mhurhangee/ep-ind-claims huggingface dataset:
Guide unit (10, 40, 50, 60) of a handling module, in particular a linear drive, of a gripping or clamping device, comprising at least two support structures (14, 42) designed as planar elements, comprising at least two guide rails which are each arranged on a support structure (14, 42) and extend parallel to each other, and comprising connecting parts (22, 24, 26) which interconnect the two support structures, it being possible to arrange a drive unit in the region between the guide rails and/or support structures (14, 42), which rails and structures each extend in parallel, characterized in that the support structures (14, 42) are designed as separate components, the connecting parts (22, 24, 26) are designed as separate components which are arranged perpendicular to the support structures (14, 42) and perpendicular to the longitudinal direction of the guide rails, connecting parts being provided which are used exclusively to connect the two support structures and connecting parts (24, 26) being provided which are designed to hold the drive unit or parts thereof.
An apparatus comprising an article (70 - 73); a wireless IC device, the wireless IC device including a wireless IC chip and a power supply circuit substrate that is electrically connected or electromagnetically coupled to the wireless IC chip; a radiation electrode, which is a portion of the article (70 - 73) and operates as a radiator, wherein the wireless IC device is mounted to the article (70 - 73); and wherein the radiation electrode includes a conductive portion (63, 65) having a cutout portion (61, 62, 66), wherein a loop electrode is formed in the cutout portion (61, 62) or wherein a portion of the radiation electrode extending along the inner peripheral edge of the cutout portion is configured to operate as a loop electrode, and wherein two electrodes of the power supply circuit substrate of the wireless IC device are electrically connected or electromagnetically coupled to both ends of the loop electrode, or to both ends (65a, 65b) of the inner peripheral edge of the cutout portion operating as a loop electrode, characterized by, the wireless IC device further comprising a resonant circuit provided in the power supply circuit substrate, wherein the resonant circuit has a self-resonant frequency for mostly determining the operation frequency of the wireless IC device. J 2.
A inhalation device for delivering a deliverable agent in the form of an aerosol or vapour to a user, said device comprising a solid, porous carrier material having a porosity of at least 10%, and a deliverable agent located within the pores of the carrier material, wherein the device is operable to heat the carrier material and vaporise the deliverable agent; wherein the carrier material is based on one or more chemically bonded ceramic materials or one or more geopolymeric materials, wherein the deliverable agent is an active pharmaceutical ingredient that is not nicotine or a salt thereof, wherein the device does not comprise a reservoir of deliverable agent that is separate from the carrier material, and wherein essentially all of the deliverable agent is located within the pores of the carrier material.
A system for identifying unauthorized signals on a data bus (119, 121, 220) comprising: a data bus with data transmitted at a signal rate; a receiver connected to said data bus; wherein the system further comprises a fast counter, designed to provide a reference time base for analysing said signals; a sampling unit configured to sample a data bus voltage at a sampling rate higher than the signal rate on the bus based on the reference time base provided by the fast counter and generate a received signal; a logic unit configured to analyze said signals using said reference time base; and a data base containing a list of authorized messages and corresponding message physical traits; wherein the logic unit computes the physical traits of the received signal and compares the physical traits to those contained in the data base including computing a probability of measured physical traits belonging to the set of physical traits maintained in the data base. a data bus with data transmitted at a signal rate; a receiver connected to said data bus; wherein the system further comprises a fast counter, designed to provide a reference time base for analysing said signals; a sampling unit configured to sample a data bus voltage at a sampling rate higher than the signal rate on the bus based on the reference time base provided by the fast counter and generate a received signal; a logic unit configured to analyze said signals using said reference time base; and a data base containing a list of authorized messages and corresponding message physical traits; wherein the logic unit computes the physical traits of the received signal and compares the physical traits to those contained in the data base including computing a probability of measured physical traits belonging to the set of physical traits maintained in the data base.
