mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a transmitting node of a wireless communication system, the transmitting node being capable of multi-antenna transmission, the method comprising: transmitting a plurality of common pilot signals from a plurality of antennas; determining whether a data demodulation at a receiving node can be enhanced; transmitting data to the receiving node during a data transmission time; and transmitting one or more demodulation pilot signals to the receiving node when it is determined that the data demodulation at the receiving node can be enhanced, wherein each common pilot signal is transmitted from one antenna, and no antenna transmits more than one common pilot signal, wherein the plurality of common pilot signals include one or more legacy common pilot signals and one or more non-legacy common pilot signals, each legacy common pilot signal being transmitted at a higher power than each non-legacy common pilot signal, wherein each legacy common pilot signal is supported by both legacy receiving nodes and non-legacy receiving nodes, and each non-legacy common pilot signal is supported by non-legacy receiving nodes but is not supported by legacy receiving nodes, characterised in that the step of transmitting the demodulation pilot signal(s) to the receiving node comprises transmitting each demodulation pilot signal from a same antenna used to transmit one of the non-legacy common pilot signal(s). transmitting a plurality of common pilot signals from a plurality of antennas; determining whether a data demodulation at a receiving node can be enhanced; transmitting data to the receiving node during a data transmission time; and transmitting one or more demodulation pilot signals to the receiving node when it is determined that the data demodulation at the receiving node can be enhanced, wherein each common pilot signal is transmitted from one antenna, and no antenna transmits more than one common pilot signal, wherein the plurality of common pilot signals include one or more legacy common pilot signals and one or more non-legacy common pilot signals, each legacy common pilot signal being transmitted at a higher power than each non-legacy common pilot signal, wherein each legacy common pilot signal is supported by both legacy receiving nodes and non-legacy receiving nodes, and each non-legacy common pilot signal is supported by non-legacy receiving nodes but is not supported by legacy receiving nodes, characterised in that the step of transmitting the demodulation pilot signal(s) to the receiving node comprises transmitting each demodulation pilot signal from a same antenna used to transmit one of the non-legacy common pilot signal(s).
Device for processing a layer-like material which preferably consists at least in sections of plastic, textile, leather or a combination thereof, having a base device which has an interface device for substituting at least one layer-processing device, a receiving device to accommodate at least one layer-processing device, a handling device for feeding a layer-processing device from the receiving device to the base device, and at least two layer-processing devices which can be substituted into the interface device of the base device and can be at least partly accommodated in the receiving device, characterised in that the at least two layer-processing devices provide different layer-processing technologies, wherein the layer-processing devices are selected from a laminating device, in particular pressure-laminating device, an edge-folding device, a thermoforming device and a groove-laminating device.
A system for use in monitoring a wind farm having a plurality of wind turbines, said system comprising: at least one video camera configured to capture video data related to operating conditions of each wind turbine; at least one supervisory command and data acquisition (SCADA) element configured to capture numerical data related to the operating conditions of an associated wind turbine; a user interface; at least one server communicatively coupled to said at least one video camera, said at least one SCADA element, and said user interface, wherein said at least one server comprises a SCADA server and a video server, said SCADA server coupled to said at least one SCADA element and said video server coupled to said at least one video camera; and, a remote monitoring server communicatively coupled to said SCADA server and said video server; wherein said SCADA server is configured to transmit the numerical data to said remote monitoring server via a first network and said video server is configured to transmit the video data to said remote monitoring server via a second network said at least one server configured to: receive a specific portion of the video data based on a corresponding portion of the numerical data; and, present the specific portion of the video data to a user via said user interface. at least one video camera configured to capture video data related to operating conditions of each wind turbine; at least one supervisory command and data acquisition (SCADA) element configured to capture numerical data related to the operating conditions of an associated wind turbine; a user interface; at least one server communicatively coupled to said at least one video camera, said at least one SCADA element, and said user interface, wherein said at least one server comprises a SCADA server and a video server, said SCADA server coupled to said at least one SCADA element and said video server coupled to said at least one video camera; and, a remote monitoring server communicatively coupled to said SCADA server and said video server; wherein said SCADA server is configured to transmit the numerical data to said remote monitoring server via a first network and said video server is configured to transmit the video data to said remote monitoring server via a second network said at least one server configured to: receive a specific portion of the video data based on a corresponding portion of the numerical data; and, present the specific portion of the video data to a user via said user interface. receive a specific portion of the video data based on a corresponding portion of the numerical data; and, present the specific portion of the video data to a user via said user interface.
