mhurhangee/ep-ind-claims huggingface dataset:
A panel for constructing an interior of an aircraft comprising: a layered structure comprising: a polymer or composite core defining a first edge; a first polymer or composite face sheet connected to said core, said first face sheet comprising a protruding portion defining a second edge, wherein said second edge protrudes outward a distance from said first edge; and a second polymer or composite face sheet connected to said core said second face sheet having a third edge; and a trim piece connected to said protruding portion, said trim piece covering said first edge; wherein said trim piece comprises a trim member and a flange member extending from said trim member, said trim member defining a visible surface and a trim edge, and wherein said trim member is positioned over said first edge, said trim edge is connected to said protruding portion, and said flange member is connected to said layered structure; wherein the third edge of said second face sheet is flush with said first edge of said core. a layered structure comprising: a polymer or composite core defining a first edge; a first polymer or composite face sheet connected to said core, said first face sheet comprising a protruding portion defining a second edge, wherein said second edge protrudes outward a distance from said first edge; and a second polymer or composite face sheet connected to said core said second face sheet having a third edge; and a polymer or composite core defining a first edge; a first polymer or composite face sheet connected to said core, said first face sheet comprising a protruding portion defining a second edge, wherein said second edge protrudes outward a distance from said first edge; and a second polymer or composite face sheet connected to said core said second face sheet having a third edge; and a trim piece connected to said protruding portion, said trim piece covering said first edge; wherein said trim piece comprises a trim member and a flange member extending from said trim member, said trim member defining a visible surface and a trim edge, and wherein said trim member is positioned over said first edge, said trim edge is connected to said protruding portion, and said flange member is connected to said layered structure; wherein the third edge of said second face sheet is flush with said first edge of said core.
A fiber package, which is a square end type fiber package formed by traverse winding a carbon fiber bundle around a bobbin, wherein the carbon fiber bundle is partially split into sub-bundles, and a width of the carbon fiber bundle is smaller than a total sum of widths (Ws) of the sub-bundles, and wherein between sections of the carbon fiber bundle wound around the bobbin in consecutive traverse cycles that are not separated by 5 cycles or more, the positions of center lines are shifted at least by a shift width of 0.8 or more times the width of the carbon fiber bundle. wherein the carbon fiber bundle is partially split into sub-bundles, and a width of the carbon fiber bundle is smaller than a total sum of widths (Ws) of the sub-bundles, and wherein between sections of the carbon fiber bundle wound around the bobbin in consecutive traverse cycles that are not separated by 5 cycles or more, the positions of center lines are shifted at least by a shift width of 0.8 or more times the width of the carbon fiber bundle.
A surgical instrument, comprising: a body assembly; an ultrasonic waveguide extending through the body assembly; an ultrasonic blade connected to a distal end of the ultrasonic waveguide; a clamp arm assembly configured to move from an opened position for receiving a tissue toward a closed position for clamping the tissue relative to the ultrasonic blade, wherein the clamp arm assembly includes: a clamp body, and a clamp pad connected to the clamp body facing the ultrasonic blade; a clamp arm actuator operatively connected to the clamp arm assembly and configured to selectively move from a first position toward a second position relative to the body to thereby respectively direct the clamp arm assembly from the opened position toward the closed position; and characterised by a modular coupling operatively connected to the clamp arm assembly such that at least the clamp pad of the clamp arm assembly is configured to be disconnected relative to the ultrasonic blade for replacement thereof, and wherein the clamp arm assembly and the clamp arm actuator are configured to be selectively moved to a release configuration, wherein the modular coupling is configured to release the clamp arm assembly relative to the clamp arm actuator in the release configuration for replacement of the clamp arm assembly. a body assembly; an ultrasonic waveguide extending through the body assembly; an ultrasonic blade connected to a distal end of the ultrasonic waveguide; a clamp arm assembly configured to move from an opened position for receiving a tissue toward a closed position for clamping the tissue relative to the ultrasonic blade, wherein the clamp arm assembly includes: a clamp body, and a clamp pad connected to the clamp body facing the ultrasonic blade; a clamp body, and a clamp pad connected to the clamp body facing the ultrasonic blade; a clamp arm actuator operatively connected to the clamp arm assembly and configured to selectively move from a first position toward a second position relative to the body to thereby respectively direct the clamp arm assembly from the opened position toward the closed position; and characterised by a modular coupling operatively connected to the clamp arm assembly such that at least the clamp pad of the clamp arm assembly is configured to be disconnected relative to the ultrasonic blade for replacement thereof, and wherein the clamp arm assembly and the clamp arm actuator are configured to be selectively moved to a release configuration, wherein the modular coupling is configured to release the clamp arm assembly relative to the clamp arm actuator in the release configuration for replacement of the clamp arm assembly.
