mhurhangee/ep-ind-claims huggingface dataset:
A compact oldham-type floating reamer holder having forward and rear directions and comprising: a holder portion having a central holder portion axis; a reamer portion having a reamer portion axis and a single central protrusion which at least partially axially overlaps the holder portion from within; a floating member transferring a torque between the holder portion and the reamer portion; wherein in an operative position, the floating reamer holder is configured to accommodate an angular misalignment, a parallel misalignment and an axial translation between the holder and reamer portion axes (HP, RP); in a non-operative position, the reamer portion axis is co-aligned with the holder portion axis; and characterized in that the floating reamer holder further comprises an annular elastic element at least partially overlapping the reamer portion in the axial direction and biasing the reamer portion in the axially forward direction, the annular elastic element comprising an annular-shaped wave spring; and at least in the non-operative position, the protrusion is located within the elastic element. a holder portion having a central holder portion axis; a reamer portion having a reamer portion axis and a single central protrusion which at least partially axially overlaps the holder portion from within; a floating member transferring a torque between the holder portion and the reamer portion; wherein in an operative position, the floating reamer holder is configured to accommodate an angular misalignment, a parallel misalignment and an axial translation between the holder and reamer portion axes (HP, RP); in a non-operative position, the reamer portion axis is co-aligned with the holder portion axis; and characterized in that the floating reamer holder further comprises an annular elastic element at least partially overlapping the reamer portion in the axial direction and biasing the reamer portion in the axially forward direction, the annular elastic element comprising an annular-shaped wave spring; and at least in the non-operative position, the protrusion is located within the elastic element.
Apparatus, comprising: a catheter comprising an electrode and a force sensor configured to measure a force between the catheter and tissue in proximity to the catheter; and a processor configured to: inject a current between the electrode and the tissue, measure a succession of phase shifts of the current relative to a fixed reference, verify that a cardinality of the measured phase shifts falling within a preset interval of possible values of the phase shifts increases over a predetermined time period, and calibrate a zero-force point for the force sensor according to the force measured by the force sensor during the predetermined time period. a catheter comprising an electrode and a force sensor configured to measure a force between the catheter and tissue in proximity to the catheter; and a processor configured to: inject a current between the electrode and the tissue, measure a succession of phase shifts of the current relative to a fixed reference, verify that a cardinality of the measured phase shifts falling within a preset interval of possible values of the phase shifts increases over a predetermined time period, and calibrate a zero-force point for the force sensor according to the force measured by the force sensor during the predetermined time period. inject a current between the electrode and the tissue, measure a succession of phase shifts of the current relative to a fixed reference, verify that a cardinality of the measured phase shifts falling within a preset interval of possible values of the phase shifts increases over a predetermined time period, and calibrate a zero-force point for the force sensor according to the force measured by the force sensor during the predetermined time period.
An isolated peptide comprising an amino acid sequence as set forth by: SEQ ID NO:2 or SEQ ID NO:4, the isolated peptide being capable of preventing TERT nuclear translocation.
A method for determining a cylinder pressure-crankshaft position allocation for an internal combustion engine with the following steps: detecting the crankshaft angle by measurement; detecting the cylinder pressure by measurement; calculating a cylinder volume dependent on the crankshaft angle; determining a curve profile for the logarithmic cylinder pressure over the logarithmic cylinder volume as a function of the crankshaft angle; analysing the curve profile and determining an offset value for the crankshaft angle for determining an exactly timed cylinder pressure-crankshaft position allocation, wherein the curve profile in the region of a cylinder reversal point is analysed for determining the offset value, characterized in that in particular when in the region of the cylinder reversal point an intersecting profile of curve segments of the curve profile is determined, a cylinder pressure signal that is shifted towards retarded is deduced in the ratio to the crankshaft angle signal and an offset value for compensating this shift is determined dependent on the area between the curve segments in the region of the cylinder reversal point. detecting the crankshaft angle by measurement; detecting the cylinder pressure by measurement; calculating a cylinder volume dependent on the crankshaft angle; determining a curve profile for the logarithmic cylinder pressure over the logarithmic cylinder volume as a function of the crankshaft angle; analysing the curve profile and determining an offset value for the crankshaft angle for determining an exactly timed cylinder pressure-crankshaft position allocation, wherein the curve profile in the region of a cylinder reversal point is analysed for determining the offset value, characterized in that in particular when in the region of the cylinder reversal point an intersecting profile of curve segments of the curve profile is determined, a cylinder pressure signal that is shifted towards retarded is deduced in the ratio to the crankshaft angle signal and an offset value for compensating this shift is determined dependent on the area between the curve segments in the region of the cylinder reversal point.
