mhurhangee/ep-ind-claims huggingface dataset:
A measurement method based on channel state information-reference signal, CSI-RS, resources, comprising: sending, by a first base station, information of at least one CSI-RS configuration set allocated to an access point of the base station to a user equipment, UE, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations and all CSI-RS configurations differ from another; and receiving, by the first base station, an averaged result of measurements performed by the UE on a subset or a full set of measurement resources of the CSI-RS configurations corresponding to the at least one CSI-RS configuration set; wherein the information of CSI-RS configuration sets comprises a CSI-RS configuration set information list, wherein the CSI-RS configuration set information list indicates a correlation between CSI-RS configurations and corresponding CSI-RS configuration sets. sending, by a first base station, information of at least one CSI-RS configuration set allocated to an access point of the base station to a user equipment, UE, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations and all CSI-RS configurations differ from another; and receiving, by the first base station, an averaged result of measurements performed by the UE on a subset or a full set of measurement resources of the CSI-RS configurations corresponding to the at least one CSI-RS configuration set; wherein the information of CSI-RS configuration sets comprises a CSI-RS configuration set information list, wherein the CSI-RS configuration set information list indicates a correlation between CSI-RS configurations and corresponding CSI-RS configuration sets.
A dual drill pipe, comprising: a joint of drill pipe having a pin end and a box end; an inner tube disposed within an internal bore of the joint of drill pipe; a retainer (18, 20) disposed proximate each longitudinal end of the inner tube; a retaining feature (15, 19) formed in an interior of the joint of drill pipe proximate each longitudinal end, each one of the retaining features (15, 19) configured to engage a respective one of the retainers (18, 20) so that the inner tube is held in longitudinally fixed relation to the joint of drill pipe, and a plurality of longitudinally spaced apart standoffs disposed on an exterior surface of the inner tube, the standoffs having a standoff radial dimension longer than a lateral dimension of an annular space between the inner tube and the joint of drill pipe that would exist if the inner tube were concentric with the joint of drill pipe, the radial dimension of the standoffs imparting a slight bend to the inner tube 16, characterised in that the retainer disposed proximate the box end is threadedly engaged to an outer surface of the inner tube, the dual drill pipe further comprises a locking ring engaged with an outer surface of the inner tube to hold the retainer disposed proximate the box end in place, and wherein the retainer disposed proximate the box end comprises a feature configured to cover the locking ring to prevent disengagement of the locking ring from the inner tube. a joint of drill pipe having a pin end and a box end; an inner tube disposed within an internal bore of the joint of drill pipe; a retainer (18, 20) disposed proximate each longitudinal end of the inner tube; a retaining feature (15, 19) formed in an interior of the joint of drill pipe proximate each longitudinal end, each one of the retaining features (15, 19) configured to engage a respective one of the retainers (18, 20) so that the inner tube is held in longitudinally fixed relation to the joint of drill pipe, and a plurality of longitudinally spaced apart standoffs disposed on an exterior surface of the inner tube, the standoffs having a standoff radial dimension longer than a lateral dimension of an annular space between the inner tube and the joint of drill pipe that would exist if the inner tube were concentric with the joint of drill pipe, the radial dimension of the standoffs imparting a slight bend to the inner tube 16, characterised in that the retainer disposed proximate the box end is threadedly engaged to an outer surface of the inner tube, the dual drill pipe further comprises a locking ring engaged with an outer surface of the inner tube to hold the retainer disposed proximate the box end in place, and wherein the retainer disposed proximate the box end comprises a feature configured to cover the locking ring to prevent disengagement of the locking ring from the inner tube.
A method for managing traffic at a virtual interface of a session border controller, SBC, said method comprising: receiving, at a virtual interface of an SBC, call traffic sent from a source in a first virtual private network, VPN, wherein said call traffic has a signal portion, a media portion and a destination and said virtual interface is configured with a source VPN identifier; said virtual interface associating said call traffic with said source VPN identifier, wherein said source VPN identifier is unique to said first VPN such that said source is identified as being in said first VPN; embedding said source VPN identifier in said signal portion of the call traffic; and characterized by routing the signal portion of the call traffic through the SBC; and determining whether said source and said destination are both in said first VPN based on said source VPN identifier; wherein, if it is determined that the source and the destination are both within said first VPN, then the media portion of the call traffic is not routed through the SBC, or; if it is determined that the source and the destination are not both within the first VPN, then routing the media portion through the SBC. receiving, at a virtual interface of an SBC, call traffic sent from a source in a first virtual private network, VPN, wherein said call traffic has a signal portion, a media portion and a destination and said virtual interface is configured with a source VPN identifier; said virtual interface associating said call traffic with said source VPN identifier, wherein said source VPN identifier is unique to said first VPN such that said source is identified as being in said first VPN; embedding said source VPN identifier in said signal portion of the call traffic; and characterized by routing the signal portion of the call traffic through the SBC; and determining whether said source and said destination are both in said first VPN based on said source VPN identifier; wherein, if it is determined that the source and the destination are both within said first VPN, then the media portion of the call traffic is not routed through the SBC, or; if it is determined that the source and the destination are not both within the first VPN, then routing the media portion through the SBC.
