mhurhangee/ep-ind-claims huggingface dataset:
A targeting assembly (100; 201) comprising: a connecting shaft (102; 202) defining a longitudinal axis (108; 208); a first arm (104; 204) having a proximal portion (110; 210) and a base portion (112; 212), the base portion (112; 212) of the first arm (104; 204) being connected to the connecting shaft (102; 202), the proximal portion (110; 210) of said first arm (104; 204) being spaced apart from said longitudinal axis (108; 208); and a second arm (106; 206) having a proximal portion (114; 214) and a base portion (116; 216), the base portion (116; 216) of the second arm (106; 206) being rotatably coupled to the connecting shaft (102; 202), and the proximal portion (114; 214) of the second arm (106; 206) being spaced apart from and operable to rotate about the longitudinal axis (108; 208); wherein the first arm (104; 204) comprises at least one alignment hole (118; 218a-e) and the second arm (106; 206) comprises at least one alignment hole (120; 220a-c) for targeting a nail aligned substantially along the longitudinal axis (108; 208), said at least one alignment hole (120; 220a-c) being defined through the proximal portion (114; 214) of the second arm (106; 206), characterized in that the at least on alignment hole (118; 218a-e) of the first arm (104; 204) has also the function of targeting a nail aligned substantially along the longitudinal axis (108; 208), said at least one alignment hole (118; 218a-e) being defined through the proximal portion (110; 210) of the first arm (104; 204). a connecting shaft (102; 202) defining a longitudinal axis (108; 208); a first arm (104; 204) having a proximal portion (110; 210) and a base portion (112; 212), the base portion (112; 212) of the first arm (104; 204) being connected to the connecting shaft (102; 202), the proximal portion (110; 210) of said first arm (104; 204) being spaced apart from said longitudinal axis (108; 208); and a second arm (106; 206) having a proximal portion (114; 214) and a base portion (116; 216), the base portion (116; 216) of the second arm (106; 206) being rotatably coupled to the connecting shaft (102; 202), and the proximal portion (114; 214) of the second arm (106; 206) being spaced apart from and operable to rotate about the longitudinal axis (108; 208); wherein the first arm (104; 204) comprises at least one alignment hole (118; 218a-e) and the second arm (106; 206) comprises at least one alignment hole (120; 220a-c) for targeting a nail aligned substantially along the longitudinal axis (108; 208), said at least one alignment hole (120; 220a-c) being defined through the proximal portion (114; 214) of the second arm (106; 206), characterized in that the at least on alignment hole (118; 218a-e) of the first arm (104; 204) has also the function of targeting a nail aligned substantially along the longitudinal axis (108; 208), said at least one alignment hole (118; 218a-e) being defined through the proximal portion (110; 210) of the first arm (104; 204).
Furniture hinge having a door-stop part, which has an insertion cup accommodated in a cup hole of a furniture door, having a carrying arm, which is mounted in a pivotable manner thereon and is connected to a basic furniture structure, and having a damping device, which acts between the door-stop part and the carrying arm and has a damping cylinder, characterized in that the damping cylinder is arranged in a dowel hole axis-parallel to, and laterally alongside, the cup hole, and in that the carrying arm (1, 1') has a stop protrusion (26, 26') which, when the door-stop part pivots relative to the carrying arm (1, 1'), comes into operative connection with the piston rod of the damping cylinder.
