mhurhangee/ep-ind-claims huggingface dataset:
A method for using a wireless device to provide notification of a status of an intelligent traffic system, ITS, sidelink in a communication network, the method comprising: obtaining (S 110) channel quality measurement data of the ITS sidelink; assigning a sidelink status based on the obtained channel quality measurement data, wherein the sidelink status indicates two or more levels of the status of the ITS sidelink; and providing, to a user of the wireless device, a feedback indicator based on the sidelink status; wherein the feedback indicator further indicates a change in the status of the ITS sidelink; the method being characterized by the steps: in response to a determination that the change in the ITS sidelink status is from a less reliable level to a more reliable level, further comprising delaying the providing of the feedback indicator by a predetermined amount of time, and in response to a determination that the change in the ITS sidelink status is from a more reliable level to a less reliable level, further comprising providing the feedback indicator without a delay. obtaining (S 110) channel quality measurement data of the ITS sidelink; assigning a sidelink status based on the obtained channel quality measurement data, wherein the sidelink status indicates two or more levels of the status of the ITS sidelink; and providing, to a user of the wireless device, a feedback indicator based on the sidelink status; wherein the feedback indicator further indicates a change in the status of the ITS sidelink; the method being characterized by the steps: in response to a determination that the change in the ITS sidelink status is from a less reliable level to a more reliable level, further comprising delaying the providing of the feedback indicator by a predetermined amount of time, and in response to a determination that the change in the ITS sidelink status is from a more reliable level to a less reliable level, further comprising providing the feedback indicator without a delay.
A method for transmitting encrypted packets from a first node to a second node of a communication network, said method comprising, at said first node: a) padding a plaintext packet (4") with a padding content, thereby providing a padded plaintext packet; b) providing an encrypted packet by encrypting said padded plaintext packet; and c) transmitting said encrypted packet from said first node to said second node, wherein said padding content has a padding size and wherein step a) comprises randomly selecting said padding size in a range comprised between a minimum padding size (PS min) and a maximum padding size (PS max), wherein, if the size of said plaintext packet (4") is lower than a predefined minimum packet size (TS min), said minimum padding size (PS min) is equal to the difference between said predefined minimum packet size (TS min) and the plaintext packet size. a) padding a plaintext packet (4") with a padding content, thereby providing a padded plaintext packet; b) providing an encrypted packet by encrypting said padded plaintext packet; and c) transmitting said encrypted packet from said first node to said second node,
A computer-implemented method, comprising: receiving a search query; and identifying a term based on the search query; characterized by: providing a search index with bit vectors, each bit vector corresponding to multiple terms and comprising an array of bits that store information for the multiple terms, each bit in the bit vector indicating whether one or more documents contain one or more terms from the multiple terms; identifying, from the search index, a plurality of bit vectors corresponding to the term, wherein each of the identified plurality of bit vectors contains the term in the corresponding multiple terms, each of the plurality of bit vectors comprising a corresponding array of bits in which at least one bit indicates that at least one corresponding document includes at least one of the corresponding multiple terms; and intersecting the bit vectors to identify one or more documents that contain the term. receiving a search query; and identifying a term based on the search query; characterized by: providing a search index with bit vectors, each bit vector corresponding to multiple terms and comprising an array of bits that store information for the multiple terms, each bit in the bit vector indicating whether one or more documents contain one or more terms from the multiple terms; identifying, from the search index, a plurality of bit vectors corresponding to the term, wherein each of the identified plurality of bit vectors contains the term in the corresponding multiple terms, each of the plurality of bit vectors comprising a corresponding array of bits in which at least one bit indicates that at least one corresponding document includes at least one of the corresponding multiple terms; and intersecting the bit vectors to identify one or more documents that contain the term. providing a search index with bit vectors, each bit vector corresponding to multiple terms and comprising an array of bits that store information for the multiple terms, each bit in the bit vector indicating whether one or more documents contain one or more terms from the multiple terms; identifying, from the search index, a plurality of bit vectors corresponding to the term, wherein each of the identified plurality of bit vectors contains the term in the corresponding multiple terms, each of the plurality of bit vectors comprising a corresponding array of bits in which at least one bit indicates that at least one corresponding document includes at least one of the corresponding multiple terms; and intersecting the bit vectors to identify one or more documents that contain the term.
