mhurhangee/ep-ind-claims huggingface dataset:
A combination plunger for a syringe mixing device comprising a first seal and a delivery plunger seal, said combination plunger comprising: a mixing plunger configured to engage the first seal to cause axial movement of the first seal; a delivery plunger configured to engage the delivery plunger seal to cause axial movement of the delivery plunger seal; and a pill housing having a biasing member, characterized in that the mixing plunger and the delivery plunger are releasably engaged to facilitate coordinated or synchronous axial movement of the mixing plunger and the delivery plunger for at least a portion of the axial translation of the combination plunger such that axial travel of the delivery plunger causes axial travel of the mixing plunger, and wherein disengagement of the mixing plunger and the delivery plunger permits separate or independent axial movement of the delivery plunger, the disengagement including rotational disengagement of the delivery plunger from the mixing plunger. a mixing plunger configured to engage the first seal to cause axial movement of the first seal; a delivery plunger configured to engage the delivery plunger seal to cause axial movement of the delivery plunger seal; and a pill housing having a biasing member, characterized in that the mixing plunger and the delivery plunger are releasably engaged to facilitate coordinated or synchronous axial movement of the mixing plunger and the delivery plunger for at least a portion of the axial translation of the combination plunger such that axial travel of the delivery plunger causes axial travel of the mixing plunger, and wherein disengagement of the mixing plunger and the delivery plunger permits separate or independent axial movement of the delivery plunger, the disengagement including rotational disengagement of the delivery plunger from the mixing plunger.
A system for interpreting a terahertz (THz) waveform, the system comprising a THz transmitter configured to output a pulse of THz radiation; a THz receiver configured to receive at least a portion of the pulse of THz radiation; an internal calibration etalon configured to receive the pulse of THz radiation coming from the THz transmitter and to reflect a small portion of the THz pulse to the THz receiver and to leave the bulk of the THz pulse energy pass through, wherein the internal calibration etalon comprises an etalon front surface and an etalon rear surface, the etalon front surface and the etalon rear surface being refractive index interfaces configured to generate a reflection of the THz pulse respectively; a rear reflector being arranged downstream from the internal calibration etalon with respect to the propagation direction of the THz pulse, wherein the rear reflector is spaced apart from the internal calibration etalon; a spacing between the internal calibration etalon and the rear reflector for arranging a sample such that the sample is not in direct physical contact with the internal calibration etalon and the rear reflector, and the sample can receive the portion of the pulse of THz radiation passing through the internal calibration etalon; wherein the rear reflector is configured to receive the portion of the pulse of THz radiation passing through the sample and to reflect the portion back to the sample in the direction of the THz receiver.
Resonator intended for counteracting vibrations of a bearing structure, said resonator being provided with a seismic mass and a support intended to be fastened to the bearing structure, the resonator including at least one movement means connecting the seismic mass to the support while allowing an oscillating movement of the seismic mass relative to the support, characterised in that said movement means comprises: - a first electromagnetic assembly including an element that is rigidly connected to the seismic mass and an element that is rigidly connected to the support, one of said elements including a first electric coil and the other element including a first permanent magnet, the first electric coil not being electrically powered, - an electric actuator intended to control a movement of the seismic mass relative to the support, said actuator being connected to a processing unit, the processing unit being configured to electrically power the actuator with a variable electric current determined on the basis of a relative movement between the bearing structure and the seismic mass and on the basis of an individual movement of the bearing structure, - a resilient member positioned between said seismic mass and said support. - a first electromagnetic assembly including an element that is rigidly connected to the seismic mass and an element that is rigidly connected to the support, one of said elements including a first electric coil and the other element including a first permanent magnet, the first electric coil not being electrically powered, - an electric actuator intended to control a movement of the seismic mass relative to the support, said actuator being connected to a processing unit, the processing unit being configured to electrically power the actuator with a variable electric current determined on the basis of a relative movement between the bearing structure and the seismic mass and on the basis of an individual movement of the bearing structure, - a resilient member positioned between said seismic mass and said support.