A method for compaction in a key-value store KV-Store system, comprising: receiving a GET operation that carries a key to be searched for; and determining, after a latest value that corresponds to the key to be searched for is obtained according to the GET operation, a sorted string table, SSTable, in which a key-value pair that corresponds to the key to be searched for and comprises a non-latest value, which is recorded at least once and is not the last recorded value, is located, and recording, in a to-be-deleted log, Delete Log, that corresponds to the determined SSTable, the key to be searched for, Compacting, according to the Delete Log, the determined SSTable, to generate a new SSTable by initiating the new SSTable and adding, to the new SSTable, each key-value pair that is in the to-be-compacted SSTable and whose key does not equal a key belonging to the Delete Log, wherein the new SSTable does not include said key-value pair that corresponds to the key in Delete Log; and Deleting the determined SSTable. receiving a GET operation that carries a key to be searched for; and determining, after a latest value that corresponds to the key to be searched for is obtained according to the GET operation, a sorted string table, SSTable, in which a key-value pair that corresponds to the key to be searched for and comprises a non-latest value, which is recorded at least once and is not the last recorded value, is located, and recording, in a to-be-deleted log, Delete Log, that corresponds to the determined SSTable, the key to be searched for, Compacting, according to the Delete Log, the determined SSTable, to generate a new SSTable by initiating the new SSTable and adding, to the new SSTable, each key-value pair that is in the to-be-compacted SSTable and whose key does not equal a key belonging to the Delete Log, wherein the new SSTable does not include said key-value pair that corresponds to the key in Delete Log; and Deleting the determined SSTable.
A method of receiving an uplink control channel allocation in a communication system, the method comprising: receiving, from a base station, signaling indicating a rule or rules from a set of rules that are known to the base station and a user equipment device, UE, wherein uplink control channel resources are identified in accordance with the rule or rules from the set of rules; periodically sending, to the base station, uplink data non-associated, DNA, control information on the uplink control channel resources to be used in accordance with the indicated rule or rules from the set of rules, wherein the DNA control information includes one or more of channel quality information and positive and/or negative acknowledgements. receiving, from a base station, signaling indicating a rule or rules from a set of rules that are known to the base station and a user equipment device, UE, wherein uplink control channel resources are identified in accordance with the rule or rules from the set of rules; periodically sending, to the base station, uplink data non-associated, DNA, control information on the uplink control channel resources to be used in accordance with the indicated rule or rules from the set of rules, wherein the DNA control information includes one or more of channel quality information and positive and/or negative acknowledgements.
A scroll compressor comprising: a main shaft rotated around an axis; a drive bush disposed in one end portion in an axial direction of the main shaft, and eccentrically rotated in accordance with rotation of the main shaft; a pair of angular bearings (23, 24) arranged back-to-back, and respectively clearance-fitted to an outside of the drive bush; a compression unit that has a fixed scroll (25, 125) and a movable scroll (26, 126), and that has a boss portion which protrudes from an end plate (26A, 126A) of the movable scroll (26, 126) and in which the pair of angular bearings (23, 24) are interference-fitted to an inner peripheral surface of the boss portion; and a preload application unit that is configured to apply a preload to the pair of angular bearings (23, 24) in a direction in which the pair of angular bearings (23, 24) moves close to each other, characterized in that the preload application unit has a preload metal fitting which is clearance-fitted to an inside of one of the pair of angular bearings (23, 24) and which has a first through-hole at a position overlapping the drive bush, and a preload bolt which is fitted into the first through-hole, and and in that a side wall of the drive bush has a protruding portion which supports the other of the pair of angular bearings (23, 24). a main shaft rotated around an axis; a drive bush disposed in one end portion in an axial direction of the main shaft, and eccentrically rotated in accordance with rotation of the main shaft; a pair of angular bearings (23, 24) arranged back-to-back, and respectively clearance-fitted to an outside of the drive bush; a compression unit that has a fixed scroll (25, 125) and a movable scroll (26, 126), and that has a boss portion which protrudes from an end plate (26A, 126A) of the movable scroll (26, 126) and in which the pair of angular bearings (23, 24) are interference-fitted to an inner peripheral surface of the boss portion; and a preload application unit that is configured to apply a preload to the pair of angular bearings (23, 24) in a direction in which the pair of angular bearings (23, 24) moves close to each other, characterized in that the preload application unit has a preload metal fitting which is clearance-fitted to an inside of one of the pair of angular bearings (23, 24) and which has a first through-hole at a position overlapping the drive bush, and a preload bolt which is fitted into the first through-hole, and and in that a side wall of the drive bush has a protruding portion which supports the other of the pair of angular bearings (23, 24).
