mhurhangee/ep-ind-claims huggingface dataset:
An implant assembly for engagement between a first vertebral body and a second vertebral body comprising: an outer ring; a threaded actuator disposed inside the outer ring and having a gear; an outer core with right hand internal thread configured to engage the threaded actuator and configured to receive a first endplate; an outer core with left hand internal thread configured to engage the threaded actuator and configured to receive a second endplate; and a locking mechanism disposed in the outer ring and configured to removably engage with the gear, wherein the locking mechanism is engaged with the gear in a locked position and is disengaged with the gear in an unlocked position. an outer ring; a threaded actuator disposed inside the outer ring and having a gear; an outer core with right hand internal thread configured to engage the threaded actuator and configured to receive a first endplate; an outer core with left hand internal thread configured to engage the threaded actuator and configured to receive a second endplate; and a locking mechanism disposed in the outer ring and configured to removably engage with the gear, wherein the locking mechanism is engaged with the gear in a locked position and is disengaged with the gear in an unlocked position.
A method for truncating CPR output instructions from a defibrillator in favor of controlling an electrotherapy output from the defibrillator during the application of CPR, comprising the steps of: providing a defibrillator having an ECG signal input, a user interface including an input button and a visual display, a shock delivery circuit, and a first ECG analysis algorithm that is operable to determine a shockable cardiac rhythm from the ECG signal in the presence of a CPR-related signal noise artifact from the input; analyzing the ECG signal with the first ECG analysis algorithm during a first period; sensing an activation of the input button during the analyzing step; and setting an operating state of the defibrillator responsive to both of the sensing step and the analyzed ECG signal. providing a defibrillator having an ECG signal input, a user interface including an input button and a visual display, a shock delivery circuit, and a first ECG analysis algorithm that is operable to determine a shockable cardiac rhythm from the ECG signal in the presence of a CPR-related signal noise artifact from the input; analyzing the ECG signal with the first ECG analysis algorithm during a first period; sensing an activation of the input button during the analyzing step; and setting an operating state of the defibrillator responsive to both of the sensing step and the analyzed ECG signal.
A method of wireless communication, the method comprising: transmitting a flow of data packets on an unlicensed frequency band; determining that a first subset of the flow of data packets was successfully transmitted on the unlicensed frequency band based on receiving an acknowledgement message on a licensed frequency band; selectively re-transmitting a second subset of the flow of data packets on the licensed frequency band based at least in part on not receiving an ACK message indicating that the second subset of the flow of data packets was successfully transmitted on the unlicensed frequency band, wherein the second subset of the flow of data packets relates to data packets from the flow that were unsuccessfully transmitted using the unlicensed frequency band. transmitting a flow of data packets on an unlicensed frequency band; determining that a first subset of the flow of data packets was successfully transmitted on the unlicensed frequency band based on receiving an acknowledgement message on a licensed frequency band; selectively re-transmitting a second subset of the flow of data packets on the licensed frequency band based at least in part on not receiving an ACK message indicating that the second subset of the flow of data packets was successfully transmitted on the unlicensed frequency band, wherein the second subset of the flow of data packets relates to data packets from the flow that were unsuccessfully transmitted using the unlicensed frequency band.
System for connecting a medical implant to an insertion aid, comprising: - a medical implant made of a helically wound wire, wherein the wire is formed into a first loop at the proximal end of the medical implant; - a cylindrical, hollow insertion aid with a second loop at the distal end of the insertion aid; and - a locking wire, which is extend through the hollow insertion aid and is relatively movable to the insertion aid; wherein in a first operating state, in which the medical implant is connected to the insertion aid, the second loop of the insertion aid extends through the first loop of the medical implant and the locking wire extends through the second loop of the insertion aid, so that the first loop of the medical implant is arranged between the second loop of the insertion aid and the locking wire; and wherein in a second operating state the locking wire is retracted into the hollow insertion aid and out of the second loop, so that the first loop of the medical implant is no longer connected to the second loop of the insertion aid characterized in that the medical implant has a double helical winding at the proximal end, one winding into the direction of the first loop and one winding back into the direction of the distal end, which are interleaved to built a continuous surface. - a medical implant made of a helically wound wire, wherein the wire is formed into a first loop at the proximal end of the medical implant; - a cylindrical, hollow insertion aid with a second loop at the distal end of the insertion aid; and - a locking wire, which is extend through the hollow insertion aid and is relatively movable to the insertion aid; wherein in a first operating state, in which the medical implant is connected to the insertion aid, the second loop of the insertion aid extends through the first loop of the medical implant and the locking wire extends through the second loop of the insertion aid, so that the first loop of the medical implant is arranged between the second loop of the insertion aid and the locking wire; and wherein in a second operating state the locking wire is retracted into the hollow insertion aid and out of the second loop, so that the first loop of the medical implant is no longer connected to the second loop of the insertion aid characterized in that the medical implant has a double helical winding at the proximal end, one winding into the direction of the first loop and one winding back into the direction of the distal end, which are interleaved to built a continuous surface.
