mhurhangee/patent-ind-claim-en huggingface dataset:
Lamp , in particular a workplace lamp, comprising - a lighting means , - a collimator for emitting the light emitted by the lighting means in a substantially directed manner, - a diffuser element for emitting the light emitted by the collimator in a substantially diffused manner, - an optical element for emitting the light emitted by the diffuser element in a defined manner, and - a clear light emitting element , which extends between the diffuser element and the optical element in order to delimit a space (R) together with said elements, wherein the light emitting element extends at least partly between the diffuser element and the optical element . - a lighting means , - a collimator for emitting the light emitted by the lighting means in a substantially directed manner, - a diffuser element for emitting the light emitted by the collimator in a substantially diffused manner, - an optical element for emitting the light emitted by the diffuser element in a defined manner, and - a clear light emitting element , which extends between the diffuser element and the optical element in order to delimit a space (R) together with said elements,
A device for testing a shaft and/or a mechanical part mounted on the shaft, the device comprising an immobilizing device to immobilize a first portion of the shaft, the immobilized and idle shaft extending along a first axis (A1), and a movement device for moving a second portion of the shaft substantially perpendicular to the first axis (A1), so as to load the shaft in bending, characterized in that the moving device comprises a first cylinder arranged along a first cylinder axis (T1) substantially perpendicular to the first axis (A1), the first connection being a ball joint or an annular linear connection, the center of rotation of which is located on the first axis (A1); an annular linear connection, the center of translation of which is the first axis (A1) and the center of rotation of which is located on the first axis (A1); a pivot link, the axis of rotation of which is the first axis (A1) or a sliding pivot link, the axis of rotation and translation of which is the first axis (A1), a second cylinder arranged along a second cylinder axis (T2) substantially perpendicular to the first axis, and a connecting device for connecting the first cylinder and the second cylinder to the shaft , wherein the connecting device is configured to form, between the shaft and one end of the first cylinder , a first connection prohibiting a relative translation perpendicular to the first axis (A1) and allowing a relative rotation around the first axis (A1), and to form, between the shaft and one end of the second cylinder or between the end of the first cylinder connected to the shaft and one end of the second cylinder , a second connection prohibiting a relative translation perpendicular to the first axis (A1) and allowing a relative rotation around a second axis (A2) parallel to the first axis (A1).
An electronic control device comprising: - a step-up switching element, - a coil , and - a diode configured to generate a step-up voltage; and - a capacitor mounted to store the step-up voltage, wherein current values at the time of a current rise when stepping up is started and a current drop when stepping up is stopped are controlled in a stepwise manner, - a current monitor circuit configured to perform current control to step up, wherein a plurality of target current values to control stepping up is provided, characterized in that : the current values at the time of the current rise when stepping up is started or the current drop when stepping up is stopped are controlled in a stepwise manner. - a step-up switching element, - a coil , and - a diode configured to generate a step-up voltage; and - a capacitor mounted to store the step-up voltage, wherein current values at the time of a current rise when stepping up is started and a current drop when stepping up is stopped are controlled in a stepwise manner, - a current monitor circuit configured to perform current control to step up, wherein a plurality of target current values to control stepping up is provided,
A method of averting unsanctioned access to a network on-board a vehicle, the network being an on-board network, and the method comprising: detecting, at a portable computing device and based on a presence of a wireless signal generated by a transceiver that is on-board the vehicle, that the portable computing device is disposed on-board the vehicle; upon detecting that the portable computing device is disposed on-board the vehicle, detecting, at the portable computing device, multiple conditions, the multiple conditions including at least one signal generated by another device on-board the vehicle; evaluating , by the portable computing device, at least one of a timing or a weighting of the detected multiple conditions to thereby determine a confidence score, the confidence score indicative of a likelihood of the portable computing device that is disposed on-board the vehicle being operated, held, or carried by one or more persons; granting access of the portable computing device to the on-board network when the confidence score is above a threshold; and denying access of the portable computing device to the on-board network when the confidence score is below the threshold. detecting, at a portable computing device and based on a presence of a wireless signal generated by a transceiver that is on-board the vehicle, that the portable computing device is disposed on-board the vehicle; upon detecting that the portable computing device is disposed on-board the vehicle, detecting, at the portable computing device, multiple conditions, the multiple conditions including at least one signal generated by another device on-board the vehicle; evaluating , by the portable computing device, at least one of a timing or a weighting of the detected multiple conditions to thereby determine a confidence score, the confidence score indicative of a likelihood of the portable computing device that is disposed on-board the vehicle being operated, held, or carried by one or more persons; granting access of the portable computing device to the on-board network when the confidence score is above a threshold; and denying access of the portable computing device to the on-board network when the confidence score is below the threshold.
