mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: setting a high watermark threshold and a low watermark threshold for a Media Access Control, MAC, buffer of a cellular modem , wherein the MAC buffer is configured to enqueue a plurality of packets that are scheduled to be transmitted by the cellular modem and wherein the high watermark threshold is set to a value based on an uplink bandwidth of a cellular interface including the cellular modem multiplied by a desired latency for transmitting uplink packets by the cellular modem ; monitoring the high watermark threshold and the low watermark threshold for the MAC buffer ; generating an interrupt when either the high watermark threshold or the low watermark threshold for the MAC buffer is reached; and adjusting an enqueuing of uplink packets into the MAC buffer based on the interrupt. setting a high watermark threshold and a low watermark threshold for a Media Access Control, MAC, buffer of a cellular modem , wherein the MAC buffer is configured to enqueue a plurality of packets that are scheduled to be transmitted by the cellular modem and wherein the high watermark threshold is set to a value based on an uplink bandwidth of a cellular interface including the cellular modem multiplied by a desired latency for transmitting uplink packets by the cellular modem ; monitoring the high watermark threshold and the low watermark threshold for the MAC buffer ; generating an interrupt when either the high watermark threshold or the low watermark threshold for the MAC buffer is reached; and adjusting an enqueuing of uplink packets into the MAC buffer based on the interrupt.
A method for producing a filter element mainly composed of a plurality of inter-connected fibers having metal or metal oxide particles adhered to the fibers of the filter element, wherein the filter element is sprayed or brushed with a media containing the metal or metal oxide particles, wherein the metal or metal oxide particles are present in the surface of a hollow carrier, said hollow carrier being a hollow glass particle having a mean diameter in the range from 1 μm to 150 μm, especially from 5 μm to 150 μm.
A power control method, comprising: receiving, by a UE, a power adjustment value corresponding to transmit diversity for each PUCCH format which is configured with transmit diversity mode, the power adjustment value being determined and sent by a network side device, and a set of values for the power adjustment value being predetermined; determining, by the UE, the transmission power for a PUCCH transmission according to the power adjustment value. receiving, by a UE, a power adjustment value corresponding to transmit diversity for each PUCCH format which is configured with transmit diversity mode, the power adjustment value being determined and sent by a network side device, and a set of values for the power adjustment value being predetermined; determining, by the UE, the transmission power for a PUCCH transmission according to the power adjustment value.
A cap for a container including a dispensing opening operable to be selectively sealed and a housing configured for sealing engagement with a container opening, said housing including an outer member and an inner member , said outer member defining a passage along a longitudinal axis thereof, the passage having a plurality of ribs disposed in the passage and extending radially from a location proximal to an outer periphery of the outer member towards a central support structure , wherein the central support structure comprises a top portion and a base portion , and the central support structure extending substantially along said longitudinal axis to thereby define a spoked arrangement and a plurality of enclosed flow channels , wherein each enclosed flow channel is defined by the surface of two ribs of the plurality of ribs, the central support structure and an internal surface of the outer member which, when the container is in a sufficiently tilted state, cause liquid in the container to be substantially in contact with the surface of the ribs as it flows through one or more of the plurality of enclosed flow channels and as it exits through the dispensing opening, wherein at least one flow channel is a liquid-flow channel through which liquid flows out of the dispensing opening when unsealed, characterized in that the ribs are connected to the central support structure from said top portion to said base portion .
A radio network controller upgrade method, characterized in that the method comprises: determining , by a first radio network controller, RNC, to be upgraded, a second RNC from multiple secondary homing RNCs, wherein the first RNC provides a service for a base station, and the multiple secondary homing RNCs maintain transmission links with the base station; switching , by the first RNC, control over the base station to the second RNC, so that the second RNC sends a cell setup message to the base station according to a cell parameter configured on the second RNC, so that the base station switches control over an established cell to the second RNC; and when the control over the cell established by the base station is switched to the second RNC, performing , by the first RNC, a software upgrade procedure. determining , by a first radio network controller, RNC, to be upgraded, a second RNC from multiple secondary homing RNCs, wherein the first RNC provides a service for a base station, and the multiple secondary homing RNCs maintain transmission links with the base station; switching , by the first RNC, control over the base station to the second RNC, so that the second RNC sends a cell setup message to the base station according to a cell parameter configured on the second RNC, so that the base station switches control over an established cell to the second RNC; and when the control over the cell established by the base station is switched to the second RNC, performing , by the first RNC, a software upgrade procedure.