A belay device for belaying operations, climbing and/or alpine activities in single or double rope; the device comprising a pair of inner plates and a rope sliding control lever rotating with respect to said inner plates and comprising a plurality of engagement pins of at least a rope or two ropes protruding orthogonally with respect to the inner plates; said engagement pins protruding through slotted holes of the inner plates defining a pair of pinching areas against at least a respective brake shoe for each of the two ropes for locking and/or exerting a friction of slowing down alternatively on one rope or two ropes simultaneously after an automatic rotation of said rope sliding control lever caused by a pulling of at least one of the two ropes.
Power management module for managing power supply from a power sourcing equipment item to an associated apparatus, comprising: - a connexion interface suitable for connecting said power management module to the associated apparatus; - means for estimating a power that said power management module is able to supply via said connexion interface; - means for negotiating, based on the power estimated by said means for estimating power, the start-up of the associated apparatus in a power class, said means for negotiating comprising means for supplying power via said connexion interface; - means for determining an updated power that said power management module is able to supply, when power is supplied to the associated apparatus by said means for supplying power; and - means for re-negotiating the start-up of the associated apparatus based on said determined updated power. - a connexion interface suitable for connecting said power management module to the associated apparatus; - means for estimating a power that said power management module is able to supply via said connexion interface; - means for negotiating, based on the power estimated by said means for estimating power, the start-up of the associated apparatus in a power class, said means for negotiating comprising means for supplying power via said connexion interface; - means for determining an updated power that said power management module is able to supply, when power is supplied to the associated apparatus by said means for supplying power; and - means for re-negotiating the start-up of the associated apparatus based on said determined updated power.
A method for authenticating a digital image representative of an identity document, comprising: generating, based on the digital image, at least two local texture patches representative of texture information of at least two select local blocks of the ID; wherein generating the at least two local texture patches comprises: detecting, for a target manipulation space, at least two features of interest of the ID; defining the at least two select local blocks of the ID based on the detected at least two features of interest; and extracting, based on the digital image, texture information at each of the at least two select local blocks to generate the at least two local texture patches and detecting the presence of a forgery in the digital image based on the at least two local texture patches, characterized in that the target manipulation space is physical portrait photo substitution, wherein the at least two features of interest comprise a portrait photo of the ID, and wherein the at least two select local blocks comprise at least two blocks straddling a boundary of the portrait photo. detecting, for a target manipulation space, at least two features of interest of the ID; defining the at least two select local blocks of the ID based on the detected at least two features of interest; and extracting, based on the digital image, texture information at each of the at least two select local blocks to generate the at least two local texture patches and detecting the presence of a forgery in the digital image based on the at least two local texture patches,
A method for making a fibrous element wherein the method comprises the steps of spinning a composition comprising a one or more fibrous element-forming materials and a first polyethylene oxide, wherein the first polyethylene oxide exhibits a weight average molecular weight of greater than 200 g/mol but less than 500,000 g/mol as measured according to the Weight Average Molecular Weight Test Method such that a fibrous element is formed, and wherein, the composition comprises a second polyethylene oxide that exhibits a weight average molecular weight of at least 500,000 g/mol as measured according to the Weight Average Molecular Weight Test Method, and wherein the first polyethylene oxide and the second polyethylene oxide are added such that the fibrous element has a weight ratio of the first polyethylene oxide to the second polyethylene oxide of at least 1:2.
A data processing method, comprising: receiving, by relay user equipment, UE, for Proximity Services, ProSe, communication, a multimedia broadcast multicast service, MBMS, monitoring request of a remote UE; obtaining, by the relay UE, quality of service, QoS, of an MBMS bearer from the remote UE; determining, by the relay UE according to the QoS of the MBMS bearer, a sending priority of MBMS data to be sent to the remote UE; and sending, by the relay UE, the MBMS data of the remote UE according to the sending priority of the MBMS data of the remote UE. receiving, by relay user equipment, UE, for Proximity Services, ProSe, communication, a multimedia broadcast multicast service, MBMS, monitoring request of a remote UE; obtaining, by the relay UE, quality of service, QoS, of an MBMS bearer from the remote UE; determining, by the relay UE according to the QoS of the MBMS bearer, a sending priority of MBMS data to be sent to the remote UE; and sending, by the relay UE, the MBMS data of the remote UE according to the sending priority of the MBMS data of the remote UE.