A method for reconfiguring aggregated cell, comprising: a network side device judges whether the aggregated cell of a user equipment, UE needs to be changed in the cell set in which the carriers can be aggregated; when the judgment result is that the change is needed, said network side device transmits a radio resource control, RRC connection reconfiguration message to said UE, and said RRC connection reconfiguration message carries the change information of the aggregated cell of said UE; said UE receives said RRC connection reconfiguration message, and reconfigures the aggregated cell according to said RRC connection reconfiguration message; characterized in that, wherein said network side device transmits RRC connection reconfiguration message, which carries change information of aggregated cell of UE instead of carrying mobility control information and security configuration information to said UE; the UE uses Access Stratum, AS key which is used before receiving said RRC connection configuration message for security handling, and transmits reconfiguration complete message to said network side device, to enable the uninterrupted transmission for the data. a network side device judges whether the aggregated cell of a user equipment, UE needs to be changed in the cell set in which the carriers can be aggregated; when the judgment result is that the change is needed, said network side device transmits a radio resource control, RRC connection reconfiguration message to said UE, and said RRC connection reconfiguration message carries the change information of the aggregated cell of said UE; said UE receives said RRC connection reconfiguration message, and reconfigures the aggregated cell according to said RRC connection reconfiguration message; characterized in that, wherein said network side device transmits RRC connection reconfiguration message, which carries change information of aggregated cell of UE instead of carrying mobility control information and security configuration information to said UE; the UE uses Access Stratum, AS key which is used before receiving said RRC connection configuration message for security handling, and transmits reconfiguration complete message to said network side device, to enable the uninterrupted transmission for the data.
A composition comprising TSG-6 protein, or biologically active fragment thereof for use in a method of preventing or treating rejection of a corneal transplant in an animal.
A drawstring ribbon production method comprising the steps of unwinding at least one tape from a first reel; feeding said at least one tape in a first direction by guide elements; unwinding at least one drawstring from a second reel; feeding said at least one drawstring in said first direction by guide means; aligning said at least one tape with said at least one drawstring; feeding said at least one tape and said at least one drawstring towards a first cutting zone; laterally cutting off at least one portion of said at least one tape; feeding said at least one laterally cut tape and said at least one drawstring to a second cutting zone; feeding said at least one tape between the two blades of a scissor while at the same time feeding said at least one drawstring outside said scissor blades; tutting said at least one tape; clamping said at least one tape; feeding a predetermined length of said at least one drawstring; bringing said at least one tape and said at least one drawstring to a clamping device; joining together an end of said at least one tape and an end of said at least one drawstring; feeding said at least one tape and said at least one drawstring to a station for closing said at least one tape and said at least one drawstring with a ring in proximity to each of said lateral cut of said at least one tape; feeding said at least one tape and said at least one drawstring to a third cutting zone; cutting said drawstring in proximity to said joint between said at least one tape and said at least one drawstring.
A method for advising a person with diabetes, the method performed on a portable electronic device and the method comprising: - establishing, in a memory of the portable electronic device, a library of one or more tasks, wherein each task in the library is related to a therapy recommended to the person with diabetes and the one or more tasks are a subset from a large group of potential tasks, the subset being specific to the therapy recommended to the person; - recording personal data received via an inputting means of the portable electronic device, the personal data representing characteristics of the person related to the person's diabetic condition; - recording real-time data received via the inputting means of the portable electronic device, the real-time data being related to the person's diabetic condition; and - advising the person, via a display of the portable electronic device, to perform a task from the library, based on the personal data and the real-time data, characterized in that the tasks correspond to the characteristics of the portable electronic device in that tasks are omitted from the library if they are not appropriate for the portable electronic device. - establishing, in a memory of the portable electronic device, a library of one or more tasks, wherein each task in the library is related to a therapy recommended to the person with diabetes and the one or more tasks are a subset from a large group of potential tasks, the subset being specific to the therapy recommended to the person; - recording personal data received via an inputting means of the portable electronic device, the personal data representing characteristics of the person related to the person's diabetic condition; - recording real-time data received via the inputting means of the portable electronic device, the real-time data being related to the person's diabetic condition; and - advising the person, via a display of the portable electronic device, to perform a task from the library, based on the personal data and the real-time data, characterized in that the tasks correspond to the characteristics of the portable electronic device in that tasks are omitted from the library if they are not appropriate for the portable electronic device.
