mhurhangee/ep-ind-claims huggingface dataset:
A testing apparatus for a compressed gas dispensing station, the testing apparatus comprising: a receptacle for providing a sealing connection with a dispensing nozzle of a compressed gas dispensing station; a fluid transfer line having an upstream end and a downstream end, the upstream end attached to the receptacle; a back pressure regulator in the fluid transfer line, the back pressure regulator operatively disposed to control the pressure of a gas in the fluid transfer line upstream of the back pressure regulator, the back pressure regulator operatively configured to be responsive to a control signal corresponding to a representative fill pressure from a controller; a mass flow sensor in the fluid transfer line, the mass flow sensor operatively disposed to measure a value relatable to a quantity of gas transferred in the fluid transfer line and provide a signal in response thereto; and the controller, the controller operatively connected to the mass flow sensor, the controller configured to calculate the representative fill pressure using the signal from the mass flow sensor, the controller operatively configured to provide the control signal corresponding to the representative fill pressure. a receptacle for providing a sealing connection with a dispensing nozzle of a compressed gas dispensing station; a fluid transfer line having an upstream end and a downstream end, the upstream end attached to the receptacle; a back pressure regulator in the fluid transfer line, the back pressure regulator operatively disposed to control the pressure of a gas in the fluid transfer line upstream of the back pressure regulator, the back pressure regulator operatively configured to be responsive to a control signal corresponding to a representative fill pressure from a controller; a mass flow sensor in the fluid transfer line, the mass flow sensor operatively disposed to measure a value relatable to a quantity of gas transferred in the fluid transfer line and provide a signal in response thereto; and the controller, the controller operatively connected to the mass flow sensor, the controller configured to calculate the representative fill pressure using the signal from the mass flow sensor, the controller operatively configured to provide the control signal corresponding to the representative fill pressure.
A radio communication system including a plurality of mobile station apparatuses and a base station apparatus, the radio communication system comprising that the base station apparatus is adapted to transmit to one of the mobile stations data by using a downlink shared channel, and downlink allocation information for the downlink shared channel, indicating a result of scheduling of the data by using a downlink control channel comprising a plurality of control channel elements, for the mobile stations, the mobile station apparatus being adapted to receive the downlink allocation information, derive respective spread codes and respective uplink radio resources for each of a plurality of transmission antennas (63m, 95k), on the basis of a lowest number of the control channel elements in which the downlink allocation information is received, and a number one larger than the lowest number spread pilot signals, which are to be used for compensating propagation paths by the base station apparatus, by using each of the derived spread codes, and transmit the spread pilot signals by using the respective uplink radio resources through each of the transmission antennas (63m, 95k), and the base station being adapted to receive the spread pilot signals from the mobile station by using the uplink radio resources through the antennas, perform inverse spread on the received spread pilot signal, and demultiplex the pilot signals transmitted through the respective transmission antennas (63m, 95k) of the mobile station apparatus.
An oral care composition comprising: a. serine in an amount of 0.05 weight % to 0.8 weight % based on the total weight of the composition; and b. zinc oxide and zinc citrate in a weight ratio of zinc oxide to zinc citrate of 1.5:1 to 4.5:1. a. serine in an amount of 0.05 weight % to 0.8 weight % based on the total weight of the composition; and b. zinc oxide and zinc citrate in a weight ratio of zinc oxide to zinc citrate of 1.5:1 to 4.5:1.
A fastener for joining work pieces (150, 160), said fastener comprising: a pin including a head portion which bears against an outside face of one of the work pieces, and a shank portion which passes through apertures in the work pieces (150, 160), where the shank portion includes locking geometric features on an outer surface thereof; characterized by a retaining collar composed of an amorphous metal alloy, said collar including a cylindrical inner wall, where the collar is adapted to be heated into a thermoplastic material region, disposed about the shank portion of the pin, pressed against an outside face of another one of the work pieces while the pin is pulled to apply compression to the work pieces (150, 160), and radially compressed such that the cylindrical inner wall plastically deforms to engage with the locking geometric features on the shank portion of the pin. a pin including a head portion which bears against an outside face of one of the work pieces, and a shank portion which passes through apertures in the work pieces (150, 160), where the shank portion includes locking geometric features on an outer surface thereof; characterized by a retaining collar composed of an amorphous metal alloy, said collar including a cylindrical inner wall, where the collar is adapted to be heated into a thermoplastic material region, disposed about the shank portion of the pin, pressed against an outside face of another one of the work pieces while the pin is pulled to apply compression to the work pieces (150, 160), and radially compressed such that the cylindrical inner wall plastically deforms to engage with the locking geometric features on the shank portion of the pin.
