mhurhangee/ep-ind-claims huggingface dataset:
A method in a Global System for mobile communications, GSM, Enhanced Data Rates for GSM Evolution, EDGE, Radio Access Network, GERAN network, performed by a wireless device, for managing a modified control block, wherein the modified control block carries control information for the wireless device, wherein the modified control block is encoded using a FIRE code, wherein the wireless device is served by a radio network node, wherein a Temporary Flow Identifier, TFI, and an extended Temporary Flow Identifier, eTFI, are assigned to the wireless device by the radio network node, wherein the method comprises: receiving the modified control block from the radio network node; performing a bit-wise modulo two addition between the modified control block and a combination of the eTFI and a pre-determined bit pattern to obtain a control block, wherein the pre-determined bit pattern is distributed over a distance being equal to or exceeding a shortest uncorrectable burst error length associated with the FIRE code; decoding the control block using FIRE-decoding to obtain the control information; reading a TFI from a header portion of the control information provided by the control block; comparing the read TFI with the TFI assigned to the wireless device; and, determining the control information is intended for the wireless device when the read TFI and the assigned TFI match. receiving the modified control block from the radio network node; performing a bit-wise modulo two addition between the modified control block and a combination of the eTFI and a pre-determined bit pattern to obtain a control block, wherein the pre-determined bit pattern is distributed over a distance being equal to or exceeding a shortest uncorrectable burst error length associated with the FIRE code; decoding the control block using FIRE-decoding to obtain the control information; reading a TFI from a header portion of the control information provided by the control block; comparing the read TFI with the TFI assigned to the wireless device; and, determining the control information is intended for the wireless device when the read TFI and the assigned TFI match.
A security system comprising: a recorder for capturing an image and recording a sound for security in a cabin interior space of a taxi in which a customer receives a service provided by a service provider; and a server used for providing the service and managed by the service provider, wherein the server includes a processor which is configured to execute an operating software for running the system, and an application storage for storing a customer application which is downloaded to a mobile terminal possessed by the customer by accessing the server from the mobile terminal and is used by the customer to receive the service, wherein the customer application is configured to work in association with the operating software, characterized in that, the recorder is configured to perform bidirectional wireless communication with the mobile terminal in the cabin interior space of the taxi using Wi-Fi or Bluetooth, the mobile terminal includes a processor which is configured to execute the customer application, wherein the processor of the mobile terminal is operative by executing the customer application using the bidirectional wireless communication: to start the recorder executing the capturing and recording, to take data recorded by the recorder into the mobile terminal, and to transmit the data taken from the recorder to the server for recording the data in the server. a recorder for capturing an image and recording a sound for security in a cabin interior space of a taxi in which a customer receives a service provided by a service provider; and a server used for providing the service and managed by the service provider, wherein the server includes a processor which is configured to execute an operating software for running the system, and an application storage for storing a customer application which is downloaded to a mobile terminal possessed by the customer by accessing the server from the mobile terminal and is used by the customer to receive the service, wherein the customer application is configured to work in association with the operating software, characterized in that, the recorder is configured to perform bidirectional wireless communication with the mobile terminal in the cabin interior space of the taxi using Wi-Fi or Bluetooth, the mobile terminal includes a processor which is configured to execute the customer application, wherein the processor of the mobile terminal is operative by executing the customer application using the bidirectional wireless communication: to start the recorder executing the capturing and recording, to take data recorded by the recorder into the mobile terminal, and to transmit the data taken from the recorder to the server for recording the data in the server.
Method for determining the structure of an electricity distribution network comprising a substation supplying power to a set of consumers (5, C i) via one or more feeds (3, D j) having one or more phases, characterized in that it comprises the following steps: - receiving first items of electrical consumption information relating to each consumer of the set, - receiving second items of electrical consumption information relating to the feeds or to the phases of each feed of the substation, - using the first and second items of information, comprising a computing phase, to determine, within the set, subsets of consumers, the consumers of one and the same subset being supplied with power by one and the same given feed and/or by one and the same given phase of a given feed, characterized in that: - the computing phase comprises computing a coefficient of confidence, - the usage step comprises a phase of comparing the results of various iterations of the computing phase, and - it is concluded that non-technical losses exist on the network if the various results of the iterations of the computing phase are substantially different. - receiving first items of electrical consumption information relating to each consumer of the set, - receiving second items of electrical consumption information relating to the feeds or to the phases of each feed of the substation, - using the first and second items of information, comprising a computing phase, to determine, within the set, subsets of consumers, the consumers of one and the same subset being supplied with power by one and the same given feed and/or by one and the same given phase of a given feed, - the computing phase comprises computing a coefficient of confidence, - the usage step comprises a phase of comparing the results of various iterations of the computing phase, and - it is concluded that non-technical losses exist on the network if the various results of the iterations of the computing phase are substantially different.
