mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for analyzing corneal data comprising: an input unit configured to receive corneal data of the right eye and corneal data of the left eye of a patient, said corneal data comprising at least one of elevation corneal data, topographic corneal data, tomographic corneal data, anterior corneal data, posterior corneal data and pachymetric spatial profile data; a combining unit configured to receive the corneal data of the right eye and the corneal data of the left eye for generating combined data for the patient, an analysis unit configured to receive the combined data for determining plural combined indices, wherein the analysis unit is configured to use said plural combined indices for diagnosis of corneal diseases by using control data derived from a population group. an input unit configured to receive corneal data of the right eye and corneal data of the left eye of a patient, said corneal data comprising at least one of elevation corneal data, topographic corneal data, tomographic corneal data, anterior corneal data, posterior corneal data and pachymetric spatial profile data; a combining unit configured to receive the corneal data of the right eye and the corneal data of the left eye for generating combined data for the patient, an analysis unit configured to receive the combined data for determining plural combined indices, wherein the analysis unit is configured to use said plural combined indices for diagnosis of corneal diseases by using control data derived from a population group.
A fuse holder comprising two housing elements (4, 5) which, once assembled, make it possible to accommodate at least one fuse, wherein one housing element of the two housing elements (4, 5) comprises a cap extending longitudinally in a direction of assembly of the two housing elements (4, 5) with each other, characterized in that it comprises - locking means a part of which is situated on one housing element of the housing elements (4, 5) and another part of which is situated on the other housing element of the housing elements (4, 5) to retain the housing elements (4, 5) assembled together and to form a tube closed at each of its ends by a wall comprising a passage for a cable portion, and - a seal disposed on the cap essentially in a plane perpendicular to the assembly direction and covered by the other housing element when the two housing elements (4, 5) are locked together, wherein one housing element of the two housing elements (4, 5) essentially consists of the cap and comprises a rim molded in one piece with the cap extending on the one hand all around the cap and on the other hand in the direction of assembly of the two housing elements (4, 5) with each other, characterized in that the fuse holder comprises means for retaining the seal mobile between an open position and a closed position in which the seal is retained on the housing element on which it is mounted when the housing elements (4, 5) are not assembled together, and in that the means for retaining the seal are in one piece with a support in which at least one fuse is accommodated. - locking means a part of which is situated on one housing element of the housing elements (4, 5) and another part of which is situated on the other housing element of the housing elements (4, 5) to retain the housing elements (4, 5) assembled together and to form a tube closed at each of its ends by a wall comprising a passage for a cable portion, and - a seal disposed on the cap essentially in a plane perpendicular to the assembly direction and covered by the other housing element when the two housing elements (4, 5) are locked together, wherein one housing element of the two housing elements (4, 5) essentially consists of the cap and
An exoskeleton system comprising: a trunk for coupling to a person; leg supports (101, 102) for coupling to lower limbs (143, 144) of the person; and a plurality of sensors (160, 161) designed to sense forces on the leg supports (101, 102) that are indicative of a stance; characterized by: powered joints (125, 126) adapted to provide relative angular movement between the leg supports (101, 102) and the trunk; and a controller for receiving sensed signals (219, 220) from the plurality of sensors (160, 161), said sensed signals (219, 220) indicating the stance, and said controller controlling actuation of at least one of the powered joints (125, 126) to perform an action based on the indicated stance. a trunk for coupling to a person; leg supports (101, 102) for coupling to lower limbs (143, 144) of the person; and a plurality of sensors (160, 161) designed to sense forces on the leg supports (101, 102) that are indicative of a stance; characterized by: powered joints (125, 126) adapted to provide relative angular movement between the leg supports (101, 102) and the trunk; and a controller for receiving sensed signals (219, 220) from the plurality of sensors (160, 161), said sensed signals (219, 220) indicating the stance, and said controller controlling actuation of at least one of the powered joints (125, 126) to perform an action based on the indicated stance. powered joints (125, 126) adapted to provide relative angular movement between the leg supports (101, 102) and the trunk; and a controller for receiving sensed signals (219, 220) from the plurality of sensors (160, 161), said sensed signals (219, 220) indicating the stance, and said controller controlling actuation of at least one of the powered joints (125, 126) to perform an action based on the indicated stance.
