mhurhangee/ep-ind-claims huggingface dataset:
A device (100; 650) comprising: an astigmatic optical element (102; 656); an array of individually addressable light-emitting elements arranged to emit light towards the astigmatic optical element, wherein the astigmatic optical element is arranged to focus light emitted from each individually addressable light-emitting element to produce a substantially linear illumination pattern at a different corresponding scan angle within an angular range; and a control system operable to sequentially activate the individually addressable light-emitting elements such that the substantially linear illumination pattern sweeps out the angular range, wherein the individually addressable light-emitting elements are staggered with respect to one another in the array such that the substantially linear illumination pattern sweeps out the angular range contiguously. an astigmatic optical element (102; 656); an array of individually addressable light-emitting elements arranged to emit light towards the astigmatic optical element, wherein the astigmatic optical element is arranged to focus light emitted from each individually addressable light-emitting element to produce a substantially linear illumination pattern at a different corresponding scan angle within an angular range; and a control system operable to sequentially activate the individually addressable light-emitting elements such that the substantially linear illumination pattern sweeps out the angular range, wherein the individually addressable light-emitting elements are staggered with respect to one another in the array such that the substantially linear illumination pattern sweeps out the angular range contiguously.
A system for controlling a laser device, comprising: the laser device configured to generate a laser beam with a focal point; a distance meter configured to measure a distance between the focal point and a target of a patient; a haptic sensation generator; and a computer configured to: receive the distance from the distance meter; characterized in that the haptic sensation generator is configured to generate an acoustic field that projects a sensory pattern onto a user; and the computer is configured to determine the pattern corresponding to the distance according to a function in which the distance is a variable; and instruct the haptic sensation generator to generate the acoustic field that projects the determined pattern. the laser device configured to generate a laser beam with a focal point; a distance meter configured to measure a distance between the focal point and a target of a patient; a haptic sensation generator; and a computer configured to: receive the distance from the distance meter; characterized in that receive the distance from the distance meter; characterized in that the haptic sensation generator is configured to generate an acoustic field that projects a sensory pattern onto a user; and the computer is configured to determine the pattern corresponding to the distance according to a function in which the distance is a variable; and instruct the haptic sensation generator to generate the acoustic field that projects the determined pattern. determine the pattern corresponding to the distance according to a function in which the distance is a variable; and instruct the haptic sensation generator to generate the acoustic field that projects the determined pattern.
A method for a data collection coordination function, DCCF, in a communication network, the method comprising: o receiving, from a data consumer network function, NF, in the communication network, at least one access token for a service provided by the DCCF in relation to data to be collected by the data consumer NF; o based on the at least one access token, determining whether the data consumer NF is authorized to access the service provided by the DCCF and the data to be collected; and o based on determining that the data consumer NF is authorized to access both the service provided by the DCCF and the data to be collected, performing the service provided by the DCCF to request a data producer NF to provide the data to the data consumer NF. o receiving, from a data consumer network function, NF, in the communication network, at least one access token for a service provided by the DCCF in relation to data to be collected by the data consumer NF; o based on the at least one access token, determining whether the data consumer NF is authorized to access the service provided by the DCCF and the data to be collected; and o based on determining that the data consumer NF is authorized to access both the service provided by the DCCF and the data to be collected, performing the service provided by the DCCF to request a data producer NF to provide the data to the data consumer NF.
A system for viewing a subject when performing an operation on the subject, comprising: a wearable viewscreen and camera system configured to be held relative to a first eye of a user, having: a mounting structure; a first viewscreen configured to be positioned near the first eye of the user and fixed to the mounting structure; and a first camera configured to have a first field of view; an instrument tracking device fixed to an instrument viewable by the first camera; a subject marker viewable by the first camera; and a processor system configured to execute instructions (i) to determine a relative position of the instrument tracking device relative to the subject marker based on a first signal from the first camera regarding a view of the instrument tracking device relative to the subject marker and (ii) generate an instrument icon to be displayed in the first viewscreen to be viewed by the first eye; and further comprising: a memory having stored thereon an image of at least a portion of a region of operation of the subject; wherein the image includes image portions that represent the subject marker; wherein the processor system executes further instructions to (i) register the image of at least the portion of the region of the operation and (ii) display an anatomy representation with the first viewscreen; wherein the anatomy representation is configured to appear in the user's field of vision relative to the subject. a wearable viewscreen and camera system configured to be held relative to a first eye of a user, having: a mounting structure; a first viewscreen configured to be positioned near the first eye of the user and fixed to the mounting structure; and a first camera configured to have a first field of view; a mounting structure; a first viewscreen configured to be positioned near the first eye of the user and fixed to the mounting structure; and a first camera configured to have a first field of view; an instrument tracking device fixed to an instrument viewable by the first camera; a subject marker viewable by the first camera; and a processor system configured to execute instructions (i) to determine a relative position of the instrument tracking device relative to the subject marker based on a first signal from the first camera regarding a view of the instrument tracking device relative to the subject marker and (ii) generate an instrument icon to be displayed in the first viewscreen to be viewed by the first eye; and a memory having stored thereon an image of at least a portion of a region of operation of the subject; wherein the image includes image portions that represent the subject marker; wherein the processor system executes further instructions to (i) register the image of at least the portion of the region of the operation and (ii) display an anatomy representation with the first viewscreen; wherein the anatomy representation is configured to appear in the user's field of vision relative to the subject.