A computer-implemented method comprising: maintaining a set of databases that are collectively configured to: store a set of flow entries that collectively direct network traffic within a software-defined network; facilitate searching the set of flow entries based at least in part on at least one key whose size remains substantially constant irrespective of the number of flow entries within the set of flow entries; detecting a request to perform an operation in connection with at least one flow of data packets within the software-defined network; in response to detecting the request: identifying at least one attribute of the flow of data packets in the request; searching, using the attribute of the flow of data packets as a database key, at least one database within the set of databases to facilitate performing the operation in connection with the flow of data packets, wherein the amount of time required to search the database is independent of the number of flow entries within the set of flow entries due at least in part to the substantially constant size of the database's key. maintaining a set of databases that are collectively configured to: store a set of flow entries that collectively direct network traffic within a software-defined network; facilitate searching the set of flow entries based at least in part on at least one key whose size remains substantially constant irrespective of the number of flow entries within the set of flow entries; store a set of flow entries that collectively direct network traffic within a software-defined network; facilitate searching the set of flow entries based at least in part on at least one key whose size remains substantially constant irrespective of the number of flow entries within the set of flow entries; detecting a request to perform an operation in connection with at least one flow of data packets within the software-defined network; in response to detecting the request: identifying at least one attribute of the flow of data packets in the request; searching, using the attribute of the flow of data packets as a database key, at least one database within the set of databases to facilitate performing the operation in connection with the flow of data packets, wherein the amount of time required to search the database is independent of the number of flow entries within the set of flow entries due at least in part to the substantially constant size of the database's key. identifying at least one attribute of the flow of data packets in the request; searching, using the attribute of the flow of data packets as a database key, at least one database within the set of databases to facilitate performing the operation in connection with the flow of data packets, wherein the amount of time required to search the database is independent of the number of flow entries within the set of flow entries due at least in part to the substantially constant size of the database's key.
A sliding bearing, comprising: a backing layer comprising a first surface and a second surface on the back of the first surface; a bonding layer covering the backing layer and comprising a first bonding surface in contact with the second surface of the backing layer and a second bonding surface on the back of the first bonding surface; and a sliding layer covering the bonding layer and comprising a first surface in contact with the second bonding surface of the bonding layer and a second surface on the back of the first surface of the sliding layer, wherein, the bonding layer comprises fluorine-free thermoplastic resin and at least a fluorination-treated layer formed as the second bonding surface by a fluorination treatment of the fluorine-free thermoplastic resin; and the sliding layer comprises polytetrafluoroethylene. a backing layer comprising a first surface and a second surface on the back of the first surface; a bonding layer covering the backing layer and comprising a first bonding surface in contact with the second surface of the backing layer and a second bonding surface on the back of the first bonding surface; and a sliding layer covering the bonding layer and comprising a first surface in contact with the second bonding surface of the bonding layer and a second surface on the back of the first surface of the sliding layer, wherein, the bonding layer comprises fluorine-free thermoplastic resin and at least a fluorination-treated layer formed as the second bonding surface by a fluorination treatment of the fluorine-free thermoplastic resin; and the sliding layer comprises polytetrafluoroethylene.