A clamp assembly comprising: a rail configured to receive a first fluidic assembly; a carriage slidably mounted to the rail, comprising a carriage body configured to receive a second fluidic assembly, and a foot displaceably connected to the carriage body and configured to engage the rail for inhibiting movement of the carriage relative to the rail, characterized in that the carriage includes a lever for controlling displacement of the foot relative to the carriage body, said lever being a hand-operable lever operable to establish a first fluid tight seal between the first fluidic assembly and a chromatography column received within the clamp assembly, and to establish a second fluid tight seal between the second fluidic assembly and the chromatography column, and to displace the foot into engagement with the rail. a rail configured to receive a first fluidic assembly; a carriage slidably mounted to the rail, comprising a carriage body configured to receive a second fluidic assembly, and a foot displaceably connected to the carriage body and configured to engage the rail for inhibiting movement of the carriage relative to the rail, characterized in that the carriage includes a lever for controlling displacement of the foot relative to the carriage body, said lever being a hand-operable lever operable to establish a first fluid tight seal between the first fluidic assembly and a chromatography column received within the clamp assembly, and to establish a second fluid tight seal between the second fluidic assembly and the chromatography column, and to displace the foot into engagement with the rail.
A reception device comprising: a communication unit configured to receive a Time Text Markup Language, TTML, subtitle data storage packet storing TTML subtitle data as payload of a MPEG Media Transport, MMT, packet defined in the MPEG MMT format, and a signaling message recorded in MMT package table, MPT, defined in the MMT format and including subtitle display control information corresponding to the TTML subtitle data; and a data processing unit configured to conduct subtitle display control by use of the TTML subtitle data and the signaling message, wherein the subtitle display control information includes a time mode, TMD, identifier, the time mode identifier is an identifier identifying one of a mode of a plurality of time control modes used for controlling the subtitle display timing, said plurality of time control modes comprising modes of determining subtitle display timing by use of description data of the display timing recorded in the TTML subtitle data plus mode-dependent timing information and modes of determining subtitle display timing without the use of said description data of the TTML subtitle data, and the data processing unit is further configured to selectively conduct subtitle display timing control using description data of the TTML subtitle data or subtitle display timing control not using description data of the TTML subtitle data depending on the time mode identifier. a communication unit configured to receive a Time Text Markup Language, TTML, subtitle data storage packet storing TTML subtitle data as payload of a MPEG Media Transport, MMT, packet defined in the MPEG MMT format, and a signaling message recorded in MMT package table, MPT, defined in the MMT format and including subtitle display control information corresponding to the TTML subtitle data; and a data processing unit configured to conduct subtitle display control by use of the TTML subtitle data and the signaling message, wherein the subtitle display control information includes a time mode, TMD, identifier, the time mode identifier is an identifier identifying one of a mode of a plurality of time control modes used for controlling the subtitle display timing, said plurality of time control modes comprising modes of determining subtitle display timing by use of description data of the display timing recorded in the TTML subtitle data plus mode-dependent timing information and modes of determining subtitle display timing without the use of said description data of the TTML subtitle data, and the data processing unit is further configured to selectively conduct subtitle display timing control using description data of the TTML subtitle data or subtitle display timing control not using description data of the TTML subtitle data depending on the time mode identifier.
Driver-assistance method for a motor vehicle moving in a traffic lane, comprising the following steps: a) at least one data item (yL) is acquired in relation to a position of the motor vehicle relative to the traffic lane, said data item including a lateral offset (yL) between the motor vehicle and said target path, b) a torque (T A) applied by a driver of the motor vehicle to a steering member of the motor vehicle is acquired, c) a corrective torque (T C) to be applied to said steering member is determined, as a function of said data item (yL), taking into account said applied torque (T A) so that the motor vehicle follows a target path, d) a filtered corrective torque (T CF) is determined on the basis of said corrective torque (T C) such that the value of this filtered corrective torque (T CF) is systematically less than that of this corrective torque (T C) when said applied torque (T A) substantially opposes said corrective torque (T C), and when, furthermore, said lateral offset (yL) is below a particular threshold (yLS), the filtered corrective torque (T CF) is cancelled, and e) said filtered corrective torque (T CF) is applied to the steering member of the motor vehicle characterized in that: in the step d), if the lateral offset (yL) is above said