Device for making the strings of a stringed instrument vibrate, comprising: - a plectrum comprising a first main surface and comprising a second main surface opposite the first main surface, - a plectrum holder having engagement means that are able to receive a finger of a user, and having a plate with a receiving surface, - means for retaining the plectrum, via its second main surface, on the receiving surface by magnetization, characterized in that the means for retaining by magnetization comprise: - at least two first permanent magnets (7a, 7b) secured to the plate, said at least two first permanent magnets (7a, 7b) each having their magnetic pole with one and the same, first polarity oriented towards the receiving surface, - at least two second permanent magnets (8a, 8b) secured to the plectrum, said at least two second permanent magnets (8a, 8b) each having their magnetic pole with one and the same, second polarity oriented towards the second main surface, the second polarity being the reverse of the first polarity, such that said at least two second permanent magnets (8a, 8b) secured to the plectrum can be respectively attracted by said at least two first permanent magnets (7a, 7b) secured to the plate. - a plectrum comprising a first main surface and comprising a second main surface opposite the first main surface, - a plectrum holder having engagement means that are able to receive a finger of a user, and having a plate with a receiving surface, - means for retaining the plectrum, via its second main surface, on the receiving surface by magnetization, - at least two first permanent magnets (7a, 7b) secured to the plate, said at least two first permanent magnets (7a, 7b) each having their magnetic pole with one and the same, first polarity oriented towards the receiving surface, - at least two second permanent magnets (8a, 8b) secured to the plectrum, said at least two second permanent magnets (8a, 8b) each having their magnetic pole with one and the same, second polarity oriented towards the second main surface, the second polarity being the reverse of the first polarity, such that said at least two second permanent magnets (8a, 8b) secured to the plectrum can be respectively attracted by said at least two first permanent magnets (7a, 7b) secured to the plate.
A compound represented by formula or a pharmaceutically acceptable salt thereof, wherein, T 1 is selected from CH and N; L is selected from a single bond and -CH 2 -; m is selected from 0, 1, 2, 3 and 4; each of n and q is independently selected from 1 and 2; R 1 is selected from H, F, Cl, Br and I; R 2 is selected from H, D, F, Cl, Br and I; R 3 is selected from H, F, Cl, Br, I, CN and C 1-3 alkyl, and the C 1-3 alkyl is optionally substituted by 1, 2 or 3 R a; each of R 4 is independently selected from H, F, Cl, Br, I, C 1-3 alkyl and C 1-3 alkoxy, and the C 1-3 alkyl and C 1-3 alkoxy are optionally substituted by 1, 2 or 3 R b; R 5 is selected from H and C 1-3 alkyl, and the C 1-3 alkyl is optionally substituted by 1, 2 or 3 R c; each of R a, R b and R c is independently selected from H, D, F, Cl, Br and I. T 1 is selected from CH and N; L is selected from a single bond and -CH 2 -; m is selected from 0, 1, 2, 3 and 4; each of n and q is independently selected from 1 and 2; R 1 is selected from H, F, Cl, Br and I; R 2 is selected from H, D, F, Cl, Br and I; R 3 is selected from H, F, Cl, Br, I, CN and C 1-3 alkyl, and the C 1-3 alkyl is optionally substituted by 1, 2 or 3 R a; each of R 4 is independently selected from H, F, Cl, Br, I, C 1-3 alkyl and C 1-3 alkoxy, and the C 1-3 alkyl and C 1-3 alkoxy are optionally substituted by 1, 2 or 3 R b; R 5 is selected from H and C 1-3 alkyl, and the C 1-3 alkyl is optionally substituted by 1, 2 or 3 R c; each of R a, R b and R c is independently selected from H, D, F, Cl, Br and I.
A method for controlling a wind turbine generator, comprising comparing an output power reference value and an actual output power value in a first control block with a first controller having a first control dynamics, comparing the output from the first control block with an actual generator shaft power value in a second control block with a second controller having a second control dynamics, to determine a generator control signal, characterized in that the output power reference value is fed-forward and summed with the output of the first controller in the first control block.
Seat for a means of transport comprising a seat structure in the form of a base frame, a seat surface, a backrest and an adjustable leg support and/or foot support arranged in the region in front of the seat surface, which leg support and/or foot support is configured to be divided in the longitudinal direction, wherein the two parts are configured to be adjustable separately, characterized in that the leg support and/or foot support is pivotably articulated in the front region of the seat structure, without having to be kinematically coupled to the seat surface so that seat surface and leg support and/or foot support can be adjusted independently of one another.
