mhurhangee/ep-ind-claims huggingface dataset:
A low earth orbiting spacecraft, LEO spacecraft, operable in a first earth orbit, the LEO spacecraft comprising: a main body, a data collection payload, and a first directional antenna, each of the data collection payload and the first directional antenna being coupled with the main body, wherein the the spacecraft is configured so that: during a first period of time, the main body is oriented such that the data collection payload views a region of interest on the earth; during a second period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a first ground station; during a third period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a second spacecraft operating in a second orbit; characterised in that an orientation of the first directional antenna with respect to the main body is controlled by a gimbal rotatable about an X axis and a Y axis and wherein the spacecraft is configured to reorient the main body to avoid co-linearity between a direction toward the second spacecraft and each of the X axis and the Y axis. during a first period of time, the main body is oriented such that the data collection payload views a region of interest on the earth; during a second period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a first ground station; during a third period of time, the main body and the first directional antenna are oriented such that the first directional antenna is directed toward a second spacecraft operating in a second orbit; characterised in that an orientation of the first directional antenna with respect to the main body is controlled by a gimbal rotatable about an X axis and a Y axis and wherein the spacecraft is configured to reorient the main body to avoid co-linearity between a direction toward the second spacecraft and each of the X axis and the Y axis.
A sliding element for internal combustion engines which comprises a base material provided with an annular external surface whereupon there are deposited, sequentially, a bonding layer, a first layer of coating and a second layer of coating, the first and second layers of coating (14, 15) comprising hard amorphous carbon of a combined matrix having sp 3 /sp 2 bonds, the carbon comprising less than 2% by weight hydrogen, the sliding element being characterized in that the first layer of coating comprises up to 45% sp 3 bonds and a thickness of at least 10 micrometers and the second layer of coating comprises at least 55% sp 3 bonds and a thickness of at least 3 micrometers.
An embedded mounting bracket, which is used for mounting a camera, the embedded mounting bracket comprises: a bracket body comprising a bracket side wall, wherein the bracket side wall includes a lower end surface and an upper end surface opposite to the lower end surface, characterized in that the upper end surface comprises multiple step surfaces with different heights from the lower end surface; and in that the mounting bracket comprises a mounting member, which is detachably assembled to the bracket body for bearing the camera, wherein the mounting member is selectively assembled on the step surfaces with different heights, so as to replaceably assemble at least two cameras with different body heights to the bracket body.
Manual device comprising a body and a removable endpiece (14, 114, 214) including a pad (18, 118, 218) for a capacitive screen, said removable endpiece (14, 114, 214) being assembled to the body by a bayonet connection, the pad (18, 118, 218) and at least a portion of the body being electrically in contact with each other, and comprising an azimuth alignment system for the removable endpiece (14, 114, 214) relative to the body for bringing the removable endpiece (14, 114, 214) into azimuth alignment with the body prior to assembly by means of the bayonet connection.
A plate (4; 40) for a fuel cell formed from a stack of plates (4; 40) and membrane electrode assemblies, characterised in that it comprises at least one striated sealing surface (30, 44) for bearing in a sealed manner against a membrane electrode assembly or another fuel cell plate.
A physical unclonable function PUF device, comprising: at least one processing unit; and at least one PUF unit, a first PUF unit of the at least one PUF unit comprising: a first MOS transistor comprising a first source, first gate and a first drain; and a second MOS transistor comprising a second source, second gate and a second drain, wherein the first source and the second source are connected to a same input voltage, the first gate and the second gate are floating, and the first drain and the second drain are connected with a first processing unit of the at least one processing unit, wherein the first processing unit is configured to: output a first random value corresponding to the first PUF unit according to a difference between a first result output by the first drain and a second result output by the second drain, when an absolute value of the input voltage is greater than or equal to a preset voltage. at least one processing unit; and at least one PUF unit, a first PUF unit of the at least one PUF unit comprising: a first MOS transistor comprising a first source, first gate and a first drain; and a second MOS transistor comprising a second source, second gate and a second drain, wherein the first source and the second source are connected to a same input voltage, the first gate and the second gate are floating, and the first drain and the second drain are connected with a first processing unit of the at least one processing unit, wherein the first processing unit is configured to: output a first random value corresponding to the first PUF unit according to a difference between a first result output by the first drain and a second result output by the second drain, when an absolute value of the input voltage is greater than or equal to a preset voltage. a first MOS transistor comprising a first source, first gate and a first drain; and a second MOS transistor comprising a second source, second gate and a second drain, wherein the first source and the second source are connected to a same input voltage, the first gate and the second gate are floating, and the first drain and the second drain are connected with a first processing unit of the at least one processing unit, wherein the first processing unit is configured to: output a first random value corresponding to the first PUF unit according to a difference between a first result output by the first drain and a second result output by the second drain, when an absolute value of the input voltage is greater than or equal to a preset voltage. wherein the first source and the second source are connected to a same input voltage, the first gate and the second gate are floating, and the first drain and the second drain are connected with a first processing unit of the at least one processing unit, wherein the first processing unit is configured to: output a first random value corresponding to the first PUF unit according to a difference between a first result output by the first drain and a second result output by the second drain, when an absolute value of the input voltage is greater than or equal to a preset voltage.
