mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless communication device or node (300, 400) having a Medium Access Control, MAC, layer and a physical, PHY, layer, the method implemented by the PHY layer and comprising: receiving a transmission from the MAC layer during a certain transmission time interval, TTI; attempting to send the transmission to a remote wireless communication device or node (300, 400) during the certain TTI or a next TTI after the certain TTI; and indicating to the MAC layer, during the certain TTI or the next TTI after the certain TTI, whether the attempt to send the transmission was successful. receiving a transmission from the MAC layer during a certain transmission time interval, TTI; attempting to send the transmission to a remote wireless communication device or node (300, 400) during the certain TTI or a next TTI after the certain TTI; and indicating to the MAC layer, during the certain TTI or the next TTI after the certain TTI, whether the attempt to send the transmission was successful.
Method for operating a driver assistance system for supporting at least one person (19, 22) outside a motor vehicle by controlling at least one vehicle system for performing at least one task, wherein the motor vehicle comprises at least one radar sensor, characterised in that on the detection of a designated mobile device assigned to the motor vehicle in a communication area of the motor vehicle the at least one radar sensor is activated by a communication device of the motor vehicle, after which by evaluating the radar data at least one item of position information is communicated to at least one person (19, 22) in the surrounding area of the motor vehicle, wherein if a task criterion evaluating the evaluation data is met at least one task assigned to the task criterion is performed for supporting the person (19, 22).
An apparatus for computing a three-dimensional model of an object, comprising: at least one directional energy source arranged to directionally illuminate the object from at least three directions; one or more energy sensors arranged to capture images of the object from multiple viewpoints; a processor arranged to receive images captured by the energy sensors, and control the at least one energy source and the energy sensors; the processor being arranged to control the at least one energy source and one or more energy sensors to capture for each energy sensor, and for each said direction and said viewpoint, at least one corresponding single-direction image which shows the object illuminated in the said direction; the processor further being arranged to combine corresponding ones of said single-direction images computationally to produce combined-direction images for each of the viewpoints, the combined-direction images each showing the object illuminated in a plurality of the directions; the processor further being arranged: to analyze the combined-direction images stereoscopically to obtain an initial model of the object; to obtain photometric data from the single-direction images; and to refine the initial model using a photometric reconstruction technique, which uses the photometric data. at least one directional energy source arranged to directionally illuminate the object from at least three directions; one or more energy sensors arranged to capture images of the object from multiple viewpoints; a processor arranged to receive images captured by the energy sensors, and control the at least one energy source and the energy sensors; the processor being arranged to control the at least one energy source and one or more energy sensors to capture for each energy sensor, and for each said direction and said viewpoint, at least one corresponding single-direction image which shows the object illuminated in the said direction; the processor further being arranged to combine corresponding ones of said single-direction images computationally to produce combined-direction images for each of the viewpoints, the combined-direction images each showing the object illuminated in a plurality of the directions; the processor further being arranged: to analyze the combined-direction images stereoscopically to obtain an initial model of the object; to obtain photometric data from the single-direction images; and to refine the initial model using a photometric reconstruction technique, which uses the photometric data. to analyze the combined-direction images stereoscopically to obtain an initial model of the object; to obtain photometric data from the single-direction images; and to refine the initial model using a photometric reconstruction technique, which uses the photometric data.