particular threshold (yLS), the filtered corrective torque (T CF) is determined in such a manner as to have a non-zero value on condition that said lateral offset (yL) is not decreasing with a rate of variation greater than a given limit rate of variation and it is assigned a non-zero value otherwise. a) at least one data item (yL) is acquired in relation to a position of the motor vehicle relative to the traffic lane, said data item including a lateral offset (yL) between the motor vehicle and said target path, b) a torque (T A) applied by a driver of the motor vehicle to a steering member of the motor vehicle is acquired, c) a corrective torque (T C) to be applied to said steering member is determined, as a function of said data item (yL), taking into account said applied torque (T A) so that the motor vehicle follows a target path, d) a filtered corrective torque (T CF) is determined on the basis of said corrective torque (T C) such that the value of this filtered corrective torque (T CF) is systematically less than that of this corrective torque (T C) when said applied torque (T A) substantially opposes said corrective torque (T C), and when, furthermore, said lateral offset (yL) is below a particular threshold (yLS), the filtered corrective torque (T CF) is cancelled, and e) said filtered corrective torque (T CF) is applied to the steering member of the motor vehicle
A clothes drying apparatus, comprising: a chamber configured to accommodate clothes to be dried, an air duct structure communicated with the chamber and a negative pressure generating device communicated with the chamber; wherein, the air duct structure is configured to convey a cold airflow into the chamber, the cold airflow is used to solidify water moisture in the clothes to be dried; the negative pressure generating device is configured to form a negative pressure environment in the chamber, such that a solidified water moisture in the clothes to be dried undergoes sublimation in the negative pressure environment; wherein the air duct structure is further configured to convey a hot airflow into the chamber, wherein, the hot airflow is used to heat the clothes to be dried in the negative pressure environment, so as to promote the sublimation of the solidified water moisture in the clothes to be dried; further comprising: a refrigerating portion, configured to cool an airflow in the air duct structure; and a heating portion, configured to heat an airflow in the air duct structure; characterised in that: further comprising: a heat pump system; wherein, the heat pump system comprises a first heat exchanger and a second heat exchanger disposed on a refrigerant circulation flow path of the heat pump system, the refrigerating portion is formed by the first heat exchanger, and the heating portion is formed by the second heat exchanger. wherein the air duct structure is further configured to convey a hot airflow into the chamber, wherein, the hot airflow is used to heat the clothes to be dried in the negative pressure environment, so as to promote the sublimation of the solidified water moisture in the clothes to be dried; further comprising: a refrigerating portion, configured to cool an airflow in the air duct structure; and a heating portion, configured to heat an airflow in the air duct structure; characterised in that: further comprising: a heat pump system; wherein, the heat pump system comprises a first heat exchanger and a second heat exchanger disposed on a refrigerant circulation flow path of the heat pump system, the refrigerating portion is formed by the first heat exchanger, and the heating portion is formed by the second heat exchanger.
A hollow endodontic instrument for shaping and simultaneous flushing and suction a tooth root canal comprising: a) an inner spicular passage for delivering an irrigation solution, b) a hollow elongated mesh-like structure for shaping a tooth root canal containing an active part and a coronal part, surrounding the inner spicular passage, and the active part protruding over the length of the inner spicular passage, and c) a suction element forming at least one outer passage for sucking the irrigation solution surrounding the inner spicular passage preferably in a tube-in-tube arrangement, wherein the inner spicular passage is insertable into the tooth root canal, and wherein the suction element surrounds at least a portion of the hollow elongated mesh-like structure and/or is located in the coronal part of the hollow elongated mesh-like structure; and wherein the active part of the hollow elongated mesh-like structure for shaping a tooth root canal comprises longitudinal elements and circumferential elements that connect adjacent longitudinal elements. a) an inner spicular passage for delivering an irrigation solution, b) a hollow elongated mesh-like structure for shaping a tooth root canal containing an active part and a coronal part, surrounding the inner spicular passage, and the active part protruding over the length of the inner spicular passage, and c) a suction element forming at least one outer passage for sucking the irrigation solution surrounding the inner spicular passage preferably in a tube-in-tube arrangement, wherein the inner spicular passage is insertable into the tooth root canal, and wherein the suction element surrounds at least a portion of the hollow elongated mesh-like structure and/or is located in the coronal part of the hollow elongated mesh-like structure; and wherein the active part of the hollow elongated mesh-like structure for shaping a tooth root canal comprises longitudinal elements and circumferential elements that connect adjacent longitudinal elements.
