mhurhangee/ep-ind-claims huggingface dataset:
Method for testing a radiocommunication device of a gateway to be tested from a pool of gateways, each gateway from the gateway pool being connected to a management system of said gateway pool, characterized in that it includes the following steps: - a step of transmission, implemented by said gateway to be tested, of a control message to said management system, - a step of activation, implemented by said management system on receiving said control message, of at least one radiocommunication device of an adjacent gateway from said pool that is estimated to be at a geographical distance from said gateway to be tested shorter than a predetermined distance, if such a gateway exists, and - a step of sending, by said radiocommunication device of said gateway to be tested, of a response request message requesting a response in the form of a response message from any radiocommunication device of an adjacent gateway from said pool that has received said message, - a step of reception of any response message, if applicable, and - a diagnosis step diagnosing correct operation of said radiocommunication device of the gateway to be tested if at least one response message is received. - a step of transmission, implemented by said gateway to be tested, of a control message to said management system, - a step of activation, implemented by said management system on receiving said control message, of at least one radiocommunication device of an adjacent gateway from said pool that is estimated to be at a geographical distance from said gateway to be tested shorter than a predetermined distance, if such a gateway exists, and - a step of sending, by said radiocommunication device of said gateway to be tested, of a response request message requesting a response in the form of a response message from any radiocommunication device of an adjacent gateway from said pool that has received said message, - a step of reception of any response message, if applicable, and - a diagnosis step diagnosing correct operation of said radiocommunication device of the gateway to be tested if at least one response message is received.
A method of manufacturing an optoelectronic device (10; 40; 50; 70; 80), comprising the successive steps of: a) providing a substrate (90; 100) at least partially made of a semiconductor material; b) forming a stack of semiconductor layers (22, 23, 24), said stack comprising first and second opposite faces (20, 21), the second face being on the side of the substrate, said stack comprising light-emitting diodes, said substrate having third and fourth opposite faces (91, 92), said stack being formed on the third face; c) bonding the stack, on the side of the first face, to an electronic circuit; d) forming through openings in the substrate from the side of the fourth face, said openings being opposite at least part of the light-emitting diodes and delimiting walls (30; 122) in the substrate; e) forming conductive pads (36; 72) on the second face in at least some of the openings in contact with the stack; and f) forming photoluminescent blocks in at least some of the openings. a) providing a substrate (90; 100) at least partially made of a semiconductor material; b) forming a stack of semiconductor layers (22, 23, 24), said stack comprising first and second opposite faces (20, 21), the second face being on the side of the substrate, said stack comprising light-emitting diodes, said substrate having third and fourth opposite faces (91, 92), said stack being formed on the third face; c) bonding the stack, on the side of the first face, to an electronic circuit; d) forming through openings in the substrate from the side of the fourth face, said openings being opposite at least part of the light-emitting diodes and delimiting walls (30; 122) in the substrate; e) forming conductive pads (36; 72) on the second face in at least some of the openings in contact with the stack; and f) forming photoluminescent blocks in at least some of the openings.
A torch assembly for welding or cutting operations, comprising: one or more interchangeable torch components including one or more passive, mechanical markings; a torch body with an operative end configured to removably receive the one or more interchangeable torch components, the torch body defining an internal cavity; and characterised in that the torch assembly further comprises one or more imaging devices disposed within the internal cavity and positioned to optically acquire an image of, or image data representative of, the one or more passive, mechanical markings included on the one or more interchangeable torch components so that the one or more interchangeable torch components can be automatically identified based on the one or more passive, mechanical markings. one or more interchangeable torch components including one or more passive, mechanical markings; a torch body with an operative end configured to removably receive the one or more interchangeable torch components, the torch body defining an internal cavity; and characterised in that the torch assembly further comprises one or more imaging devices disposed within the internal cavity and positioned to optically acquire an image of, or image data representative of, the one or more passive, mechanical markings included on the one or more interchangeable torch components so that the one or more interchangeable torch components can be automatically identified based on the one or more passive, mechanical markings.
