mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a processor and memory including computer program code, the memory and computer program code configured to, with the processor, enable the apparatus at least to: determine a plurality of different paths of travel (r1-r3) for a vehicle on a road network by map-matching at least one known location of the vehicle with predetermined map data for the road network, each of the plurality of paths of travel (r1-r3) consisting of a driveable sequence of contiguous road segments in two or three dimensions reflecting the trajectory of the vehicle so far; determine a current location of the vehicle on the road network using respective recursive Bayesian filters for each of the different paths of travel (r1-r3), each recursive Bayesian filter configured to compare data received from a sensor on the vehicle with predetermined map data for the respective path of travel to calculate a likelihood of the vehicle being currently located on the respective path of travel and a probability distribution of possible locations along this path of travel; and determine the current location of the vehicle as one or more of the possible locations along the path of travel having the greatest associated likelihood. determine a plurality of different paths of travel (r1-r3) for a vehicle on a road network by map-matching at least one known location of the vehicle with predetermined map data for the road network, each of the plurality of paths of travel (r1-r3) consisting of a driveable sequence of contiguous road segments in two or three dimensions reflecting the trajectory of the vehicle so far; determine a current location of the vehicle on the road network using respective recursive Bayesian filters for each of the different paths of travel (r1-r3), each recursive Bayesian filter configured to compare data received from a sensor on the vehicle with predetermined map data for the respective path of travel to calculate a likelihood of the vehicle being currently located on the respective path of travel and a probability distribution of possible locations along this path of travel; and determine the current location of the vehicle as one or more of the possible locations along the path of travel having the greatest associated likelihood.
A method for acyltransferase reaction in which an acyl group of acyl coenzyme A (acyl CoA) is transferred and polyhydroxy alkanoate is synthesized, characterized in that the reaction is carried out by production and/or reproduction of acyl coenzyme A from coenzyme A in a reaction system by a chemical thioester exchange reaction with an acyl group donor which is a hydroxyalkanoate of an aromatic thiol compound, wherein an acyl group donor, acyl group receptor, coenzyme A and acyltransferase are contained in the reaction system at the same time, an acyl group of the acyl group donor is transferred to coenzyme A by a chemical thioester exchange reaction to give an acyl coenzyme A and an acyl group of the acyl coenzyme A is transferred to the acyl group receptor, wherein the acyl group receptor is selected from the group consisting of hydroxy alkanoate CoA and poly(hydroxy alkanoate)CoA, and wherein the acyltransferase is polyhydroxy alkanoate synthase.
Retaining device comprising a receiving body and a member inserted axially inside a front seat of the receiving body, said member having at least one transverse engaging formation; the retaining device also comprising a flat element forming two main arms or prongs (11, 12) designed to co-operate with said engaging formation of said member; said flat element being provided with a snap-engageable hook-like formation (13, 13a); the retaining device comprising further a pair of transverse passages (5, 6) communicating with said seat formed in the receiving body; said main arms or prongs (11, 12) of the flat element being designed to be introduced inside said passages (5, 6) of the receiving body so as to prevent extraction of said member from the seat of the receiving body; the retaining device being characterized by comprising an associated retaining formation (4a, 4b) provided in the receiving body in an inlet zone of said pair of transverse passages (5, 6); said transverse engaging formation being provided in a portion of said member received inside the seat; said hook-like formation (13, 13a) being arranged to snap-engage with said associated retaining formation (4a,4b) of the receiving body so as to prevent extraction of said flat element from said transverse passages (5, 6) of the receiving body.
An information processing apparatus used in a wireless communication system, the information processing apparatus comprising a processor configured to: obtain an aggregated data unit including a single common MAC header portion, a plurality of sub MAC headers, and a plurality of data units (MSDU-1, MSDU-2,..), analyze the single common MAC header portion to discriminate therein length information (Duration) specifying a length of time that elapses before a transaction including the aggregated data unit is completed, a receiver address and a transmitter address, analyze one of the plurality of sub MAC headers including length information of one of the plurality of data units, identify the one of the plurality of data units, and send reception acknowledgement information including bit map information obtained by mapping a reception confirmation information based on a sequence number included in the aggregated data unit. obtain an aggregated data unit including a single common MAC header portion, a plurality of sub MAC headers, and a plurality of data units (MSDU-1, MSDU-2,..), analyze the single common MAC header portion to discriminate therein length information (Duration) specifying a length of time that elapses before a transaction including the aggregated data unit is completed, a receiver address and a transmitter address, analyze one of the plurality of sub MAC headers including length information of one of the plurality of data units, identify the one of the plurality of data units, and send reception acknowledgement information including bit map information obtained by mapping a reception confirmation information based on a sequence number included in the aggregated data unit.