A micro pump, comprising: a common inlet channel; a common outlet channel; a plurality of pumping elements, each pumping element having an inlet coupled to the common inlet channel and an outlet coupled to the common outlet channel, the inlet and outlet being connected by a microfluidic channel arranged on a substrate; a plurality of actuating elements arranged to cause fluid to be pumped through the microfluidic channels from the inlets to the outlets thereof; and a controller coupled to actuate the actuating elements so as to produce continuous steady flow of the fluid at the common outlet channel, wherein each of the microfluidic channels comprises a valvular conduit (24, 26) having low resistance to fluid flow in a direction from the inlet to the outlet and high resistance to fluid flow in a direction from the outlet to the inlet and at least one of the valvular conduits comprises a rectifying structure. a common inlet channel; a common outlet channel; a plurality of pumping elements, each pumping element having an inlet coupled to the common inlet channel and an outlet coupled to the common outlet channel, the inlet and outlet being connected by a microfluidic channel arranged on a substrate; a plurality of actuating elements arranged to cause fluid to be pumped through the microfluidic channels from the inlets to the outlets thereof; and
A method in a vehicle for verifying an estimated position of the vehicle, the method comprising establishing a wireless link to a radio base station, RBS, 150, obtaining data for estimating the vehicle position, estimating the vehicle position based on the data, and transmitting a request for position verification to the RBS, characterized in that the method further comprises receiving a response from the RBS to the transmitted request comprising a verification position estimate based at least partly on data obtained from an uplink transmission (220, 320) on the wireless link to the RBS from the vehicle and being at least partly uncorrelated with the estimated vehicle position, and verifying the estimated position of the vehicle by comparing the estimated vehicle position to the verification position estimate. establishing a wireless link to a radio base station, RBS, 150, obtaining data for estimating the vehicle position, estimating the vehicle position based on the data, and transmitting a request for position verification to the RBS, characterized in that the method further comprises receiving a response from the RBS to the transmitted request comprising a verification position estimate based at least partly on data obtained from an uplink transmission (220, 320) on the wireless link to the RBS from the vehicle and being at least partly uncorrelated with the estimated vehicle position, and verifying the estimated position of the vehicle by comparing the estimated vehicle position to the verification position estimate.
A polymeric composition, comprising: (a) a vinyl chloride resin; (b) a bioplasticizer; and (c) antimony trioxide, wherein said antimony trioxide comprises arsenic in an amount of 300 ppm or less based on the entire weight of said antimony trioxide, wherein said antimony trioxide comprises lead in an amount of 410 ppm or less based on the entire weight of said antimony trioxide, wherein said antimony trioxide comprises iron in an amount of 10 ppm or less based on the entire weight of said antimony trioxide; and wherein said polymeric composition comprises arsenic in an amount of 9 ppm or less, lead in an amount of 12.3 ppm or less, and iron in an amount of 0.3 ppm or less, based on the entire weight of said polymeric composition. (a) a vinyl chloride resin; (b) a bioplasticizer; and (c) antimony trioxide,
An ECG connector assembly, comprising: a housing having a first opening disposed therein dimensioned to operably receive the press stud of an ECG electrode pad; an electrical contact member having a second opening disposed therein, the second opening disposed substantially concentrically to the first opening, wherein the perimeter of the second opening is less than the perimeter of the first opening; and a pushbutton slidably disposed within the housing and having at least a released position and a depressed position, wherein the pushbutton further includes a central opening defined therein, characterized in that the opening is configured to operably engage the press stud and the electrical contact member when the pushbutton is in the released position. a housing having a first opening disposed therein dimensioned to operably receive the press stud of an ECG electrode pad; an electrical contact member having a second opening disposed therein, the second opening disposed substantially concentrically to the first opening, wherein the perimeter of the second opening is less than the perimeter of the first opening; and a pushbutton slidably disposed within the housing and having at least a released position and a depressed position, wherein the pushbutton further includes a central opening defined therein, characterized in that the opening is configured to operably engage the press stud and the electrical contact member when the pushbutton is in the released position.
