mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for preventing access to a resource, the apparatus comprising a processor and a memory storing instructions that, when executed by the processor, cause the processor to: receive a request from a subject communication device (102 1...N) for access to the resource, the subject communication device (102 1...N) having a device type; cause transmission of computer executable code to the subject communication device (102 1...N), which computer executable code is arranged, when executed by the subject communication device (102 1...N), to retrieve from the subject communication device (102 1...N) actual values of a plurality of attributes of the subject communication device (102 1...N) and to transmit the actual values of the plurality of attributes to the apparatus; and receive the actual values of the plurality of attributes from the subject communication device (102 1...N), wherein the instructions also causing the processor to: retrieve from a device property store reference values of the plurality of attributes for the device type of the subject communication device (102 1...N); compare the actual values to the reference values to identify a group of attributes for which the actual values and the reference values either do or do not match; retrieve from the device property store a confidence parameter for each of the reference values of the group of attributes; determine a confidence score for the subject communication device (102 1...N) by combining the confidence parameters of the reference values of the group of attributes; and prevent the subject communication device (102 1...N) from accessing the resource based on the confidence score. receive a request from a subject communication device (102 1...N) for access to the resource, the subject communication device (102 1...N) having a device type; cause transmission of computer executable code to the subject communication device (102 1...N), which computer executable code is arranged, when executed by the subject communication device (102 1...N), to retrieve from the subject communication device (102 1...N) actual values of a plurality of attributes of the subject communication device (102 1...N) and to transmit the actual values of the plurality of attributes to the apparatus; and receive the actual values of the plurality of attributes from the subject communication device (102 1...N), wherein the instructions also causing the processor to: retrieve from a device property store reference values of the plurality of attributes for the device type of the subject communication device (102 1...N); compare the actual values to the reference values to identify a group of attributes for which the actual values and the reference values either do or do not match; retrieve from the device property store a confidence parameter for each of the reference values of the group of attributes; determine a confidence score for the subject communication device (102 1...N) by combining the confidence parameters of the reference values of the group of attributes; and prevent the subject communication device (102 1...N) from accessing the resource based on the confidence score.
Combustion chamber for a gas turbine, the combustion chamber wall of which is provided on the inside with a lining formed from a plurality of heat shield elements, wherein the heat shield element or each heat shield element forms with the combustion chamber wall an inner space which can be exposed to a cooling medium and into which a flow element is inserted for selective adjustment of a cooling medium stream, characterised in that the flow element is mounted with a positive fit on the combustion chamber wall and detachably connected to the combustion chamber wall.
Tappet arrangement for a high pressure pump, comprising: - a tappet body, - a roller arranged partly in the tappet body, - a fixing for holding the roller in the tappet body to prevent a movement of the roller in direction of the longitudinal axis of the roller, wherein the tappet body comprises: - two curved side surfaces arranged opposite to each other aligned in direction of the longitudinal axis of the roller for movable coupling the tappet arrangement with a pump housing of the high pressure pump, characterized in that the fixing comprises two projecting parts each having a tip that is in contact with the roller center at the longitudinal axis to prevent a movement of the roller in direction of the longitudinal axis of the roller. - a tappet body, - a roller arranged partly in the tappet body, - a fixing for holding the roller in the tappet body to prevent a movement of the roller in direction of the longitudinal axis of the roller, wherein the tappet body comprises: - two curved side surfaces arranged opposite to each other aligned in direction of the longitudinal axis of the roller for movable coupling the tappet arrangement with a pump housing of the high pressure pump,
A replaceable cartridge for a liquid diffusion device, the replaceable cartridge comprising: a cartridge housing including a plurality of housing pieces fixedly coupled together and defining an internal housing cavity partially filled with a liquid to be aerosolized; and a venturi device positioned within the internal housing cavity for generating aerosolized matter from the liquid contained in the internal housing cavity, wherein the plurality of housing pieces include an internal housing body defining at least a portion of a receptacle for the liquid to be aerosolized, an upper housing cap including an outlet through which the aerosolized matter is discharged during use, and an outer casing surrounding at least a lower portion of the internal housing body, wherein the internal housing body defines at least a portion of a gas supply conduit that extends from a bottom end of the replaceable cartridge to the venturi device and through the liquid to be aerosolized, and characterized in that a liquid retention device is positioned within the gas supply conduit adjacent the venturi device to retain liquid that may pass downward through the venturi device into the gas supply conduit. a cartridge housing including a plurality of housing pieces fixedly coupled together and defining an internal housing cavity partially filled with a liquid to be aerosolized; and a venturi device positioned within the internal housing cavity for generating aerosolized matter from the liquid contained in the internal housing cavity, wherein the plurality of housing pieces include an internal housing body defining at least a portion of a receptacle for the liquid to be aerosolized, an upper housing cap including an outlet through which the aerosolized matter is discharged during use, and an outer casing surrounding at least a lower portion of the internal housing body, wherein the internal housing body defines at least a portion of a gas supply conduit that extends from a bottom end of the replaceable cartridge to the venturi device and through the liquid to be aerosolized, and characterized in that a liquid retention device is positioned within the gas supply conduit adjacent the venturi device to retain liquid that may pass downward through the venturi device into the gas supply conduit.
