mhurhangee/ep-ind-claims huggingface dataset:
A modular control device comprising: - a base module adapted for being mounted on a wall or a ceiling, - at least one functional extension module adapted for being removably connected to the base module via a connection interface to add a functionality to the modular control device, and - means for sending information to a remote device, characterised in that - the base module comprises a mounting box for being mounted in a wall, wherein a device identification of the base module is located in the mounting box and wherein the device identification is adapted to couple the modular control device to a particular location, and - the connection interface is adapted for allowing current to be provided from the base module to the at least one functional extension module and allows data to be exchanged between the base module and the at least one functional extension module, for automatically linking the functional extension module to that specific location of the modular control device. - a base module adapted for being mounted on a wall or a ceiling, - at least one functional extension module adapted for being removably connected to the base module via a connection interface to add a functionality to the modular control device, and - means for sending information to a remote device, characterised in that - the base module comprises a mounting box for being mounted in a wall, wherein a device identification of the base module is located in the mounting box and wherein the device identification is adapted to couple the modular control device to a particular location, and - the connection interface is adapted for allowing current to be provided from the base module to the at least one functional extension module and allows data to be exchanged between the base module and the at least one functional extension module, for automatically linking the functional extension module to that specific location of the modular control device.
A matrix with a plurality of freely flow able channels for an exhaust gas of internal combustion engines, the matrix comprising plural layers of a metal foil, - wherein at least one metal foil is a smooth metal foil, - wherein at least one structured, in particular continuously structured metal foil includes a primary structure in a form of waves, - wherein the smooth metal foil is provided in an axial direction only in first sections, characterized in that - the other structured foil includes pass through openings whose cut surfaces (6a, b) that are oriented towards one another are offset relative to one another transversal to a main plane of the foil, - the pass through openings are in sections in which no metal foil is provided that is provided smooth in the first sections, - the pass through openings are elements of a secondary structure which is provided at the continuously structured foil, - a secondary structure includes fold overs of wave peaks in an inward direction, - the fold overs are arranged in the sections remote from the metal foil that is arranged in the first sections. - wherein at least one metal foil is a smooth metal foil, - wherein at least one structured, in particular continuously structured metal foil includes a primary structure in a form of waves, - wherein the smooth metal foil is provided in an axial direction only in first sections, characterized in that - the other structured foil includes pass through openings whose cut surfaces (6a, b) that are oriented towards one another are offset relative to one another transversal to a main plane of the foil, - the pass through openings are in sections in which no metal foil is provided that is provided smooth in the first sections, - the pass through openings are elements of a secondary structure which is provided at the continuously structured foil, - a secondary structure includes fold overs of wave peaks in an inward direction, - the fold overs are arranged in the sections remote from the metal foil that is arranged in the first sections.
A system comprising a processing device and a camera associated with an HMD, the system being configured to track the location of one or more peripheral control devices, peripherals, operated by a user, the system comprising: a tracking unit configured to determine a location of the one or more peripherals in dependence upon images captured by the camera associated with an HMD worn by the user; a generation unit configured to generate, in response to a determination by the tracking unit that one or more of the peripherals is not visible in the images, an array of home points behind the user, the home points being locations defined in dependence upon constraints upon the user's motion; an estimation unit configured to estimate the respective locations of non-visible peripherals in dependence upon the output of one or more inertial measurement units associated with each peripheral; and a selection unit configured to select a home point, from amongst the array of home points, for each of the non-visible peripherals, the system being characterised in that the tracking unit is configured to generate a location for each non-visible peripheral such that the location converges towards the selected home point with a convergence rate that is dependent upon the distance between the estimated location and the selected home point. a tracking unit configured to determine a location of the one or more peripherals in dependence upon images captured by the camera associated with an HMD worn by the user; a generation unit configured to generate, in response to a determination by the tracking unit that one or more of the peripherals is not visible in the images, an array of home points behind the user, the home points being locations defined in dependence upon constraints upon the user's motion; an estimation unit configured to estimate the respective locations of non-visible peripherals in dependence upon the output of one or more inertial measurement units associated with each peripheral; and a selection unit configured to select a home point, from amongst the array of home points, for each of the non-visible peripherals, the system being characterised in that the tracking unit is configured to generate a location for each non-visible peripheral such that the location converges towards the selected home point with a convergence rate that is dependent upon the distance between the estimated location and the selected home point. the system being characterised in that the tracking unit is configured to generate a location for each non-visible peripheral such that the location converges towards the selected home point with a convergence rate that is dependent upon the distance between the estimated location and the selected home point.
