mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a location of a tag, comprising: receiving, at each detector (202 - 216, 306, 308) of a plurality of first detectors (202 - 216) and a plurality of second detectors (306, 308), a device transmission periodically transmitted from the tag, wherein: (i) the first detectors (202 - 216) are disposed in proximity to a passage at which a person can transition from a first demarcated area to a second demarcated area, (ii) the second detectors (306, 308) are disposed within the first and second demarcated areas, and the passage is sub-divided into a plurality of zones; determining, by each of the first detectors (202 - 216) and the second detectors (306, 308), a corresponding Received Signal Strength Indictor, RSSI, for the device transmission received thereat; determining, by a computing device, a probable location of the tag within the passage, the first demarcated area or the second demarcated area using the RSSIs and relationships between the RSSIs; determining a first likelihood value indicating the likelihood that the probable location is correct; and determining an estimated location of the tag within the passage, the first demarcated area or the second demarcated area based on the probable location when the first likelihood value meets a first criterion. receiving, at each detector (202 - 216, 306, 308) of a plurality of first detectors (202 - 216) and a plurality of second detectors (306, 308), a device transmission periodically transmitted from the tag, wherein: (i) the first detectors (202 - 216) are disposed in proximity to a passage at which a person can transition from a first demarcated area to a second demarcated area, (ii) the second detectors (306, 308) are disposed within the first and second demarcated areas, and the passage is sub-divided into a plurality of zones; determining, by each of the first detectors (202 - 216) and the second detectors (306, 308), a corresponding Received Signal Strength Indictor, RSSI, for the device transmission received thereat; determining, by a computing device, a probable location of the tag within the passage, the first demarcated area or the second demarcated area using the RSSIs and relationships between the RSSIs; determining a first likelihood value indicating the likelihood that the probable location is correct; and determining an estimated location of the tag within the passage, the first demarcated area or the second demarcated area based on the probable location when the first likelihood value meets a first criterion.
A device for detachably mounting a fastening anchor on a smooth wall surface, the device comprising a suction bell configured for being held on the wall surface by vacuum pressure and constituting a holder for the fastening anchor, wherein the suction bell has two webs between which a lever for biasing a suction cup is supported, and the holder has a seat that is configured for enclosing a base plate of the fastening anchor at its edge on all sides, and latch that is movably mounted on the holder and is movable between a release position in which it permits the base plate to be inserted into the seat, and a latch position in which it straddles the base plate, characterized in that the holder is formed in one piece with the suction bell and in that parts of the seat are formed by extensions of the webs.
An antenna (100, 900, 1000, 1102, 1202), comprising: a substrate layer having a first surface and an opposite second surface, the second surface having a metallization layer; a conductive layer disposed on the first surface of the substrate layer; a slot formed in the conductive layer, the slot comprising a first part and a second part that are symmetric to each other about a diagonal of the conductive layer; and at least one feed point on the conductive layer and spaced from the slot by a predetermined distance, where the first part and the second part of the slot have substantially rectangular shapes to form a first rectangle and a second rectangle, wherein: the first and second rectangles (106a, 106b) are substantially perpendicular to each other and connected to each other at a corner, and a portion of the conductive layer at the corner is cut to form a slot chamfer; and wherein the at least one feed point is positioned off center lines of the conductive layer. a substrate layer having a first surface and an opposite second surface, the second surface having a metallization layer; a conductive layer disposed on the first surface of the substrate layer; a slot formed in the conductive layer, the slot comprising a first part and a second part that are symmetric to each other about a diagonal of the conductive layer; and at least one feed point on the conductive layer and spaced from the slot by a predetermined distance, where the first part and the second part of the slot have substantially rectangular shapes to form a first rectangle and a second rectangle, wherein: the first and second rectangles (106a, 106b) are substantially perpendicular to each other and connected to each other at a corner, and a portion of the conductive layer at the corner is cut to form a slot chamfer; and wherein the at least one feed point is positioned off center lines of the conductive layer. the first and second rectangles (106a, 106b) are substantially perpendicular to each other and connected to each other at a corner, and a portion of the conductive layer at the corner is cut to form a slot chamfer; and wherein the at least one feed point is positioned off center lines of the conductive layer.
