mhurhangee/ep-ind-claims huggingface dataset:
A device for television white space, TVWS, communication, the device comprising: a multiband transmitter and a multiband receiver; an antenna, the multiband transmitter and the multiband receiver connected to the antenna and configured to transmit and receive at a plurality of TVWS frequencies; and a log periodic filter connected between the multiband transmitter and the antenna, the log periodic filter comprising a plurality of filter elements each having a filter frequency increasing periodically in a same frequency increasing factor, each filter of the plurality of filter elements configured to filter out second harmonics in a defined frequency range within a spectrum including TVWS. a multiband transmitter and a multiband receiver; an antenna, the multiband transmitter and the multiband receiver connected to the antenna and configured to transmit and receive at a plurality of TVWS frequencies; and a log periodic filter connected between the multiband transmitter and the antenna, the log periodic filter comprising a plurality of filter elements each having a filter frequency increasing periodically in a same frequency increasing factor, each filter of the plurality of filter elements configured to filter out second harmonics in a defined frequency range within a spectrum including TVWS.
Cooling device for semiconductor switching elements (10, 11), comprising - a first main wall for carrying the semiconductor switching elements (10, 11), - a second main wall being opposite to the first main wall, - a cooling channel that is defined by the first main wall and the second main wall and allows a coolant to flow along the main walls (16, 19) in a main flow direction, - a first side wall and a second side wall each extending from the first main wall, wherein the main flow direction is directed from one of the side walls to the other side wall, and - at least one connection channel, which leads into the cooling channel through the second main wall, characterized in that at least one guiding device (26, 29) is arranged within the at least one connection channel and configured to direct the coolant towards an edge (27a, 27b), formed by the first main wall and one of the side walls (22, 23). - a first main wall for carrying the semiconductor switching elements (10, 11), - a second main wall being opposite to the first main wall, - a cooling channel that is defined by the first main wall and the second main wall and allows a coolant to flow along the main walls (16, 19) in a main flow direction, - a first side wall and a second side wall each extending from the first main wall, wherein the main flow direction is directed from one of the side walls to the other side wall, and - at least one connection channel, which leads into the cooling channel through the second main wall,
Method for producing sensor structures and cut-resistant structures on a flat element by means of a warp knitting machine or double rib loom, where sensor threads (2a, 2b) as sensor structure and cut-resistant threads (3a, 3b) as cut-resistant structure are worked in on the same side of the flat element, characterised in that for producing the sensor structure and the cut-resistant structure two stitch-forming guide bars (8, 9) are used so that the sensor threads (2a, 2b) are connected together at their intersection areas through stitch formations by these guide bars (8, 9), wherein blocking means by way of which stitch formation of the cut-resistant structure in the intersection areas thereof is precluded are associated with the guide bars (8, 9) in the areas of the cut-resistant structure.
A petroleum well intervention winch system comprising - a high pressure confining housing for a drum for a rope to a tool string, - said pressure confining housing having a connector with an aperture for said rope to a top of a tool string gate chamber on vertical bore BOP valves on a wellhead on said petroleum well, - said rope from said tool string running through said aperture via a capstan to said drum, characterized by - said capstan driven by a first motor through a first high pressure proof magnetic coupling across a wall of said housing, - said drum driven by a second motor through a second high pressure proof magnetic coupling across said wall of said housing, - said capstan subject to a load tension from said rope from said tool string in said well and provided with a hold tension on said rope from said drum, - said second motor exerting a constant hold tension on the rope via the drum. - a high pressure confining housing for a drum for a rope to a tool string, - said pressure confining housing having a connector with an aperture for said rope to a top of a tool string gate chamber on vertical bore BOP valves on a wellhead on said petroleum well, - said rope from said tool string running through said aperture via a capstan to said drum, - said capstan driven by a first motor through a first high pressure proof magnetic coupling across a wall of said housing, - said drum driven by a second motor through a second high pressure proof magnetic coupling across said wall of said housing, - said capstan subject to a load tension from said rope from said tool string in said well and provided with a hold tension on said rope from said drum, - said second motor exerting a constant hold tension on the rope via the drum.