An energy conversion device for conversion of chemical energy into electricity, comprising: a first electrode; a substrate formed on said first electrode; a porous semiconductor layer formed on said substrate, said porous semiconductor layer having a nano-engineered structure forming a semiconductor network; a porous catalyst material on at least a portion of said porous semiconductor layer, wherein at least some of the porous catalyst material enters the nano-engineered structure of the porous semiconductor layer to form an intertwining region, the porous catalyst material and the porous semiconductor layer forming a solid-state junction; a second electrode formed over the porous catalyst material, wherein electrons from the porous catalyst material are injected into the porous semiconductor layer, wherein an electrical potential is formed between the first electrode and the second electrode during chemical reactions between a fuel, the porous catalyst material and the porous semiconductor layer, the electrons are attracted to the first electrode, and the electrons travel in an external circuit from the first electrode to the second electrode before returning to the porous catalyst material; and a heat sink that removes heat from the solid state electric generator, the heat sink having a heat sink temperature higher than an ambient temperature. a first electrode; a substrate formed on said first electrode; a porous semiconductor layer formed on said substrate, said porous semiconductor layer having a nano-engineered structure forming a semiconductor network; a porous catalyst material on at least a portion of said porous semiconductor layer, wherein at least some of the porous catalyst material enters the nano-engineered structure of the porous semiconductor layer to form an intertwining region, the porous catalyst material and the porous semiconductor layer forming a solid-state junction; a second electrode formed over the porous catalyst material, wherein electrons from the porous catalyst material are injected into the porous semiconductor layer, wherein an electrical potential is formed between the first electrode and the second electrode during chemical reactions between a fuel, the porous catalyst material and the porous semiconductor layer, the electrons are attracted to the first electrode, and the electrons travel in an external circuit from the first electrode to the second electrode before returning to the porous catalyst material; and a heat sink that removes heat from the solid state electric generator, the heat sink having a heat sink temperature higher than an ambient temperature.
A covering for an architectural opening comprising in combination: a headrail having a roller rotatably mounted therein, a flexible panel including a support structure with upper and lower edges having its upper edge secured to said roller and at least one horizontally extending vane having upper and lower edges, one of said upper and lower edges of said vane being secured to said support structure and the other being free to move vertically, at least one flexible operative element secured to said roller at one location and to said other edge of said at least one vane at another location so that said other edge can be raised and lowered by said operative element, a dummy vane having upper and lower edges with the upper edge secured to said support structure, and a bottom rail secured to said lower edge of said support structure and to said lower edge of said dummy vane. wherein rotation of said roller effects vertical movement of said support structure and said at least one operative element. a headrail having a roller rotatably mounted therein, a flexible panel including a support structure with upper and lower edges having its upper edge secured to said roller and at least one horizontally extending vane having upper and lower edges, one of said upper and lower edges of said vane being secured to said support structure and the other being free to move vertically, at least one flexible operative element secured to said roller at one location and to said other edge of said at least one vane at another location so that said other edge can be raised and lowered by said operative element, a dummy vane having upper and lower edges with the upper edge secured to said support structure, and a bottom rail secured to said lower edge of said support structure and to said lower edge of said dummy vane. wherein rotation of said roller effects vertical movement of said support structure and said at least one operative element.