An electric drive system, comprising: a motor, a motor controller, and a heat dissipating device located between the motor and the motor controller, characterized in that the heat dissipating device comprises at least a first space and a second space which is separated from the first space, wherein, the extended terminal of the motor is electrically connected with the extended terminal of the motor controller within the first space, a runner is disposed within the second space, so that coolant liquid is conveyed between the motor controller and the motor through the runner.
A joint comprising: a. a structure (11,51); b. a fastener (13, 10, 40) passing through the structure; c. a cap comprising: i. a body portion with an annular base terminating at an edge, the body portion forming an enclosure around an end of the fastener, and ii. an annular flange which extends outwardly from the body portion and is set back from the edge of the annular base so as to define a pocket between the flange and the annular base; characterised in that the joint comprises: d. a sealant in the pocket between the annular flange and the annular base, the sealant bonding the cap to the structure via a sealant/cap interface with the cap and a sealant/structure interface with the structure, wherein the surface area of the sealant/cap interface is greater than the surface area of the sealant/structure interface. a. a structure (11,51); b. a fastener (13, 10, 40) passing through the structure; c. a cap comprising: i. a body portion with an annular base terminating at an edge, the body portion forming an enclosure around an end of the fastener, and ii. an annular flange which extends outwardly from the body portion and is set back from the edge of the annular base so as to define a pocket between the flange and the annular base; i. a body portion with an annular base terminating at an edge, the body portion forming an enclosure around an end of the fastener, and ii. an annular flange which extends outwardly from the body portion and is set back from the edge of the annular base so as to define a pocket between the flange and the annular base;
A disc holder and scraper construction for a disc harrow including at least a disc element having a concave face, characterized in that said disc element is fixed to a rotary hub which is supported by a disc holder spring having a first curved end portion adapted to encompass and to be fixed to a longitudinal bar of said disc harrow, said spring having a second flat end portion fixed to said rotary hub, and a curved disc scraper arm having a first portion clamped to said second flat end portion of said spring and a second end portion supporting a scraper assembly for removing soil adhering to said concave face of said disc element.
An air separation system comprising: a plurality of air separation modules comprising a membrane, wherein each of the plurality of air separation modules is configured to receive feed air and the membrane separates the feed air into nitrogen-enriched air and oxygen-enriched air, the air separation module comprising: an inlet header; an outlet header; and an oxygen sensor located in the outlet header and configured to sense a concentration of oxygen in the nitrogen-enriched air. a plurality of air separation modules comprising a membrane, wherein each of the plurality of air separation modules is configured to receive feed air and the membrane separates the feed air into nitrogen-enriched air and oxygen-enriched air, the air separation module comprising: an inlet header; an outlet header; and an oxygen sensor located in the outlet header and configured to sense a concentration of oxygen in the nitrogen-enriched air. an inlet header; an outlet header; and an oxygen sensor located in the outlet header and configured to sense a concentration of oxygen in the nitrogen-enriched air.
A method for acquiring a new set of elevator operation parameters of an elevator, the new set including at least one elevator operation parameter, the method being characterised by comprising: determining a loss of data integrity relative to a previous set of elevator operation parameters; checking whether a set of pre-conditions for the acquiring are fulfilled, the set of pre-conditions comprising: - determining that an elevator car of the elevator is empty of persons, - determining that an elevator shaft of the elevator is empty of persons, and - determining that a safety system of the elevator is operable; initiating a setup run to be performed by utilizing the elevator car for the acquiring of the new set. determining a loss of data integrity relative to a previous set of elevator operation parameters; checking whether a set of pre-conditions for the acquiring are fulfilled, the set of pre-conditions comprising: - determining that an elevator car of the elevator is empty of persons, - determining that an elevator shaft of the elevator is empty of persons, and - determining that a safety system of the elevator is operable; - determining that an elevator car of the elevator is empty of persons, - determining that an elevator shaft of the elevator is empty of persons, and - determining that a safety system of the elevator is operable; initiating a setup run to be performed by utilizing the elevator car for the acquiring of the new set.
