mhurhangee/patent-ind-claim-en huggingface dataset:
Measuring apparatus for characterizing the torsion, the rotation and/or the positioning of a shaft , having: - a magnetic field generator for generating a magnetic field, a first magnetic field detector and a second magnetic field detector for detecting a magnetic field, wherein the magnetic field generator is arranged between the first magnetic field detector and the second magnetic field detector , - wherein the measuring apparatus is designed to apply a chronologically periodically varying electrical excitation signal to the magnetic field generator , so that a chronologically periodically varying magnetic field is generated by the magnetic field generator , wherein the magnetic field is modified by the shaft to be characterized and a first electrical output signal is induced at the first magnetic field detector and a second electrical output signal is induced at the second magnetic field detector by the modified magnetic field, characterized in that - the measuring apparatus is designed to detect the difference with respect to amplitude or phase between the excitation signal and the first output signal as a first measured variable (X E/R1 ) and between the excitation signal and the second output signal as a second measured variable (X E/R2 ), and - the measuring apparatus is designed to ascertain the sum (ΣX 12 ) of the first and the second measured variable and/or to ascertain the difference (ΔX 12 ) between the first and the second measured variable. - a magnetic field generator for generating a magnetic field, a first magnetic field detector and a second magnetic field detector for detecting a magnetic field, wherein the magnetic field generator is arranged between the first magnetic field detector and the second magnetic field detector , - wherein the measuring apparatus is designed to apply a chronologically periodically varying electrical excitation signal to the magnetic field generator , so that a chronologically periodically varying magnetic field is generated by the magnetic field generator , wherein the magnetic field is modified by the shaft to be characterized and a first electrical output signal is induced at the first magnetic field detector and a second electrical output signal is induced at the second magnetic field detector by the modified magnetic field, characterized in that - the measuring apparatus is designed to detect the difference with respect to amplitude or phase between the excitation signal and the first output signal as a first measured variable (X E/R1 ) and between the excitation signal and the second output signal as a second measured variable (X E/R2 ), and - the measuring apparatus is designed to ascertain the sum (ΣX 12 ) of the first and the second measured variable and/or to ascertain the difference (ΔX 12 ) between the first and the second measured variable.
Dose setting mechanism for a drug delivery device comprising a dose setting member rotatable relative to a housing in a first direction for dose setting and in an opposite second direction for dose correcting, a cam ring , a coupling member coupled to a drive member and a drive spring biasing the coupling member in the second direction, wherein a ramped interface is provided between the dose setting member and the cam ring such that rotation of the dose setting member relative to the cam ring in the second direction causes axial displacement of the cam ring , wherein a first set of teeth forming a one-way-ratchet interface is provided between the drive member and the coupling member allowing rotation of the coupling member relative to the drive member in the first direction and preventing relative rotation in the opposite second direction, characterized in that the cam ring is rotationally constrained to the coupling member and axially displaceable to the coupling member , and which is in axial contact with the drive member , and in that a second set of teeth forms the ramped interface between the dose setting member and the cam ring preventing relative rotation of the dose setting member and the cam ring in the first direction and allowing rotation of the dose setting member relative to the cam ring in the opposite second direction, wherein the rotation of the dose setting member relative to the cam ring in the opposite second direction causes an axial displacement of the cam ring relative to the dose setting member , wherein the height of the first set of teeth is smaller than the height of the second set of teeth and the spacing of the first set of teeth is smaller than the spacing of the second set of teeth , and wherein rotation of the dose setting member relative to the cam ring in the second direction causes an axial displacement of the drive member relative to the coupling member and disengages the first set of teeth .