A method comprising the steps of: receiving a signal of digital samples; generating a histogram profile of the received signal by comparing a sample of the received signal to a plurality of different sets of a first threshold value and a second threshold value; and determining a modulation format for the received signal based on a plurality of reference histograms, wherein each reference histogram comprises a set of values representative of a modulation format at a particular SNR; said determining comprising: offsetting the set of values of the histogram profile of the received signal based on a weighted average of the sets of values of the plurality of reference histograms, by subtracting the weighted average of the set of values of the plurality of reference histograms from the set of values of the histogram profile, correlating the offset histogram profile of the received signal with each of the plurality of reference offset histograms, each reference offset histogram generated by subtracting the weighted average of the set of values of the plurality of reference histograms from the set of values of the respective reference histogram. receiving a signal of digital samples; generating a histogram profile of the received signal by comparing a sample of the received signal to a plurality of different sets of a first threshold value and a second threshold value; and determining a modulation format for the received signal based on a plurality of reference histograms, wherein each reference histogram comprises a set of values representative of a modulation format at a particular SNR; said determining comprising: offsetting the set of values of the histogram profile of the received signal based on a weighted average of the sets of values of the plurality of reference histograms, by subtracting the weighted average of the set of values of the plurality of reference histograms from the set of values of the histogram profile, correlating the offset histogram profile of the received signal with each of the plurality of reference offset histograms, each reference offset histogram generated by subtracting the weighted average of the set of values of the plurality of reference histograms from the set of values of the respective reference histogram. offsetting the set of values of the histogram profile of the received signal based on a weighted average of the sets of values of the plurality of reference histograms, by subtracting the weighted average of the set of values of the plurality of reference histograms from the set of values of the histogram profile, correlating the offset histogram profile of the received signal with each of the plurality of reference offset histograms, each reference offset histogram generated by subtracting the weighted average of the set of values of the plurality of reference histograms from the set of values of the respective reference histogram.
A camera objective having a mask with a plurality of masking sections which are permeable for radiation of a first spectral range and impermeable for radiation of a second spectral range different from the first spectral range and which are arranged in a structure different from a circular aperture such that the mask forms a coded aperture, wherein the mask has passage sections which are complementary to the masking sections and which are permeable both for radiation of the first spectral range and for radiation of the second spectral range, characterized in that the first spectral range is formed by at least one spectral range of visible radiation; and in that the second spectral range is formed by at least one spectral range of non-visible radiation.
Vehicle, in particular a motor vehicle, comprising a roof bar comprising a body, a means for receiving a luminous means and a luminous means extending at least partially along the roof bar, the luminous means being fastened to the receiving means in a removable manner and the receiving means being fastened to the body of the roof bar in a removable manner, the luminous means emitting light beams in the direction of a vertical and longitudinal median plane of such a vehicle, the vehicle being characterized in that the roof bar comprises a sealing means between the body of the roof bar and the luminous means, the sealing means being coincident with the receiving means. the luminous means being fastened to the receiving means in a removable manner and the receiving means being fastened to the body of the roof bar in a removable manner, the luminous means emitting light beams in the direction of a vertical and longitudinal median plane of such a vehicle, the vehicle being characterized in that the roof bar comprises a sealing means between the body of the roof bar and the luminous means, the sealing means being coincident with the receiving means.
A weft monitoring method for a fluid jet loom including a weft insertion device including a plurality of weft supply systems, each weft supply system including a weft supply package, a weft measuring-and-storing device, and a weft insertion nozzle, the weft insertion device performing weft insertions by successively using the weft supply systems in turn in accordance with a preset weft insertion pattern, the weft insertion device being such that, when a supply weft breakage occurs in any of the weft supply systems, the weft insertion device excludes the weft supply system in which the supply weft breakage has occurred and continues the weft insertion using only the other weft supply system or the other weft supply systems, characterized in that, in the fluid jet loom, sensors that detect movements of wefts are provided, each sensor being provided at a location between the weft supply package and the weft measuring-and-storing device in the corresponding weft supply system, and that the weft monitoring method comprises the step of outputting a loom stop signal when the sensor detects the movement of the weft in the weft supply system in which the supply weft breakage has occurred.
