mhurhangee/ep-ind-claims huggingface dataset:
A video display device comprising: a video input unit; a first Retinex processing unit which performs a first Retinex process on a video inputted from the video input unit; a second Retinex processing unit which performs a second Retinex process, which is different from the first Retinex process in a method, on the video inputted from the video input unit wherein the scale in the first Retinex process is smaller than the scale in the second Retinex process; a video composing unit which can compose a video processed by the first Retinex processing unit and a video processed by the second Retinex processing unit in accordance with a feature of the video inputted from the video input unit; and a display unit which can display an output video of the video composing unit; wherein the video composing unit is configured to increase the composition ratio of the video subjected to the first Retinex process to be larger than the composition ratio of the video subjected to the second Retinex process when a luminance of the video inputted from the video input unit is relatively high, and to decrease the composition ratio of the video subjected to the first Retinex process to be smaller than the composition ratio of the video subjected to the second Retinex process when the luminance of the video inputted from the video input unit is relatively low. a video input unit; a first Retinex processing unit which performs a first Retinex process on a video inputted from the video input unit; a second Retinex processing unit which performs a second Retinex process, which is different from the first Retinex process in a method, on the video inputted from the video input unit wherein the scale in the first Retinex process is smaller than the scale in the second Retinex process; a video composing unit which can compose a video processed by the first Retinex processing unit and a video processed by the second Retinex processing unit in accordance with a feature of the video inputted from the video input unit; and a display unit which can display an output video of the video composing unit; wherein the video composing unit is configured to increase the composition ratio of the video subjected to the first Retinex process to be larger than the composition ratio of the video subjected to the second Retinex process when a luminance of the video inputted from the video input unit is relatively high, and to decrease the composition ratio of the video subjected to the first Retinex process to be smaller than the composition ratio of the video subjected to the second Retinex process when the luminance of the video inputted from the video input unit is relatively low.
A method for accessing data in a Unified Data Repository, UDR, the method comprising: storing, at a UDR, for a Data Set provided in the UDR for a plurality of Network Function, NF, service consumers, a plurality of Service Based Architecture, SBA, services, wherein each SBA service is associated with one or more Data Subsets (22a, 23a, 24a, 25a), amongst a plurality of Data Subsets associated with the Data Set, and wherein each SBA service is provided for one or more NF service consumer amongst the plurality of NF service consumers; registering, from the UDR toward a Network Repository Function, NRF, identifiers for the plurality of SBA services (20a, 20b, 20c) handled at the UDR and an identifier of the UDR; receiving, at the NRF from an NF service consumer, a service discovery request with an identifier of an SBA service; transmitting, from the NRF toward the NF service consumer, the identifier of the UDR handling the SBA service; transmitting, from the NF service consumer toward the UDR identified by the identifier of the UDR, a service request for the SBA service; and receiving, at the NF service consumer from the UDR, information data relating to the one or more Data Subsets (22a, 23a, 24a, 25a) associated with the SBA service. storing, at a UDR, for a Data Set provided in the UDR for a plurality of Network Function, NF, service consumers, a plurality of Service Based Architecture, SBA, services, wherein each SBA service is associated with one or more Data Subsets (22a, 23a, 24a, 25a), amongst a plurality of Data Subsets associated with the Data Set, and wherein each SBA service is provided for one or more NF service consumer amongst the plurality of NF service consumers; registering, from the UDR toward a Network Repository Function, NRF, identifiers for the plurality of SBA services (20a, 20b, 20c) handled at the UDR and an identifier of the UDR; receiving, at the NRF from an NF service consumer, a service discovery request with an identifier of an SBA service; transmitting, from the NRF toward the NF service consumer, the identifier of the UDR handling the SBA service; transmitting, from the NF service consumer toward the UDR identified by the identifier of the UDR, a service request for the SBA service; and receiving, at the NF service consumer from the UDR, information data relating to the one or more Data Subsets (22a, 23a, 24a, 25a) associated with the SBA service.
A hybrid polypeptide comprising a chimeric polypeptide and a second polypeptide, wherein the chimeric polypeptide comprises a Factor VIII (FVIII) and a first Fc, wherein the FVIII is fused directly to the first Fc, and wherein the second polypeptide comprises a second Fc, for use in prophylactically treating hemophilia A in a human subject, wherein the hybrid polypeptide is to be administered in a dose of 25 IU/kg to 65 IU/kg at a dosing interval of 3 to 8 days between two doses.
