mhurhangee/ep-ind-claims huggingface dataset:
A cycloidal gear reducer comprising an input shaft, mounted in rotation in a reducer casing according to an axis called « main axis » (ZZ'), an eccentric member carried by the input shaft and driven in rotation by the latter, at least one cycloidal disk which is mounted in rotation on said eccentric member and which is provided with a cycloidal toothing, at least one rim provided with a receiving toothing on which the cycloidal toothing of the cycloidal disk meshes, and an output shaft, distinct from the input shaft, which is arranged so as to be driven in rotation by the cycloidal disk, said reducer being characterized in that it comprises a suspension device which is arranged to elastically bias the cycloidal toothing of the cycloidal disk and the receiving toothing of the rim against each other, so as to provide an automatic adjustment of the backlash between said cycloidal disk and said rim according to at least one component radial to the main axis (ZZ'), and in that it includes two reduction stages (30, 130), including a first reduction stage, which comprises the eccentric member, a first cycloidal disk, called « input disk », which is mounted in rotation on said eccentric member and which is provided with a first cycloidal toothing, as well as a first rim, called « input rim », which is secured to the reducer casing and which is provided with a first cycloidal receiving toothing on which the first cycloidal toothing of the input disk meshes, and a second reduction stage, which comprises a second cycloidal disk, called « output disk », which is secured in rotation to the input disk, and which is provided with a second cycloidal toothing, said second reduction stage also comprising a second rim, called « output rim », which is distinct from the input rim, which is secured in rotation to the output shaft, and which is provided with a second cycloidal receiving toothing on which the second cycloidal toothing of the output disk meshes, and in that the first reduction stage comprises a first suspension device which provides at least one radial elastic adjustment of the backlash between the input disk and the input rim, whereas the second reduction stage comprises a second suspension device, distinct from the first suspension device, and which provides at least one radial elastic adjustment of the backlash between the output disk and the output rim.
A method at a network element operating in a wireless network, wherein the network element is configured to transmit a default cell search signal at a default position in one or more subframes of a radio frame, the method comprising: transmitting, by the network element, an auxiliary cell search signal in addition to the default cell search signal, the default cell search signal comprising a default Synchronization Signal comprising a default Primary Synchronization Signal ('PSS') and a default Secondary Synchronization Signal ('SSS'), and the auxiliary cell search signal comprising an auxiliary PSS and an auxiliary SSS, wherein the auxiliary PSS has a different relative location to the auxiliary SSS than the relative location of the default PSS to the default SSS. transmitting, by the network element, an auxiliary cell search signal in addition to the default cell search signal, the default cell search signal comprising a default Synchronization Signal comprising a default Primary Synchronization Signal ('PSS') and a default Secondary Synchronization Signal ('SSS'), and the auxiliary cell search signal comprising an auxiliary PSS and an auxiliary SSS, wherein the auxiliary PSS has a different relative location to the auxiliary SSS than the relative location of the default PSS to the default SSS.
Road construction machine, in the form of a road paver or feeder vehicle for a road paver, comprising at least one operating platform (8, 18) for a driver of the road construction machine and/or an external control station for an operator of the road construction machine, at least one first air barrier device for the driver of the road construction machine and/or at least one second air barrier device for the operator of the external control station of the road construction machine, as well as a hopper arranged in front of the operating platform in the direction of travel and having lateral hopper halves for receiving a paving material, characterized in that, viewed from above, the first air barrier device is adapted to generate at least one directed air flow in the form of an air wall extending within an area present laterally of and beside the operating platform and/or in that the second air barrier device is adapted to generate at least one directed air flow in the form of an air wall extending within a area present laterally of and beside the external control station.