A machine carrier of a gearless wind power installation for carrying an electric generator connected to an aerodynamic rotor of the wind power installation on a pylon, wherein the aerodynamic rotor has a substantially horizontal rotor axis and the pylon has a substantially vertical pylon axis and the machine carrier, has a first and a second approximately tubular portion (301,302), and said two portions are arranged substantially perpendicularly to each other, wherein the second substantially tubular portion at least partially passes through the first substantially tubular portion, wherein the first tubular portion has a central axis coincident with the vertical pylon axis and the second tubular portion has a central axis coincident with the rotor axis, characterised in that the first tubular portion is of a larger mean diameter than the second tubular portion.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting a message related to 2-step random access procedure, wherein the message comprises a first physical random access channel, PRACH, preamble or a second PRACH preamble on at least one valid PRACH occasion among a plurality of valid PRACH occasions in a PRACH slot; and obtaining information related to a random access response, RAR, in response to the message, wherein the first PRACH preamble is included in a plurality of PRACH preambles related to the plurality of valid PRACH occasions, wherein based on the plurality of PRACH preambles being mapped to a first plurality of valid physical uplink shared channel, PUSCH, occasions among a plurality of valid PUSCH occasions, the message further comprises a PUSCH on at least one valid PUSCH occasion among the first plurality of valid PUSCH occasions, and wherein the second PRACH preamble is not mapped to any one of the first plurality of valid PUSCH occasions. transmitting a message related to 2-step random access procedure, wherein the message comprises a first physical random access channel, PRACH, preamble or a second PRACH preamble on at least one valid PRACH occasion among a plurality of valid PRACH occasions in a PRACH slot; and obtaining information related to a random access response, RAR, in response to the message, wherein the first PRACH preamble is included in a plurality of PRACH preambles related to the plurality of valid PRACH occasions, wherein based on the plurality of PRACH preambles being mapped to a first plurality of valid physical uplink shared channel, PUSCH, occasions among a plurality of valid PUSCH occasions, the message further comprises a PUSCH on at least one valid PUSCH occasion among the first plurality of valid PUSCH occasions, and wherein the second PRACH preamble is not mapped to any one of the first plurality of valid PUSCH occasions.
In vitro method to determine the risk of developing an infectious disease before it has occurred comprising (i) Quantifying the mitochondrial DNA in a biological sample of a subject, preferably a human being, (ii) Comparing the value of the concentration of the mitochondrial DNA obtained in step (i) with the value of the concentration of the mitochondrial DNA from a control sample in order to find a significant difference between them, and (iii) associating the significant difference with the risk of developing an infectious disease, wherein - a difference is considered to be significant when the value of the sample under observation is at least 2 times higher than the average +/- standard deviation of the control sample, and - the subject does not suffer from an infection and has not received any immunosuppressed treatment nor has had a transplant. (i) Quantifying the mitochondrial DNA in a biological sample of a subject, preferably a human being, (ii) Comparing the value of the concentration of the mitochondrial DNA obtained in step (i) with the value of the concentration of the mitochondrial DNA from a control sample in order to find a significant difference between them, and (iii) associating the significant difference with the risk of developing an infectious disease, - a difference is considered to be significant when the value of the sample under observation is at least 2 times higher than the average +/- standard deviation of the control sample, and - the subject does not suffer from an infection and has not received any immunosuppressed treatment nor has had a transplant.
A wireless transmission system, comprising: a control unit; a first transmission unit electrically coupled with the control unit, the first transmission unit comprising a first transceiver module and a first Media Access Control module; a second transmission unit electrically coupled with the control unit, the second transmission unit comprising a second transceiver module and a second MAC module; a plurality of switches electrically coupled with the control unit; and a plurality of RF ends electrically coupled with plurality of switches respectively, the plurality of RF ends is capable of providing for a plurality of streams for transmitting a wireless signal; the control unit being provided for controlling the plurality of switches to connect the first transmission unit and the second transmission unit with the plurality of RF ends respectively to distribute the plurality of streams, and for controlling the first transceiver module and the second transceiver module to manage the plurality of streams, wherein the control unit further capable of determining whether the wireless transmission system is connected to an expansion device and of distributing the plurality of streams to the first transmission unit and the second transmission unit according to a request from the expansion device. a control unit; a first transmission unit electrically coupled with the control unit, the first transmission unit comprising a first transceiver module and a first Media Access Control module; a second transmission unit electrically coupled with the control unit, the second transmission unit comprising a second transceiver module and a second MAC module; a plurality of switches electrically coupled with the control unit; and a plurality of RF ends electrically coupled with plurality of switches respectively, the plurality of RF ends is capable of providing for a plurality of streams for transmitting a wireless signal; the control unit being provided for controlling the plurality of switches to connect the first transmission unit and the second transmission unit with the plurality of RF ends respectively to distribute the plurality of streams, and for controlling the first transceiver module and the second transceiver module to manage the plurality of streams,
A method for estimating motion in a sequence of video images comprising the steps of storing a plurality of fields or frames of a sequence of video images, for each of a plurality of blocks of pixels in each field or frame, testing a plurality of candidate motion vectors to determine which motion vector gives the best fit in determining the motion in the image between adjacent fields or frames for that block, characterised in that the step of testing a plurality of candidate motion vectors includes a step of determining the amount of motion blur present in the image, and modifying the testing of candidate motion vectors in dependence on the thus determined motion blur, wherein the step of modifying the testing of candidate motion vectors comprises calculating (W H x C X) + (W V x C Y), where W H and W V are scaling factors dependent on the direction of the determined motion blur, and C X and C Y are the horizontal and vertical components of the candidate vector respectively.
