mhurhangee/patent-ind-claim-en huggingface dataset:
A measurement apparatus comprising: - a detection unit configured to provide measurement tuples (T), each measurement tuple (T) including a signal amplitude (a) of a high frequency signal (S), a frequency of the high frequency signal (S), and a point in time of the high frequency signal (S); and - a coding unit configured to encode the signal amplitude (a) of each provided measurement tuple (T) characterized by an output unit adapted to output the measurement tuples (T) with the encoded signal amplitudes (a) wherein said output unit comprises a display configured to display the measurement tuples (T) with the encoded high frequency signal amplitude (a) on a high resolution screen comprising a plurality of image pixels, and the coding unit is configured to encode the signal amplitude (a) of each provided measurement tuple (T) as a number of active illuminating image pixels per display area of the screen of the display, and distances between active illuminating image pixels of said high resolution screen are controlled by a display control unit of said output unit in response to the number of active illuminating image pixels per display area of the screen of the display provided by said coding unit. - a detection unit configured to provide measurement tuples (T), each measurement tuple (T) including a signal amplitude (a) of a high frequency signal (S), a frequency of the high frequency signal (S), and a point in time of the high frequency signal (S); and - a coding unit configured to encode the signal amplitude (a) of each provided measurement tuple (T) characterized by an output unit adapted to output the measurement tuples (T) with the encoded signal amplitudes (a) wherein said output unit comprises a display configured to display the measurement tuples (T) with the encoded high frequency signal amplitude (a) on a high resolution screen comprising a plurality of image pixels, and the coding unit is configured to encode the signal amplitude (a) of each provided measurement tuple (T) as a number of active illuminating image pixels per display area of the screen of the display, and distances between active illuminating image pixels of said high resolution screen are controlled by a display control unit of said output unit in response to the number of active illuminating image pixels per display area of the screen of the display provided by said coding unit.
A sensor device comprising: - a substrate comprising one or more magnetic sensor elements ; - a first elastomeric material on top of the substrate ; - a magnetic layer comprising a soft magnetic metal alloy deposited by electroplating or by sputtering on top of the first elastomeric material; and - a second elastomeric material on top of the magnetic layer, characterised in that said one or more magnetic sensor elements comprise one or more Hall elements, and wherein the soft magnetic alloy is arranged as Integrated Magnetic Concentrator (IMC). - a substrate comprising one or more magnetic sensor elements ; - a first elastomeric material on top of the substrate ; - a magnetic layer comprising a soft magnetic metal alloy deposited by electroplating or by sputtering on top of the first elastomeric material; and - a second elastomeric material on top of the magnetic layer, characterised in that said one or more magnetic sensor elements comprise one or more Hall elements,
A substrate evaluation chip configured to perform a test for evaluating a thermal characteristic of a ceramic wiring board on which a power semiconductor is mountable, the substrate evaluation chip comprising: an insulating substrate bonded with the ceramic wiring board ; and a heating pattern that is formed on a surface of the insulating substrate by a metallic film and arranged to have a predetermined shape that is optimized to heat the insulating substrate uniformly, characterized in that the insulating substrate is a single crystal substrate upon which an insulating film is formed on a surface of the e-single crystal substrate said substrate possessing a thermal conductivity of 250 W/mK or more. an insulating substrate bonded with the ceramic wiring board ; and a heating pattern that is formed on a surface of the insulating substrate by a metallic film and arranged to have a predetermined shape that is optimized to heat the insulating substrate uniformly, characterized in that the insulating substrate is a single crystal substrate upon which an insulating film is formed on a surface of the e-single crystal substrate said substrate possessing a thermal conductivity of 250 W/mK or more.