A method for processing seismic data for oil exploration, comprising: plotting a travel-time curve representing an approximate time that each seismic receiver in a seismic survey area receives one or more seismograms on a graph; plotting one or more actual times that each seismic receiver receives the seismograms on the graph; determining a residual static shift (430,530) for each seismogram, wherein the residual static shift represents a difference between an actual time in which a seismic receiver received a seismogram and a time on the travel-time curve that corresponds to the actual time; and using the residual static shift to estimate a time shift correction to correct a timing error in the time indicated by the travel-time curve; wherein determining the residual static shift comprises: creating a first mathematical vector having a ray parameter variable and one or more residual static shift variables; determining differential offsets based on spatial differences between one or more seismic sources, one or more seismic receivers, and a center of the seismic receivers (120, 220); building a matrix having the differential offsets and one or more Kronecker deltas; creating a second mathematical vector having a residual static shift estimate for each seismic source location; setting a product of the first mathematical vector and the matrix as equal to the second mathematical vector; and solving the linear system for the first mathematical vector. plotting a travel-time curve representing an approximate time that each seismic receiver in a seismic survey area receives one or more seismograms on a graph; plotting one or more actual times that each seismic receiver receives the seismograms on the graph; determining a residual static shift (430,530) for each seismogram, wherein the residual static shift represents a difference between an actual time in which a seismic receiver received a seismogram and a time on the travel-time curve that corresponds to the actual time; and using the residual static shift to estimate a time shift correction to correct a timing error in the time indicated by the travel-time curve; creating a first mathematical vector having a ray parameter variable and one or more residual static shift variables; determining differential offsets based on spatial differences between one or more seismic sources, one or more seismic receivers, and a center of the seismic receivers (120, 220); building a matrix having the differential offsets and one or more Kronecker deltas; creating a second mathematical vector having a residual static shift estimate for each seismic source location; setting a product of the first mathematical vector and the matrix as equal to the second mathematical vector; and solving the linear system for the first mathematical vector.
Use of vitamin D and L-leucine in free form in the manufacture of a medicament for the prevention and/or treatment of a disease or condition involving muscle decline in an adult mammal, wherein vitamin D and L-leucine are present in a nutritional composition and at least 20 weight% of L-leucine is in a free form relative to the total amount of leucine.
Lunch bag for meals with support for an entertainment gadget, the bag having a top (1.1), a base (1.2) and a handle, wherein the top (1.1) of the bag comprises: - screen for protecting the entertainment gadget; - clamping system for the screen to the top (1.1) of the bag constituted by fittings for the screen; - fixing system for entertainment gadgets; - closing system; and wherein the base (1.2) of the bag consists of: - extremities (14.1) and center (14.2) of the handle; - compartment for dishes; - compartment for cutlery; - compartment for cup when in use; - storage compartment for cup; - dishes; - cutlery; - cup; - immobilization system for dishes; and hermetic system for sealing the bag; wherein the fixing system for entertainment gadgets is constituted by a frame in which protective tabs are integrated in diametrically opposite positions, and a frame cover. - screen for protecting the entertainment gadget; - clamping system for the screen to the top (1.1) of the bag constituted by fittings for the screen; - fixing system for entertainment gadgets; - closing system; and wherein the base (1.2) of the bag consists of: - extremities (14.1) and center (14.2) of the handle; - compartment for dishes; - compartment for cutlery; - compartment for cup when in use; - storage compartment for cup; - dishes; - cutlery; - cup; - immobilization system for dishes; and
A medical electrode device for implantation into a patient, comprising: a carrier element being formed from an electrically insulating material and defining a surface generally extending along a plane of extension; and at least one electrode element arranged on the carrier element for at least one of emitting an electrical signal and receiving an electrical signal; wherein the at least one electrode element comprises a first wall section (120, 123) and a second wall section (121, 124), wherein said first wall section (120, 123), in a cross-section along a cross-sectional plane perpendicular to said plane of extension, extends straight along a perpendicular direction with respect to said plane of extension or at an oblique angle with respect to said perpendicular direction, the first wall section (120, 123) being in contact with the electrically insulating material of the carrier element, and