WO/2015/147668 HERMETICALLY SEALED SWITCHING CONNECTOR||WO||01.10.2015|
||PCT/RU2014/000184||BRYZGALOV, Andrei Andreevich||BRYZGALOV, Andrei Andreevich|
The invention relates to the field of the electronics industry and can be used for the production of radioelectronic components, in particular hermetically sealed multiple-element plug-type connectors intended for use in extreme conditions. What is claimed is: a hermetically sealed switching connector, which comprises a male part and a female part, which are connectable to one another in hermetically sealed fashion with the possibility of being fixed in a strictly predetermined position. The novel feature consists in that the male part is in the form of a tip with contacts arranged on the outer surface thereof, and the female part is in the form of a cavity surrounding the tip with mating contacts mounted on the inner surface of said cavity, wherein either the tip, the cavity surrounding said tip or the tip and the cavity surrounding said tip are formed from an elastic material, and contacts are embedded and/or mounted in hermetically sealed fashion on the adjoining surfaces of said tip and said cavity.
WO/2015/147683 DEVICE FOR HEAT STABILIZATION OF PERENNIAL PERMAFROST SOILS||WO||01.10.2015|
||PCT/RU2014/000218||OTKRITOE AKTSIONERNOE OBSCHESTVO "AKTSIONERNAYA KOMPANIYA PO TRANSPORTU NEFTI "TRANSNEFT"||LISIN, Yury Viktorovich|
The invention relates to thermal engineering in the field of construction, and specifically to individual seasonally-operating soil cooling devices/heat stabilizers. The solution is directed at broadening the temperature range for installing heat stabilizers, and at preventing remnants of leakproofing materials from entering a cavity of a sleeve which is filled with a coolant. The device contains a heat stabilizer based on a two-phase thermosyphon, including an above-ground capacitor portion and underground conveyance and evaporation portions, which are positioned in a sleeve with a coolant, which is in the form of a hollow cylindrical housing having a base and a sealing element on the upper end thereof with an aperture for installing a heat stabilizer. The sealing element is in the form of a separable compression seal fitting consisting of a support ring installed on a circular step provided in the sleeve, and of a pressure ring and sealing rings made of thermally expanded graphite, which are compressed between same.
WO/2015/147685 METHOD FOR INSTALLING A STATIONARY SUPPORT IN A PLANNED POSITION||WO||01.10.2015|
||PCT/RU2014/000220||OTKRITOE AKTSIONERNOE OBSCHESTVO "AKTSIONERNAYA KOMPANIA PO TRANSPORTU NEFTI "TRANSNEFT" (OAO "AK "TRANSNEFT")||SAPSAI, Aleksei Nikolaevich|
The invention relates to the construction of pipelines in difficult geological conditions. The present method involves positioning and rigidly fastening a coil of a pipeline support on two support axles in the form of beams which are transversely arranged and movably mounted in frames of the support. Lifting jacks are positioned under each support axle and the coil is raised or lowered, together with the support axles, to a planned height, ensuring that the angle of inclination of the coil corresponds to the planned value. Then, the achieved planned position is fixed by means of fastening the support axles in the frames. The ends of the support coil are welded to a pipeline. Adjusting the height position when using the stationary support involves loosening the fastening of the support axles in the frames of the support. Then, lifting jacks are positioned below each support axis, and the coil is raised or lowered to a planned height, maintaining a calculated angle of inclination of the coil. The achieved planned position is fixed with the help of adjustment plates. The invention permits the precise adjustment of the planned height of a pipeline support and the angle of inclination when installing pipelines, and also permits correction of the height position during use.
WO/2015/147675 PILE FOUNDATION FOR SITUATING SUPPORTS OF OVERHEAD POWER TRANSMISSION LINES||WO||01.10.2015|
||PCT/RU2014/000210||OTKRITOE AKTSIONERNOE OBSCHESTVO "AKTSIONERNAYA KOMPANIYA PO TRANSPORTU NEFTI "TRANSNEFT"||REVEL-MUROZ, Pavel Aleksandrovich|
The invention relates to the field of energy, and more specifically to pile foundations for the supports of power transmission lines which are to be installed in various types of soil. The technical result consists in enhancing the reliability of the capacity of a pile to bear horizontal loads, in decreasing the labor-intensity and cost of carrying out operations, and in increasing reliability against forces of soil frost heave affecting the pile. A pile foundation contains a casing pipe and, positioned within same, a pile including a shaft and a heel, which is affixed in the lower portion of the shaft, wherein the pile contains rigid elements, which are installed on the shaft along the direction in which horizontal forces act on the pile from the effects of loads from overhead power lines, which are intended for transferring the horizontal forces from the pile to the casing pipe, and which are located on the shaft with a spacing between same of no less than the length of the rigid element.
WO/2015/147669 METHOD AND APPARATUS FOR DYNAMIC LOCATION-BASED GROUP FORMATION FOR ENSURING REQUIRED RESPONDERS||WO||01.10.2015|
||PCT/RU2014/000185||MOTOROLA SOLUTIONS, INC||IGUMNOV, Alexei Vladimirovich|
A dynamic location-based group is formed that ensures required responders. A request for a new location-based group call relative to a defined location is received at a controller from an initiating device. The controller determines a plurality of required responder types for responding to the location and forms a group including subscriber units meeting one of a plurality of required responder types and a set of location-based group formation rules. The controller then determines if subscriber units in the formed group meet the required responder types. If not, the controller modifies the location-based group formation rules and re-forms the group including subscriber units meeting one of the plurality of required responder types and the modified location-based group formation rules. The controller then causes audio or data transmitted by the initiating device to be provided to the subscriber units in the re-formed group.
