mhurhangee/ep-ind-claims huggingface dataset:
A method of sending protected data from a sender unit to a receiver unit via an intermediate unit, the method comprising, at the intermediate unit: storing information associated with a certificate belonging to the receiver unit, and information associated with a certificate belonging to the intermediate unit, the certificate belonging to the intermediate unit being signed by the receiver unit; receiving a request from the sender unit to send protected data to the receiver unit; sending a response to the sender unit, the response including the information associated with the certificate belonging to the receiver unit; receiving from the sender unit data protected using the information associated with certificate belonging to the receiver unit for subsequent forwarding to the receiver unit. storing information associated with a certificate belonging to the receiver unit, and information associated with a certificate belonging to the intermediate unit, the certificate belonging to the intermediate unit being signed by the receiver unit; receiving a request from the sender unit to send protected data to the receiver unit; sending a response to the sender unit, the response including the information associated with the certificate belonging to the receiver unit; receiving from the sender unit data protected using the information associated with certificate belonging to the receiver unit for subsequent forwarding to the receiver unit.
A terminal comprising: a transmission unit configured to transmit a plurality of pieces of sidelink data based on a plurality of pieces of control information received in downlink; and a reception unit configured to receive a plurality of pieces of HARQ-ACK information for the plurality of pieces of sidelink data, wherein the transmission unit is configured to transmit the plurality of pieces of HARQ-ACK information in uplink by a same slot. a transmission unit configured to transmit a plurality of pieces of sidelink data based on a plurality of pieces of control information received in downlink; and a reception unit configured to receive a plurality of pieces of HARQ-ACK information for the plurality of pieces of sidelink data, wherein the transmission unit is configured to transmit the plurality of pieces of HARQ-ACK information in uplink by a same slot.
An optoelectronic apparatus for monitoring a monitored zone bound at least partly by marginal surfaces (3c, 3d), the optoelectronic apparatus comprising a housing having a front screen, an illumination unit having at least one light source (7a, 7b) for the transmission of light to the marginal surfaces (3c, 3d), an image sensor for the recording of image data of the marginal surfaces (3c, 3d) and an evaluation unit for the evaluation of the image data in order to recognize object intrusions in the monitored zone, characterized in that the front screen is formed as a transmission optics of the illumination unit in such a way that the light (21 a, 21 b) of the light sources (7a, 7b) is widened in the longitudinal direction to a line illumination and is homogenized in the transverse direction and the illumination unit is thereby configured in such a way that the image sensor receives sufficient light from the bounding marginal surfaces (3c, 3d) and in that the front screen has a first part region (16a, 16b) having a first boundary surface (17a, 17b) that is perpendicular to the optical axis of the image sensor (8, 9) and is arranged radially outwardly displaced with respect thereto, has a second part region having a second boundary surface that is arranged in parallel with the first part region (16a, 16b), but is not displaced radially outwardly, and has at least one connection region (18a, 18b) with at least two further boundary surfaces, the connection region standing inclined with respect to the first part regions (16a, 16b) and connecting the first part region (16a, 16b) and the second part region in such a way that a parallel shift of the transmitted light beam arises by an at least two-fold internal total reflection which parallel shift brings the transmitted beam axis closer to the monitoring beam axis and in this way reduces the monitoring angle.
A method for wireless communication, comprising: determining first and second component carriers, CCs, wherein one of the first and second CCs is configured for frequency division duplex, FDD, and the other one of the first and second CCs is configured for time division duplex, TDD, configured for a user equipment UE, the first and second CCs being associated with first and second downlink control information, DCI, control messages, respectively, having different definitions, wherein the second DCI control message includes a control information field not included in the first DCI control message; sending first control information for the first CC based on a definition of the second DCI control message for the second CC, wherein the first DCI control message is associated with a first set of control information fields and the second DCI control message is associated with a second set of control information fields, and wherein the first control information for the first CC is sent based on the second set of control information fields for the second DCI control message; wherein one of the first and second DCI control messages for the FDD CC is sent via a physical downlink control channel, PDCCH, on the TDD CC or wherein the other one of the first and second DCI control messages for the TDD CC is sent via the PDCCH on the FDD CC. determining first and second component carriers, CCs, wherein one of the first and second CCs is configured for frequency division duplex, FDD, and the other one of the first and second CCs is configured for time division duplex, TDD, configured for a user equipment UE, the first and second CCs being associated with first and second downlink control information, DCI, control messages, respectively, having different definitions, wherein the second DCI control message includes a control information field not included in the first DCI control message; sending first control information for the first CC based on a definition of the second DCI control message for the second CC, wherein the first DCI control message is associated with a first set of control information fields and the second DCI control message is associated with a second set of control information fields, and wherein the first control information for the first CC is sent based on the second set of control information fields for the second DCI control message; wherein one of the first and second DCI control messages for the FDD CC is sent via a physical downlink control channel, PDCCH, on the TDD CC or wherein the other one of the first and second DCI control messages for the TDD CC is sent via the PDCCH on the FDD CC.