An electrochemical sensor for humoral detection, comprising: a material layer, comprising at least one hydrophilic region; and at least one detection unit, located in the hydrophilic region, wherein the detection unit comprises a working electrode and an opposed electrode disposed apart from each other, wherein the hydrophilic region comprises a sampling port configured to be in contact with a liquid sample to be detected, and the working electrode and the opposed electrode are configured to detect an electrical signal generated by the reaction so as to detect the analyte, which is characterized in that a planar shape of the hydrophilic region is a water drop shape, and the sampling port is located at a tip portion of the water drop shape, the working electrode comprises a reaction surface, configured to be in contact with the liquid sample, the reaction surface contains a substance configured to have a reaction with an analyte in the liquid sample. a material layer, comprising at least one hydrophilic region; and at least one detection unit, located in the hydrophilic region, wherein the detection unit comprises a working electrode and an opposed electrode disposed apart from each other, wherein the hydrophilic region comprises a sampling port configured to be in contact with a liquid sample to be detected, and the working electrode and the opposed electrode are configured to detect an electrical signal generated by the reaction so as to detect the analyte, which is characterized in that a planar shape of the hydrophilic region is a water drop shape, and the sampling port is located at a tip portion of the water drop shape, the working electrode comprises a reaction surface, configured to be in contact with the liquid sample, the reaction surface contains a substance configured to have a reaction with an analyte in the liquid sample.
A filter candle for mounting in a backflush filter housing, the filter candle having a cylindrical filter wall which encloses an interior of the filter candle and which is formed by a filter medium through which fluid to be filtered may flow from the interior to an outside of the filter candle, the cylindrical filter wall having an inner diameter, the filter candle having a first end and a second end of which at least one is open for fluid flow to the interior of the filter candle and a central axis extending between the first end and the second end, the filter candle including a flushing element arranged in the interior of the filter candle and being rotatable about the central axis, the flushing element being divided into a flushing section provided with at least one flushing port for backflushing part of the cylindrical filter wall and a turbine section provided with a turbine adapted to rotate the flushing element, the flushing section having a first end and a second end and being formed as a hollow shaft tapering from the first end to the second end, the at least one flushing port being provided in at least one flushing rib arranged on the hollow shaft and extending from the first to the second end of the flushing section, the turbine section having a first end and a second end and being formed as a hollow shaft tapering from the first end to the second end and the turbine being formed by turbine blades arranged on the outside of the hollow shaft of the turbine section, the first end of the flushing section being connected to the first end of the turbine section at a transition position, characterised in that an outside of the flushing element forms a cylindrical restriction at the transition position adapted to, during a backflushing operation, at least substantially restrict fluid flow from the flushing section to the turbine section between the cylindrical restriction and an inside of the cylindrical filter wall, and in that the cylindrical restriction has an outer diameter (d) being at least 85 per cent of the inner diameter of the cylindrical filter wall.
Securing device (100; 200) for a lock for a door of a motor vehicle, including a body (101; 201) with two opposite main faces (103, 104; 203, 204), in which body a cylindrical housing (102; 202) is provided for the accommodation of the cylinder of the lock, having a main axis (X1; Y1) and opening on either side of the body (101; 201) onto each of the two opposite main faces (103, 104; 203, 204), said body (101; 201) of the securing device (100; 200) further comprising fixing means (120; 220) suitable for fixing this body (101; 201) on an adjacent wall of the motor vehicle in order to prevent this body (101; 201) from rotating around the main axis (X1; Y1) of the cylindrical housing (102; 202), characterized in that these fixing means include an adapter element slidingly mounted on said body (101; 201), and receiving means (160; 260) for this adapter element which are provided on said body (101; 201).