An information transmission method, comprising: obtaining, by a network device, a start location of a first subframe; configuring, by the network device, a first field in downlink control information, DCI of a second subframe, wherein the first field is used to indicate the start location of the first subframe; and sending, by the network device to user equipment, the first subframe and the second subframe that are adjacent to each other, wherein the second subframe is sent after the first subframe, the first subframe comprises M orthogonal frequency division multiplexing, OFDM symbols, the second subframe comprises N OFDM symbols, M and N are positive integers, and M≤N, wherein the start location of the first subframe is a location or a range of a location of a first OFDM symbol of the first subframe sent by the network device to the user equipment. obtaining, by a network device, a start location of a first subframe; configuring, by the network device, a first field in downlink control information, DCI of a second subframe, wherein the first field is used to indicate the start location of the first subframe; and sending, by the network device to user equipment, the first subframe and the second subframe that are adjacent to each other, wherein the second subframe is sent after the first subframe, the first subframe comprises M orthogonal frequency division multiplexing, OFDM symbols, the second subframe comprises N OFDM symbols, M and N are positive integers, and M≤N, wherein the start location of the first subframe is a location or a range of a location of a first OFDM symbol of the first subframe sent by the network device to the user equipment.
A display panel (10; 70) comprising microcells filled with an electrophoretic fluid (22; 76), wherein each of the microcells has the form of a cup-like micro-container having a bottom wall, the inner surface of the bottom wall being in contact with the electrophoretic fluid (22; 76), the display panel having a first area and a second area, the microcells in the first area having substantially the same bottom wall thickness, and the microcells in the second area having thicker bottom walls than the microcells in the first area, the display panel (10; 70) being characterized in that the second area forms a pre-patterned image, while the first area is a background area, or vice versa.
A process for concentrating graphite particles comprising a) providing a feedstock which contains the graphite particles and an undesired material, b) adding hydrophobic magnetic particles to the feedstock which results in a loaded feedstock containing agglomerates of the magnetic particles and the graphite particles, c) separating the agglomerates from the loaded feedstock by a magnetic field which results in isolated agglomerates, and d) breaking up the isolated agglomerates to obtain the magnetic particles and the graphite particles separately. a) providing a feedstock which contains the graphite particles and an undesired material, b) adding hydrophobic magnetic particles to the feedstock which results in a loaded feedstock containing agglomerates of the magnetic particles and the graphite particles, c) separating the agglomerates from the loaded feedstock by a magnetic field which results in isolated agglomerates, and d) breaking up the isolated agglomerates to obtain the magnetic particles and the graphite particles separately.
A method of assembling a capacitor (108; 500; 700) comprising: sintering cathode material directly to an inside surface of a capacitor case (502; 702), the cathode material forming one or more sintered cathodes (508; 708) having a shape; and placing a sintered anode (506; 706) over or around the sintered cathodes, the sintered anode having one or more mating portions (520; 720) that match the shape of the one or more sintered cathodes such that the mating portions matingly receive the sintered cathodes. sintering cathode material directly to an inside surface of a capacitor case (502; 702), the cathode material forming one or more sintered cathodes (508; 708) having a shape; and placing a sintered anode (506; 706) over or around the sintered cathodes, the sintered anode having one or more mating portions (520; 720) that match the shape of the one or more sintered cathodes such that the mating portions matingly receive the sintered cathodes.
Extractor hood, which has a ventilation box, which has at least one fastening opening in the rear wall, wherein the extractor hood comprises an adapter element which rests with the front side against at least one part of the rear wall of the ventilation box, wherein the adapter element is detachably connected to the ventilation box, wherein the adapter element has a base area, wherein at least one suspension projection (121, 126) which extends at least sectionally forwards out from the base area is arranged on the base area, and wherein at least one screw hole is introduced into the base area, characterised in that the adapter element consists of sheet metal and at least one of the suspension projections (121, 126) represents a flap which runs obliquely upwards out from the base area and at least one of the suspension projections (121, 126) represents an upwardly directed arm, which lies forwardly offset at least sectionally with respect to the base area of the adapter element, wherein in the region of the free end the arm lies parallel to the base area and the transition from the region lying offset with respect to the base area to the base area is formed by a region of the arm which is upwardly inclined out from the base area, that three suspension projections (121, 126) are provided on the adapter element, wherein two arms are provided in the upper region of the adapter element and a flap is provided in the lower region of the adapter element.