A plumbing fixture such as a mixer valve or a faucet, said plumbing fixture comprising: a body; at least one inlet connected to the body and adapted to be connected to a fluid supply, the inlet comprising a connector arranged to be connectable to a fluid supply pipe projecting from a mounting surface so as to provide a fluid connection between the fluid supply pipe and the inlet; a mounting plate; a means for concealing at least one spacer; and an adjustment means arranged to adjust a position of the connector relative to the mounting surface: wherein the adjustment means comprises the at least one spacer, and the mounting plate is adapted to be securable to the mounting surface, wherein the body can be attached to and detached from the mounting plate, and wherein the at least one spacer is locatable between the mounting surface and the mounting plate. a body; at least one inlet connected to the body and adapted to be connected to a fluid supply, the inlet comprising a connector arranged to be connectable to a fluid supply pipe projecting from a mounting surface so as to provide a fluid connection between the fluid supply pipe and the inlet; a mounting plate; a means for concealing at least one spacer; and an adjustment means arranged to adjust a position of the connector relative to the mounting surface: wherein the adjustment means comprises the at least one spacer, and the mounting plate is adapted to be securable to the mounting surface, wherein the body can be attached to and detached from the mounting plate, and wherein the at least one spacer is locatable between the mounting surface and the mounting plate.
A filter for a spray coating system, the filter comprising: (a) a housing including a peripheral sidewall having an inlet opening on a first side for receiving a flowing gas and an outlet opening on a second, opposite side of the housing, the inlet and outlet openings providing substantially no resistance to the flow of gas along a flow path extending through the housing from the inlet opening to the outlet opening; and (b) a support backing [230, 430] disposed within the peripheral sidewall, the support backing having an upstream side, at least most of which faces the inlet opening, a downstream side, at least most of which faces the outlet opening, and a lateral center of the support backing, the support backing having at least a first substantially planar panel joined at a first edge to a first edge of a second substantially planar panel at a predetermined, non-parallel angle thereto, said first and second panels having openings formed therethrough to provide substantially no resistance to the flow of gas through the panels, characterised in that the first substantially planar panel has filtration media mounted to a surface that faces away from the lateral center and at least a segment of the first substantially planar panel has an upstream end that is farther from the lateral center than a downstream end. (a) a housing including a peripheral sidewall having an inlet opening on a first side for receiving a flowing gas and an outlet opening on a second, opposite side of the housing, the inlet and outlet openings providing substantially no resistance to the flow of gas along a flow path extending through the housing from the inlet opening to the outlet opening; and (b) a support backing [230, 430] disposed within the peripheral sidewall, the support backing having an upstream side, at least most of which faces the inlet opening, a downstream side, at least most of which faces the outlet opening, and a lateral center of the support backing, the support backing having at least a first substantially planar panel joined at a first edge to a first edge of a second substantially planar panel at a predetermined, non-parallel angle thereto, said first and second panels having openings formed therethrough to provide substantially no resistance to the flow of gas through the panels, characterised in that the first substantially planar panel has filtration media mounted to a surface that faces away from the lateral center and at least a segment of the first substantially planar panel has an upstream end that is farther from the lateral center than a downstream end.
A process for the production of iron ore pellets, the green pellets replacing the burnt pellets for covering a metallic surface in a "travelling grate" furnace during a burning step, the process comprising the following steps: a. grinding iron ore and limestone to a size less than 0.044 mm; b. filtering the crushed iron ore obtained from step a; c. mixing the filtered iron ore from step b with at least sodium silicate and cornstarch and, alternatively, microsilica; d. pelletizing the mixture from step c; e. drying the green pellets from step d; f. transferring pellets of the iron ore to the grid and a bottom grid of a "travelling grate" furnace equipment; and g. Screening the burnt iron ore pellets. a. grinding iron ore and limestone to a size less than 0.044 mm; b. filtering the crushed iron ore obtained from step a; c. mixing the filtered iron ore from step b with at least sodium silicate and cornstarch and, alternatively, microsilica; d. pelletizing the mixture from step c; e. drying the green pellets from step d; f. transferring pellets of the iron ore to the grid and a bottom grid of a "travelling grate" furnace equipment; and g. Screening the burnt iron ore pellets.