A method for providing power to a down-hole pulsed power system, the method comprising: transmitting microwaves from an above-ground microwave transmitter to a down-hole microwave receiver; and charging one or more capacitors in a down-hole pulsed power system, the method further comprising: using a metallic drill pipe used to provide drilling fluid as a microwave waveguide; or using a drilling fluid as a microwave waveguide comprising a property selected from the group consisting of non-conductive, non-aqueous, insulating, and dielectric. transmitting microwaves from an above-ground microwave transmitter to a down-hole microwave receiver; and charging one or more capacitors in a down-hole pulsed power system, the method further comprising: using a metallic drill pipe used to provide drilling fluid as a microwave waveguide; or using a drilling fluid as a microwave waveguide comprising a property selected from the group consisting of non-conductive, non-aqueous, insulating, and dielectric. using a metallic drill pipe used to provide drilling fluid as a microwave waveguide; or using a drilling fluid as a microwave waveguide comprising a property selected from the group consisting of non-conductive, non-aqueous, insulating, and dielectric.
A method comprising: with a reconfigurable logic device, a processor, or a neural network component: performing (1110, 1120) a mathematical operation on a plurality of matrices or vectors stored as a block floating-point, BFP, representation comprising a common exponent shared by at least two elements but not all elements in respective matrices or vectors of the plurality of matrices or vectors, thereby producing an output matrix or vector; selecting an updated common exponent for at least two or more elements of the output matrix or vector by determining a mean and a standard deviation for absolute values of the output matrix or vector, thereby producing the updated common exponent; and producing a BFP representation for an updated matrix or vector, at least two elements but not all elements of the updated matrix or vector sharing the selected updated common exponent. performing (1110, 1120) a mathematical operation on a plurality of matrices or vectors stored as a block floating-point, BFP, representation comprising a common exponent shared by at least two elements but not all elements in respective matrices or vectors of the plurality of matrices or vectors, thereby producing an output matrix or vector; selecting an updated common exponent for at least two or more elements of the output matrix or vector by determining a mean and a standard deviation for absolute values of the output matrix or vector, thereby producing the updated common exponent; and producing a BFP representation for an updated matrix or vector, at least two elements but not all elements of the updated matrix or vector sharing the selected updated common exponent.
Electromechanical lock for use in locker-type storage systems, wherein a door lock striker is provided which is connected with the pivoting part of the door and can be introduced into the lock and immobilised there and engages in a recess in a latch which is spring-loaded with a spring and mounted pivotally and can be actuated by means of a locking lever operated by an electromagnet, characterised in that the electromechanical lock has sprung thrust elements in the region of displacement of the door lock striker, in that during the opening operation the pivotally mounted latch pushes the door lock striker out of the lock into a defined displacement position with the aid of the spring force of the spring, and in that the door lock striker is held in this displacement position by the sprung thrust elements.
Multi-layer composite (2, 2.1, 2.2, 18), comprising: - at least two electro active layers (4, 6) positioned between a first electrically conductive layer and a second electrically conductive layer, - wherein at least one electrically conductive sub-layer is positioned between the at least two electro active layers (4,6), and - wherein at least one of the at least two electro active layers (4, 6) is a piezo layer, characterised in that at least one other of the at least two electroactive layers (4, 6) is a dielectric elastomer layer. - at least two electro active layers (4, 6) positioned between a first electrically conductive layer and a second electrically conductive layer, - wherein at least one electrically conductive sub-layer is positioned between the at least two electro active layers (4,6), and - wherein at least one of the at least two electro active layers (4, 6) is a piezo layer, characterised in that at least one other of the at least two electroactive layers (4, 6) is a dielectric elastomer layer.
A therapeutically effective amount of a composition comprising a recombinant Marek's disease virus stably transformed with a foreign DNA construct, comprising a long terminal repeat sequence of a reticuloendotheliosis virus for use in a method of eliciting in an avian animal a safe and protective immune response against Marek's Disease virus comprising administering said composition to said animal, thereby eliciting the protective immune response, wherein the MDV is a clonal virus, and not a mixed population of parental and recombinant virus, wherein the MDV is a CVI988/X MDV; further wherein the LTR is as set forth in SEQ ID NO:2, wherein the LTR sequence comprises a Pac I excised-DNA segment from a MDV having all of the identifying characteristics of the strain deposited at ATCC under the accession number PTA-4945 and wherein the LTR sequence is inserted 5' of the ICP4 gene of said MDV.
