At that the bath wall, which is opposite to the wall, where the blowing circuit is installed, there is the fixed block of collection of the surface layer with the pollutions, consisting of the inclined collectors, on which there are the uniformly mounted and fixed funnels supplied with the lattice washers uniformly spaced with respect to the level of the flushing solution in the bath with the capability to be adjustable in height. The inclined collectors are connected through the T-connector and the shutoff valve with the pipe duct, which has been linked to the lower part of the tank for settling of the surface layer with pollutions, which is connected to the middle part of the bath by two pipe ducts, each of which is equipped with shut-off valve and the adjustable valve. The recirculating pump is disposed on one of these pipe ducts between the shut-off valve and the adjustable valve; its delivery fitting pipe is directed towards the bath, and the drain chute is installed on one of the walls of the tank settling of the surface layer with the pollutions.
 Double-level washing machine with the defectoscope / 2318614
The invention is pertaining to the mechanical engineering industry and may be used for cleansing of the details and flaw detection. The invention ensures the increased efficiency of usage of the heat of the cleansing agent, determination of the pollution degree and setting of the time of the cleansing for each sector, the determination of the coordinates of the location of the detected faulty component place, reduction of the cost of the cleansing equipment. The double level washing machine contains the welded tank with the cover, the walls with he heat insulation, the spray jets disposed in the cover, the telescopic boom, on which there is the round table sorter with the heat source in the middle, divided into the sectors, transferable upright from the washing tank in the shower chamber, the sectors of the thermovision screens, the signal from which goes to the switching unit and from the switching unit into the computer, from the computer - to the control unit and the electron-beam tube, the diaphragm consisting of the lobes, collectors. The table-sorter is brought in rotation about its axis and is set by its sectors opposite to the vertical and horizontal thermovision screens, which are installed on the cover and the side wall of the shower chamber. Besides, in the washing tank there are: the suction collector with the cross-section made in the form of the sector, the screw, the magnetic-inertia settler and the boosting collector.
 Double-layer washing machine / 2318613
The invention is pertaining to mechanical engineering and may be used for provision of saving of the heat at its non-uniform supply or consumption, in particular, at washing of the component parts and blocks of the machinery. The invention ensures the increase of effectiveness of usage of the heat of the washing agent, the raise of productivity and reliability of the washing machine. The machine contains the welded tank with the cover, the walls with the heat insulation, the grading desk lifted and lowering by the telescopic boom on the necessary height, the spray jets disposed in the cover, the washing bath, the shower chamber, the diaphragm including the lobes, the pipe duct and the annular grooves. At that the cavity between the welded tank and walls with the heat insulation is filled with the substance, which accumulate the heat, and the grading desk is made out of the hollow annular disks filled with the heat- accumulating composition changing its aggregation state.
 Method of hydrodynamic treatment of a surface and a device for its realization / 2250145
The invention is dealt with the hydrocavitating methods of treatment of the different surfaces and may be used for clearing of different composite surfaces including underbody surfaces of ships. The method provides for an action of at least two being under pressure cavitating water jets onto a zone of a surface under treatment. The action is realized with provision of intersection of the cavitating jets. For increasing concentration and maintenance of uniformity of cavitational bubbles in a zone of a surface of treatment the distance L between the longitudinal axes of the injectors of the cavitating jets was taken satisfying to the following ratio:
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FIELD: physics. SUBSTANCE: proposed device includes the casing with a jointing element to be received into the jointing assembly, fluid medium proportioning tool arranged, partially, inside aforesaid casing. Note here that the said proportioning tool section interacts with the face surface when the aforesaid jointing element is received by the jointing assembly. The said fluid medium proportioning tool is designed to feed fluid medium and solvent onto the said face surface to removal dirt from the said face surface. The proposed device can include a contact clearing assembly and/or a microscope. EFFECT: device for clearing optical fiber end face by no-contact method, removal of cleaning liquid from face surface. 78 cl, 21 dwg
The text descriptions are given in facsimile form. 1. The cleaning device (1200) for cleaning the end surface (1104) optical fiber (1106)containing: (a)housing(1208), and (b) a dispenser of fluid (1106)at least partially located inside the housing (1208), pricemaster fluid (1106) is designed for supplying the fluid and solvent on the end surface (1104) to remove the dirt with the end surface (1104), (c) first mounting device (1210), attached to the housing (1208), with the first mounting device (1210) adapted to allow selective connection of the container (1202) with a fluid medium with the case (1208); (d) second mounting device (1222), attached to the housing (1208), and the second mounting device (1222) adapted to allow selective connection of the container (1204) with the solvent with the case (1208), and the dispenser of fluid (1106) is communicated with each of the containers (1202, 1204) and adapted to supply the fluid and solvent from each of the containers (1202, 1204) on the end surface (1104), and in this case (1208) further comprises a cavity dispensing solvent (1260) a predetermined volume and an actuator (1232)coupled to the housing (1208), and any solvent contained in the cavity of the dispensing solvent (1260), can be produced on the end surface (902) by activating the actuator (1232). 