Vehicle headlamp (100, 200, 300), comprising a headlamp housing (101, 201, 301), at least one light source (102, 202, 302), at least one projection optic (104, 204, 304), at least one cooling channel (107, 207, 307) and a cooling medium, wherein the at least one light source (102,202,302) is arranged to emit light in the form of a light beam (105,205,305) in the direction of the at least one projection optics (104, 204, 304) and to form a light image on the road in front of the vehicle and the at least one light source (102, 202, 302) and the at least one projection optics (104, 204, 304) are located inside the headlamp housing (101, 201, 301), and the at least one cooling channel (107, 207, 307) is thermally conductively connected to at least one heat source which is located inside the headlamp housing (101, 201, 301), and the at least one cooling channel (107, 207, 307) is set up to cool the at least one heat source when the cooling medium flows through it, wherein, the at least one cooling channel (107, 207, 307) comprises at least one detachable connecting coupling (108, 109, 208, 209, 309) which is inserted into the cooling channel (107, 207, 307), characterized in that the generation of the cold cooling medium takes place outside the headlamp housing (101, 201, 301), and in that the vehicle headlight (100, 200, 300) further comprises a micromirror arrangement (110, 210, 310), the micromirror arrangement (110, 210, 310) being inserted between the at least one light source (102, 202, 302) and the at least one projection optics (104, 204, 304) in the beam path of the light beam (105, 205, 305), and the micromirror arrangement (110, 210, 310) is arranged to convert light emitted by the light source (102, 202, 302) in the direction of the at least one projection optics (104, 204, 304), wherein the micromirror arrangement (110, 210, 310) is located within the headlamp housing (101, 201, 301) and the at least one heat source comprises the micromirror arrangement (110, 210, 310).
Guiding device for strand-shaped components, such as energy and/or information-conducting cables of wind turbines (1, 3), consisting of at least one guide part for receiving the components at least in part, it being possible for at least said one guide part to be fastened to a tower segment of the turbine (1, 3) by means of a fixing device (13, 15), the fixing device being responsible for fastening the associated guide part by means of an adhesion device, preferably such that it can be detached again, the adhesion device consisting of individual segments extending with a bow-shaped curvature, the respective curve paths of which follow the curve path of the inside wall of the assignable tower segment of the turbine (1, 3), each individual segment comprising a plurality of individual permanent magnets which can be placed on the tower segment, and removed again therefrom, by means of a common handle, characterised in that a band protrudes laterally on either side of the succession of permanent magnets and thus forms the handle which can be grasped in order to detach the individual segment from the adhesion position for the purpose of disassembly, by tilting the permanent magnets, in succession, out of the normal position in which they are in contact with the tower segment with a high adhesive force.
Packaging machine having a thermoforming station, a sealing station and/or a cutting device, wherein at least one of these stations (2, 19) or the cutting device has a tool and an upper part and the tool can be fastened in a reversible manner on the upper part, wherein the tool or the upper part has a guide, along which the tool can be introduced into the upper part in the first instance essentially horizontally and which then raises the tool, characterized in that the guide has a first slope (13.1) and a second slope (13.2) and a horizontal portion (13.3) located therebetween, wherein the first and the second slopes are aligned or offset.
A wound treatment appliance comprising: a flexible overlay adapted to maintain reduced pressure under the flexible overlay in the area of the wound; a collection chamber to receive and hold fluid aspirated from the wound; a collection chamber attachment means to operably attach the collection chamber to the flexible overlay; a reduced pressure supply means wherein the reduced pressure supply means operably connects the collection chamber to a reduced pressure supply source that provides a supply of reduced pressure to the collection chamber so that the volume within the collection chamber and under the flexible overlay in the area of the wound to be treated are supplied with reduced pressure by the reduced pressure supply source; a reduced pressure supply port, wherein the reduced pressure supply means is connected to the collection chamber by means of the reduced pressure supply port; wherein the collection chamber attachment means comprises a membrane having at least one port therein so that the volume within the collection chamber is in fluid communication with the volume under the flexible overlay in the area of the wound; and characterized in that the wound treatment appliance further comprises a micropore filter, a hydrophobic filter, or both, operably positioned within the reduced pressure supply port to retain the exudate from the wound within the collection chamber. a flexible overlay adapted to maintain reduced pressure under the flexible overlay in the area of the wound; a collection chamber to receive and hold fluid aspirated from the wound; a collection chamber attachment means to operably attach the collection chamber to the flexible overlay; a reduced pressure supply means wherein the reduced pressure supply means operably connects the collection chamber to a reduced pressure supply source that provides a supply of reduced pressure to the collection chamber so that the volume within the collection chamber and under the flexible overlay in the area of the wound to be treated are supplied with reduced pressure by the reduced pressure supply source; a reduced pressure supply port, wherein the reduced pressure supply means is connected to the collection chamber by means of the reduced pressure supply port; wherein the collection chamber attachment means comprises a membrane having at least one port therein so that the volume within the collection chamber is in fluid communication with the volume under the flexible overlay in the area of the wound; and characterized in that the wound treatment appliance further comprises a micropore filter, a hydrophobic filter, or both, operably positioned within the reduced pressure supply port to retain the exudate from the wound within the collection chamber.
