mhurhangee/ep-ind-claims huggingface dataset:
A backlight module comprising: a back plate; a reflector plate provided on a bottom surface of the back plate; and a spacer provided between the bottom surface of the back plate and the reflector plate and configured to keep a certain spacing (h) between the bottom surface of the back plate and the reflector plate; wherein the spacer comprises a plurality of padding blocks, characterized in that the bottom surface of the back plate has two reinforcement rib grooves therein configured to reinforce strength of the bottom surface of the back plate, an opening of each reinforcement rib groove faces the reflector plate and a bottom of each reinforcement rib groove has a spacing from the reflector plate larger than the certain spacing (h), and the two reinforcement rib grooves 1 are parallel to each other and are symmetrically provided along a center line of the bottom surface of the back plate and configured to receive all of the plurality of padding blocks evenly distributed, and the certain spacing (h) between the bottom surface of the back plate ()1 and the reflector plate is larger than or equal to 0.6 mm. a back plate; a reflector plate provided on a bottom surface of the back plate; and a spacer provided between the bottom surface of the back plate and the reflector plate and configured to keep a certain spacing (h) between the bottom surface of the back plate and the reflector plate; wherein the spacer comprises a plurality of padding blocks, characterized in that the bottom surface of the back plate has two reinforcement rib grooves therein configured to reinforce strength of the bottom surface of the back plate, an opening of each reinforcement rib groove faces the reflector plate and a bottom of each reinforcement rib groove has a spacing from the reflector plate larger than the certain spacing (h), and the two reinforcement rib grooves 1 are parallel to each other and are symmetrically provided along a center line of the bottom surface of the back plate and configured to receive all of the plurality of padding blocks evenly distributed, and the certain spacing (h) between the bottom surface of the back plate ()1 and the reflector plate is larger than or equal to 0.6 mm.
A mineral wool comprising glass fibers, the chemical composition of which comprises the following constituents, in a content by weight varying within the limits defined below: SiO 2 35-55% Al 2 O 3 14-27% CaO 3-35% MgO 0-15% Na 2 O+K 2 O 1-17% Fe 2 O 3 2-15% B 2 O 3 0-8% SnO 2 0.01-3%.
A method of encoding an audio signal, the method comprising receiving, in an audio encoder, a time domain signal segment originating from the audio signal; performing, in the audio encoder, a frequency analysis of the time domain signal segment, so as to obtain a frequency domain representation of the signal segment; searching an adaptive spectral code book of the audio encoder for an adaptive spectral code book vector which provides a first approximation of the frequency domain representation, the adaptive spectral code book comprising a plurality of adaptive spectral code book vectors; selecting said adaptive spectral code book vector providing a first approximation; generating a residual frequency representation from the difference between the frequency domain representation and the selected adaptive spectral code book vector; searching a fixed spectral code book of the audio encoder for a fixed spectral code book vector which provides an approximation of the residual frequency representation, the fixed spectral code book comprising a plurality of fixed spectral code book vectors; selecting said fixed spectral code book vector providing an approximation of the residual frequency representation; determining a relevance of a linear combination of the selected fixed spectral code book vector and the selected adaptive spectral code book vector for the encodability of future frequency domain representations; updating the adaptive spectral code book of the audio encoder by including a vector obtained as said linear combination of the selected fixed spectral code book vector and the selected adaptive spectral code book vector, wherein the updating is conditional on said relevance exceeding a predetermined relevance threshold; and generating, in the audio encoder, a signal representation of the received time domain signal segment, the signal representation being indicative of an index referring to the selected adaptive spectral code book vector and an index referring to the selected fixed spectral code book vector, said signal representation to be conveyed to a decoder.
