mhurhangee/ep-ind-claims huggingface dataset:
A node for use as a Proxy Call Session Control Function, P-CSCF, in a telecommunications network, the node comprising: a receiver configured to receive a plurality of preliminary responses originating from a plurality of terminating end points as part of Session Initiation Protocol, SIP, forking; an early dialog controller configured, for each received preliminary response, to determine a unique identifier and to control a transmitter to transmit a corresponding preliminary message comprising the unique identifier to a further node for use as a Policy and Charging Rules Function, PCRF, for creating an early dialog by the further node, wherein the receiver is further configured to receive updated data for at least one of the preliminary responses, the node further comprising an updated dialog controller configured to retrieve the unique identifier corresponding to the at least one preliminary response and control the transmitter to transmit an updating message based on the updated data and comprising the retrieved unique identifier to the further node for updating the corresponding early dialog. a receiver configured to receive a plurality of preliminary responses originating from a plurality of terminating end points as part of Session Initiation Protocol, SIP, forking; an early dialog controller configured, for each received preliminary response, to determine a unique identifier and to control a transmitter to transmit a corresponding preliminary message comprising the unique identifier to a further node for use as a Policy and Charging Rules Function, PCRF, for creating an early dialog by the further node, wherein the receiver is further configured to receive updated data for at least one of the preliminary responses, the node further comprising an updated dialog controller configured to retrieve the unique identifier corresponding to the at least one preliminary response and control the transmitter to transmit an updating message based on the updated data and comprising the retrieved unique identifier to the further node for updating the corresponding early dialog.
A method of receiving a UE-specific reference signal based-downlink data channel at a user equipment operating in Coordinated Multi-Point, CoMP, according to transmission mode 10 in a long term evolution, LTE, system, the method comprising: receiving, from a network via a higher layer, one or more configurations including information on antenna ports of a specific reference signal which can be assumed to be quasi co-located with antenna ports of the UE-specific reference signal with respect to Doppler spread, Doppler shift, average delay and delay spread; detecting either first scheduling information corresponding to a normal mode, corresponding to DCI format 2D, or second scheduling information corresponding to a fallback mode, corresponding to DCI format 1A, for the UE-specific reference signal based-downlink data channel from the network; and receiving the UE-specific reference signal based-downlink data channel based on the detected scheduling information, wherein the first scheduling information comprises an indicator indicating one of the one or more configurations, wherein, when the first scheduling information is detected, the antenna ports of specific reference signal which can be assumed to be quasi co-located with the antenna ports of the UE-specific reference signal are defined according to the one configuration indicated by the indicator, wherein, when the second scheduling information is detected, the antenna ports of the specific reference signal which can be assumed to be quasi co-located with the antenna ports of the UE-specific reference signal are defined according to a predetermined configuration among the one or more configurations. receiving, from a network via a higher layer, one or more configurations including information on antenna ports of a specific reference signal which can be assumed to be quasi co-located with antenna ports of the UE-specific reference signal with respect to Doppler spread, Doppler shift, average delay and delay spread; detecting either first scheduling information corresponding to a normal mode, corresponding to DCI format 2D, or second scheduling information corresponding to a fallback mode, corresponding to DCI format 1A, for the UE-specific reference signal based-downlink data channel from the network; and receiving the UE-specific reference signal based-downlink data channel based on the detected scheduling information, wherein the first scheduling information comprises an indicator indicating one of the one or more configurations, wherein, when the first scheduling information is detected, the antenna ports of specific reference signal which can be assumed to be quasi co-located with the antenna ports of the UE-specific reference signal are defined according to the one configuration indicated by the indicator, wherein, when the second scheduling information is detected, the antenna ports of the specific reference signal which can be assumed to be quasi co-located with the antenna ports of the UE-specific reference signal are defined according to a predetermined configuration among the one or more configurations.
Low-voltage connector for communication system, said connector being intended to receive a cable provided with a number of wires, and comprising: - a first part suitable for being connected by its front face to a complementary connector and comprising insulation-displacement contacts to each of which one of the wires contained in the cable can be connected, - a second part comprising an opening forming a cable entry path and supporting a support organizing wires of the cable which comprises a number of positions intended to each receive an end of a wire of the cable for it to be inserted into an insulation displacement contact of the first part, - a hinge mechanism for articulating the second part relative to the first part about a first rotation axis in order to open or close the connector, - the connector comprising a locking member assembled on the second part of the connector and intended to lock the cable in the opening of the second part of the connector, - the locking member comprising a closure member suitable for cooperating with a complementary closure member produced on the first part to fix the first part onto the second part characterized in that: - the locking member pivots between a position of opening and a position of closure and articulated on a fixed part about a second rotation axis at right angles to the first rotation axis. - a first part suitable for being connected by its front face to a complementary connector and comprising insulation-displacement contacts to each of which one of the wires contained in the cable can be connected, - a second part comprising an opening forming a cable entry path and supporting a support organizing wires of the cable which comprises a number of positions intended to each receive an end of a wire of the cable for it to be inserted into an insulation displacement contact of the first part, - a hinge mechanism for articulating the second part relative to the first part about a first rotation axis in order to open or close the connector, - the connector comprising a locking member assembled on the second part of the connector and intended to lock the cable in the opening of the second part of the connector, - the locking member comprising a closure member suitable for cooperating with a complementary closure member produced on the first part to fix the first part onto the second part characterized in that: - the locking member pivots between a position of opening and a position of closure and articulated on a fixed part about a second rotation axis at right angles to the first rotation axis.