A Spinacia oleracea spinach plant comprising in its genome an introgressed locus from Spinacia tetrandra that confers resistance to Peronospora farinosa f. sp. spinaciae, wherein the resistance comprises resistance to at least race 12, of Peronospora farinosa f. sp. spinaciae (Pfs), wherein the introgressed locus is defined as flanked in the Spinacia tetrandra genome by sequences at least 99% identical to SEQ ID NOs: 1 and 2, and wherein a representative sample of seed comprising said locus has been deposited under Accession No. PTA-120533 or Accession No. PTA-120534.
Gear pump - having at least two gearwheels (16A, 16B) which mesh in external engagement and bear with their flat sides against first and second housing covers (14A, 14B) of the gear pump, - having shaft journals (184, 180) which are connected fixedly at least to the drive gear wheel so as to rotate with it, and are rotationally mounted on both sides of the drive gear wheel in the first and second housing cover (2, 3; 14A, 14B), - having a drive pivot pin which is routed to the outside through the first housing cover (2; 14A), and - having a shaft seal which seals the drive pivot pin with respect to the housing cover (2; 14A) which is penetrated by it, which shaft seal prevents the escape of fluid to be pumped and is arranged in a gearwheel-side cut-out of the housing cover (2; 14A) on the inner side of the first housing cover (2; 14A) which is penetrated by the drive pivot pin, which inner side faces the pump gearwheels (16A, 16B), characterized in that the cut-out is provided with a pre-chamber which is arranged on the side which faces the pump space, as a result of which the shaft seal can be supplied with constantly replaced fluid to be pumped. - having at least two gearwheels (16A, 16B) which mesh in external engagement and bear with their flat sides against first and second housing covers (14A, 14B) of the gear pump, - having shaft journals (184, 180) which are connected fixedly at least to the drive gear wheel so as to rotate with it, and are rotationally mounted on both sides of the drive gear wheel in the first and second housing cover (2, 3; 14A, 14B), - having a drive pivot pin which is routed to the outside through the first housing cover (2; 14A), and - having a shaft seal which seals the drive pivot pin with respect to the housing cover (2; 14A) which is penetrated by it, which shaft seal prevents the escape of fluid to be pumped and is arranged in a gearwheel-side cut-out of the housing cover (2; 14A) on the inner side of the first housing cover (2; 14A) which is penetrated by the drive pivot pin, which inner side faces the pump gearwheels (16A, 16B), characterized in that the cut-out is provided with a pre-chamber which is arranged on the side which faces the pump space, as a result of which the shaft seal can be supplied with constantly replaced fluid to be pumped.
