mhurhangee/patent-ind-claim-en huggingface dataset:
Binocular viewing device , in particular for the objective and subjective inspection of the eyes of an individual, with a casing , with two viewing openings for viewing into the casing along a viewing axis , whereby the casing contains a measurement unit for each eye with a screen for creating viewing symbols, whereby the measurement unit for each eye includes an adjustable vision sharpness lens attachment for determining the refraction of the respective eye , whereby the casing for each eye contains an alignment unit that can be moved along an X-axis and/or a Y-axis to align the viewing axis into the respective eye , such that the viewing device is set up such that a change in distance in the light path between the screen and the ocular fundus is balanced out via movement of the respective alignment unit , distinguished by the fact that a measurement device is provided to determine the length of the light path between the screen and the ocular fundus .
A computer implemented method for selecting an implant model associated with the lowest risk of a patient developing cardiac conduction abnormalities as a result of transcatheter structural heart intervention, including: - retrieving a patient-specific anatomical model representing a patient-specific cardiac region, said patient-specific anatomical model comprising a finite element mesh; - retrieving a plurality of implant models representing a finite element representation of a cardiac implant, each modeling geometrical and/or material properties of a corresponding implant; - virtually placing each implant model into said patient-specific anatomical model; - determining, from the virtually placed implant model into said patient-specific anatomical model, a measure of mechanical interaction between each implant model and the patient-specific anatomical model; and - determining a measure of risk of the patient developing cardiac conduction abnormalities on the basis of the determined mechanical interaction for each of the implant models, - selecting a cardiac implant corresponding to one of the plurality of the implant models for a percutaneous implantation procedure which minimizes the measured risk, characterised by further including: - estimating a position of the conduction system in the patient-specific anatomical model; and wherein determining the measure of the mechanical interaction includes: - determining the measure of mechanical interaction at or around the estimated location of the conduction system. - retrieving a patient-specific anatomical model representing a patient-specific cardiac region, said patient-specific anatomical model comprising a finite element mesh; - retrieving a plurality of implant models representing a finite element representation of a cardiac implant, each modeling geometrical and/or material properties of a corresponding implant; - virtually placing each implant model into said patient-specific anatomical model; - determining, from the virtually placed implant model into said patient-specific anatomical model, a measure of mechanical interaction between each implant model and the patient-specific anatomical model; and - determining a measure of risk of the patient developing cardiac conduction abnormalities on the basis of the determined mechanical interaction for each of the implant models, - selecting a cardiac implant corresponding to one of the plurality of the implant models for a percutaneous implantation procedure which minimizes the measured risk, - estimating a position of the conduction system in the patient-specific anatomical model; and - determining the measure of mechanical interaction at or around the estimated location of the conduction system.
A positioning system for positioning a body, the system comprising: a pad an upper support comprising: a mounting plate for the pad configured to receive the body; a hinge comprising a curved surface including teeth , the curved surface operable to rotate; a pawl that is in contact with the teeth of the hinge , wherein the pawl is operable to allow rotation of the pad in a first direction due to angles of the teeth; a moveable member extending from the hinge , the moveable member including teeth; and a second pawl that is in contact with the teeth of the moveable member , the second pawl operable to allow movement of the moveable member due to angles of the teeth of the moveable member ; and a lower support connected to the upper support via the moveable member . a pad an upper support comprising: a mounting plate for the pad configured to receive the body; a hinge comprising a curved surface including teeth , the curved surface operable to rotate; a pawl that is in contact with the teeth of the hinge , wherein the pawl is operable to allow rotation of the pad in a first direction due to angles of the teeth; a moveable member extending from the hinge , the moveable member including teeth; and a second pawl that is in contact with the teeth of the moveable member , the second pawl operable to allow movement of the moveable member due to angles of the teeth of the moveable member ; and a mounting plate for the pad configured to receive the body; a hinge comprising a curved surface including teeth , the curved surface operable to rotate; a pawl that is in contact with the teeth of the hinge , wherein the pawl is operable to allow rotation of the pad in a first direction due to angles of the teeth; a moveable member extending from the hinge , the moveable member including teeth; and a second pawl that is in contact with the teeth of the moveable member , the second pawl operable to allow movement of the moveable member due to angles of the teeth of the moveable member ; and a lower support connected to the upper support via the moveable member .
