mhurhangee/ep-ind-claims huggingface dataset:
A light detection and ranging LIDAR, collision avoidance system the system comprising a lighting device arranged to produce a controllable light beam for illuminating a scene, the device comprising: a at least partially coherent infrared light source; an addressable spatial light modulator (140, 400) for displaying a computer-generated hologram written thereto, the spatial light modulator arranged to provide a selectable phase delay distribution to a beam of incident light from the at least partially coherent light source in accordance with the displayed hologram, wherein the phase delay distribution comprises a representation of a pattern of illumination in the Fourier domain; Fourier optics arranged to receive phase-modulated light from the spatial light modulator, wherein the Fourier optics are arranged to perform a frequency-space transformation upon the received phase-modulated light to form a light distribution; and projection optics arranged to project the light distribution to form the pattern of illumination as said controllable light beam; a at least partially coherent infrared light source; an addressable spatial light modulator (140, 400) for displaying a computer-generated hologram written thereto, the spatial light modulator arranged to provide a selectable phase delay distribution to a beam of incident light from the at least partially coherent light source in accordance with the displayed hologram, wherein the phase delay distribution comprises a representation of a pattern of illumination in the Fourier domain; Fourier optics arranged to receive phase-modulated light from the spatial light modulator, wherein the Fourier optics are arranged to perform a frequency-space transformation upon the received phase-modulated light to form a light distribution; and projection optics arranged to project the light distribution to form the pattern of illumination as said controllable light beam;
A method for certificate revocation check during a subscription related procedure for a subscriber entity, the method being performed by the subscriber entity, the method comprising: sending (S102a) a nonce as a challenge towards the subscription management entity; receiving a message from a subscription management entity during the subscription related procedure for the subscriber entity, the message comprising a certificate and an Online Certificate status Protocol, OCSP, response for the certificate, the OCSP response being bound to the nonce and indicating a revocation state of the certificate; and determining whether the certificate has been revoked or not by checking the revocation state as indicated in the OCSP response. sending (S102a) a nonce as a challenge towards the subscription management entity; receiving a message from a subscription management entity during the subscription related procedure for the subscriber entity, the message comprising a certificate and an Online Certificate status Protocol, OCSP, response for the certificate, the OCSP response being bound to the nonce and indicating a revocation state of the certificate; and determining whether the certificate has been revoked or not by checking the revocation state as indicated in the OCSP response.
An image capturing apparatus for capturing an image of a palm (121, 621), the image capturing apparatus comprising: an image pickup unit (111, 601) configured to capture the image of the palm (121, 621); a light source unit (112, 602, 603) configured to evenly illuminate with light a plane intersecting an optical axis of the image pickup unit at a prescribed angle, wherein the plane is determined by a scope where an image-capturing scope of the image pickup unit and an illumination scope of the light source unit are overlapping and a light intensity distribution is roughly even on a surface of the palm when the plane includes the surface of the palm; a process unit configured to obtain the light intensity distribution on the surface of the palm by analyzing pixel values of the image of the palm which is illuminated with the light, to determine whether the palm and the light source unit are in a proximate state on the basis of the light intensity distribution, wherein the proximate state is a state in which the captured image is unclear, and to generate guidance information reporting that the palm and the light source unit are in the proximate state when the palm and the light source unit are determined to be in the proximate state; and an output unit configured to output the guidance information. an image pickup unit (111, 601) configured to capture the image of the palm (121, 621); a light source unit (112, 602, 603) configured to evenly illuminate with light a plane intersecting an optical axis of the image pickup unit at a prescribed angle, wherein the plane is determined by a scope where an image-capturing scope of the image pickup unit and an illumination scope of the light source unit are overlapping and a light intensity distribution is roughly even on a surface of the palm when the plane includes the surface of the palm; a process unit configured to obtain the light intensity distribution on the surface of the palm by analyzing pixel values of the image of the palm which is illuminated with the light, to determine whether the palm and the light source unit are in a proximate state on the basis of the light intensity distribution, wherein the proximate state is a state in which the captured image is unclear, and to generate guidance information reporting that the palm and the light source unit are in the proximate state when the palm and the light source unit are determined to be in the proximate state; and an output unit configured to output the guidance information.