A nozzle arrangement for a fuel injector including a nozzle body having a longitudinal axis, and including a valve seat located towards the distal end thereof, and housing a needle (3,6) located within said nozzle body and wherein said nozzle body and said needle define a nozzle body volume at the distal end of said nozzle, said needle adapted to be slidable within said nozzle body along said axis, to a closed position where the tip of the needle is in contact with the valve seat, and an open position where the needle tip is in a position away form said valve seat, characterized wherein said needle comprises a needle main portion and a separate needle tip portion, said needle main portion arranged such that in operation it does not come into contact with the valve seat, and said needle main portion also including a recess located at its distal end for location of said needle tip portion, and having spring means located between main portion and tip portion, said tip portion adapted to move along said axis relative to said needle main portion, wherein the proximal portion of said needle tip and said recess form a pressure chamber, characterised in that the distal end of the needle main portion includes at least one orifice or flow channel fluidly connecting said pressure chamber to said nozzle body volume.
An anticorrosive coating composition for use in the formation of an anticorrosive coating film having a dry film thickness of 100 μm or more, the anticorrosive coating composition comprising an epoxy resin, a curing agent, a silane coupling agent, an oxidized polyethylene wax, and an extender pigment, but substantially comprises no fatty acid amide wax.
A system for analyzing eye movements of a subject, the system comprising: an eye tracking device configured to track eye movements of the subject; a display; and a processor in communication with the eye tracking device and the display, the processor configured to: cause the display to present a visual stimulus to the subject; cause the eye tracking device to track eye movements of the subject; identify fixational eye movements from the tracked eye movements, the fixational eye movements including one of microsaccades and square wave jerks; characterizing one or more dynamics of the fixational eye movements; assessing one or more differences between the dynamics of the fixational eye movements as compared to corresponding controls, wherein said controls correspond to healthy fixational eye movement dynamics of a healthy subject; and determine at least one of a presence, an absence, a severity, a progression, and a response to treatment of a neurological disease based on the assessment, the neurological disease being one of Alzheimer's Disease and Mild Cognitive Impairment and that the processor is configured to generate a report including information indicative of the determination of at least one of the presence, the absence, the severity, the progression, and the response to treatment. an eye tracking device configured to track eye movements of the subject; a display; and a processor in communication with the eye tracking device and the display, the processor configured to: cause the display to present a visual stimulus to the subject; cause the eye tracking device to track eye movements of the subject; identify fixational eye movements from the tracked eye movements, the fixational eye movements including one of microsaccades and square wave jerks; characterizing one or more dynamics of the fixational eye movements; assessing one or more differences between the dynamics of the fixational eye cause the display to present a visual stimulus to the subject; cause the eye tracking device to track eye movements of the subject; identify fixational eye movements from the tracked eye movements, the fixational eye movements including one of microsaccades and square wave jerks; characterizing one or more dynamics of the fixational eye movements; assessing one or more differences between the dynamics of the fixational eye movements as compared to corresponding controls, wherein said controls correspond to healthy fixational eye movement dynamics of a healthy subject; and determine at least one of a presence, an absence, a severity, a progression, and a response to treatment of a neurological disease based on the assessment, the neurological disease being one of Alzheimer's Disease and Mild Cognitive Impairment and that the processor is configured to generate a report including information indicative of the determination of at least one of the presence, the absence, the severity, the progression, and the response to treatment.
A process for the manufacture of a sour milk product, characterised in that the fat portion of a milk raw material is physically modified by high-pressure homogenization at a pressure of 250-1000 bar and/or microfiltration and that the milk raw material containing physically modified fat globules is treated with a crosslinking enzyme and soured.
