mhurhangee/ep-ind-claims huggingface dataset:
A method for persistent resource allocation, the method characterized by: a wireless transmit/receive unit, WTRU, receiving a persistent resource activation indication in a first physical downlink control channel, PDCCH, transmission, wherein successfully decoding the persistent resource activation indication triggers the WTRU to begin using a persistent resource; the WTRU receiving a persistent resource reconfiguration indication in a second PDCCH transmission, wherein the persistent resource reconfiguration indication changes a radio resource and transport format used for the persistent resource, and the persistent resource reconfiguration indication does not change at least a periodicity allocated to the WTRU for using the persistent resource; and the WTRU receiving a persistent resource release indication in at least one field of a third PDCCH transmission, wherein the at least one field comprises a transmission power control, TPC, field. a wireless transmit/receive unit, WTRU, receiving a persistent resource activation indication in a first physical downlink control channel, PDCCH, transmission, wherein successfully decoding the persistent resource activation indication triggers the WTRU to begin using a persistent resource; the WTRU receiving a persistent resource reconfiguration indication in a second PDCCH transmission, wherein the persistent resource reconfiguration indication changes a radio resource and transport format used for the persistent resource, and the persistent resource reconfiguration indication does not change at least a periodicity allocated to the WTRU for using the persistent resource; and the WTRU receiving a persistent resource release indication in at least one field of a third PDCCH transmission, wherein the at least one field comprises a transmission power control, TPC, field.
A replacement prosthetic heart valve for engagement with a structure of a previously implanted prosthetic heart valve, the replacement heart valve comprising: a stent structure comprising: a generally tubular body portion comprising an interior area and a series of wire portions arranged in a mesh-like configuration; and at least two leaflets attached within the interior area of the tubular body portion of the stent structure; and at least one stent post engaging structure extending radially outwardly from the body portion for engaging with an outer surface of a stent post of the previously implanted prosthetic heart valve, characterised in that the stent structure comprises at least one portion that is self-expandable with the removal of an external compressive force and at least one portion that is expandable with the application of an outward radial force. a stent structure comprising: a generally tubular body portion comprising an interior area and a series of wire portions arranged in a mesh-like configuration; and at least two leaflets attached within the interior area of the tubular body portion of the stent structure; and at least one stent post engaging structure extending radially outwardly from the body portion for engaging with an outer surface of a stent post of the previously implanted prosthetic heart valve, characterised in that the stent structure comprises at least one portion that is self-expandable with the removal of an external compressive force and at least one portion that is expandable with the application of an outward radial force. a generally tubular body portion comprising an interior area and a series of wire portions arranged in a mesh-like configuration; and at least two leaflets attached within the interior area of the tubular body portion of the stent structure; and at least one stent post engaging structure extending radially outwardly from the body portion for engaging with an outer surface of a stent post of the previously implanted prosthetic heart valve, characterised in that the stent structure comprises at least one portion that is self-expandable with the removal of an external compressive force and at least one portion that is expandable with the application of an outward radial force.
Headrest for a motor vehicle seat, said headrest comprising: - a frame for connection to a backrest of said seat, - a housing made of moulded plastics material that absorbs energy in the event of an impact of a passenger's head against said headrest, said housing being mounted such that it can move on said frame so as to allow the height of said housing to be adjusted relative to said frame, said housing being provided with a front face for receiving a passenger's head, - an electric motor integrally mounted to said housing, said motor engaging with at least one drive part integral with said frame so as to allow the height of said housing to be adjusted, said headrest being characterised in that: - said motor is coupled to a reduction gear so as to form a geared motor, said geared motor being mounted in said housing such that it can undergo a translational displacement in order to retain the nominal position thereof relative to said drive part independently from the dimensional changes of said housing, - it further comprises a spring means for actuating said geared motor towards said nominal position. - a frame for connection to a backrest of said seat, - a housing made of moulded plastics material that absorbs energy in the event of an impact of a passenger's head against said headrest, said housing being mounted such that it can move on said frame so as to allow the height of said housing to be adjusted relative to said frame, said housing being provided with a front face for receiving a passenger's head, - an electric motor integrally mounted to said housing, said motor engaging with at least one drive part integral with said frame so as to allow the height of said housing to be adjusted, - said motor is coupled to a reduction gear so as to form a geared motor, said geared motor being mounted in said housing such that it can undergo a translational displacement in order to retain the nominal position thereof relative to said drive part independently from the dimensional changes of said housing, - it further comprises a spring means for actuating said geared motor towards said nominal position.