An emergency information notification system configured to notify a plurality of mobile stations in a distribution area of emergency information in a radio communication system of an EPC system or an E-UTRAN system, the emergency information notification system comprising: a plurality of radio base stations (eNB); a plurality of switching centers (MME1,..., MME5); and a broadcast equipment, wherein the broadcast equipment is configured to transmit an emergency information notification message including the distribution area and the emergency information to the switching center (MME1,..., MME5) which corresponds to the distribution area; characterized in that the switching center (MME1,..., MME5) is configured to determine, from among the plurality of radio base stations (eNB), a radio base station (eNB) to which the emergency information included in the emergency information notification message is to be transferred based on the distribution area included in the emergency information notification message received from the broadcast equipment, to generate a second emergency information notification message including cell identification information relating to the distribution area and the emergency information, and to transmit the generated second emergency information notification message to the determined radio base station (eNB); and the radio base station (eNB) is configured to broadcast the emergency information included in the second emergency information notification message received from the switching center (MME1,..., MME5), to a cell (10,...,20) corresponding to the cell identification information included in the second emergency information notification message. a plurality of radio base stations (eNB); a plurality of switching centers (MME1,..., MME5); and a broadcast equipment, wherein the broadcast equipment is configured to transmit an emergency information notification message including the distribution area and the emergency information to the switching center (MME1,..., MME5) which corresponds to the distribution area; characterized in that the switching center (MME1,..., MME5) is configured to determine, from among the plurality of radio base stations (eNB), a radio base station (eNB) to which the emergency information included in the emergency information notification message is to be transferred based on the distribution area included in the emergency information notification message received from the broadcast equipment, to generate a second emergency information notification message including cell identification information relating to the distribution area and the emergency information, and to transmit the generated second emergency information notification message to the determined radio base station (eNB); and the radio base station (eNB) is configured to broadcast the emergency information included in the second emergency information notification message received from the switching center (MME1,..., MME5), to a cell (10,...,20) corresponding to the cell identification information included in the second emergency information notification message.
A process for forming an antimicrobial polymer composition comprising: (a) contacting together at least one initiator, at least one reductant, and at least one monomer, under emulsion polymerization conditions to form a base polymer; and (b) mixing with the base polymer an antimicrobial complex; wherein the at least one initiator is a peroxidic compound and the at least one reductant is an ascorbic compound. (a) contacting together at least one initiator, at least one reductant, and at least one monomer, under emulsion polymerization conditions to form a base polymer; and (b) mixing with the base polymer an antimicrobial complex;
A method of controlling the shape and direction of an explosion (24, 32), the method comprising: providing a sensor for sensing a direction of an incoming threat relative to a protected region and calculating an intercept vector for the threat; providing an explosive having a plurality of detonators embedded therein; providing a firing sequence calculator, connected to receive information from the sensor pertaining to the intercept vector, and connected to trigger the detonators, for determining a sequential firing pattern for the detonators in response to the information from the sensor; and activating the firing sequence calculator to trigger the detonators in the sequential firing pattern to generate a counteracting force substantially along the intercept vector, wherein the detonators are arranged in the explosive in one of a linear, rectangular, cylindrical, conical or spherical pattern. providing a sensor for sensing a direction of an incoming threat relative to a protected region and calculating an intercept vector for the threat; providing an explosive having a plurality of detonators embedded therein; providing a firing sequence calculator, connected to receive information from the sensor pertaining to the intercept vector, and connected to trigger the detonators, for determining a sequential firing pattern for the detonators in response to the information from the sensor; and activating the firing sequence calculator to trigger the detonators in the sequential firing pattern to generate a counteracting force substantially along the intercept vector,
A user portable device configured to measure physical activity, which comprises measurement means configured to measure physical activity of the user, and a user interface configured to present to a user information which is based on a measurement result, wherein the device comprises means configured to provide wireless short range communication with a second device, and the device is arranged to provide information for the user, which information is at least in part based on said short range communication, characterised in that the device comprises two operational modes, and two user interfaces at the opposite surfaces of the device configured to use the device in the corresponding two operational modes.
A receiver module for a solar power station, said receiver module comprising a metal structure and an absorber module, the metal structure defining a cavity at the base of which the absorber module is housed, said cavity having an aperture configured to be aligned towards at least one mirror of the solar power station, said aperture being edged by at least one side portion of the metal structure, characterized in that said receiver module also comprising means positioned on said at least one side portion to detect at least one temperature difference between a reference temperature and a first point of the side portion, and a temperature difference between the reference temperature and a second point of the side portion, said first and second points of the side portion being opposite one another relative to a plane of symmetry of the cavity.