A medical image viewing device for navigation in X-ray imaging, comprising: - an image data providing unit; - a processing unit; and - a display unit; wherein the image data providing unit is configured to provide an angiographic image of a region of interest of an object; wherein the processing unit is configured to identify a suppression area for partial bone suppression within the angiographic image; and to identify and locally suppress predetermined bone structures in the angiographic image in the suppression area, to generate a partly-bone-suppressed image; and wherein the display unit is configured to display the partly-bone-suppressed image. - an image data providing unit; - a processing unit; and - a display unit;
An exhaust gas heat recovery device that recovers heat of an exhaust gas from an internal combustion engine, the device comprising: an exhaust pipe that leads the exhaust gas from an upstream side to a downstream side; a cylindrical shell that covers an outside of the exhaust pipe; and an exhaust gas heat recovery section that is interposed between the exhaust pipe and the cylindrical shell and that performs heat exchange between the exhaust gas and a heat exchange medium, wherein the exhaust gas heat recovery section includes a stacked body that is composed by stacking a plurality of jacket parts (6, 8) each having a heat exchange medium conduit provided thereinside, and, in the stacked body, the respective heat exchange medium conduits in the plurality of jacket parts (6, 8) are serially connected to each other, wherein a first clearance, through which the exhaust gas from the exhaust pipe passes, is provided between an outer circumference of the exhaust pipe and the inner circumference of the stacked body, wherein a second clearance, through which the exhaust gas having passed through the first clearance passes, is provided between the plurality of jacket parts (6, 8) constituting the stacked body, and wherein a third clearance, through which the exhaust gas having passed through the second clearance passes, is provided between an inner circumference of the cylindrical shell and the outer circumference of the stacked body. an exhaust pipe that leads the exhaust gas from an upstream side to a downstream side; a cylindrical shell that covers an outside of the exhaust pipe; and an exhaust gas heat recovery section that is interposed between the exhaust pipe and the cylindrical shell and that performs heat exchange between the exhaust gas and a heat exchange medium, wherein the exhaust gas heat recovery section includes a stacked body that is composed by stacking a plurality of jacket parts (6, 8) each having a heat exchange medium conduit provided thereinside, and, in the stacked body, the respective heat exchange medium conduits in the plurality of jacket parts (6, 8) are serially connected to each other, wherein a first clearance, through which the exhaust gas from the exhaust pipe passes, is provided between an outer circumference of the exhaust pipe and the inner circumference of the stacked body, wherein a second clearance, through which the exhaust gas having passed through the first clearance passes, is provided between the plurality of jacket parts (6, 8) constituting the stacked body, and wherein a third clearance, through which the exhaust gas having passed through the second clearance passes, is provided between an inner circumference of the cylindrical shell and the outer circumference of the stacked body.
A computer-implemented method to manage virtual hard drives as binary large objects in a cloud computing platform, the method comprising: creating a binary large object, blob, in a store configured to store the blob that is exposed as a virtual hard drive to one or more applications, wherein the one or more applications are executed on a virtual machine in the cloud computing platform; mounting the virtual hard drive; and managing, by a driver in the cloud computing platform, read and write requests to the virtual hard drive, wherein the driver intercepts all I/O requests to the virtual hard drive and reroutes the I/O requests to the blob in the store, wherein a read-only snapshot of the blob is created by a command of the driver via a blob interface available to the driver to allow additional applications to concurrently read data stored in the blob, and wherein exclusive write access is provided to the blob for an application via a blob lease that expires after a specified time period. creating a binary large object, blob, in a store configured to store the blob that is exposed as a virtual hard drive to one or more applications, wherein the one or more applications are executed on a virtual machine in the cloud computing platform; mounting the virtual hard drive; and managing, by a driver in the cloud computing platform, read and write requests to the virtual hard drive, wherein the driver intercepts all I/O requests to the virtual hard drive and reroutes the I/O requests to the blob in the store, wherein a read-only snapshot of the blob is created by a command of the driver via a blob interface available to the driver to allow additional applications to concurrently read data stored in the blob, and wherein exclusive write access is provided to the blob for an application via a blob lease that expires after a specified time period.
A convertible seating arrangement for a vehicle, the arrangement convertible between a first mode and a second mode, the arrangement comprising a first support element and a second support element arranged to define a space therebetween, a first seat squab and a second seat squab, and wherein the first seat squab comprises two parts formed by a split through a plane of the first seat squab, the two parts comprising an upper first seat squab and a lower first seat squab, and wherein the second seat squab comprises two parts formed by a split through a plane of the second seat squab, the two parts comprising an upper second seat squab and a lower second seat squab, wherein; in the first mode, comprising a seating mode, the first and second seat squabs, are configured to be arranged on the first and second support elements, respectively to define two, facing seating areas; and in the second mode, a third support element is provided to extend in the space between the first and second support elements, and define therewith a continuous support surface, wherein the upper first seat squab, the upper second seat squab, the lower first seat squab and the lower second seat squab are configured to be arranged to cover the first, second and third support elements,, of the support surface, wherein two of the four seat squabs are placed together on top of one another for provision of a sleeping surface.