A method, performed in a radio node (110, 130), of assigning resources for device-to-device control signalling, the method comprising: - assigning resources for device-to-device control signalling transmission within an area controlled by the radio node, wherein the resources are overlapping with sets of resources for device-to-device control signalling in a further cell or cluster defined by a further radio node, and - transmitting, to wireless devices controlled by the radio node, a message indicating resources assigned for device-to-device control signalling and identifiers for a cell or cluster defined by the radio node and the further cell or cluster defined by the further radio node, the identifiers for determining respective DRX cycles in the cell and the further cell for the wireless devices to adopt different DRX cycles depending on positions of the wireless devices. - assigning resources for device-to-device control signalling transmission within an area controlled by the radio node, wherein the resources are overlapping with sets of resources for device-to-device control signalling in a further cell or cluster defined by a further radio node, and - transmitting, to wireless devices controlled by the radio node, a message indicating resources assigned for device-to-device control signalling and identifiers for a cell or cluster defined by the radio node and the further cell or cluster defined by the further radio node, the identifiers for determining respective DRX cycles in the cell and the further cell for the wireless devices to adopt different DRX cycles depending on positions of the wireless devices.
A method for optimizing the operation of a wind turbine having a rotor with at least one rotor blade, a tower, and a wind turbine controller, comprising: determining a first load status of the wind turbine based on meteorological data acquired by sensors, including determining a value of an air density, and computing a turbulence intensity from sensor data about wind speed and wind speed standard deviation; determining a second load status of the wind turbine based on mechanical loads on at least one wind turbine component by determining bending moments of the component; and increasing the power output of the wind turbine by increasing a set point for the tip-speed ratio, if the determined first and second load status of the turbine are within selectable load limits. determining a first load status of the wind turbine based on meteorological data acquired by sensors, including determining a value of an air density, and computing a turbulence intensity from sensor data about wind speed and wind speed standard deviation; determining a second load status of the wind turbine based on mechanical loads on at least one wind turbine component by determining bending moments of the component; and increasing the power output of the wind turbine by increasing a set point for the tip-speed ratio, if the determined first and second load status of the turbine are within selectable load limits.
An elevator toe guard assembly, comprising: a first panel; a second panel that is slidable relative to the first panel in a first direction between an extended position and a retracted position, the first panel moving in a second, different direction from an extended position toward a folded position responsive to the second panel moving toward the retracted position; and a folding mechanism that facilitates the first panel moving between the extended position and the folded position; characterized in that the elevator toe guard assembly further comprises an instigator supported on the second panel, the instigator instigating folding the folding mechanism; the second panel includes slots; the first panel includes posts that are received within the slots; the second panel is slidable and telescopically movable relative to the first panel; and the posts and ends of the slots establish a range of movement of the second panel relative to the first panel. a first panel; a second panel that is slidable relative to the first panel in a first direction between an extended position and a retracted position, the first panel moving in a second, different direction from an extended position toward a folded position responsive to the second panel moving toward the retracted position; and a folding mechanism that facilitates the first panel moving between the extended position and the folded position; characterized in that the elevator toe guard assembly further comprises an instigator supported on the second panel, the instigator instigating folding the folding mechanism; the second panel includes slots; the first panel includes posts that are received within the slots; the second panel is slidable and telescopically movable relative to the first panel; and the posts and ends of the slots establish a range of movement of the second panel relative to the first panel.
Method of generating dynamic Service Point Triggers, SPTs, in an IP multimedia subsystem, IMS, said method comprising: receiving, at a first node, Initial Filter Criteria, IFC, belonging to a service profile of a user subscribed to said IMS, said IFC including a plurality of preset SPTs, respectively indicating conditions to be evaluated and information including at least one criterion for generating one or more dynamic SPTs; evaluating, at said first node, said plurality of preset SPTs according to a configured order of priorities; generating, at said first node, if said at least one criterion is met, one or more dynamic SPTs based on said information, whereby said dynamic SPTs indicate respective new conditions to be evaluated. receiving, at a first node, Initial Filter Criteria, IFC, belonging to a service profile of a user subscribed to said IMS, said IFC including a plurality of preset SPTs, respectively indicating conditions to be evaluated and information including at least one criterion for generating one or more dynamic SPTs; evaluating, at said first node, said plurality of preset SPTs according to a configured order of priorities; generating, at said first node, if said at least one criterion is met, one or more dynamic SPTs based on said information, whereby said dynamic SPTs indicate respective new conditions to be evaluated.