WO/2015/147688 PROCESS VARIABLE TRANSMITTER WITH LOOP-POWERED WIRELESS TRANSCEIVER||WO||01.10.2015|
||PCT/RU2014/000223||ROSEMOUNT INC.||REPYEVSKY, Vladimir Viktorovich|
A process variable transmitter includes transmitter circuitry for determining a process variable from a sensor signal produced using a process sensor. The transmitter circuitry has at least one operating parameter. The process variable transmitter also includes a wireless communication module configured to be powered by a two-wire process control loop. The wireless communication module is capable of communicating wirelessly with a general-purpose mobile device using a general-purpose wireless communication standard such that the wireless communication module can instruct the transmitter circuitry to change a value of the at least one operating parameter based on a wireless message received from the general-purpose mobile device.
WO/2015/147690 SYSTEM AND METHOD FOR DETERMINATION OF CODE COVERAGE FOR SOFTWARE APPLICATIONS IN A NETWORK ENVIRONMENT||WO||01.10.2015|
||PCT/RU2014/000225||ORACLE INTERNATIONAL CORPORATION||FAZUNENKO, Dmitry Alexeevich|
A system and method for determination of code coverage for software applications in a network environment. In accordance with an embodiment, a software application can be instrumented by a code coverage tool to contain instructions for tracing executed code, and sending collected data to a network grabber at an indicated network address or port. A code coverage tool enables tests to be run on an instrumented software application. A network grabber receives, at a network address or port, code coverage data from one or more application tests.
WO/2015/147671 METHOD AND APPARATUS FOR DYNAMIC LOCATION-BASED GROUP FORMATION USING VARIABLE DISTANCE PARAMETERS||WO||01.10.2015|
||PCT/RU2014/000187||MOTOROLA SOLUTIONS, INC.||IGUMNOV, Alexei Vladimirovich|
Dynamic group formation in a wireless radio communication system including a plurality of subscriber units is implemented using variable distance parameters. First, a request for a new group call relative to a defined location is received at a controller from a requesting device. A current location of each of a plurality of potential responding second subscriber units is determined. A maximum response distance associated with each of the second subscriber units is determined as a function of a stored mode of transport associated with each of the second subscriber units. A group is formed including second subscriber units having current locations that fall within the maximum response distance relative to the defined location associated with that second subscriber unit. Audio or data transmitted by the requesting device is then caused to be provided to the second subscriber units in the formed group.
WO/2015/147676 METHOD FOR INSTALLING METAL PILES IN PERMAFROST SOIL||WO||01.10.2015|
||PCT/RU2014/000211||OTKRITOE AKTSIONERNOE OBSCHESTVO "AKTSIONERNAYA KOMPANIYA PO TRANSPORTU NEFTI" "TRANSNEFT"||SAPSAI, Aleksei Nikolaevich|
The invention relates to foundation engineering and can be used for installing drill-inserted pipeline supports and power transmission line supports, and also in installing buildings and structures on permafrost soil. The aim of the invention consists in developing a pile-installation process which makes it possible to prevent soil slurry and groundwater from entering a bore-hole during the summer installation of drill-inserted piles in permafrost soil in the presence of water-laden soil in the seasonal freezing and thawing layer, and also in preventing the possible effect of frost heaving forces arising from heaving deformations in seasonal freezing conditions. The present method involves driving a casing pipe to the depth of the seasonal freezing and thawing of the soil, drilling a pilot hole to a depth of no less than the standard depth of the freezing of the soil, pouring in a hardening material in an amount necessary to fill the cavities between the pilot hole and the piles from the bottom of the pilot hole to the bottom of the level of the seasonal freezing and thawing layer of the soil, inserting the piles, and filling the empty space between a pile and the casing pipe using a non-heaving inert particulate material.
WO/2015/147678 METHOD FOR THERMALLY INSULATING RESERVOIRS||WO||01.10.2015|
||PCT/RU2014/000213||OTKRITOE AKTSIONERNOE OBSCHESTVO "AKTSIONERNAYA KOMPANIYA PO TRANSPORTU NEFTI" "TRANSNEFT"||LISIN, Yury Viktorovich|
The invention relates to thermal insulation technology, and specifically relates to a method for thermally insulating reservoirs, especially reservoirs which are vertical, made of steel, have a volume of between 200 and 20,000 cubic meters, and are intended for storing petroleum and petroleum products. The proposed method for thermally insulating reservoirs involves preparing a foundation with elements for thermally insulating the bottom of a reservoir, installing the reservoir on the prepared foundation, and installing thermal insulation in the wall and roof of the reservoir. Supporting, stress-relieving belts are installed on the wall and roof of the reservoir, forming tiers; the tiers are filled-in using blocks of foamed glass, while providing for expansion joints; a coating layer made of metal sheets is installed on the outer surface of the blocks; the foamed-glass blocks of the bottom tier are removable so as to provide access to a circumferential weld between the wall and the base, whereas, in the other tiers, the blocks are affixed to the surface of the reservoir and are connected to one another using an adhesive material. The technical result consists in providing for the safety and durability of the thermal insulation of a reservoir in the presence of loads acting upon the structure thereof, said loads caused by filling and draining raw material, and also by climatic factors, while maintaining the temperature conditions of the product being stored. In addition, the use of the proposed method protects soil against the thermal effects of the product being stored in the reservoir.