A medical adherence docking system comprises: a sharps bin; and a docking station, the docking station configured to position the sharps bin within and comprising a base section supporting a lateral section, the lateral section supporting an arm section, the base section configured to receive and securely support a bottom portion of the sharps bin; and the arm section including a channel leading from an upper portion to a lower portion having a sensor located in the channel between the upper and lower portion, the channel adapted to receive a medical waste product and record patient adherence information about the medical waste product using the sensor before the medical waste product exits the lower portion and into the sharps bin. a sharps bin; and a docking station, the docking station configured to position the sharps bin within and comprising a base section supporting a lateral section, the lateral section supporting an arm section, the base section configured to receive and securely support a bottom portion of the sharps bin; and the arm section including a channel leading from an upper portion to a lower portion having a sensor located in the channel between the upper and lower portion, the channel adapted to receive a medical waste product and record patient adherence information about the medical waste product using the sensor before the medical waste product exits the lower portion and into the sharps bin.
Dismountable catamaran, comprising - two hull elements (1, 2), each comprising at least one bow-side partial element (1A, 2A) and one stern-side partial element (1B, 2B), wherein the partial elements (1A, 1B and 2A, 2B) belonging to one hull element, respectively, are connected to one another via an articulated connection or in a detachable manner; - at least one spacer which can be arranged with a first end at the first hull element and with the opposite second end at the second hull element; characterized by - at least two tensioning connections (7A, 7B) by means of ropes, which extend on opposite sides of the spacer between the hull elements (1, 2) and are detachably connected thereto; wherein the two bow-side partial elements (1A, 2A) and the stern-side partial elements (1B, 2B) have a cross-sectional surface perpendicular to their longitudinal center axis, which cross-sectional surface corresponds to a right-angled trapezoid, wherein the cross-sectional surface of the bow-side partial elements (1A, 2A) perpendicular to their longitudinal center axis in a bow-side first portion of each of the two bow-side partial elements (1A, 2A) tapers in the direction of the bow. - two hull elements (1, 2), each comprising at least one bow-side partial element (1A, 2A) and one stern-side partial element (1B, 2B), wherein the partial elements (1A, 1B and 2A, 2B) belonging to one hull element, respectively, are connected to one another via an articulated connection or in a detachable manner; - at least one spacer which can be arranged with a first end at the first hull element and with the opposite second end at the second hull element; characterized by - at least two tensioning connections (7A, 7B) by means of ropes, which extend on opposite sides of the spacer between the hull elements (1, 2) and are detachably connected thereto;
A method for providing location information relating to an emergency call, characterized in, that when there exists differing location information (Form 1, Form 2,..., Form m), a weighting is made of any available location information, that the location information (Form 2) with the highest ranking is provided for further use, and that to at least one unit of location information an age identifier (Crit. 1) is adhered to.
A method of operating a telecommunication system using dynamic Time Division Duplex, TDD, the method comprising: transmitting, from a first Transmission Point to a second Transmission Point, information on a configuration of an uplink demodulation reference signal, UL DMRS, transmitted by a first User Equipment, UE; assigning, by the second Transmission Point, downlink zero power channel state information reference signal, ZP CSI-RS, resources for a second UE to measure channel information of the first LTE based on the information; and measuring by the second UE, the channel information of the first UE at the downlink ZP CSI-RS resources. transmitting, from a first Transmission Point to a second Transmission Point, information on a configuration of an uplink demodulation reference signal, UL DMRS, transmitted by a first User Equipment, UE; assigning, by the second Transmission Point, downlink zero power channel state information reference signal, ZP CSI-RS, resources for a second UE to measure channel information of the first LTE based on the information; and measuring by the second UE, the channel information of the first UE at the downlink ZP CSI-RS resources.
A photovoltaic cell (30; 31; 50) comprising: a copper-based current collector located on a semiconductor substrate, the copper-based current collector comprising: an electrically conductive diffusion barrier disposed directly on the semiconductor substrate, the electrically conductive diffusion barrier limiting the passage of copper therethrough; and a copper contact disposed on the electrically conductive diffusion barrier; wherein the semiconductor substrate comprises an n-doped region and a p-doped region, and the semiconductor substrate is configured for receipt of electromagnetic radiation and generation of an electrical current therefrom, characterised in that the electrically conductive diffusion barrier is selected from the group consisting of a metal nitride, a metal carbide, a metal boride, a metal tungstide, and any combination thereof; and in that the copper contact is formed from copper nanoparticles that have been partially fused together forming a bulk lattice of polycrystalline copper. an electrically conductive diffusion barrier disposed directly on the semiconductor substrate, the electrically conductive diffusion barrier limiting the passage of copper therethrough; and a copper contact disposed on the electrically conductive diffusion barrier; wherein the semiconductor substrate comprises an n-doped region and a p-doped region, and the semiconductor substrate is configured for receipt of electromagnetic radiation and generation of an electrical current therefrom, characterised in that the electrically conductive diffusion barrier is selected from the group consisting of a metal nitride, a metal carbide, a metal boride, a metal tungstide, and any combination thereof; and in that the copper contact is formed from copper nanoparticles that have been partially fused together forming a bulk lattice of polycrystalline copper.