A copper alloy comprising (in percentage of weight): 69% to 92% of copper; 6.5% to 30.5% of zinc; 0.01% to 3% of cobalt; 0.01% to 0.5% of silicon; 0.01% to 3.5% of tin; and 0.01% to 0.35% of phosphorus; optionally A having a total content of 0.0001% to 2%, and the A is at least one selected from a group consisting of (in percentage of weight) 0.01% to 1.5% of Mn, 0.01% to 1.5% of Fe, 0.001% to 0.3% of Cr, 0.001% to 0.2% of Zr, 0.001% to 0.5% of Mg, 0.001% to 0.8% of Ti, 0.0005% to 0.3% of B and 0.0001% to 0.1% of REE; the balance being inevitable impurities; wherein the total content of copper and zinc is greater than 95%, and the content of inevitable impurities is less than 0.2%, and characterised in that the copper alloy comprises a matrix phase formed by a copper-zinc α solid solution and Co x Si y precipitated phases dispersedly distributed in the matrix phase; the percentage of the matrix phase by area is greater than or equal to 95%; and, the percentage of the Co x Si y precipitated phases by area is 0.01% to 5%. 69% to 92% of copper; 6.5% to 30.5% of zinc; 0.01% to 3% of cobalt; 0.01% to 0.5% of silicon; 0.01% to 3.5% of tin; and 0.01% to 0.35% of phosphorus; optionally A having a total content of 0.0001% to 2%, and the A is at least one selected from a group consisting of (in percentage of weight) 0.01% to 1.5% of Mn, 0.01% to 1.5% of Fe, 0.001% to 0.3% of Cr, 0.001% to 0.2% of Zr, 0.001% to 0.5% of Mg, 0.001% to 0.8% of Ti, 0.0005% to 0.3% of B and 0.0001% to 0.1% of REE; the balance being inevitable impurities; wherein the total content of copper and zinc is greater than 95%, and the content of inevitable impurities is less than 0.2%, and characterised in that the copper alloy comprises a matrix phase formed by a copper-zinc α solid solution and Co x Si y precipitated phases dispersedly distributed in the matrix phase; the percentage of the matrix phase by area is greater than or equal to 95%; and, the percentage of the Co x Si y precipitated phases by area is 0.01% to 5%.
A method for wireless communication, comprising: receiving, within a subframe, a first portion of a downlink control region scheduling at least a first data unit to be received in the subframe, wherein the subframe comprises at least two transmission time intervals, TTIs, and wherein each subframe comprises the downlink control region, a data region, and an uplink control region; receiving the first data unit in a first TTI of the data region; receiving a second data unit in a second TTI of the data region; separately acknowledging receipt of the first and second data units, wherein the first data unit is acknowledged in the uplink control region; and dynamically receiving, in the first portion of the downlink control region, an indication of a second control region of the downlink control region. receiving, within a subframe, a first portion of a downlink control region scheduling at least a first data unit to be received in the subframe, wherein the subframe comprises at least two transmission time intervals, TTIs, and wherein each subframe comprises the downlink control region, a data region, and an uplink control region; receiving the first data unit in a first TTI of the data region; receiving a second data unit in a second TTI of the data region; separately acknowledging receipt of the first and second data units, wherein the first data unit is acknowledged in the uplink control region; and dynamically receiving, in the first portion of the downlink control region, an indication of a second control region of the downlink control region.
Electrical apparatus, such as a remote control interface cabinet for high-voltage switches, comprising a rectangular parallelepipedal enclosure delimited by two opposing lateral walls (32, 38), a back wall, two opposing base and top walls, and a door pivotingly coupled to a lateral wall along a larger dimension edge of the parallelepiped, said apparatus comprising, inside the enclosure: - a separation plate parallel to the base and top walls (14, 36); - guiding means, parallel to the separation plate, on the lateral walls (32, 38); - a drawer formed by two lateral flanks (102, 104) parallel to the lateral walls (32, 38) of the enclosure, two top and bottom faces (110, 112) parallel to one another and to the separation plate, the top face being located between the bottom face and the separation wall, the lateral flanks (102, 104) comprising, level with the top face, runners that can slide in the guiding means and, level with the bottom face, means for removable securing with the lateral walls (32, 38) of the enclosure; such that the enclosure delimits three compartments (4, 5, 6) separated by the separation plate and the bottom face of the drawer; - an electronic monitoring and control system comprising at least one power supply board, a central data acquisition and processing unit consisting of electronic circuit boards, a human-machine interface and a communication block consisting of electronic circuit boards, said electronic monitoring and control system being located in the drawer; - a system for holding a battery at the level of the base wall. - a separation plate parallel to the base and top walls (14, 36); - guiding means, parallel to the separation plate, on the lateral walls (32, 38); - a drawer formed by two lateral flanks (102, 104) parallel to the lateral walls (32, 38) of the enclosure, two top and bottom faces (110, 112) parallel to one another and to the separation plate, the top face being located between the bottom face and the separation wall, the lateral flanks (102, 104) comprising, level with the top face, runners that can slide in the guiding means and, level with the bottom face, means for removable securing with the lateral walls (32, 38) of the enclosure; - an electronic monitoring and control system comprising at least one power supply board, a central data acquisition and processing unit consisting of electronic circuit boards, a human-machine interface and a communication block consisting of electronic circuit boards, said electronic monitoring and control system being located in the drawer; - a system for holding a battery at the level of the base wall.