A method comprising: identifying a plurality of prefix groups for respective searchable character symbols, each prefix group having a corresponding searchable character symbol comprising at least one searchable character, each searchable character being a unicode character; assigning each prefix group to one of a plurality of distributed hash table nodes in a network, each distributed hash table node containing at least one of the prefix groups, each distributed hash table node assigned a corresponding prescribed keyspace range of a prescribed keyspace, each distributed hash table node configured for storing data records having respective primary data record keys within the corresponding prescribed keyspace range of the prescribed keyspace, each data record being associated with at least one secondary index associating the corresponding primary data record key with one or more searchable characters in the data record; assigning the secondary indexes that start with one of the searchable character symbols to the corresponding prefix group in the associated distributed hash table node; and directing a prefix search for searchable characters within a data record starting with a given searchable character symbol to the corresponding prefix group in the associated distributed hash table node. identifying a plurality of prefix groups for respective searchable character symbols, each prefix group having a corresponding searchable character symbol comprising at least one searchable character, each searchable character being a unicode character; assigning each prefix group to one of a plurality of distributed hash table nodes in a network, each distributed hash table node containing at least one of the prefix groups, each distributed hash table node assigned a corresponding prescribed keyspace range of a prescribed keyspace, each distributed hash table node configured for storing data records having respective primary data record keys within the corresponding prescribed keyspace range of the prescribed keyspace, each data record being associated with at least one secondary index associating the corresponding primary data record key with one or more searchable characters in the data record; assigning the secondary indexes that start with one of the searchable character symbols to the corresponding prefix group in the associated distributed hash table node; and directing a prefix search for searchable characters within a data record starting with a given searchable character symbol to the corresponding prefix group in the associated distributed hash table node.
A control device comprising: a location information reception unit configured to receive, via a communication device which is mounted to a flying object functioning as a stratospheric platform and forms a wireless communication area by beam irradiation to provide a wireless communication service to a user terminal in the wireless communication area, location information of the user terminal from the user terminal in the wireless communication area; a detection device control unit configured to control a detection device of the flying object to detect a state of a region including a location indicated by the location information; a detection information reception unit configured to receive, via the communication device, detection information indicating the state of the region which is detected by the detection device; an unmanned aerial vehicle control unit configured to control an unmanned aerial vehicle to capture an image around the location indicated by the location information by an image capturing unit of the unmanned aerial vehicle based on the detection information received by the detection information reception unit; a captured image reception unit configured to receive a captured image captured by the image capturing unit from the unmanned aerial vehicle; and a rescue method decision unit configured to decide a rescue method of rescuing a user of the user terminal based on the captured image received by the captured image reception unit. a location information reception unit configured to receive, via a communication device which is mounted to a flying object functioning as a stratospheric platform and forms a wireless communication area by beam irradiation to provide a wireless communication service to a user terminal in the wireless communication area, location information of the user terminal from the user terminal in the wireless communication area; a detection device control unit configured to control a detection device of the flying object to detect a state of a region including a location indicated by the location information; a detection information reception unit configured to receive, via the communication device, detection information indicating the state of the region which is detected by the detection device; an unmanned aerial vehicle control unit configured to control an unmanned aerial vehicle to capture an image around the location indicated by the location information by an image capturing unit of the unmanned aerial vehicle based on the detection information received by the detection information reception unit; a captured image reception unit configured to receive a captured image captured by the image capturing unit from the unmanned aerial vehicle; and a rescue method decision unit configured to decide a rescue method of rescuing a user of the user terminal based on the captured image received by the captured image reception unit.
A wireless communication system comprising a wireless communication apparatus and an opposite apparatus, in which the wireless communication apparatus sends a disconnection frame to the opposite apparatus during connection and in which a disconnection process is executed, the wireless communication apparatus comprising: a processing unit configured to add, to a transmission frame transmitted in advance of said disconnection frame toward the opposite apparatus during connection, an advance notice of disconnection which advance notice of disconnection provides advance notification of the disconnection process, wherein the wireless communication apparatus is configured, after sending the advance notice of disconnection, to send the disconnection frame to the opposite apparatus in order that the disconnection process is executed. a processing unit configured to add, to a transmission frame transmitted in advance of said disconnection frame toward the opposite apparatus during connection, an advance notice of disconnection which advance notice of disconnection provides advance notification of the disconnection process, wherein the wireless communication apparatus is configured, after sending the advance notice of disconnection, to send the disconnection frame to the opposite apparatus in order that the disconnection process is executed.