A multiband antenna, comprising: an array of first radiating elements having a first operational frequency band; an array of second radiating elements having a second operational frequency band, the second operational frequency band being higher than the first operational frequency band, each second radiating element comprising: a first dipole arm; a second dipole arm; a feedboard having a balun and first and second matching circuits coupled to the balun, the first matching circuit being coupled to the first dipole arm and the second matching circuit being coupled to the second dipole arm, each matching circuit comprising a stalk that is coupled to the balun and a capacitor coupled between the stalk and the respective first or second dipole arm; and a common mode tuning circuit that provides a direct current path from the first matching circuit to ground. an array of first radiating elements having a first operational frequency band; an array of second radiating elements having a second operational frequency band, the second operational frequency band being higher than the first operational frequency band, each second radiating element comprising: a first dipole arm; a second dipole arm; a feedboard having a balun and first and second matching circuits coupled to the balun, the first matching circuit being coupled to the first dipole arm and the second matching circuit being coupled to the second dipole arm, each matching circuit comprising a stalk that is coupled to the balun and a capacitor coupled between the stalk and the respective first or second dipole arm; and a common mode tuning circuit that provides a direct current path from the first matching circuit to ground. a first dipole arm; a second dipole arm; a feedboard having a balun and first and second matching circuits coupled to the balun, the first matching circuit being coupled to the first dipole arm and the second matching circuit being coupled to the second dipole arm, each matching circuit comprising a stalk that is coupled to the balun and a capacitor coupled between the stalk and the respective first or second dipole arm; and a common mode tuning circuit that provides a direct current path from the first matching circuit to ground.
Use of a radiomics-based signature evaluating the quantity and /or spatial density of CD8+ T cells infiltrating a solid tumor, to predict the outcome of cancer patients and/or to predict the efficiency of an anti-cancer treatment, wherein the use comprises generating said signature by using non-invasive imaging technologies and computer-assisted processing and analysis.
A method of decoding video data, the method comprising: receiving, in a supplemental enhancement information message, a delta picture order count, POC, value that indicates a difference between a POC value of a picture that immediately precedes a plurality of pictures in a progressive refinement segment in an encoded video bitstream and a POC value of a last picture of the plurality of pictures in the progressive refinement segment; and based on the received delta POC value, decoding at least some of the pictures in the progressive refinement segment according to a progressive refinement operation, wherein the progressive refinement operation indicates a refinement with respect to quality of a picture. receiving, in a supplemental enhancement information message, a delta picture order count, POC, value that indicates a difference between a POC value of a picture that immediately precedes a plurality of pictures in a progressive refinement segment in an encoded video bitstream and a POC value of a last picture of the plurality of pictures in the progressive refinement segment; and based on the received delta POC value, decoding at least some of the pictures in the progressive refinement segment according to a progressive refinement operation, wherein the progressive refinement operation indicates a refinement with respect to quality of a picture.
A method for measurement of cable loads at upper cables in a conveyor shaft, comprising the steps: providing cable load measuring elements on the conveyor means; providing at least one wireless transmitter (8, 10) for measured cable load values in the conveyor means, connected to the cable load measuring elements; providing at least one wireless receiver (12, 14) for measured cable load values at the level of the surface of the conveyor shaft, provided with an output interface; measuring the cable loads on the conveyor means by the cable load measuring elements for determination of cable load values; wireless transmission of the cable load values between the transmitter and the receiver for measured cable load values, wherein relay stations are provided for the data to be transmitted, receiving the sent signal, amplifying the sent signal and re-emit the sent signal to bridge great depths. providing cable load measuring elements on the conveyor means; providing at least one wireless transmitter (8, 10) for measured cable load values in the conveyor means, connected to the cable load measuring elements; providing at least one wireless receiver (12, 14) for measured cable load values at the level of the surface of the conveyor shaft, provided with an output interface; measuring the cable loads on the conveyor means by the cable load measuring elements for determination of cable load values; wireless transmission of the cable load values between the transmitter and the receiver for measured cable load values, wherein relay stations are provided for the data to be transmitted, receiving the sent signal, amplifying the sent signal and re-emit the sent signal to bridge great depths.