A method for polynucleotide synthesis, the method comprising: a. providing: a substrate comprising a surface; a plurality of structures for polynucleotide extension located on the surface, wherein each structure has a width of about 10 nm to about 1000 nm, wherein each structure is in contact with a heating unit, wherein the heating unit comprises an addressable electrode, a solvent distributed across the surface, predetermined sequences for a library of polynucleotides; b. synthesizing the library of polynucleotides at each structure, and c. heating of the solvent at each structure by applying an electrical current through the addressable electrode, causing the solvent to be in a gas phase which prevents deblocking of at least one polynucleotide extending from the at least one region of the surface, wherein the solvent has a boiling temperature no more than about 82 degrees C. a. providing: a substrate comprising a surface; a plurality of structures for polynucleotide extension located on the surface, wherein each structure has a width of about 10 nm to about 1000 nm, wherein each structure is in contact with a heating unit, wherein the heating unit comprises an addressable electrode, a solvent distributed across the surface, predetermined sequences for a library of polynucleotides; a substrate comprising a surface; a plurality of structures for polynucleotide extension located on the surface, wherein each structure has a width of about 10 nm to about 1000 nm, wherein each structure is in contact with a heating unit, wherein the heating unit comprises an addressable electrode, a solvent distributed across the surface, predetermined sequences for a library of polynucleotides; b. synthesizing the library of polynucleotides at each structure, and c. heating of the solvent at each structure by applying an electrical current through the addressable electrode, causing the solvent to be in a gas phase which prevents deblocking of at least one polynucleotide extending from the at least one region of the surface, wherein the solvent has a boiling temperature no more than about 82 degrees C.
A surface-treating agent for vulcanized rubber comprising,based on 100 parts by weight, as solid matters, of isocyanate group-containing 1,2-polybutadiene, an organic solvent solution containing 10 to 160 parts by weight of fluororesin particles and 2.5 to 20 parts by weight of a perfluoroalkyl group-containing oligomer-based, fluorine-containing surfactant prepared by copolymerizing a (meth)acrylate monomer having a C1-C6 perfluoroalkyl group with a (meth)acrylate monomer that is a macromonomer having a polyoxyalkylene group, as a dispersant.
Method of thermal protection of a controlled gearbox for a motor vehicle powertrain, the powertrain further comprising a heat engine , a clutch device capable of coupling a shaft in transmission output of the heat engine and an input shaft of the gearbox and a control unit for controlling the gearbox and the clutch device, which control unit is able to continuously estimate a temperature inside a housing of the clutch device and / or of the gearbox, characterized in that it successively comprises the following steps : - in the event of detection by the control unit of an estimated temperature exceeding a first protection threshold (STp1), the activation of a first protection mode in which at least the set points in operating mode and in torque of the heat engine have reduced values according to a first reduction coefficient with respect to the respective target setpoints which are calculated as a function of the driver's desire setpoint for the execution of a take-off phase of the vehicle, - in the event of detection by the control unit of an estimated temperature exceeding a second protection threshold (STp2) greater than the first protection threshold (STp1), the activation of a second protection mode comprising at at least one inhibition command of a so-called creeping taxiing mode for the execution of a take-off phase, the creeping taxiing mode consisting in initiating a movement of the vehicle by transmitting the engine torque to the wheels without action of a driver on an accelerator pedal. - in the event of detection by the control unit of an estimated temperature exceeding a first protection threshold (STp1), the activation of a first protection mode in which at least the set points in operating mode and in torque of the heat engine have reduced values according to a first reduction coefficient with respect to the respective target setpoints which are calculated as a function of the driver's desire setpoint for the execution of a take-off phase of the vehicle, - in the event of detection by the control unit of an estimated temperature exceeding a second protection threshold (STp2) greater than the first protection threshold (STp1), the activation of a second protection mode comprising at at least one inhibition command of a so-called creeping taxiing mode for the execution of a take-off phase, the creeping taxiing mode consisting in initiating a movement of the vehicle by transmitting the engine torque to the wheels without action of a driver on an accelerator pedal.