Valve for metering a fluid, in particular a fuel injection valve for internal combustion engines, having an electromagnetic actuator which has an armature which is arranged in an armature chamber, and having a valve needle which is able to be actuated by the actuator by means of the armature, wherein the armature is guided on the valve needle, wherein, on the valve needle, there are arranged a first stop element, which interacts with a first end face of the armature during operation, and a second stop element, which interacts with a second end face of the armature during operation, said stop elements limiting a movement of the armature relative to the valve needle, and wherein the armature has a spring receptacle which is open towards the first end face of the armature and into which there is inserted a spring which is supported against the stop element, wherein the armature has at least one fluid channel which, during operation, allows fluid to pass between a first region, adjoining the first end face of the armature, of the armature chamber and a second region, adjoining the second end face of the armature, of the armature chamber, wherein the fluid channel at least partially incorporates the spring receptacle, and wherein the fluid channel at least sectionally extends radially outwards along a direction which is oriented from the first end face to the second face side and which is coaxial with respect to a longitudinal axis, wherein the fluid channel has at least one oblique bore which extends at least radially outwards along the coaxial direction, characterized in that the oblique bore intersects the spring receptacle, wherein the oblique bore intersects the spring receptacle over an entire length of the spring receptacle along the longitudinal axis, wherein a point at which the oblique bore is spaced radially apart furthest from the longitudinal axis at the first end face is still situated outside the spring receptacle. wherein the armature has at least one fluid channel which, during operation, allows fluid to pass between a first region, adjoining the first end face of the armature, of the armature chamber and a second region, adjoining the second end face of the armature, of the armature chamber, wherein the fluid channel at least partially incorporates the spring receptacle, and wherein the fluid channel at least sectionally extends radially outwards along a direction which is oriented from the first end face to the second face side and which is coaxial with respect to a longitudinal axis, wherein the fluid channel has at least one oblique bore which extends at least radially outwards along the coaxial direction, characterized in that the oblique bore intersects the spring receptacle, wherein the oblique bore intersects the spring receptacle over an entire length of the spring receptacle along the longitudinal axis, wherein a point at which the oblique bore is spaced radially apart furthest from the longitudinal axis at the first end face is still situated outside the spring receptacle.
Device with a receiving container for storing a product which consists of a first, liquid component and at least one second component, wherein there is arranged inside the receiving container, at a distance from a base, a tubular conducting element which is oriented with its longitudinal axis having a vertical component and in the region of which a conveying apparatus for the product is positioned, and in which at least one feed line for at least one component of the product opens into the conducting element, characterised in that there opens into the conducting element a feed line which is fixed in position in the region of a wall of the receiving container and which holds and positions said conducting element.
A wireless communication method, comprising: determining, by a wireless terminal, a tracking area code, TAC, from a geographic position of the wireless terminal; and determining, by the wireless terminal, a tracking area identity, TAI, of the wireless terminal based on the tracking area code and an indicator received from a network-side device, the indicator indicating that the network-side device is a non-terrestrial network, NTN, to which the tracking area code based on the geographic position of the wireless terminal is applied. determining, by a wireless terminal, a tracking area code, TAC, from a geographic position of the wireless terminal; and determining, by the wireless terminal, a tracking area identity, TAI, of the wireless terminal based on the tracking area code and an indicator received from a network-side device, the indicator indicating that the network-side device is a non-terrestrial network, NTN, to which the tracking area code based on the geographic position of the wireless terminal is applied.
A method for determining communication parameters comprising a time and frequency hopping pattern for a mobile communication device comprising a first radio module communicating with a communication device in compliance with a first protocol, a second radio module communicating with a communication device in compliance with a second protocol, and a radio manager, the method comprising: - receiving, in the radio manager, communication parameters from the first radio module; - receiving, in the radio manager, communication parameters from the second radio module; - determining a minimum time slot (Tmin) and a minimum frequency band (Fmin) based on the received communication parameters, - deriving, in the radio manager, communication parameters for a communication requested from the at least one of the radio modules based on the communication parameters of the radio module requesting communication and the determined minimum time slot (Tmin) and the minimum frequency band (Fmin), and - forwarding, by the radio manager, the derived communication parameters to the radio module requesting communication. - receiving, in the radio manager, communication parameters from the first radio module; - receiving, in the radio manager, communication parameters from the second radio module; - determining a minimum time slot (Tmin) and a minimum frequency band (Fmin) based on the received communication parameters, - deriving, in the radio manager, communication parameters for a communication requested from the at least one of the radio modules based on the communication parameters of the radio module requesting communication and the determined minimum time slot (Tmin) and the minimum frequency band (Fmin), and - forwarding, by the radio manager, the derived communication parameters to the radio module requesting communication.