A cosmetic skin care method, wherein the method comprises applying to a healthy skin a cosmetic preparation which is obtainable by combining substances comprising (a) at least one of collagen, (b) at least one of chitosan and an acetyl derivative thereof with a degree of acetylation of up to 50 %. (c) at least one of a glycosylaminoglycan and (e) one or more skin cell culture media, wherein the preparation comprises (d) at last one substance selected from amino acids, α-biotin, (NH 4) 6 Mo 7 O 24, adenine, AlCl 3, biotin, CaCl 2, calcium pantothenate, choline chloride, CoCl 2, CrK(SO 4) 2. CuSO 4, D-Ca pantothenate, EDTA.Na 2, EDTA.Na 3, Fe(NO 3) 3, FeSO 4, folic acid, glucose, H 2 SeO 3, HEPES, hypoxanthine, insulin human, KCI, linoleic acid, lipoic acid, MgCl 2, MnCl 2, MnSO 4, myo-inositol, Na 2 HPO 4, Na 2 SeO 3, Na 2 SiO 3, NaCl, NaH 2 PO 4, NaHCO 3, sodium pyruvate, sodium acetate, NH 4 VO 3, NiCl 2, nicotinamide, phenol red, polysorbate 80, putrescine, putrescine 2HCl, pyridoxine HCl, pyridoxal HCl, riboflavin, SnCl 2, thiamine HCl, thymidine, vitamin B 12 and ZnSO 4, to support the regeneration process of the skin, provide a optimum environment for the skin, improve the skin structure, improve the entire condition of the skin, improve the appearance of the skin and/or help the skin to regain its elasticity and healthy impression. (a) at least one of collagen, (b) at least one of chitosan and an acetyl derivative thereof with a degree of acetylation of up to 50 %. (c) at least one of a glycosylaminoglycan and (e) one or more skin cell culture media, wherein the preparation comprises (d) at last one substance selected from amino acids, α-biotin, (NH 4) 6 Mo 7 O 24, adenine, AlCl 3, biotin, CaCl 2, calcium pantothenate, choline chloride, CoCl 2, CrK(SO 4) 2. CuSO 4, D-Ca pantothenate, EDTA.Na 2, EDTA.Na 3, Fe(NO 3) 3, FeSO 4, folic acid, glucose, H 2 SeO 3, HEPES, hypoxanthine, insulin human, KCI, linoleic acid, lipoic acid, MgCl 2, MnCl 2, MnSO 4, myo-inositol, Na 2 HPO 4, Na 2 SeO 3, Na 2 SiO 3, NaCl, NaH 2 PO 4, NaHCO 3, sodium pyruvate, sodium acetate, NH 4 VO 3, NiCl 2, nicotinamide, phenol red, polysorbate 80, putrescine, putrescine 2HCl, pyridoxine HCl, pyridoxal HCl, riboflavin, SnCl 2, thiamine HCl, thymidine, vitamin B 12 and ZnSO 4, to support the regeneration process of the skin, provide a optimum environment for the skin, improve the skin structure, improve the entire condition of the skin, improve the appearance of the skin and/or help the skin to regain its elasticity and healthy impression.
A method performed by a wireless device for handling communication of the wireless device in a wireless communication network, wherein the wireless device is served by a radio network node in a serving cell, the method comprising: - performing a beam tracking of the serving cell for tracking one or more beams of the serving cell based on measured signal strength or measured signal quality, wherein the beam tracking comprises collecting in the wireless device a sample of a synchronization signal, SS, Block Burst or Burst Set; - detecting a beam failure process in the serving cell; and in response to detection of the beam failure process - triggering a beam recovery process associated with a downlink, DL, beam for the serving cell, wherein the DL beam is selected based on the beam tracking performed prior to detecting the beam failure process; when a confirmation for the selected DL beam from the radio network node is lacking during a time window, - transmitting a request to access another beam being a second best beam according to the performed beam tracking, wherein the beam recovery process comprises choosing a downlink reference signal in the DL beam, and sending an uplink message to inform the radio network node of the DL beam of the chosen downlink reference signal. - performing a beam tracking of the serving cell for tracking one or more beams of the serving cell based on measured signal strength or measured signal quality, wherein the beam tracking comprises collecting in the wireless device a sample of a synchronization signal, SS, Block Burst or Burst Set; - detecting a beam failure process in the serving cell; and in response to detection of the beam failure process - triggering a beam recovery process associated with a downlink, DL, beam for the serving cell, wherein the DL beam is selected based on the beam tracking performed prior to detecting the beam failure process; - transmitting a request to access another beam being a second best beam according to the performed beam tracking,
A method, comprising: performing, by one or more computing devices: receiving a request from a client of a provider network for router information from specified one or more routers of the provider network, wherein the request is formatted according to a programmatic interface of the one or more computing devices, wherein the specified one or more routers are part of one or more of a plurality of routers implemented as part of the provider network, wherein at least one of the plurality of routers is configured to be accessed differently than at least a different one of the plurality of routers; the method being characterized by sending one or more versions of the client request for the router information to the specified one or more routers in order to obtain the router information, wherein the one or more versions of the client request are formatted according to a respective one or more interfaces for the specified one or more routers; obtaining, by the one or more computing devices, the router information from the specified one or more routers in response to sending the one or more versions of the client request; and providing the router information to the client according to the programmatic interface. receiving a request from a client of a provider network for router information from specified one or more routers of the provider network, wherein the request is formatted according to a programmatic interface of the one or more computing devices, wherein the specified one or more routers are part of one or more of a plurality of routers implemented as part of the provider network, wherein at least one of the plurality of routers is configured to be accessed differently than at least a different one of the plurality of routers; the method being characterized by sending one or more versions of the client request for the router information to the specified one or more routers in order to obtain the router information, wherein the one or more versions of the client request are formatted according to a respective one or more interfaces for the specified one or more routers; obtaining, by the one or more computing devices, the router information from the specified one or more routers in response to sending the one or more versions of the client request; and providing the router information to the client according to the programmatic interface.