A method comprising: positioning a fixture over a portion of a tube portion of a gasket, wherein the gasket comprises a first half and a second half, wherein the first half comprises a first planar portion and a first lip portion, and the second half comprises a second planar portion and a second lip portion, wherein the first planar portion is welded to a first flange, wherein the second planar portion is welded to a second flange, wherein the first lip portion is joined to the second lip portion by a weld of the gasket and the first lip portion joined to the second lip portion defines the tube portion of the gasket, wherein the fixture comprises a housing and an injection port; positioning an ultrasonic probe in the housing, such that the ultrasonic probe is located at an angle from the weld; filling, by the injection port, coupling fluid between the ultrasonic probe and the tube portion of the gasket; and scanning at least a portion of the weld of the gasket with the ultrasonic probe, wherein scanning the at least a portion of the weld comprises: transmitting, by the ultrasonic probe, a plurality of ultrasonic waves through the coupling fluid into the tube portion of the gasket, and translating the fixture in a longitudinal direction along the tube portion of the gasket. positioning a fixture over a portion of a tube portion of a gasket, wherein the gasket comprises a first half and a second half, wherein the first half comprises a first planar portion and a first lip portion, and the second half comprises a second planar portion and a second lip portion, wherein the first planar portion is welded to a first flange, wherein the second planar portion is welded to a second flange, wherein the first lip portion is joined to the second lip portion by a weld of the gasket and the first lip portion joined to the second lip portion defines the tube portion of the gasket, wherein the fixture comprises a housing and an injection port; positioning an ultrasonic probe in the housing, such that the ultrasonic probe is located at an angle from the weld; filling, by the injection port, coupling fluid between the ultrasonic probe and the tube portion of the gasket; and scanning at least a portion of the weld of the gasket with the ultrasonic probe, wherein scanning the at least a portion of the weld comprises: transmitting, by the ultrasonic probe, a plurality of ultrasonic waves through the coupling fluid into the tube portion of the gasket, and translating the fixture in a longitudinal direction along the tube portion of the gasket. transmitting, by the ultrasonic probe, a plurality of ultrasonic waves through the coupling fluid into the tube portion of the gasket, and translating the fixture in a longitudinal direction along the tube portion of the gasket.
Folding box or case for the packaging of at least one object or a piece of jewellery or timepiece, said folding box being flat-storable in a base plane defined by a longitudinal direction and by a transverse direction, said box including a foldable inner container formed by a first band closed on itself and forming a first deformable prism unfoldable between a flat position and a deployed position where said first deformable prism is open at two opposite ends in a direction parallel to said transverse direction, said inner container including a handling surface which is secured to a second band extending in said transverse direction, and said second band being secured, on a main base separate from said inner container, to an outer envelope formed by a third band extending in said longitudinal direction and deformable between a flat storage position in said plane and a folded position where said third band is closed on itself and arranged to surround said inner container, said inner container is foldable along a fold comprised in said second band between said handling surface and said main base, when said inner container is in a deployed position and is in a folded over position, supported on an upper surface of said main base so that one of said outer openings of said inner container is closed by said main base, said upper surface of said main base including at least one projecting indexing element (28, 29) arranged to hold said inner container in a single particular position of deployment of said first prism on said main base when said inner container is in said position folded over onto said main base.
A construction machine comprising: an engine; a generator-motor configured to generate electric power by the engine; a hydraulic pump configured to be driven by the engine and the generator-motor; a hydraulic actuator (32, 34, 36) configured to drive and operate a working device with a power of the hydraulic pump; an electric storage device for supplying electric power to drive the generator-motor and charging the electric power generated by the generator-motor; a work-mode selecting device (45, 46) configured to select a work mode from a plurality of work modes corresponding to operation of an operator; and an engine-output setting unit (403, 405, 407) configured to set a magnitude of an output of the engine corresponding to the work mode selected by the work-mode selecting device (45, 46), characterized in that the construction machine stores a history of a magnitude of a work output that is output in a past for each of the work modes, and the engine-output setting unit (403, 405, 407) reflects the history of the magnitude of the work output in the past in a work mode identical to the work mode that is currently selected, so as to set the magnitude of the engine output in the currently selected work mode. an engine; a generator-motor configured to generate electric power by the engine; a hydraulic pump configured to be driven by the engine and the generator-motor; a hydraulic actuator (32, 34, 36) configured to drive and operate a working device with a power of the hydraulic pump; an electric storage device for supplying electric power to drive the generator-motor and charging the electric power generated by the generator-motor; a work-mode selecting device (45, 46) configured to select a work mode from a plurality of work modes corresponding to operation of an operator; and an engine-output setting unit (403, 405, 407) configured to set a magnitude of an output of the engine corresponding to the work mode selected by the work-mode selecting device (45, 46), characterized in that the construction machine stores a history of a magnitude of a work output that is output in a past for each of the work modes, and the engine-output setting unit (403, 405, 407) reflects the history of the magnitude of the work output in the past in a work mode identical to the work mode that is currently selected, so as to set the magnitude of the engine output in the currently selected work mode.