A method of identifying and encoding a plurality of RFID inlays positioned within a transmitter's transmission field, the method including the steps: a) transmitting a request to a plurality of RFID inlays for each RFID inlay's unique identifier; b) creating a list of unique identifiers associated with available RFID inlays based upon responses to the request; c) sequentially encoding an electronic product code value to each available RFID inlay in the list; d) receiving a transmission from each RFID inlay if the encoding is successful; e) updating the list to indicate that the unique identifier associated with each RFID inlay becomes unavailable after the EPC has been encoded; f) polling the list to ascertain whether any RFID inlay is not encoded; and g) repeating the encoding, receiving and updating steps until the list contains no more unique identifiers associated with available RFID inlays. a) transmitting a request to a plurality of RFID inlays for each RFID inlay's unique identifier; b) creating a list of unique identifiers associated with available RFID inlays based upon responses to the request; c) sequentially encoding an electronic product code value to each available RFID inlay in the list; d) receiving a transmission from each RFID inlay if the encoding is successful; e) updating the list to indicate that the unique identifier associated with each RFID inlay becomes unavailable after the EPC has been encoded; f) polling the list to ascertain whether any RFID inlay is not encoded; and g) repeating the encoding, receiving and updating steps until the list contains no more unique identifiers associated with available RFID inlays.
A system for securing data, comprising: an isolated processing environment (200, 300, 400), associated with a predefined classified area (600, 700) of data sources, having a boundary across which data cannot pass and a channel for passage of data across said boundary, the isolated processing environment being operable to receive a data unit from the classified area, wherein said isolated processing environment is installed on an endpoint computer, and wherein data units of the classified area are assigned a corresponding classification group; a data classifier, associated with said isolated processing environment, and configured to classify the data unit, according to a predefined policy; an output restrictor, associated with said channel and configured to restrict the outputting of the data unit across said channel, according to said classification; and an environment selector (228, 328, 428) residing outside of the isolated processing environment, the environment selector being connected to the isolated processing environment and adapted to detect an attempt to access a data unit, to determine a classification group of the data unit, and to forward the data unit for further processing in the isolated processing environment if the isolated processing environment is associated with the classification group of the data unit. an isolated processing environment (200, 300, 400), associated with a predefined classified area (600, 700) of data sources, having a boundary across which data cannot pass and a channel for passage of data across said boundary, the isolated processing environment being operable to receive a data unit from the classified area, wherein said isolated processing environment is installed on an endpoint computer, and wherein data units of the classified area are assigned a corresponding classification group; a data classifier, associated with said isolated processing environment, and configured to classify the data unit, according to a predefined policy; an output restrictor, associated with said channel and configured to restrict the outputting of the data unit across said channel, according to said classification; and an environment selector (228, 328, 428) residing outside of the isolated processing environment, the environment selector being connected to the isolated processing environment and adapted to detect an attempt to access a data unit, to determine a classification group of the data unit, and to forward the data unit for further processing in the isolated processing environment if the isolated processing environment is associated with the classification group of the data unit.