Electromagnetic actuator for actuating a valve, having a housing , a core and a yoke , which are arranged opposite one another on the housing or in the housing , having a coil body , which carries at least one coil winding , is arranged within the housing and encloses an armature space at least to some extent, having an armature , which is arranged within the armature space such that it can be moved in an axial direction and which comprises an armature body and an armature rod , and having a bearing element , which is fixed on the yoke and has a disc-shaped, in particular annular-disc-shaped, fastening portion and a tubular bearing portion , which bears the armature and is formed in one piece on the fastening portion , wherein the bearing portion projects inwards from the fastening portion , characterized in that a radial inner surface of an aperture of the armature body is mounted on a radial outer surface of the bearing portion of the bearing element .
An in vitro method for inducing T cells for a cell-based immunotherapy, comprising the steps of: providing human pluripotent stem cells, introducing genes encoding a T cell receptor specific for a desired antigen into the human pluripotent stem cells, and inducing T cells from the pluripotent stem cells obtained in step , wherein the pluripotent stem cells are iPS cells. providing human pluripotent stem cells, introducing genes encoding a T cell receptor specific for a desired antigen into the human pluripotent stem cells, and inducing T cells from the pluripotent stem cells obtained in step , wherein the pluripotent stem cells are iPS cells.
A 20'-hydroxy-vinca derivative of structural Formula A or a pharmaceutically acceptable R 1 R 2 R 3 Vinblastine -CH 3 Vincristine Vindesine -CH 3 -OH salt thereof, wherein R is a substituent of the formula in which N is nitrogen and one of W, X, Y and Z can also be nitrogen (N), and when not nitrogen, W, X, Y and Z are CH or one of W, X, Y, Z is CR 4 , and R 4 is hydrido or an electron donating substituent, and R b is F or H.
Storage device comprising a structure in which a drawer slides between a closed position and an open position along a sliding direction (C), the drawer having the general form of a box provided with a lower floor , a back wall , two lateral walls and a front wall , delimiting the storage space , the device comprising a means for blocking the clearance , considered vertically, between the back wall and an upper partition of the structure above the drawer in the closed position thereof, characterized in that the blocking means is constituted by an articulated blade on an upper edge of the back wall and is shaped in order automatically to offset a variation in clearance .
A method for providing blockchain data in a blockchain comprising: Obtaining , by at least a trusted registration authority apparatus, a blockchain participant identity binding request associated with a participant of the blockchain that includes at least public key information of the participant and participant identity information to be bound by a first apparatus; issuing , by the trusted registration authority apparatus, an identification binding request validation request to the participant in response to the obtained blockchain participant identity binding request; issuing , by the trusted registration authority apparatus, a blockchain identity binding instruction to the first apparatus to produce the signed blockchain participant identity binding data, in response to receiving an identification binding request validation response from the participant that confirms that the participant sent the sent identification binding request; producing , by the first apparatus, signed blockchain participant identity binding data comprising a cryptographically signed public key of the participant and corresponding participant identity information associated with the participant using a private key of the first apparatus, in response to the blockchain identity binding instruction from the trusted registration authority apparatus; and posting to the blockchain, by the first apparatus, the signed blockchain participant identity binding data. Obtaining , by at least a trusted registration authority apparatus, a blockchain participant identity binding request associated with a participant of the blockchain that includes at least public key information of the participant and participant identity information to be bound by a first apparatus; issuing , by the trusted registration authority apparatus, an identification binding request validation request to the participant in response to the obtained blockchain participant identity binding request; issuing , by the trusted registration authority apparatus, a blockchain identity binding instruction to the first apparatus to produce the signed blockchain participant identity binding data, in response to receiving an identification binding request validation response from the participant that confirms that the participant sent the sent identification binding request; producing , by the first apparatus, signed blockchain participant identity binding data comprising a cryptographically signed public key of the participant and corresponding participant identity information associated with the participant using a private key of the first apparatus, in response to the blockchain identity binding instruction from the trusted registration authority apparatus; and posting to the blockchain, by the first apparatus, the signed blockchain participant identity binding data.