An optical node, characterized by: at least two reconfigurable optical add/drop multiplexers, ROADMs (2405; 2410; 2415; 2505; 2510; 2515; 2605; 2610; 2615) to transmit respective wavelength division multiplexed signals onto at least two inter-node network paths; and at least one add/drop module (2430; 2530,2535; 2630,2635) including add ports able to direct each add wavelength received from tributary network paths to any one of the at least two ROADMs via a corresponding intra-node network path to be available to the one of the at least two ROADMs, the one of the at least two ROADMs being able to selectively add each add wavelength to the inter-node network paths; wherein the optical node further includes a controller operable to configure each ROADM to select one of at least two of the same wavelengths from the at least one add/drop module and from the at least one other ROADM to output the wavelength on the respective inter-node path. at least two reconfigurable optical add/drop multiplexers, ROADMs (2405; 2410; 2415; 2505; 2510; 2515; 2605; 2610; 2615) to transmit respective wavelength division multiplexed signals onto at least two inter-node network paths; and at least one add/drop module (2430; 2530,2535; 2630,2635) including add ports able to direct each add wavelength received from tributary network paths to any one of the at least two ROADMs via a corresponding intra-node network path to be available to the one of the at least two ROADMs, the one of the at least two ROADMs being able to selectively add each add wavelength to the inter-node network paths;
A method for requesting, by a wireless device, system information in a wireless communication system, the method comprising: initiating, by a radio resource control, RRC, layer of the wireless device, a system information request procedure and triggering, by the RRC layer of the wireless device, a random access procedure to request other system information including one or more random access preambles; transmitting, by a medium access layer, MAC, layer of the wireless device to a base station, BS,, any one of the one or more random access preambles; receiving, by the MAC layer from the BS, a random access response indicating stop of the system information request procedure in response to the transmitting any one of the one or more random access preambles; considering, by the MAC layer, that the random access procedure is completed; informing, by the MAC layer, the RRC layer of the stop of the system information request procedure; and stopping, by the RRC layer, the system information request procedure. initiating, by a radio resource control, RRC, layer of the wireless device, a system information request procedure and triggering, by the RRC layer of the wireless device, a random access procedure to request other system information including one or more random access preambles; transmitting, by a medium access layer, MAC, layer of the wireless device to a base station, BS,, any one of the one or more random access preambles; receiving, by the MAC layer from the BS, a random access response indicating stop of the system information request procedure in response to the transmitting any one of the one or more random access preambles; considering, by the MAC layer, that the random access procedure is completed; informing, by the MAC layer, the RRC layer of the stop of the system information request procedure; and stopping, by the RRC layer, the system information request procedure.
A sensor package including a printed circuit board, the sensor package comprising: a) a vertical sensor circuit component comprising: a first face, a second face, a bottom edge, a top edge, two side edges, input/output, I/O, pads and at least one sensitive direction wherein the I/O pads are arranged on the second face of the vertical sensor circuit component; and b) a horizontal sensor circuit component comprising: a top face comprising I/O pads, a printed circuit board mounted face mounted to the printed circuit board, a vertical sensor circuit component interface edge, and at least one sensitive direction orthogonal to the sensitive directions of the vertical sensor circuit component, wherein the vertical sensor circuit component interface edge of the horizontal sensor circuit component connectively supports the vertical sensor circuit component along the vertical Z axis, wherein the first face of the vertical sensor circuit component comprises I/O pads for conductive connection to I/O pads of the top face of the horizontal sensor circuit component. a) a vertical sensor circuit component comprising: a first face, a second face, a bottom edge, a top edge, two side edges, input/output, I/O, pads and at least one sensitive direction wherein the I/O pads are arranged on the second face of the vertical sensor circuit component; and a first face, a second face, a bottom edge, a top edge, two side edges, input/output, I/O, pads and at least one sensitive direction wherein the I/O pads are arranged on the second face of the vertical sensor circuit component; and b) a horizontal sensor circuit component comprising: a top face comprising I/O pads, a printed circuit board mounted face mounted to the printed circuit board, a vertical sensor circuit component interface edge, and at least one sensitive direction orthogonal to the sensitive directions of the vertical sensor circuit component,
A method for measuring an immunostimulatory response of an immune cell, comprising: (i) bringing a measurement target immune cell into contact with an immunostimulator; (ii) forming a contact surface with a substance different from the measurement target immune cell on the measurement target immune cell; eliminating the contact surface; (iii) bringing the measurement target immune cell into contact with a capturing body that binds to a surface antigen on the contact surface and is capable of generating an optical signal; (iv) detecting the optical signal generated from the capturing body; and (v) determining whether or not the measurement target immune cell from which the contact surface has been eliminated before detecting the optical signal has an immunostimulatory response, based on the detected optical signal. (i) bringing a measurement target immune cell into contact with an immunostimulator; (ii) forming a contact surface with a substance different from the measurement target immune cell on the measurement target immune cell; eliminating the contact surface; (iii) bringing the measurement target immune cell into contact with a capturing body that binds to a surface antigen on the contact surface and is capable of generating an optical signal; (iv) detecting the optical signal generated from the capturing body; and (v) determining whether or not the measurement target immune cell from which the contact surface has been eliminated before detecting the optical signal has an immunostimulatory response, based on the detected optical signal.