A hollow probe enabling insertion and accommodation of endoscopic and other instruments, which advances within a lumen, comprising: an external central valve unit comprising a central bore having a proximal end and a distal end, and at least one valve for controlling the introduction and withdrawal of fluid into said central bore; a sliding tubular sheath, an intermediate portion of which is movably disposed inside said central bore, wherein the central valve unit encircles the sheath at the intermediate portion thereof, and the sheath further comprises other proximal and distal portions; and a flexible sleeve, impermeable to said fluid and sealingly anchored to said central valve unit on both said distal end and said proximal end, said sleeve being folded over the sheath at the sheath tips and inverted to cover both the inside of the sheath and the outside of the proximal portion and the distal portion of said sheath to sealingly envelop said sheath and contain said fluid, together with said valve unit, while allowing sliding of said sheath through said central bore. an external central valve unit comprising a central bore having a proximal end and a distal end, and at least one valve for controlling the introduction and withdrawal of fluid into said central bore; a sliding tubular sheath, an intermediate portion of which is movably disposed inside said central bore, wherein the central valve unit encircles the sheath at the intermediate portion thereof, and the sheath further comprises other proximal and distal portions; and a flexible sleeve, impermeable to said fluid and sealingly anchored to said central valve unit on both said distal end and said proximal end, said sleeve being folded over the sheath at the sheath tips and inverted to cover both the inside of the sheath and the outside of the proximal portion and the distal portion of said sheath to sealingly envelop said sheath and contain said fluid, together with said valve unit, while allowing sliding of said sheath through said central bore.
Disperse azo dyes of formula: Wherein, Y Z R 4 R 3 and R 5 Cl Cl C 2 H 5 C 2 H 5 Cl Cl CH 3 C 2 H 5 NO 2 H CH 3 C 2 H 5 NO 2 Cl CH 3 C 2 H 5 Cl Cl CH 3 C 4 H 9 (n)
An apparatus for detecting magnetic resonance signals from a target, comprising: a magnetic resonance sensor for near-field Faraday detection of magnetic resonance signals from a target by responding to the magnetic resonance signals to output a magnetic resonance signal voltage; a conductive shield member electrically isolated from the magnetic resonance sensor, the shield member being dish-shaped so as to define a concave side and an opposing convex side and positioned relative to the magnetic resonance sensor with the magnetic resonance sensor on the concave side of the shield member such that when the magnetic resonance sensor faces the target, the shield member is behind the magnetic resonance sensor to at least partially shield the magnetic resonance sensor from magnetically coupling with sources of interfering magnetic fields other than the magnetic resonance signals; and a magnetic resonator positioned on the convex side of the shield member, the magnetic resonator electrically isolated from the shield member and the magnetic resonance sensor, the magnetic resonator being arranged to resonate and scatter magnetic field towards the target, and hence the magnetic resonance sensor, to at least partially compensate for the magnetic coupling of sources of interfering magnetic fields other than the target with the magnetic resonance sensor. a magnetic resonance sensor for near-field Faraday detection of magnetic resonance signals from a target by responding to the magnetic resonance signals to output a magnetic resonance signal voltage; a conductive shield member electrically isolated from the magnetic resonance sensor, the shield member being dish-shaped so as to define a concave side and an opposing convex side and positioned relative to the magnetic resonance sensor with the magnetic resonance sensor on the concave side of the shield member such that when the magnetic resonance sensor faces the target, the shield member is behind the magnetic resonance sensor to at least partially shield the magnetic resonance sensor from magnetically coupling with sources of interfering magnetic fields other than the magnetic resonance signals; and a magnetic resonator positioned on the convex side of the shield member, the magnetic resonator electrically isolated from the shield member and the magnetic resonance sensor, the magnetic resonator being arranged to resonate and scatter magnetic field towards the target, and hence the magnetic resonance sensor, to at least partially compensate for the magnetic coupling of sources of interfering magnetic fields other than the target with the magnetic resonance sensor.
A tamper-evident closure system for cylindrical paint containers, the system comprising: an annular ring having an outer peripheral edge configured for attachment by way of crimping, an inner peripheral edge, and a mid-section including an engagement groove and radial ledge; a primary lid seated on a top facing of the annular ring, the primary lid having a central portion with a tamper evident panel defined by a thinned groove formed in the central portion, a peripheral edge that couples to the outer peripheral edge of the annular ring, and middle portion positioned between the central portion and the peripheral edge of the primary lid and including a ridge and a groove configured to be seated within the groove of the annular ring; a secondary lid seated on a top facing of the primary lid, the secondary lid having an attachment feature on its peripheral edge and a solid panel that covers and seals the central portion of the primary lid; and wherein, prior to removal of the tamper evident panel, both the primary and secondary lid seal create a seal over an opening in the annular ring and wherein an axial elevation of the tamper evident panel is: i) above that of both the thinned groove and a lower extremity of the groove in the primary lid, and ii) below that of the mid-section of the annular ring. an annular ring having an outer peripheral edge configured for attachment by way of crimping, an inner peripheral edge, and a mid-section including an engagement groove and radial ledge; a primary lid seated on a top facing of the annular ring, the primary lid having a central portion with a tamper evident panel defined by a thinned groove formed in the central portion, a peripheral edge that couples to the outer peripheral edge of the annular ring, and middle portion positioned between the central portion and the peripheral edge of the primary lid and including a ridge and a groove configured to be seated within the groove of the annular ring; a secondary lid seated on a top facing of the primary lid, the secondary lid having an attachment feature on its peripheral edge and a solid panel that covers and seals the central portion of the primary lid; and wherein, prior to removal of the tamper evident panel, both the primary and secondary lid seal create a seal over an opening in the annular ring and wherein an axial elevation of the tamper evident panel is: i) above that of both the thinned groove and a lower extremity of the groove in the primary lid, and ii) below that of the mid-section of the annular ring.