An arrangement of spacers for supporting a reinforcement structure and a laying device (6, 7), wherein the laying device (6, 7) is designed to perform a supporting method for supporting the reinforcement structure (1, 2) in the production of precast concrete parts, wherein the supporting method comprises the following method steps: in a first method step data of a reinforcement structure (1, 2) designed for the precast concrete part to be produced are provided, in a second method step positions (33, 34) for supporting the reinforcement structure (1, 2) are calculated in dependence on the provided data of the reinforcement structure (1, 2), in a third method step spacers are placed at the calculated positions (33, 34) for supporting the reinforcement structure (1, 2), and in a fourth method step a reinforcement structure (1, 2) produced in accordance with the data is placed on the spacers, wherein the laying device (6, 7) comprises at least one placing device which can be moved in longitudinal and/or transverse direction, characterized in that the laying device (6, 7) comprises a program-controlled electronic computing system which is designed to perform the first and second method steps and to control the at least one placing device such that the spacers are placed at the calculated positions (33, 34) in the course of the third method step.
An apparatus, comprising: a first field effect transistor, FET, including a first gate, a first source, and a first drain, wherein the first gate is configured to receive a positive component (Vint_p) of a first differential signal, and wherein the first source and the first drain are coupled in series between a first voltage rail (Vdd) and a second voltage rail; a second FET including a second gate, a second source, and a second drain, wherein the second gate is configured to receive a negative component (Vint_n) of the first differential signal, and wherein the second source and the second drain are coupled in series between the first voltage rail (Vdd) and the second voltage rail, wherein the positive component (Vint_p) and the negative component (Vint_n) of the first differential signal are based on a supply voltage at the first voltage rail (Vdd); a first capacitor directly coupled between a third voltage rail (Vreg) and the first source of the first FET; and a second capacitor directly coupled between the third voltage rail (Vreg) and the second source of the second FET. a first field effect transistor, FET, including a first gate, a first source, and a first drain, wherein the first gate is configured to receive a positive component (Vint_p) of a first differential signal, and wherein the first source and the first drain are coupled in series between a first voltage rail (Vdd) and a second voltage rail; a second FET including a second gate, a second source, and a second drain, wherein the second gate is configured to receive a negative component (Vint_n) of the first differential signal, and wherein the second source and the second drain are coupled in series between the first voltage rail (Vdd) and the second voltage rail, wherein the positive component (Vint_p) and the negative component (Vint_n) of the first differential signal are based on a supply voltage at the first voltage rail (Vdd); a first capacitor directly coupled between a third voltage rail (Vreg) and the first source of the first FET; and a second capacitor directly coupled between the third voltage rail (Vreg) and the second source of the second FET.
A method for determining at least one of the drop mass or concentration of dissolved solutes for one or more drops of a liquid of interest dispensed from an inkjet dispensing device, the method comprising: depositing one or more drops of a liquid of interest comprising a first solvent from an inkjet dispensing device into a cuvette containing a predetermined amount of a second solvent and mix; determining the UV-absorption spectra of the resulting solution of the first and second solvents in the cuvette; and calculating the mass or concentration of dissolved solutes of the one or more drops dispensed by the inkjet dispensing device by analyzing the UV-absorption spectra for absorbance at the specific wavelength that corresponds to the maximum absorbance of the first solvent and comparing it to a predetermined calibration curve. depositing one or more drops of a liquid of interest comprising a first solvent from an inkjet dispensing device into a cuvette containing a predetermined amount of a second solvent and mix; determining the UV-absorption spectra of the resulting solution of the first and second solvents in the cuvette; and calculating the mass or concentration of dissolved solutes of the one or more drops dispensed by the inkjet dispensing device by analyzing the UV-absorption spectra for absorbance at the specific wavelength that corresponds to the maximum absorbance of the first solvent and comparing it to a predetermined calibration curve.
