mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for reconstruction of a three-dimensional model of an osteo-articular structure of a patient, wherein a) bi-dimensional patient-specific image data of said structure is provided; b) a preliminary solution, corresponding to a previously established solution model of the structure, is provided from a database, said preliminary solution comprising surface data describing the coordinates of the surface of the solution model, and bulk data describing at least one characteristic of the inside of the solution model; c) the preliminary solution is modified (42', 43, 44, 46, 47, 48) to be brought in concordance with said patient-specific image data, comprising that, at step c), two-dimensional simulation data are obtained by simulating acquisition from at least one simulated source, the position of the simulated source being obtained from the position of a source when acquiring the patient-specific image data, the simulated acquisition taking into account the bulk data, the bulk data comprise thickness data relating to a thickness of an outer layer of the solution model, the bulk data comprise density data relating to a density of a portion of the solution model. a) bi-dimensional patient-specific image data of said structure is provided; b) a preliminary solution, corresponding to a previously established solution model of the structure, is provided from a database, said preliminary solution comprising surface data describing the coordinates of the surface of the solution model, and bulk data describing at least one characteristic of the inside of the solution model; c) the preliminary solution is modified (42', 43, 44, 46, 47, 48) to be brought in concordance with said patient-specific image data,
A method for determining a pose of an elongate object having a tip contacting a plane surface, the elongated object having a feature belonging to, projected on, attached to or located on said surface such that the feature remains fixed in world coordinates (X0, Y0, Z0), called an invariant feature (41, 76, 220, 272, 304, 306, 362, 398, 430, 508), said method comprising: a) illuminating said plane surface and said invariant feature with a probe radiation (20, 84, 214, 268, 300, 330, 342, 368, 416, 434, 468); b) by means of a detector, detecting a scattered portion (40, 90, 240, 274, 374, 412', 442) of said probe radiation returning to said elongate object at an angle τ to an axis of said elongate object; characterized in that it further comprises: c) scanning said radiation on said plane surface and detecting said invariant feature; d) by means of a computer unit connected to the detector, deriving said pose from a response of said scattered portion to said plane surface and to said invariant feature, said response being an intensity variation in said scattered portion; and e) obtaining, through triangulation calculation, an absolute position of said tip on said surface from said pose and the absolute position of said invariant feature. a) illuminating said plane surface and said invariant feature with a probe radiation (20, 84, 214, 268, 300, 330, 342, 368, 416, 434, 468); b) by means of a detector, detecting a scattered portion (40, 90, 240, 274, 374, 412', 442) of said probe radiation returning to said elongate object at an angle τ to an axis of said elongate object; c) scanning said radiation on said plane surface and detecting said invariant feature; d) by means of a computer unit connected to the detector, deriving said pose from a response of said scattered portion to said plane surface and to said invariant feature, said response being an intensity variation in said scattered portion; and e) obtaining, through triangulation calculation, an absolute position of said tip on said surface from said pose and the absolute position of said invariant feature.
An information transmission method, the method performed by a device and comprising: in response to a plurality of uplink physical channels existing in a time slot, multiplexing information carried by the plurality of uplink physical channels to one or more first uplink physical channels; and transmitting the information through the one or more first uplink physical channels in response to being determined that end positions of the one or more first uplink physical channels satisfy a constraint, characterized in that the constraint satisfied by the end positions of the one or more first uplink physical channels comprises: the plurality of uplink physical channels comprise an Ultra Reliable Low Latency Communication, URLLC, channel, and the end positions of the one or more first uplink physical channels are not later than a latest end position of the URLLC channel. in response to a plurality of uplink physical channels existing in a time slot, multiplexing information carried by the plurality of uplink physical channels to one or more first uplink physical channels; and transmitting the information through the one or more first uplink physical channels in response to being determined that end positions of the one or more first uplink physical channels satisfy a constraint, characterized in that the constraint satisfied by the end positions of the one or more first uplink physical channels comprises: the plurality of uplink physical channels comprise an Ultra Reliable Low Latency Communication, URLLC, channel, and the end positions of the one or more first uplink physical channels are not later than a latest end position of the URLLC channel.