A system for guiding cables in a vehicle with vehicle parts (2, 3) movably connected to one another, wherein the system for guiding cables has a stabilization element and a receiving element for receiving a cable and wherein the stabilization element has such flexibility that it can extend from one vehicle to the next in a bent form characterized in that the receiving element is movably arranged at the stabilization element with respect to one or both directions transversely to the main direction of extension of the stabilization element.
A three-dimensional object detection device, comprising: an image capturing means for capturing rearward of a vehicle; and a three-dimensional object detection means (33, 37) for detecting a three-dimensional object rearward of the vehicle and calculating the movement speed of the three-dimensional object, relative to the image capturing means, based on a plurality of images obtained by the image capturing means, characterized by further comprising a rainfall state detection means for detecting the state of rainfall including cases of rainfall or the formation of a water film on a road surface due to rainfall; a three-dimensional object assessment means for assessing the three-dimensional object to be another vehicle when the movement speed, relative to the image capturing means, of the three-dimensional object detected by the three-dimensional object detection means (33, 37) lies within a preset setting range; and a control means for changing the movement speed setting range to be narrower when the rainfall state detection means has detected the rainfall state. an image capturing means for capturing rearward of a vehicle; and a three-dimensional object detection means (33, 37) for detecting a three-dimensional object rearward of the vehicle and calculating the movement speed of the three-dimensional object, relative to the image capturing means, based on a plurality of images obtained by the image capturing means, characterized by further comprising a rainfall state detection means for detecting the state of rainfall including cases of rainfall or the formation of a water film on a road surface due to rainfall; a three-dimensional object assessment means for assessing the three-dimensional object to be another vehicle when the movement speed, relative to the image capturing means, of the three-dimensional object detected by the three-dimensional object detection means (33, 37) lies within a preset setting range; and a control means for changing the movement speed setting range to be narrower when the rainfall state detection means has detected the rainfall state.
A pressure regulator for a keg coupler comprising a housing formed to include a bore therein; a piston moveably disposed within said bore, wherein said piston comprises an annular lip adjacent a first end thereof; a spring disposed within said bore, and comprising a first end and a second end; an adjustment cap moveably disposed in said bore, wherein said adjustment cap is formed to include a plurality of key slots (754,756) formed therein; wherein: said first end of said spring is in physical contact with said annular lip; and said second end of said spring is in physical contact with said adjustment cap wherein: rotating said adjustment cap in a first direction causes said adjustment cap to compress said first spring; rotating said adjustment cap in a second and opposite direction causes said adjustment cap to decompress said spring; rotating said adjustment cap in said first direction increases the output pressure of the pressure regulator; rotating said adjustment cap in said second direction decreases the output pressure of the pressure regulator; said bore is defined by a cylindrical wall; said cylindrical wall is formed to include first threading therein; said adjustment cap is formed to include second threading formed on a periphery thereof; said second threading is configured to mesh with said first threading. said first end of said spring is in physical contact with said annular lip; and said second end of said spring is in physical contact with said adjustment cap wherein: rotating said adjustment cap in a first direction causes said adjustment cap to compress said first spring; rotating said adjustment cap in a second and opposite direction causes said adjustment cap to decompress said spring; rotating said adjustment cap in said first direction increases the output pressure of the pressure regulator; rotating said adjustment cap in said second direction decreases the output pressure of the pressure regulator; said bore is defined by a cylindrical wall; said cylindrical wall is formed to include first threading therein; said adjustment cap is formed to include second threading formed on a periphery thereof; said second threading is configured to mesh with said first threading. rotating said adjustment cap in a first direction causes said adjustment cap to compress said first spring; rotating said adjustment cap in a second and opposite direction causes said adjustment cap to decompress said spring; rotating said adjustment cap in said first direction increases the output pressure of the pressure regulator; rotating said adjustment cap in said second direction decreases the output pressure of the pressure regulator; said bore is defined by a cylindrical wall; said cylindrical wall is formed to include first threading therein; said adjustment cap is formed to include second threading formed on a periphery thereof; said second threading is configured to mesh with said first threading.