A welding-type system including a source of power, and a weld controller, characterised in that the controller is part of the source of power, and further characterised in that the weld controller includes an embedded database comprising a database management system which is tightly integrated with the weld controller that requires access to the database to control the welding process, and the embedded database is located inside the weld controller.
Composition forming an insulating layer with a constituent A, which contains an isocyanate compound, with a constituent B, which contains a reactive component that can react with isocyanate compounds, and which is a poly aspartic acid ester of the general formula, in which R 1 and R 2 may be the same or different and stand for organic residues that are inert to isocyanate groups, R 3 and R 4 may be the same or different and stand for hydrogen or organic residues that are inert to isocyanate groups, X stands for an n-valent organic residue that is inert to isocyanate groups, and n stands for an integer of at least 2, and with a constituent C, which contains an additive forming an insulating layer, in which the additive forming an insulating layer comprises a mixture, which contains at least one dehydration catalyst and at least one blowing agent. R 1 and R 2 may be the same or different and stand for organic residues that are inert to isocyanate groups, R 3 and R 4 may be the same or different and stand for hydrogen or organic residues that are inert to isocyanate groups, X stands for an n-valent organic residue that is inert to isocyanate groups, and n stands for an integer of at least 2,
Method for production of concrete precast elements made of prestressed concrete, in which - a mixture containing 220 - 500 kg/m 3 of sulphate-free cement having less than 0.5% by mass of sulphates, expressed as SO 3, and an admixture of 0.2% - 4% by mass of cement of sodium or potassium carbonates or phosphates and 0.5% - 3% by mass of cement of lignosulphonates undergoes homogenization in a special mixer and then - a concrete precast element is formed by filling an appropriate mould with the mix, while the mould is equipped with prestressing tendons, like steel tendons, and maintains them in a state of tensile stress during the concrete curing period - where said precast elements in the moulds undergo thermal treatment in the curing chamber in steam atmosphere at the temperature of 69 - 98°C for a time of 240 minutes to 375 minutes. - a mixture containing 220 - 500 kg/m 3 of sulphate-free cement having less than 0.5% by mass of sulphates, expressed as SO 3, and an admixture of 0.2% - 4% by mass of cement of sodium or potassium carbonates or phosphates and 0.5% - 3% by mass of cement of lignosulphonates undergoes homogenization in a special mixer and then - a concrete precast element is formed by filling an appropriate mould with the mix, while the mould is equipped with prestressing tendons, like steel tendons, and maintains them in a state of tensile stress during the concrete curing period - where said precast elements in the moulds undergo thermal treatment in the curing chamber in steam atmosphere at the temperature of 69 - 98°C for a time of 240 minutes to 375 minutes.
Capsule (1, 1') for containing at least one aromatic substance for producing a beverage by means of its crossing by a pressurized fluid flow, said capsule being built by at least one construction element that defines one zone suitable to face the flow upstream and one zone suitable to face the flow downstream disposed in opposition to each other, and presenting one actuation element extending along part, preferentially substantial, of the distance between said zones (2, 3), and retained in removable manner by means of two element parts (5e; 5s), in a respective element fixture (7; 7e, 7s) provided respectively in said zones (2, 3), characterized in that the actuation element (5; 5e, 5s) includes and/or defines together with said element fixture (7; 7e, 7s) provided on the side of the zone suitable to face the flow downstream, one flow accumulation chamber, and in that the actuation element (5; 5e, 5s) includes and/or defines together with said element fixture (7; 7e, 7s), at least one flow exit passage (S 2) for discharge of the flow out of said accumulation chamber and of the capsule (1, 1'), at least in part as a result of flow accumulation in said flow accumulation chamber.
A method performed by a gateway node, arranged between an Internet Protocol Multimedia Subsystem network and a Private Branch Exchange, PBX, node, for enhancing a call session between a first User Equipment, UE, and a second UE in a communications network comprising the IMS network, which second UE is associated to the PBX node, the method comprising: when a call session has been established between the first UE and the second UE via the PBX node and via the IMS network, receiving, from any one out of the first UE and the second UE, a request for establishing a data channel between the first UE and the second UE to enhance the call session, negotiating one or more parameters to be used in the requested data channel between the first UE and the second UE, and establishing the data channel according to the negotiation, to enhance the call session between the first UE and the second UE. when a call session has been established between the first UE and the second UE via the PBX node and via the IMS network, receiving, from any one out of the first UE and the second UE, a request for establishing a data channel between the first UE and the second UE to enhance the call session, negotiating one or more parameters to be used in the requested data channel between the first UE and the second UE, and establishing the data channel according to the negotiation, to enhance the call session between the first UE and the second UE.