Harvesting process for difficult to manage, wetted surfaces and/or bog locations, where the existing occurring straw-type biomass is harvested and harvesters are used with pivoting upper car and with assembled mowing, chaffing or threshing works as harvesting mechanism and further for the removal of the harvest transporter characterised in that a harvesting process is implemented where, in case of the harvester used, no turn of the entire harvester occurs until the angular turns in the area of the headland, rather a track change to the next closest harvesting track and a turning of the upper car of the harvester through 180° are implemented with the adjustment cantilever fixed on the harvesting mechanism.
A medical device (10, 10', 100) comprising: a shaft comprising a first segment and a second segment (16, 116), wherein the first segment is configured to buckle upon application of a first critical force thereto; and wherein the second segment (16, 116) is configured to buckle upon application of a second critical force thereto, wherein the second critical force is lower than the first critical force; and means for maintaining an amount of force transmitted by the second segment to tissue contacting the second segment (16, 116) after an application of the second critical force to the second segment, wherein the second segment (16, 116) includes an outer surface and an inner surface and wherein the means for maintaining an amount of force is a coil disposed radially inwardly of the inner surface of the second segment (16, 116), wherein the coil has a proximal end and a distal end characterised in that the spacing between adjacent turns of the coil is greater at the distal end of the coil than at the proximal end of the coil. a shaft comprising a first segment and a second segment (16, 116), wherein the first segment is configured to buckle upon application of a first critical force thereto; and wherein the second segment (16, 116) is configured to buckle upon application of a second critical force thereto, wherein the second critical force is lower than the first critical force; and means for maintaining an amount of force transmitted by the second segment to tissue contacting the second segment (16, 116) after an application of the second critical force to the second segment, wherein the second segment (16, 116) includes an outer surface and an inner surface and wherein the means for maintaining an amount of force is a coil disposed radially inwardly of the inner surface of the second segment (16, 116), wherein the coil has a proximal end and a distal end characterised in that the spacing between adjacent turns of the coil is greater at the distal end of the coil than at the proximal end of the coil.
A transparent substrate on which there is provided a photocatalytic coating, the coating including a photocatalytic film comprising titania positioned over an underlying film comprising tungsten oxide.
A method of manufacturing a watch component, comprising the steps of: providing a substrate with at least one surface for receiving a structurable resin; applying to said at least one surface a layer of the structurable resin; structuring the resin so as to form a mould comprising openings revealing an active surface, the active surface comprising at least a first level forming a metal coating in the openings of the resin mould; releasing the metal coating from the mould and the substrate so as to obtain the watch component; a first primer layer being formed on, or made by, at least part of the first level of said active surface prior to forming the metal deposit, the metal coating comprising a metal or metal alloy and ceramic particles, co-deposited with the metal or metal alloy by an electrically non-activated electroless plating process. providing a substrate with at least one surface for receiving a structurable resin; applying to said at least one surface a layer of the structurable resin; structuring the resin so as to form a mould comprising openings revealing an active surface, the active surface comprising at least a first level forming a metal coating in the openings of the resin mould; releasing the metal coating from the mould and the substrate so as to obtain the watch component; a first primer layer being formed on, or made by, at least part of the first level of said active surface prior to forming the metal deposit, the metal coating comprising a metal or metal alloy and ceramic particles, co-deposited with the metal or metal alloy by an electrically non-activated electroless plating process.