A method for decoding a compressed motion compensated video image sequence from image data comprising a plurality of reference pictures and motion vectors for deriving intermediate pictures from preceding pictures in the sequence, the motion vectors having a maximum vertical extent corresponding to a number of lines of image data, the method comprising: receiving, at a first decoding core, a reference picture and a set of motion vectors to derive a next picture in the sequence from the reference picture; decoding the next picture, at the first decoding core, from the reference picture once the vertical extent of the reference picture received exceeds the said maximum vertical extent of a motion vector from a starting position; receiving, at a second decoding core, a further next set of motion vectors for deriving a further next picture in the sequence from said next picture decoded by the first decoding core; and decoding the further next picture at the second decoding core using the further next set of motion vectors, wherein the decoding of the further next picture commences once an area of said next picture has been decoded by the first decoding core to said maximum vertical extent of a motion vector from a starting position and before the first decoding core has decoded the whole of said next picture. receiving, at a first decoding core, a reference picture and a set of motion vectors to derive a next picture in the sequence from the reference picture; decoding the next picture, at the first decoding core, from the reference picture once the vertical extent of the reference picture received exceeds the said maximum vertical extent of a motion vector from a starting position; receiving, at a second decoding core, a further next set of motion vectors for deriving a further next picture in the sequence from said next picture decoded by the first decoding core; and decoding the further next picture at the second decoding core using the further next set of motion vectors, wherein the decoding of the further next picture commences once an area of said next picture has been decoded by the first decoding core to said maximum vertical extent of a motion vector from a starting position and before the first decoding core has decoded the whole of said next picture.
An optical observation device comprising: a) a main structure comprising a surgical microscope having an optical set-up and at least one optical camera adapted to be aimed at a patient to be treated; b) a motorized support structure adapted to variably position the main structure at or near a workplace to be observed; and c) a control unit adapted to perform the following procedural steps: - receive a sequence of images from the at least one optical camera; - search a current image from the sequence of images for a trackable object positioned within the field of view of the at least one optical camera; - track the trackable object shown in the sequence of images subsequent to the current image; and - control the motorized support structure, the optical set-up and/or the at least one optical camera in a control procedure set off via a triggering signal received at the control unit, wherein the motion of the main structure and/or adjustable properties of the optical set-up and/or of the at least one optical camera is coupled to a motion of the trackable object via at least one conversion factor. a) a main structure comprising a surgical microscope having an optical set-up and at least one optical camera adapted to be aimed at a patient to be treated; b) a motorized support structure adapted to variably position the main structure at or near a workplace to be observed; and c) a control unit adapted to perform the following procedural steps: - receive a sequence of images from the at least one optical camera; - search a current image from the sequence of images for a trackable object positioned within the field of view of the at least one optical camera; - track the trackable object shown in the sequence of images subsequent to the current image; and - control the motorized support structure, the optical set-up and/or the at least one optical camera in a control procedure set off via a triggering signal received at the control unit, wherein the motion of the main structure and/or adjustable properties of the optical set-up and/or of the at least one optical camera is coupled to a motion of the trackable object via at least one conversion factor. - receive a sequence of images from the at least one optical camera; - search a current image from the sequence of images for a trackable object positioned within the field of view of the at least one optical camera; - track the trackable object shown in the sequence of images subsequent to the current image; and - control the motorized support structure, the optical set-up and/or the at least one optical camera in a control procedure set off via a triggering signal received at the control unit, wherein the motion of the main structure and/or adjustable properties of the optical set-up and/or of the at least one optical camera is coupled to a motion of the trackable object via at least one conversion factor.