An apparatus, comprising: a circuit configured for bidirectional communication with a conditioning circuit by transmitting and receiving a signal as a serial protocol over a pair of electrical conductors, wherein the serial protocol is defined as a series of pulses distributed over at least one transmission frame, wherein at least one pulse in the transmission frame is simultaneously encoded by modulating one of a width and an amplitude of the pulse to represent one of two first logic states to communicate information from the circuit to the conditioning circuit, and modulating the other of the width and the amplitude of the pulse to represent one of two second logic states to communicate information from the conditioning circuit to the circuit.
A device adapted to identify and monitor a reagent kit adapted for insertion into an analytical system, wherein the device is configured for being positioned in said reagent kit and comprises: - means for measuring the temperature of the reagent kit; - means for measuring the light level to which the reagent kit is subjected; - means for measuring the electric conductivity level of one or more reagents of the reagent kit, said means for measuring the electric conductivity level being in contact with said one or more reagents; - means for measuring the triaxial acceleration to which the reagent kit is subjected; - a multiparameter data-logger for logging the data obtained from said temperature, light, conductivity and acceleration measuring means; - means for storing and transmitting data identifying the reagent kit and said data obtained from said temperature, light, conductivity and acceleration measuring means, in order to detect operational or non-operational conditions of said kit. - means for measuring the temperature of the reagent kit; - means for measuring the light level to which the reagent kit is subjected; - means for measuring the electric conductivity level of one or more reagents of the reagent kit, said means for measuring the electric conductivity level being in contact with said one or more reagents; - means for measuring the triaxial acceleration to which the reagent kit is subjected; - a multiparameter data-logger for logging the data obtained from said temperature, light, conductivity and acceleration measuring means; - means for storing and transmitting data identifying the reagent kit and said data obtained from said temperature, light, conductivity and acceleration measuring means, in order to detect operational or non-operational conditions of said kit.
A numerically controlled turning center (1; 100), comprising: a load-bearing gantry structure, with a horizontal cross member and two uprights; a first slide movable along the cross member according to a first numerically controlled translation axis; at least a first machining head (13, 15, 17) carried by the first slide and comprising a first downward facing rotary tool (13.1, 15.1, 17.1) for chip removal machining; a second slide, positioned under the cross member and movable along a second horizontal, preferably numerically controlled, translation axis and orthogonal to the first numerically controlled translation axis; a support and rotation unit, adapted to support a workpiece to be machined (P1, P2, P) and to impart thereto a rotation movement about a turning axis; wherein the support and rotation unit is carried by the second slide and comprises a first pair of support and rotation members (21, 23) for a workpiece to be machined (P1, P2, P), aligned with each other along a first rotation axis parallel to the cross member, orthogonal to the second translation axis and positioned lower than the cross member; and wherein the first machining head (13, 15, 17) is provided with a lowering and lifting movement (Y13, 15, Y17) for moving toward and away from the support and rotation unit. a load-bearing gantry structure, with a horizontal cross member and two uprights; a first slide movable along the cross member according to a first numerically controlled translation axis; at least a first machining head (13, 15, 17) carried by the first slide and comprising a first downward facing rotary tool (13.1, 15.1, 17.1) for chip removal machining; a second slide, positioned under the cross member and movable along a second horizontal, preferably numerically controlled, translation axis and orthogonal to the first numerically controlled translation axis; a support and rotation unit, adapted to support a workpiece to be machined (P1, P2, P) and to impart thereto a rotation movement about a turning axis;
Drawer having two side frames and a base arranged between the side frames, wherein each side frame has a plurality of adapters (5, 20, 40) which are spaced apart from one another and to which the base and at least one cover (6, 7) of the side frame are fixed, whereby a guide element (50, 60, 70) is fixed to at least one adapter (20, 40) or the at least one cover (6, 7) below the base, which guide element (50, 60, 70) is arranged in a flush manner relative to a guide surface of the adapter, characterized in that the adapters (20, 40) are made of a bent metal sheet and a guide surface of the adapter (20, 40) is extended by the guide element (50, 60, 70), and the guide element (50, 60, 70) is fixed for mounting to at least one adapter or to the cover in the guide area only.
