mhurhangee/ep-ind-claims huggingface dataset:
A resilient fixing arrangement, intended to be able to be anchored in a first construction that is a studwork construction, and in such an anchored state be able to fixedly retain a second construction, such as an inner ceiling construction, the resilient fixing arrangement comprising: a first part portion cooperable with the first construction, a second part portion cooperable with the second construction, wherein the first part portion and the second part portion are arranged in series with one another, a rod-shaped device, wherein the first part portion (3 a) is rotationally rigid connected with the rod shaped device, a spring means adapted to interconnect said first and second part portions with one another, in order with a tractive and/or compressive force resiliently and yieldably to retain said second construction at an adapted distance from said first construction, characterized in that the second part portion is axially displaceable along the rod-shaped device, and the resilient fixing arrangement further comprises a means for simultaneously permitting rotation of both said first part portion and said second part portion when the second part portion act against the spring means under the utilization of an applied force along the longitudinal axis towards the first part portion (3 a), wherein the first part portion (3 a) is formed with a helically formed thread, and wherein a tip (3a") for said first part portion is adapted as a drill tip, with a diameter less than the diameter provided for the helically formed thread. a first part portion cooperable with the first construction, a second part portion cooperable with the second construction, wherein the first part portion and the second part portion are arranged in series with one another, a rod-shaped device, wherein the first part portion (3 a) is rotationally rigid connected with the rod shaped device, a spring means adapted to interconnect said first and second part portions with one another, in order with a tractive and/or compressive force resiliently and yieldably to retain said second construction at an adapted distance from said first construction, characterized in that the second part portion is axially displaceable along the rod-shaped device, and the resilient fixing arrangement further comprises a means for simultaneously permitting rotation of both said first part portion and said second part portion when the second part portion act against the spring means under the utilization of an applied force along the longitudinal axis towards the first part portion (3 a), wherein the first part portion (3 a) is formed with a helically formed thread, and wherein a tip (3a") for said first part portion is adapted as a drill tip, with a diameter less than the diameter provided for the helically formed thread.
A cutout (3, 3') for packaging comprising two detachable elements respectively formed from cutouts of sheet-form card or corrugated card material, a first element forming the base of the packaging and a second element forming the lid of the packaging, said cutout (3, 3') comprising two main flaps (4, 5), a first main flap of quadrilateral shape and a second main flap also of quadrilateral shape, said flaps (4, 5) being connected by a first fold line directly or by means of a secondary flap, and a set of lateral tabs (7, 8) arranged on either side of at least one of said main flaps (4, 5) and connected to said main flaps by second fold lines perpendicular to the first fold line, characterised in that the first main flap is of quadrilateral shape and its four corners are chamfered.
A method for decoding a video bitstream comprising: identifying a reference picture set, RPS, from said bitstream; and decoding said video bitstream using inter prediction with said reference picture set; wherein the method is characterized in, receiving an indication only for negative reference pictures from the reference picture set of a current picture after a new clean random access, CRA, or instantaneous decoding refresh, IDR, picture has been received, wherein the indication is received in a slice header and comprises a bit field for each negative reference picture indicating for the respective negative reference picture whether it should be kept or not for decoding subsequent pictures in a decoding order, where the negative reference picture has a picture order count less than that of the current picture; and decoding the subsequent pictures in a decoding order using inter prediction with the kept reference pictures. identifying a reference picture set, RPS, from said bitstream; and decoding said video bitstream using inter prediction with said reference picture set; receiving an indication only for negative reference pictures from the reference picture set of a current picture after a new clean random access, CRA, or instantaneous decoding refresh, IDR, picture has been received, wherein the indication is received in a slice header and comprises a bit field for each negative reference picture indicating for the respective negative reference picture whether it should be kept or not for decoding subsequent pictures in a decoding order, where the negative reference picture has a picture order count less than that of the current picture; and decoding the subsequent pictures in a decoding order using inter prediction with the kept reference pictures.
