mhurhangee/ep-ind-claims huggingface dataset:
An interchangeable lens attachable to and detachable from a camera body including an image sensor, the interchangeable lens comprising: a lens barrel; a movable unit configured to be movable along an optical axis with respect to the lens barrel; a plurality of individual-eye lenses configured to be integrally movable with the movable unit and arranged such that emission positions on the image sensor of imaging lights emitted through the respective individual-eye lenses do not overlap with one another; and one or a plurality of light sources configured to be movable along the optical axis integrally with the movable unit and the plurality of individual-eye lenses, and arranged such that an emission position on the image sensor of a parallel light emitted from the one or the plurality of the lights sources to the image sensor provided in the camera body does not overlap with the emission position on the image sensor of the imaging light of each of the plurality of individual-eye lenses. a lens barrel; a movable unit configured to be movable along an optical axis with respect to the lens barrel; a plurality of individual-eye lenses configured to be integrally movable with the movable unit and arranged such that emission positions on the image sensor of imaging lights emitted through the respective individual-eye lenses do not overlap with one another; and one or a plurality of light sources configured to be movable along the optical axis integrally with the movable unit and the plurality of individual-eye lenses, and arranged such that an emission position on the image sensor of a parallel light emitted from the one or the plurality of the lights sources to the image sensor provided in the camera body does not overlap with the emission position on the image sensor of the imaging light of each of the plurality of individual-eye lenses.
A cobalt-nickel alloy composition comprising by weight (wt%): 31 to 42 percent cobalt (Co); 10 to 16 percent chromium (Cr); 4 to 6 percent aluminium (Al); 6 to 15 percent tungsten; and optionally iron (Fe) in an amount up to 8 wt%, manganese (Mn) in an amount up to 0.6 wt%, tantalum (Ta) in an amount up to 5.0 wt%, Niobium (Nb) in an amount up to 2.5 wt%, Ti in an amount up to 2.0 wt%, silicon (Si) in an amount up to 1.0 wt%, carbon in an amount up to 0.05 wt%, boron in an amount up to 0.05 wt%, zirconium (Zr) in an amount 0.1 wt%, hafnium (Hf) in an amount up to 0.1 wt% a balance of 26 to 31 percent nickel (Ni) and incidental impurities; the Co and Ni being present in an atomic ratio between 1.2: 1 and 1.4: 1. 31 to 42 percent cobalt (Co); 10 to 16 percent chromium (Cr); 4 to 6 percent aluminium (Al); 6 to 15 percent tungsten;
Shipping or security bag of plastic comprising an interior space, which is accessible through an access opening, and a closure element, which is provided with an adhesive layer, wherein the closure element can be attached to the access opening by means of the adhesive layer in such a way that the access opening is closed, wherein a first thermal indicator is provided, which exhibits a colour change when the ambient temperature rises to a value above a first limit value, and wherein a second thermal indicator is provided, which exhibits a colour change when the ambient temperature falls to a value below a second limit value, characterized in that the colour change of the first thermal indicator is irreversible, in that the colour change of the second thermal indicator is reversible and in that the' second thermal indicator resumes its original colour when the ambient temperature rises to a value above a third limit value, wherein the third limit value is greater than or equal to the first limit value.
A light irradiation control system for a vehicle lamp (RHL, LHL), the light irradiation control system comprising: a control unit configured to provide control signals for controlling light irradiation of the vehicle lamp (RHL, LHL) based on detection signals detected by sensors (Sh, Sv, Sθ, Ss); and a plurality of actuator units (5R, 5L, 6R, 6L) configured to control the light irradiation of the vehicle lamp (RHL, LHL) based on the control signals, characterized in that the control unit comprises: a body-side control unit comprising a plurality of body-side electronic control units (1, 2, 3, 4), each configured to perform signal processing on a respective one of the detection signals and to provide the signal-processed signals to a common bus as common data (Dh, Dv, Dθ, Ds); and a lamp-side control unit comprising two lamp-side electronic control units (7, 8) connected to the common bus to provide the control signals based on the common data (Dh, Dv, Dθ, Ds) provided to the common bus, wherein each of the lamp-side electronic control units (7, 8) is mounted in a respective one of the actuator units (5R, 5L, 6R, 6L). a control unit configured to provide control signals for controlling light irradiation of the vehicle lamp (RHL, LHL) based on detection signals detected by sensors (Sh, Sv, Sθ, Ss); and a plurality of actuator units (5R, 5L, 6R, 6L) configured to control the light irradiation of the vehicle lamp (RHL, LHL) based on the control signals, characterized in that the control unit comprises: a body-side control unit comprising a plurality of body-side electronic control units (1, 2, 3, 4), each configured to perform signal processing on a respective one of the detection signals and to provide the signal-processed signals to a common bus as common data (Dh, Dv, Dθ, Ds); and a lamp-side control unit comprising two lamp-side electronic control units (7, 8) connected to the common bus to provide the control signals based on the common data (Dh, Dv, Dθ, Ds) provided to the common bus, wherein each of the lamp-side electronic control units (7, 8) is mounted in a respective one of the actuator units (5R, 5L, 6R, 6L). a body-side control unit comprising a plurality of body-side electronic control units (1, 2, 3, 4), each configured to perform signal processing on a respective one of the detection signals and to provide the signal-processed signals to a common bus as common data (Dh, Dv, Dθ, Ds); and a lamp-side control unit comprising two lamp-side electronic control units (7, 8) connected to the common bus to provide the control signals based on the common data (Dh, Dv, Dθ, Ds) provided to the common bus, wherein each of the lamp-side electronic control units (7, 8) is mounted in a respective one of the actuator units (5R, 5L, 6R, 6L).
