mhurhangee/ep-ind-claims huggingface dataset:
A method for light microscopic examination of a sample marked with reference markers (8, 13) in a light microscope, wherein the examination comprises sequential illumination of the sample with focused laser light at a plurality of illumination positions, characterized in that the examination of the sample is repeatedly interrupted between the illumination at the illumination positions and the position (21, 22) of at least one reference marker is determined according to a MINFLUX method in order to detect the drift of the reference marker relative to an optical imaging system of the light microscope, wherein the reference marker is illuminated with an intensity distribution of a scanning light inducing or modulating a light emission of the reference marker, the intensity distribution comprising a local minimum, at a plurality of scanning positions arranged in a close range around the reference marker.
An inkjet printhead comprising: a plurality of printhead dies, each printhead die including at least one crack sense resistor, a data parser and a pass gate; at least one analog bus (150, 152) connected to each printhead die; a controller, separate from the plurality of printhead dies, configured to provide a known current to the at least one crack sense resistor of each printhead die in a selectable pattern via the at least one analog bus (150, 152) and to determine whether the printhead dies are cracked based on resulting voltages produced on the at least one analog bus (150, 152); and each data parser is to receive a print data stream comprising embedded crack sensing control commands, and, in response to an embedded crack sensing control command, to instruct the pass gate to connect a corresponding crack sense resistor to the analog bus (150, 152). a plurality of printhead dies, each printhead die including at least one crack sense resistor, a data parser and a pass gate; at least one analog bus (150, 152) connected to each printhead die; a controller, separate from the plurality of printhead dies, configured to provide a known current to the at least one crack sense resistor of each printhead die in a selectable pattern via the at least one analog bus (150, 152) and to determine whether the printhead dies are cracked based on resulting voltages produced on the at least one analog bus (150, 152); and each data parser is to receive a print data stream comprising embedded crack sensing control commands, and, in response to an embedded crack sensing control command, to instruct the pass gate to connect a corresponding crack sense resistor to the analog bus (150, 152).
A method for performing public land mobile network, PLMN, selection by a user equipment, UE, in a dual registration mode, the method comprising: registering, by the UE, on a registered PLMN, RPLMN, for receiving first wireless technology services, wherein the UE is dual registration capable; detecting, by the UE, unavailability of second wireless technology services in at least one of the RPLMN and an equivalent PLMN, EqPLMN; starting, by the UE, a periodic timer in response to detecting the unavailability of the second wireless technology services in at least one of the RPLMN and the EqPLMN; and performing, by the UE, a PLMN selection based on a PLMN scan after an expiry of the periodic timer by performing one of: registering to one of the RPLMN and the EqPLMN in the dual registration mode to receive the second wireless technology services, when the second wireless technology services is available in at least one of the RPLMN and the EqPLMN, and performing another PLMN scan for the first wireless technology services and the second wireless technology services, when the second wireless technology services is unavailable in at least one of the RPLMN and the EqPLMN. registering, by the UE, on a registered PLMN, RPLMN, for receiving first wireless technology services, wherein the UE is dual registration capable; detecting, by the UE, unavailability of second wireless technology services in at least one of the RPLMN and an equivalent PLMN, EqPLMN; starting, by the UE, a periodic timer in response to detecting the unavailability of the second wireless technology services in at least one of the RPLMN and the EqPLMN; and performing, by the UE, a PLMN selection based on a PLMN scan after an expiry of the periodic timer by performing one of: registering to one of the RPLMN and the EqPLMN in the dual registration mode to receive the second wireless technology services, when the second wireless technology services is available in at least one of the RPLMN and the EqPLMN, and performing another PLMN scan for the first wireless technology services and the second wireless technology services, when the second wireless technology services is unavailable in at least one of the RPLMN and the EqPLMN. registering to one of the RPLMN and the EqPLMN in the dual registration mode to receive the second wireless technology services, when the second wireless technology services is available in at least one of the RPLMN and the EqPLMN, and performing another PLMN scan for the first wireless technology services and the second wireless technology services, when the second wireless technology services is unavailable in at least one of the RPLMN and the EqPLMN.
