mhurhangee/patent-ind-claim-en huggingface dataset:
A device for high-resolution mapping and ablating targeted tissue of subject, comprising: an elongate body comprising a proximal end and a distal end; a first high-resolution electrode portion positioned on the elongate body ; at least a second electrode portion positioned adjacent the first electrode portion , the first and second electrode portions being configured to contact tissue of a subject and deliver radiofrequency energy sufficient to at least partially ablate the tissue; and at least one electrically insulating gap (G) positioned between the first electrode portion and the second electrode portion , the at least one electrically insulating gap (G) comprising a gap width separating the first and second electrode portions ; wherein the first electrode portion is configured to electrically couple to the second electrode portion in series using a filtering element , wherein the filtering element is configured to present a low impedance and the first and second electrode portions are configured to function as a single longer electrode at a frequency used for delivering ablative energy via the first and second electrode portions ; and wherein the device is configured to be positioned within targeted tissue of the subject to obtain high-resolution mapping data related to said tissue when ablative energy is not delivered to the first and second electrode portions . an elongate body comprising a proximal end and a distal end; a first high-resolution electrode portion positioned on the elongate body ; at least a second electrode portion positioned adjacent the first electrode portion , the first and second electrode portions being configured to contact tissue of a subject and deliver radiofrequency energy sufficient to at least partially ablate the tissue; and at least one electrically insulating gap (G) positioned between the first electrode portion and the second electrode portion , the at least one electrically insulating gap (G) comprising a gap width separating the first and second electrode portions ; wherein the first electrode portion is configured to electrically couple to the second electrode portion in series using a filtering element , wherein the filtering element is configured to present a low impedance and the first and second electrode portions are configured to function as a single longer electrode at a frequency used for delivering ablative energy via the first and second electrode portions ; and wherein the device is configured to be positioned within targeted tissue of the subject to obtain high-resolution mapping data related to said tissue when ablative energy is not delivered to the first and second electrode portions .
A double-row cylindrical roller bearing comprising: an outer race consisting of a single member and an inner race ; a cross roller bearing section formed on one side in a direction of a bearing center axis line between the outer race and the inner race , and a parallel cylindrical roller bearing section formed on the other side; a plurality of first cylindrical rollers arranged in the cross roller bearing section ; and a plurality of second cylindrical rollers arranged in the parallel cylindrical bearing section , wherein, in the cross roller bearing section , the outer race and the inner race are respectively formed with V-shaped raceway grooves ; each of the V-shaped raceway grooves is defined by inclined raceway surfaces that are inclined in opposite directions at 45° relative to the bearing center axis line and that are orthogonal with each other; and the first cylindrical rollers are arranged along the inclined raceway surfaces in a state in which roller center axis lines of the first cylindrical rollers are alternately orthogonal with each other, wherein, in the parallel cylindrical roller bearing section , the outer race and the inner race are respectively formed with rectangular raceway groove ; parallel raceway surfaces parallel to the bearing center axis line are formed on groove bottom surfaces of the respective rectangular raceway grooves ; and the second cylindrical rollers are arranged along the parallel raceway surfaces in a state in which roller center axis lines of the second cylindrical rollers are parallel to the bearing center axis line , and wherein, in an assembled state of the cross roller bearing section , a state is established in which pressure in the direction of the bearing center axis is being applied between the outer race and the inner race , characterized in that the inner race consists of a single member, and in that a radial gap is formed between an outer peripheral surface of the second cylindrical rollers and the parallel raceway surfaces in the parallel cylindrical roller bearing section . an outer race consisting of a single member and an inner race ; a cross roller bearing section formed on one side in a direction of a bearing center axis line between the outer race and the inner race , and a parallel cylindrical roller bearing section formed on the other side; a plurality of first cylindrical rollers arranged in the cross roller bearing section ; and a plurality of second cylindrical rollers arranged in the parallel cylindrical bearing section ,
Plug-in connector with an inner conductor and an insulator surrounding the inner conductor, wherein the insulator has a first insulator part which surrounds a first inner conductor part of the inner conductor and a second insulator part which surrounds a second inner conductor part of the inner conductor, wherein the insulator parts are interconnected such that they can rotate with respect to each other by means of an insulator joint having two structurally separate parts which slide against each other during the relative movement, wherein one of the insulator parts has a partially spherical outer surface which lies against a partially spherical inner surface of a housing characterised in that the insulator parts are biased in a relative neutral position by means of a spring device, wherein the spring device comprising a flat surface of the first insulator part or comprising an edge defining a planar surface of the first insulator part on the partially spherical outer surface and an elastically deflectable section of the second insulator part having a flat contact surface, wherein in the relative neutral position the flat surface or the defining edge of the first insulator part abuts the flat contact surface of the elastically deflectable section of the second insulator part .