Light-emitting diode arrangement comprising: - a preferably metallic, thermally conductive carrier, - a circuit board arranged on the carrier, wherein a recess is provided in the circuit board, - at least one light-emitting diode chip, which is arranged on the carrier and in the recess and is in electrical contact with the circuit board, wherein the recess is filled with at least one matrix material comprising a luminescence conversion material, wherein the height of the luminescence conversion material substantially corresponds to the thickness of the circuit board. - a preferably metallic, thermally conductive carrier, - a circuit board arranged on the carrier, wherein a recess is provided in the circuit board, - at least one light-emitting diode chip, which is arranged on the carrier and in the recess and is in electrical contact with the circuit board,
A device configured to process one or more audio streams, the device comprising: a memory configured to store the one or more audio streams; and one or more processors coupled to the memory, and configured to: receive the one or more audio streams from audio elements represented in an acoustic environment that comprises one or more sub-acoustic spaces, each of the one or more audio streams representative of a respective soundfield; extract privacy restrictions embedded in one or more least significant bits of an audio sample of the one or more audio streams, wherein the privacy restrictions include one or more respective indications of whether respective audio steams are unrestricted or restricted; determine unrestricted audio streams of the one or more audio streams based on the privacy restrictions; determine restricted audio streams of the one or more audio streams based on the privacy restrictions; generate the corresponding respective soundfields of the unrestricted audio streams; and restrict playback of the corresponding respective soundfields of the restricted audio streams. a memory configured to store the one or more audio streams; and one or more processors coupled to the memory, and configured to: receive the one or more audio streams from audio elements represented in an acoustic environment that comprises one or more sub-acoustic spaces, each of the one or more audio streams representative of a respective soundfield; extract privacy restrictions embedded in one or more least significant bits of an audio sample of the one or more audio streams, wherein the privacy restrictions include one or more respective indications of whether respective audio steams are unrestricted or restricted; determine unrestricted audio streams of the one or more audio streams based on the privacy restrictions; determine restricted audio streams of the one or more audio streams based on the privacy restrictions; generate the corresponding respective soundfields of the unrestricted audio streams; and restrict playback of the corresponding respective soundfields of the restricted audio streams. receive the one or more audio streams from audio elements represented in an acoustic environment that comprises one or more sub-acoustic spaces, each of the one or more audio streams representative of a respective soundfield; extract privacy restrictions embedded in one or more least significant bits of an audio sample of the one or more audio streams, wherein the privacy restrictions include one or more respective indications of whether respective audio steams are unrestricted or restricted; determine unrestricted audio streams of the one or more audio streams based on the privacy restrictions; determine restricted audio streams of the one or more audio streams based on the privacy restrictions; generate the corresponding respective soundfields of the unrestricted audio streams; and restrict playback of the corresponding respective soundfields of the restricted audio streams.
A method for determining a roadway condition by means of steering actuators, wherein the at least two steering actuators are each arranged on a vehicle wheel associated with the same vehicle axle, comprising the following steps: - detecting a measurement variable of the first steering actuator; - detecting a measurement variable of the second steering actuator; - comparing the detected measurement variables of the two steering actuators; characterised by - determining an inhomogeneity signal from the deviation between the detected measurement variables of the two steering actuators, wherein a inhomogeneity signal lying within a tolerance range represents a homogeneous roadway condition and a inhomogeneity signal lying outside the tolerance range represents an inhomogeneous roadway condition. - detecting a measurement variable of the first steering actuator; - detecting a measurement variable of the second steering actuator; - comparing the detected measurement variables of the two steering actuators; characterised by - determining an inhomogeneity signal from the deviation between the detected measurement variables of the two steering actuators, wherein a inhomogeneity signal lying within a tolerance range represents a homogeneous roadway condition and a inhomogeneity signal lying outside the tolerance range represents an inhomogeneous roadway condition.