mhurhangee/ep-ind-claims huggingface dataset:
An image pickup apparatus comprising: an image sensor configured to output an image signal by taking an object image; a driver (3, 4) configured to drive the image sensor so as to take the object image through interlace scanning or progressive scanning; and a controller (5, 13, 14) configured to control the driver (3, 4) to drive the image sensor by the interlace scanning in shooting and recording a still image during waiting to shoot and record a motion image or during shooting and recording of the motion image, and to drive the image sensor by the progressive scanning in shooting and recording the still image without shooting or recording the motion image; characterised by: a still image signal processor configured to output a still image by interpolating a scan line in the image signal that is obtained by the interlace scanning of the image sensor in shooting and recording a still image during waiting to shoot and record a motion image or during shooting and recording of the motion image, and to output a still image based on the image signal that is obtained through the progressive scanning of the image sensor in shooting and recording the still image without shooting or recording the motion image. an image sensor configured to output an image signal by taking an object image; a driver (3, 4) configured to drive the image sensor so as to take the object image through interlace scanning or progressive scanning; and a controller (5, 13, 14) configured to control the driver (3, 4) to drive the image sensor by the interlace scanning in shooting and recording a still image during waiting to shoot and record a motion image or during shooting and recording of the motion image, and to drive the image sensor by the progressive scanning in shooting and recording the still image without shooting or recording the motion image; characterised by: a still image signal processor configured to output a still image by interpolating a scan line in the image signal that is obtained by the interlace scanning of the image sensor in shooting and recording a still image during waiting to shoot and record a motion image or during shooting and recording of the motion image, and to output a still image based on the image signal that is obtained through the progressive scanning of the image sensor in shooting and recording the still image without shooting or recording the motion image. a still image signal processor configured to output a still image by interpolating a scan line in the image signal that is obtained by the interlace scanning of the image sensor in shooting and recording a still image during waiting to shoot and record a motion image or during shooting and recording of the motion image, and to output a still image based on the image signal that is obtained through the progressive scanning of the image sensor in shooting and recording the still image without shooting or recording the motion image.
A method for enabling a software application to be executed on a mobile station in dependence of a subscriber identity module of the mobile station, the method comprising: inputting first challenge data originating from the software application to the subscriber identity module, wherein a plurality of challenge data and corresponding response data are preconfigured in the software application, the first challenge data being from the plurality of challenge data; generating first response data in the subscriber identity module, wherein the subscriber identity module is configured to perform a first security function and wherein the first response data is generated using the first security function using a) data which is uniquely associated with the subscriber identity module and b) the first challenge data; verifying if the first response data corresponds with the preconfigured response data corresponding to the first challenge data in the software application to obtain a verification result; and enabling the software application to be further executed in dependence of the verification result. inputting first challenge data originating from the software application to the subscriber identity module, wherein a plurality of challenge data and corresponding response data are preconfigured in the software application, the first challenge data being from the plurality of challenge data; generating first response data in the subscriber identity module, wherein the subscriber identity module is configured to perform a first security function and wherein the first response data is generated using the first security function using a) data which is uniquely associated with the subscriber identity module and b) the first challenge data; verifying if the first response data corresponds with the preconfigured response data corresponding to the first challenge data in the software application to obtain a verification result; and enabling the software application to be further executed in dependence of the verification result.
A HPTPβ-ECD binding agent for use in preventing a disease in an eye of a subject, wherein the HPTPβ-ECD binding agent is a monoclonal antibody produced by hybridoma cell line ATCC No. PTA-7580 or a humanized form thereof, wherein the disease is prevented by reduction in neovascularization and the disease is selected from proliferative retinopathy and age-related macular degeneration.
A residue salt pile comprising a covering, wherein the covering has the result of a reduced accumulation of pile waste water caused by precipitation, wherein the covering comprises a mixture of residue salt and 1 to 10 wt.% of a mineral additive that is difficult to dissolve up to insoluble and that has exclusively hydraulically and/or puzzolanically setting properties as an ash from the incineration of brown coal and gypsum, wherein the covering forms an infiltration inhibiting layer that is able to regenerate itself over and over again over time, wherein the infiltration inhibiting layer has a growth of approximately 0.8 to 1 cm per year, and wherein the covering has a thickness of approximately 10 m.