A system, comprising: recorded seismic data; a gather engine configured to: create a plurality of angle gathers (744-1, 744-2) from imaging a subsurface location with multiples (340, 342) in a near-offset range (334-2, 334-3) and with primaries outside the near-offset range (334-2, 334-3), wherein the near-offset range (334-2, 334-3) comprises a range within the recorded seismic data in which primaries are not received from the subsurface location; and an analysis engine configured to apply an amplitude-versus-angle analysis or amplitude-versus-offset analysis to the plurality of angle gathers (744-1, 744-2) to produce a quantitative interpretation that quantifies a property of the subsurface location; wherein the quantitative interpretation includes at least one of the group of quantitative interpretations including a prediction of a lithology of the subsurface location; and a prediction of a fluid at the subsurface location. recorded seismic data; a gather engine configured to: create a plurality of angle gathers (744-1, 744-2) from imaging a subsurface location with multiples (340, 342) in a near-offset range (334-2, 334-3) and with primaries outside the near-offset range (334-2, 334-3), wherein the near-offset range (334-2, 334-3) comprises a range within the recorded seismic data in which primaries are not received from the subsurface location; and create a plurality of angle gathers (744-1, 744-2) from imaging a subsurface location with multiples (340, 342) in a near-offset range (334-2, 334-3) and with primaries outside the near-offset range (334-2, 334-3), wherein the near-offset range (334-2, 334-3) comprises a range within the recorded seismic data in which primaries are not received from the subsurface location; and an analysis engine configured to apply an amplitude-versus-angle analysis or amplitude-versus-offset analysis to the plurality of angle gathers (744-1, 744-2) to produce a quantitative interpretation that quantifies a property of the subsurface location;
A method comprising: storing a plurality of whitelisted locations, and associating one or more search types with each whitelisted location, wherein the one or more search types comprise a visual search type corresponding to one or more of a barcode scanning capability, a quick response code scanning capability, an image recognizer capability, and an optical character recognition capability; determining, by a mobile computing device, a geographic location of the mobile computing device; determining that the geographic location of the mobile computing device matches one of the whitelisted locations; obtaining the one or more search types associated with the matched whitelisted location; responsive to obtaining the one or more search types, outputting, by the mobile computing device and for display, a graphical user interface comprising an indication for each of the one or more search types associated with the matched whitelisted location; responsive to receiving user input selecting an indication of one of the one or more search types, obtaining, by the mobile computing device, a search input for the one of the one or more search types associated with the matched whitelisted location, and transmitting the search input to a networked device via a network, the one of the one or more search types comprising the visual search type; and receiving one or more search results from the networked device and outputting the search results for display. storing a plurality of whitelisted locations, and associating one or more search types with each whitelisted location, wherein the one or more search types comprise a visual search type corresponding to one or more of a barcode scanning capability, a quick response code scanning capability, an image recognizer capability, and an optical character recognition capability; determining, by a mobile computing device, a geographic location of the mobile computing device; determining that the geographic location of the mobile computing device matches one of the whitelisted locations; obtaining the one or more search types associated with the matched whitelisted location; responsive to obtaining the one or more search types, outputting, by the mobile computing device and for display, a graphical user interface comprising an indication for each of the one or more search types associated with the matched whitelisted location; responsive to receiving user input selecting an indication of one of the one or more search types, obtaining, by the mobile computing device, a search input for the one of the one or more search types associated with the matched whitelisted location, and transmitting the search input to a networked device via a network, the one of the one or more search types comprising the visual search type; and receiving one or more search results from the networked device and outputting the search results for display.
A track assembly (12, 14) for a work vehicle comprising: - an endless track; and - a drive wheel defining an inboard side, an outboard side, and a central plane extending therebetween, the drive wheel comprising - a radially outer wall defining a plurality of circumferentially spaced features for mechanically engaging the endless track, characterised by - a radially inner wall; and - a partition extending from the radially inner wall to the radially outer wall of the drive wheel, the partition meeting the radially inner wall at the central plane and meeting the radially outer wall on the inboard side of central plane such that the partition defines an inboard division substantially closed off from an outboard division. - an endless track; and - a drive wheel defining an inboard side, an outboard side, and a central plane extending therebetween, the drive wheel comprising - a radially outer wall defining a plurality of circumferentially spaced features for mechanically engaging the endless track, characterised by - a radially inner wall; and - a partition extending from the radially inner wall to the radially outer wall of the drive wheel, the partition meeting the radially inner wall at the central plane and meeting the radially outer wall on the inboard side of central plane such that the partition defines an inboard division substantially closed off from an outboard division. - a radially outer wall defining a plurality of circumferentially spaced features for mechanically engaging the endless track, characterised by - a radially inner wall; and - a partition extending from the radially inner wall to the radially outer wall of the drive wheel, the partition meeting the radially inner wall at the central plane and meeting the radially outer wall on the inboard side of central plane such that the partition defines an inboard division substantially closed off from an outboard division.