A method for uninterrupted execution of control software in an aircraft control system comprising: creating a plurality of static data copies; determining a first parity bit for each of the plurality of static data copies; reading a first static data copy by a processor for use during operation; determining a second parity bit for the first static data copy; detecting a parity fault in the first static data copy if the first parity bit does not match the second parity bit; switching to read a second static data copy in response to detecting a parity fault in the first static data copy; and further including writing each static data copy into a random access memory in conjunction with determining the first parity bit and reading the first static data copy from the RAM in conjunction with determining the second parity bit; the method further including comparing the plurality of static data copies stored in the RAM to each other to determine a corrupted static data copy responsive to at least one bit not matching a corresponding bit in the remaining plurality of static data copies; and further including overwriting the corrupted static data copy with another of the plurality of static data copies, or overwriting the corrupted static data copy with a new static data copy from a read only memory. creating a plurality of static data copies; determining a first parity bit for each of the plurality of static data copies; reading a first static data copy by a processor for use during operation; determining a second parity bit for the first static data copy; detecting a parity fault in the first static data copy if the first parity bit does not match the second parity bit; switching to read a second static data copy in response to detecting a parity fault in the first static data copy; and further including writing each static data copy into a random access memory in conjunction with determining the first parity bit and reading the first static data copy from the RAM in conjunction with determining the second parity bit; the method further including comparing the plurality of static data copies stored in the RAM to each other to determine a corrupted static data copy responsive to at least one bit not matching a corresponding bit in the remaining plurality of static data copies; and further including overwriting the corrupted static data copy with another of the plurality of static data copies, or overwriting the corrupted static data copy with a new static data copy from a read only memory.
A covering material for a heat resistant electric wire, which comprises a fluorinated copolymer composition containing a melt-moldable fluorinated copolymer and a non-fluorinated thermoplastic resin in a volume ratio of / =99/1 to 60/40, wherein the non-fluorinated thermoplastic resin is contained in the fluorinated copolymer composition in the form of fine particles having an average dispersed particle size of at most 8 μm, the fluorinated copolymer composition has a storage elastic modulus of at least 90 MPa by dynamic viscoelasticity measurement at 200°C, and the fluorinated copolymer has at least one reactive functional group selected from the group consisting of a carbonyl group, a carbonate group, a hydroxy group, an epoxy group, a carbonyl dioxy group, a carboxy group, a haloformyl group, an alkoxy carbonyl group, an acid anhydride residue and an isocyanate group.
A heat transfer system for heating or cooling a device coupled thereto, the heat transfer system comprising: a plurality of heat transfer elements; wherein each heat transfer element comprises at least one semiconductor element pair arranged to yield Peltier effect heat transfer, each semiconductor element pair comprising a P-doped semiconductor element and an N-doped semiconductor element; the heat transfer elements are independent such that each heat transfer element can be activated so as to yield Peltier effect heat transfer independently of each other heat transfer element; and a controller configured to control the heat transfer elements independently from one another, wherein each heat transfer element is arranged as a substantially straight row of P-doped and N-doped junctions, and wherein the controller is configured to control the heat transfer elements dependent upon a footprint of the device, the footprint overlapping some rows of elements but not others, such that if one row fails, the controller is configured to control Z one or more of the rows adjacent the failed row to provide the heating/cooling that should have been provided by the failed row. a plurality of heat transfer elements; wherein each heat transfer element comprises at least one semiconductor element pair arranged to yield Peltier effect heat transfer, each semiconductor element pair comprising a P-doped semiconductor element and an N-doped semiconductor element; the heat transfer elements are independent such that each heat transfer element can be activated so as to yield Peltier effect heat transfer independently of each other heat transfer element; and a controller configured to control the heat transfer elements independently from one another, wherein each heat transfer element is arranged as a substantially straight row of P-doped and N-doped junctions, and wherein the controller is configured to control the heat transfer elements dependent upon a footprint of the device, the footprint overlapping some rows of elements but not others, such that if one row fails, the controller is configured to control Z one or more of the rows adjacent the failed row to provide the heating/cooling that should have been provided by the failed row.