A surgical power tool , comprising: a housing ; an electric motor positioned in the housing; a movable element extending from the housing and operatively actuated by the electric motor; a critical error handler and a controller positioned in the housing and configured to: repeatedly interrogate a plurality of components in or on the housing to determine if any of the plurality of components are in a fault condition, the plurality of components including the electric motor; and when at least one of the plurality of components is in a fault condition, engage the critical error handler that: disengages the electric motor, disables at least some of the plurality of components, and directs a microprocessor in the controller into a safe software state. a housing ; an electric motor positioned in the housing; a movable element extending from the housing and operatively actuated by the electric motor; a critical error handler and a controller positioned in the housing and configured to: repeatedly interrogate a plurality of components in or on the housing to determine if any of the plurality of components are in a fault condition, the plurality of components including the electric motor; and when at least one of the plurality of components is in a fault condition, engage the critical error handler that: disengages the electric motor, disables at least some of the plurality of components, and directs a microprocessor in the controller into a safe software state. repeatedly interrogate a plurality of components in or on the housing to determine if any of the plurality of components are in a fault condition, the plurality of components including the electric motor; and when at least one of the plurality of components is in a fault condition, engage the critical error handler that: disengages the electric motor, disables at least some of the plurality of components, and directs a microprocessor in the controller into a safe software state. disengages the electric motor, disables at least some of the plurality of components, and directs a microprocessor in the controller into a safe software state.
A baking furnace for material to be baked, in particular for dental materials, having a temperature detecting member and a calibrating device for the baking furnace, by the use of which the temperature detecting member is calibratable, the calibrating device having a temperature sensor , the calibrating device including the temperature sensor being arranged approximately centrally in the center, and the temperature sensor in turn being calibratable at a predetermined number of at least 2 temperature points, characterized in that an automatic adjustment device is provided in the baking furnace by the use of which the temperature detection member is adjustable at a plurality of temperatures using the calibrating device .
Seal trap comprising: - a base defining a volume for the seal; - an inlet tube ; - an outlet pipe connected to the inlet tube via the base , the trap further has: - an air passage from the inlet tube to the outlet pipe , and a body intended to be mounted on the base , the body including; - a central dip tube communicating with the inlet tube ; - a peripheral skirt surrounding the dip tube and having the outlet pipe , the trap being characterised in that the air passage is provided between the central dip tube and the inlet tube along a first portion . - a base defining a volume for the seal; - an inlet tube ; - an outlet pipe connected to the inlet tube via the base , - an air passage from the inlet tube to the outlet pipe , and a body intended to be mounted on the base , the body including; - a central dip tube communicating with the inlet tube ; - a peripheral skirt surrounding the dip tube and having the outlet pipe ,
An H5N1 influenza virus hemagglutinin (HA) polypeptide consisting of a 17-340 aa HA-1 subunit, and a 347-522 aa HA-2 subunit fragment, wherein the polypeptide is obtained by overexpressing in prokaryotic cells, preferably E.coli, in the form of inclusion bodies.
A breathing cycle monitoring device comprising: a mask for covering the nose and/or mouth of a user , the mask having an air-permeable mask wall which defines a mask volume in which, in use, a microclimate exists; a first temperature sensor adapted to detect a first temperature of air inhaled and exhaled by the user inside the microclimate, inside the mask volume ; a second temperature sensor adapted to detect a second temperature of the same air outside the microclimate before or after it has passed across the mask wall, at or adjacent to a surface of the air-permeable mask wall outside the mask volume ; and a controller which is adapted to: calculate a temperature difference parameter from the first and second temperatures; and determine a breathing cycle of the user based on the calculated temperature difference parameter, wherein the flow of inhaled or exhaled air flows across the whole of the wall of the mask. a mask for covering the nose and/or mouth of a user , the mask having an air-permeable mask wall which defines a mask volume in which, in use, a microclimate exists; a first temperature sensor adapted to detect a first temperature of air inhaled and exhaled by the user inside the microclimate, inside the mask volume ; a second temperature sensor adapted to detect a second temperature of the same air outside the microclimate before or after it has passed across the mask wall, at or adjacent to a surface of the air-permeable mask wall outside the mask volume ; and a controller which is adapted to: calculate a temperature difference parameter from the first and second temperatures; and determine a breathing cycle of the user based on the calculated temperature difference parameter, wherein the flow of inhaled or exhaled air flows across the whole of the wall of the mask. calculate a temperature difference parameter from the first and second temperatures; and determine a breathing cycle of the user based on the calculated temperature difference parameter, wherein the flow of inhaled or exhaled air flows across the whole of the wall of the mask.
