mhurhangee/ep-ind-claims huggingface dataset:
An optical system for an endoscope, the optical system consisting of: a negative lens-group as a lens-group which has negative power, an aperture diaphragm and a positive lens-group as a lens-group which has positive power in this order from an object side, wherein the negative lens group consists of a negative first lens and a negative second lens in this order from the object side; and wherein the optical system meets conditional expressions and: 0.05 < H 100 × nd 01 − 1 / r 1 < 0.38 and 0.5 < enp / FL < 2.5 where: H is a height as a distance from an optical axis of the optical system at which a principal ray with an angle of incidence of 100 degrees falls on a surface on the object side of the first lens; r1 is a curvature radius of the surface on the object side of the first lens; nd01 is a refractive index of the first lens; FL is a focal length of the optical system; and enp is a distance between an entrance pupil of the optical system and the surface on the object side of the first lens. a negative lens-group as a lens-group which has negative power, an aperture diaphragm and a positive lens-group as a lens-group which has positive power in this order from an object side, wherein the negative lens group consists of a negative first lens and a negative second lens in this order from the object side; and wherein the optical system meets conditional expressions and: 0.05 < H 100 × nd 01 − 1 / r 1 < 0.38 and 0.5 < enp / FL < 2.5 where: H is a height as a distance from an optical axis of the optical system at which a principal ray with an angle of incidence of 100 degrees falls on a surface on the object side of the first lens; r1 is a curvature radius of the surface on the object side of the first lens; nd01 is a refractive index of the first lens; FL is a focal length of the optical system; and enp is a distance between an entrance pupil of the optical system and the surface on the object side of the first lens. H is a height as a distance from an optical axis of the optical system at which a principal ray with an angle of incidence of 100 degrees falls on a surface on the object side of the first lens; r1 is a curvature radius of the surface on the object side of the first lens; nd01 is a refractive index of the first lens; FL is a focal length of the optical system; and enp is a distance between an entrance pupil of the optical system and the surface on the object side of the first lens.
A method of implementing session continuity, comprising: transmitting indication information to a user equipment, UE, wherein the indication information informs the UE to redirect a current first protocol data unit, PDU, session to a new terminating user-plane function, TUPF; and receiving a request message, initiated by the UE after the indication information is received by the UE, for establishing a second PDU session, wherein a session identifier of the first PDU session is carried in the request message, the session identifier of the first PDU session uniquely identifies the first PDU session. transmitting indication information to a user equipment, UE, wherein the indication information informs the UE to redirect a current first protocol data unit, PDU, session to a new terminating user-plane function, TUPF; and receiving a request message, initiated by the UE after the indication information is received by the UE, for establishing a second PDU session, wherein a session identifier of the first PDU session is carried in the request message, the session identifier of the first PDU session uniquely identifies the first PDU session.
A method for controlling a wind turbine, the method comprising: receiving, by one or more control devices, data indicative of one or more environmental conditions or operating conditions; determining, by the one or more control devices, an initial operating limit for at least one component of the wind turbine based at least in part on the one or more environmental conditions or operating conditions using a de-rating curve for the at least one component, the initial operating limit being greater than a rated operating limit for the at least one component; during implementation of a control scheme, using a clamper to limit the initial operating limit to an adjusted operating limit based at least in part on the rated operating limit; and controlling, by the one or more control devices, operation of the wind turbine based at least in part on the adjusted operating limit; and characterized in that determining the initial operating limit comprises: accessing, by the one or more control devices, the de-rating curve for the component, the de-rating curve specifying a plurality of operating limits as a function of a plurality of known environmental conditions; and interpolating, by the one or more control devices, the derating curve to determine the initial operating condition based at least in part on the data indicative of one or more environmental conditions. receiving, by one or more control devices, data indicative of one or more environmental conditions or operating conditions; determining, by the one or more control devices, an initial operating limit for at least one component of the wind turbine based at least in part on the one or more environmental conditions or operating conditions using a de-rating curve for the at least one component, the initial operating limit being greater than a rated operating limit for the at least one component; during implementation of a control scheme, using a clamper to limit the initial operating limit to an adjusted operating limit based at least in part on the rated operating limit; and controlling, by the one or more control devices, operation of the wind turbine based at least in part on the adjusted operating limit; and characterized in that determining the initial operating limit comprises: accessing, by the one or more control devices, the de-rating curve for the component, the de-rating curve specifying a plurality of operating limits as a function of a plurality of known environmental conditions; and interpolating, by the one or more control devices, the derating curve to determine the initial operating condition based at least in part on the data indicative of one or more environmental conditions. accessing, by the one or more control devices, the de-rating curve for the component, the de-rating curve specifying a plurality of operating limits as a function of a plurality of known environmental conditions; and interpolating, by the one or more control devices, the derating curve to determine the initial operating condition based at least in part on the data indicative of one or more environmental conditions.