A method of monitoring conductivity in real time in a steam generating system without interruption of the steam generating system, the method comprising: (a) contacting fluid in a steam generating system with a boron doped diamond based electrochemical band sensor, the boron doped diamond based electrochemical band sensor comprising a diamond body and a plurality of boron doped diamond band electrodes disposed within the diamond body and in contact with the fluid, wherein a front surface of the boron doped diamond based electrochemical band sensor is oriented such that a flow direction of the fluid lies substantially parallel to the front surface of the sensor; and (b) measuring the conductivity of the fluid by applying voltage to the boron doped diamond based electrochemical band sensor. (a) contacting fluid in a steam generating system with a boron doped diamond based electrochemical band sensor, the boron doped diamond based electrochemical band sensor comprising a diamond body and a plurality of boron doped diamond band electrodes disposed within the diamond body and in contact with the fluid, wherein a front surface of the boron doped diamond based electrochemical band sensor is oriented such that a flow direction of the fluid lies substantially parallel to the front surface of the sensor; and (b) measuring the conductivity of the fluid by applying voltage to the boron doped diamond based electrochemical band sensor.
A method comprising: generating an information signal comprising a series of modulation symbols and having a transmission bandwidth at baseband; and generating a configured offset information signal at baseband from the information signal, wherein the spectrum of the configured offset information signal is offset from DC by a channel configuration offset, and is further offset by the negative of a spurious emission mitigation offset; characterised by: generating an offset local oscillator signal that is at a frequency that is offset from a nominal transmit channel carrier frequency by the positive of the spurious emission mitigation offset; and combining the offset local oscillator signal and the configured offset information signal using a mixing technique, wherein the spurious emission mitigation offset is zero when a spurious condition does not exist and is non-zero when the spurious condition does exist. generating an information signal comprising a series of modulation symbols and having a transmission bandwidth at baseband; and generating a configured offset information signal at baseband from the information signal, wherein the spectrum of the configured offset information signal is offset from DC by a channel configuration offset, and is further offset by the negative of a spurious emission mitigation offset; characterised by: generating an offset local oscillator signal that is at a frequency that is offset from a nominal transmit channel carrier frequency by the positive of the spurious emission mitigation offset; and combining the offset local oscillator signal and the configured offset information signal using a mixing technique, wherein the spurious emission mitigation offset is zero when a spurious condition does not exist and is non-zero when the spurious condition does exist. generating an offset local oscillator signal that is at a frequency that is offset from a nominal transmit channel carrier frequency by the positive of the spurious emission mitigation offset; and combining the offset local oscillator signal and the configured offset information signal using a mixing technique, wherein the spurious emission mitigation offset is zero when a spurious condition does not exist and is non-zero when the spurious condition does exist.
A shaft cover frame, comprising - an upper part made of plastics having anchoring ribs that are molded on and protrude downward, and having an outer skirt protruding downward and/or an inner skirt protruding downward which form at least a part of an outer circumference or an inner circumference of the frame, and - a lower part made of concrete which is cast on the upper part while including the anchoring ribs and leaving the outer surfaces of the outer skirt and the inner skirt free. - an upper part made of plastics having anchoring ribs that are molded on and protrude downward, and having an outer skirt protruding downward and/or an inner skirt protruding downward which form at least a part of an outer circumference or an inner circumference of the frame, and - a lower part made of concrete which is cast on the upper part while including the anchoring ribs and leaving the outer surfaces of the outer skirt and the inner skirt free.
An video content playback assistance method for assisting the playback of video based on video content, comprising steps of: acquiring identical video correspondence information that indicates the correspondence relation of identical video that are identical partial video contained in common in a plurality of items of video content (steps S101-S103, or S201-S203); when cued playback is instructed, specifying points of identical video in video content based on said acquired identical video correspondence information and specifying cue points based on said specified points of Identical video (steps S105-S106 or S207-S208); and based on video content, reproducing video from said specified cue points (step S107 or S208). acquiring identical video correspondence information that indicates the correspondence relation of identical video that are identical partial video contained in common in a plurality of items of video content (steps S101-S103, or S201-S203); when cued playback is instructed, specifying points of identical video in video content based on said acquired identical video correspondence information and specifying cue points based on said specified points of Identical video (steps S105-S106 or S207-S208); and based on video content, reproducing video from said specified cue points (step S107 or S208).