A bushing assembly comprising: an inner sleeve; an outer sleeve; an elastomer disposed between the inner sleeve and the outer sleeve; and a bar pin including a first end, a second end, and a central portion between the first end and the second end, the central portion extending along a longitudinal axis and having a cruciform cross-section perpendicular to the longitudinal axis, the bar pin further including a first intermediate portion between the central portion and the first end, the first intermediate portion having an uninterrupted circular cross-section perpendicular to the longitudinal axis, wherein the inner sleeve circumscribes the central portion of the bar pin. an inner sleeve; an outer sleeve; an elastomer disposed between the inner sleeve and the outer sleeve; and a bar pin including a first end, a second end, and a central portion between the first end and the second end, the central portion extending along a longitudinal axis and having a cruciform cross-section perpendicular to the longitudinal axis, the bar pin further including a first intermediate portion between the central portion and the first end, the first intermediate portion having an uninterrupted circular cross-section perpendicular to the longitudinal axis, wherein the inner sleeve circumscribes the central portion of the bar pin.
A power amplifier device (201; 401) comprising: a first power amplifier (204; 416) configured to generate a first output power at a frequency based on an envelope tracking mode of operation; and a second power amplifier (206; 418) configured to generate a second output power at the frequency based on a non-envelope tracking mode of operation; a switching component (302; 402), selectively coupled to the first power amplifier (204; 416) and the second power amplifier (206; 418), configured to couple one or more input signals to the first power amplifier (204; 416) or the second power amplifier (206; 418) based on a set of predetermined criteria, the predetermined criteria defining a threshold condition related to characteristics of the one or more input signals; wherein the first power amplifier (204; 416) and the second power amplifier (206; 418) are selectively activated at a same frequency based on the set of predetermined criteria. a first power amplifier (204; 416) configured to generate a first output power at a frequency based on an envelope tracking mode of operation; and a second power amplifier (206; 418) configured to generate a second output power at the frequency based on a non-envelope tracking mode of operation;
A method for operating a means of transport which is equipped with a transport device for transporting an object, comprising the steps of: i) arranging an object in an arrangement region of the transport device; ii) contactless measuring of the object with a distance measuring device; iii) determining a safety zone at the means of transport in dependance of the measurement according to step ii); wherein during the measurement in step ii), a scanning area divided into a plurality of segments (40a-f) is detected with the distance measuring device, wherein a "free" or "occupied" state is determined for each of the segments (40a-f), and wherein for a segment for which the "occupied" state has been determined, a projection is determined which this segment has relative to the means of transport, wherein the projection is added to an original safety zone in step iii). i) arranging an object in an arrangement region of the transport device; ii) contactless measuring of the object with a distance measuring device; iii) determining a safety zone at the means of transport in dependance of the measurement according to step ii); wherein during the measurement in step ii), a scanning area divided into a plurality of segments (40a-f) is detected with the distance measuring device, wherein a "free" or "occupied" state is determined for each of the segments (40a-f), and wherein for a segment for which the "occupied" state has been determined, a projection is determined which this segment has relative to the means of transport, wherein the projection is added to an original safety zone in step iii).
A method of over-the-air beamforming calibration for a multi-antenna transceiver having a first plurality of antenna elements connected to respective transceiver chains, wherein beamforming calibration comprises determining respective beamforming calibration factors for the transceiver chains of the antenna elements of the first plurality, the method comprising: determining a second plurality of measurement resources for calibration sounding, wherein the second plurality is smaller than the first plurality; for each measurement resource of the second plurality, selecting one or more antenna elements of the first plurality for sounding signal transmission, wherein each antenna element of the first plurality is selected for one or more of the measurement resources of the second plurality; and using each measurement resource of the second plurality, overlappingly transmitting respective sounding signals by the selected one or more antenna elements, characterized in that - when two or more antenna elements are selected for overlapping sounding signal transmission using a measurement resource - the selection comprises selecting antenna elements having a mutual coupling that exceeds a mutual coupling threshold. determining a second plurality of measurement resources for calibration sounding, wherein the second plurality is smaller than the first plurality; for each measurement resource of the second plurality, selecting one or more antenna elements of the first plurality for sounding signal transmission, wherein each antenna element of the first plurality is selected for one or more of the measurement resources of the second plurality; and using each measurement resource of the second plurality, overlappingly transmitting respective sounding signals by the selected one or more antenna elements, characterized in that - when two or more antenna elements are selected for overlapping sounding signal transmission using a measurement resource - the selection comprises selecting antenna elements having a mutual coupling that exceeds a mutual coupling threshold.