A method of modelling an external support for a prospective pulmonary autograft attached to patient's heart using an imaging scanner , the method comprising: (i) obtaining , using the scanner , at least one scan of the vasculature of the heart; (ii) processing the at least one scan using a processor to construct a model of the prospective pulmonary autograft; and (iii) processing the model of the prospective pulmonary autograft to generate a model of the external support; characterised in that the at least one scan of the vasculature of the heart is obtained during the systole of the heart. (i) obtaining , using the scanner , at least one scan of the vasculature of the heart; (ii) processing the at least one scan using a processor to construct a model of the prospective pulmonary autograft; and (iii) processing the model of the prospective pulmonary autograft to generate a model of the external support;
Self-climbing system , in particular a self-climbing formwork system, comprising at least one climbing rail guided on at least two climbing shoes (16, 16', 16"), in particular an upper and a lower climbing shoe, wherein the climbing shoes (16, 16', 16") are attachable to and/or on a hardened concreting section (18, 18', 18"), and an actuator arranged on the climbing rail , wherein a circumferential drive means is arranged along the climbing rail , at least over a length section (L) of the climbing rail , which drive means is movable with respect to the climbing rail by means of the actuator and can be optionally blocked or unblocked with respect to the climbing rail in the domain of a climbing shoe (16, 16', 16") and/or in the climbing shoe (16, 16', 16") by means of at least one fixing device of the self-climbing system for the drive means, wherein, when the drive means is fixed relative to one of the climbing shoes (16, 16', 16") of the self-climbing system , a movement of the drive means in its longitudinal direction relative to the climbing shoe (16, 16', 16") is prevented and the drive means remains movable with respect to the climbing rail while it is in its fixed condition relative to the climbing shoe (16, 16', 16").
Profiled blade for a fan wheel , having a profiled body which is produced from at least one bent sheet-metal strip and which comprises a convexly curved upper profile part , a lower profile part arranged at a distance from the upper profile part and a first and a second profile nose , the profile noses each have a convex curvature and connect the upper profile part to the lower profile part at each end, wherein the upper profile part and/or the lower profile part is/are each divided into at least two profile sections , wherein a first profile section is connected to the first profile nose and wherein a second profile section is connected to the second profile nose , wherein a first free end region of the first profile section is connected with a second free end region of the second profile section with a positive substance joint, wherein the second free end region of the second profile section is angled with respect to the profile upper part and the profile lower part and is arranged between the profile upper part and the profile lower part , wherein the angled second free end region of the second profile section connects the upper part of the profile with the lower part of the profile, characterized in that the first free end region of the first profile section lies flat against a strip-shaped contact surface of the second profile section , which contact surface is offset from a surface of the profile body , wherein the contact surface is aligned parallel to the surface of the profile body .