2. The cleaning device according to claim 1, in which a given volume of the cavity (1260) dispensing of solvent is from about 0.01 to about 0.05 ml. 3. The cleaning device according to claim 1, which also contains a system (1206) control connected to the housing (1208), the system (1206) control configur is by finding in the first position, which Pets flow of liquid through the spout of the fluid (1116) on the end surface (1104) and not allowed to feed the solvent from the fluid dispenser (1116) on the end surface (1104). 4. The cleaning device according to claim 1, in which the dispenser fluid (1116) also contains a nozzle tip (1110), and the fluid and solvent release from a dispenser of fluid through the nozzle tip (1110). 5. The cleaning device according to claim 4, additionally containing at least one extension (1112)extending outward from the nozzle tip (1110), and the far end of the cable (1112) adapted for engagement with the end surface (1104) to maintain the nozzle tip (1110) at least at a given distance from the end surface (1104). 6. The cleaning device according to claim 5, in which the set distance is from about 0.381 to about 6.35 mm (0,015 to about 0.25 inch). 7. The cleaning device according to claim 1, in which at least part of the fluid dispenser (1116) is adapted to insert it into the centering sleeve (1108). 8. The cleaning device according to claim 1, which contains also coupled to the housing (1208) microscope (500), and the microscope is adapted for inspection of the end surface (1104). 9. The cleaning device of claim 8 which also contains a hole (336) to install the microscope, and the hole (336) to install the microscope is intended for selective installation of the microscope is designed to observe the end surface (1104) optical fiber (1106). 10. The cleaning device according to claim 9, in which the microscope (500) installed in the hole (336) for installation of the microscope so that the axis of the image in the microscope (500), and fluid or compressed gas and the solvent in the issuance of the dispenser fluid (1116) or from the purification unit is directed to the end surface (1104). 11. The cleaning device according to claim 1, which contains also the shifter (1506), and the shifter (1506) interacts with the fluid dispenser (1116) to offset at Mare part of the dispenser of fluid (1116) in the direction of the end surface (1104). 12. The cleaning device according to claim 1, in which part of the optical fiber (1106) is contained within the device pairing (1103) and a dispenser of fluid (1116) contains interfacing element (1124)made with the possibility to be accepted by the device (1103). 13. The cleaning device according to item 12, which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface (1104). 14. The cleaning device according to item 12, wherein said Sprague the element (1124) contains the receiving chamber (880) to the end surface of the optical fiber, made with the possibility of receiving protective housing (926), which partially surrounds the end face of the optical fiber (1104) and the centering sleeve (1108), and the cleaning device further comprises a seal (884) between the protective housing (926) centering sleeves (1108) and the receiving chamber(880) to the end surface of the optical fiber. 15. The cleaning device according to 14, in which the seal is an annular seal (884), placed in the annular channel formed on the inner wall of the receiving chamber (880) to the end surface of the optical fiber. 16. The cleaning device according to item 13, in which the pumping system (1118) contains going through the case (1208) the discharge channel (120) pumping designed for removal of fluid or compressed gas and solvent separated within the device pairing (1103). 17. The cleaning device according to clause 16, in which the discharge channel (120) pumping at least partially limited by the inner walls of the housing(1208). 18. The cleaning device according to clause 16, in which the device (1200) cleaning the end surface of the optical fiber is intended for use during all cleaning procedures and during the period after dilution through the discharge channel (120) suction and drying period following the implementation of cleaning, provided the label of the fluid or compressed gas and is initiated stage pumping gas at the end surface (1104) to remove any residual solvent in the cleaning procedure which remains in the centering sleeve (1108). 19. The cleaning device according to item 12, in which the connecting element (1124) further comprises at least one extension (1112)extending outward from the connecting element (1124), and the far end of the cable (1112) adapted for engagement with the end surface (1104,when interfacing element (1124) is accepted by the device (1103). 20. The cleaning device according to item 12, in which the connecting element (1124) made with the possibility for at least partial reception of the centering sleeve (1108). 21. The cleaning device according to item 12, in which at least part of the connecting element (1124) selectively removed to replace at least part of the second connecting element of the other forms, while interfacing element (1124) is designed in such a way as to permit selectively remove the contact tip (816, 817) from interfacing receiving part (815) and replace contact tip (816, 817) another form. 22. The cleaning device according to claim 1, additionally containing the node contact cleaner (1304)coupled to the housing (1208), and the node contact cleaner (1304) contains contact element (1314), designed for interaction with the end surface (1104) and remove the dirt from the end surface by means of physical contact. 