A method for operating a simulcast communication network, comprising: communicating common transmission data from a first transmit/receive - T/R - site functioning as a control point to a plurality of second T/R sites (210 1 -210 N), and synchronously transmitting said common transmission data from each of said first T/R site (210 1 -210 N) and said plurality of second T/R (210 1 -210 N) sites on a same RF frequency; responsive to a determination that said first T/R site (210 1 -210 N) has experienced at least one fault, automatically selecting one among said plurality of second T/R sites (210 1 -210 N) to function as said control point in place of said first T/R site (210 1 -210 N); and automatically re-configuring the simulcast communication network to use the selected one of said plurality of second T/R sites (210 1 -210 N) as said control point in place of said first T/R site (210 1 -210 N) characterized in that said automatically reconfiguring further comprises modifying at said plurality of second T/R sites a destination address of the first T/R site specified for simulcast data packets communicated from said plurality of second T/R sites to a network address associated with said one among the plurality of second T/R sites (210 1 -210 N). communicating common transmission data from a first transmit/receive - T/R - site functioning as a control point to a plurality of second T/R sites (210 1 -210 N), and synchronously transmitting said common transmission data from each of said first T/R site (210 1 -210 N) and said plurality of second T/R (210 1 -210 N) sites on a same RF frequency; responsive to a determination that said first T/R site (210 1 -210 N) has experienced at least one fault, automatically selecting one among said plurality of second T/R sites (210 1 -210 N) to function as said control point in place of said first T/R site (210 1 -210 N); and automatically re-configuring the simulcast communication network to use the selected one of said plurality of second T/R sites (210 1 -210 N) as said control point in place of said first T/R site (210 1 -210 N) characterized in that said automatically reconfiguring further comprises modifying at said plurality of second T/R sites a destination address of the first T/R site specified for simulcast data packets communicated from said plurality of second T/R sites to a network address associated with said one among the plurality of second T/R sites (210 1 -210 N).
A halogenated ether anesthetic dissolved in a pharmaceutical preparation for use in a method for reducing pain in a subject in need of such pain reduction, the method comprising administering such a pharmaceutical preparation topically in an amount effective to reduce pain, wherein said anesthetic is isoflurane, and wherein said subject is a human or wherein said subject is a mouse or a rat.
A method for utility communications, the method being performed by a transmitter, the method being characterized by: superimposing a control and protection signal for utility communications on top of a telecommunication signal transmitted over an optical fiber to form a composite signal, wherein the control and protection signal has lower bit rate than the telecommunication signal, and wherein the utility communications relates to remote control of unmanned stations and transfer of data and load values; obtaining feedback by draining a portion of the composite signal from the optical fiber; and adjusting an amplitude of the control and protection signal according to said portion of the composite signal, such that the amplitude of the control and protection signal is adapted to a variation in amplitude of the telecommunication signal and does not exceed 10% of the optical modulation amplitude of the telecommunication signal. superimposing a control and protection signal for utility communications on top of a telecommunication signal transmitted over an optical fiber to form a composite signal, wherein the control and protection signal has lower bit rate than the telecommunication signal, and wherein the utility communications relates to remote control of unmanned stations and transfer of data and load values; obtaining feedback by draining a portion of the composite signal from the optical fiber; and adjusting an amplitude of the control and protection signal according to said portion of the composite signal, such that the amplitude of the control and protection signal is adapted to a variation in amplitude of the telecommunication signal and does not exceed 10% of the optical modulation amplitude of the telecommunication signal.