wherein said second wall section (121, 124), in said cross-section along said cross-sectional plane perpendicular to said plane of extension, adjoins said first wall section (120, 123) and is curved, the second wall section (121, 124) not being in contact with the electrically insulating material of the carrier element, and the at least one electrode element comprises a third wall section adjoining the second wall section (121, 124), wherein said third wall section, in said cross-section along said cross-sectional plane perpendicular to said plane of extension, extends straight in a direction (X, Y) parallel to said plane of extension. a carrier element being formed from an electrically insulating material and defining a surface generally extending along a plane of extension; and at least one electrode element arranged on the carrier element for at least one of emitting an electrical signal and receiving an electrical signal; wherein the at least one electrode element comprises a first wall section (120, 123) and a second wall section (121, 124), wherein said first wall section (120, 123), in a cross-section along a cross-sectional plane perpendicular to said plane of extension, extends straight along a perpendicular direction with respect to said plane of extension or at an oblique angle with respect to said perpendicular direction, the first wall section (120, 123) being in contact with the electrically insulating material of the carrier element, and wherein said second wall section (121, 124), in said cross-section along said cross-sectional plane perpendicular to said plane of extension, adjoins said first wall section (120, 123) and is curved, the second wall section (121, 124) not being in contact with the electrically insulating material of the carrier element, and the at least one electrode element comprises a third wall section adjoining the second wall section (121, 124), wherein said third wall section, in said cross-section along said cross-sectional plane perpendicular to said plane of extension, extends straight in a direction (X, Y) parallel to said plane of extension.
A device for regenerating electronic components exposed to ionising radiation using heat, having: - a heating resistor intended for heating a component to be regenerated; and - a current source; said device being characterised in that it further has at least the following components: - a thermistor connected to said current source, thermally coupled to said heating resistor, said thermistor, through which said current flows, having a voltage Vtemp across its terminals which voltage reflects the temperature of said heating resistor; - an error amplifier, which amplifies the difference between a setpoint voltage Vset and the voltage Vtemp, delivering a voltage Vctrl that corresponds to said amplified difference; - a switch, which switches the current flowing through said heating resistor; and - an oscillator, which delivers a voltage Vosc formed with a modulated duty cycle, the duty cycle of the pulses of said voltage Vosc being a function of the voltage Vctrl, said pulses controlling the opening of said switch. - a heating resistor intended for heating a component to be regenerated; and - a current source; - a thermistor connected to said current source, thermally coupled to said heating resistor, said thermistor, through which said current flows, having a voltage Vtemp across its terminals which voltage reflects the temperature of said heating resistor; - an error amplifier, which amplifies the difference between a setpoint voltage Vset and the voltage Vtemp, delivering a voltage Vctrl that corresponds to said amplified difference; - a switch, which switches the current flowing through said heating resistor; and - an oscillator, which delivers a voltage Vosc formed with a modulated duty cycle, the duty cycle of the pulses of said voltage Vosc being a function of the voltage Vctrl, said pulses controlling the opening of said switch.
A slurry composition for coating a secondary battery separator, the slurry composition comprising: a phenolic compound including two or more aromatic rings; inorganic particles; a binder; and a solvent; wherein the phenolic compound including two or more aromatic rings is included in an amount of 1-15 parts by weight based on 100 parts by weight of the binder. a phenolic compound including two or more aromatic rings; inorganic particles; a binder; and a solvent; wherein the phenolic compound including two or more aromatic rings is included in an amount of 1-15 parts by weight based on 100 parts by weight of the binder.
Aqueous composition comprising a metal compound, a lignosulfonate and phosphorous acid and/or a salt and/or a hydrate and/or an ester thereof, wherein the composition is a solution, and wherein the composition has a pH of 4.5 to 6.
An ultrasonic surgical instrument comprising: a cylindrical shaft having a longitudinal axis; and a flat or planar blade at a distal or free end of said shaft, said blade being unitary and continuous with said shaft, without an intervening joint, said blade having a proximal end eccentrically disposed relative to said axis, said blade extending at an angle with respect to said axis and intersecting said axis, said blade having at least one edge or peripheral surface in the form of an endless cylindrical section or perimetral surface continuous and coaxial with a cylindrical outer surface of said shaft.