A method of reducing outgassing in a supercapacitor comprising carbon-containing electrodes and an electrolyte comprising at least one ionic liquid, the method characterised by the steps of (a) contacting the carbon-containing electrodes with a tetrafluoroborate salt that is an ionic liquid that is a quaternary salt of an alkyl or substituted-alkyl pyridinium, pyridazinium, pyrimidinium, pyrazinium, imidazolium, piperidinium, pyrrolidinium, pyrazolium, thiazolium, oxazolium, triazolium or azepanium cation, wherein the contacting is carried out a temperature of from 0°C to 100°C; (b) applying a varying potential difference across the carbon-containing electrodes whilst in the presence of the salt in a cycle during which electrical charge is stored on and discharged from the electrodes, wherein charging and discharging parts of the cycle are performed at different temperatures, wherein step (b) is carried out at a temperature of up to 100°C; and (c) continuing cycles of step (b) at least 10 to 60 times until such time as substantially no further outgassing from the system occurs, wherein the maximum voltage applied during each cycle does not exceed the upper limit of the electrochemical window of the electrolyte.
Electromagnet having a pole tube and having an armature which by way of the shell face thereof is mounted in a cavity of the pole tube and is movable in a linear manner in the direction of a central axis of the pole tube , wherein a non-magnetic foil which for mounting the armature has a butt joint and is disposed between the pole tube and the armature , wherein the butt joint on the foil runs so as to deviate from a surface line of the armature which runs parallel to the central axis of the pole tube , wherein the foil is composed of a non-magnetic metal, characterized in that the thickness of the foil is between 10 micrometres and 50 micrometres.
An ultrasound imaging system operatively associated with an ultrasound probe for imaging a subject in real time and with a position-tracking sensor connected to the probe, the system comprising: a processor communicatively coupled to the ultrasound probe and to a source of previously-acquired image data , wherein the previously-acquired image data comprises a 3D dataset corresponding to an imaged volume of the subject, and wherein the processor is configured to: receive real-time ultrasound image data; generate a real-time ultrasound image based on a current image frame from the real-time ultrasound data; derive a motion model from the real-time ultrasound image data; resynchronize the motion model to movement of an anatomical feature of the subject; identify a motion-corrected image plane in the imaged volume based on position information from the position-tracking sensor and the motion model for generating a motion-compensated pre-operative image; and fuse the real-time ultrasound image with the motion-compensated pre-operative image to produce a combined image. receive real-time ultrasound image data; generate a real-time ultrasound image based on a current image frame from the real-time ultrasound data; derive a motion model from the real-time ultrasound image data; resynchronize the motion model to movement of an anatomical feature of the subject; identify a motion-corrected image plane in the imaged volume based on position information from the position-tracking sensor and the motion model for generating a motion-compensated pre-operative image; and fuse the real-time ultrasound image with the motion-compensated pre-operative image to produce a combined image.
A double-stranded ribonucleic acid (RNAi) agent for inhibiting expression of angiotensinogen (AGT) in a cell, wherein said double-stranded RNAi agent comprises a sense strand and an antisense strand forming a double-stranded region, wherein the sense strand comprises at least 15 contiguous nucleotides differing by no more than 3 nucleotides from nucleotides 2081-2104 of the nucleotide sequence of SEQ ID NO:1 and the antisense strand comprises at least 15 contiguous nucleotides differing by no more than 3 nucleotides from the nucleotides at the corresponding position of the nucleotide sequence of SEQ ID NO:2, and wherein the antisense strand is substantially complementary to the sense strand, wherein "substantially complementary" refers to not more than 5, 4, 3 or 2 mismatched base pairs upon hybridization.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving power headroom report, PHR, configuration information; triggering (S100) a PHR based on the received PHR configuration information; transmitting (S120) a PHR media access control, MAC, control element, CE, for the triggered PHR based on (i) at least one triggered PHR not having been cancelled, and (ii) allocated uplink, UL, resources being able to accommodate the PHR MAC CE plus its subheader; and based on a determination to transmit the PHR MAC CE for the triggered PHR, canceling all triggered PHRs. receiving power headroom report, PHR, configuration information; triggering (S100) a PHR based on the received PHR configuration information; transmitting (S120) a PHR media access control, MAC, control element, CE, for the triggered PHR based on (i) at least one triggered PHR not having been cancelled, and (ii) allocated uplink, UL, resources being able to accommodate the PHR MAC CE plus its subheader; and based on a determination to transmit the PHR MAC CE for the triggered PHR, canceling all triggered PHRs.
