mhurhangee/ep-ind-claims huggingface dataset:
A connection system (1,30), for precast reinforced concrete panels having at least an inner layer, an intermediate insulation layer and an outer layer, said connection system (1, 30) comprising at least one main connection, and a plurality of secondary connections for manufacturing and assembling said panels, said main connections comprise a hollow body provided with slots and holes for housing anchorage bars (9, 20) for positioning and anchoring said hollow body in the concrete inner layer and outer layer in the panel production stage, characterized in that said main connections further comprising an expansion absorber positioned inside the outer layer, said expansion absorber open only at one upper side and partially housing one of the two ends of said hollow body, so as to allow the sliding of said hollow body along the opening of the expansion absorber to take up of the additional stress on said hollow body caused by thermal expansion of the outer concrete layer once the panel is installed, said secondary connections being shaped as bars of diameter (d) with at least a knurled end (x) for anchorage in the inner layer of said precast concrete panel.
A method of performing crosstalk cancelation in a communication system, the system having a plurality of transmission (355, 356, 357; 406) paths with coupling there between, the method comprising: determining current transmission estimate error for a current set of transmission paths currently subject to crosstalk cancelation and the method further characterized in that it comprises: determining current transmission error for transmission paths currently exempted from crosstalk cancelation; based on current transmission errors and current transmission estimate errors, determining an updated set of transmission paths subject to future crosstalk cancelation. determining current transmission error for transmission paths currently exempted from crosstalk cancelation; based on current transmission errors and current transmission estimate errors, determining an updated set of transmission paths subject to future crosstalk cancelation.
A plasma generator comprising: a dielectric resonator structure being a ring having a central opening along a longitudinal axis or a disk having a longitudinal axis; and a radiofrequency power source electrically coupled to the dielectric resonator structure to promote an alternating polarization current flow at a natural resonant frequency of the dielectric resonator structure to generate plasma in an adjacent gas, characterized in that: the dielectric resonator structure has a dielectric constant with a loss tangent of less than 0.01 and a dielectric constant of greater than five; and the radiofrequency power source is electrically coupled to the dielectric resonator structure via a coupling antenna separated from the dielectric resonator structure and promotes alternating polarization current flow along a circumferential direction around the longitudinal axis. a dielectric resonator structure being a ring having a central opening along a longitudinal axis or a disk having a longitudinal axis; and a radiofrequency power source electrically coupled to the dielectric resonator structure to promote an alternating polarization current flow at a natural resonant frequency of the dielectric resonator structure to generate plasma in an adjacent gas, characterized in that: the dielectric resonator structure has a dielectric constant with a loss tangent of less than 0.01 and a dielectric constant of greater than five; and the radiofrequency power source is electrically coupled to the dielectric resonator structure via a coupling antenna separated from the dielectric resonator structure and promotes alternating polarization current flow along a circumferential direction around the longitudinal axis. the dielectric resonator structure has a dielectric constant with a loss tangent of less than 0.01 and a dielectric constant of greater than five; and the radiofrequency power source is electrically coupled to the dielectric resonator structure via a coupling antenna separated from the dielectric resonator structure and promotes alternating polarization current flow along a circumferential direction around the longitudinal axis.
A radio apparatus adapted to communicate with another radio apparatus by forming a plurality of spatial paths therebetween, the radio apparatus comprising: an adaptive array unit adapted to perform adaptive array processing on signals corresponding to a plurality of antennas (# 1 to #4), respectively; characterized by further comprising: a storage unit adapted to store beforehand a value indicating the number of spatial paths formable by said adaptive array unit that can be used for multiplex communication; and a control unit adapted to control a processing of transmitting the value to the another apparatus at a predetermined timing, wherein said predetermined timing comes before a communication is started. an adaptive array unit adapted to perform adaptive array processing on signals corresponding to a plurality of antennas (# 1 to #4), respectively; characterized by further comprising: a storage unit adapted to store beforehand a value indicating the number of spatial paths formable by said adaptive array unit that can be used for multiplex communication; and a control unit adapted to control a processing of transmitting the value to the another apparatus at a predetermined timing, wherein said predetermined timing comes before a communication is started. a storage unit adapted to store beforehand a value indicating the number of spatial paths formable by said adaptive array unit that can be used for multiplex communication; and a control unit adapted to control a processing of transmitting the value to the another apparatus at a predetermined timing, wherein said predetermined timing comes before a communication is started.