A urinary catheter assembly comprising a urinary catheter having a hydrophilic surface coating, and a package accommodating said urinary catheter, wherein the package is formed of two sheets of foil material, a first foil of which has been deep drawn into a trough shape and a second foil which is essentially planar, the first and second foils being connected around the edges to form an inner cavity housing the urinary catheter and a wetting fluid for activation of the hydrophilic surface coating, the package further comprising a resealable opening arranged within the bounds of the second foil, characterized in that the resealable opening in the second foil comprises a perforation line extending along a non-closed loop in said said foil, said perforation line defining a flap opening, and a third sheet connected by means of an adhesive over said flap opening, wherein said third sheet with a margin covers the entire flap opening.
Combination therapeutic agent in the form of a pharmaceutical composition for use in the topical treatment of nasal rhinitis for purposes of reducing the systemic absorption of imidazoline-based alpha-sympathomimetic substances, wherein the pharmaceutical composition contains respectively in combination and in pharmaceutically effective amounts (a) pantothenol (dexpanthenol) or its physiologically acceptable esters and/or pantothenic acid or its physiologically acceptable salts; and (b) at least one imidazoline-based alpha-sympathomimetic substance or its physiologically acceptable salts. (a) pantothenol (dexpanthenol) or its physiologically acceptable esters and/or pantothenic acid or its physiologically acceptable salts; and (b) at least one imidazoline-based alpha-sympathomimetic substance or its physiologically acceptable salts.
A computer-readable medium (130, 141, 152, 156, 181) having computer-executable instructions, which when executed perform a method for creating a cryptographically secured document, the method comprising: obtaining a parent document (505, 525), the parent document identifying an encrypted key related to creating child documents in a namespace of the parent document, the parent document further identifying a public key corresponding to the encrypted key; obtaining a private key from the encrypted key, comprising obtaining or creating a key usable to decrypt the encrypted key; characterized in that it further comprises the step of: creating (620, 640) a child document (510, 530) of the parent document in the namespace of the parent document, the child document identifying an encrypted field relating to an entity that is authorized to create documents in a namespace of the child document; and using (630, 650) the private key to create indicia that indicates that the child document was created by an entity having access to the private key, wherein the public key is usable to determine from the indicia that the child document was created by an entity having access to the private key, the private key being used to sign the child document by encrypting a hash of the child document with the private key, wherein the parent document identifies authorization data authorizing a set of one or more entities to create documents in the namespace of the parent document. obtaining a parent document (505, 525), the parent document identifying an encrypted key related to creating child documents in a namespace of the parent document, the parent document further identifying a public key corresponding to the encrypted key; obtaining a private key from the encrypted key, comprising obtaining or creating a key usable to decrypt the encrypted key; characterized in that it further comprises the step of: creating (620, 640) a child document (510, 530) of the parent document in the namespace of the parent document, the child document identifying an encrypted field relating to an entity that is authorized to create documents in a namespace of the child document; and using (630, 650) the private key to create indicia that indicates that the child document was created by an entity having access to the private key, wherein the public key is usable to determine from the indicia that the child document was created by an entity having access to the private key, the private key being used to sign the child document by encrypting a hash of the child document with the private key, wherein the parent document identifies authorization data authorizing a set of one or more entities to create documents in the namespace of the parent document.
A method for protecting, via internal network monitoring, a first network from an attack using credentials exposed from a second network, comprising: receiving an intelligence feed at a security device center within the first network, the intelligence feed including an exposed username and an exposed password associated with the exposed username; passively receiving an authentication request at the security device center, the authentication request including a requested username and a portion encrypted according to a requested password; attempting, by the security device center, to decrypt the portion with the exposed password; determining whether the portion was decrypted with the exposed password; based on determining that the portion was decrypted, determining whether the authentication request was granted access to the first network; based on determining that the authentication request was granted access to the first network, applying account-specific security procedures to the account associated with the requested username; and based on determining that the authentication request was not granted access to the first network, applying network-specific security procedures to secure the first network. receiving an intelligence feed at a security device center within the first network, the intelligence feed including an exposed username and an exposed password associated with the exposed username; passively receiving an authentication request at the security device center, the authentication request including a requested username and a portion encrypted according to a requested password; attempting, by the security device center, to decrypt the portion with the exposed password; determining whether the portion was decrypted with the exposed password; based on determining that the portion was decrypted, determining whether the authentication request was granted access to the first network; based on determining that the authentication request was granted access to the first network, applying account-specific security procedures to the account associated with the requested username; and based on determining that the authentication request was not granted access to the first network, applying network-specific security procedures to secure the first network.