An acoustic lighting tile comprising: - a first light source configured to provide, in operation, a first light source light; and - a light guide panel comprising a bottom surface , a top surface opposite to the bottom surface , and a first edge surface that extends between the bottom surface from the top surface , the first edge surface being configured to receive the first light source light from the first light source ; characterised in that the light guide panel comprises a plurality of light guide structures at least partly separated by a plurality of slits ; wherein at least part of each slit of the plurality of slits tapers towards the first edge surface , and wherein the acoustic lighting tile comprises an acoustic panel facing the bottom surface of the light guide panel , the acoustic panel adapted to absorb at least a subset of sound waves incident to the light guide panel . - a first light source configured to provide, in operation, a first light source light; and - a light guide panel comprising a bottom surface , a top surface opposite to the bottom surface , and a first edge surface that extends between the bottom surface from the top surface , the first edge surface being configured to receive the first light source light from the first light source ; the light guide panel comprises a plurality of light guide structures at least partly separated by a plurality of slits ; wherein at least part of each slit of the plurality of slits tapers towards the first edge surface , and wherein the acoustic lighting tile comprises an acoustic panel facing the bottom surface of the light guide panel , the acoustic panel adapted to absorb at least a subset of sound waves incident to the light guide panel .
An additive manufacturing system comprising: an additive manufacturing device comprising a material deposition head ; and a terahertz inspection device located proximate to the material deposition head ; said terahertz inspection device comprising a terahertz probe , said terahertz probe comprising a thermal shield substantially enveloping the terahertz probe ; and wherein the terahertz probe further comprises: a terahertz emitter/receiver in communication with a fiber optic cable , or a terahertz emitter in communication with a fiber optic cable and a terahertz receiver in communication with another fiber optic cable . an additive manufacturing device comprising a material deposition head ; and a terahertz inspection device located proximate to the material deposition head ; said terahertz inspection device comprising a terahertz probe , said terahertz probe comprising a thermal shield substantially enveloping the terahertz probe ; and wherein the terahertz probe further comprises: a terahertz emitter/receiver in communication with a fiber optic cable , or a terahertz emitter in communication with a fiber optic cable and a terahertz receiver in communication with another fiber optic cable . said terahertz inspection device comprising a terahertz probe , said terahertz probe comprising a thermal shield substantially enveloping the terahertz probe ; and wherein the terahertz probe further comprises: a terahertz emitter/receiver in communication with a fiber optic cable , or a terahertz emitter in communication with a fiber optic cable and a terahertz receiver in communication with another fiber optic cable . a terahertz emitter/receiver in communication with a fiber optic cable , or a terahertz emitter in communication with a fiber optic cable and a terahertz receiver in communication with another fiber optic cable .
A navigation system, comprising: an image sensor configured to capture image data including a plurality of street lights (41, 45, 51 - 57) located in a field of view of the image sensor ; a map database comprising street lighting data (11; 21-24; 101-104) which includes, for the plurality of street lights (41, 45; 51-57), position data indicating a position at which a street light (41, 45; 51-57) is installed and height data (14; 134) indicating a height at which a light source of the street light (41, 45; 51-57) is located; and a processing device coupled to the map database and the image sensor , the processing device being configured to refine a position estimate by analyzing the image data using the street lighting data (11; 21-24; 101-104), characterised in that the processing device is configured to identify a portion of the image data located above a horizon line and to refine the position estimate by analyzing the portion of the image data using the street lighting data (11; 21-24; 101-104). an image sensor configured to capture image data including a plurality of street lights (41, 45, 51 - 57) located in a field of view of the image sensor ; a map database comprising street lighting data (11; 21-24; 101-104) which includes, for the plurality of street lights (41, 45; 51-57), position data indicating a position at which a street light (41, 45; 51-57) is installed and height data (14; 134) indicating a height at which a light source of the street light (41, 45; 51-57) is located; and a processing device coupled to the map database and the image sensor , the processing device being configured to refine a position estimate by analyzing the image data using the street lighting data (11; 21-24; 101-104), characterised in that the processing device is configured to identify a portion of the image data located above a horizon line and to refine the position estimate by analyzing the portion of the image data using the street lighting data (11; 21-24; 101-104).