Device, comprising a cylinder, wherein the cylinder comprises an outer tube with at least one end region and an inner tube, which is mounted inside the outer tube and is shorter than the outer tube, a piston, a piston rod, a cylinder head for closing a first end region of the inner tube and of the outer tube, a piston rod bearing for closing a second end region of the inner tube and of the outer tube and for supporting the piston rod for movement in the inner tube, and a sleeve, which is designed to secure the at least one end region of the outer tube, characterised in that the outer tube with the exception of the at least one end region is cylindrically formed, the at least one end region of the outer tube is slotted in the axial direction, the sleeve is designed to secure the slotted end region of the outer tube on the cylinder head or on the piston rod bearing in that the sleeve is arranged from outside on tongues of the outer tube, and the sleeve is pressed from outside onto tongues of the outer tube. a cylinder, wherein the cylinder comprises an outer tube with at least one end region and an inner tube, which is mounted inside the outer tube and is shorter than the outer tube, a piston, a piston rod, a cylinder head for closing a first end region of the inner tube and of the outer tube, a piston rod bearing for closing a second end region of the inner tube and of the outer tube and for supporting the piston rod for movement in the inner tube, and a sleeve, which is designed to secure the at least one end region of the outer tube, characterised in that the outer tube with the exception of the at least one end region is cylindrically formed, the at least one end region of the outer tube is slotted in the axial direction, the sleeve is designed to secure the slotted end region of the outer tube on the cylinder head or on the piston rod bearing in that the sleeve is arranged from outside on tongues of the outer tube, and the sleeve is pressed from outside onto tongues of the outer tube.
A steel wind turbine tower segment for a steel wind turbine tower, the wind turbine tower comprising a plurality of cylindrical vertical tower sections, which in the finished tower are mounted on top of one another, a vertical section of the tower having a longitudinal axis and comprising a plurality of wind turbine tower segments (30a, 30b, 30c), the tower segments having vertical and horizontal edges and combining to form a complete vertical tower section by joining along their vertical edges, wherein adjacent vertical tower sections are joined to each other along the horizontal edges of the wind turbine tower segments (30a, 30b, 30c), wherein the steel wind turbine tower segments (30a, 30b, 30c) comprise: a curved sheet having a curved profile and designed to form a partial longitudinal surface of the vertical tower section, the sheet having a first and second pair of opposing edges, the first pair of opposing edges designed to form the vertical edges of the tower segment (30a, 30b, 30c) and the second pair of opposing edges designed to form the horizontal edges; characterized in that it further comprises flanges coupled to the second pair of opposing edges to form upper and lower horizontal flanges; first and second respective support members coupled to the segment (30a, 30b, 30c), the first and second respective support members spanning between the first pair of opposing edges to support the sheet in a curved profile when the segment (30a, 30b, 30c) is not joined to other tower segments (30a, 30b, 30c). a curved sheet having a curved profile and designed to form a partial longitudinal surface of the vertical tower section, the sheet having a first and second pair of opposing edges, the first pair of opposing edges designed to form the vertical edges of the tower segment (30a, 30b, 30c) and the second pair of opposing edges designed to form the horizontal edges; characterized in that it further comprises flanges coupled to the second pair of opposing edges to form upper and lower horizontal flanges; first and second respective support members coupled to the segment (30a, 30b, 30c), the first and second respective support members spanning between the first pair of opposing edges to support the sheet in a curved profile when the segment (30a, 30b, 30c) is not joined to other tower segments (30a, 30b, 30c).