A power conversion apparatus comprising: a drive unit including an inverter configured to convert a direct current to an alternating current to supply electric power to a motor and a gate drive unit configured to control the inverter; and an option connection unit (108, 109) configured to output a first connection completion signal indicating whether a safety function unit is connected with the power conversion apparatus, wherein the safety function unit includes a main body connection unit (208, 209) configured to output a second connection completion signal indicating whether the safety function unit is connected and to receive the first connection completion signal indicating whether the power conversion apparatus is connected, characterized in that: the first connection completion signal is received by a control unit of the safety function unit and the second connection completion signal is received by an operation management unit of the power conversion apparatus, wherein when a reception of the first connection completion signal or the second connection completion signal fails, the gate drive unit receives an emergency shutdown signal transmitted by an emergency shutdown unit so that the gate drive unit controls the inverter so as not to supply a voltage in order to decelerate the motor. a drive unit including an inverter configured to convert a direct current to an alternating current to supply electric power to a motor and a gate drive unit configured to control the inverter; and an option connection unit (108, 109) configured to output a first connection completion signal indicating whether a safety function unit is connected with the power conversion apparatus, wherein the safety function unit includes a main body connection unit (208, 209) configured to output a second connection completion signal indicating whether the safety function unit is connected and to receive the first connection completion signal indicating whether the power conversion apparatus is connected, characterized in that: the first connection completion signal is received by a control unit of the safety function unit and the second connection completion signal is received by an operation management unit of the power conversion apparatus, wherein when a reception of the first connection completion signal or the second connection completion signal fails, the gate drive unit receives an emergency shutdown signal transmitted by an emergency shutdown unit so that the gate drive unit controls the inverter so as not to supply a voltage in order to decelerate the motor.
A compression garment adapted to be wrapped around a patient's body part for applying compression to the body part, wherein the garment comprises a spacer fabric part and wherein the spacer fabric part has an inner layer and an outer layer, characterized in that the outer layer is a mesh with openings and that the compression garment comprises at least one closing part having at least one macroscopic hook, wherein the at least one closing part is attachable by hooking the at least one macroscopic hook into the mesh of the outer layer of the spacer fabric part.
An adjustment device for the adjustment of a guide rail or a tie rod on a motor vehicle, wherein the guide rail or the tie rod is fastened with a stud bolt between two receiving limbs (124, 126) spaced apart and designed with elongated holes (125, 127) and on at least one of the receiving limbs (124, 126) on both sides of the elongated hole (125, 127) two parallel guides (130a, 130b) spaced apart from each other are formed, between which a torque-proof eccentric disk connected to the stud bolt is seated in such a manner that by twisting the stud bolt can be moved by pulling the guide rail or the tie rod in the elongated hole (125, 127). characterized in that the parallel guides (130a, 130b) are formed with ramp-like lead-in chamfers (131a, 131b), on which the eccentric disk can slide during the screwing down of the stud bolt, whereby the eccentric disk is positioned exactly between the parallel guides (130a, 130b).
Barrel intended to be mounted on a target -launching machine, said barrel comprising at least one tower (2, 2a) for storing targets in a stack, said at least one storage tower (2, 2a) being delimited at least partially by a rod, characterised in that the rod comprises a first portion and a second portion configured to be mobile relative to the first portion at least in translation along a longitudinal axis of the rod between a position deployed along the storage tower (2, 2a) and an at least partially retracted position.
Operating device for a table, which has a table top with an adjustable height and/or inclination and an internal collision detection device for detecting a collision between the table top and an object or person, wherein the sensitivity of the collision detection device can be adjusted separately for the displacement directions 'up' and 'down', wherein the operating device comprises: a control unit, and a manual switch connected to the control unit, which has a display element on which an element for menu navigation can be displayed, and one or more command buttons (32, 34) that allow the height and/or inclination of the table to be adjusted using the menu navigation, wherein at least one of the one or more command buttons (32, 34) is assigned multiple times and the multiple assignment of the command buttons (32, 34) can be used to adjust parameters of the table, wherein the parameters include a sensitivity of the collision detection device. a control unit, and a manual switch connected to the control unit, which has a display element on which an element for menu navigation can be displayed, and one or more command buttons (32, 34) that allow the height and/or inclination of the table to be adjusted using the menu navigation, wherein at least one of the one or more command buttons (32, 34) is assigned multiple times and the multiple assignment of the command buttons (32, 34) can be used to adjust parameters of the table, wherein the parameters include a sensitivity of the collision detection device.