A utility meter, comprising: a main meter electrical board having a processor thereon, the main meter electrical board being positioned on a base; a remote disconnect switch in communication with the processor; and a temperature sensor attached to one of the main meter electrical board, the base, or the remote disconnect switch via a thermal epoxy and configured to measure the temperature about the base; a temperature monitoring circuit in communication with the temperature sensor and the processor, the temperature monitoring circuit including a comparator configured to compare the measured temperature to a predetermined temperature range and a switch relay driver coupled to the remote disconnect switch; wherein the temperature monitoring circuit is configured to directly control the switch relay driver to open the remote disconnect switch when the measured temperature exceeds the predetermined temperature range and to transmit a signal to the processor that the measured temperature exceeds the predetermined temperature range. a main meter electrical board having a processor thereon, the main meter electrical board being positioned on a base; a remote disconnect switch in communication with the processor; and a temperature sensor attached to one of the main meter electrical board, the base, or the remote disconnect switch via a thermal epoxy and configured to measure the temperature about the base; a temperature monitoring circuit in communication with the temperature sensor and the processor, the temperature monitoring circuit including a comparator configured to compare the measured temperature to a predetermined temperature range and a switch relay driver coupled to the remote disconnect switch; wherein the temperature monitoring circuit is configured to directly control the switch relay driver to open the remote disconnect switch when the measured temperature exceeds the predetermined temperature range and to transmit a signal to the processor that the measured temperature exceeds the predetermined temperature range.
An access interface for a user home LAN comprising one or more user devices wherein at least one user device is able to via the home LAN communicate with at least one external network (20, 25) or service, characterized in that the access interface comprising processing means adapted to provide, managed by an external operator, an IP address within the same domain space to each user device of the user devices (11-16, 50, 60) connected to the home LAN, thereby defining a virtual network comprising said at least one user device (11-16, 50, 60) connected to the home LAN and separating traffic per home LAN belonging to different LANs, the access interface further comprising at least one said external operator managed service entity (41, 48) adapted to enable the user device and the external network (20, 25) or service to communicate by means of said defined virtual network.
Optical sensor arrangement, comprising: - a photodiode, - an integrator with an integrator input, - a first switch that couples the photodiode to the integrator input, - a comparator with a first input coupled to an integrator output of the integrator, and - a reference capacitor circuit that is coupled to the integrator input and is designed to provide a charge package to the integrator input, wherein in a measuring phase, a photocurrent is provided by the photodiode to the integrator input, characterized in that in a start phase, charge packages are provided to the integrator input, until a comparator input voltage at the first input of the comparator crosses a comparator switching point, and wherein the measuring phase follows the start phase. - a photodiode, - an integrator with an integrator input, - a first switch that couples the photodiode to the integrator input, - a comparator with a first input coupled to an integrator output of the integrator, and - a reference capacitor circuit that is coupled to the integrator input and is designed to provide a charge package to the integrator input,
A wind turbine comprising: a rotor comprising a hub and at least one rotor blade attached to the hub, the rotor being arranged to rotate about a rotor axis extending through the hub, and the at least one blade being arranged to turn relative to the hub about a pitch axis of the blade, at least one linear pitch actuator coupled to the hub at or near a first end of the pitch actuator and coupled to the blade at or near a second end of the pitch actuator, the pitch actuator being arranged to extend and contract to turn the blade about the pitch axis; and a mounting structure for coupling the pitch actuator to the hub, the mounting structure comprising one or more legs projecting from a surface of the hub, the one or more legs each having a proximal end attached to or integral with the hub and a distal end spaced from the surface of the hub, and the mounting structure further comprising an actuator attachment portion coupled to the pitch actuator at the distal end(s) of the one or more legs, wherein the one or more legs each include a flexible intermediate portion between the proximal and distal ends (66, 68), the flexible intermediate portion being configured to enable the one or more legs to flex in use to facilitate pivoting movement of the pitch actuator in a first plane, characterized in that the mounting structure comprises first and second legs arranged respectively on opposite sides of the pitch actuator and respectively on opposite sides of the first plane. a rotor comprising a hub and at least one rotor blade attached to the hub, the rotor being arranged to rotate about a rotor axis extending through the hub, and the at least one blade being arranged to turn relative to the hub about a pitch axis of the blade, at least one linear pitch actuator coupled to the hub at or near a first end of the pitch actuator and coupled to the blade at or near a second end of the pitch actuator, the pitch actuator being arranged to extend and contract to turn the blade about the pitch axis; and a mounting structure for coupling the pitch actuator to the hub, the mounting structure comprising one or more legs projecting from a surface of the hub, the one or more legs each having a proximal end attached to or integral with the hub and a distal end spaced from the surface of the hub, and the mounting structure further comprising an actuator attachment portion coupled to the pitch actuator at the distal end(s) of the one or more legs, wherein the one or more legs each include a flexible intermediate portion between the proximal and distal ends (66, 68), the flexible intermediate portion being configured to enable the one or more legs to flex in use to facilitate pivoting movement of the pitch actuator in a first plane, characterized in that the mounting structure comprises first and second legs arranged respectively on opposite sides of the pitch actuator and respectively on opposite sides of the first plane.