A method implemented at a terminal device in a wireless communication network providing device to device, D2D, communications, comprising: receiving information about supplemental resource from a source cell, wherein the supplemental resource is the resource owned by the source cell and is provided to the terminal directly without any target cells being involved; and characterized in that, the method comprises: determining, based on a timer associated with a random access procedure in a handover of the terminal device from the source cell to a target cell a time interval in a portion of a transition period of the handover the supplemental resource being available to the terminal device in the determined time interval, wherein the transition period is a period of time from receiving a connection reconfiguration message from the source cell to receiving a connection reconfiguration message from the target cell, wherein the timer and the time interval commence at the receiving of the connection reconfiguration message from the source cell, wherein the time interval ends when a MAC layer has successfully completed random access procedure with the target cell.
A system, comprising: an AC power source configured to be located on the surface vessel; a rectifier configured to be located on a surface vessel, the AC power source being configured to supply AC power to the rectifier; wherein the rectifier is configured to convert the supplied AC power into DC power; wherein the DC power is supplied to a remotely located subsea inverter using a DC power line enclosed in an umbilical, and wherein the subsea inverter is configured to convert the DC power into AC power for driving a subsea load; characterized by further comprising: a DC filter configured to be located on the surface vessel and configured to supply DC power to the remotely located subsea inverter, wherein the DC filter is configured to filter the DC power prior to supplying the DC power to the subsea inverter; and a cathode configured to be located subsea and coupled to the inverter and an anode configured to be located subsea and coupled to one of the rectifier or the DC filter on the surface vessel, wherein the cathode and anode define a current return path through water. an AC power source configured to be located on the surface vessel; a rectifier configured to be located on a surface vessel, the AC power source being configured to supply AC power to the rectifier; wherein the rectifier is configured to convert the supplied AC power into DC power; wherein the DC power is supplied to a remotely located subsea inverter using a DC power line enclosed in an umbilical, and wherein the subsea inverter is configured to convert the DC power into AC power for driving a subsea load; a DC filter configured to be located on the surface vessel and configured to supply DC power to the remotely located subsea inverter, wherein the DC filter is configured to filter the DC power prior to supplying the DC power to the subsea inverter; and a cathode configured to be located subsea and coupled to the inverter and an anode configured to be located subsea and coupled to one of the rectifier or the DC filter on the surface vessel, wherein the cathode and anode define a current return path through water.
A cover for an articulation joint that is supported in an elongate shaft assembly of a surgical instrument that is operably coupled to a surgical end effector that includes at least one end effector conductor therein, the cover comprising: a non electrically-conductive hollow body including an open distal end and an open proximal end and a joint-receiving passage extending therebetween for receiving the articulation joint therein, the hollow body configured to permit portions of the articulation joint to be selectively articulated relative to each other while substantially enclosing the portions within the hollow body; characterised in that the cover further comprises: at least one electrically conductive pathway extending from the distal end of the hollow body to the proximal end of the hollow body, each of the at least one electrically conductive pathways having a distal end portion configured to electrically contact a corresponding end effector conductor when the end effector has been coupled to the elongate shaft assembly and a proximal end portion configured to electrically contact a corresponding shaft conductor in the elongate shaft assembly wherein at least one of the at least one electrically conductive pathways is embedded within the hollow body. a non electrically-conductive hollow body including an open distal end and an open proximal end and a joint-receiving passage extending therebetween for receiving the articulation joint therein, the hollow body configured to permit portions of the articulation joint to be selectively articulated relative to each other while substantially enclosing the portions within the hollow body; characterised in that the cover further comprises: at least one electrically conductive pathway extending from the distal end of the hollow body to the proximal end of the hollow body, each of the at least one electrically conductive pathways having a distal end portion configured to electrically contact a corresponding end effector conductor when the end effector has been coupled to the elongate shaft assembly and a proximal end portion configured to electrically contact a corresponding shaft conductor in the elongate shaft assembly wherein at least one of the at least one electrically conductive pathways is embedded within the hollow body.