Maintenance device for large-area steel construction surfaces, in particular of interior regions of ships or tank installations, having at least one carrier system movable along a vertical carrier, wherein at least one arm system is arranged on the carrier system, the at least one carrier system is movable via a lifting cylinder system along the vertical carrier, wherein extensions (111, 111') are provided on the vertical carrier, in which the at least one carrier system engages, and the lifting cylinder system of the at least one carrier system has two independently movable lifting cylinders (210, 210') whose piston rods (211, 211') interact with the extensions (111, 111') of the vertical carrier, characterised in that the piston rods (211, 211') of the two lifting cylinders (210, 210') are each movable along at least one guide (213, 213') on the at least one carrier system, wherein the guide (213, 213') preferably has at least one change in direction and/or is formed in the manner of a connecting link.
A method for forming Ayurvedic encapsulated gold nanoparticles, the method comprising: mixing dried gooseberry powder into a liquid medium to form a reducing agent solution; mixing gold salts into the reducing agent solution; permitting reaction of the gold salts, in the absence of any other reducing agent, to form a nanoparticle solution of stabilized, biocompatible Ayurvedic encapsulated gold nanoparticles, wherein said mixing further comprises mixing gum Arabic into the liquid medium, and further comprising, after said permitting, adding Mango peel phytochemicals, Curcumin extract, gum arabic. mixing dried gooseberry powder into a liquid medium to form a reducing agent solution; mixing gold salts into the reducing agent solution; permitting reaction of the gold salts, in the absence of any other reducing agent, to form a nanoparticle solution of stabilized, biocompatible Ayurvedic encapsulated gold nanoparticles, wherein said mixing further comprises mixing gum Arabic into the liquid medium, and further comprising, after said permitting, adding Mango peel phytochemicals, Curcumin extract, gum arabic.
An optical screen for directing light beams comprising a substrate having a first surface particularly for the inlet of light beams and a second surface particularly for the emission of light beams, at least one of said surfaces (12, 13) of the substrate being provided with a plurality of protuberances which extend in a direction perpendicular to said substrate, said protuberances consisting of revolution solids around an axis whose generatrix is defined by at least a first curvilinear section with a concavity facing the inside of said protuberance characterized in that said generatrix of said protuberances comprises at least a second curvilinear section having a concavity facing the inside of said protuberance with a curvature radius (R 1) less than the curvature radius (R 2) of said first curvilinear section and a straight line terminating in correspondence with said substrate.
An actuator, in particular a mechanically, hydraulically or electrically driven actuator such as, for example, an electrical central release means, for actuating a clutch, in particular a friction clutch in a drive train of a motor vehicle, comprising a drive device for producing a translatory movement for actuating a clutch, and at least one sensor which is arranged on the drive device, wherein the sensor for detecting at least one physical parameter of a movable element of the actuator or a physical parameter of a movable element of a clutch comprises at least one sensitive element (11, 12, 13) for detecting a physical value or state and at least one base element carrying the sensitive element (11, 12, 13), the sensor has at least two shaped elements (60, 61) on at least one outer surface (51, 52) for the defined positioning of the sensor on a carrier, wherein the drive device has two complementary shaped elements with which the shaped elements (60, 61) of the sensor are mechanically connected, characterised in that the sensor comprises a cast housing and the shaped elements (60, 61) are led through the housing or are formed by the same.
A method, implemented in a wireless transmit/receive unit, WTRU, the method comprising: receiving downlink control information, DCI, scrambled with a paging radio network temporary identifier, P-RNTI, wherein the DCI includes at least one of a system information update indicator, a single bit earthquake tsunami warning system, ETWS, indicator, a single bit commercial mobile alert service, CMAS, indicator, and a single bit extended access barring, EAB, indicator, and wherein the DCI does not include downlink, DL, grant information for an associated paging message; and on a condition that one or more indicators among the system information update indicator, the single bit ETWS indicator, the single bit CMAS indicator and the single bit EAB indicator indicate that one or more system information blocks, SIBs, associated with the one or more indicators have changed or will change, acquiring or re-acquiring at least one of the one or more SIBs. receiving downlink control information, DCI, scrambled with a paging radio network temporary identifier, P-RNTI, wherein the DCI includes at least one of a system information update indicator, a single bit earthquake tsunami warning system, ETWS, indicator, a single bit commercial mobile alert service, CMAS, indicator, and a single bit extended access barring, EAB, indicator, and wherein the DCI does not include downlink, DL, grant information for an associated paging message; and on a condition that one or more indicators among the system information update indicator, the single bit ETWS indicator, the single bit CMAS indicator and the single bit EAB indicator indicate that one or more system information blocks, SIBs, associated with the one or more indicators have changed or will change, acquiring or re-acquiring at least one of the one or more SIBs.