A non-volatile memory system comprising: a non-volatile memory; a volatile memory; a decoder configured to output a partially-decoded video stream based at least in part on a raw video stream data to be written into the non-volatile memory; event detection logic to detect operational events from the partially-decoded video stream output from the decoder; and logic responsive to the event detection logic to generate a notification to a host system to notify the host system of operational events; wherein the operational events comprise event coordinates within the raw video stream, the event coordinates comprising a subregion of a video frame and one or more of polar coordinates and Cartesian coordinates; wherein the decoder is configured to use the volatile memory of the non-volatile memory system during the decoding process, and wherein the decoder is configured to use a volatile memory of the host system if the non-volatile memory system lacks sufficient volatile memory. a non-volatile memory; a volatile memory; a decoder configured to output a partially-decoded video stream based at least in part on a raw video stream data to be written into the non-volatile memory; event detection logic to detect operational events from the partially-decoded video stream output from the decoder; and logic responsive to the event detection logic to generate a notification to a host system to notify the host system of operational events; wherein the operational events comprise event coordinates within the raw video stream, the event coordinates comprising a subregion of a video frame and one or more of polar coordinates and Cartesian coordinates; wherein the decoder is configured to use the volatile memory of the non-volatile memory system during the decoding process, and wherein the decoder is configured to use a volatile memory of the host system if the non-volatile memory system lacks sufficient volatile memory.
A cryotherapeutic system , comprising: an elongated shaft including a distal portion and a pressure-relief portion , the shaft configured to locate the distal portion within a vessel or lumen of a human patient; a supply lumen extending along at least a portion of the shaft and having a first free-passage area; an exhaust passage extending along at least a portion of the shaft and having a second free-passage area; and a balloon configured to receive refrigerant from the supply lumen and to exhaust refrigerant to the exhaust passage, the balloon having a pressure rating, wherein- the balloon is at the distal portion, and the pressure-relief portion is located proximally relative to the distal portion and is configured to release refrigerant from the exhaust passage when a pressure of refrigerant in the exhaust passage at or near the pressure-relief portion exceeds a threshold pressure, wherein the threshold pressure is less than the pressure rating of the balloon, and characterized in that the distal portion extends along a length of the shaft between the pressure-relief portion and the balloon. an elongated shaft including a distal portion and a pressure-relief portion , the shaft configured to locate the distal portion within a vessel or lumen of a human patient; a supply lumen extending along at least a portion of the shaft and having a first free-passage area; an exhaust passage extending along at least a portion of the shaft and having a second free-passage area; and a balloon configured to receive refrigerant from the supply lumen and to exhaust refrigerant to the exhaust passage, the balloon having a pressure rating, wherein- the balloon is at the distal portion, and the pressure-relief portion is located proximally relative to the distal portion and is configured to release refrigerant from the exhaust passage when a pressure of refrigerant in the exhaust passage at or near the pressure-relief portion exceeds a threshold pressure, wherein the threshold pressure is less than the pressure rating of the balloon, and characterized in that the distal portion extends along a length of the shaft between the pressure-relief portion and the balloon. the balloon is at the distal portion, and the pressure-relief portion is located proximally relative to the distal portion and is configured to release refrigerant from the exhaust passage when a pressure of refrigerant in the exhaust passage at or near the pressure-relief portion exceeds a threshold pressure, wherein the threshold pressure is less than the pressure rating of the balloon, and characterized in that the distal portion extends along a length of the shaft between the pressure-relief portion and the balloon.
Process for the fine grinding of a feedstock of carbon-based material, according to which the feedstock of carbon-based material, in the form of particles of millimetric or micronic dimensions, is introduced at the inlet of a first vibrating-type mill chamber , the outlet of which is connected to the inlet of a second vibrating-type mill chamber , the first and the second vibrating mill chambers each comprising grinding bodies freely housed within it and suitable for grinding particles, according to which process the first chamber and the second chamber are set in vibration so as to crush the particles introduced, on the one hand, between the grinding bodies and, on the other hand, between the latter and the peripheral internal wall of each chamber, characterized in that there are additionally introduced, at the inlet of the second vibrating mill chamber , additives of inorganic material and/or additives of plant material and/or additives of material of plant origin, the additives being in the form of a powder of micronic dimension.