Use of an organic waste composting equipment in a process to bacterially decompose organic waste material to a composted material, wherein the organic waste compositing equipment comprises an elongated tank into which organic waste can be charged, wherein the tank comprises an inlet for organic waste, an outlet for composted material and wherein the tank is provided with two rotating mixing shafts (5,6) provided with a helical mixing element connected to the shafts (5,6) by supports which radially extend from the shaft (5,6), wherein the two shafts (5,6) are positioned substantially parallel with respect to each other in the elongated direction of the tank thereby defining two cylindrical mixing zones (8,9) in the tank, wherein below each of the two cylindrical mixing zones (8,9) an elongated heated semi-tubular surface (10,11) is provided as the lower inner wall of the tank, wherein a screw feeder is positioned at the lower inner wall of the tank between the two semi-tubular surfaces (10,11) and positioned in a tubular housing which tubular housing is open at its upper end facing the interior of the tank and wherein in use composted material may be moved to the outlet for composted material, and wherein the helical mixing element is a blade which runs at a certain distance from the semi-tubular surfaces (10,11), wherein the blade has a surface which is shaped such that the entire surface of the blade is spaced apart from the two semi-tubular surfaces (10,11) at a constant distance, and wherein the distance between the blade and the semi-tubular surfaces (10,11) is smaller than 0.5 cm. wherein below each of the two cylindrical mixing zones (8,9) an elongated heated semi-tubular surface (10,11) is provided as the lower inner wall of the tank, wherein a screw feeder is positioned at the lower inner wall of the tank between the two semi-tubular surfaces (10,11) and positioned in a tubular housing which tubular housing is open at its upper end facing the interior of the tank and wherein in use composted material may be moved to the outlet for composted material, and wherein the helical mixing element is a blade which runs at a certain distance from the semi-tubular surfaces (10,11), wherein the blade has a surface which is shaped such that the entire surface of the blade is spaced apart from the two semi-tubular surfaces (10,11) at a constant distance, and wherein the distance between the blade and the semi-tubular surfaces (10,11) is smaller than 0.5 cm.
A method for diagnosing vascular disease risk of a human, comprising testing a biological sample of said human for the presence of at least two biomarkers each having a PG-domain different from each other, wherein said PG-domain is an amino acid motif xGxxPG wherein G is a glycine, P is a proline and x is any amino acid, and wherein said biomarkers are selected from the group of C-peptide, fragments of C-peptide, elastin, fragments of elastin, fibrillin, fragments of fibrillin, laminin, fragments of laminin, galectin-3, fragments of galectin-3, POMC, fragments of POMC, COL6A3, fragments of COL6A3, pyrin, fragments of pyrin.
Apparatus for detaching a cover layer from a multilayer layer attached to a cover of an identification, value or security document, with a first roller, which is driven continuously or in a clocked manner by a motor, for conveying the cover, and a second roller, which is aligned with respect to the first roller in such a way that the cover can pass through a gap formed at least temporarily between the two rollers (202; 204), wherein at least one first suction device is arranged or formed on the first roller radially with respect to its longitudinal roll axis, which suction device is flow-connected to a vacuum device and is configured in such a way as to fix the cover at least partially on the first roller, and wherein at least one second suction device is arranged or formed on the second roller radially with respect to its longitudinal roll axis, which second suction device is flow-connected to the vacuum device or to a second vacuum device and is configured in such a way that, upon contacting the cover layer, the latter is detached from the multi-layered layer of the cover, characterized in that the first suction device is formed from a plurality of first suction grippers which are arranged distributed over a shell of the first roller and/or in that the second suction device is formed from a plurality of second suction grippers which are arranged distributed over a shell of the second roller, and in that one or more of the suction grippers (212; 222) comprises an axially compressible bellows which is designed to execute a stroke oriented radially with respect to the longitudinal roll axis of the hub against a restoring force when the suction device (210; 220) is sucked in or activated.