A docking station configured to receive different types of seismic nodes (300, 400), the docking station comprising: a control module; plural docking modules, each docking module including plural docking bays; and a network connection device configured to provide data transfer capabilities for each docking bay of the plural docking bays, characterized in that the plural docking bays are configured to accept interchangeable ports (1070, 1080) that are compatible with the different types of seismic nodes (300, 400), wherein the different types of seismic nodes (300, 400) include digital seismic nodes and analog seismic nodes and the interchangeable ports include digital ports and analog ports, wherein the digital ports are configured to mate only with the digital seismic nodes and the analog ports are configured to mate only with the analog seismic nodes, wherein a given docking module of the plural docking modules is configured to simultaneously receive digital and analog seismic nodes (300, 400). a control module; plural docking modules, each docking module including plural docking bays; and a network connection device configured to provide data transfer capabilities for each docking bay of the plural docking bays, characterized in that the plural docking bays are configured to accept interchangeable ports (1070, 1080) that are compatible with the different types of seismic nodes (300, 400), wherein the different types of seismic nodes (300, 400) include digital seismic nodes and analog seismic nodes and the interchangeable ports include digital ports and analog ports, wherein the digital ports are configured to mate only with the digital seismic nodes and the analog ports are configured to mate only with the analog seismic nodes, wherein a given docking module of the plural docking modules is configured to simultaneously receive digital and analog seismic nodes (300, 400).
A regenerator device for forwarding user data, said user data being received in a first modulated signal from a first link of a Digital Subscriber Line, DSL, connection, and transmitted onward in a second modulated signal on a second link of the DSL connection, the device comprising: a first transceiver module operable to receive the first modulated signal from the first link of the DSL connection and to demodulate the received signal whereby to obtain said user data; and a second transceiver module operable to receive said user data obtained by the first transceiver module and to transmit the second modulated signal carrying the user data on the second link of the DSL connection; the regenerator device being characterised in that it further comprises: a performance analyser operable to obtain performance information in respect of the second link of the DSL connection; and a profile management processor operable to determine a profile to be applied in respect of the second link, the profile specifying a set of values for one or more parameters associated with the second link, the profile being determined by the profile management processor in dependence on the performance information obtained in respect of the second link; wherein the second transceiver module is operable to transmit said second modulated signal carrying the user data on the second link in accordance with the profile determined by the profile management processor. a first transceiver module operable to receive the first modulated signal from the first link of the DSL connection and to demodulate the received signal whereby to obtain said user data; and a second transceiver module operable to receive said user data obtained by the first transceiver module and to transmit the second modulated signal carrying the user data on the second link of the DSL connection; the regenerator device being characterised in that it further comprises: a performance analyser operable to obtain performance information in respect of the second link of the DSL connection; and a profile management processor operable to determine a profile to be applied in respect of the second link, the profile specifying a set of values for one or more parameters associated with the second link, the profile being determined by the profile management processor in dependence on the performance information obtained in respect of the second link; a performance analyser operable to obtain performance information in respect of the second link of the DSL connection; and a profile management processor operable to determine a profile to be applied in respect of the second link, the profile specifying a set of values for one or more parameters associated with the second link, the profile being determined by the profile management processor in dependence on the performance information obtained in respect of the second link; wherein the second transceiver module is operable to transmit said second modulated signal carrying the user data on the second link in accordance with the profile determined by the profile management processor.