A method of operating a battery-powered wireless communication device (110, 411, 511) that has internal antennas (601-609, 701-702), the method comprising: a battery (113, 403, 504) supplying power to baseband circuitry (112, 401, 501) and transceiver circuitry (111, 402, 502-503, 600); the baseband circuitry executing a user application that generates and consumes user data; the transceiver circuitry wirelessly receiving external antenna data that indicates on/off status, reserve battery power, and geometric earth-orientation for individual external antennas in an external wireless communication device; the baseband circuitry determining internal antenna data that indicates on/off status, reserve battery power, and geometric earth-orientation for individual ones of the internal antennas; the baseband circuitry selecting antennas based on the internal antenna data and the external antenna data and responsively transferring communication instructions to the transceiver circuitry; and the transceiver circuitry wirelessly transmitting the internal antenna data and wirelessly exchanging the user data over the selected internal antennas responsive to the communication instructions. a battery (113, 403, 504) supplying power to baseband circuitry (112, 401, 501) and transceiver circuitry (111, 402, 502-503, 600); the baseband circuitry executing a user application that generates and consumes user data; the transceiver circuitry wirelessly receiving external antenna data that indicates on/off status, reserve battery power, and geometric earth-orientation for individual external antennas in an external wireless communication device; the baseband circuitry determining internal antenna data that indicates on/off status, reserve battery power, and geometric earth-orientation for individual ones of the internal antennas; the baseband circuitry selecting antennas based on the internal antenna data and the external antenna data and responsively transferring communication instructions to the transceiver circuitry; and the transceiver circuitry wirelessly transmitting the internal antenna data and wirelessly exchanging the user data over the selected internal antennas responsive to the communication instructions.
A sleeve for use during an ophthalmic procedure, comprising: a body portion having an attachment means suitable for engaging a handpiece having a proximal end and a distal end; wherein the handpiece comprises a needle assembly, wherein the needle assembly is a phaco needle or a combination of a phaco needle and a phaco sleeve; and a tip portion comprising at least one aspiration port and characterized by the tip portion comprising at least one rounded and curved portion suitable for use around an edge of a capsular bag; wherein the tip portion is configured to substantially surround the needle assembly so that the tip portion accommodates the entire needle portion of the needle assembly. a body portion having an attachment means suitable for engaging a handpiece having a proximal end and a distal end; wherein the handpiece comprises a needle assembly, wherein the needle assembly is a phaco needle or a combination of a phaco needle and a phaco sleeve; and a tip portion comprising at least one aspiration port and characterized by the tip portion comprising at least one rounded and curved portion suitable for use around an edge of a capsular bag; wherein the tip portion is configured to substantially surround the needle assembly so that the tip portion accommodates the entire needle portion of the needle assembly.
Process for cooling products, in particular foodstuffs, in a cooling device, the device used being a container from the group comprising blenders, mixers or even grinders, configured to contain a mass of product to be cooled using a cryogenic liquid injected within the mass of matter in the lower part of the container, characterised in that two cryogenic liquids, nitrogen and CO 2, are injected within the mass of matter in the lower part of the container, the liquid nitrogen and the liquid CO 2 being injected separately in at least two injection points of the device.