A UAV comprising: a payload module comprising a deployable payload and a retraction mechanism configured to move the payload from a stowed position within the UAV to a deployed position extending out of the UAV, wherein the retraction mechanism comprises a biasing member to bias the payload toward the deployed position; and the retraction mechanism is configured with a winch coupled to a cable capable of allowing movement of the payload toward a stowed position when the payload is deployed such that the payload retracts back into the UAV upon contact with a landing surface by rotation of the payload into the UAV about a hinge having an axis of rotation that extends orthogonal to the direction of motion of the UAV if the payload is not retracted before the UAV contacts the landing surface so as to reduce at least one of: a probability, or a severity of damage to the deployed payload upon landing. a payload module comprising a deployable payload and a retraction mechanism configured to move the payload from a stowed position within the UAV to a deployed position extending out of the UAV, wherein the retraction mechanism comprises a biasing member to bias the payload toward the deployed position; and the retraction mechanism is configured with a winch coupled to a cable capable of allowing movement of the payload toward a stowed position when the payload is deployed such that the payload retracts back into the UAV upon contact with a landing surface by rotation of the payload into the UAV about a hinge having an axis of rotation that extends orthogonal to the direction of motion of the UAV if the payload is not retracted before the UAV contacts the landing surface so as to reduce at least one of: a probability, or a severity of damage to the deployed payload upon landing.
A method for determining battery discharge capability based on an equivalent circuit of a battery, characterised by comprising the steps of: setting a state vector, which has as elements at least an element parameter and a predetermined function of the element parameter of the equivalent circuit; measuring for evaluating current and voltage of the battery; estimating (S3 to S7) the state vector with control means by repeatedly renewing the state vector to be an optimum, using the measured current value and the voltage value, and state of charge calculated by a predetermined SOC calculating method as observed values; applying the element parameters as elements of the estimated state vector to the equivalent circuit to estimate the voltage value of the battery at the time of discharging under a predetermined current pattern; and comparing the estimated voltage value with a predetermined voltage tolerance to determine the discharge capability of the battery. setting a state vector, which has as elements at least an element parameter and a predetermined function of the element parameter of the equivalent circuit; measuring for evaluating current and voltage of the battery; estimating (S3 to S7) the state vector with control means by repeatedly renewing the state vector to be an optimum, using the measured current value and the voltage value, and state of charge calculated by a predetermined SOC calculating method as observed values; applying the element parameters as elements of the estimated state vector to the equivalent circuit to estimate the voltage value of the battery at the time of discharging under a predetermined current pattern; and comparing the estimated voltage value with a predetermined voltage tolerance to determine the discharge capability of the battery.
A server apparatus for providing authentication information to associate a client terminal with a plurality of display apparatuses capable of displaying a content distributed from the client terminal, the server apparatus comprising: a storage configured to store a plurality of sets of authentication pattern information associated with respective pieces of information relating to operations of the client terminal; and an issuing unit configured to issue a set of authentication pattern information from among the plurality of sets of authentication pattern information stored in the storage to a display apparatus on which an operation has been performed by the user, among the plurality of display apparatuses, the set of authentication pattern information being issued to the display apparatus in response to a request from the display apparatus for authentication pattern information, the issuing unit being further configured to disable issuing the set of authentication pattern information issued to the display apparatus to a further display apparatus in a period from issuing the set of authentication pattern information to receiving return of the set of authentication pattern information from the display apparatus. a storage configured to store a plurality of sets of authentication pattern information associated with respective pieces of information relating to operations of the client terminal; and an issuing unit configured to issue a set of authentication pattern information from among the plurality of sets of authentication pattern information stored in the storage to a display apparatus on which an operation has been performed by the user, among the plurality of display apparatuses, the set of authentication pattern information being issued to the display apparatus in response to a request from the display apparatus for authentication pattern information, the issuing unit being further configured to disable issuing the set of authentication pattern information issued to the display apparatus to a further display apparatus in a period from issuing the set of authentication pattern information to receiving return of the set of authentication pattern information from the display apparatus.
A method of removing carbonaceous deposits in a liquid-hydrocarbon fueled solid oxide fuel cell, the method comprising: providing a solid oxide fuel cell system comprising an anode, a cathode, a solid oxide electrolyte oriented between the anode and cathode, an amplifier cathode disposed proximate the solid oxide electrolyte and the cathode, a fuel cell electric circuit electrically connecting the anode and the cathode, and an amplifier electric circuit electrically connecting the anode and the amplifier cathode; operating the amplifier electric circuit in an electrolytic mode to electrically power the amplifier cathode, wherein the amplifier cathode generates and supplies O 2- or CO 3 2- to the anode; and removing the carbonaceous deposits on the anode by converting the carbonaceous deposits to carbon dioxide gas via reaction with the O 2- or CO 3 2- and expelling the carbon dioxide gas. providing a solid oxide fuel cell system comprising an anode, a cathode, a solid oxide electrolyte oriented between the anode and cathode, an amplifier cathode disposed proximate the solid oxide electrolyte and the cathode, a fuel cell electric circuit electrically connecting the anode and the cathode, and an amplifier electric circuit electrically connecting the anode and the amplifier cathode; operating the amplifier electric circuit in an electrolytic mode to electrically power the amplifier cathode, wherein the amplifier cathode generates and supplies O 2- or CO 3 2- to the anode; and removing the carbonaceous deposits on the anode by converting the carbonaceous deposits to carbon dioxide gas via reaction with the O 2- or CO 3 2- and expelling the carbon dioxide gas.