Fitting for a slidable leaf which can be moved away from a fixed frame , the fitting in the mounted state comprising the following: a. a carriage having a carriage housing and a roller (26a-26d); b. a slide rail on which the carriage can be moved, the slide rail having a vertical part , a rail part for supporting the roller (26a-26d) and a portion which at least partially overlaps the carriage and which has a downward-pointing slide rail projection , the slide rail projection being provided at the free end of the overlapping portion and extending vertically ±30° downward, the carriage having an upward-pointing carriage projection which engages behind the slide rail projection when the carriage is raised vertically in order to prevent the carriage from derailing, the carriage projection being designed to be rigid and stationary relative to the carriage housing , characterized in that the carriage projection defines a pivoting radius as a result of the pivoting movement of the carriage under the overlapping portion when the roller (26a - 26d) is placed on the rail part , which pivoting radius intersects the lowermost tip of the slide rail projection or runs less than 2 mm below the lowermost tip of the slide rail projection , the flank of the carriage projection that faces away from the vertical part of the slide rail pointing toward the slide rail projection at an angle α to the horizontal between 60° and 90°, and the carriage projection having an inclination on the upper side thereof which, straight or rounded, follows the pivoting radius . a. a carriage having a carriage housing and a roller (26a-26d); b. a slide rail on which the carriage can be moved, the slide rail having a vertical part , a rail part for supporting the roller (26a-26d) and a portion which at least partially overlaps the carriage and which has a downward-pointing slide rail projection , the slide rail projection being provided at the free end of the overlapping portion and extending vertically ±30° downward, the carriage having an upward-pointing carriage projection which engages behind the slide rail projection when the carriage is raised vertically in order to prevent the carriage from derailing, the carriage projection being designed to be rigid and stationary relative to the carriage housing , characterized in that the carriage projection defines a pivoting radius as a result of the pivoting movement of the carriage under the overlapping portion when the roller (26a - 26d) is placed on the rail part , which pivoting radius intersects the lowermost tip of the slide rail projection or runs less than 2 mm below the lowermost tip of the slide rail projection , the flank of the carriage projection that faces away from the vertical part of the slide rail pointing toward the slide rail projection at an angle α to the horizontal between 60° and 90°, and the carriage projection having an inclination on the upper side thereof which, straight or rounded, follows the pivoting radius .
Monitoring system for a safety-oriented protective device comprising a plurality of safety components, the safety components comprising at least one monitoring sensor configured to generate respective sensor signals and one safety control unit connected to the at least one monitoring sensor , the safety control unit being configured to receive and evaluate the sensor signals and to generate and output safety switching commands on the basis of the sensor signals, wherein the monitoring system comprises as components at least one monitoring unit , which is connected to at least one respective safety component and is configured to monitor a state of the safety component, and a central unit , wherein the at least one monitoring unit and the central unit are connected to one another by means of a communications network for exchanging messages, wherein the communications network is configured to provide a monitoring log, and characterized in that by means of the monitoring log and on the basis of the exchanged messages at least one respective state of a safety component and/or of a component of the monitoring system is capable of being checked for correspondence with or deviation from an associated nominal state, a message transmitted by a monitoring unit comprising information on the identity of the monitoring unit and/or of a safety component connected to the monitoring unit and/or on a monitoring signal or safety switching command generated by a safety component connected to the monitoring unit , and/or a message transmitted by the central unit comprising a certificate storable in a monitoring unit which identifies this monitoring unit as a permissible component of the monitoring system, and that the monitoring log comprises a blockchain, all or some of the messages transmitted in the monitoring system being stored in the blockchain, and the blockchain or further instances of the blockchain being stored in the central unit and additionally at least in some of the monitoring units .
An imaging system , comprising: an x-ray source arranged to expose human tissue to radiation at pre-diagnostic dose levels; an x-ray detector arranged to detect the radiation; a pre-diagnostic imaging module configured to generate a pre-diagnostic image of the human tissue, wherein the pre-diagnostic image is an automated exposure control (AEC) scout image; and a position analysis module arranged to receive the pre-diagnostic image and determine whether the human tissue in the pre-diagnostic image is in a predetermined position based upon one or more predefined positioning criteria, wherein the predefined criteria are compared to one or more detected anatomical landmarks, wherein the imaging system is configured to automatically interrupt a diagnostic image procedure or to automatically take a diagnostic image based upon the determination of the position analysis module . an x-ray source arranged to expose human tissue to radiation at pre-diagnostic dose levels; an x-ray detector arranged to detect the radiation; a pre-diagnostic imaging module configured to generate a pre-diagnostic image of the human tissue, wherein the pre-diagnostic image is an automated exposure control (AEC) scout image; and a position analysis module arranged to receive the pre-diagnostic image and determine whether the human tissue in the pre-diagnostic image is in a predetermined position based upon one or more predefined positioning criteria, wherein the predefined criteria are compared to one or more detected anatomical landmarks, wherein the imaging system is configured to automatically interrupt a diagnostic image procedure or to automatically take a diagnostic image based upon the determination of the position analysis module .