23. The PTS device is tough on p.22, in which the contact element (1314) contains many setae. 24. The cleaning device according to item 22, in which the node contact cleaner (1304) is designed to move the contact element (1314), when the contact element(1314) is in contact with the end surface (1104). 25. The cleaning device according to item 22, in which the node contact cleaner (1304) selectively configured between a first position in which the contact element (1314) communicates with the end surface (1104), and a second position in which the contact element is located at a distance from the end surface (1104). 26. The cleaning device according to item 22, in which the node contact cleaner (1304) further includes a drive mechanism (1318)connected to the node contact cleaner (1304), drive mechanism (1318) is designed to move the connecting element (1314) at the end surface(1104). 27. The cleaning device according to item 12, which also contains additional dispenser fluid medium at least partially located inside the housing, and the additional fluid dispenser includes a second mating element adapted to be received by the second device, and additional fluid dispenser is designed to supply the fluid and solvent through the second connecting element N. the second end surface to remove contaminants from the second end surface. 28. The cleaning device of claim 1, wherein the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 29. Device for cleaning p, in which the flow of compressed gas or fluid from the first nozzle (894) is designed to draw solvent from the second nozzle (896) under the influence of the Venturi effect, with the far end of the second nozzle (896) ends in the first nozzle (894). 30. The cleaning device according to claim 1, in which the solvent is a liquid consisting of a mixture of hydrocarbon and terpene, when this solvent is a liquid consisting of a mixture of aliphatic petroleum solvent and of monocyclic terpenes, and the solvent is a mixture consisting of a fluorinated ether, a chlorinated alkali and alcohol, or solvent is a mixture consisting of methyleneglutarate, ethyleneterephthalate, TRANS-1,2-dichlorethylene and isopropanol. 31. The cleaning device according to one of p, 16, 18, 28 and 29, in which fluid or compressed gas is compressed air. 32. The cleaning device according to item 12, in which the dispenser fluid (1116) is adapted for discharge of compressed gas or fluid from the connecting element (1124) at a distance priblizitel is but 0,635-5,08 mm (0,025-0,20 inch) from the end surface (1104) optical fiber (1106), when interfacing element (1124) of the housing (1208) received by the device (1103) pair. 33. The cleaning device according to item 12, which also contains a baffle at least partially placed in the housing and mounted near the face (1104)when interfacing element (1124) received by the device (1103) pair, and a deflector adapted to direct compressed gas on the end surface (1104). 34. Device for cleaning p, in which the deflector may be operable between a first position in which the deflector is located near the end surface (1104) for selective direction of the compressed gas on the end surface (1104), and a second position in which the deflector is allocated back against the end surface (1104). 35. Device for cleaning p or 34, in which the end (890) vent located near the face (1104), adapted to direct compressed gas or the fluid in the facet (904) end surface (1104), or when this deflector contains a lot of guide elements (982) to interact with the centering sleeve (1108)at least partially located inside the unit (1103) pair. 36. Device for cleaning p, in which the first nozzle (894) additionally designed to feed chemical reagent on the end surface shall knost (902) to increase the surface tension of at least part of the fluid medium. 37. The cleaning device according to item 12, optionally containing device (1506) offset, and a device (1506) bias interacts with a mating element (1124) to bias the connecting element (1124) in the direction of the end surface (1104). 38. The cleaning device according to claim 3, in which the dispenser fluid (1116) also contains a nozzle tip (1110), and the fluid and solvent release from a dispenser of fluid through the nozzle tip (1110). 39. The cleaning device according to claim 1, additionally containing at least one extension (1112)extending outward from the nozzle tip (1110), and the far end of the cable (1112) adapted for engagement with the end surface (1104) to maintain the nozzle tip (1110) at least at a given distance from the end surface(1104). 40. The cleaning device according to claim 3, additionally containing at least one extension (1112)extending outward from the nozzle tip (1110), and the far end of the cable (1112) adapted for engagement with the end surface (1104) to maintain the nozzle tip (1110) at least at a given distance from the end surface (1104). 41. The cleaning device according to claim 3, in which at least part of the fluid dispenser (1116) is adapted to insert it into the centering sleeve (1108). 42. The mustache is a cleaning device according to claim 4, in which at least part of the fluid dispenser (1116) is adapted to insert it into the centering sleeve (1108). 43. The cleaning device according to claim 5, in which at least part of the fluid dispenser (1116) is adapted to insert it into the centering sleeve (1108). 44. The cleaning device according to claim 3, which contains also coupled to the housing (1208) microscope (500), and the microscope is adapted for inspection of the end surface (1104). 45. The cleaning device according to claim 4, which contains also coupled to the housing (1208) microscope (500), and the microscope is adapted for inspection of the end surface (1104). 46. The cleaning device according to claim 5, which contains also coupled to the housing (1208) microscope (500), and the microscope is adapted for inspection of the end surface (1104). 47. The cleaning device according to claim 7, which contains also coupled to the housing (1208) microscope (500), and the microscope is adapted for inspection of the end surface (1104). 