A connection box for a photovoltaic module, comprising: a housing; at least one diode; and at least one pair of connection terminals, each of the at least one diode being electrically connected between one respective pair of connection terminals, wherein each connection terminal comprises: a base mounted on the housing; a first connection portion integrally connected with the base and provided with a first connection region for connecting with the diode; and a second connection portion electrically communicated with the base and provided with a second connection region for connecting with a bus bar, wherein a straight path between the first and second connection regions (321, 331) is disconnected, and wherein a plurality of deflectable barbs are formed on a bottom of the housing and configured to fix the base. a housing; at least one diode; and at least one pair of connection terminals, each of the at least one diode being electrically connected between one respective pair of connection terminals, wherein each connection terminal comprises: a base mounted on the housing; a first connection portion integrally connected with the base and provided with a first connection region for connecting with the diode; and a second connection portion electrically communicated with the base and provided with a second connection region for connecting with a bus bar, a base mounted on the housing; a first connection portion integrally connected with the base and provided with a first connection region for connecting with the diode; and a second connection portion electrically communicated with the base and provided with a second connection region for connecting with a bus bar,
An in-vehicle information display device comprising: a first display device and a second display device (20, 120, 220) arranged in a vehicle interior; characterized by further comprising: a display content determination unit configured to determine whether a content displayed on the first display device and a content displayed on the second display device (20, 120, 220) are identical to each other; and a display content change unit configured to change, when the display content determination unit determines that the contents are identical to each other, one of the contents that was displayed earlier on either one of the first display device or the second display device to a third content associated beforehand with the identical content. a first display device and a second display device (20, 120, 220) arranged in a vehicle interior; characterized by further comprising: a display content determination unit configured to determine whether a content displayed on the first display device and a content displayed on the second display device (20, 120, 220) are identical to each other; and a display content change unit configured to change, when the display content determination unit determines that the contents are identical to each other, one of the contents that was displayed earlier on either one of the first display device or the second display device to a third content associated beforehand with the identical content. a display content determination unit configured to determine whether a content displayed on the first display device and a content displayed on the second display device (20, 120, 220) are identical to each other; and a display content change unit configured to change, when the display content determination unit determines that the contents are identical to each other, one of the contents that was displayed earlier on either one of the first display device or the second display device to a third content associated beforehand with the identical content.
A catalyst component for olefin polymerization comprising a transition metal compound represented by formula: wherein R 1, R 2, R 4 and R 5 each independently represent a hydrogen atom, a hydrocarbon group having a carbon number of 1 to 6, a silicon-containing hydrocarbon group having a carbon number of 1 to 7 or a halogenated hydrocarbon group having a carbon number of 1 to 6; R 3 and R 6 each represent a hydrocarbon group which is connected to the cyclopentadienyl ring to form any one of a 5- to 10-membered condensed ring; R 7, R 9, R 10 and R 12 each independently represent a hydrocarbon group having a carbon number of 1 to 4, a halogenated hydrocarbon group having a carbon number of 1 to 3 or halogen atom; R 8 and R 11 each independently represent a hydrocarbon group having a carbon number of 3 to 10 and the hydrocarbon group may contain a silicon atom, wherein a phenyl group and a substituted phenyl group are excluded from the hydrocarbon atom; R 13 and R 14 each independently represent a hydrocarbon group having a carbon number of 1 to 20 or a halogenated hydrocarbon group having a carbon number of 1 to 20, wherein R 13 substitutes a hydrogen atom in the hydrocarbon group represented by R 3, and R 14 substitutes a hydrogen atom in the hydrocarbon group represented by R 6; j and k each represent an integer of from 0 to 8; D represents a carbon atom, silicon atom, germanium atom or tin atom; A represents a divalent saturated or unsaturated hydrocarbon group that has a carbon number of 3 to 5 and that forms a first ring with D; R a represents a hydrocarbon group having a carbon number of 1 to 6 or a halogen-containing hydrocarbon group having a carbon number of 1 to 6, and R a is a substituent to be added to A, wherein a plurality of R a 's may combine to form a second ring which is condensed to the first ring; 1 represents an integer of 0 to 10; X and Y each represent an auxiliary ligand which is σ-covalently bound, the auxiliary ligand being capable of reacting with a cocatalyst to develop an olefin-polymerizing capability; and M represents a transition metal belonging to the group IV in the periodic table.