A silicon photovoltaic cell, comprising a semiconductor p-type substrate, having at its rear side a PERC structure with an AlOx and SiNx passivating layer and back electric ohmic contacts, wherein on the front side of the silicon substrate there is a tunnel layer, on which there is a layer of ZnO nanorods having a height of 10 to 2000 nm, that is deposited with a ZnO:Mg layer having a thickness of 1 to 2000 nm, which is deposited with a ZnO:AI transparent conductive layer, upon which front electric ohmic contacts are deposited, characterized in that the tunnel layer is made of SiO 2 or Al 2 O 3 obtained non-natively by the method selected from the group consisting of thermal method, Atomic layer Deposition method and Plasma-Enhanced Chemical Vapor Deposition (PECVD) method.
An apparatus comprising local service providing means (75; 252; 254; 256) for emulating, to a core network of a cellular communications system, control plane functions of a gateway device (70, 80) of said core network, the emulated control plane functions being used for providing to said core network, over a control interface, a set of parameters for local breakout, wherein said service providing means (75; 252; 254; 256) is adapted to carry out control-plane signaling of said local breakout via a serving gateway device of said core network, and the apparatus further comprises a local virtual gateway function to send user-plane traffic of said local breakout directly from the apparatus and not via the serving gateway device.
An in vitro method of diagnosing a hepatic disorder in a human subject at risk of the hepatic disorder, said method comprising: a) determining an amount of ezetimibe and/or ezetimibe-glucuronide (EZE-Gluc) in a plasma sample and/or urine sample that was obtained from the human subject some time after the human subject has been administered ezetimibe; b) comparing the amount of EZE and/or EZE-Gluc in the plasma sample and/or urine sample to a control; and c) identifying the human subject as having a hepatic disorder if the amount of EZE and/or EZE-Gluc in the plasma sample and/or urine sample is elevated relative to the control. a) determining an amount of ezetimibe and/or ezetimibe-glucuronide (EZE-Gluc) in a plasma sample and/or urine sample that was obtained from the human subject some time after the human subject has been administered ezetimibe; b) comparing the amount of EZE and/or EZE-Gluc in the plasma sample and/or urine sample to a control; and c) identifying the human subject as having a hepatic disorder if the amount of EZE and/or EZE-Gluc in the plasma sample and/or urine sample is elevated relative to the control.
A reverse crankshaft motor comprising: a) a motor having a first axle, said first axle aligned along a central axis of the reverse crankshaft motor; b) a crankshaft structure connected to said motor by said first axle, said crankshaft structure comprising a first frame, a second frame and a third axle arranged between said first and second frames (11a, 11b) and connected thereto, wherein said third axle has an axis that is parallel with said central axis and wherein said third axle further has an adjustable radial distance from said central axis; and c) an amplituder having a proximal end and a distal end, wherein the proximal end is affixed perpendicularly to said third axle. a) a motor having a first axle, said first axle aligned along a central axis of the reverse crankshaft motor; b) a crankshaft structure connected to said motor by said first axle, said crankshaft structure comprising a first frame, a second frame and a third axle arranged between said first and second frames (11a, 11b) and connected thereto, wherein said third axle has an axis that is parallel with said central axis and wherein said third axle further has an adjustable radial distance from said central axis; and c) an amplituder having a proximal end and a distal end, wherein the proximal end is affixed perpendicularly to said third axle.