A radio base station apparatus adapted to allocate a resource to a downlink data transmission channel HS-PDSCH and transmits data via the downlink data transmission channel HS-PDSCH to a mobile station, the apparatus comprising: an error rate BLER measurement unit adapted to measure the error rate BLER of a signal received from the mobile station; and a resource allocation unit adapted to, when the measured error rate BLER is equal to or larger than a target value, increase stepwise by a given amount, the amount of data transmit power allocated as the resource to the downlink data transmission channel HS-PDSCH, characterized in that the resource allocation unit is further adapted to, when the measured error rate BLER is equal to or larger than the target value after the increased amount of transmit power allocated to the downlink data transmission channel HS-PDSCH has reached an upper limit thereof, vary another resource other than the amount of transmit power allocated to the downlink data transmission channel HS-PDSCH. an error rate BLER measurement unit adapted to measure the error rate BLER of a signal received from the mobile station; and a resource allocation unit adapted to, when the measured error rate BLER is equal to or larger than a target value, increase stepwise by a given amount, the amount of data transmit power allocated as the resource to the downlink data transmission channel HS-PDSCH, characterized in that the resource allocation unit is further adapted to, when the measured error rate BLER is equal to or larger than the target value after the increased amount of transmit power allocated to the downlink data transmission channel HS-PDSCH has reached an upper limit thereof, vary another resource other than the amount of transmit power allocated to the downlink data transmission channel HS-PDSCH.
A supporting construction for an advertising surface having an arch comprising a central connecting element which divides the arch into a first arch half and a second arch half, wherein the first arch half and the second arch half each have at least one supporting leg (11, 21), characterized in that the supporting legs (11, 21) are or can be connectedly plugged into the central connecting element in a rotationally fixed manner.
A turbomachine stator comprising: a body having a first end that extends to a second end, one of the first and second ends (83, 84) including a first side and an opposing second side joined by first and second opposing edges (87, 88) and including at least one opening (91, 92) arranged on the first side and at a first and a second angled surface section (95, 96); a cover plate positioned on the stator body at the one of the first and second ends (83, 84), the cover plate including at least one opening (132, 133) configured to align with the at least one opening (91, 92) in the first end of the stator body and a first and second angled surface section (136, 137) configured to mate with the first and second angled surface sections (93, 94) of the stator body; and at least one fastener member (140, 141) configured to be inserted within the at least one aligned openings (89, 90, 132, 133) of the stator body and the cover plate, wherein the cover plate is constrained to the first end of the stator body along two axes by the fastener member (140, 141) and the at least one mating angled surface sections (93, 94, 136, 137) of the stator body and the cover plate provide retention along a third axis. a body having a first end that extends to a second end, one of the first and second ends (83, 84) including a first side and an opposing second side joined by first and second opposing edges (87, 88) and including at least one opening (91, 92) arranged on the first side and at a first and a second angled surface section (95, 96); a cover plate positioned on the stator body at the one of the first and second ends (83, 84), the cover plate including at least one opening (132, 133) configured to align with the at least one opening (91, 92) in the first end of the stator body and a first and second angled surface section (136, 137) configured to mate with the first and second angled surface sections (93, 94) of the stator body; and at least one fastener member (140, 141) configured to be inserted within the at least one aligned openings (89, 90, 132, 133) of the stator body and the cover plate, wherein the cover plate is constrained to the first end of the stator body along two axes by the fastener member (140, 141) and the at least one mating angled surface sections (93, 94, 136, 137) of the stator body and the cover plate provide retention along a third axis.
An exhaust system for internal combustion engines comprising a cold start catalyst effective to adsorb NO x and hydrocarbons at or below a low temperature and to convert and release the adsorbed NO x and HC at temperatures above the low temperature and a catalyst component selected from the group consisting a selective catalytic reduction catalyst, a particulate filter, a SCR filter, a NO x adsorber catalyst, a three-way catalyst, an oxidation catalyst, and combinations thereof; wherein said cold start catalyst comprises: a molecular sieve catalyst consisting essentially of a noble metal and a molecular sieve; and a supported platinum group metal catalyst comprising one or more platinum group metals and one or more inorganic oxide carriers; wherein the molecular sieve is a small pore molecular sieve having a maximum ring size of eight tetrahedral atoms; and wherein the low temperature is 200°C. said cold start catalyst comprises: a molecular sieve catalyst consisting essentially of a noble metal and a molecular sieve; and a supported platinum group metal catalyst comprising one or more platinum group metals and one or more inorganic oxide carriers; wherein the molecular sieve is a small pore molecular sieve having a maximum ring size of eight tetrahedral atoms; and wherein the low temperature is 200°C.
A helmet display system comprising at least one helmet equipped with a display device and a system for detecting the posture of said helmet relative to a known reference, the display system comprising a document database and means for displaying and managing said document data as a function of the posture of the helmet, characterised in that, once they appear, with the data being structured in the form of pages (P1, P2), a whole page being presented in the display device, the pages are changed to the right or to the left by modifying the posture of the helmet to the left or to the right by at least several degrees.