A network element selection method performed by a network element selector, the method comprising: • receiving a request message from a base station, wherein the request message comprises information about a user equipment, UE, and a service chain header, the service chain header comprises a session index, and the session index is empty, wherein the information about the UE includes an International Mobile Subscriber Identity, IMSI, that is used to uniquely identify the UE (S 400), • determining that the session index is empty (S 403), and subsequently obtaining location information of each controller (S 404) among a plurality of controllers that provide services to user equipments and obtaining location information of the base station (S 405), • determining, for each controller among the plurality of controllers, a physical distance between the base station and the controller based on the location information of the base station and the location information of the controller (S 406), • selecting one of the controllers among the plurality of controllers based on the determined physical distances as a controller providing a service to the UE (S 407), • sending the request message to the selected controller. • receiving a request message from a base station, wherein the request message comprises information about a user equipment, UE, and a service chain header, the service chain header comprises a session index, and the session index is empty, wherein the information about the UE includes an International Mobile Subscriber Identity, IMSI, that is used to uniquely identify the UE (S 400), • determining that the session index is empty (S 403), and subsequently obtaining location information of each controller (S 404) among a plurality of controllers that provide services to user equipments and obtaining location information of the base station (S 405), • determining, for each controller among the plurality of controllers, a physical distance between the base station and the controller based on the location information of the base station and the location information of the controller (S 406), • selecting one of the controllers among the plurality of controllers based on the determined physical distances as a controller providing a service to the UE (S 407), • sending the request message to the selected controller.
An integrated circuit, comprising: an active circuitry side metal layer; a backside metal layer (171, 172, 173); a first anti-tamper metal structure on the back side of a planar integrated circuit substrate; at least one through-silicon via (161, 261) connecting the first anti-tamper metal structure to active circuitry on an active circuitry side of the planar integrated circuit substrate; and, a physically unclonable function circuit (120, 220) connected to the active circuitry side metal layer and to the backside side metal layer to output a first fingerprint value, a modification of an electrical characteristic of the backside metal layer (171, 172, 173) to cause the physically unclonable function circuit (120, 220) to output a second fingerprint value that is not equal to the first fingerprint value, wherein the backside metal layer (171, 172, 173) is connected to the physically unclonable function circuit (120, 220) using the at least one through-silicon via (161, 261). an active circuitry side metal layer; a backside metal layer (171, 172, 173); a first anti-tamper metal structure on the back side of a planar integrated circuit substrate; at least one through-silicon via (161, 261) connecting the first anti-tamper metal structure to active circuitry on an active circuitry side of the planar integrated circuit substrate; and, a physically unclonable function circuit (120, 220) connected to the active circuitry side metal layer and to the backside side metal layer to output a first fingerprint value, a modification of an electrical characteristic of the backside metal layer (171, 172, 173) to cause the physically unclonable function circuit (120, 220) to output a second fingerprint value that is not equal to the first fingerprint value, wherein the backside metal layer (171, 172, 173) is connected to the physically unclonable function circuit (120, 220) using the at least one through-silicon via (161, 261).