A method for managing subscription profiles in a Universal Integrated Chip Card, UICC, the method being performed in the UICC and comprising the steps of: - Receiving a profile-disabling command from a server for disabling an enabled subscription profile (11a, 11b, 11c) in the UICC, wherein the subscription profile (11a, 11b, 11c) comprises a static component and a non-static component, wherein each change in the static profile component during an enable state of the subscription profile is referenced as non-static component; - Disabling the subscription profile (11a, 11b, 11c) by the UICC; - Sending a profile-disabling command response to the server, wherein this response includes the non-static component of the disabled subscription profile (11a, 11b, 11c). - Receiving a profile-disabling command from a server for disabling an enabled subscription profile (11a, 11b, 11c) in the UICC, wherein the subscription profile (11a, 11b, 11c) comprises a static component and a non-static component, wherein each change in the static profile component during an enable state of the subscription profile is referenced as non-static component; - Disabling the subscription profile (11a, 11b, 11c) by the UICC; - Sending a profile-disabling command response to the server, wherein this response includes the non-static component of the disabled subscription profile (11a, 11b, 11c).
A garment comprising a fabric, the fabric including: an inner layer defining an inner surface of the garment and configured to face the skin of a wearer of the garment; and an outer layer defining an outer surface opposite the inner surface, the outer layer comprising a single region comprising a hydrophobic material, the inner layer comprising: (i) one or more first regions comprising a hydrophobic material, and (ii) one or more second regions consisting of a hydrophilic material, wherein the one or more first regions and the one or more second regions are different, and wherein the hydrophobic material of the first regions is in contact with the hydrophobic material of the outer layer. an inner layer defining an inner surface of the garment and configured to face the skin of a wearer of the garment; and an outer layer defining an outer surface opposite the inner surface, the outer layer comprising a single region comprising a hydrophobic material, the inner layer comprising: (i) one or more first regions comprising a hydrophobic material, and (ii) one or more second regions consisting of a hydrophilic material, (i) one or more first regions comprising a hydrophobic material, and (ii) one or more second regions consisting of a hydrophilic material, wherein the one or more first regions and the one or more second regions are different, and wherein the hydrophobic material of the first regions is in contact with the hydrophobic material of the outer layer.
An apparatus, comprising: a first interface for communicating with a provider that is providing a data stream to an endpoint operating as a mobile hotspot; a second interface for providing the data stream to the endpoint; and bandwidth management logic coupled with the first interface and the second interface; wherein the bandwidth management logic is configured to: obtain data representative of a data allotment for the endpoint for a predefined time period; obtain data representative of data usage for the endpoint for a portion of the predefined time period; predict data usage for the endpoint for the predefined time period based on the data representative of data usage for the portion of the predefined time period; and modify the data stream being provided to the endpoint in response to predicting that the data usage for the predefined time period will exceed the data allotment for the predefined time period, the modifying including limiting or disabling data downloads for mobile hotspot client devices coupled with the endpoint. a first interface for communicating with a provider that is providing a data stream to an endpoint operating as a mobile hotspot; a second interface for providing the data stream to the endpoint; and bandwidth management logic coupled with the first interface and the second interface; wherein the bandwidth management logic is configured to: obtain data representative of a data allotment for the endpoint for a predefined time period; obtain data representative of data usage for the endpoint for a portion of the predefined time period; predict data usage for the endpoint for the predefined time period based on the data representative of data usage for the portion of the predefined time period; and modify the data stream being provided to the endpoint in response to predicting that the data usage for the predefined time period will exceed the data allotment for the predefined time period, the modifying including limiting or disabling data downloads for mobile hotspot client devices coupled with the endpoint. obtain data representative of a data allotment for the endpoint for a predefined time period; obtain data representative of data usage for the endpoint for a portion of the predefined time period; predict data usage for the endpoint for the predefined time period based on the data representative of data usage for the portion of the predefined time period; and modify the data stream being provided to the endpoint in response to predicting that the data usage for the predefined time period will exceed the data allotment for the predefined time period, the modifying including limiting or disabling data downloads for mobile hotspot client devices coupled with the endpoint.