A system for measuring reactions of a subject , comprising: - a screen capable of displaying a plurality of stimuli via a refresh of pixels of the screen , the stimuli being capable of generating reactions from the subject , - at least one sensor capable of capturing images of the subject in reaction to the stimuli, - a logic unit configured to command the refresh of the pixels of the screen at a first frequency and the capture of the images of the subject by the sensor at a second frequency, one of the frequencies being an integer multiple of the other frequency, the logic unit comprising a central clock , the system being characterized in that the central clock is configured to command the refresh of pixels of the screen and the capture of the images, wherein - the command of the frequencies for the refresh of the pixels of the screen and for the capture of the images by the sensor is performed solely by the logic unit , - the command of the refresh of the pixels of the screen and of the capture of the images by the sensor or the sensors is performed solely by the central clock of the logic unit , so that there is a bijective relationship between the moment when a pixel on the sensor is acquired and a pixel on the screen is refreshed. - a screen capable of displaying a plurality of stimuli via a refresh of pixels of the screen , the stimuli being capable of generating reactions from the subject , - at least one sensor capable of capturing images of the subject in reaction to the stimuli, - a logic unit configured to command the refresh of the pixels of the screen at a first frequency and the capture of the images of the subject by the sensor at a second frequency, one of the frequencies being an integer multiple of the other frequency, the logic unit comprising a central clock , the system being characterized in that the central clock is configured to command the refresh of pixels of the screen and the capture of the images, wherein - the command of the frequencies for the refresh of the pixels of the screen and for the capture of the images by the sensor is performed solely by the logic unit , - the command of the refresh of the pixels of the screen and of the capture of the images by the sensor or the sensors is performed solely by the central clock of the logic unit , so that there is a bijective relationship between the moment when a pixel on the sensor is acquired and a pixel on the screen is refreshed. - the command of the frequencies for the refresh of the pixels of the screen and for the capture of the images by the sensor is performed solely by the logic unit , - the command of the refresh of the pixels of the screen and of the capture of the images by the sensor or the sensors is performed solely by the central clock of the logic unit ,
User Equipment (UE) configured to communicate with a mobile network over a radio interface, the UE comprising: at least one processor; and at least one memory including computer program code executable by the processor; the processor configured to cause the UE to: identify data buffered for one or more applications running on the UE while the UE is in non-connected mode; characterised by : determine, while in non-connected mode, a number of other UEs receiving signaling messages on a control plane to transition from non-connected mode to connected mode; estimate a load on the control plane based on the number of other UEs receiving signaling messages to transition from non-connected mode to connected mode; and defer a transition of the UE from non-connected mode to connected mode to delay a transfer of the data from the UE to the mobile network over the radio interface when the load on the control plane exceeds a threshold. at least one processor; and at least one memory including computer program code executable by the processor; the processor configured to cause the UE to: identify data buffered for one or more applications running on the UE while the UE is in non-connected mode; characterised by : determine, while in non-connected mode, a number of other UEs receiving signaling messages on a control plane to transition from non-connected mode to connected mode; estimate a load on the control plane based on the number of other UEs receiving signaling messages to transition from non-connected mode to connected mode; and defer a transition of the UE from non-connected mode to connected mode to delay a transfer of the data from the UE to the mobile network over the radio interface when the load on the control plane exceeds a threshold. determine, while in non-connected mode, a number of other UEs receiving signaling messages on a control plane to transition from non-connected mode to connected mode; estimate a load on the control plane based on the number of other UEs receiving signaling messages to transition from non-connected mode to connected mode; and defer a transition of the UE from non-connected mode to connected mode to delay a transfer of the data from the UE to the mobile network over the radio interface when the load on the control plane exceeds a threshold.
A method for producing a riveted connection between a ball joint pin having a pin longitudinal axis (BLA) and a component in the form of a metal sheet having a contact section (2.2) surrounding a preliminary hole (2.1), wherein the ball joint pin has at least a ball head section (1.1), an adjoining shaft section (1.2), a planar plate section (1.3) having a topside and an underside, and a rivet collar section (1.4), wherein the ball joint pin is connected to the component by deformation of the rivet collar section (1.4), wherein in a first step, the ball joint pin is inserted into the preliminary hole (2.1) by means of a joining tool in such a way that the plate section (1.3) is supported with its underside, at least in sections, preferably flatly, on the contact section (2.2) of the metal sheet component , and wherein in a second step, the rivet collar section (1.4) which is at least sectionally in the form of a hollow cylinder, is deformed in a controlled manner toward the metal sheet component by means of a matrix-shaped forming tool in the form of a riveting die in order to produce the riveted connection, wherein a shaping force (FF) is introduced into the rivet collar section (1.4) in a controlled manner via the riveting die , characterized in that the riveting of the ball joint pin to the metal sheet component takes place in a shaping die for producing the metal sheet component , and that in the second step, a hollow portion (1.41) of the rivet collar section (1.4) is first pre-flanged and then restruck using a suitable processing tool .
A composition, in particular a pharmaceutical composition, preferably for topical use for purposes of local anesthetisation, wherein the composition contains lidocaine as a local anesthetic in effective, in particular in pharmaceutically effective, amounts, wherein the composition contains the lidocaine in the form of lidocaine nanocrystals as a dispersion of the lidocaine nanocrystals in a dispersing agent, and wherein the lidocaine nanocrystals contain the lidocaine in a salt-free form in the form of 2-diethylamino-N-(2,6-dimethylphenyl)acetamide.