A method of preparing a spray dried rebaudioside D ("Reb D") powder having enhanced solubility in aqueous-based liquids comprising: a. preparing a clear Reb D solution by adding Reb D powder to water and heating to completely dissolve the Reb D powder wherein the temperature of the clear Reb D solution is above 70 °C; b. mixing the clear Reb D solution with a solubilizing enhancer to produce an enhanced Reb D solution, wherein the temperature of the enhanced Reb D solution is maintained above 70 °C, wherein the solubilizing enhancer is a hydroxyl-containing sweetener selected from the group consisting of erythritol, sucrose, maltodextrin, glycerol, propylene glycol, glucose, fructose, maltose, dextrose, xylose, sorbitol, xyitol, mannitol, maltitol, lactiol, arabitol, isomalt, or mixtures of any of them, and wherein the ratio of hydroxyl-containing sweetener to Reb D is from 0.1:1 to 50:1; c. adding a stabilizer to the enhanced Reb D solution to produce a stabilized Reb D solution; wherein the stabilizer is selected from the group consisting of gum Arabic, pectin, carrageenan, ghatti gum, acacia gum, guar gum, xanthan gum, gellan gum, locust bean gum, agar, starch, alginate, cellulose, modified starch, carboxyl methyl cellulose or mixtures of any of them; and d. spray drying the stabilized Reb D solution to form a spray dried powder. a. preparing a clear Reb D solution by adding Reb D powder to water and heating to completely dissolve the Reb D powder wherein the temperature of the clear Reb D solution is above 70 °C; b. mixing the clear Reb D solution with a solubilizing enhancer to produce an enhanced Reb D solution, wherein the temperature of the enhanced Reb D solution is maintained above 70 °C, wherein the solubilizing enhancer is a hydroxyl-containing sweetener selected from the group consisting of erythritol, sucrose, maltodextrin, glycerol, propylene glycol, glucose, fructose, maltose, dextrose, xylose, sorbitol, xyitol, mannitol, maltitol, lactiol, arabitol, isomalt, or mixtures of any of them, and wherein the ratio of hydroxyl-containing sweetener to Reb D is from 0.1:1 to 50:1; c. adding a stabilizer to the enhanced Reb D solution to produce a stabilized Reb D solution; wherein the stabilizer is selected from the group consisting of gum Arabic, pectin, carrageenan, ghatti gum, acacia gum, guar gum, xanthan gum, gellan gum, locust bean gum, agar, starch, alginate, cellulose, modified starch, carboxyl methyl cellulose or mixtures of any of them; and d. spray drying the stabilized Reb D solution to form a spray dried powder.
A weft knitted fabric having a heat generating function, the knitted fabric being characterized by comprising first, second, third and fourth fabric layers sequentially arranged from top to bottom, wherein: the first and second fabric layers are knitted to form uniformly distributed protrusions, the second fabric layer being fully covered under the first fabric layer; the third fabric layer is tuck stitched such that one stitch is made to the third fabric layer per a preset number of stitches made to each of the first and second fabric layers, whereby the protrusions are spatially distributed as a centered rectangular lattice; the second fabric layer is electrically conductive such that when the second fabric layer is electrically energized, air trapped inside the protrusions is heated up, causing the knitted fabric to generate heat and to form a heat generating zone, and wherein the fourth fabric layer is only joined to the third fabric layer and indirectly connected to the first and second fabric layers via the third fabric layer. the first and second fabric layers are knitted to form uniformly distributed protrusions, the second fabric layer being fully covered under the first fabric layer; the third fabric layer is tuck stitched such that one stitch is made to the third fabric layer per a preset number of stitches made to each of the first and second fabric layers, whereby the protrusions are spatially distributed as a centered rectangular lattice; the second fabric layer is electrically conductive such that when the second fabric layer is electrically energized, air trapped inside the protrusions is heated up, causing the knitted fabric to generate heat and to form a heat generating zone,
A lighting unit comprising a lighting device, wherein the lighting device comprises a light source configured to provide light source light and beam shaping optics configured to shape the light source light into a lighting device beam, wherein the lighting device comprises a window comprising an upstream face directed to the light source and a downstream face, wherein the lighting unit further comprises a beam modifier configured adjacent to the window and configured to intercept at least part of said lighting device beam, wherein the lighting device and the beam modifier are configured to modify said lighting device beam to provide a lighting unit beam downstream from said beam modifier, wherein the beam modifier comprises a printed beam modifying element, and wherein the beam modifying element is configured to intercept up to 80% of a cross-section of said lighting device beam, wherein the beam modifier comprises a 3D printed beam modifying element and is configured to modify the lighting device beam by one or more of polarization filtering and a phosphor for spectral converting the lighting device beam, and wherein the beam shaping optics comprises one or more of a lens, a TIR lens, a Fresnel lens, and a reflector.