A modified mammalian cell in which the genome of the cell is modified to comprise a sequence encoding CP77 under the control of a constitutive promoter such that the modified cell line sustains propagation of a poxvirus that is less able or unable to propagate in the unmodified cell and wherein the genome of the cell further comprises a sequence encoding K1L under the control of a constitutive promoter.
Thermal monitoring device of an electrical connection device of an electrical installation, the connection device comprising at least two terminals (B1, B2, B3, B4) to be monitored, including at least one active terminal, allowing connecting a first electrical circuit to a second electrical circuit, the device is comprising at least one default setting element (32,32-1,32-2) electrical conductor and electrically connected to a protective conductor of the electrical installation, and detecting means (34,34-1,34-2) of an overheating, electrical insulators and in thermal contact with each terminal (B1, B2, B3, B4) to be monitored, the detection means (34,34-1,34-2) preventing each default setting element (32,32-1,32-2) to be in contact with an active terminal (B1, B2, B3, B4) until these detection means (34,34-1,34-2) are not subject to a threshold temperature, and detection means (34,34-1,34-2) releasing the default setting element (32,32-1,32-2) when subjected to a temperature greater than or equal to the threshold temperature so that the default element (32,32-1,32-2) comes into electrical contact with an active terminal (B1, B2, B3, B4), the thermal monitoring device being characterized in that each faulty setting element (32,32-1,32-2) comprises a fixed part (36,36-1,36-2) and a mobile part (38,38-1,38-2) between a "no-fault" position, in which it is maintained at a distance of an active terminal (B1, B2, B3, B4) by detection means (34,34-1,34-2) and a "defect" position wherein it is released by the detecting means (34,34-1,34-2) and comes into electrical contact with an active terminal (B1, B2, B3, B4).
A pipe joint assembly, comprising a connecting body and a guiding sleeve, wherein one end of the guiding sleeve is insertable into a pipe stock, and an outer wall of the other end of the guiding sleeve is provided with a first concave-convex structure; both ends of the connecting body are insertable onto the guiding sleeve, and an inner wall of the connecting body is provided with a second concave-convex structure matching with the first concave-convex structure; the first concave-convex structure is in an interference fit with the second concave-convex structure when the pipe stock sleeved on the guiding sleeve is inserted in a position, and the first concave-convex structure and the second concave-convex structure are relatively scratched to generate a frictional sound and a vibration feeling when the guiding sleeve rotates relative to the connecting body; characterized in that the pipe joint assembly further comprises a first sealing ring and a sealing loop; the outer wall of the guiding sleeve being provided with a first groove and a second groove, and the second groove being located between the first groove and the first concave-convex structure; the first sealing ring being matched with the second groove to achieve a seal between the outer wall of the guiding sleeve and the inner wall of the connecting body; the sealing loop being a rubber loop overmolded in the first groove to achieve a seal between an inner wall of the pipe stock and the outer wall of the guiding sleeve.
A method of manufacturing a honeycomb structural body including at least one honeycomb unit including plural cells extending from a first end face to a second end face in a longitudinal direction, the plural cells being partitioned by cell walls, the at least one honeycomb unit including zeolite particles that have undergone iron ion-exchange, the method comprising: (a) a step of performing a heat treatment on the zeolite particles that have undergone the iron ion-exchange, the heat treatment being performed in a non-oxygenated atmosphere having a temperature within a range of 500 °C through 800 °C, to obtain heat-treated zeolite particles; (b) a step of forming at least one honeycomb molded body from a raw material including the heat-treated zeolite particles; and (c) a step of manufacturing the at least one honeycomb unit by firing the at least one honeycomb molded body. (a) a step of performing a heat treatment on the zeolite particles that have undergone the iron ion-exchange, the heat treatment being performed in a non-oxygenated atmosphere having a temperature within a range of 500 °C through 800 °C, to obtain heat-treated zeolite particles; (b) a step of forming at least one honeycomb molded body from a raw material including the heat-treated zeolite particles; and (c) a step of manufacturing the at least one honeycomb unit by firing the at least one honeycomb molded body.