A handle arrangement for arrangement to a door comprising a body, a handle rotatably arranged to the body and movable between a closed position and an open position, a latch mechanism for latching a door to a door frame, said latch mechanism being maneuverable between a latching position and an unlatching position by rotating the handle round a first rotational axis, a lock arrangement rotationally movable around its central axis and comprising a moveable locking element configured to be moved between an unlocked position and a locked position upon rotation of the lock arrangement, wherein the locking element comprises a flange having a bottom surface wherein the handle comprises a stopping surface, wherein said flange in the locked position is configured for the bottom surface to abut the stopping surface to prevent rotation of the handle around said first rotational axis, characterized in that the handle further comprises an inclined surface configured such that when the flange is in an unlocked position, the bottom surface is arranged opposite to the inclined surface at an angle (α) such as to admit the handle to rotate around the first rotational axis in order to bring the latch mechanism in an unlatching position, wherein the rotation of the handle towards the unlatching position is limited by the bottom surface abutting the inclined surface.
A quantum dot comprising: a core (105; 205) comprising CdSe, the core having a core diameter of about 4 nm and having a first pole (115; 215) and a second pole (120; 220) opposite the first pole; a disk-shaped shell (110; 210) substantially covering the core such that the quantum dot has a total diameter of about 10 nm, the shell comprising CdS, wherein the core is off-centered by about 2 nm such that the shell has a thickness profile that is thinnest at the first pole (115; 215) of the core and thickest at the second pole (120; 220) of the core, the shell (110; 210) having a thickness of greater than or equal to zero at the first pole; the core and the shell having different respective lattice constants such that the shell exerts a biaxial compressive straining force on the core due to the thickness profile of the shell, the biaxial compressive straining force compressing the core in directions perpendicular to an axis running through the first pole and the second pole, the biaxial compressive straining force configured to modify an excitonic fine structure of the core. a core (105; 205) comprising CdSe, the core having a core diameter of about 4 nm and having a first pole (115; 215) and a second pole (120; 220) opposite the first pole; a disk-shaped shell (110; 210) substantially covering the core such that the quantum dot has a total diameter of about 10 nm, the shell comprising CdS, wherein the core is off-centered by about 2 nm such that the shell has a thickness profile that is thinnest at the first pole (115; 215) of the core and thickest at the second pole (120; 220) of the core, the shell (110; 210) having a thickness of greater than or equal to zero at the first pole; the core and the shell having different respective lattice constants such that the shell exerts a biaxial compressive straining force on the core due to the thickness profile of the shell, the biaxial compressive straining force compressing the core in directions perpendicular to an axis running through the first pole and the second pole, the biaxial compressive straining force configured to modify an excitonic fine structure of the core.
A dual lumen coaxial cannula assembly comprising: a first infusion tube having a first elongate body defining a first lumen therethrough, the first infusion tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; a second drainage tube co-axially aligned with the first infusion tube and having a second elongate body with a second lumen defined by a space between the first infusion tube and second drainage tube, the second drainage tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; and a connector assembly, wherein the connector assembly comprises an inlet portion through which a portion of the first infusion tube is configured to extend, an outlet portion through which a portion of the second drainage tube is configured to extend, and a first valve positioned circumferentially around a portion of the first infusion tube to secure the first infusion tube relative to the connector assembly; wherein the connector assembly is configured to enable selective axial displacement of the first infusion tube through the second drainage tube. a first infusion tube having a first elongate body defining a first lumen therethrough, the first infusion tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; a second drainage tube co-axially aligned with the first infusion tube and having a second elongate body with a second lumen defined by a space between the first infusion tube and second drainage tube, the second drainage tube having a proximal end, a distal end, and a sidewall extending circumferentially therebetween; and a connector assembly, wherein the connector assembly comprises an inlet portion through which a portion of the first infusion tube is configured to extend, an outlet portion through which a portion of the second drainage tube is configured to extend, and a first valve positioned circumferentially around a portion of the first infusion tube to secure the first infusion tube relative to the connector assembly; wherein the connector assembly is configured to enable selective axial displacement of the first infusion tube through the second drainage tube.