A data management system including database middleware, wherein the database middleware comprises: a shard processing module to create a shard key identification based on a query input and, select a single database of a plurality of databases through a shard identification determined using the created shard key identification and shard metadata, the shard metadata comprising information for identifying a table, wherein the shard processing module selects the shard identification by further using a predetermined hint included in the query input provided by a plurality of terminals, wherein the plurality of databases comprises heterogeneous databases, and the database middleware further comprises a plurality of client library modules executing queries for each of the heterogeneous databases, respectively, wherein the predetermined hint comprises: a hint preceding a bind variable or a literal value to select the shard identification for processing the query input when a single shard key is present in a single database, a hint to process a table without a shard key when a single shard key is present in a single database, a hint to select data included in each shard when a single shard key is present in a single database, or a hint to select data by selecting a predetermined shard key when a plurality of shard keys is present in a single database. a shard processing module to create a shard key identification based on a query input and, select a single database of a plurality of databases through a shard identification determined using the created shard key identification and shard metadata, the shard metadata comprising information for identifying a table, wherein the shard processing module selects the shard identification by further using a predetermined hint included in the query input provided by a plurality of terminals, wherein the plurality of databases comprises heterogeneous databases, and the database middleware further comprises a plurality of client library modules executing queries for each of the heterogeneous databases, respectively, wherein the predetermined hint comprises: a hint preceding a bind variable or a literal value to select the shard identification for processing the query input when a single shard key is present in a single database, a hint to process a table without a shard key when a single shard key is present in a single database, a hint to select data included in each shard when a single shard key is present in a single database, or a hint to select data by selecting a predetermined shard key when a plurality of shard keys is present in a single database. a hint preceding a bind variable or a literal value to select the shard identification for processing the query input when a single shard key is present in a single database, a hint to process a table without a shard key when a single shard key is present in a single database, a hint to select data included in each shard when a single shard key is present in a single database, or a hint to select data by selecting a predetermined shard key when a plurality of shard keys is present in a single database.
A computer-implemented method, comprising: determining, by a computer processor, a volume of activation of tissue estimated to be activated by electrical stimulation, of tissue surrounding an implanted electrode leadwire, provided by electrical output of the electrode leadwire that is produced by application of a set of stimulation parameters to the electrode leadwire, wherein the stimulation parameters define settings of the electrode leadwire, which is configured to provide different electrical output for different values of the stimulation parameters; obtaining a first volume which is not associated with application of the set of stimulation parameters to the electrode leadwire, wherein the first volume is either a specified volume, a VOA which corresponds to another set of stimulation parameters, a side-effect volume, or a target stimulation volume; and generating and outputting, by the processor, a first score for the VOA based on (a) an amount by which the VOA overlaps the first volume and based on (b) a size of an area formed by a combination of the VOA and the first volume. determining, by a computer processor, a volume of activation of tissue estimated to be activated by electrical stimulation, of tissue surrounding an implanted electrode leadwire, provided by electrical output of the electrode leadwire that is produced by application of a set of stimulation parameters to the electrode leadwire, wherein the stimulation parameters define settings of the electrode leadwire, which is configured to provide different electrical output for different values of the stimulation parameters; obtaining a first volume which is not associated with application of the set of stimulation parameters to the electrode leadwire, wherein the first volume is either a specified volume, a VOA which corresponds to another set of stimulation parameters, a side-effect volume, or a target stimulation volume; and generating and outputting, by the processor, a first score for the VOA based on (a) an amount by which the VOA overlaps the first volume and based on (b) a size of an area formed by a combination of the VOA and the first volume.
A apparatus for distributing fluid media for a rotary machine, in particular a filling machine, comprising: a rotary distributor (120; 120u, 120o; 220) with a non-rotatable first assembly (125; 225) and a rotatable second assembly (130; 230) being configured to rotate about a machine rotation axis, wherein the first assembly has one or more connections (140a-d) for at least one fluid medium, one or more feed lines (150a-f; 251, 252) for the at least one fluid medium, which are connected to the connection or connections, and at least one coupling element, in particular in the form of a torque support, via which the first assembly can be coupled to a stationary system part, in particular the rotary machine, characterized in that the coupling element is designed in such a way that it automatically uncouples the first assembly (125; 225) from the stationary system part when a torque threshold or a force threshold is exceeded. a rotary distributor (120; 120u, 120o; 220) with a non-rotatable first assembly (125; 225) and a rotatable second assembly (130; 230) being configured to rotate about a machine rotation axis, wherein the first assembly has one or more connections (140a-d) for at least one fluid medium, one or more feed lines (150a-f; 251, 252) for the at least one fluid medium, which are connected to the connection or connections, and at least one coupling element, in particular in the form of a torque support, via which the first assembly can be coupled to a stationary system part, in particular the rotary machine, characterized in that the coupling element is designed in such a way that it automatically uncouples the first assembly (125; 225) from the stationary system part when a torque threshold or a force threshold is exceeded.