Film laminate comprising at least one compact decorative layer with a lacquer layer on the upper side and a foam layer on the underside, where the density of the foam layer is above 500 kg/m 3 and the foam layer is based on a polymer composition which comprises a) 15 to 60 parts by weight of at least one thermoplastic vulcanizate b) 15 to 35 parts by weight of at least one high melt strength polyolefin (HMS polyolefin) and c) 30 to 60 parts by weight of at least one low density polyethylene (LDPE), where the proportions of a), b) and c) give a total of 100. a) 15 to 60 parts by weight of at least one thermoplastic vulcanizate b) 15 to 35 parts by weight of at least one high melt strength polyolefin (HMS polyolefin) and c) 30 to 60 parts by weight of at least one low density polyethylene (LDPE),
A method for producing a ferroelectric thin film on a lower electrode by coating a composition for forming a ferroelectric thin film on the lower electrode of a substrate having the lower electrode where a crystal plane is oriented in the axis direction, calcining the coated composition, and then firing and crystallizing the coated composition, the method comprising: irradiating a surface of the lower electrode with an atmospheric pressure plasma generated from an introduction gas which is O 2 or N 2, or a mixture thereof before coating the composition for forming a ferroelectric thin film; and coating, calcining and firing the composition for forming a ferroelectric thin film on the lower electrode to form the ferroelectric thin film controlled to have a preferential crystal orientation in the plane. irradiating a surface of the lower electrode with an atmospheric pressure plasma generated from an introduction gas which is O 2 or N 2, or a mixture thereof before coating the composition for forming a ferroelectric thin film; and coating, calcining and firing the composition for forming a ferroelectric thin film on the lower electrode to form the ferroelectric thin film controlled to have a preferential crystal orientation in the plane.
A method of fabricating a polycrystalline silicon layer, the method comprising: providing a polycrystalline silicon layer (220, 430) formed by a crystallization method using a crystallization-inducing metal, the polycrystalline silicon layer (220, 430) having a first predetermined region including a channel region for being used in a thin film transistor and a second predetermined region (220a, 430a); providing a layer pattern (230, 420) in contact with the polycrystalline silicon layer (220, 430) in the second predetermined region (220a, 430a) of the polycrystalline silicon layer (220, 430) and excluding the first predetermined region, and performing annealing to getter the crystallization-inducing metal existing in the first predetermined region to the second predetermined region (220a, 430a), characterized in, that the layer pattern (230, 420) is consisting of a metal or a metal silicide, wherein the metal or metal silicide of the metal layer pattern or metal silicide layer pattern (230, 420) has, under subsequent annealing conditions, a smaller diffusion coefficient in the polycrystalline silicon layer (220, 430) than the crystallization-inducing metal or alloy thereof; and in that the second predetermined region (220a, 430a) is formed at a distance of 100 μm or less from the channel region in the polycrystalline silicon layer (220, 430). providing a polycrystalline silicon layer (220, 430) formed by a crystallization method using a crystallization-inducing metal, the polycrystalline silicon layer (220, 430) having a first predetermined region including a channel region for being used in a thin film transistor and a second predetermined region (220a, 430a); providing a layer pattern (230, 420) in contact with the polycrystalline silicon layer (220, 430) in the second predetermined region (220a, 430a) of the polycrystalline silicon layer (220, 430) and excluding the first predetermined region, and performing annealing to getter the crystallization-inducing metal existing in the first predetermined region to the second predetermined region (220a, 430a), characterized in, that the layer pattern (230, 420) is consisting of a metal or a metal silicide, wherein the metal or metal silicide of the metal layer pattern or metal silicide layer pattern (230, 420) has, under subsequent annealing conditions, a smaller diffusion coefficient in the polycrystalline silicon layer (220, 430) than the crystallization-inducing metal or alloy thereof; and in that the second predetermined region (220a, 430a) is formed at a distance of 100 μm or less from the channel region in the polycrystalline silicon layer (220, 430).