An ink composition set, comprising at least: a solvent-based orange ink composition containing an orange pigment as a pigment and a solvent; and a solvent-based red ink composition containing a red pigment as a pigment and a solvent, wherein the water content of the solvent-based orange ink composition is 2% by mass or less, the water content of the solvent-based red ink composition is 2% by mass or less, the solvent-based orange ink composition contains C.I. Pigment Orange 43 as the orange pigment, and characterized in that the solvent-based red ink composition contains a diketopyrrolopyrrole pigment as the red pigment. a solvent-based orange ink composition containing an orange pigment as a pigment and a solvent; and a solvent-based red ink composition containing a red pigment as a pigment and a solvent, wherein the water content of the solvent-based orange ink composition is 2% by mass or less, the water content of the solvent-based red ink composition is 2% by mass or less, the solvent-based orange ink composition contains C.I. Pigment Orange 43 as the orange pigment, and characterized in that the solvent-based red ink composition contains a diketopyrrolopyrrole pigment as the red pigment.
In a system receiving a composite signal comprising a desired signal having desired data and an interference signal having interfering data, a method of identifying the interference signal, comprising the steps of: a) demodulating the composite signal to produce the desired data; b) remodulating the desired data to generate a reconstructed desired signal; and c) subtracting the reconstructed desired signal from an at least partially demodulated composite signal to generate the interference signal; characterised in that that the method comprises: d) at least partially demodulating the interference signal using a first scrambling code to produce a first demodulated interference signal; e) computing a statistic of the demodulated interference signal, wherein the statistic is a synchronization statistic; f) repeating steps d) through e) to generate a plurality of statistics of the demodulated signal, one statistic for each of a plurality of associated scrambling codes; and g) identifying the interference signal according to a comparison of the plurality of statistics. a) demodulating the composite signal to produce the desired data; b) remodulating the desired data to generate a reconstructed desired signal; and c) subtracting the reconstructed desired signal from an at least partially demodulated composite signal to generate the interference signal; characterised in that that the method comprises: d) at least partially demodulating the interference signal using a first scrambling code to produce a first demodulated interference signal; e) computing a statistic of the demodulated interference signal, wherein the statistic is a synchronization statistic; f) repeating steps d) through e) to generate a plurality of statistics of the demodulated signal, one statistic for each of a plurality of associated scrambling codes; and g) identifying the interference signal according to a comparison of the plurality of statistics.
A system for measuring an electromagnetic field comprising: - an antenna device disposed at a particular location on a plane substrate, the antenna device being arranged to provide a pair of signals representative of a pair of orthogonal components of the electromagnetic field at the particular location where the antenna device is located; characterised in that the system further comprises - a printed circuit for signal transmission, the printed circuit being orthogonally disposed with respect to the plane substrate on which the antenna device is disposed, the printed circuit including a transmission line coupled to the antenna device, the transmission line comprising a first and a second signal conductor arranged to transmit the pair of signals provided by the antenna device towards a measurement module. - an antenna device disposed at a particular location on a plane substrate, the antenna device being arranged to provide a pair of signals representative of a pair of orthogonal components of the electromagnetic field at the particular location where the antenna device is located; - a printed circuit for signal transmission, the printed circuit being orthogonally disposed with respect to the plane substrate on which the antenna device is disposed, the printed circuit including a transmission line coupled to the antenna device, the transmission line comprising a first and a second signal conductor arranged to transmit the pair of signals provided by the antenna device towards a measurement module.
A high-pressure hermetic terminal for use in high-pressure operating environment comprising: a cap-shaped, metal body comprising a generally planar top wall and a cylindrical side wall, the top wall comprising a thickness and having an opening extending therethrough in the direction of a longitudinal axis, the opening comprising a sidewall having a length equal to the thickness of the top wall; wherein the reinforcing member comprises a body portion and a rim portion located at one end of the body portion, and the rim portion seats against the top wall of the terminal body for providing structural reinforcement of the top wall to increase the resistance of the top wall to deformation under the force generated in the high-pressure operating environment; characterized in that a metal, tubular reinforcing member located within the opening and extending along the longitudinal axis, an outer diameter of the reinforcing member being sized to closely fit within the opening such that an exterior surface of the reinforcing member is adjacent to a wall of the opening, the reinforcing member being joined to the body by a filler metal; a current-conducting pin extending through the reinforcing member along the longitudinal axis; and an electrically insulating fusible sealing material joining and hermetically sealing the current-conducting pin to the reinforcing. a cap-shaped, metal body comprising a generally planar top wall and a cylindrical side wall, the top wall comprising a thickness and having an opening extending therethrough in the direction of a longitudinal axis, the opening comprising a sidewall having a length equal to the thickness of the top wall; wherein the reinforcing member comprises a body portion and a rim portion located at one end of the body portion, and the rim portion seats against the top wall of the terminal body for providing structural reinforcement of the top wall to increase the resistance of the top wall to deformation under the force generated in the high-pressure operating environment; characterized in that a metal, tubular reinforcing member located within the opening and extending along the longitudinal axis, an outer diameter of the reinforcing member being sized to closely fit within the opening such that an exterior surface of the reinforcing member is adjacent to a wall of the opening, the reinforcing member being joined to the body by a filler metal; a current-conducting pin extending through the reinforcing member along the longitudinal axis; and an electrically insulating fusible sealing material joining and hermetically sealing the current-conducting pin to the reinforcing.