A ballast water monitoring device for in situ detection of the number of live phytoplankton, the device comprising: a chamber for receiving a sample; at least one light source arranged to emit light towards the sample of ballast water from the hull of a water-borne vessel; a light detector arranged to receive light from the sample and to generate a light signal; and a controller configured to: control the at least one light source to emit a single pulse of light, calculate the variable fluorescence [F v] of the sample in response to the pulse of light, at time intervals less than the duration of the pulse of light, compare the calculated variable fluorescence to a predetermined reference limit, and perform an action if the calculated variable fluorescence is greater than the predetermined reference limit; characterised in that the pulse of light has a duration of up to 450 μs. a chamber for receiving a sample; at least one light source arranged to emit light towards the sample of ballast water from the hull of a water-borne vessel; a light detector arranged to receive light from the sample and to generate a light signal; and a controller configured to: control the at least one light source to emit a single pulse of light, calculate the variable fluorescence [F v] of the sample in response to the pulse of light, at time intervals less than the duration of the pulse of light, compare the calculated variable fluorescence to a predetermined reference limit, and perform an action if the calculated variable fluorescence is greater than the predetermined reference limit; control the at least one light source to emit a single pulse of light, calculate the variable fluorescence [F v] of the sample in response to the pulse of light, at time intervals less than the duration of the pulse of light, compare the calculated variable fluorescence to a predetermined reference limit, and perform an action if the calculated variable fluorescence is greater than the predetermined reference limit;
A labelling unit for applying a label onto an article; said labelling unit comprising: - support means; and - a receiving member adapted to carry said article as well as to receive said label, and supported by said support means in a translational and rotational manner with respect to a unit axis; wherein said receiving member is movable along said unit axis between: - a raised position, in which said receiving member axially protrudes from said support means, carrying said article on its top portion and is adapted to receive said label wrapped around its lateral wall; and - a retracted position, in which said receiving member is housed within said support means so as to permit insertion of said article into the label welded in an endless or sleeve configuration; wherein said lateral wall of said receiving member comprises first suction means cooperating in use with a leading edge of the label during wrapping thereof around the receiving member itself, and second suction means (39, 42, 40) cooperating in use with a remaining part (46, 47, 48) of the label during said wrapping; characterized in that, during wrapping of said label around said receiving member, said first suction means are activated prior to said second suction means (39, 42, 40) to maximize the retention force on said leading edge of said label at the beginning of the transfer of the latter onto said receiving member. - support means; and - a receiving member adapted to carry said article as well as to receive said label, and supported by said support means in a translational and rotational manner with respect to a unit axis; - a raised position, in which said receiving member axially protrudes from said support means, carrying said article on its top portion and is adapted to receive said label wrapped around its lateral wall; and - a retracted position, in which said receiving member is housed within said support means so as to permit insertion of said article into the label welded in an endless or sleeve configuration;
Method of managing subscription to a service offered in a communication network by a first terminal, said first terminal being a source terminal; said communication network comprising a second terminal and said service comprising a transmission of digital information; in which an admission entity previously obtains a maximum value of upload bitrate (D up1, D up2) and a value of download bitrate (D down1,D down2) respectively allocated to the first and second terminals; said method comprising the following steps at the level of the admission entity of the network: /1/ receiving an admission request in respect of a subscription of the second terminal to the service offered by the first terminal; /2/ taking a decision regarding admission or denial of subscription of the second terminal on the basis of the maximum value of upload bitrate allocated to the first terminal and of the value of download bitrate allocated to the second terminal; and /3/ emitting a response indicating said decision, in which, at least one other service being offered in the network by at least one other terminal to which a maximum value of upload bitrate is allocated, the second terminal is already subscribed to said other service; in which the maximum value of upload bitrate allocated to said other terminal is stored as service bitrate value associated with the second terminal; in which step /2/ is performed furthermore on the basis of said service bitrate value; and in which, if the requested subscription is admitted, the maximum value of upload bitrate allocated to the first terminal is added to the service bitrate value associated with the second terminal. /1/ receiving an admission request in respect of a subscription of the second terminal to the service offered by the first terminal; /2/ taking a decision regarding admission or denial of subscription of the second terminal on the basis of the maximum value of upload bitrate allocated to the first terminal and of the value of download bitrate allocated to the second terminal; and /3/ emitting a response indicating said decision,