A cooking appliance comprising: a housing including an internal compartment, wherein at least a portion of the housing comprises an electrically conductive portion; and an antenna for at least one of receiving RF signals and transmitting RF signals, wherein the antenna comprises an active component and a connection to said electrically conductive portion such that said electrically conductive portion serves as a ground plane of said antenna, wherein said housing further comprises a door assembly having a closed position and an open position for allowing user ingress into said internal compartment, said door assembly including a window for allowing viewing of the internal compartment from outside the internal compartment, characterised in that said window includes said electrically conductive portion in the form of at least one transparent conductive layer (61, 62, 63, 64, 65). a housing including an internal compartment, wherein at least a portion of the housing comprises an electrically conductive portion; and an antenna for at least one of receiving RF signals and transmitting RF signals, wherein the antenna comprises an active component and a connection to said electrically conductive portion such that said electrically conductive portion serves as a ground plane of said antenna,
Marimastat or a pharmaceutically acceptable salt, solvate or polymorph thereof for use in preventing or treating epileptogenesis in a subject that suffered a brain insult.
A method of providing access control, AC, in respect of a database storing information, where the database is configured to accept a database query and return information extracted from the database, the method being implemented at least in part at a policy enforcement point, PEP, which is located between the database and a database client, and comprising: i) intercepting, at the PEP, query to the database; ii) assigning attribute values by performing at least one of the following: ii-a) assigning a resource attribute value based on at least one target table or target column appearing in the query; ii-b) assigning an action attribute value based on a construct type appearing in the query; and ii-c) assigning a subject and/or environment attribute value based on an identity of a user or on environment data; iii) providing an attributed-based AC policy defined in terms of said attributes; iv) deriving an access condition, for which the AC policy, when evaluated for the attribute value(s) assigned in step ii), evaluates to permit access; and v) amending the database query by imposing said access condition and vi) transmitting the amended query to the database. i) intercepting, at the PEP, query to the database; ii) assigning attribute values by performing at least one of the following: ii-a) assigning a resource attribute value based on at least one target table or target column appearing in the query; ii-b) assigning an action attribute value based on a construct type appearing in the query; and ii-c) assigning a subject and/or environment attribute value based on an identity of a user or on environment data; ii-a) assigning a resource attribute value based on at least one target table or target column appearing in the query; ii-b) assigning an action attribute value based on a construct type appearing in the query; and ii-c) assigning a subject and/or environment attribute value based on an identity of a user or on environment data; iii) providing an attributed-based AC policy defined in terms of said attributes; iv) deriving an access condition, for which the AC policy, when evaluated for the attribute value(s) assigned in step ii), evaluates to permit access; and v) amending the database query by imposing said access condition and vi) transmitting the amended query to the database.
Multifunctional steering column for a motor vehicle, comprising a steering console for connecting the steering column to a chassis of the motor vehicle; a steering tube having a steering tube axis and which is held on the steering console; a steering wheel connection for mechanically coupling the steering column with a steering wheel and a steering gear end on which is arranged a steering gear clutch having a steering gear connection for mechanically coupling with a steering gear of the motor vehicle; a first actuator device for adjusting a first steering angle of the steering wheel connection about the steering tube axis relative to the steering console; as well as a control device for controlling the first actuator device and the steering gear clutch, wherein the steering gear clutch is designed for mechanically coupling the steering tube with the steering gear of the motor vehicle in a coupling position for an emergency operation, and for mechanically decoupling the steering tube from the steering gear of the motor vehicle in a decoupling position for a normal operation, wherein normal operation has two operating modes: a steer-by-wire operating mode and an autonomous operating mode, characterized in that the steering column has a first steering angle sensor for detecting the first steering angle of the steering wheel connection about the steering tube axis, and a second steering angle sensor for detecting a second steering angle of the steering gear connection about the steering tube axis, wherein the control device is designed to control the first actuator device such that the first steering angle is adapted to the second steering angle, and wherein the control device is further designed to adjust the steering gear coupling into the coupling position when the first steering angle corresponds to the second steering angle, wherein a reliable switching from the autonomous operating mode into the steer-by-wire operating mode and the emergency operating mode is possible even when the second steering angle differs from 0°, wherein the steering tube has an upper steering tube and a lower steering tube; wherein the upper steering tube and the lower steering tube are displaceable relative to each other along the steering tube axis; wherein the steering column has a second actuator device for the relative displacement of the upper steering tube with respect to the lower steering tube; and wherein the control device is designed to control the second actuator device.