A device for measuring the shape, dimensions and elastic properties of the inner surface of hollow objects, as well as for building a three-dimensional model of the inner surface of hollow objects, the device consisting of: - a body, - a camera installed therein and built into a mechanism, wherein the camera is connected to a computer, - two or more elastic probes configured to be in a state of stress to tightly adjoin to the inner surface, wherein the probes comprise indicators, and wherein the camera is configured to receive information about the exact position of the indicators of the probes, - said mechanism configured to fix an opening angle of the elastic probes at least in three positions, and - a flat marking strip comprising an image wherein the fragments of the image are unique and do not repeat themselves on the marking strip, said device further comprising said computer, said computer being adapted to build the three-dimensional model of the inner surface of hollow objects, based on said information. - a body, - a camera installed therein and built into a mechanism, wherein the camera is connected to a computer, - two or more elastic probes configured to be in a state of stress to tightly adjoin to the inner surface, wherein the probes comprise indicators, and wherein the camera is configured to receive information about the exact position of the indicators of the probes, - said mechanism configured to fix an opening angle of the elastic probes at least in three positions, and - a flat marking strip comprising an image wherein the fragments of the image are unique and do not repeat themselves on the marking strip,
A biological signal collection method that is software and/or hardware implemented, comprising: obtaining output data of at least one motion sensor; controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor, wherein the at least one biological signal is periodic; and collecting the at least one biological signal of the user in the collection duration of the at least one biological signal, characterised in that the controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor comprises: identifying an activity type and/or an activity intensity of the user according to at least the output data of the at least one motion sensor; obtaining a value that matches the activity type and/or the activity intensity of the user, detecting a quantity of feature reference points of the at least one biological signal, and stopping collecting the at least one biological signal when the quantity of feature reference points is equal to the value. obtaining output data of at least one motion sensor; controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor, wherein the at least one biological signal is periodic; and collecting the at least one biological signal of the user in the collection duration of the at least one biological signal, characterised in that the controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor comprises: identifying an activity type and/or an activity intensity of the user according to at least the output data of the at least one motion sensor; obtaining a value that matches the activity type and/or the activity intensity of the user, detecting a quantity of feature reference points of the at least one biological signal, and stopping collecting the at least one biological signal when the quantity of feature reference points is equal to the value. identifying an activity type and/or an activity intensity of the user according to at least the output data of the at least one motion sensor; obtaining a value that matches the activity type and/or the activity intensity of the user, detecting a quantity of feature reference points of the at least one biological signal, and stopping collecting the at least one biological signal when the quantity of feature reference points is equal to the value.
A method for feeding a plurality of yarns to a warping machine from at least one creel which comprises a frame which supports a battery of spools arranged on multiple horizontal rows and a series of yarn guiding eyelets arranged to guide and support the yarns along their path from the respective spools to a longitudinal output end of the creel, the longitudinal extension of the creel being determined by the number of spools that compose each row, each one of said yarns being fed to the warping machine by a respective yarn feeder which comprises a yarn winding reel which is individually motorized, characterized in that the yarns from the respective spools are diverted toward said longitudinal output end by respective yarn guiding means, the yarn feeders associated with a same row of spools being all supported at said longitudinal output end and being subjected to control means adapted to adjust the rotation rate of the yarn winding reels as a function of the signals received from respective load cells functionally arranged between the respective yarn winding reels and the warping machine, so as to stabilize the tension of the respective yarns fed to the warping machine on a fixed or variable preset level.
A method of configuring a mooring apparatus (10a, 10b, 10c, 10d), wherein the method comprises: providing a mooring apparatus comprising: a socket comprising a pair of seats, a connection member comprising a pair of trunnions arranged such that the connection member is rotatable about an axis defined by the pair of trunnions when the connection member is received in the socket, and a positioning arrangement comprising a guide and configurable to seat the pair of trunnions on the pair of seats by a line connected to the connection member and extending around the guide, the method further comprising: connecting a first portion of a line to a line engaging apparatus disposed at a proximal portion of the connection member and extending the line around the guide; and seating the pair of trunnions on the pair of seats while a distal portion of the connection member is connected to a mooring-line by applying a pulling force followed by a reduction in the pulling force to the line in a direction away from the guide. providing a mooring apparatus comprising: a socket comprising a pair of seats, a connection member comprising a pair of trunnions arranged such that the connection member is rotatable about an axis defined by the pair of trunnions when the connection member is received in the socket, and a socket comprising a pair of seats, a connection member comprising a pair of trunnions arranged such that the connection member is rotatable about an axis defined by the pair of trunnions when the connection member is received in the socket, and a positioning arrangement comprising a guide and configurable to seat the pair of trunnions on the pair of seats by a line connected to the connection member and extending around the guide, the method further comprising: connecting a first portion of a line to a line engaging apparatus disposed at a proximal portion of the connection member and extending the line around the guide; and seating the pair of trunnions on the pair of seats while a distal portion of the connection member is connected to a mooring-line by applying a pulling force followed by a reduction in the pulling force to the line in a direction away from the guide. connecting a first portion of a line to a line engaging apparatus disposed at a proximal portion of the connection member and extending the line around the guide; and seating the pair of trunnions on the pair of seats while a distal portion of the connection member is connected to a mooring-line by applying a pulling force followed by a reduction in the pulling force to the line in a direction away from the guide.