A method for use in a wireless transmit/receive unit, WTRU, for multiple access wireless communications, the method comprising: receiving configuration information indicating a set of physical channel frequency resources; receiving downlink control information, DCI, wherein the DCI includes an indication of an allocation of at least a subset of the set of physical channel frequency resources; determining a time period and one or more physical shared channel frequency resources, wherein the one or more physical shared channel frequency resources are determined from the subset of the set of physical channel frequency resources; and transmitting control information in a physical shared channel transmission using the determined one or more physical shared channel frequency resources during the determined time period, wherein the control information includes a WTRU-identifier, ID, associated with the WTRU, and further includes a new data indicator, NDI. receiving configuration information indicating a set of physical channel frequency resources; receiving downlink control information, DCI, wherein the DCI includes an indication of an allocation of at least a subset of the set of physical channel frequency resources; determining a time period and one or more physical shared channel frequency resources, wherein the one or more physical shared channel frequency resources are determined from the subset of the set of physical channel frequency resources; and transmitting control information in a physical shared channel transmission using the determined one or more physical shared channel frequency resources during the determined time period, wherein the control information includes a WTRU-identifier, ID, associated with the WTRU, and further includes a new data indicator, NDI.
A process for dehydrofluorination of 1,1,1,2,3,3-hexafluoropropane into 1,2,3,3,3-pentafluoropropene-1, carried out in the presence of a dehydrofluorination catalyst which is a mixed catalyst based on chromium and nickel on an aluminum-based support, in the presence of hydrogen.
A control assembly for an in-line bicycle shock absorber, comprising: a control member adapted to be rotatably mounted to a housing of the shock absorber, the control assembly characterized in that the control member has an interior bore, with one end of the bore being closed and another end of the bore being open, the control member rotated to adjust a first characteristic of the shock absorber; and the control assembly further comprises a piston slidably mounted within the interior bore of the control member, the piston displaced within the interior bore to adjust a second characteristic of the shock absorber. a control member adapted to be rotatably mounted to a housing of the shock absorber, the control assembly characterized in that the control member has an interior bore, with one end of the bore being closed and another end of the bore being open, the control member rotated to adjust a first characteristic of the shock absorber; and the control assembly further comprises a piston slidably mounted within the interior bore of the control member, the piston displaced within the interior bore to adjust a second characteristic of the shock absorber.
A telecommunication device comprising: a wireless connect unit, said wireless connect unit for receiving a telephone call and identifying a dialed telephone number associated with the call, said wireless connect unit using the dialed telephone number to retrieve at least a wireless telephone number and at least one user preference from a storage medium, and said wireless connect unit using said at least one retrieved user preference to route the call to at least one destination telephone number, wherein said at least one destination telephone number is selected from the group consisting of said retrieved wireless telephone number and a voice mailbox telephone number, characterised in that said wireless connect unit is connected to an enterprise private branch exchange PBX, and comprises a database of PBX extension numbers and of Direct Inward Dial DID telephone numbers associated with each PBX extension numbers, and wherein said retrieved wireless telephone number is also associated with one of the PBX extension numbers, and the wireless connect unit and the PBX are connected to a PSTN (16, 54) by respective PSTN connections (32, 36, 20).
An implant (10,110,210,310) for implantation into bone tissue having an exterior surface comprising: an elongated body having an upper portion (12, 112) configured to receive a prosthesis, a lower portion (20,120,220,320) for being submerged in said bone tissue, and an outer surface; and at least one thread on said outer surface making a plurality of turns around the elongated body between the lower portion (20,120,220,320) and the upper portion (12,112), the at least one thread including a root (520a, 520b, 520c, 620a, 620b, 620c), a flank (530a,530b,530c,630a,630b,630c), and a crest (510a,510b,510c, 610a,610b,610c), characterized in that only the root and a segment of the flank have a blasted surface so that the root and a segment of the flank have a roughened portion (30,130) relative to the crest. an elongated body having an upper portion (12, 112) configured to receive a prosthesis, a lower portion (20,120,220,320) for being submerged in said bone tissue, and an outer surface; and at least one thread on said outer surface making a plurality of turns around the elongated body between the lower portion (20,120,220,320) and the upper portion (12,112), the at least one thread including a root (520a, 520b, 520c, 620a, 620b, 620c), a flank (530a,530b,530c,630a,630b,630c), and a crest (510a,510b,510c, 610a,610b,610c), characterized in that only the root and a segment of the flank have a blasted surface so that the root and a segment of the flank have a roughened portion (30,130) relative to the crest.