A computer-implemented method of controlling creation of a printed document by operating a printer wherein the printer is separate from a print finishing device, the method including the steps of: retrieving print information for generating a print job, said print information specifying characteristics of a document to be printed; retrieving at least one attribute of the print finishing device, said attribute defining an imposition constraint imposed on the print job for printing said document, when, after printing in the printer, the printed document is processed in said print finishing device, the imposition constraints relating to at least one of a gutter size, a side trim, a total image size, a total size of an input sheet, a location of one or more slits, cuts, perforations, or creases, and an amount of UPs printed on one sheet of a printed media, wherein retrieving said at least one attribute of the print finishing device includes: a user defining a desired configuration of the print finishing device; establishing a communication link to said print finishing device, sending said configuration to the print finishing device, and prompting the print finishing device to transmit the at least one attribute defining the imposition constraint imposed on the print job and corresponding to said configuration; and generating the print job based on said print information and said constraint and sending the print job to the printer, retrieving print information for generating a print job, said print information specifying characteristics of a document to be printed; retrieving at least one attribute of the print finishing device, said attribute defining an imposition constraint imposed on the print job for printing said document, when, after printing in the printer, the printed document is processed in said print finishing device, the imposition constraints relating to at least one of a gutter size, a side trim, a total image size, a total size of an input sheet, a location of one or more slits, cuts, perforations, or creases, and an amount of UPs printed on one sheet of a printed media, wherein retrieving said at least one attribute of the print finishing device includes: a user defining a desired configuration of the print finishing device; establishing a communication link to said print finishing device, sending said configuration to the print finishing device, and prompting the print finishing device to transmit the at least one attribute defining the imposition constraint imposed on the print job and corresponding to said configuration; and a user defining a desired configuration of the print finishing device; establishing a communication link to said print finishing device, sending said configuration to the print finishing device, and prompting the print finishing device to transmit the at least one attribute defining the imposition constraint imposed on the print job and corresponding to said configuration; and generating the print job based on said print information and said constraint and sending the print job to the printer,
A method of managing a user key for a broadcast encryption, the method comprising: assigning node path identifiers, Ids, to nodes which are arranged in sequence, a node path identifier ID being used to identify each user corresponding to each node; assigning random seed value keys to the nodes according to the node path IDs; generating key values by repeatedly applying a hash function to the assigned random seed value keys; and assigning (S304; S305) the generated key values to the nodes in sequence. assigning node path identifiers, Ids, to nodes which are arranged in sequence, a node path identifier ID being used to identify each user corresponding to each node; assigning random seed value keys to the nodes according to the node path IDs; generating key values by repeatedly applying a hash function to the assigned random seed value keys; and assigning (S304; S305) the generated key values to the nodes in sequence.
Method for producing a coloured individualised hologram in which light of a plurality of different wavelengths is generated, the light is spatially modulated, colour by colour, in an individual manner, the modulated light is optically guided in such a manner that the light is at least partially refracted and/or reflected on a holographic master and superposed with the modulated non-refracted and/or non-reflected light within a holographic recording material such that an interference pattern representing the multi-coloured individualised hologram is formed and the multi-coloured individualised hologram is recorded, characterised in that, the light is modulated wavelength by wavelength and at the same time by means of a plurality of spatial light modulators, with each of the plurality of wavelengths of the light being associated with a dedicated spatial light modulator which individually modulates a monochrome light beam (6'-8') of the corresponding wavelength, and the plurality of monochrome modulated light beams (6"-8") of the plurality of wavelengths being combined in a collinear manner, prior to refraction and/or reflection on the holographic master and the superposition in the holographic recording material, to give a multicolour exposure light beam that is individually modulated wavelength by wavelength, with the spatial light modulators being disposed relative to one another and the beams being combined in such a manner that exactly one of the plurality of wavelengths is associated with every pixel of the individualised hologram.