A method, comprising: receiving information about a piping network for fluids, wherein the information comprises geometrical parameters, operating condition parameters, and fluid properties for at least two piping components in the piping network; correlating the fluid dynamics of the piping network with shear stress using non-dimensional transfer-functions; determining a location of one or more local shear stress maxima for each of the at least two piping components based on the correlation; and identifying one or more locations for placement of corrosion monitoring tools based on the locations of one more local shear stress maxima. receiving information about a piping network for fluids, wherein the information comprises geometrical parameters, operating condition parameters, and fluid properties for at least two piping components in the piping network; correlating the fluid dynamics of the piping network with shear stress using non-dimensional transfer-functions; determining a location of one or more local shear stress maxima for each of the at least two piping components based on the correlation; and identifying one or more locations for placement of corrosion monitoring tools based on the locations of one more local shear stress maxima.
An apparatus for monitoring an operation of high frequency resistance welding and induction heating welding of an electric resistance welded steel pipe where a strip of metal plate is continuously formed into a tubular shape by a group of rolls while being conveyed from an upstream side to a downstream side and two end parts (4, 4) of said metal plate in its circumferential direction made to converge to a V-shape are heated to melt and made to abut against each other, characterized in that said apparatus is configured to detect misalignment being a step difference between said two end parts (4, 4) of said metal plate by obtaining a grasp of unevenness of light emitting regions of metal parts at two sides in the circumferential direction at an abutting position at an outside surface or inside surface of said metal plate based on an image, captured by an imaging device from the outside surface side or inside surface side of said metal plate being formed into the tubular shape, of a region including a V-convergence portion where said two end parts in the circumferential direction converge to a V-shape and said metal parts flowing out to the surface of said metal plate by electromagnetic force at a downstream side from said V-convergence portion, wherein the unevenness occurs in the light emitting regions due to the melting or red heat at the two sides of the abutting position at the outside surface side and inside surface side of the metal plate.
Apparatus for monitoring a telecommunication network comprising a plurality of telecommunication lines, the apparatus comprising means (6, 7, P) configured for: - obtaining (S1, T1) operational data specifying the functioning of respective telecommunication lines, characterized in that said means are further configured for: - for respective groups of telecommunication lines, determining (S4, T3) a difference (N excess) between a number of telecommunication lines impacted by an impairment in said group and an expected number of telecommunication lines impacted by an impairment in said group, based on said operational data, wherein a group of telecommunication lines comprises telecommunication lines having a common technical feature and/or associated with a common element of the telecommunication network, wherein the expected number of telecommunication lines impacted by an impairment represents an hypothetical situation wherein the impacted lines are evenly distributed in the groups, - ranking (S6, T5) groups based on the determined differences, - causing the display of a ranked list of groups. - obtaining (S1, T1) operational data specifying the functioning of respective telecommunication lines, - for respective groups of telecommunication lines, determining (S4, T3) a difference (N excess) between a number of telecommunication lines impacted by an impairment in said group and an expected number of telecommunication lines impacted by an impairment in said group, based on said operational data, wherein a group of telecommunication lines comprises telecommunication lines having a common technical feature and/or associated with a common element of the telecommunication network, wherein the expected number of telecommunication lines impacted by an impairment represents an hypothetical situation wherein the impacted lines are evenly distributed in the groups, - ranking (S6, T5) groups based on the determined differences, - causing the display of a ranked list of groups.
Use of a combination of natural antifungal agents to prevent the infection of pruning wounds, grafts and lesions in grapevines by phytopathogenic fungi causing trunk diseases, characterised by consisting of chitosan oligosaccharide, hydroalcoholic garlic extract and vanillin.
Device for generating a signal so as to estimate the transmission quality in a communication system, comprising: - a means of digital storage of at least one digital file, - a conversion means suitable for, in response to a request for a test of quality of the communication system, converting the digital file into an analogue signal to be transmitted through said communication system, said conversion being undertaken by applying at least one parameter dependent on at least one parameter specific to the digital file. - a means of digital storage of at least one digital file, - a conversion means suitable for, in response to a request for a test of quality of the communication system, converting the digital file into an analogue signal to be transmitted through said communication system, said conversion being undertaken by applying at least one parameter dependent on at least one parameter specific to the digital file.