A method for connecting a mobile data modem to an customer premise equipment, comprising reading parameters specific to the mobile data modem included in a configuration file stored in the mobile data modem after the mobile data modem is connected to the customer premise equipment, matching the parameters of the mobile data modem as included in the configuration file with a product table included in the customer premise equipment and fitting the product table with the parameters of the mobile data modem, selecting the fitted product table, and loading a driver of the mobile data modem in the customer premise equipment in accordance with the selected product table for the operation of the mobile data modem. reading parameters specific to the mobile data modem included in a configuration file stored in the mobile data modem after the mobile data modem is connected to the customer premise equipment, matching the parameters of the mobile data modem as included in the configuration file with a product table included in the customer premise equipment and fitting the product table with the parameters of the mobile data modem, selecting the fitted product table, and loading a driver of the mobile data modem in the customer premise equipment in accordance with the selected product table for the operation of the mobile data modem.
Method for manufacturing a supporting structure for a dental prosthesis, whereby this supporting structure is digitally generated and a nominal surface for the supporting structure is thus determined having means for being fixed to at least one implant and/or at least one tooth which is set into a person's jawbone, characterised in that a surface texture which is at least partly formed of retention elements is digitally provided on said nominal surface with retentions being formed of protrusions and/or recesses in relation to said nominal surface each having an undercut and in that digital information is generated which defines the supporting structure provided with said surface texture, wherein said retention elements are provided over at least 25% of said nominal surface of the supporting structure, whereby the supporting structure is subsequently manufactured on the basis of this digital information by means of a rapid prototyping technique.
A method performed by a wireless communications device for determining one or more radio access network nodes for measurement reporting, which measurement reporting comprises reporting measurements associated with a first wireless communications network to a network node operating in a second wireless communications network, wherein the first wireless communications network operates according to a first Radio Access Technology, RAT, and the second wireless communications network operates according to a second RAT, the method comprising: receiving (400, 401, 501), from the network node, an indication (440, 450) of one or more radio access network nodes (211a, 211b, 212a, 212b) operating in the first wireless communications network, wherein the indication (440, 450) of the one or more radio access network nodes (211a, 211b, 212a, 212b) is an indication of a mobility set, the mobility set being the set of radio access nodes between which the wireless communications device may perform mobility which is not controlled by the network node, the method being characterized by further comprising: determining (402a, 402b, 502) which radio access network nodes operating in the first wireless communications network are to be used for measurement reporting to the network node, based on the indication (440, 450) of the one or more radio access network nodes (211a, 211b, 212a, 212b) among which the mobility of the wireless communications device is restricted in the first wireless communications network; measuring (403a, 403b, 503) a metric related to one or more radio signals from a plurality of radio access network nodes (211a, 211b, 212a, 212b, 213a, 213b) operating in the first wireless communications network; determining (404, 504), based on the indication (440, 450) of the mobility set, and further based on the measured metric, whether an event related to measurement reporting has occurred, wherein it is determined that the event has occurred if all radio access network nodes (211a, 211b, 212a, 212b) in the mobility set are worse than a threshold; and reporting (405, 505) measurements when the event has occurred. determining (402a, 402b, 502) which radio access network nodes operating in the first wireless communications network are to be used for measurement reporting to the network node, based on the indication (440, 450) of the one or more radio access network nodes (211a, 211b, 212a, 212b) among which the mobility of the wireless communications device is restricted in the first wireless communications network; measuring (403a, 403b, 503) a metric related to one or more radio signals from a plurality of radio access network nodes (211a, 211b, 212a, 212b, 213a, 213b) operating in the first wireless communications network; determining (404, 504), based on the indication (440, 450) of the mobility set, and further based on the measured metric, whether an event related to measurement reporting has occurred, wherein it is determined that the event has occurred if all radio access network nodes (211a, 211b, 212a, 212b) in the mobility set are worse than a threshold; and reporting (405, 505) measurements when the event has occurred.
Wind power generation system comprising a ground control unit with a generator, a kite assembly connected to the generator via one or more main traction cables, and a launch and retrieve system, the launch and retrieve system comprising a first kite support frame provided with guide apertures (7a, 7b) for each of the one or more main traction cables, and a second kite support frame provided with guide apertures (8a, 8b) for each of the one or more main traction cables, the second kite support frame comprising a propulsion system for positioning the second kite support frame in combination with the kite assembly in a position remote from the first kite support frame, characterized in that the propulsion system comprises a plurality of propellers attached to the second kite support frame.
A device for winding a thread to form a package, having a package holder installation for receiving the package, having an auxiliary installation for severing the thread, and having a labeling installation for applying a self-adhesive label for fixing a thread end, wherein the labeling installation for fixing the thread end is assigned to the circumference of the completely wound package, characterized in that the thread end before being fixed by way of the label is guidable on the circumference of the package by a guiding means.