A medical monitoring system (1; 101, 201) comprising: a medical parameter measuring unit (4, 6; 104, 106; 204, 206, 211) configured to measure a medical parameter of a subject over time, an identification unit configured to identify a user, wherein the user is a caregiver or a medical practitioner, a storing unit (8; 208) configured to store the measured medical parameter at a temporal resolution rate, and a medical monitoring system controller (10; 210) being coupled to the medical parameter measuring unit, the identification unit, and the storing unit, wherein the medical monitoring system controller (10; 210) is configured to control the medical monitoring system (1; 101, 201) to increase the temporal resolution rate of storing the measured medical parameter in the storing unit (8; 208) based on an event of the identification of the user. a medical parameter measuring unit (4, 6; 104, 106; 204, 206, 211) configured to measure a medical parameter of a subject over time, an identification unit configured to identify a user, wherein the user is a caregiver or a medical practitioner, a storing unit (8; 208) configured to store the measured medical parameter at a temporal resolution rate, and a medical monitoring system controller (10; 210) being coupled to the medical parameter measuring unit, the identification unit, and the storing unit, wherein the medical monitoring system controller (10; 210) is configured to control the medical monitoring system (1; 101, 201) to increase the temporal resolution rate of storing the measured medical parameter in the storing unit (8; 208) based on an event of the identification of the user.
A print head comprising: a connector having a first terminal, a second terminal, a third terminal, and a fourth terminal, a first integrated circuit, a circuit substrate on which the connector and the first integrated circuit are provided, and a first wiring substrate electrically coupled to the circuit substrate, the circuit substrate has first wiring, second wiring, third wiring, fourth wiring, fifth wiring, and sixth wiring, the first wiring (354-d) electrically couples the first terminal and the first integrated circuit to each other, the second wiring (354-a) electrically couples the second terminal and the first integrated circuit to each other, the third wiring (354-c) electrically couples the third terminal and the first integrated circuit to each other, the fourth wiring (354-b) electrically couples the fourth terminal and the first integrated circuit to each other, the fifth wiring (354-i) electrically couples the first terminal and the first wiring substrate to each other, and the sixth wiring (354f-354h) electrically couples the first integrated circuit and the first wiring substrate to each other. a connector having a first terminal, a second terminal, a third terminal, and a fourth terminal, a first integrated circuit, a circuit substrate on which the connector and the first integrated circuit are provided, and a first wiring substrate electrically coupled to the circuit substrate, the circuit substrate has first wiring, second wiring, third wiring, fourth wiring, fifth wiring, and sixth wiring, the first wiring (354-d) electrically couples the first terminal and the first integrated circuit to each other, the second wiring (354-a) electrically couples the second terminal and the first integrated circuit to each other, the third wiring (354-c) electrically couples the third terminal and the first integrated circuit to each other, the fourth wiring (354-b) electrically couples the fourth terminal and the first integrated circuit to each other, the fifth wiring (354-i) electrically couples the first terminal and the first wiring substrate to each other, and the sixth wiring (354f-354h) electrically couples the first integrated circuit and the first wiring substrate to each other.
Haymaking machine, in particular for swathing agricultural crop, with two front rotary rakes, viewed in the direction of travel, each of which is rotatably supported on a front lifting arm, and with at least one rear rotary rake, viewed in the direction of travel, wherein at least one of the front lifting arms is adjustable in length, wherein at one end of the front lifting arm the corresponding front rotary rake is supported and the other end of the front lifting arm is pivotably supported on a supporting frame of the haymaking machine, wherein the corresponding rotary rake can be driven via a multi-part drive train (154, 156, 158), and wherein the multi-part drive train (154, 156, 158) comprises a rigid intermediate shaft, characterized in that the multi-part drive train (154, 156, 158) is configured such that it comprises the intermediate shaft as part of a W-bend, and the intermediate shaft is held via a holder connected to a non-displaceable segment of the front lifting arm, so that a bend angle of the drive train (154, 156, 158) at the intermediate shaft is not affected by a length adjustment of the lifting arm.