A light emitting diode transfer device comprising: a transfer part configured to transfer a plurality of LEDs arranged on a first substrate to a relay substrate; a memory configured to store characteristic information of each of the plurality of LEDs; and a processor configured to: determine arrangement locations of each of the plurality of LEDs on the relay substrate based on the stored characteristic information, and control the transfer part to transfer the plurality of LEDs to the determined arrangement locations, and wherein the processor is further configured to: divide the relay substrate into a plurality of second areas (Q1 - Q5), and determine the arrangement locations of each of the plurality of LEDs on the relay substrate such that the output characteristics of the plurality of second areas (Q1 - Q5) are uniform, based on the stored characteristic information. a transfer part configured to transfer a plurality of LEDs arranged on a first substrate to a relay substrate; a memory configured to store characteristic information of each of the plurality of LEDs; and a processor configured to: determine arrangement locations of each of the plurality of LEDs on the relay substrate based on the stored characteristic information, and control the transfer part to transfer the plurality of LEDs to the determined arrangement locations, and wherein the processor is further configured to: divide the relay substrate into a plurality of second areas (Q1 - Q5), and determine the arrangement locations of each of the plurality of LEDs on the relay substrate such that the output characteristics of the plurality of second areas (Q1 - Q5) are uniform, based on the stored characteristic information. determine arrangement locations of each of the plurality of LEDs on the relay substrate based on the stored characteristic information, and control the transfer part to transfer the plurality of LEDs to the determined arrangement locations, and wherein the processor is further configured to: divide the relay substrate into a plurality of second areas (Q1 - Q5), and determine the arrangement locations of each of the plurality of LEDs on the relay substrate such that the output characteristics of the plurality of second areas (Q1 - Q5) are uniform, based on the stored characteristic information. divide the relay substrate into a plurality of second areas (Q1 - Q5), and determine the arrangement locations of each of the plurality of LEDs on the relay substrate such that the output characteristics of the plurality of second areas (Q1 - Q5) are uniform, based on the stored characteristic information.
A method for compressing data blocks associated with a plurality of prioritized data streams, the method comprising: receiving a data block associated with a first data stream (S 1) of the plurality of prioritized data streams (S 1 to S M), wherein each of the plurality of prioritized data streams (S 1 to S M) is associated with a history buffer comprising one or more allocated history sections; determining if a history size increase is permitted for the history buffer of the first data stream (S 1) by determining whether a predetermined maximum history size is greater than a difference between the count of the number of history size increases previously granted to the plurality of prioritized data streams (S 1 to S M) and a maximum of all history section decrease counts received from a decompressor; and compressing the data block using a long range compressor associated with the first stream. receiving a data block associated with a first data stream (S 1) of the plurality of prioritized data streams (S 1 to S M), wherein each of the plurality of prioritized data streams (S 1 to S M) is associated with a history buffer comprising one or more allocated history sections; determining if a history size increase is permitted for the history buffer of the first data stream (S 1) by determining whether a predetermined maximum history size is greater than a difference between the count of the number of history size increases previously granted to the plurality of prioritized data streams (S 1 to S M) and a maximum of all history section decrease counts received from a decompressor; and compressing the data block using a long range compressor associated with the first stream.
Method for operating a smart metering meter having a consumption sensor and a transmit clock generator and transmitting consumption data packets via radio by means of a battery over a specified operating time period, wherein, in the event of battery capacity decreased after a certain operating period, radio transmission parameters are modified in the sense of an extension of the operating time period depending on the residual capacity, wherein a long-life battery having the specified operating time period is provided as the battery of the smart metering meter, characterized in that, taking account of a known power consumption, the still available residual operating period of the battery threatening premature exhaustion is extended through targeted load relief thereof until at least the end of the scheduled operating time period by specifically relieving the load on it by modifying parameters of the radio link depending on the residual capacity of the battery in the sense of an extension of the residual operating time period, and wherein the number of still transmittable data packets is defined and this number is transmitted in modified form during the still available residual operating period until the end of the operating time period.