A blood purification device comprising: a blood purifier ; a blood circuit connected to the blood purifier; a blood pump for generating blood flow in the blood circuit; a dialysate line having a fresh dialysate supply line and a used dialysate discharge line individually connected to the blood purifier; and plunger pumps individually provided in the fresh dialysate supply line and the used dialysate discharge line so as to form one pair, wherein the plunger pump provided in the fresh dialysate supply line and the plunger pump provided in the used dialysate discharge line are synchronized so that delivery of a fresh dialysate by the plunger pump provided in the fresh dialysate supply line and suction of a used dialysate by the plunger pump provided in the used dialysate discharge line are simultaneously performed, wherein a stroke of one of the plunger pumps of the pair of plunger pumps individually provided in the fresh dialysate supply line and the used dialysate discharge line is variable and can be made larger and smaller than the stroke of the other plunger pump. a blood purifier ; a blood circuit connected to the blood purifier; a blood pump for generating blood flow in the blood circuit; a dialysate line having a fresh dialysate supply line and a used dialysate discharge line individually connected to the blood purifier; and plunger pumps individually provided in the fresh dialysate supply line and the used dialysate discharge line so as to form one pair, wherein the plunger pump provided in the fresh dialysate supply line and the plunger pump provided in the used dialysate discharge line are synchronized so that delivery of a fresh dialysate by the plunger pump provided in the fresh dialysate supply line and suction of a used dialysate by the plunger pump provided in the used dialysate discharge line are simultaneously performed, wherein a stroke of one of the plunger pumps of the pair of plunger pumps individually provided in the fresh dialysate supply line and the used dialysate discharge line is variable and can be made larger and smaller than the stroke of the other plunger pump.
A method involving a wall that comprises a metal support structure configured as a base of and providing structure to the wall and a ceramic coating disposed on a radially interior surface of the metal support structure , wherein the wall is configured to circumscribe and be radially adjacent a rotor , the method comprising: providing a tri-axial capacitance probe comprising a tri-axial conduit that includes an outer conductor member , the tri-axial capacitance probe configured to output data indicative of a characteristic of the rotor ; and configuring the tri-axial capacitance probe within a wall aperture in the wall , wherein the wall is configured as a housing for the tri-axial capacitance probe , characterised in that the outer conductor member is directly electrically coupled with the wall via a tight fit between the outer conductor member and the metal support structure . providing a tri-axial capacitance probe comprising a tri-axial conduit that includes an outer conductor member , the tri-axial capacitance probe configured to output data indicative of a characteristic of the rotor ; and configuring the tri-axial capacitance probe within a wall aperture in the wall , wherein the wall is configured as a housing for the tri-axial capacitance probe , characterised in that the outer conductor member is directly electrically coupled with the wall via a tight fit between the outer conductor member and the metal support structure .
A walking assistance device configured to assist a user, the walking assistance device comprising: a hip joint actuator configured to generate power to assist a hip joint of a user; an upper thigh frame connected to the hip joint actuator , the upper thigh frame being configured to rotate about a first axis (A1) in response to power received from the hip joint actuator , and to rotate about a second axis (A2) intersecting the first axis (A1); a motion frame connected to the upper thigh frame , the motion frame including a plurality of segment frames (11, 12; 221, 222, 223) configured to rotate relative to each other based on a shape of a thigh of the user such that the motion frame is deformed based on a thigh shape of the user ; and a lower thigh frame connected to the motion frame ; characterized in that the upper thigh frame is supported by the hip joint actuator and configured to adjust an angle with respect to the hip joint actuator ; wherein the walking assistance device further includes a wearable portion attached to an inferior end of the lower thigh frame , the wearable portion configured to secure the thigh of the user, and wherein through the angle adjustment of the upper thigh frame and the deformation degree of the motion frame , the walking assistance device is configured to closely fit the thigh of the user. a hip joint actuator configured to generate power to assist a hip joint of a user; an upper thigh frame connected to the hip joint actuator , the upper thigh frame being configured to rotate about a first axis (A1) in response to power received from the hip joint actuator , and to rotate about a second axis (A2) intersecting the first axis (A1); a motion frame connected to the upper thigh frame , the motion frame including a plurality of segment frames (11, 12; 221, 222, 223) configured to rotate relative to each other based on a shape of a thigh of the user such that the motion frame is deformed based on a thigh shape of the user ; and a lower thigh frame connected to the motion frame ; characterized in that the upper thigh frame is supported by the hip joint actuator and configured to adjust an angle with respect to the hip joint actuator ; wherein the walking assistance device further includes a wearable portion attached to an inferior end of the lower thigh frame , the wearable portion configured to secure the thigh of the user, and wherein through the angle adjustment of the upper thigh frame and the deformation degree of the motion frame , the walking assistance device is configured to closely fit the thigh of the user.