An apparatus for a user equipment, UE, comprising: a baseband processor configured to communicate with a cellular Radio Access Network, RAN, node using a communication transceiver; and one or more processors operably coupled to the baseband processor and configured to: perform Transmission Control Protocol and Internet Protocol, TCP/ IP, processing; select a portion of the TCP/IP processing to offload to the cellular RAN node based on a partial TCP/IP offload capability indication received from the RAN node; offload the portion of the TCP/IP processing to the cellular RAN node; and maintain TCP protocols running end-to-end between the UE and a remote host. a baseband processor configured to communicate with a cellular Radio Access Network, RAN, node using a communication transceiver; and one or more processors operably coupled to the baseband processor and configured to: perform Transmission Control Protocol and Internet Protocol, TCP/ IP, processing; select a portion of the TCP/IP processing to offload to the cellular RAN node based on a partial TCP/IP offload capability indication received from the RAN node; offload the portion of the TCP/IP processing to the cellular RAN node; and maintain TCP protocols running end-to-end between the UE and a remote host. perform Transmission Control Protocol and Internet Protocol, TCP/ IP, processing; select a portion of the TCP/IP processing to offload to the cellular RAN node based on a partial TCP/IP offload capability indication received from the RAN node; offload the portion of the TCP/IP processing to the cellular RAN node; and maintain TCP protocols running end-to-end between the UE and a remote host.
Method of performing a mobility measurement in a wireless device (10, UE) operating in a radio access network, the method comprising: receiving a mobility measurement resource assignment and one or more demodulation and mobility reference signals of a pre-determined set of demodulation and mobility reference signals, the mobility measurement resource assignment identifying the one or more demodulation and mobility reference signals; demodulating the mobility measurement resource assignment using the one or more demodulation and mobility reference signals of the pre determined set of demodulation and mobility reference signals; and determining one or more mobility measurement quality values from the identified one or more demodulation and mobility reference signals. receiving a mobility measurement resource assignment and one or more demodulation and mobility reference signals of a pre-determined set of demodulation and mobility reference signals, the mobility measurement resource assignment identifying the one or more demodulation and mobility reference signals; demodulating the mobility measurement resource assignment using the one or more demodulation and mobility reference signals of the pre determined set of demodulation and mobility reference signals; and determining one or more mobility measurement quality values from the identified one or more demodulation and mobility reference signals.
A medical device system comprising: a medical device interface (216; 310; 410; 1100) configured to download data from an implanted medical device (100; 214; 314; 401; 1146), memory storing electrode location identification rules and display definitions, wherein each of the display definitions correspond to possible electrode placement locations of the implanted medical device, characterised in that said downloaded data comprises patient physiological data (10; 20; 30) including electrogram data sensed by electrodes (112; 113; 222; 1132; 1134) of the implanted medical device, the electrode location identification rules comprise an algorithm to correlate the morphology of the physiological data with actual electrode placement locations; processing circuitry configured to compare the downloaded data from the implanted medical device to the electrode location identification rules to identify one or more actual electrode placement locations of the possible electrode placement locations of the implanted medical device, and wherein the processing circuitry is configured to compare the patient physiological data to the algorithm; and a user output interface (460; 901) in communication with the processing circuitry, wherein the processing circuitry is configured to cause the user output interface to display the one or more actual electrode placement locations. a medical device interface (216; 310; 410; 1100) configured to download data from an implanted medical device (100; 214; 314; 401; 1146), memory storing electrode location identification rules and display definitions, wherein each of the display definitions correspond to possible electrode placement locations of the implanted medical device, characterised in that said downloaded data comprises patient physiological data (10; 20; 30) including electrogram data sensed by electrodes (112; 113; 222; 1132; 1134) of the implanted medical device, the electrode location identification rules comprise an algorithm to correlate the morphology of the physiological data with actual electrode placement locations; processing circuitry configured to compare the downloaded data from the implanted medical device to the electrode location identification rules to identify one or more actual electrode placement locations of the possible electrode placement locations of the implanted medical device, and wherein the processing circuitry is configured to compare the patient physiological data to the algorithm; and a user output interface (460; 901) in communication with the processing circuitry, wherein the processing circuitry is configured to cause the user output interface to display the one or more actual electrode placement locations.