A liquid crystal display device (100, 100A, 100B) comprising a first substrate, a second substrate, and a vertical alignment liquid crystal layer interposed between the first and second substrates (100a, 100b), the device (100, 100A, 100B) comprising a number of pixels, each of which includes a first electrode that is arranged on the first substrate to face the liquid crystal layer, a second electrode that is arranged on the second substrate to face the liquid crystal layer, and the liquid crystal layer arranged between the first and second electrodes (12, 22), and a part of the liquid crystal layer located within each said pixel having multiple liquid crystal regions in which liquid crystal molecules tilt in multiple different directions when a voltage is applied between the first and second electrodes (12, 22), wherein each said pixel has an opaque portion (17, 27) that is arranged on a boundary between the multiple liquid crystal regions, and wherein the opaque portion (17, 27) is provided for at least one of the first and second substrates (100a, 100b) so that when a voltage is applied between the first and second electrodes (12, 22), the liquid crystal molecules neighboring the boundary will tilt while turning one of their end portions, which is located closer to the substrate (100a, 100b) with the opaque portion (17, 27), away from the boundary, characterized in that the opaque portion (17, 27) includes a first shielding layer (17a, 27a) and a second shielding layer (17b, 27b), which overlaps with the first shielding layer (17a, 27a) with a predetermined gap left between them, wherein the first shielding layer (17a, 27a) and the second shielding layer (17b? 27b) are both provided on the same substrate (100a, 100b).
Clamping device for the connection and clamping of clamping parts, comprising a connecting joint, at least one clamping section with a respective transmission element, and a tensioning element, wherein the tensioning element is arranged on the connecting joint and is in a clamped state in a first end position, and is in a relaxed state in a second end position, wherein in the tensioned state, the at least one transmission element presses against a respective clamping part, whereby the clamping part is clamped between a respective clamping section and a transmission element and is thus fixed, and in the relaxed state, a clamping part is movable in a clamping section, wherein the at least one clamping section is rotatable relative to the connecting joint in the relaxed state and is fixed to the connecting joint in the clamped state, wherein in the connecting joint, a clamping element is further provided which comprises on at least one side an inclined surface which respectively abuts against an inclined surface of at least one transmission element, such that a translational movement of the clamping element causes a translational movement of the at least one transmission element, wherein the translational movement of the clamping element has a different direction than the translational movement of the at least one transmission element. comprising a connecting joint, at least one clamping section with a respective transmission element, and a tensioning element, wherein the tensioning element is arranged on the connecting joint and is in a clamped state in a first end position, and is in a relaxed state in a second end position, wherein in the tensioned state, the at least one transmission element presses against a respective clamping part, whereby the clamping part is clamped between a respective clamping section and a transmission element and is thus fixed, and in the relaxed state, a clamping part is movable in a clamping section, wherein the at least one clamping section is rotatable relative to the connecting joint in the relaxed state and is fixed to the connecting joint in the clamped state, wherein in the connecting joint, a clamping element is further provided which comprises on at least one side an inclined surface which respectively abuts against an inclined surface of at least one transmission element, such that a translational movement of the clamping element causes a translational movement of the at least one transmission element, wherein the translational movement of the clamping element has a different direction than the translational movement of the at least one transmission element.
An oven muffle, comprising: (a) a muffle wall comprising a mounting region for a fan, and a plurality of through-holes provided in the perimeter of said mounting region for insertion of connection bolts, and (b) a cover element for said mounting region, said cover element comprising a plurality of lugs comprising openings which overlap said through-holes of the muffle wall, said lugs projecting from said cover element towards the muffle wall so as to maintain the cover element at a distance to said muffle wall; characterized in that each said through hole provided in the muffle wall comprises a lug projecting towards the cover element, wherein the lug of the cover element and the lug of the muffle wall abut at their projecting surfaces and wherein the lug of the cover element and the lug of the muffle wall have substantial the same extension in a plane essentially parallel to the muffle wall at the location of the lugs (20, 34). (a) a muffle wall comprising a mounting region for a fan, and a plurality of through-holes provided in the perimeter of said mounting region for insertion of connection bolts, and (b) a cover element for said mounting region, said cover element comprising a plurality of lugs comprising openings which overlap said through-holes of the muffle wall, said lugs projecting from said cover element towards the muffle wall so as to maintain the cover element at a distance to said muffle wall;