Bath lift, comprising a base plate, a seat plate variable in distance to the base plate, a back plate arranged on the seat plate and a driven adjusting device for adjusting the distance between the base plate and the seat plate, wherein the adjusting device comprises an electromotive drive with exactly one electric motor, wherein the adjusting device further comprises at least two position-variable bodies formed as toothed racks, wherein a transmission between drive and toothed racks with two or more toothed wheels is provided as a toothed wheel transmission in order to drive the two toothed racks simultaneously in a uniform manner, characterized in that the back plate is designed to be detachable from the seat plate and to support the adjusting device.
A scanning system for treating target tissue in a patient's eye, comprising: a. an ultrafast laser source configured to deliver a laser beam comprising a plurality of laser pulses; b. an Optical Coherence Tomography device configured to generate signals which may be used to create an image of the cornea and limbus of the eye of the patient; c. a scanner (40, 50) configured to focus and direct the laser beam in a pattern within the cornea or limbus to create incisions therein; and d. a controller operatively coupled to the laser source and scanner (40, 50) characterised in that the controller is configured to control the scanner to adjust the position of the laser beam based upon the signals from the OCT device to create a cataract incision in the cornea or limbus of the patient's eye, and further one or more partially penetrating relaxation incisions in the cornea or limbus to be made starting from the inside and proceeding outwards. a. an ultrafast laser source configured to deliver a laser beam comprising a plurality of laser pulses; b. an Optical Coherence Tomography device configured to generate signals which may be used to create an image of the cornea and limbus of the eye of the patient; c. a scanner (40, 50) configured to focus and direct the laser beam in a pattern within the cornea or limbus to create incisions therein; and d. a controller operatively coupled to the laser source and scanner (40, 50) characterised in that the controller is configured to control the scanner to adjust the position of the laser beam based upon the signals from the OCT device to create a cataract incision in the cornea or limbus of the patient's eye, and further one or more partially penetrating relaxation incisions in the cornea or limbus to be made starting from the inside and proceeding outwards.
An image capturing device, comprising: a sensor array (210; 310); a lens (230; 330) positioned at a first distance from an intermediate image; and a polychromat (220; 320) positioned at a second distance from the lens (230; 330), the polychromat being configured with patterned multiple pixel heights, the polychromat (220; 320) being configured to diffract the intermediate image according to a transform function to produce a dispersed sensor image onto the sensor array (210; 310), the dispersed sensor image representing a spatial code of the intermediate image, wherein the polychromat (220; 320) is incorporated directly onto the sensor array (210; 310) with a gap between the polychromat and the sensor array. a sensor array (210; 310); a lens (230; 330) positioned at a first distance from an intermediate image; and a polychromat (220; 320) positioned at a second distance from the lens (230; 330), the polychromat being configured with patterned multiple pixel heights, the polychromat (220; 320) being configured to diffract the intermediate image according to a transform function to produce a dispersed sensor image onto the sensor array (210; 310), the dispersed sensor image representing a spatial code of the intermediate image, wherein the polychromat (220; 320) is incorporated directly onto the sensor array (210; 310) with a gap between the polychromat and the sensor array.
An inference method performed by an inference device, the inference method comprising: an acquisition step of acquiring similarities between a domain name serving as an analysis object and each domain name indicated in a legitimate domain name list, as feature amounts; and an inference step of inferring a degree that the domain name serving as the analysis object is wrongly recognized as a legitimate domain name based on the feature amounts acquired at the acquisition step and a training model that outputs, as a response to input of the feature amounts, a degree that the domain name serving as the analysis object is wrongly recognized as the legitimate domain name. an acquisition step of acquiring similarities between a domain name serving as an analysis object and each domain name indicated in a legitimate domain name list, as feature amounts; and an inference step of inferring a degree that the domain name serving as the analysis object is wrongly recognized as a legitimate domain name based on the feature amounts acquired at the acquisition step and a training model that outputs, as a response to input of the feature amounts, a degree that the domain name serving as the analysis object is wrongly recognized as the legitimate domain name.