A method of preparing a nucleic acid library from an initial sample, comprising generating a nucleic acid library from the initial sample, wherein the initial sample comprises a plasma sample, a synovial fluid sample, a bronchoalveolar lavage sample, a cerebrospinal fluid sample or a urine sample, wherein nucleic acids used to generate the nucleic acid library are not extracted from the initial sample before preparing the nucleic acid library and wherein generating the nucleic acid library from the initial sample comprises: (a) dephosphorylating nucleic acids in the initial sample to produce a group of dephosphorylated nucleic acids; (b) denaturing the dephosphorylated nucleic acids to produce denatured nucleic acids; (c) attaching a 3'-end adapter to the denatured nucleic acids to produce adapted nucleic acids; (d) annealing a primer to the adapted nucleic acids and extending the primer with a polymerase to generate complementary strands; (e) attaching a 5'-end adapter; and (f) amplifying the complementary strands. wherein the initial sample comprises a plasma sample, a synovial fluid sample, a bronchoalveolar lavage sample, a cerebrospinal fluid sample or a urine sample, wherein nucleic acids used to generate the nucleic acid library are not extracted from the initial sample before preparing the nucleic acid library and wherein generating the nucleic acid library from the initial sample comprises: (a) dephosphorylating nucleic acids in the initial sample to produce a group of dephosphorylated nucleic acids; (b) denaturing the dephosphorylated nucleic acids to produce denatured nucleic acids; (c) attaching a 3'-end adapter to the denatured nucleic acids to produce adapted nucleic acids; (d) annealing a primer to the adapted nucleic acids and extending the primer with a polymerase to generate complementary strands; (e) attaching a 5'-end adapter; and (f) amplifying the complementary strands. (a) dephosphorylating nucleic acids in the initial sample to produce a group of dephosphorylated nucleic acids; (b) denaturing the dephosphorylated nucleic acids to produce denatured nucleic acids; (c) attaching a 3'-end adapter to the denatured nucleic acids to produce adapted nucleic acids; (d) annealing a primer to the adapted nucleic acids and extending the primer with a polymerase to generate complementary strands; (e) attaching a 5'-end adapter; and (f) amplifying the complementary strands.
A method of providing a cured coating having an 85° gloss of less than 10 on a substrate comprising: (a) applying to the exterior surface of the substrate a coating composition comprising: (i) a polyene, (ii) a polythiol, (iii) a flatting agent, and (iv) a coloring pigment; (b) forming a film on the exterior surface of the substrate; (c) exposing the film to a first dosage from 50 to 10,000 mJ/cm 2 of UV radiation having a first wavelength; and then (d) exposing the film to a second dosage from 1,000 to 1,000,000 mJ/cm 2 of UV radiation having a second wavelength wherein the second dosage is greater than the first dosage. (a) applying to the exterior surface of the substrate a coating composition comprising: (i) a polyene, (ii) a polythiol, (iii) a flatting agent, and (iv) a coloring pigment; (i) a polyene, (ii) a polythiol, (iii) a flatting agent, and (iv) a coloring pigment; (b) forming a film on the exterior surface of the substrate; (c) exposing the film to a first dosage from 50 to 10,000 mJ/cm 2 of UV radiation having a first wavelength; and then (d) exposing the film to a second dosage from 1,000 to 1,000,000 mJ/cm 2 of UV radiation having a second wavelength wherein the second dosage is greater than the first dosage.
Method for implementation with the operation of an internal combustion engine which has a spark plug which is arranged on a combustion chamber of a cylinder of the internal combustion engine, wherein: - in a first step a cylinder pressure is measured at the combustion chamber at the ignition time (p zzp) and a breakdown voltage (U ZZP) is measured at the spark plug, - in a second step a current electrode spacing of the ignition electrodes, which represents a current ignition electrode state of wear, is determined on the basis of the measured cylinder pressure (p zzp), the measured breakdown voltage (U ZZP) and a proportionality constant, characterized in that - the proportionality constant is determined as a system-specific variable at the internal combustion engine, on the basis of a previously known electrode spacing (EA known), a cylinder pressure at the ignition time (p zzp) and a breakdown voltage (UZZP) of the spark plug. - in a first step a cylinder pressure is measured at the combustion chamber at the ignition time (p zzp) and a breakdown voltage (U ZZP) is measured at the spark plug, - in a second step a current electrode spacing of the ignition electrodes, which represents a current ignition electrode state of wear, is determined on the basis of the measured cylinder pressure (p zzp), the measured breakdown voltage (U ZZP) and a proportionality constant, characterized in that - the proportionality constant is determined as a system-specific variable at the internal combustion engine, on the basis of a previously known electrode spacing (EA known), a cylinder pressure at the ignition time (p zzp) and a breakdown voltage (UZZP) of the spark plug.
A cable feedthrough, comprising a frame element consisting of at least two frame parts (4a, 4b), said element forming an inner chamber bounded by the frame parts (4a, 4b), wherein one or more sealing elements (3a, 3b, 3c, 3d, 3e) are arranged in the inner chamber, which comprise a base body each with a passage opening through which a cable is fed, wherein the one or more sealing elements (3a, 3b, 3c, 3d, 3e) are arranged in the inner chamber adjacent to a frame part (4a, 4b) and/or to another sealing element (3a, 3b, 3c, 3d, 3e) and are fixed in the frame element by forming a press fit, wherein one or more of the sealing elements (3b, 3e) comprises a conical cable bushing that is formed on the base body along the extension of the passage opening and the conical cable bushing comprises gradated stepped regions with different diameters.