A server-implemented method of registering an edge device with a video management server in a digital video network, comprising: absent VMS initiation, receiving an unsolicited pre-registration request from the edge device, the unsolicited pre-registration request comprising edge-device-specific configuration information, the unsolicited pre-registration request originating from the edge device to initiate the registering of the edge device with the VMS; automatically pre-registering the edge device to the VMS based on the received unsolicited pre-registration request; displaying an edge device registration activator for the pre-registered edge device, the edge-device-specific configuration information being associated with the displayed edge device registration activator; and in response to activation of the displayed edge device registration activator, registering the pre-registered edge device to the VMS using the edge-device-specific configuration information received in the unsolicited pre-registration request, wherein activation is done by selection of the displayed edge device registration activator by a user, wherein the edge device comprises a camera, and wherein the received unsolicited pre-registration request comprises a screenshot of a field of view of the camera. absent VMS initiation, receiving an unsolicited pre-registration request from the edge device, the unsolicited pre-registration request comprising edge-device-specific configuration information, the unsolicited pre-registration request originating from the edge device to initiate the registering of the edge device with the VMS; automatically pre-registering the edge device to the VMS based on the received unsolicited pre-registration request; displaying an edge device registration activator for the pre-registered edge device, the edge-device-specific configuration information being associated with the displayed edge device registration activator; and in response to activation of the displayed edge device registration activator, registering the pre-registered edge device to the VMS using the edge-device-specific configuration information received in the unsolicited pre-registration request, wherein activation is done by selection of the displayed edge device registration activator by a user, wherein the edge device comprises a camera, and wherein the received unsolicited pre-registration request comprises a screenshot of a field of view of the camera.
A method for monitoring an injector for common-rail injection systems, comprising: - providing a head plate having formed therein a calibrated inlet orifice and a calibrated outlet orifice connected to a control chamber through respective holes (54, 56) formed in the head plate, wherein said holes (54, 56) are open on a reaction surface of the head plate facing the control chamber, wherein the control chamber is delimited partly by a head surface of an injector needle and partly by said reaction surface of said head plate, wherein the head surface of the injector needle in the open position of the injector needle abuts against said reaction surface, and wherein a blind hole is formed in the head plate, said blind hole forming a portion of the head plate with reduced thickness, wherein the head plate comprises an integral diaphragm formed between a first surface consisting of a portion of the reaction surface in direct contact with the pressurized fluid contained in the hydraulic chamber and a second surface opposite the first surface, located at the bottom of the blind hole, which is not in contact with the pressurized fluid contained in the hydraulic chamber, and - providing a sensor housed in said blind hole formed in the head plate and isolated from the control chamber of the injector by said diaphragm, which supplies an electrical signal indicative of the deformations of said diaphragm, and - processing said electrical signal to determine characteristic data of the injector operation. - providing a head plate having formed therein a calibrated inlet orifice and a calibrated outlet orifice connected to a control chamber through respective holes (54, 56) formed in the head plate, wherein said holes (54, 56) are open on a reaction surface of the head plate facing the control chamber, wherein the control chamber is delimited partly by a head surface of an injector needle and partly by said reaction surface of said head plate, wherein the head surface of the injector needle in the open position of the injector needle abuts against said reaction surface, and wherein a blind hole is formed in the head plate, said blind hole forming a portion of the head plate with reduced thickness, wherein the head plate comprises an integral diaphragm formed between a first surface consisting of a portion of the reaction surface in direct contact with the pressurized fluid contained in the hydraulic chamber and a second surface opposite the first surface, located at the bottom of the blind hole, which is not in contact with the pressurized fluid contained in the hydraulic chamber, and - providing a sensor housed in said blind hole formed in the head plate and isolated from the control chamber of the injector by said diaphragm, which supplies an electrical signal indicative of the deformations of said diaphragm, and - processing said electrical signal to determine characteristic data of the injector operation.