A method for transmitting/receiving a signal in a base station, BS, in a wireless communication system supporting a synchronous hybrid automatic repeat request, HARQ, scheme, the method comprising: transmitting control information on a physical downlink control channel, PDCCH, in a primary cell based on a first uplink/downlink configuration adopted in the primary cell; and receiving data on a physical uplink shared channel, PUSCH, at a first uplink subframe allocated in a secondary cell based on the control information, and wherein, in case that the first uplink/downlink configuration adopted in the primary cell is different from the second uplink/downlink configuration adopted in the secondary cell and a subframe of the primary cell, which is at the same timing position of the first uplink subframe in the secondary cell, is a uplink subframe, a timing relation from the PDCCH to the PUSCH on the first uplink subframe in the secondary cell is the same as a timing relation from a PDCCH to a PUSCH determined based on the first uplink/downlink configuration in the primary cell. transmitting control information on a physical downlink control channel, PDCCH, in a primary cell based on a first uplink/downlink configuration adopted in the primary cell; and receiving data on a physical uplink shared channel, PUSCH, at a first uplink subframe allocated in a secondary cell based on the control information, and wherein, in case that the first uplink/downlink configuration adopted in the primary cell is different from the second uplink/downlink configuration adopted in the secondary cell and a subframe of the primary cell, which is at the same timing position of the first uplink subframe in the secondary cell, is a uplink subframe, a timing relation from the PDCCH to the PUSCH on the first uplink subframe in the secondary cell is the same as a timing relation from a PDCCH to a PUSCH determined based on the first uplink/downlink configuration in the primary cell.
A particle extraction system comprising: a particle dislodging apparatus operably connectable to an electrical interrupter; a particle removal apparatus operably connectable to the electrical interrupter; an actuation system operable for cycling the electrical Interrupter to release particles; an electronic control system operably connected to the particle dislodging apparatus and to the particle removal apparatus; and a support bay configured to hold the electrical interrupter, wherein the particle removal apparatus is in fluid communication with a pumping system that is configured to produce a compressed fluid flow within the support bay that is deliverable to the electrical interrupter. a particle dislodging apparatus operably connectable to an electrical interrupter; a particle removal apparatus operably connectable to the electrical interrupter; an actuation system operable for cycling the electrical Interrupter to release particles; an electronic control system operably connected to the particle dislodging apparatus and to the particle removal apparatus; and a support bay configured to hold the electrical interrupter, wherein the particle removal apparatus is in fluid communication with a pumping system that is configured to produce a compressed fluid flow within the support bay that is deliverable to the electrical interrupter.
A method of provisioning and activating subscriber services in telecommunications network elements in a telecommunication network of a network operator, the method comprising: receiving subscriber service requests sent from a plurality of source systems; for each received request, sending a positive or negative acknowledgement of the request back to the respective source system based on whether the request was properly received or not; for each positively acknowledged request, determining a series of operations necessary to be performed in a group of telecommunications network elements in order to fulfil the subscriber service request; and performing the determined series of operations whereby at least one change of state occurs in each element in said group of telecommunications network elements; wherein the method is executed in a system environment with a limited total processing power for processing service requests from receipt to respective changes in the telecommunications network elements; characterized by if the processing load imposed by all the received requests exceeds the total processing power, delaying the sending of the positive and/or negative acknowledgements back to the respective source system. receiving subscriber service requests sent from a plurality of source systems; for each received request, sending a positive or negative acknowledgement of the request back to the respective source system based on whether the request was properly received or not; for each positively acknowledged request, determining a series of operations necessary to be performed in a group of telecommunications network elements in order to fulfil the subscriber service request; and performing the determined series of operations whereby at least one change of state occurs in each element in said group of telecommunications network elements; wherein the method is executed in a system environment with a limited total processing power for processing service requests from receipt to respective changes in the telecommunications network elements; if the processing load imposed by all the received requests exceeds the total processing power, delaying the sending of the positive and/or negative acknowledgements back to the respective source system.