An inflatable penile prosthesis comprising: a fluid reservoir configured to hold fluid; an inflatable member; and a pump assembly configured to transfer the fluid from the fluid reservoir to the inflatable member during an inflation cycle, the pump assembly including: a first pump configured to inject the fluid into the inflatable member according to a first flow rate; and a second pump configured to inject fluid into the inflatable member according to a second flow rate, the second flow rate being less than the first flow rate, wherein the pump assembly is configured to move between a parallel configuration in which the second pump is disposed in parallel with the first pump and a serial configuration in which the second pump is disposed in serial with the first pump. a fluid reservoir configured to hold fluid; an inflatable member; and a pump assembly configured to transfer the fluid from the fluid reservoir to the inflatable member during an inflation cycle, the pump assembly including: a first pump configured to inject the fluid into the inflatable member according to a first flow rate; and a second pump configured to inject fluid into the inflatable member according to a second flow rate, the second flow rate being less than the first flow rate, a first pump configured to inject the fluid into the inflatable member according to a first flow rate; and a second pump configured to inject fluid into the inflatable member according to a second flow rate, the second flow rate being less than the first flow rate, wherein the pump assembly is configured to move between a parallel configuration in which the second pump is disposed in parallel with the first pump and a serial configuration in which the second pump is disposed in serial with the first pump.
A method for acquiring a Precoding Matrix Indicator, PMI, comprising: acquiring, by a data receiving end, a reference PMI n and a differential PMI k according to a non-differential codebook and a diagonal differential codebook; and sending, by the data receiving end, the reference PMI and the differential PMI to a data sending end; wherein the combination of the reference PMI n and the differential PMI k indicates a precoding matrix V̂ which fulfils V̂ = C k W n, the codeword C k included in the diagonal differential codebook is corresponding to the differential PMI k and is a diagonal matrix, and the codeword W n included in the non-differential codebook is corresponding to reference PMI n and is a unitary matrix; the codeword W n has the following structure: W n r = R i n B N, j n r, wherein r represents a rank, i n represents an index of a diagonal matrix R i n corresponding to n, R i n represents a N th order diagonal matrix corresponding to i n, B n, j k r represents a codeword having a rank of r for n transmitting antennas and corresponding to an index j n, and j n corresponds to n. acquiring, by a data receiving end, a reference PMI n and a differential PMI k according to a non-differential codebook and a diagonal differential codebook; and sending, by the data receiving end, the reference PMI and the differential PMI to a data sending end; wherein the combination of the reference PMI n and the differential PMI k indicates a precoding matrix V̂ which fulfils V̂ = C k W n, the codeword C k included in the diagonal differential codebook is corresponding to the differential PMI k and is a diagonal matrix, and the codeword W n included in the non-differential codebook is corresponding to reference PMI n and is a unitary matrix; the codeword W n has the following structure: W n r = R i n B N, j n r, wherein r represents a rank, i n represents an index of a diagonal matrix R i n corresponding to n, R i n represents a N th order diagonal matrix corresponding to i n, B n, j k r represents a codeword having a rank of r for n transmitting antennas and corresponding to an index j n, and j n corresponds to n.
A method (200, 300) for effective retrieval of at least one resume from a resume repository corresponding to one or more resume parameters stored in a structured database matching with an input structured search query characterized in that the method (200, 300) comprises processor implemented steps of: pre-processing (202, 301) a first set of resumes to identify a first set of parameters and to derive attributes therefrom; indexing (204, 302) the identified parameters and the derived attributes associated with the first set of resumes in an index file; accepting query parts as input and formulating (209, 304) search queries based on the accepted query parts to search (210, 305) at least one resume out of the first set of resumes; searching (210, 305) the index file to locate a second set of parameters and a second set of derived attributes matching with the formulated search queries; assigning (211, 306) an initial score to each of the parameters of the second set of parameters; transforming (211, 307) the initial score of each of the parameters of the second set of parameters based on the second set of derived attributes to an overall score; retrieving (212, 308) a second set of resumes relevant to the second set of parameters having the overall score; and displaying at least one resume out of the second set of resumes in the order of the overall score. pre-processing (202, 301) a first set of resumes to identify a first set of parameters and to derive attributes therefrom; indexing (204, 302) the identified parameters and the derived attributes associated with the first set of resumes in an index file; accepting query parts as input and formulating (209, 304) search queries based on the accepted query parts to search (210, 305) at least one resume out of the first set of resumes; searching (210, 305) the index file to locate a second set of parameters and a second set of derived attributes matching with the formulated search queries; assigning (211, 306) an initial score to each of the parameters of the second set of parameters; transforming (211, 307) the initial score of each of the parameters of the second set of parameters based on the second set of derived attributes to an overall score; retrieving (212, 308) a second set of resumes relevant to the second set of parameters having the overall score; and displaying at least one resume out of the second set of resumes in the order of the overall score.