A controller (2, 3) comprising: a master control unit (10, 40); and one or more slave control units connected to the master control unit (10, 40) with at least a communication line, the slave control units each including a timer that is synchronized with the master control unit (10, 40), an input unit configured to receive an interrupt signal, a notification unit configured to obtain, upon receipt of the interrupt signal through the input unit, timing information from the timer and transmit notification about an input of the interrupt signal to the master control unit (10, 40), and a transmission unit configured to transmit, upon receipt of a request from the master control unit (10, 40) via the communication line, the timing information to the master control unit (10, 40) via the communication line, characterized in that the controller (2, 3) comprises a plurality of the slave control units, and the controller (2, 3) further comprises a control unit configured to limit slave control units that are enabled to transmit notification about the input of the interrupt signal to the master control unit (10, 40). a master control unit (10, 40); and one or more slave control units connected to the master control unit (10, 40) with at least a communication line, the slave control units each including a timer that is synchronized with the master control unit (10, 40), an input unit configured to receive an interrupt signal, a notification unit configured to obtain, upon receipt of the interrupt signal through the input unit, timing information from the timer and transmit notification about an input of the interrupt signal to the master control unit (10, 40), and a transmission unit configured to transmit, upon receipt of a request from the master control unit (10, 40) via the communication line, the timing information to the master control unit (10, 40) via the communication line, a timer that is synchronized with the master control unit (10, 40), an input unit configured to receive an interrupt signal, a notification unit configured to obtain, upon receipt of the interrupt signal through the input unit, timing information from the timer and transmit notification about an input of the interrupt signal to the master control unit (10, 40), and a transmission unit configured to transmit, upon receipt of a request from the master control unit (10, 40) via the communication line, the timing information to the master control unit (10, 40) via the communication line, characterized in that the controller (2, 3) comprises a plurality of the slave control units, and the controller (2, 3) further comprises a control unit configured to limit slave control units that are enabled to transmit notification about the input of the interrupt signal to the master control unit (10, 40).
Use of hydrogel for coating an injection needle which prevents bleeding during injection, which comprises a chitosan to which a catechol group is introduced and at least a portion of the catechol group is oxidized and cross-linked.
An electro-optical device comprising: a substrate having opposing first and second surfaces (23', 24') and opening extending therebetween; an optical waveguide extending laterally along the first surface and having an end aligned with the opening; an electro-optical component carried by the second surface and aligned with the opening; and an elastomeric body within the opening and having a first end face adjacent said optical waveguide and having a second end face adjacent said electro-optical component, said elastomeric body having a gradient refraction index defining a gradient-index, GRIN, lens and within ±5% of a gradient refraction index of said optical waveguide. a substrate having opposing first and second surfaces (23', 24') and opening extending therebetween; an optical waveguide extending laterally along the first surface and having an end aligned with the opening; an electro-optical component carried by the second surface and aligned with the opening; and an elastomeric body within the opening and having a first end face adjacent said optical waveguide and having a second end face adjacent said electro-optical component, said elastomeric body having a gradient refraction index defining a gradient-index, GRIN, lens and within ±5% of a gradient refraction index of said optical waveguide.
Proportional directional control valve for controlling a hydraulic consumer (64; 104), comprising a housing that has a pressure port for feeding pressurized hydraulic fluid from a pressure medium source (54; 94), a tank port for discharging hydraulic fluid to a reservoir (58; 98), and a first and a second working port (A, B) for connecting to the hydraulic consumer (64; 104), and comprising a control element that is movably held in the housing, and an actuator for moving the control element, the control element, in dependence on its position relative to the housing, enabling different flow paths between the working ports (A, B) and the pressure port and the tank port (P, T), and the flow cross-sections of the flow paths being changeable in a continuously variable manner in dependence on the adjustment travel of the control element, characterized in that the directional control valve has a single actuator, and the control element, starting from a first switching position in which both working ports (A, B) are connected to the tank port, is moveable by means of the actuator via a second switching position that directly follows the first switching position, into a third switching position that directly follows the second switching position, and it is possible, by moving the control element from the first switching position via the second switching position into the third switching position, to successively disconnect the two working ports (A, B) from the tank port and to connect them to the pressure port, wherein the control element is configured in such a way that the pressure forces of the hyraulic fluid acting on the control element in the movement direction and against the movement direction of the control element cancel one another out.
A polypeptide comprising a fragment having cellulolytic activity and being selected from the group consisting of: a) a polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO: 22; and b) a fragment of a) having cellulolytic activity. a) a polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO: 22; and b) a fragment of a) having cellulolytic activity.