A beverage production machine comprising at least one hydraulic circuit having at least one water dispensing terminal, and a plurality of cups (2a, 2b) of different types, in each of which a corresponding type of capsule containing a substance for preparing a beverage can be positioned, each cup (2a, 2b) differing at least in an internal dimensional and/or geometric characteristic adapted to receive the corresponding type of capsule, characterised in that it has at least one drawer which is introducible into a compartment of an outer delimiting wall of the machine, said compartment having horizontal linear sliding guides for said drawer, said drawer having a front wall directly activatable manually for inserting said drawer into said compartment and a rear body for supporting the cup (2a, 2b), said drawer, in the position of being introduced into the compartment, disposing said cup (2a, 2b) in a position aligned with said water dispensing terminal, in that each cup (2a, 2b) has at least one exterior formation having a dimensional and/or geometric characteristic in common with the other types of cup, said exterior formation being engageable with said rear body for supporting the cup (2a, 2b), in that said formation comprises an outer perimetrical flange (7a, 7b) of said cup (2a, 2b), in that said rear body has a supporting wall for said perimetrical flange (7a, 7b) of the cup (2a, 2b), in that said flange (7a, 7b) has a flat lower surface (14, 14b) for resting on said supporting wall, in that said different types of cups (2a, 2b) all have the same separation distance between said flat lower surface (14a, 14b) of the flange (7a, 7b) and a flat upper surface (8a, 8b) of the flange (7a, 7b) so that for different types of cups (2a, 2b) the flat upper surface (8a, 8b) of the flange (7 a, 7b) always remains at the same height above the rear body of the drawer and is guided by the linear guides during the movement of the drawer.
A UV containment envelope (14, 50), said envelope being flexible and collapsible and having an inner surface defining an inner volume for receiving an object to be disinfected, said inner surface having a UV-light reflectivity of at least 50%, wherein the envelope (14, 50) comprises a main body portion and an arm portion cantilevered from the main body portion, wherein the main portion and arm portion define said inner volume, wherein the arm portion comprises a lower surface having an opening for receiving a UV source.
Method for operating a parking assistance system of a motor vehicle, comprising the steps of: - making a parking space search journey by means of the parking assistance system by performing longitudinal guidance and lateral guidance of the motor vehicle by means of the parking assistance system while taking account of at least one property of a capture device of the motor vehicle, which is designed to capture a vehicle environment; - capturing the vehicle environment during the parking space search journey by means of the capture device; - surveying parking spaces by means of the parking assistance system on the basis of the captured vehicle environment; - taking the surveyed parking spaces as a basis for ascertaining whether a parking space suitable for the motor vehicle has been detected; characterized in that the longitudinal guidance and lateral guidance of the motor vehicle are performed on the basis of a capture region of the capture device. - making a parking space search journey by means of the parking assistance system by performing longitudinal guidance and lateral guidance of the motor vehicle by means of the parking assistance system while taking account of at least one property of a capture device of the motor vehicle, which is designed to capture a vehicle environment; - capturing the vehicle environment during the parking space search journey by means of the capture device; - surveying parking spaces by means of the parking assistance system on the basis of the captured vehicle environment; - taking the surveyed parking spaces as a basis for ascertaining whether a parking space suitable for the motor vehicle has been detected;
Method of reconfiguration of an information processing unit of a radio terminal by a change of communication standard or by a change of coding/decoding, said terminal being designed to receive information from a communication or broadcasting system (2,3), the method comprising the following steps: - booting a phase of reconfiguration of the information processing unit; and - sending, from the terminal to the communication or broadcasting system, an item of information signalling the booting of the phase of reconfiguration of the information processing unit, in which the reconfiguration of the information processing unit of the terminal relates to a change of communication mode from a first communication mode to a second communication mode, in which, following the sending of the item of information signalling the booting of the phase of reconfiguration of said information processing unit, the method furthermore comprises a reception of information from the communication or broadcasting system (2,3), some at least of said information being processed, before transmission, to take account of the booting of the phase of reconfiguration of said information processing unit. - booting a phase of reconfiguration of the information processing unit; and - sending, from the terminal to the communication or broadcasting system, an item of information signalling the booting of the phase of reconfiguration of the information processing unit,
A mechanical seal arrangement comprising: - a mechanical seal comprising a rotating slide ring and a stationary slide ring defining a seal gap therebetween, - a one-piece, ring-shaped slide ring carrier which holds the stationary slide ring - a one-piece, ring-shaped cover, which is arranged on the slide ring carrier and - a one-piece first retaining ring, which is detachably arranged on the slide ring carrier, - wherein the stationary slide ring is clamped between the first retaining ring and the slide ring carrier, - wherein the mechanical slide carrier is connected to the cover by means of at least one elastic biasing element such that the slide ring carrier can perform movements in the axial direction of the mechanical seal arrangement together with the stationary slide ring and characterized in that - a one-piece, ring-shaped housing, is detachably fixed to the cover by means of a fixing device and - that a maximum outside diameter of the cover is smaller than a minimum inside diameter of the housing. - a mechanical seal comprising a rotating slide ring and a stationary slide ring defining a seal gap therebetween, - a one-piece, ring-shaped slide ring carrier which holds the stationary slide ring - a one-piece, ring-shaped cover, which is arranged on the slide ring carrier and - a one-piece first retaining ring, which is detachably arranged on the slide ring carrier, - wherein the stationary slide ring is clamped between the first retaining ring and the slide ring carrier, - wherein the mechanical slide carrier is connected to the cover by means of at least one elastic biasing element such that the slide ring carrier can perform movements in the axial direction of the mechanical seal arrangement together with the stationary slide ring and - a one-piece, ring-shaped housing, is detachably fixed to the cover by means of a fixing device and - that a maximum outside diameter of the cover is smaller than a minimum inside diameter of the housing.