Monitoring device to be worn on a person, wherein the monitoring device has at least one data processing unit, at least one transmitter and/or receiver unit, as well as at least one acceleration sensor; moreover the monitoring device can be connected to at least one sensor means for recording measured values, wherein the data processing unit has, as operating modes, at least a "basic mode" and a "base station mode", wherein: a) in the "basic mode", the measured values of the acceleration sensor and/or of the at least one sensor means are monitored, said measured values being measured on the person, in the surroundings of the person and/or on the equipment of the person, b) in the "base station mode", the measured values can be processed by at least one other but compatible monitoring device in the "basic mode", characterised in that c) a display can be controlled, in particular switched on and off, by a signal of the at least one acceleration sensor. a) in the "basic mode", the measured values of the acceleration sensor and/or of the at least one sensor means are monitored, said measured values being measured on the person, in the surroundings of the person and/or on the equipment of the person, b) in the "base station mode", the measured values can be processed by at least one other but compatible monitoring device in the "basic mode", characterised in that c) a display can be controlled, in particular switched on and off, by a signal of the at least one acceleration sensor.
An electric actuator comprising: a shaft member on an outer circumference of which a spiral groove is formed; a nut member that is fitted onto the shaft member; a power transmission member that is disposed between an inner circumference of the nut member and the groove; and a guide portion configured to guide linear motion of the shaft member, wherein rotation of the nut member about the shaft member by means of a rotational driving force of an electric motor results in the linear motion of the shaft member, characterized in that: the guide portion includes a rotating mechanism portion (R1, R2) configured to rotate the shaft member about an axis when the shaft member is in the linear motion. a shaft member on an outer circumference of which a spiral groove is formed; a nut member that is fitted onto the shaft member; a power transmission member that is disposed between an inner circumference of the nut member and the groove; and a guide portion configured to guide linear motion of the shaft member, wherein rotation of the nut member about the shaft member by means of a rotational driving force of an electric motor results in the linear motion of the shaft member, characterized in that: the guide portion includes a rotating mechanism portion (R1, R2) configured to rotate the shaft member about an axis when the shaft member is in the linear motion.
A method for producing porous granulate particles of inorganic material, said method comprising the following method steps: (a) feeding a streaming feedstock to a reaction zone in which the feedstock material is converted by pyrolysis or hydrolysis to particles of the inorganic material,' (b) depositing the material particles on a deposition surface so as to form a soot layer, (c) thermally consolidating the soot layer into a porous soot plate, (d) comminuting the soot plate into the porous granulate particles. (a) feeding a streaming feedstock to a reaction zone in which the feedstock material is converted by pyrolysis or hydrolysis to particles of the inorganic material,' (b) depositing the material particles on a deposition surface so as to form a soot layer, (c) thermally consolidating the soot layer into a porous soot plate, (d) comminuting the soot plate into the porous granulate particles.
Method for frequency regulation for a piezoelectric transformer, comprising the steps of: - exciting a piezoelectric transformer on an input side with an AC voltage of predetermined frequency as input voltage, - capturing a piece of phase information for the input impedance of the piezoelectric transformer in a feedback path, - evaluating the captured phase information in respect of a predetermined phase criterion, - regulating the frequency of the AC voltage on the basis of the evaluated phase information, wherein a phase detector comprising an XOR gate and a low-pass filter, which are connected in series, is used in the feedback path to compare a signal for the input voltage with a signal proportional to the input current on the input side of the piezoelectric transformer, wherein an arithmetic sign signal for the input voltage is applied to a first input of the XOR gate and an arithmetic sign signal proportional to the input current on the input side of the piezoelectric transformer is applied to a second input of the XOR gate such that an output signal is produced at the output of the XOR gate as a comparison signal that is averaged by means of the low-pass filter to produce a signal that is proportional to the absolute value of the phase angle of the input impedance of the piezoelectric transformer and serves as phase information for the input impedance of the piezoelectric transformer. - exciting a piezoelectric transformer on an input side with an AC voltage of predetermined frequency as input voltage, - capturing a piece of phase information for the input impedance of the piezoelectric transformer in a feedback path, - evaluating the captured phase information in respect of a predetermined phase criterion, - regulating the frequency of the AC voltage on the basis of the evaluated phase information,