A method comprising: measuring a collected energy signal from a first pixel of a radiation pixelated detector during each of a plurality of events, wherein each of the plurality of events produce a negative charge cloud at a position between a cathode and an anode, and wherein the collected energy signal is produced by the collection of electrons within the negative charge cloud by the first pixel ; measuring adjacent energy signals from at least two pixels adjacent to the first pixel of the radiation pixelated detector during each of the plurality of events; generating a first spectrum based on the collected energy signals of the plurality of events within an energy window , wherein the energy window is a predetermined energy range for medical imaging; determining a delta charge representing the difference between the collected energy signal and the adjacent energy signals generated during each of the plurality of events; generating a second spectrum representing the delta charges of the plurality of events outside the energy window ; and stretching the second spectrum to combine with the first spectrum to form a corrected energy spectrum . measuring a collected energy signal from a first pixel of a radiation pixelated detector during each of a plurality of events, wherein each of the plurality of events produce a negative charge cloud at a position between a cathode and an anode, and wherein the collected energy signal is produced by the collection of electrons within the negative charge cloud by the first pixel ; measuring adjacent energy signals from at least two pixels adjacent to the first pixel of the radiation pixelated detector during each of the plurality of events; generating a first spectrum based on the collected energy signals of the plurality of events within an energy window , wherein the energy window is a predetermined energy range for medical imaging; determining a delta charge representing the difference between the collected energy signal and the adjacent energy signals generated during each of the plurality of events; generating a second spectrum representing the delta charges of the plurality of events outside the energy window ; and stretching the second spectrum to combine with the first spectrum to form a corrected energy spectrum .
A system comprising a memory device (DMM) including a first memory domain (DM1) intended to store first data at first addresses and a second memory domain (DM2) intended to store, on command, either second data at second addresses or error correcting code check bits associated with the first data at third addresses, characterised in that the second data can be stored in the second domain only when the error correcting code is not used.
A gas therapy system comprising a flow line , a gas source or a link to a gas source, and a nebulizer or a link to a nebulizer for aerosol delivery, a patient interface or a coupler for connection to a patient interface, and a controller configured to modulate gas flow and aerosol delivery in real time, wherein the controller is configured to change gas flow rate between at least one upper level and at least one lower level, and to dynamically stop or reduce aerosol delivery during gas flow at the upper level, and to dynamically activate or increase aerosol delivery during intervals of gas flow at the lower level, wherein the controller is configured to switch between said levels in each of a succession of cycles, in which each cycle has specific upper and lower gas flow rate levels, wherein the system comprises a sensor to detect patient inhalation and/or exhalation, and the controller is configured to provide aerosol delivery primarily during inhalation, and the controller is configured to perform modulation of oxygen supplied during the intervals to maintain a desired patient blood oxygenation. wherein the controller is configured to change gas flow rate between at least one upper level and at least one lower level, and to dynamically stop or reduce aerosol delivery during gas flow at the upper level, and to dynamically activate or increase aerosol delivery during intervals of gas flow at the lower level, wherein the controller is configured to switch between said levels in each of a succession of cycles, in which each cycle has specific upper and lower gas flow rate levels, wherein the system comprises a sensor to detect patient inhalation and/or exhalation, and the controller is configured to provide aerosol delivery primarily during inhalation, and the controller is configured to perform modulation of oxygen supplied during the intervals to maintain a desired patient blood oxygenation.
Sensor circuit for sensing of an electrolyte solution or variation thereof, comprising: - a signal generator configured for generating signals in a predefined frequency range above 1 MHz; - a capacitive sensor (Cs) comprising a first and a second electrode (101, 141; 102, 142), wherein the electrolyte solution constitutes a medium of the capacitive sensor, - an output circuit for conditioning a response into a sensor signal. wherein - the capacitive sensor is part of a secondary, floating circuit which is coupled in a contactless manner to a primary circuit comprising the signal generator and the output circuit, and wherein said response is transmitted from the secondary circuit, characterized in that : - the primary circuit further comprises a resonant tank circuit (Cp1, Cp2, Lp) including at least one capacitor and an inductor coupled in parallel to ground, and - the secondary, floating circuit is inductively coupled to the primary circuit via the inductor of the resonant tank circuit. - a signal generator configured for generating signals in a predefined frequency range above 1 MHz; - a capacitive sensor (Cs) comprising a first and a second electrode (101, 141; 102, 142), wherein the electrolyte solution constitutes a medium of the capacitive sensor, - an output circuit for conditioning a response into a sensor signal. wherein - the capacitive sensor is part of a secondary, floating circuit which is coupled in a contactless manner to a primary circuit comprising the signal generator and the output circuit, and wherein said response is transmitted from the secondary circuit, - the primary circuit further comprises a resonant tank circuit (Cp1, Cp2, Lp) including at least one capacitor and an inductor coupled in parallel to ground, and - the secondary, floating circuit is inductively coupled to the primary circuit via the inductor of the resonant tank circuit.