A data bus housed in a box, the data bus housed in a box comprising: at least one optical connector located on at least one side of the data bus housed in a box; at least one mother board housed inside of the box, and comprising a transmit side and a receive side, wherein the transmit side comprises at least one transmit optical media converter OMC tile to perform electrical to optical conversion, and the receive side comprises at least one receive OMC tile to perform optical to electrical conversion; a plurality of first receive optical fibers, wherein each of the first receive optical fibers is connected from one of the at least one receive OMC tile to a receive coupler, which is a star coupler; a second receive optical fiber, wherein the second receive optical fiber is connected from the receive coupler to one of the at least one optical connector; a plurality of first transmit optical fibers, wherein each of the first transmit optical fibers is connected from one of the at least one transmit OMC tile to a transmit coupler, which is a star coupler; and a second transmit optical fiber, wherein the second transmit optical fiber is connected from the transmit coupler to one of the at least one optical connector. at least one optical connector located on at least one side of the data bus housed in a box; at least one mother board housed inside of the box, and comprising a transmit side and a receive side, wherein the transmit side comprises at least one transmit optical media converter OMC tile to perform electrical to optical conversion, and the receive side comprises at least one receive OMC tile to perform optical to electrical conversion; a plurality of first receive optical fibers, wherein each of the first receive optical fibers is connected from one of the at least one receive OMC tile to a receive coupler, which is a star coupler; a second receive optical fiber, wherein the second receive optical fiber is connected from the receive coupler to one of the at least one optical connector; a plurality of first transmit optical fibers, wherein each of the first transmit optical fibers is connected from one of the at least one transmit OMC tile to a transmit coupler, which is a star coupler; and a second transmit optical fiber, wherein the second transmit optical fiber is connected from the transmit coupler to one of the at least one optical connector.
Public transport vehicle, comprising a passenger space delimited by two lateral walls, including at least one USB interface for connection with an electronic apparatus, the USB interface comprising: - an electronic member comprising at least one USB port, and connection elements which are able to connect each USB port to cabling, - a support box comprising a first face from which the USB port is accessible, and a second face opposite the first, the second face comprising at least one planar adhesive part, intended to be glued to one of the lateral walls, characterised in that the second face of the support box is glued to one of the lateral walls. - an electronic member comprising at least one USB port, and connection elements which are able to connect each USB port to cabling, - a support box comprising a first face from which the USB port is accessible, and a second face opposite the first, the second face comprising at least one planar adhesive part, intended to be glued to one of the lateral walls,
A method of controlling a power factor at a location on the power grid by performing actions including: determining a phase angle at the location on the power grid in degrees; converting the phase angle to radians from degrees; determining a reactive power exported at the location on the power grid based upon the phase angle in radians and an exported mega-watt measurement at the location on the power grid; and determining the power factor at the location on the power grid based upon the phase angle in radians and the reactive power exported at the location on the power grid. determining a phase angle at the location on the power grid in degrees; converting the phase angle to radians from degrees; determining a reactive power exported at the location on the power grid based upon the phase angle in radians and an exported mega-watt measurement at the location on the power grid; and determining the power factor at the location on the power grid based upon the phase angle in radians and the reactive power exported at the location on the power grid.
A method for assisting evaluation of kidney condition, using the rate of reabsorption and excretion of D-serine and/or D-asparagine in the kidneys of a subject as a marker, wherein the method comprises a step of measuring the value(s) of the rate of reabsorption and excretion of D-serine and/or the rate of reabsorption and excretion of D-asparagine in a blood sample taken from a subject; wherein the rate is the excretion rate of D-serine into urine of the subject (subject D-serine excretion rate) and/or the excretion rate of D-asparagine into urine of the subject (subject D-asparagine excretion rate), wherein the excretion rate of D-serine and/or the excretion rate of D-asparagine is calculated with correction using a correction factor from blood and/or urine. wherein the correction factor is one or more correction factors selected from the group consisting of glomerular filtration rate and urinary volume; or wherein the correction factor is one or more correction factors selected from the group consisting of inulin clearance and creatinine clearance; or wherein the correction factor is one or more correction factors selected from the group consisting of creatinine level and L-amino acid level; or wherein the correction factor is L-serine and/or L-asparagine. wherein the method comprises a step of measuring the value(s) of the rate of reabsorption and excretion of D-serine and/or the rate of reabsorption and excretion of D-asparagine in a blood sample taken from a subject; wherein the rate is the excretion rate of D-serine into urine of the subject (subject D-serine excretion rate) and/or the excretion rate of D-asparagine into urine of the subject (subject D-asparagine excretion rate), wherein the excretion rate of D-serine and/or the excretion rate of D-asparagine is calculated with correction using a correction factor from blood and/or urine. wherein the correction factor is one or more correction factors selected from the group consisting of glomerular filtration rate and urinary volume; or wherein the correction factor is one or more correction factors selected from the group consisting of inulin clearance and creatinine clearance; or wherein the correction factor is one or more correction factors selected from the group consisting of creatinine level and L-amino acid level; or wherein the correction factor is L-serine and/or L-asparagine. wherein the correction factor is one or more correction factors selected from the group consisting of inulin clearance and creatinine clearance; or wherein the correction factor is one or more correction factors selected from the group consisting of creatinine level and L-amino acid level; or wherein the correction factor is L-serine and/or L-asparagine.