A motion assisting apparatus , comprising: a multijoint structure in which links are rotatably connected to each other in series, and which can be deformed in a bendable manner; a linear member which is inserted through each of the links in the multijoint structure , wherein one end is fixed to the link in front and another end is configured to pass and extend through the link in rear; a holding part which fixes the end of the linear member extending through the link in rear of the linear member , and slidably guides the rear link in a lengthwise direction extending along an extension direction of the linear member through the rear link ; a drive unit which drives the rear link to slide toward or away from the holding part and causes the multijoint structure , through which the linear member has been inserted, to engage in an extending motion or a flexing motion respectively; and a control unit which drive-controls the drive unit so that a sliding direction (A), a sliding speed and a sliding position of the rear link will become an intended state. a multijoint structure in which links are rotatably connected to each other in series, and which can be deformed in a bendable manner; a linear member which is inserted through each of the links in the multijoint structure , wherein one end is fixed to the link in front and another end is configured to pass and extend through the link in rear; a holding part which fixes the end of the linear member extending through the link in rear of the linear member , and slidably guides the rear link in a lengthwise direction extending along an extension direction of the linear member through the rear link ; a drive unit which drives the rear link to slide toward or away from the holding part and causes the multijoint structure , through which the linear member has been inserted, to engage in an extending motion or a flexing motion respectively; and a control unit which drive-controls the drive unit so that a sliding direction (A), a sliding speed and a sliding position of the rear link will become an intended state.
A server enclosure comprising: a plurality of slots , each slot comprising a first power connector and a second power connector ; a first power backplane electrically coupled to each of the first power connectors ; and a second power backplane electrically coupled to each of the second power connectors ; characterized in that the first power backplane distributes between 12 VDC and 48 VDC to each first power connector , and the second power backplane distributes between 360 VDC and 380 VDC to each second power connector . a plurality of slots , each slot comprising a first power connector and a second power connector ; a first power backplane electrically coupled to each of the first power connectors ; and a second power backplane electrically coupled to each of the second power connectors ;
A battery monitoring system for monitoring a battery module having a plurality of battery cells (202.1 - 202.n), the system comprising: a battery monitoring circuit to measure battery parameters of the plurality of battery cells (202.1-202.n) and to communicate the measured battery parameters to a master controller ; and an external monitor to monitor a voltage level of the plurality of battery cells (202.1-202.n) and in response to detection of a failure event based on the monitored voltage level, to disconnect a charging input from the plurality of battery cells (202.1-202.n), characterised in that the battery monitoring system further comprises: a redundant power supply to supply power to the battery monitoring circuit at least during the failure event. a battery monitoring circuit to measure battery parameters of the plurality of battery cells (202.1-202.n) and to communicate the measured battery parameters to a master controller ; and an external monitor to monitor a voltage level of the plurality of battery cells (202.1-202.n) and in response to detection of a failure event based on the monitored voltage level, to disconnect a charging input from the plurality of battery cells (202.1-202.n), characterised in that the battery monitoring system further comprises: a redundant power supply to supply power to the battery monitoring circuit at least during the failure event.
An electric strike having two independent keepers comprising: a top latch adapted to engage a deadbolt and a top solenoid arranged to unlock or lock said top latch , a bottom latch adapted to engage a mortise lock bolt and bottom solenoid arranged to unlock or lock said bottom latch , a fail secure slider for each of the top latch and bottom latch , each fail secure slider being independently operable, and wherein each latch is independently operable. a top latch adapted to engage a deadbolt and a top solenoid arranged to unlock or lock said top latch , a bottom latch adapted to engage a mortise lock bolt and bottom solenoid arranged to unlock or lock said bottom latch , a fail secure slider for each of the top latch and bottom latch , each fail secure slider being independently operable, and wherein each latch is independently operable.
A polybutylene terephthalate resin pellet comprising a polybutylene terephthalate resin and a lubricant, wherein the content of the lubricant is 0.05 to 0.30 % by mass of the total mass of the polybutylene terephthalate resin pellet, and wherein the infrared spectrum peak intensity derived from the lubricant with respect to the infrared spectrum peak intensity derived from the polybutylene terephthalate resin (absorption at 2850 cm -1 /absorption at 1019 cm -1 ) after pre-drying and before loading in a molding machine is 0.005 or greater and 0.055 or less, wherein the infrared spectrum peak intensity is measured as described in the description. wherein the content of the lubricant is 0.05 to 0.30 % by mass of the total mass of the polybutylene terephthalate resin pellet, and wherein the infrared spectrum peak intensity derived from the lubricant with respect to the infrared spectrum peak intensity derived from the polybutylene terephthalate resin (absorption at 2850 cm -1 /absorption at 1019 cm -1 ) after pre-drying and before loading in a molding machine is 0.005 or greater and 0.055 or less, wherein the infrared spectrum peak intensity is measured as described in the description.