A voltage regulator configured to receive a first voltage signal and provide a final voltage signal based, at least in part, on the first voltage signal, the voltage regulator comprising: a flying switched-inductor regulator having a first input terminal configured to receive a first voltage signal, a second input terminal configured to receive a second voltage signal, and an output terminal configured to provide an intermediate voltage signal based, at least in part, on the first voltage signal and the second voltage signal; a step-down switched-capacitor regulator comprising an input terminal, coupled to the output terminal of the flying switched-inductor regulator, an output terminal, and a plurality of capacitors, wherein the step-down switched-capacitor regulator is configured to receive, at the input terminal of the step-down switched-capacitor regulator, the intermediate voltage signal from the output terminal of the flying switched-inductor regulator and provide, to the output terminal of the step-down switched-capacitor regulator, the final voltage signal using a predetermined configuration of the plurality of capacitors; and a level shifting regulator comprising an input terminal, an output terminal, a flying capacitor, and a plurality of switches, wherein the level shifting regulator is configured to receive, at the input terminal of the level shifting regulator, the final voltage signal of the step-down switched-capacitor regulator and to provide, at the output terminal of the level shifting regulator, the second voltage signal that is based on the final voltage signal of the step-down switched-capacitor regulator. a flying switched-inductor regulator having a first input terminal configured to receive a first voltage signal, a second input terminal configured to receive a second voltage signal, and an output terminal configured to provide an intermediate voltage signal based, at least in part, on the first voltage signal and the second voltage signal; a step-down switched-capacitor regulator comprising an input terminal, coupled to the output terminal of the flying switched-inductor regulator, an output terminal, and a plurality of capacitors, wherein the step-down switched-capacitor regulator is configured to receive, at the input terminal of the step-down switched-capacitor regulator, the intermediate voltage signal from the output terminal of the flying switched-inductor regulator and provide, to the output terminal of the step-down switched-capacitor regulator, the final voltage signal using a predetermined configuration of the plurality of capacitors; and a level shifting regulator comprising an input terminal, an output terminal, a flying capacitor, and a plurality of switches, wherein the level shifting regulator is configured to receive, at the input terminal of the level shifting regulator, the final voltage signal of the step-down switched-capacitor regulator and to provide, at the output terminal of the level shifting regulator, the second voltage signal that is based on the final voltage signal of the step-down switched-capacitor regulator.
Stereo-endoscope comprising: an outer shaft member with a distal end forming a distal end of the endoscope ; two optical paths for the capture of two pictures facilitating binocular vision; two optics members with distal ends , the two optics members being arranged in parallel, each of the optics members providing one of the optical paths , the optics members being located inside the outer shaft member , the optics members defining a viewing direction of the endoscope , the viewing direction being tilted relative to a longitudinal axis of the outer shaft member ; optical fibers comprising an optically transparent material and provided and conditioned for the transport of illumination light to the distal end of the endoscope ; a plurality of segments located between outer surface regions of the distal end of the optics members and an inner surface region of the distal end of the outer shaft member , wherein the orientation of distal ends of the optical fibers is defined by the segments , wherein the distal end of each optics member at least one of directly abuts on and is directly joined to the distal end of the outer shaft member . an outer shaft member with a distal end forming a distal end of the endoscope ; two optical paths for the capture of two pictures facilitating binocular vision; two optics members with distal ends , the two optics members being arranged in parallel, each of the optics members providing one of the optical paths , the optics members being located inside the outer shaft member , the optics members defining a viewing direction of the endoscope , the viewing direction being tilted relative to a longitudinal axis of the outer shaft member ; optical fibers comprising an optically transparent material and provided and conditioned for the transport of illumination light to the distal end of the endoscope ; a plurality of segments located between outer surface regions of the distal end of the optics members and an inner surface region of the distal end of the outer shaft member , wherein the orientation of distal ends of the optical fibers is defined by the segments , wherein the distal end of each optics member at least one of directly abuts on and is directly joined to the distal end of the outer shaft member .