A photoprotective composition comprising: (i) 0.1 to 10 wt% oil-soluble sunscreen; (ii) 0.2 to 5 wt% water-soluble sunscreen; (iii) 0.1 to 5 wt% non-ionic surfactant having an HLB value in the range of 9 to 20; (iv) 3 to 25 wt% fatty acid; (v) 0.4 to 10 wt% of at least one humectant; and (vi) 0.25 to 5 wt% of a polymer selected from one or more of (a) dimethicone/ vinyldimethicone crosspolymer and b) hydrophobically modified silica. (i) 0.1 to 10 wt% oil-soluble sunscreen; (ii) 0.2 to 5 wt% water-soluble sunscreen; (iii) 0.1 to 5 wt% non-ionic surfactant having an HLB value in the range of 9 to 20; (iv) 3 to 25 wt% fatty acid; (v) 0.4 to 10 wt% of at least one humectant; and (vi) 0.25 to 5 wt% of a polymer selected from one or more of (a) dimethicone/ vinyldimethicone crosspolymer and b) hydrophobically modified silica.
An indirectly acting axial regulator of gas pressure, wherein a housing is connected via an impulse line to a pre-pilot regulator, and the latter with a pilot regulator, which is connected by an impulse line to an upper part of a second housing of a membrane, having the features that in the housing there is an axially positioned balanced nozzle, slidingly movably placed in sliding gaskets, that the nozzle is pressed by a spring and an extension of an inlet flange fixed to the housing, that on a side of the nozzle opposite to the spring and extension is placed a seat with a gasket, which seat, in which are made openings, is squeezed between the housing and an outlet flange, that on an upper side of the housing is placed a carrier of the second housing, said second housing being composed of a lower part and of the upper part, between which is squeezed the membrane, and that on an upper and a lower side of the membrane is placed on each side one plate, characterized in that the plates are connected in a central part by a tightener and a support in whose center is fixed a piston with a performed choking channel in the axis, in that the piston by its lower end is slidingly movably placed, by a guide and gaskets, in the lower part of the second housing, and by its upper end, through a guide and the gaskets, is placed in the upper part of the second housing, and in that by lower forehead of the piston it leans on a roller which is by a first axle rotatably placed at the end of a first lever which is by its other end articulately connected to the carrier, while by its middle is articulately connected to a second lever, which is at its lower end articulately connected to a third lever which is by a second axle slidingly movably placed in a lower part of the carrier, while archly bending legs of the third lever are slidingly movably connected to the nozzle via plates.
A handover method of a base station, BS, located at a target cell for supporting a handover of a mobile station, MS, moving from a source cell to the target cell in a wireless communication system, the method comprising: allocating scheduling request, SR, and channel quality information, CQI, transmission resources for the handover to the MS; transmitting, to a BS located at the source cell, information related to the SR and CQI resources; receiving from the MS, a resource allocating request for a handover confirm message; transmitting, to the MS, information indicating a radio resource allocated in a response to the resource allocating request; receiving, from the MS, the handover confirm message indicating a completion of the handover, the handover confirm message being transmitted from the MS by using the radio resource wherein, the handover does not need procedures associated with uplink timing synchronization to the target cell. allocating scheduling request, SR, and channel quality information, CQI, transmission resources for the handover to the MS; transmitting, to a BS located at the source cell, information related to the SR and CQI resources; receiving from the MS, a resource allocating request for a handover confirm message; transmitting, to the MS, information indicating a radio resource allocated in a response to the resource allocating request; receiving, from the MS, the handover confirm message indicating a completion of the handover, the handover confirm message being transmitted from the MS by using the radio resource wherein, the handover does not need procedures associated with uplink timing synchronization to the target cell.