Process for fabricating printed circuit boards, which comprises the steps consisting of: - providing a printed circuit (10, 20, 30) and at least one component and - mechanically fastening the component to the printed circuit (10, 20, 30) by bonding, the mechanical fastening step consisting of - delivering a spot of solid adhesive, - providing, on the printed circuit, a means for the temporary retention of said spot of solid adhesive adjacent to the location of the component to be mechanically fastened by bonding, - positioning the spot of solid adhesive on the temporary retention means, and - melting and curing the spot of solid adhesive in contact with the printed circuit and with the component in order for the component to be mechanically fastened to the printed circuit in a step of soldering the component, characterised in that said temporary retention means comprises a volume of solder paste, the spot of solid adhesive has a polymerisation temperature that is lower than the melting temperature of the solder paste and the spot of solid adhesive is positioned on the volume of solder paste. - providing a printed circuit (10, 20, 30) and at least one component and - mechanically fastening the component to the printed circuit (10, 20, 30) by bonding, - delivering a spot of solid adhesive, - providing, on the printed circuit, a means for the temporary retention of said spot of solid adhesive adjacent to the location of the component to be mechanically fastened by bonding, - positioning the spot of solid adhesive on the temporary retention means, and - melting and curing the spot of solid adhesive in contact with the printed circuit and with the component in order for the component to be mechanically fastened to the printed circuit in a step of soldering the component,
A gas-producing apparatus that produces hydrogen or oxygen, comprising: - an electrolysis cell that produces hydrogen and oxygen through electrolysis of water; and - a gas-liquid separation device that is connected to the electrolysis cell and that receives the water and the hydrogen or the oxygen, - a storage tank that stores hydrogen or oxygen, wherein the gas-liquid separation device includes a first chamber and a second chamber, the first chamber and the second chamber are separated by a partition wall, and a lower part of the first chamber and a lower part of the second chamber communicate with one another, in a first pipe that allows the electrolysis cell to communicate with the first chamber, an upper edge of the first pipe is located above a communicating part in which the lower part of the first chamber and the lower part of the second chamber communicated, the storage tank communicates with the first chamber at two connecting parts in a vertical direction of the first chamber. - an electrolysis cell that produces hydrogen and oxygen through electrolysis of water; and - a gas-liquid separation device that is connected to the electrolysis cell and that receives the water and the hydrogen or the oxygen, - a storage tank that stores hydrogen or oxygen,
Wind turbine with a nacelle comprising a mounting structure to which at least one facing element is attached and/or with a hub comprising a mounting structure to which at least one facing element is attached, which at least one facing element is attached with several fixation devices, characterized in that each fixation device comprises a bolt with a bolt head at one end, a threaded shaft extending through an opening (23, 24) in the facing element and the mounting structure and a tool mount for attaching a tool for holding the bolt, and a nut screwed on the threaded shaft, wherein at least one sealing washer comprising a metal disk and a sealing means arranged at the inner circumference is arranged at the outside of the facing element, with the bolt head positioned at the outside of the nacelle or the hub and the tool mount and nut positioned at the inside of the nacelle or the hub.
An electrical machine comprising a stator and a rotor rotatable relative to said stator, said stator provided with a plurality of electromagnets equally spaced in a circumferential configuration over said stator, in a radial plane relative to an axis of rotation of the rotor, each electromagnet comprising: a magnetic conductor having a C-like shape or a U-like shape, and including an electromagnet core and first and second pole extensions of the electromagnet core, and at least one electromagnet coil mounted on the electromagnetic core of the magnetic conductor; said rotor provided with a plurality of permanent magnets equally spaced in a circumferential configuration over said rotor, in a radial plane relative to the axis of rotation of the rotor, wherein said permanent magnets are movable within an air gap defined between the first and second pole extensions of the magnetic conductor of each electromagnet; wherein a magnetization axis of said permanent magnets is radially directed relative to the axis of rotation of the rotor; and inner surfaces of the first and second pole extensions of each magnetic conductor of each electromagnet face magnetic poles of the permanent magnets in a radial direction relative to the axis of rotation of the rotor, characterized by thereby providing, for each electromagnet, when one of the plurality of permanent magnets is located within the air gap, a first constant air gap between the first pole extension and the permanent magnet, and a second constant air gap between the permanent magnet and the second pole extension, wherein the first and second constant air gaps are provided by radii of curvature (R1,R3) of the inner surfaces of the pole extensions and radii of curvature (R2,R4) of faces of the permanent magnets that face the inner surfaces of said pole extensions. a magnetic conductor having a C-like shape or a U-like shape, and including an electromagnet core and first and second pole extensions of the electromagnet core, and at least one electromagnet coil mounted on the electromagnetic core of the magnetic conductor;