A foldable wheel including a double hub , a rim formed of rubberised sectors , and spokes pivotally connecting each hub with the sectors of the rim , wherein the spokes have a fixed length and the sectors of the rim are configurable, starting from an extended condition forming the rim in which said hubs are set close to each other, in a collapsed condition in which said hubs are mutually spaced apart along the wheel axis and said spokes extend substantially parallel to the wheel axis , characterized in that it comprises an axially extendable and contractible central shaft bearing said two hubs , in that the spokes are pivoted to the hubs substantially on the wheel axis and in that in said collapsed condition said sectors of the rim extend longitudinally between said two hubs .
A surge protection device with a high breaking capacity, comprising a housing with at least two lead-out electrodes , a voltage limiting device and a thermal tripping mechanism , wherein the voltage limiting device and the thermal tripping mechanism are installed in the housing , characterized in that the voltage limiting device comprises a voltage limiter , a first electrode and a second electrode , wherein the voltage limiter , the first electrode and the second electrode are positioned and installed in an insulating cover ; the thermal tripping mechanism comprises a fixed assembly, a movable assembly and a thermal trigger device , wherein the fixed assembly and the movable assembly form a plurality of displacement switches arranged in series; the thermal trigger device is disposed in linkage with the movable assembly, and the thermal trigger device comprises a metal trigger sheet , a fusible alloy and an energy storage member ; a first end of the metal trigger sheet is fixed on the movable assembly, and a second end of the metal trigger sheet is fixed on the second electrode through welding by the fusible alloy, wherein a displacement of the movable assembly relative to the fixed assembly is limited, and the energy storage member accumulates potential energy to displace the movable assembly relative to the fixed assembly; and the first electrode is electrically connected to one lead-out electrode of the at least two lead-out electrodes , and both ends of the plurality of displacement switches arranged in series are electrically connected to the second electrode and another lead-out electrode of the at least two lead-out electrodes , respectively. the voltage limiting device comprises a voltage limiter , a first electrode and a second electrode , wherein the voltage limiter , the first electrode and the second electrode are positioned and installed in an insulating cover ; the thermal tripping mechanism comprises a fixed assembly, a movable assembly and a thermal trigger device , wherein the fixed assembly and the movable assembly form a plurality of displacement switches arranged in series; the thermal trigger device is disposed in linkage with the movable assembly, and the thermal trigger device comprises a metal trigger sheet , a fusible alloy and an energy storage member ; a first end of the metal trigger sheet is fixed on the movable assembly, and a second end of the metal trigger sheet is fixed on the second electrode through welding by the fusible alloy, wherein a displacement of the movable assembly relative to the fixed assembly is limited, and the energy storage member accumulates potential energy to displace the movable assembly relative to the fixed assembly; and the first electrode is electrically connected to one lead-out electrode of the at least two lead-out electrodes , and both ends of the plurality of displacement switches arranged in series are electrically connected to the second electrode and another lead-out electrode of the at least two lead-out electrodes , respectively.
For a device executing an integrated map and navigation application, a method for providing different operational modes of the application, the method comprising: displaying a map to search and browse in a first operational mode of the application , the map including a routing control for generating a route to a point of interest presented on the map, the first operational mode presenting the map in a non-immersive map view; receiving a first selection of the routing control; in response to the selection, displaying a navigation presentation in a second operational mode of the application , the navigation presentation providing turn-by-turn navigation instructions; characterised in that the method further comprises providing a particular set of controls for starting navigation of a route from a current location of the device to an identified destination by transitioning using a transition from the non-immersive map view of the first operational mode to a 3D immersive map view of the second operational mode; and to represent the transition, displaying an animated presentation that transitions from a first presentation of the map in the first operational mode to a second presentation of the map in the second operational mode. displaying a map to search and browse in a first operational mode of the application , the map including a routing control for generating a route to a point of interest presented on the map, the first operational mode presenting the map in a non-immersive map view; receiving a first selection of the routing control; in response to the selection, displaying a navigation presentation in a second operational mode of the application , the navigation presentation providing turn-by-turn navigation instructions; characterised in that the method further comprises providing a particular set of controls for starting navigation of a route from a current location of the device to an identified destination by transitioning using a transition from the non-immersive map view of the first operational mode to a 3D immersive map view of the second operational mode; and to represent the transition, displaying an animated presentation that transitions from a first presentation of the map in the first operational mode to a second presentation of the map in the second operational mode.