Electric shaver comprising a handle and a shaver head including at least one cutter unit including a cutter element and a shear foil, wherein said shaver head is connected to said handle by means of a support structure providing for a swivel and/or tilting axis (7, 211) about which said shaver head may swivel or tilt relative to said handle, wherein said cutter element is drivable by a drive unit in an oscillating manner along a cutter oscillation axis, said drive unit including an elongated drive transmitter coupled to said cutter element, characterized in that said elongated drive transmitter is coupled to said cutter element by means of a pivot joint providing for a pair of pivot axes (11, 12) extending perpendicular to each other and transverse to a longitudinal axis of said elongated drive transmitter to allow said cutter element multiaxial pivoting relative to said elongated drive transmitter, wherein said pivot joint is mounted to said elongated drive transmitter and to said cutter element fixedly in the direction of said cutter oscillation axis and displaceably in directions (111, 113) perpendicular thereto to allow for displacement of said pivot joint relative to said cutter element in a first direction transverse to the cutter oscillation axis and to the longitudinal axis of said elongated drive transmitter and relative to said elongated drive transmitter and/or to said cutter element in a second direction substantially parallel to the longitudinal axis of said elongated drive transmitter.
A hybrid vehicle having a drive system including a starter motor, an engine, and a motor/generator, and a power supply system including a high voltage battery as power supply of the motor/generator, a capacitor as power supply of the starter motor, and characterized in that the hybrid vehicle includes a control system comprising: a starter start-up control unit that cranks the engine for starter start-up using the starter motor powered by the capacitor, an M/G start-up control unit that cranks the engine for M/G start-up using the motor/generator powered by the high voltage battery; a capacitor charge and discharge control unit that controls charging and discharging of the capacitor and an engine start-up region map setting unit in which, during selection of the EV mode with the motor/generator serving as driving force, an M/G start-up region is defined by subtracting an engine cranking required torque from an EV region defined by a maximum motor output torque characteristic with respect to a vehicle speed, wherein the capacitor charge and discharge control unit is configured, during selection of EV mode when an operating point in accordance with the vehicle speed and the required driving force is present in the M/G start-up region, to maintain the capacitor voltage at or below a deterioration free voltage at which deterioration does not proceed, while, when the operating point is deviated from the M/G start-up region, the capacitor is recharged to or above a starter start-up permission voltage. a starter start-up control unit that cranks the engine for starter start-up using the starter motor powered by the capacitor, an M/G start-up control unit that cranks the engine for M/G start-up using the motor/generator powered by the high voltage battery; a capacitor charge and discharge control unit that controls charging and discharging of the capacitor and an engine start-up region map setting unit in which, during selection of the EV mode with the motor/generator serving as driving force, an M/G start-up region is defined by subtracting an engine cranking required torque from an EV region defined by a maximum motor output torque characteristic with respect to a vehicle speed, wherein the capacitor charge and discharge control unit is configured, during selection of EV mode when an operating point in accordance with the vehicle speed and the required driving force is present in the M/G start-up region, to maintain the capacitor voltage at or below a deterioration free voltage at which deterioration does not proceed, while, when the operating point is deviated from the M/G start-up region, the capacitor is recharged to or above a starter start-up permission voltage.
Injection mould, of the type comprising a cooling circuit, the inlet and the outlet of the cooling circuit each being provided with a connection element (5, 7) with an obturator (51, 71) for connection to and disconnection from a cooling fluid feed circuit, characterized in that the cooling circuit is provided with a volume compensation device, the cooling circuit including sealing gaskets (94, 96) suitable for preventing any loss of cooling fluid out of the cooling circuit.