A method for preparing a solid catalyst for polymerization of polypropylene, comprising: a) reacting a magnesium halide compound with alcohol and then adding a phthalic acid compound thereto to prepare a magnesium compound solution; b) mixing an aliphatic or alicyclic hydrocarbon solvent with an aromatic hydrocarbon solvent to prepare a mixed solvent, dispersing a titanium compound in the mixed solvent, and then reacting the titanium compound dispersed with the magnesium compound solution prepared in step a), and heating to produce a support; and c) reacting the support with the titanium used before dispersion in step b) compound and an electron donor to obtain a solid product. a) reacting a magnesium halide compound with alcohol and then adding a phthalic acid compound thereto to prepare a magnesium compound solution; b) mixing an aliphatic or alicyclic hydrocarbon solvent with an aromatic hydrocarbon solvent to prepare a mixed solvent, dispersing a titanium compound in the mixed solvent, and then reacting the titanium compound dispersed with the magnesium compound solution prepared in step a), and heating to produce a support; and c) reacting the support with the titanium used before dispersion in step b) compound and an electron donor to obtain a solid product.
A seat apparatus for a vehicle, comprising: a first adjustment portion configured to adjust a position of a vehicle seat in a front/rear direction; a second adjustment portion configured to adjust a position of the vehicle seat in an up/down direction; a third adjustment portion configured to adjust a tilt angle of a seatback relative to the vehicle seat; and an operation input portion which is operated for performing a forward movement of the vehicle seat and a forward tilting operation of the seatback in an associated manner with each other, the forward movement of the vehicle seat being performed by the first adjustment portion and the forward tilting operation of the seatback being performed by the third adjustment portion, wherein the second adjustment portion starts performing a downward movement of the vehicle seat before the forward tilting operation of the seatback is performed after the operation of the operation input portion, and wherein the second adjustment portion moves the vehicle seat rearward when the second adjustment portion moves the vehicle seat downward. a first adjustment portion configured to adjust a position of a vehicle seat in a front/rear direction; a second adjustment portion configured to adjust a position of the vehicle seat in an up/down direction; a third adjustment portion configured to adjust a tilt angle of a seatback relative to the vehicle seat; and an operation input portion which is operated for performing a forward movement of the vehicle seat and a forward tilting operation of the seatback in an associated manner with each other, the forward movement of the vehicle seat being performed by the first adjustment portion and the forward tilting operation of the seatback being performed by the third adjustment portion, wherein the second adjustment portion starts performing a downward movement of the vehicle seat before the forward tilting operation of the seatback is performed after the operation of the operation input portion, and wherein the second adjustment portion moves the vehicle seat rearward when the second adjustment portion moves the vehicle seat downward.
A power tool comprising: a conductive tube; a rear unit located at a rear end of the tube; a front unit located at a front end of the tube; a battery interface comprising a plurality of terminals, wherein the battery interface is located in the rear unit; a motor located in the front unit; at least one power line (204a, 204b, 204c) for supplying power from the rear unit to the front unit, wherein at least a portion of the power line is located within the tube; characterised by an electromagnetic interference suppressor for suppressing EMI from the at least one power line, the EMI suppressor comprising an electrical connection between the tube and a first terminal of the plurality of terminals a conductive tube; a rear unit located at a rear end of the tube; a front unit located at a front end of the tube; a battery interface comprising a plurality of terminals, wherein the battery interface is located in the rear unit; a motor located in the front unit; at least one power line (204a, 204b, 204c) for supplying power from the rear unit to the front unit, wherein at least a portion of the power line is located within the tube; characterised by an electromagnetic interference suppressor for suppressing EMI from the at least one power line, the EMI suppressor comprising an electrical connection between the tube and a first terminal of the plurality of terminals
A method performed by a user equipment, UE, for transmitting a Sounding Reference Signal, SRS, the method comprising: receiving downlink control information triggering an aperiodic SRS transmission; identifying a slot indicated by the downlink control information for the aperiodic SRS transmission by the UE; and the method characterised in that if the slot indicated by the downlink control information is a downlink slot, transmitting the SRS in a slot that is not a downlink slot. receiving downlink control information triggering an aperiodic SRS transmission; identifying a slot indicated by the downlink control information for the aperiodic SRS transmission by the UE; and the method characterised in that if the slot indicated by the downlink control information is a downlink slot, transmitting the SRS in a slot that is not a downlink slot.