Sensor for measuring substances comprising - a light source having a source standard temperature, - a detector arrangement with at least a first and a second detector (15, 16, 24), where each detector of the detector arrangement is associated with a filter of a filter arrangement (9, 10, 20), - an evaluating device which is connected to the detector arrangement, and which receives a first output signal from the first detector and a second output signal from the second detector where the filter arrangement is positioned between the light source and the detector arrangement, the filter arrangement comprising - at least one suspect filter (9, 11, 12, 21) passing through radiation with wavelengths within a suspect band having a suspect centre wavelength; - at least one reference filter (10, 13, 14, 20, 22, 23) each reference filter passing through radiation with wavelengths at least within a reference band with a reference centre wavelength, and where the combined reference bands of all the reference filters forms a reference filter system; and where the reference system band is distributed on both sides of the suspect band, whereby the sensor is constructed and arranged such that the difference S1 - S2 is normalised to the output signal of the first detector, so that a signal S3 = S1 / (S2-S1) is obtained, and at least one reference centre wavelength is shifted relative to the suspect centre wavelength so that dS3 /dT is minimized around T0. - a light source having a source standard temperature, - a detector arrangement with at least a first and a second detector (15, 16, 24), where each detector of the detector arrangement is associated with a filter of a filter arrangement (9, 10, 20), - an evaluating device which is connected to the detector arrangement, and which receives a first output signal from the first detector and a second output signal from the second detector - at least one suspect filter (9, 11, 12, 21) passing through radiation with wavelengths within a suspect band having a suspect centre wavelength; - at least one reference filter (10, 13, 14, 20, 22, 23) each reference filter passing through radiation with wavelengths at least within a reference band with a reference centre wavelength, and where the combined reference bands of all the reference filters forms a reference filter system; and where the reference system band is distributed on both sides of the suspect band,
A flight instrument panel (601; 701) for an aircraft (101; 201), the flight instrument panel comprising: a display; a gauge (607, 611, 613, 633) located on the display, the gauge having a scale with an indicator configured to communicate a reading by location of the indicator relative to the scale; a cue indicator (603, 605, 609, 635) on the gauge, the cue indicator being configured to visually communicate to a pilot the opportunity to make an operational change that would positively affect an economic operation of the aircraft characterized in that: the flight instrument panel uses an algorithm that is configured to determine and analyze the economic operation of the aircraft based on real time flight data in order to derive the most economic operation of the aircraft; wherein the economic operation is a rate of wear of one or more components of the aircraft. a display; a gauge (607, 611, 613, 633) located on the display, the gauge having a scale with an indicator configured to communicate a reading by location of the indicator relative to the scale; a cue indicator (603, 605, 609, 635) on the gauge, the cue indicator being configured to visually communicate to a pilot the opportunity to make an operational change that would positively affect an economic operation of the aircraft characterized in that: the flight instrument panel uses an algorithm that is configured to determine and analyze the economic operation of the aircraft based on real time flight data in order to derive the most economic operation of the aircraft; wherein the economic operation is a rate of wear of one or more components of the aircraft. the flight instrument panel uses an algorithm that is configured to determine and analyze the economic operation of the aircraft based on real time flight data in order to derive the most economic operation of the aircraft; wherein the economic operation is a rate of wear of one or more components of the aircraft.
A road-milling machine comprising a frame carried by a running gear, a working unit for performing work required for the civil engineering operation, the working unit comprising a milling drum fitted with milling cutters, a drive unit carried by the frame of the machine, to drive the working unit, and a power transmitting means for transmitting the driving power from the drive unit to the working unit, characterised in that the running gear comprises four track-laying units (1A, 1B) which are arranged at the front and rear ends on the two sides of the frame of the machine, the track-laying units being vertically adjustable fastened to lifting columns which are mounted on the frame of the machine, the working unit is arranged on the frame of the machine between the front and back track-laying units (1A, 1B) in the direction of the road-milling machine, the drive unit comprises a first drive engine and a second drive engine, the power transmitting means is so designed that the driving powers coming from the first and the second drive engines (5A, 5B) can be transmitted to the working unit together, the first and the second drive engines (5A, 5B) are arranged on the frame of the machine between the lifting columns of the front and back track-laying units (1A, 1B) in the direction of the civil engineering machine, the first and the second drive engines (5A, 5B) being arranged transversely to the direction of travel of the civil engineering machine, and the first and the second drive engines (5A, 5B) are arranged at a spacing from one another in a plane of the frame of the machine which lies above the plane in which the working unit is arranged on the frame of the machine, the power transmitting means comprising at least one belt transmission (9, 13, 17, 18) by which the driving powers coming from the first and second drive engines (5A, 5B) can be transmitted to the drive unit simultaneously, the belt transmission (9, 13, 17, 18) comprising a first belt pulley which is connected to be solid in rotation therewith to a first output shaft able to be driven by the first drive engine, and a second belt pulley which is connected to be solid in rotation therewith to an output shaft able to be driven by the second drive engine, and a third belt pulley which is connected to be solid in rotation therewith to a drive shaft driving the working unit, with at least one drive belt running over the belt pulleys (13, 17, 18).