Method for producing a material column in the ground, which comprises: a) providing a device having i) a vibrating arrangement which has a vibrator, at least a first material pipe (11; 11 1), which has a longitudinal direction, and a material outlet at a lower end of the first material pipe (11; 11 1), ii) a carrying device for the vibrating arrangement, which is designed to move the vibrating arrangement in the longitudinal direction of the first material pipe, iii) at least one reciprocating unit which is arranged between the carrying device and the first material pipe (11; 11 1) and which is designed to move at least the first material pipe (11; 11 1) in the longitudinal direction thereof; b) introducing the vibrating arrangement to a predetermined depth in the ground, c) withdrawing the vibrating arrangement, so that a cavity remains below the vibrating arrangement, d) introducing material into the cavity to produce a material reservoir, e) inserting the vibrating arrangement into the material reservoir using the at least one reciprocating unit, f) at least partially extracting the vibrating arrangement from the material reservoir using the at least one reciprocating unit. a) providing a device having i) a vibrating arrangement which has a vibrator, at least a first material pipe (11; 11 1), which has a longitudinal direction, and a material outlet at a lower end of the first material pipe (11; 11 1), ii) a carrying device for the vibrating arrangement, which is designed to move the vibrating arrangement in the longitudinal direction of the first material pipe, iii) at least one reciprocating unit which is arranged between the carrying device and the first material pipe (11; 11 1) and which is designed to move at least the first material pipe (11; 11 1) in the longitudinal direction thereof; i) a vibrating arrangement which has a vibrator, at least a first material pipe (11; 11 1), which has a longitudinal direction, and a material outlet at a lower end of the first material pipe (11; 11 1), ii) a carrying device for the vibrating arrangement, which is designed to move the vibrating arrangement in the longitudinal direction of the first material pipe, iii) at least one reciprocating unit which is arranged between the carrying device and the first material pipe (11; 11 1) and which is designed to move at least the first material pipe (11; 11 1) in the longitudinal direction thereof; b) introducing the vibrating arrangement to a predetermined depth in the ground, c) withdrawing the vibrating arrangement, so that a cavity remains below the vibrating arrangement, d) introducing material into the cavity to produce a material reservoir, e) inserting the vibrating arrangement into the material reservoir using the at least one reciprocating unit, f) at least partially extracting the vibrating arrangement from the material reservoir using the at least one reciprocating unit.
A method of measuring an eye of a patient, the method comprising: positioning an eye at an eye measurement location; determining tear volume at the eye measurement location with a processor by measuring a meniscus of a tear fluid on the eye; and measuring a topography or a wavefront of the eye at the eye measurement location with a first detector, wherein the meniscus of the eye is measured by forming an image of the eye with an optical train and capturing the image with a second detector, the measured meniscus being disposed along a lid of the eye and within the image, and the method further comprises forming the image of the eye by illuminating the eye with a light source positioned to illuminate the eye to form a dark band in the image, the dark band corresponding to the meniscus. positioning an eye at an eye measurement location; determining tear volume at the eye measurement location with a processor by measuring a meniscus of a tear fluid on the eye; and measuring a topography or a wavefront of the eye at the eye measurement location with a first detector, wherein the meniscus of the eye is measured by forming an image of the eye with an optical train and capturing the image with a second detector, the measured meniscus being disposed along a lid of the eye and within the image, and the method further comprises forming the image of the eye by illuminating the eye with a light source positioned to illuminate the eye to form a dark band in the image, the dark band corresponding to the meniscus.