A communication method for a first base station, the communication method comprising: initiating, by the first base station that connects to a communication terminal by using a first radio access technology, a procedure for adding a second base station that connects to the communication terminal by using a second radio access technology, which is different from the first radio access technology, for dual connectivity; and sending, by the first base station, an E-RAB, E-UTRAN Radio Access Bearer, Modification Indication message including a RAT, Radio Access Technology, type that indicates the second radio access technology and an E-RAB ID that identifies a bearer between the communication terminal and an SGW, Serving Gateway, to an MME, Mobility Management Entity,. initiating, by the first base station that connects to a communication terminal by using a first radio access technology, a procedure for adding a second base station that connects to the communication terminal by using a second radio access technology, which is different from the first radio access technology, for dual connectivity; and sending, by the first base station, an E-RAB, E-UTRAN Radio Access Bearer, Modification Indication message including a RAT, Radio Access Technology, type that indicates the second radio access technology and an E-RAB ID that identifies a bearer between the communication terminal and an SGW, Serving Gateway, to an MME, Mobility Management Entity,.
Electrolysis cell as an as-intended component of an electrolysis unit for the electrochemical decomposition of water (H2O) into hydrogen and oxygen, having an anode side and a cathode side and comprising a housing, arranged in which are an anode chamber with an anode and, lying opposite, a cathode chamber with a cathode and, in between, a membrane, wherein a voltage can be applied as intended between the anode and the cathode, wherein arranged on the upper side of the anode chamber is an oxygen outlet and on the upper side of the cathode chamber a hydrogen outlet and on the underside of the anode chamber and/or on the underside of the cathode chamber a water inlet (14, 24), wherein also arranged in the housing above the oxygen outlet is an oxygen chamber having at least 0.15 times the volume of the anode chamber and above the hydrogen outlet a hydrogen chamber having at least 0.15 times the volume of the cathode chamber, characterized in that arranged in the housing on the underside of the anode-side water inlet is an anode water chamber having at least 0.05 times the volume of the anode chamber and on the underside of the cathode-side water inlet a cathode water chamber having at least 0.05 times the volume of the cathode chamber.
Method for direct reduction of metal oxide-containing, preferably iron oxide-containing, starting materials to produce metallized material by contact with hot reduction gas in a reduction unit, wherein the product of the direct reduction is discharged from the reduction unit by means of a product discharge device which is flushed with seal gas and whence vent gas is drawn and subsequently de-dusted, characterized in that at least part of the de-dusted vent gas is used - as an energy source during combustion for producing the reduction gas by catalytic reforming, and/or - as a component of a furnace combustion gas of combustion for heating the reduction gas. - as an energy source during combustion for producing the reduction gas by catalytic reforming, and/or - as a component of a furnace combustion gas of combustion for heating the reduction gas.
A system, comprising: a plurality of control system elements, CSEs; and a control system platform, CSP, comprising a data repository and operatively connected to the plurality of CSEs, and configured to: receive, from a CSE of the plurality of CSEs, a state logging message comprising measurement device state information, MDSI, and a control system element identifier, CSEI; store the MDSI in the data repository; process the MDSI to obtain analytic information; obtain, from the data repository, client device notification criteria, CDNC, associated with the CSEI; perform a comparison between the MDSI and the analytic information against the CDNC; determine, based on the comparison, that at least one notification trigger specified in the CDNC has been met; generate, in response to the determining, an analysis notification message comprising the MDSI and the analytic information; and transmit the analysis notification message to a client device operatively connected to the CSP via a network, wherein at least one CSE receives configuration parameters from the CSP. a plurality of control system elements, CSEs; and a control system platform, CSP, comprising a data repository and operatively connected to the plurality of CSEs, and configured to: receive, from a CSE of the plurality of CSEs, a state logging message comprising measurement device state information, MDSI, and a control system element identifier, CSEI; store the MDSI in the data repository; process the MDSI to obtain analytic information; obtain, from the data repository, client device notification criteria, CDNC, associated with the CSEI; perform a comparison between the MDSI and the analytic information against the CDNC; determine, based on the comparison, that at least one notification trigger specified in the CDNC has been met; generate, in response to the determining, an analysis notification message comprising the MDSI and the analytic information; and transmit the analysis notification message to a client device operatively connected to the CSP via a network, wherein at least one CSE receives configuration parameters from the CSP. receive, from a CSE of the plurality of CSEs, a state logging message comprising measurement device state information, MDSI, and a control system element identifier, CSEI; store the MDSI in the data repository; process the MDSI to obtain analytic information; obtain, from the data repository, client device notification criteria, CDNC, associated with the CSEI; perform a comparison between the MDSI and the analytic information against the CDNC; determine, based on the comparison, that at least one notification trigger specified in the CDNC has been met; generate, in response to the determining, an analysis notification message comprising the MDSI and the analytic information; and transmit the analysis notification message to a client device operatively connected to the CSP via a network,