48. The cleaning device according to claim 3, which contains the device offset (1506), and the shifter (1506) interacts with the fluid dispenser (1116) to offset at Mare part of the dispenser of fluid (1116) in the direction of the end surface (1104). 49. The cleaning device according to claim 4, which contains the device offset (1506), and the mustache is the unit displacement (1506) interacts with the fluid dispenser (1116) to offset at least part of the fluid dispenser (1116) in the direction of the end surface (1104). 50. The cleaning device according to claim 5, which contains the device offset (1506), and the shifter (1506) interacts with the fluid dispenser (1116) to offset at least part of the fluid dispenser (1116) in the direction of the end surface (1104). 51. The cleaning device according to claim 7, which contains the device offset (1506), and the shifter (1506) interacts with the fluid dispenser (1116) to offset at least part of the fluid dispenser (1116) in the direction of the end surface (1104). 52. The cleaning device of claim 8, which contains the device offset (1506), and the shifter (1506) interacts with the fluid dispenser (1116) to offset at least part of the fluid dispenser (1116) in the direction of the end surface (1104). 53. The cleaning device according to claim 3, in which part of the optical fiber (1106) is contained within the device pairing (1103) and a dispenser of fluid (1116) contains interfacing element (1124)made with the possibility to be accepted by the device (1103). 54. The cleaning device according to claim 4, in which part of the optical fiber (1106) is contained within the device pairing (1103) and a dispenser of fluid (1116) contains interfacing element (1124)made with the possibility to be accepted by the device (1103). 55. The cleaning device is according to claim 5, in which part of the optical fiber (1106) is contained within the device pairing (1103) and a dispenser of fluid (1116) contains interfacing element (1124)made with the possibility to be accepted by the device (1103). 56. The cleaning device according to claim 7, in which part of the optical fiber (1106) is contained within the device pairing (1103) and a dispenser of fluid (1116) contains interfacing element (1124)made with the possibility to be accepted by the device (1103). 57. The cleaning device of claim 8, in which part of the optical fiber (1106) is contained within the device pairing (1103) and a dispenser of fluid (1116) contains interfacing element (1124)made with the possibility to be accepted by the device (1103). 58. The cleaning device according to claim 11, in which part of the optical fiber (1106) is contained within the device pairing (1103) and a dispenser of fluid (1116) contains interfacing element(1124)made with the possibility to be accepted by the device (1103). 59. The cleaning device according to claim 1, which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface (1104). 60. The cleaning device according to claim 3 which also contains a pumping system (1118), connected with corpus the (1208), moreover, the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface (1104). 61. The cleaning device according to claim 4 which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface (1104). 62. The cleaning device according to claim 5, which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface (1104). 63. The cleaning device according to claim 7 which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface (1104). 64. The cleaning device of claim 8 which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface (1104). 65. The cleaning device according to claim 11, which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) is adapted to create a vacuum in the immediate vicinity of the end surface, and (1104). 66. The cleaning device according to claim 3, in which the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 67. The cleaning device according to claim 4, in which the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (104). 68. The cleaning device according to claim 5, in which the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 69. The cleaning device according to claim 7, in which the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 70. The cleaning device of claim 8, in which the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 71. The cleaning device according to claim 11, in which the fluid dispenser is th environment also includes the first nozzle (894) and the second nozzle (896), moreover, the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 72. The cleaning device according to item 13, in which the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 73. The cleaning device according to item 22, in which the fluid dispenser includes a first nozzle (894) and the second nozzle(896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 74. The cleaning device of claim 8 which also contains a hole (336) to install the microscope, and the hole (336) to install the microscope is intended for selective installation of the microscope is designed to observe the end surface (1104) optical fiber (1106). 75. Device for cleaning p, in which the fluid dispenser includes a first nozzle (894) and the second nozzle (896), and the first and second nozzle adapted to discharge of compressed gas or fluid and solvent on the end surface (1104). 76. The cleaning device according to item 75, which also contains a pumping system (1118)connected to the housing (1208), and the pumping system (1118) at posibley to create a vacuum in the immediate vicinity of the end surface (1104). 77. Device for cleaning p, in which the pumping system (1118) contains going through the case (1208) the discharge channel (120) pumping designed for removal of fluid or compressed gas and solvent separated within the device pairing (1103). 78. Device for cleaning p, in which the hole (336) to install the microscope is located between the outlet channel (120) pumping and the first and second nozzles.
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