Method for refurbishing structured surfaces of a component having a damage location comprising material detachment in a subregion of the surface , having the steps: a) determining a reference region , having at least a similar surface structure, for the subregion ; b) applying a curable die material , which is transparent at least in the cured state, onto the reference region ; c) while the die material is being pressed onto the reference region with an application pressure: curing the die material to form a transparent die which can be separated from the reference region without leaving residues and has the negative shape of the surface structure of the reference region ; d) filling the damage location of the subregion with material that can be cured with electromagnetic irradiation; e) placing the die onto the curable material in the damage location with an alignment of the negative shape of the transparent die corresponding to the desired surface structure at the damage location ; f) while the die is being pressed onto the damage location with an application pressure: irradiating the curable material with electromagnetic irradiation through the transparent die until the material is cured; and g) removing the die from the cured material at the damage location without leaving residues, wherein the application pressure is the same in steps c) and f). a) determining a reference region , having at least a similar surface structure, for the subregion ; b) applying a curable die material , which is transparent at least in the cured state, onto the reference region ; c) while the die material is being pressed onto the reference region with an application pressure: curing the die material to form a transparent die which can be separated from the reference region without leaving residues and has the negative shape of the surface structure of the reference region ; d) filling the damage location of the subregion with material that can be cured with electromagnetic irradiation; e) placing the die onto the curable material in the damage location with an alignment of the negative shape of the transparent die corresponding to the desired surface structure at the damage location ; f) while the die is being pressed onto the damage location with an application pressure: irradiating the curable material with electromagnetic irradiation through the transparent die until the material is cured; and g) removing the die from the cured material at the damage location without leaving residues,
An apparatus configured to decode video data, the apparatus comprising: a memory configured to store the video data; and one or more processors in communication with the memory, the one or more processors configured to: decode a block of the video data; receive an adaptation parameter set, APS, in an encoded video bitstream for the block of the video data, wherein the APS includes a plurality of adaptive loop filter sets for luma components of the block of the video data; determine an adaptive loop filter from the plurality of adaptive loop filter sets in the APS to apply to the decoded block of the video data; and apply the determined adaptive loop filter to the decoded block of the video data to create a filtered block of the video data, the one or more processors being further configured to classify the block of video data, each adaptive loop filter set including adaptive loop filter coefficients and clipping values for all classes. a memory configured to store the video data; and one or more processors in communication with the memory, the one or more processors configured to: decode a block of the video data; receive an adaptation parameter set, APS, in an encoded video bitstream for the block of the video data, wherein the APS includes a plurality of adaptive loop filter sets for luma components of the block of the video data; determine an adaptive loop filter from the plurality of adaptive loop filter sets in the APS to apply to the decoded block of the video data; and apply the determined adaptive loop filter to the decoded block of the video data to create a filtered block of the video data, the one or more processors being further configured to classify the block of video data, each adaptive loop filter set including adaptive loop filter coefficients and clipping values for all classes. decode a block of the video data; receive an adaptation parameter set, APS, in an encoded video bitstream for the block of the video data, wherein the APS includes a plurality of adaptive loop filter sets for luma components of the block of the video data; determine an adaptive loop filter from the plurality of adaptive loop filter sets in the APS to apply to the decoded block of the video data; and apply the determined adaptive loop filter to the decoded block of the video data to create a filtered block of the video data, the one or more processors being further configured to classify the block of video data, each adaptive loop filter set including adaptive loop filter coefficients and clipping values for all classes.
A rubber composition for a torsional damper, comprising 10 to 200 parts by weight of carbon black having an iodine adsorption of 100 to 600 mg/g, a DBP oil absorption of 138 to 330 cm 3 /100 g and a nitrogen adsorption specific surface area of 100 to 530 m 2 /g, and 5 to 100 parts by weight of a liquid polyolefin oligomer having a number average molecular weight Mn of 3,000 to 4,000, based on 100 parts by weight of at least one of ethylene-propylene-non-conjugated diene terpolymer rubber, ethylene-butene-non-conjugated diene terpolymer rubber and ethylene-propylene copolymer rubber, wherein in the total amount of ethylene and propylene or butene, the content of propylene or butene is 35 to 55 wt.%.
Apparatus for abrasive fluid-jet cutting with a compressor unit for compressing a fluid which can be fed to a nozzle in the form of a stream of high-pressure fluid, wherein the nozzle is designed for discharging a high-pressure fluid jet , and with an interrupter unit by way of which the stream of fluid to the nozzle can be interrupted or at least severely restricted, wherein the interrupter unit comprises a control chamber which can be filled with high-pressure fluid and can be connected to a drainage chamber via a control valve , characterized in that the quantity of control fluid which is removed via the control valve opens out into a mixing chamber via a feed line , wherein an abrasive channel carrying abrasive particles opens out into the feed line and the quantity of control fluid mixes with the high-pressure fluid jet .