An aircraft brake assembly configured to minimize noise during braking, comprising: a heat stack of alternating interleaved stator disks and rotor disks between a pressure plate and endplate, characterised by means for altering a force pattern from one of said pressure plate and said endplate upon said heat stack as a function of a magnitude of braking force applied to said heat stack as between high-energy landing and low-energy taxiing operations, said means for altering a force pattern comprising one of said pressure plate and endplate comprising a disk radially tapered (36,42) in thickness from a thicker inner region to a thinner outer region. a heat stack of alternating interleaved stator disks and rotor disks between a pressure plate and endplate, characterised by means for altering a force pattern from one of said pressure plate and said endplate upon said heat stack as a function of a magnitude of braking force applied to said heat stack as between high-energy landing and low-energy taxiing operations, said means for altering a force pattern comprising one of said pressure plate and endplate comprising a disk radially tapered (36,42) in thickness from a thicker inner region to a thinner outer region.
An electronic device (101; 201) comprising: a first communication module configured to communicate with an external device through a first communication scheme; a second communication module configured to communicate with the external device through a second communication scheme; and a processor (120; 210) configured to: identify a state of the second communication module, generate availability information which includes a priority for at least one communication function supported by the second communication module, the availability information further indicating whether the second communication module is available to perform simultaneously the same communication function as the first communication module, based on the state of the second communication module, and control the first communication module or the second communication module to transmit the availability information of the second communication module to the external device. a first communication module configured to communicate with an external device through a first communication scheme; a second communication module configured to communicate with the external device through a second communication scheme; and a processor (120; 210) configured to: identify a state of the second communication module, generate availability information which includes a priority for at least one communication function supported by the second communication module, the availability information further indicating whether the second communication module is available to perform simultaneously the same communication function as the first communication module, based on the state of the second communication module, and control the first communication module or the second communication module to transmit the availability information of the second communication module to the external device. identify a state of the second communication module, generate availability information which includes a priority for at least one communication function supported by the second communication module, the availability information further indicating whether the second communication module is available to perform simultaneously the same communication function as the first communication module, based on the state of the second communication module, and control the first communication module or the second communication module to transmit the availability information of the second communication module to the external device.
An accept tank arrangement for mixing of pulped fiber suspension within an accept tank which accept tank has a form of two opposite arched ends having sidewalls and an elongated section between the arched ends having sidewalls and the accept tank has at least two mixers, and at least one of the mixers are located within the arched end and the mixers have propellers at ends of their axles and the axles of the mixers point to the same side of the tank when looked from the arched end where the mixer is attached and the tank has an accept outlet, characterized in that at least two of the axles of the mixers are horizontally aligned to the direction of the elongated section and the center line of at least one axle of a mixer is aimed at a point, which is at the sidewall of the elongated section at least 25% of the length of the elongated section away from the beginning of the elongated section.
A noise estimation filter for an orthogonal frequency-division multiplexed, OFDM, system, comprising: a filter bank module for multiplying an Eigen-vector matrix of a channel covariance matrix by an OFDM signal vector to generate scalar products of the OFDM signal vector; characterized by further comprising: a coefficient squaring module for squaring the scalar products and weighting the scalar products to generate a plurality of weighted single estimates; a summing module for summing the weighted single estimates to generate a noise and interference power estimate; and a coefficient multiplication module within the coefficient squaring module for weighting each of the single estimates with a noise coefficient forming the plurality of weighted single estimates. a filter bank module for multiplying an Eigen-vector matrix of a channel covariance matrix by an OFDM signal vector to generate scalar products of the OFDM signal vector; characterized by further comprising: a coefficient squaring module for squaring the scalar products and weighting the scalar products to generate a plurality of weighted single estimates; a summing module for summing the weighted single estimates to generate a noise and interference power estimate; and a coefficient multiplication module within the coefficient squaring module for weighting each of the single estimates with a noise coefficient forming the plurality of weighted single estimates. a coefficient squaring module for squaring the scalar products and weighting the scalar products to generate a plurality of weighted single estimates; a summing module for summing the weighted single estimates to generate a noise and interference power estimate; and a coefficient multiplication module within the coefficient squaring module for weighting each of the single estimates with a noise coefficient forming the plurality of weighted single estimates.