A method of informing a control node in a serving communication network of address information about a session anchor node in the serving communication network , wherein the control node is accessible by a terminal via a circuit switched access of the serving communication network , and wherein the serving communication network of the terminal is different from an internet protocol based home communication network of the terminal , the method being executed by a session anchor node in the home communication network , the method comprising: - receiving , from the control node via an intermediate node of the serving communication network , an update request for the control node being updated of the address information about the session anchor node in the serving communication network , wherein the update request is received together with a subscription request for the control node subscribing to being updated of any changes of the address information, - receiving the address information about the session anchor node in the serving communication network , - sending the received address information based on the received update request to the control node , and - receiving , via a packet switched access of the serving communication network , a packet switched registration request for packet switched registering a subscriber of the terminal in the home communication network , wherein the packet switched registration request is received together with the address information about the session anchor node in the serving communication network . - receiving , from the control node via an intermediate node of the serving communication network , an update request for the control node being updated of the address information about the session anchor node in the serving communication network , wherein the update request is received together with a subscription request for the control node subscribing to being updated of any changes of the address information, - receiving the address information about the session anchor node in the serving communication network , - sending the received address information based on the received update request to the control node , and - receiving , via a packet switched access of the serving communication network , a packet switched registration request for packet switched registering a subscriber of the terminal in the home communication network , wherein the packet switched registration request is received together with the address information about the session anchor node in the serving communication network .
A vehicle windshield wiper cowl assembly comprising: a. a protective cowl panel adapted to be mounted on the bodywork of a vehicle at the lower end of the vehicle's windshield, the cowl panel having a shaft opening for the pivot shaft of a windshield wiper, the shaft opening having a circumferential border area with a front side and a back side , wherein the border area front side defines a circumferential bordering surface ; and b. a hose connector having a front face , and a base plate , a front surface of the base plate being flush with the circumferential bordering surface defined by the border area front side and delimiting the extent of the hose connector front face , and a back face having an outer circumferential skirt surrounding the base plate , wherein the hose connector is set into the cowl panel's shaft opening so that the hose connector is bordered by the shaft opening's circumferential border area ; wherein the front face of the hose connector is flush with the circumferential bordering surface defined by the border area front side , characterised in that the border area back side of the cowl panel shaft opening comprising a circumferential collar surrounding the outer circumferential skirt of the hose connector. a. a protective cowl panel adapted to be mounted on the bodywork of a vehicle at the lower end of the vehicle's windshield, the cowl panel having a shaft opening for the pivot shaft of a windshield wiper, the shaft opening having a circumferential border area with a front side and a back side , wherein the border area front side defines a circumferential bordering surface ; and b. a hose connector having a front face , and a base plate , a front surface of the base plate being flush with the circumferential bordering surface defined by the border area front side and delimiting the extent of the hose connector front face , and a back face having an outer circumferential skirt surrounding the base plate , wherein the hose connector is set into the cowl panel's shaft opening so that the hose connector is bordered by the shaft opening's circumferential border area ;
A method for preparing a compound, comprising: reacting a compound having a structure represented by Formula (I) with a compound having a structure represented by Formula (III) in the presence of a compound having a structure represented by Formula (II), obtaining a compound having a structure represented by Formula (IV) , wherein Ar 1 is substituted or unsubstituted aryl group; X is -O-, -S-, or -NH-; R 1 is independently hydrogen or C 1-6 alkyl group; R 2 is hydroxyl group, C 1-6 alkyl group, phenyl group, or tolyl group; and R 3 is independently C 1-6 alkyl group, C 5-8 cycloalkyl group, or C 2-6 alkoxyalkyl group.