A system (300; 400; 600), comprising: a heart sound signal input circuit (302; 402; 602) configured to receive heart sound information of a heart over a first interval, the first interval including at least a portion of each of a first number of cardiac cycles; a heart sound variability circuit (304; 404; 604) configured to determine a morphology variation of the first heart sound over the first interval, wherein the morphology variation of the first heart sound includes a variation in a shape of the first heart sound including a variation in an offset between first and second features of the first heart sound in a first cardiac cycle and an offset between the first and second features of the first heart sound in a second cardiac cycle; and an atrial fibrillation detection circuit (306; 406; 606) configured to calculate an atrial fibrillation metric indicative of an atrial fibrillation episode of the heart for the first interval using the determined morphology variation. a heart sound signal input circuit (302; 402; 602) configured to receive heart sound information of a heart over a first interval, the first interval including at least a portion of each of a first number of cardiac cycles; a heart sound variability circuit (304; 404; 604) configured to determine a morphology variation of the first heart sound over the first interval, wherein the morphology variation of the first heart sound includes a variation in a shape of the first heart sound including a variation in an offset between first and second features of the first heart sound in a first cardiac cycle and an offset between the first and second features of the first heart sound in a second cardiac cycle; and an atrial fibrillation detection circuit (306; 406; 606) configured to calculate an atrial fibrillation metric indicative of an atrial fibrillation episode of the heart for the first interval using the determined morphology variation.
A plate-shaped wall element for an item of furniture , comprising at least one integrated fitting and at least one integrated connecting element for connection to at least one further furniture component, wherein the plate-shape wall element comprises at least one core manufactured from a wood or wood-based material, the core being arranged in a plane with the fitting and being formed in one part with a recess or being divided in the plane of the lateral extension into two core halves, wherein a recess is introduced into each of the core halves, for receiving the fitting , wherein the at least one core and the fitting are arranged between two continuous cover layers , wherein the two continuous cover layers are connected in a planar manner to the at least one core and/or the fitting , and wherein the fitting comprises a lever mechanism which guides the movable furniture part.
A bend manager for optical fiber units, comprising: - a base having an upper surface and a lower surface , - at least one arc-shaped portion having a radius not lower than an optical fiber minimum bend radius, - substantially rectilinear portions each one extending from a corresponding end of the at least one arc-shaped portion, - at least one indentation being formed in the lower surface of the base at a substantially central point of the arc-shaped portion, said indentation being adapted to match a convex angle corner of a wall, characterized by comprising: - a plurality of retaining elements protruding from the upper surface, said plurality of retaining elements defining a channel for accommodating an optical conduit, wherein the retaining elements of said plurality are provided in sequence on a first longitudinal side and on a second longitudinal side of the upper surface , said first and second longitudinal sides being opposite to each other, wherein the retaining elements on the first longitudinal side are staggered with respect to the retaining elements on the second longitudinal side. - a base having an upper surface and a lower surface , - at least one arc-shaped portion having a radius not lower than an optical fiber minimum bend radius, - substantially rectilinear portions each one extending from a corresponding end of the at least one arc-shaped portion, - at least one indentation being formed in the lower surface of the base at a substantially central point of the arc-shaped portion, said indentation being adapted to match a convex angle corner of a wall, - a plurality of retaining elements protruding from the upper surface, said plurality of retaining elements defining a channel for accommodating an optical conduit, wherein the retaining elements of said plurality are provided in sequence on a first longitudinal side and on a second longitudinal side of the upper surface , said first and second longitudinal sides being opposite to each other, wherein the retaining elements on the first longitudinal side are staggered with respect to the retaining elements on the second longitudinal side.
A communication method applied to a communications system, wherein the communications system comprises a paging area, there are at least a first access network device and a second access network device in the paging area, there is a communication link between the first access network device and a core network device, and the method comprises: receiving , by the first access network device from the core network device, signaling destined for a terminal in a radio resource control, RRC, inactive mode; sending , by the first access network device, a first paging message to the second access network device, wherein the first paging message is used to page the terminal; and receiving , by the first access network device, first indication information from the second access network device, wherein the first indication information is used to indicate that the terminal has accessed the second access network device; characterized in the the method further comprises: sending , by the first access network device, second indication information to the core network device, wherein the second indication information is used to indicate that the terminal has moved out of coverage of the first access network device. receiving , by the first access network device from the core network device, signaling destined for a terminal in a radio resource control, RRC, inactive mode; sending , by the first access network device, a first paging message to the second access network device, wherein the first paging message is used to page the terminal; and receiving , by the first access network device, first indication information from the second access network device, wherein the first indication information is used to indicate that the terminal has accessed the second access network device; characterized in the the method further comprises: sending , by the first access network device, second indication information to the core network device, wherein the second indication information is used to indicate that the terminal has moved out of coverage of the first access network device.