An adapter module for charging a user of mobile communication device connected to a communication network the adapter module being connectable between a mobile terminal of the mobile communication device and a subscriber identification module, characterized in that the adapter module comprising a trigger unit and a message generating unit, the trigger unit being coupled to the message generating unit, the trigger unit being adapted to initiate generation of a consent message in the message generating unit, when the trigger unit detects a trigger event, the trigger event being a predetermined event realizable in the mobile communication device, wherein the trigger event comprises an entrance of the mobile communication device in a predetermined radio cell of the communication network, the message generating unit being adapted to automatically generate the consent message such that no user interaction is required for generating the consent message, and the message generating unit being further adapted to control the mobile communication device to send the message to the communication network, the consent message prompting a payment process, wherein the communication network is a cellular radio access network, and a unique cell Identification, cell ID, is assigned to each cell and the identification is broadcasted within the cell, thus that the trigger component can control the message generating component to generate and send the consent message when a predetermined cell ID is received for the first time, the predetermined cell ID is stored in the trigger component, and that the message generating component uses proactive SIM application toolkit, SAT, commands to instruct the mobile terminal to send the consent message generated in the message generating component to the Public Land Mobile Network, PLMN,.
Compound for use as a filter for the UVA and UVB ultraviolet radiation and as antioxidant agent to contrast free radicals, with 2-phenyl benzimidazolic structure of formula I and/or a pharmaceutically acceptable salt thereof, wherein said compound of formula I is water-soluble and corresponds to: wherein n is 1, 2 or 3 and wherein R is a carboxyl radical (-COOH) or a sulphonic radical (-SO 3 H).
Cosmetic pencil having a sharpenable working end, a grip region and a combing or brushing device, wherein the combing or brushing device is pushed onto the shaft of the pencil and is located between the working end and the grip region, characterized in that the combing or brushing device is designed to be cuff-shaped and moveable between the working end and the grip region along the longitudinal axis of the pencil. the combing or brushing device is pushed onto the shaft of the pencil and is located between the working end and the grip region, characterized in that the combing or brushing device is designed to be cuff-shaped and moveable between the working end and the grip region along the longitudinal axis of the pencil.
Thread forming tool with a threaded part on the basis of a helical active surface and an adjoining clamping shank, wherein the helical active surface is formed by pressing lugs,and the threaded part extends from a chamfer or start-up in the direction of the clamping shank, wherein the helical effective surface is formed by pressing lugs and the threaded part extends from a chamfer or start-up in the direction of the clamping shank, and further comprising at least one axially oriented groove-shaped cooling channel extending between the pressing lugs and extending towards the clamping shank from the chamfer or start-up, characterized in that the width of the at least one cooling channel enlarges from the chamfer in the direction of the clamping shank, the increase in width extending continuously and the end of the at least one cooling channel facing the clamping shaft merging into a conically fanned-out region and the cooling channel depth decreases in the section of the conically fanned-out region
A method of installing a liner assembly for pipeline repair or reinforcement, the method comprising: pulling a prepared liner assembly into position in the pipeline, the liner assembly including an outer tubular liner and an inner inflatable bladder positioned longitudinally within the tubular liner, the tubular liner being wetted with a curable compound; introducing fluid into the inflatable bladder so that the inflatable bladder expands to bring the tubular liner into firm contact with an interior surface of the pipeline; flowing the fluid continuously through the bladder and discharging the fluid into the pipeline, while maintaining the liner assembly in an inflated condition for a time period sufficient for the tubular liner to cure; and deflating the inflatable bladder and retrieving at least a portion of the liner assembly from the pipeline. pulling a prepared liner assembly into position in the pipeline, the liner assembly including an outer tubular liner and an inner inflatable bladder positioned longitudinally within the tubular liner, the tubular liner being wetted with a curable compound; introducing fluid into the inflatable bladder so that the inflatable bladder expands to bring the tubular liner into firm contact with an interior surface of the pipeline; flowing the fluid continuously through the bladder and discharging the fluid into the pipeline, while maintaining the liner assembly in an inflated condition for a time period sufficient for the tubular liner to cure; and deflating the inflatable bladder and retrieving at least a portion of the liner assembly from the pipeline.
A method for controlling a wireless sensor network coupled to a local control module from an Internet-based user interface, the method comprising: accessing an Internet-based portal from the user interface; establishing a secure Internet connection between the local control module and the portal, the establishment of the secure connection being initiated via the Internet by the local control module; characterized in that it further comprises denying, by the local control module, any attempted connection via the Internet to the local control module not initiated by the local control module, including any attempted Internet connection by the portal. accessing an Internet-based portal from the user interface; establishing a secure Internet connection between the local control module and the portal, the establishment of the secure connection being initiated via the Internet by the local control module; characterized in that it further comprises denying, by the local control module, any attempted connection via the Internet to the local control module not initiated by the local control module, including any attempted Internet connection by the portal.