A method performed by a source base station for controlling handover from the source base station to a target base station in a wireless communication system, wherein the target base station controls multiple cells, the method comprising: receiving from said target base station preference levels for candidate cells to be used as a target cell for the handover; and adjusting handover parameters for said candidate cells by taking the preference levels into account when selecting the target cell for the handover, wherein the handover parameters comprises at least one of Cell Individual Offset, CIO, and Time-To-Trigger, TTT. receiving from said target base station preference levels for candidate cells to be used as a target cell for the handover; and adjusting handover parameters for said candidate cells by taking the preference levels into account when selecting the target cell for the handover, wherein the handover parameters comprises at least one of Cell Individual Offset, CIO, and Time-To-Trigger, TTT.
A monitoring system for a telecommunications network interconnecting a plurality of network terminations, the monitoring system comprising a server having: data retrieval means for receiving data from the network terminations; data processing means for processing the data received from the network terminations to generate an output, a data storage means (3, 40) adapted to store data relating to the arrangement of the network and the network terminations, and characterised by configuration means adapted to identify, from the network data store, the network terminations at which data collection is necessary to generate a required output, the configuration means being adapted to control the data retrieval means and data processing means to perform the collection of the required data in controlling the network terminations (83,93) to collect the required data by generating instructions and transmitting the instructions so generated to those network terminations identified as necessary to provide the data to generate a required output. data retrieval means for receiving data from the network terminations; data processing means for processing the data received from the network terminations to generate an output, a data storage means (3, 40) adapted to store data relating to the arrangement of the network and the network terminations, and characterised by configuration means adapted to identify, from the network data store, the network terminations at which data collection is necessary to generate a required output, the configuration means being adapted to control the data retrieval means and data processing means to perform the collection of the required data in controlling the network terminations (83,93) to collect the required data by generating instructions and transmitting the instructions so generated to those network terminations identified as necessary to provide the data to generate a required output.
A spindle drive assembly for opening and/or closing a vehicle flap, comprising a spindle extending along a spindle drive axis and a spindle drive motor which is drivingly coupled to the spindle via a gearing and the motor shaft of which is arranged substantially coaxially with the spindle drive axis, wherein a coupling compensating an axial offset and a hysteresis brake are drivingly interposed between the spindle drive motor and the gearing.
Heating assembly (1; 21; 41; 61; 81; 101) for a thermal joining device, the assembly (1; 21; 41; 61; 81; 101) comprising a base body (2; 22; 42; 62; 82; 102), through which a fluid passage (3; 23; 43; 63; 83; 103) passes and which is provided on an external surface (4; 24; 44; 64; 84; 104) with a heating device (5; 25; 45; 65; 85; 105) comprising a ceramic substrate (6; 26; 46; 66; 86; 106) designed as a thick-film ceramic material and a metallic heating conductor (7; 27; 47; 67; 87; 107), characterised in that the heating conductor (7; 27; 47; 67; 87; 107) is produced from an anti-adhesion alloy, and/or that the heating conductor (7; 27; 47; 67; 87; 107) is coated with an anti-adhesion alloy coating (9; 29; 49; 69; 89; 109), the anti-adhesion alloy containing a proportion of at least 5 percent by weight of at least one element from the group of the metals of the rare earths.
Method for joining an attachment element to a workpiece, in particular to a light building board, wherein an adhesive store is provided in the attachment element and the adhesive store is released by supply of energy or the adhesive store is activated within the attachment element by supply of energy to join the attachment element to the workpiece, wherein the energy is supplied in the form of heat energy, electrical energy, electromagnetic energy and/or chemical energy, characterised in that the energy is supplied before insertion of the attachment element into the workpiece.