A vehicle for transporting a payload along a monorail, comprising: a cabin configured for carrying the payload; a counterwheel assembly; a platform assembly configured for supporting the cabin, and further comprising a cabin axle rotationally connected to the counterwheel assembly; wherein a cabin axle axis is oriented perpendicularly to a longitudinal axis of the monorail; a leveling control system attached to the platform assembly and in rotational communication with the cabin axle; and a motor system mounted to the counterwheel assembly for driving the vehicle along the monorail, characterized in that the counterwheel assembly is configured for wheeled engagement around the monorail, and the motor system further comprises a drive sprocket assembly with pinion drive rollers for engaging teeth of a rack mounted along the monorail. a cabin configured for carrying the payload; a counterwheel assembly; a platform assembly configured for supporting the cabin, and further comprising a cabin axle rotationally connected to the counterwheel assembly; wherein a cabin axle axis is oriented perpendicularly to a longitudinal axis of the monorail; a leveling control system attached to the platform assembly and in rotational communication with the cabin axle; and a motor system mounted to the counterwheel assembly for driving the vehicle along the monorail, characterized in that the counterwheel assembly is configured for wheeled engagement around the monorail, and the motor system further comprises a drive sprocket assembly with pinion drive rollers for engaging teeth of a rack mounted along the monorail.
A stapler (100, 301) comprising a staple cartridge (1A-1H), on which a refill of the stapler (100, 301) is configured to be mounted, the refill including: a staple presser and a refill main body configured to accommodate therein a plurality of staple sheets in a stacked state and having a discharging port for discharging the staple sheets; wherein the staple presser is configured to be placed on the stacked staple sheets so as to move in a stacking direction of the staple sheets as the staple sheets are discharged through the discharging port and an amount of the staple sheets is reduced, the staple cartridge comprising: a mount portion, on which the refill is configured be removably mounted; and a displacement member (2A-2G) provided on the mount portion and configured to abut against the staple presser to be displaced in accordance with a position of the staple presser in a state where the refill is mounted on the mount portion, characterized in that the staple presser includes an engaging portion configured to be engaged in a receiving portion of the refill main body formed along the stacking direction, and the engaging portion is configured to be movable in the stacking direction as the engaging portion moves along the receiving portion, and wherein in the state where the refill is mounted, the displacement member (2A-2G) is configured to abut against the engaging portion to be displaced in accordance with the position of the engaging portion. a mount portion, on which the refill is configured be removably mounted; and a displacement member (2A-2G) provided on the mount portion and configured to abut against the staple presser to be displaced in accordance with a position of the staple presser in a state where the refill is mounted on the mount portion, characterized in that the staple presser includes an engaging portion configured to be engaged in a receiving portion of the refill main body formed along the stacking direction, and the engaging portion is configured to be movable in the stacking direction as the engaging portion moves along the receiving portion, and wherein in the state where the refill is mounted, the displacement member (2A-2G) is configured to abut against the engaging portion to be displaced in accordance with the position of the engaging portion.
A method for producing a twisted cable with at least two cable wires, using a device for the production of the twisted cable, wherein the at least two cable wires are unwound from at least an unwinding spool and are twisted into the twisted cable in a twisting unit, characterised in that the twisting unit has a first roller and a second roller, wherein the axes of rotation (R 1, R 2) of both rollers are oriented along a production direction, and the cable wires, as well as the twisted cable extend in the device along the production direction and the at least two cable wires are fed to a twisting area between both rollers (18, 20) and are twisted by a rotation of the rollers (18, 20) in a same sense.
An apparatus comprising a medical apparatus (1; 41) being a catheter having an elongate body, a distal extremity (5; 42) having at least two optical fiber sensors configured to deform responsive to contact forces, and a deflection mechanism configured to deflect the elongate body at a location proximal of the distal extremity (5; 42), and a processing logic programmed with a force-strain conversion matrix specific for the apparatus to compute at least a two-dimensional force vector responsive to detected changes in the optical characteristics of the optical fiber sensors, said medical apparatus being characterized in that the medical apparatus is an electrophysiology mapping catheter which further comprises an end effector which is an electrode to measure electrical potential, and the apparatus being configured such that the electrical potential is only measured when the contact force, measured by said at least two optical fiber sensors, applied to the distal extremity (5; 42) of the catheter falls within a predetermined range.
A chain stay protection element for arrangement on a chain stay of a bicycle, comprising a cover element arranged on an outer side of the chain stay in the area of a chainring in the mounted state, and a fastening element connected to the cover element for fastening to the chain stay, characterized in that the cover element has a lug encompassing the chainring in the mounted state and/or the cover element has a groove in which the teeth of the chainring are arranged in the mounted state. a cover element arranged on an outer side of the chain stay in the area of a chainring in the mounted state, and a fastening element connected to the cover element for fastening to the chain stay, characterized in that the cover element has a lug encompassing the chainring in the mounted state and/or the cover element has a groove in which the teeth of the chainring are arranged in the mounted state.