Computer-implemented method for dynamically setting controller limit values (RGW1, RGW2) for at least one welding parameter of a controller of a welding control, having the steps of: receiving a first numerical value and a second numerical value of a quality criterion for a weld, a value range formed by the first numerical value and the second numerical value forming a tolerance range for the quality criterion for the weld; characterized by the following steps: calculating a first controller limit value of the at least one welding parameter by way of an optimization algorithm by using the first numerical value of the quality criterion for the weld; calculating a second controller limit value of the at least one welding parameter by way of the optimization algorithm by using the second numerical value of the quality criterion for the weld, a value range formed by the first controller limit value of the at least one welding parameter and the second controller limit value of the at least one welding parameter forming an admissible control range for the controller; and providing the calculated first controller limit value and the calculated second controller limit value of the at least one welding parameter to the controller of the welding control. receiving a first numerical value and a second numerical value of a quality criterion for a weld, a value range formed by the first numerical value and the second numerical value forming a tolerance range for the quality criterion for the weld; characterized by the following steps: calculating a first controller limit value of the at least one welding parameter by way of an optimization algorithm by using the first numerical value of the quality criterion for the weld; calculating a second controller limit value of the at least one welding parameter by way of the optimization algorithm by using the second numerical value of the quality criterion for the weld, a value range formed by the first controller limit value of the at least one welding parameter and the second controller limit value of the at least one welding parameter forming an admissible control range for the controller; and providing the calculated first controller limit value and the calculated second controller limit value of the at least one welding parameter to the controller of the welding control. calculating a first controller limit value of the at least one welding parameter by way of an optimization algorithm by using the first numerical value of the quality criterion for the weld; calculating a second controller limit value of the at least one welding parameter by way of the optimization algorithm by using the second numerical value of the quality criterion for the weld, a value range formed by the first controller limit value of the at least one welding parameter and the second controller limit value of the at least one welding parameter forming an admissible control range for the controller; and providing the calculated first controller limit value and the calculated second controller limit value of the at least one welding parameter to the controller of the welding control.
An arrangement for a transport vehicle comprising a plurality of locking devices, each locking device being mounted on a leaf movable between an open position and a closed position, each locking device able to be switched over by means of an actuating tool between an unlocked state, allowing opening of the leaf, and a locked state, preventing opening of the leaf, the arrangement comprising in addition: - a power supply system comprising a secondary power supply line for supplying power to each locking device, and - a control system adapted to switch the secondary line between a supply configuration, in which the secondary line supplies electrical power to each locking device, and a blocking configuration, in which the secondary line does not supply electrical power to the locking devices, each locking device being configured to be locked in a locked state in the absence of a power supply. the arrangement comprising in addition: - a power supply system comprising a secondary power supply line for supplying power to each locking device, and - a control system adapted to switch the secondary line between a supply configuration, in which the secondary line supplies electrical power to each locking device, and a blocking configuration, in which the secondary line does not supply electrical power to the locking devices, - a power supply system comprising a secondary power supply line for supplying power to each locking device, and - a control system adapted to switch the secondary line between a supply configuration, in which the secondary line supplies electrical power to each locking device, and a blocking configuration, in which the secondary line does not supply electrical power to the locking devices, each locking device being configured to be locked in a locked state in the absence of a power supply.