A method for determining a threshold for inter-network interference coordination, on the basis of which it is determined whether radio resource shall be coordinated between a first wireless network and a second wireless network, comprising the steps of: - receiving (S720, S920) interference levels for a plurality of wireless links associated with one or more wireless communication devices within the first wireless network, said interference levels being attributed to the second wireless network, wherein the interference levels are represented as interference power or Signal to Interference plus Noise Ratio, SINR, measured at the wireless communication devices.; and - obtaining (S750, S960, S970) the threshold based on the interference levels, wherein the step of obtaining the threshold comprises: from the wireless links, selecting a critical wireless link, which has the largest impact on overall utility of radio resource utilized by the wireless links; and determining the coordination threshold based on the interference level of the critical wireless link. - receiving (S720, S920) interference levels for a plurality of wireless links associated with one or more wireless communication devices within the first wireless network, said interference levels being attributed to the second wireless network, wherein the interference levels are represented as interference power or Signal to Interference plus Noise Ratio, SINR, measured at the wireless communication devices.; and - obtaining (S750, S960, S970) the threshold based on the interference levels, wherein the step of obtaining the threshold comprises: from the wireless links, selecting a critical wireless link, which has the largest impact on overall utility of radio resource utilized by the wireless links; and determining the coordination threshold based on the interference level of the critical wireless link. from the wireless links, selecting a critical wireless link, which has the largest impact on overall utility of radio resource utilized by the wireless links; and determining the coordination threshold based on the interference level of the critical wireless link.
Water supply system for a tank for a rescue vehicle, said water supply system comprising: • a tank defining an inner space for storing water; • at least one input hydraulic coupling for hydraulic connecting to a source of water in pressure, • at least one hydraulic output for hydraulic connecting to an output device for ejecting a pressurized fluid; wherein said at least one hydraulic coupling is fluidly connected to said tank by a conduit in order to allow its filling, whereby the water supply system further comprising a separation device in fluidic communication with the inner space of said tank and with said conduit and configured to allow a hydraulic bypass between said at least one input hydraulic coupling and said hydraulic output without a direct physical fluidic communication between said at least one input hydraulic coupling and said hydraulic output, wherein said separation device comprises a housing defining a space in fluidic communication with inner space of said tank and at least one first opening in fluid communication with said conduit and at least one second opening in fluid communication with said hydraulic output, characterized in that the first and second openings (16, 18) being arranged to be faced one with respect to the other so that the water coming from said input hydraulic coupling can flow to said hydraulic output by jumping from said at least one first opening to said at least second opening. • a tank defining an inner space for storing water; • at least one input hydraulic coupling for hydraulic connecting to a source of water in pressure, • at least one hydraulic output for hydraulic connecting to an output device for ejecting a pressurized fluid; wherein said at least one hydraulic coupling is fluidly connected to said tank by a conduit in order to allow its filling, whereby the water supply system further comprising a separation device in fluidic communication with the inner space of said tank and with said conduit and configured to allow a hydraulic bypass between said at least one input hydraulic coupling and said hydraulic output without a direct physical fluidic communication between said at least one input hydraulic coupling and said hydraulic output, wherein said separation device comprises a housing defining a space in fluidic communication with inner space of said tank and at least one first opening in fluid communication with said conduit and at least one second opening in fluid communication with said hydraulic output, characterized in that the first and second openings (16, 18) being arranged to be faced one with respect to the other so that the water coming from said input hydraulic coupling can flow to said hydraulic output by jumping from said at least one first opening to said at least second opening.
A stretching device for physiotherapy, comprising a support for the feet of a patient, a lifting apparatus adapted to change the height level of the support such to transfer a patient, which is linked to the support, from a sitting or lying position to a head first hanging position, and a rocking means adapted to move the patient, which is hanging head first to the support, in a vertical rocking manner, characterized in that the rocking means comprises at least one elastic ribbon connected to the support as well to the lifting apparatus.
A sintered ferrite substrate having opposing surfaces and a thickness in a range of 25 μm to 360 μm, at least one surface of said opposing surfaces having the following surface roughness characteristics (a) to (c): (a) a center line average roughness is in a range of 150 nm to 700 nm, (b) a maximum height is in a range of 2 μm to 9 μm, and (c) an area occupancy rate of cross-sectional area taken along a horizontal plane at a depth of 50 % of the maximum height in a square of side 100 μm is in a range of 5 to 70 %. (a) a center line average roughness is in a range of 150 nm to 700 nm, (b) a maximum height is in a range of 2 μm to 9 μm, and (c) an area occupancy rate of cross-sectional area taken along a horizontal plane at a depth of 50 % of the maximum height in a square of side 100 μm is in a range of 5 to 70 %.