A connector interface comprising a first frame; a first fluid source; a first male valve assembly mounted to said first frame, said first male valve assembly having a hollow housing forming a central bore, said central bore having a proximal end connected said first fluid source and a distal end, said first male valve having a piston positioned within said central bore being retractable and extendable from said central bore's distal end, said piston having a central conduit having a proximal end in fluid communication with said central bore for receiving fluid from said central bore and a distal end projecting from the central bore's distal end; said first male valve assembly including a controllable valve to control the flow of fluid through said male valve assembly central bore and piston conduit; a second frame; a second fluid source; a first female valve assembly mounted to said second frame, said first female valve assembly having a hollow housing forming a central bore having a proximal end connected to a said second fluid source and a distal end forming a receptacle sized for receipt and a substantially fluid tight seal with the male valve assembly piston; said male and female valve assemblies include components (75, 85, 87, 26, 37, 35) that are electrically conductive to allow the transmission of power and data through said male and female valve assemblies; and one or more controllers for controlling the retraction and extension of said male valve assembly piston, for controlling the flow of fluid between said first and second fluid sources when said male valve assembly is connected to said female valve assembly, for controlling the expulsion of fluid from said male valve assembly piston distal end to provide propulsion when said male valve assembly is not connected to said female valve assembly, and for controlling the transmission of power and data through said male and female valve assemblies.
A fiber optic transceiver module having built-in test capabilities and meeting small-form-factor requirements, said fiber optic transceiver module comprising: a first optical fiber having an angled end that defines an acute angle relative to a longitudinal axis of the first optical fiber; a second optical fiber having an angled end that defines an acute angle relative to a longitudinal axis of the second optical fiber, the first optical fiber and the second optical fiber being aligned with one another, wherein the acute angle for the angled end of the first optical fiber and the acute angle for the angled end of the second optical fiber are both 49 degrees; an optical source that emits an optical signal propagated along the first optical fiber in which a portion of the optical signal is received at the second optical fiber and is propagated along the second optical fiber, wherein the acute angle of the angled end of the first optical fiber is selected to cause a predefined portion of the optical signal emitted from the optical source to be received at and propagated along the second optical fiber such that approximately 50 percent of the optical signal coupled from the optical source is passed from the first optical fiber to the second optical fiber; and an optical detector for receiving a return optical signal from the angled end of the second optical fiber in response to reflection from a discontinuity in an optical path of the second optical fiber. a first optical fiber having an angled end that defines an acute angle relative to a longitudinal axis of the first optical fiber; a second optical fiber having an angled end that defines an acute angle relative to a longitudinal axis of the second optical fiber, the first optical fiber and the second optical fiber being aligned with one another, wherein the acute angle for the angled end of the first optical fiber and the acute angle for the angled end of the second optical fiber are both 49 degrees; an optical source that emits an optical signal propagated along the first optical fiber in which a portion of the optical signal is received at the second optical fiber and is propagated along the second optical fiber, wherein the acute angle of the angled end of the first optical fiber is selected to cause a predefined portion of the optical signal emitted from the optical source to be received at and propagated along the second optical fiber such that approximately 50 percent of the optical signal coupled from the optical source is passed from the first optical fiber to the second optical fiber; and an optical detector for receiving a return optical signal from the angled end of the second optical fiber in response to reflection from a discontinuity in an optical path of the second optical fiber.
A method for disposing exhaust gas in a combustion equipment wherein air is separated by an air separation unit into oxygen and other nitrogen-prevailing gas, the oxygen obtained in the air separation unit and fuel being burned by a burner of a combustion furnace, combustion exhaust gas from the combustion furnace being, at least after dust removal treatment, partly recirculated as recirculation gas to a boiler body, the unrecirculated remainder of the combustion exhaust gas being discharged to the atmosphere, said method comprising compressing said unrecirculated remainder of the combustion exhaust gas taken out downstream of exhaust gas processing means (20, 21, 22, 23) so as to take out liquefied carbon dioxide, mixing and diluting other exhaust gas components, which are taken out without liquefaction, through the compression to have enhanced concentration, with the other nitrogen-prevailing gas produced in the separation of the oxygen from the air in the air separation unit, and discharging the mixed and diluted gas to the atmosphere.
A display medium comprising: a diffraction structure section on which optical image information is recorded; a chromic device that controls reflection and transmission of light by using a voltage; and characterised by a power supply that is connected to the chromic device and that is an antenna section that is able to generate alternating current from external electromagnetic waves. a diffraction structure section on which optical image information is recorded; a chromic device that controls reflection and transmission of light by using a voltage; and characterised by a power supply that is connected to the chromic device and that is an antenna section that is able to generate alternating current from external electromagnetic waves.