A mass spectrometer comprising: an ion source for generating ions in a high-pressure region; a first vacuum chamber comprising an inlet aperture for passing the ions from the high-pressure region into the vacuum chamber, and an exit aperture for passing ions from the vacuum chamber; a series of not more than three_multipole ion guides, the series comprising at least a first ion guide positioned nearest the inlet aperture and a second ion guide positioned nearest the exit aperture, between the inlet and exit apertures and having a predetermined cross-section defining an internal volume; a power supply for providing an RF voltage to each ion guide (36d, 36e) for radially confining the ions within the internal volume of each ion guide (36d, 36e) wherein the configuration of the inlet aperture and the pressure difference between the ion source and the vacuum chamber provides a supersonic free jet expansion downstream of the inlet aperture, the supersonic free jet expansion comprising a barrel shock of predetermined diameter (Db); wherein a gas flow from the supersonic free jet passes through a gap between the first and second ion guides (36d, 36e), by encountering the end surface of the second ion guide; and wherein the cross-section of at least the first ion guide in the series is sized to be at least 50% of the predetermined diameter (Db) of the barrel shock of the supersonic free jet expansion; and wherein the apparatus is configured such that ions within the supersonic free jet expansion are radially confined as the ions traverse the ion guide. an ion source for generating ions in a high-pressure region; a first vacuum chamber comprising an inlet aperture for passing the ions from the high-pressure region into the vacuum chamber, and an exit aperture for passing ions from the vacuum chamber; a series of not more than three_multipole ion guides, the series comprising at least a first ion guide positioned nearest the inlet aperture and a second ion guide positioned nearest the exit aperture, between the inlet and exit apertures and having a predetermined cross-section defining an internal volume; a power supply for providing an RF voltage to each ion guide (36d, 36e) for radially confining the ions within the internal volume of each ion guide (36d, 36e) wherein the configuration of the inlet aperture and the pressure difference between the ion source and the vacuum chamber provides a supersonic free jet expansion downstream of the inlet aperture, the supersonic free jet expansion comprising a barrel shock of predetermined diameter (Db); wherein a gas flow from the supersonic free jet passes through a gap between the first and second ion guides (36d, 36e), by encountering the end surface of the second ion guide; and wherein the cross-section of at least the first ion guide in the series is sized to be at least 50% of the predetermined diameter (Db) of the barrel shock of the supersonic free jet expansion; and wherein the apparatus is configured such that ions within the supersonic free jet expansion are radially confined as the ions traverse the ion guide.
Fluid valve, in particular for the exhaust gas from an automobile vehicle, comprising a body defining at least one duct and a movable flap that can rotate about a shaft between a so-called closed position preventing the fluid from flowing through the duct and an open position allowing the fluid to flow through the duct, the valve including an opening clearance (E1, E2, E3) between the flap and a wall of said body for the passage of the fluid, the valve comprising a main duct and an auxiliary duct for the flow of the fluid, discharging into said main duct, the main duct having inlet and outlet orifices adapted to communicate with the exhaust line of a motor, the auxiliary duct having an orifice adapted to communicate with an exhaust gas recirculation line, the flap being adapted to prevent communication between the two ducts (31, 32) in the closed position and to allow communication between said ducts (31, 32) in the open position, at the level of a fluid passage window, the valve being characterized in that said clearance (E1, E2, E3) extends in a direction parallel to the pivot shaft of the flap over a length that varies according to the angular position of the flap, and in that said wall between which and the flap said opening clearance (E1, E2, E3) is provided is situated at the level of said auxiliary duct.
A combined launch vehicle and satellite system comprised by: a satellite; a separation plane; a first set of propellant tanks, another separation plane below; a second set of propellant tanks; plumbing lines and an engine, wherein the plumbing lines comprise in-built precise separation mechanisms; and wherein a separation of the respective set of propellant tanks is enabled by a merman band or pneumatic separation system. a satellite; a separation plane; a first set of propellant tanks, another separation plane below; a second set of propellant tanks; plumbing lines and an engine, wherein the plumbing lines comprise in-built precise separation mechanisms; and wherein a separation of the respective set of propellant tanks is enabled by a merman band or pneumatic separation system.
A system for providing computing capacity, comprising: a base module; and two or more fin modules installed on the base module to form a unit, wherein at least one of the fin modules extends from the base module such that the fin module has a primarily vertical orientation; wherein at least one of the fin modules comprises one or more fin members (132, 134) and two or more computer systems coupled to at least one of the one or more fin members, wherein at least one of the one or more fin members is configured to form an enclosure for at least one of the two or more computer systems to protect the at least one computer system from environmental conditions, and wherein the system is configured to operate in an outdoor environment. a base module; and two or more fin modules installed on the base module to form a unit, wherein at least one of the fin modules extends from the base module such that the fin module has a primarily vertical orientation; wherein at least one of the fin modules comprises one or more fin members (132, 134) and two or more computer systems coupled to at least one of the one or more fin members, wherein at least one of the one or more fin members is configured to form an enclosure for at least one of the two or more computer systems to protect the at least one computer system from environmental conditions, and wherein the system is configured to operate in an outdoor environment.