Electrical disconnecting device with - a housing, - a first terminal lug inserted into the housing, and - a second terminal lug inserted into the housing, - a separation point forming a current path between the first and second terminal lugs in a closed state and located spatially between the terminal lugs , - wherein the separation point separates the current path between the terminal lugs in a separated state, - an actuator influencing a disconnection of the separation point , - a channel formed in the housing between the actuator and the separation point , the actuator closing the channel on a side facing away from the separation point , and - a connecting element arranged on the side of the actuator facing away from the channel, which accommodates at least two electrical connections of the actuator , - two contact elements of a switching path, wherein - the contact elements are each guided into the channel via connecting webs and are short-circuited to one another in the channel at a connecting point , in such a way that when the actuator is triggered, the connecting point is moved away from the contact elements, so that the connecting webs are mechanically disconnected, characterized in - that the connecting element receives the at least two contact elements and, - the housing is multipart, at least the terminal lugs and the separation point being arranged in a first housing part and the channel being formed at least partially by the first housing part and the connecting element forming a second housing part . - a housing, - a first terminal lug inserted into the housing, and - a second terminal lug inserted into the housing, - a separation point forming a current path between the first and second terminal lugs in a closed state and located spatially between the terminal lugs , - wherein the separation point separates the current path between the terminal lugs in a separated state, - an actuator influencing a disconnection of the separation point , - a channel formed in the housing between the actuator and the separation point , the actuator closing the channel on a side facing away from the separation point , and - a connecting element arranged on the side of the actuator facing away from the channel, which accommodates at least two electrical connections of the actuator , - two contact elements of a switching path, wherein - the contact elements are each guided into the channel via connecting webs and are short-circuited to one another in the channel at a connecting point , in such a way that when the actuator is triggered, the connecting point is moved away from the contact elements, so that the connecting webs are mechanically disconnected, characterized in - that the connecting element receives the at least two contact elements and, - the housing is multipart, at least the terminal lugs and the separation point being arranged in a first housing part and the channel being formed at least partially by the first housing part and the connecting element forming a second housing part .
An inkjet printing apparatus comprising: an ink tank where ink is stored; a print head which discharges the ink to form an image; an ink flow passage through which the ink is supplied from the ink tank to the print head ; a degassing device which is disposed midway in the ink flow passage and removes air from the ink; a circulation flow passage having two ends respectively connected to two sides of the degassing device in the ink flow passage ; and a circulation pump which is disposed midway in the circulation flow passage and returns the ink flowing out of the degassing device to a position from which the ink flows in the degassing device , wherein (i) the ink flow passage between an outflow port from the circulation flow passage and an inflow port to the circulation flow passage and (ii) the circulation flow passage are formed such that the ink is movable at approximately a constant speed; the inkjet printing apparatus characterized by further comprising a control unit which is configured to control operation of the circulation pump , wherein the control unit is configured to cause the circulation pump to operate to circulate the ink in the ink flow passage when an ink flow rate to the print head is equal to or less than a predetermined value. an ink tank where ink is stored; a print head which discharges the ink to form an image; an ink flow passage through which the ink is supplied from the ink tank to the print head ; a degassing device which is disposed midway in the ink flow passage and removes air from the ink; a circulation flow passage having two ends respectively connected to two sides of the degassing device in the ink flow passage ; and a circulation pump which is disposed midway in the circulation flow passage and returns the ink flowing out of the degassing device to a position from which the ink flows in the degassing device , wherein (i) the ink flow passage between an outflow port from the circulation flow passage and an inflow port to the circulation flow passage and (ii) the circulation flow passage are formed such that the ink is movable at approximately a constant speed; the inkjet printing apparatus characterized by further comprising a control unit which is configured to control operation of the circulation pump , wherein the control unit is configured to cause the circulation pump to operate to circulate the ink in the ink flow passage when an ink flow rate to the print head is equal to or less than a predetermined value.