Collision detection device for manipulators, in particular in abrasive-emitting installations, at least comprising: - a base element for connection to a manipulator, which element includes an electrically conductive base contact element that is connected to a first pole of an at least two-pole signal line; - a collision unit, which includes an electrically conductive mating contact element, which is connected to a second pole of the signal line and in the state of rest is supported by way of at least a first compression spring at a first starting height with respect to the base contact element and; - a second compression spring, ▪ which is arranged inside the first compression spring, ▪ which is connected in an electrically conducting manner to the first pole of the signal line, ▪ which extends from the base contact element in the state of rest to below the collision unit, up to a second starting height that is reduced in comparison with the first starting height, and ▪ which comes into contact with the mating contact element when there is compression of the first compression spring by the element abutting or entering, and consequently can close an electrical contact; - and a flexible casing element, which encloses the entire collision detection device or covers over at least the region between the base element and the collision unit in a sealing manner. - a base element for connection to a manipulator, which element includes an electrically conductive base contact element that is connected to a first pole of an at least two-pole signal line; - a collision unit, which includes an electrically conductive mating contact element, which is connected to a second pole of the signal line and in the state of rest is supported by way of at least a first compression spring at a first starting height with respect to the base contact element and; - a second compression spring, ▪ which is arranged inside the first compression spring, ▪ which is connected in an electrically conducting manner to the first pole of the signal line, ▪ which extends from the base contact element in the state of rest to below the collision unit, up to a second starting height that is reduced in comparison with the first starting height, and ▪ which comes into contact with the mating contact element when there is compression of the first compression spring by the element abutting or entering, and consequently can close an electrical contact; ▪ which is arranged inside the first compression spring, ▪ which is connected in an electrically conducting manner to the first pole of the signal line, ▪ which extends from the base contact element in the state of rest to below the collision unit, up to a second starting height that is reduced in comparison with the first starting height, and ▪ which comes into contact with the mating contact element when there is compression of the first compression spring by the element abutting or entering, and consequently can close an electrical contact; - and a flexible casing element, which encloses the entire collision detection device or covers over at least the region between the base element and the collision unit in a sealing manner.
A target assembly for generation of radio-isotopes, comprising: - at least a first reservoir and a second reservoir being interconnected with a tubular portion together forming an enclosure for holding a target powder for generating said radio-isotopes when bombarded by an irradiation beam; - the first resp. second reservoir (2, 3) each having a window (12, 13) configured for receiving the irradiation beam, the irradiation beam being configured for causing a nuclear reaction when interacting with said target powder, - the tubular portion being configured for allowing passage of the target powder from one of the first resp. the second reservoir (2, 3) towards the other of the second resp. the first reservoir (3, 2) under gravity force, the longitudinal axis of the tubular portion being aligned with each of said windows (12, 13) for allowing the powder moving inside the tubular portion to be irradiated by said irradiation beam through said windows during the fall under gravity force; - the tubular portion further being adapted for allowing escape of said radio-isotopes from the tubular portion to a transfer line while preventing powder migration in the transfer line; - the target assembly further having a means for rotating the assembly such that in turn, each of the first respectively second reservoir (2, 3) can selectively be positioned above the other of the second respectively first reservoir (3, 2). - at least a first reservoir and a second reservoir being interconnected with a tubular portion together forming an enclosure for holding a target powder for generating said radio-isotopes when bombarded by an irradiation beam; - the first resp. second reservoir (2, 3) each having a window (12, 13) configured for receiving the irradiation beam, the irradiation beam being configured for causing a nuclear reaction when interacting with said target powder, - the tubular portion being configured for allowing passage of the target powder from one of the first resp. the second reservoir (2, 3) towards the other of the second resp. the first reservoir (3, 2) under gravity force, the longitudinal axis of the tubular portion being aligned with each of said windows (12, 13) for allowing the powder moving inside the tubular portion to be irradiated by said irradiation beam through said windows during the fall under gravity force; - the tubular portion further being adapted for allowing escape of said radio-isotopes from the tubular portion to a transfer line while preventing powder migration in the transfer line; - the target assembly further having a means for rotating the assembly such that in turn, each of the first respectively second reservoir (2, 3) can selectively be positioned above the other of the second respectively first reservoir (3, 2).
A wind turbine rotor blade spar cap, the spar cap having a length and comprising: a stack comprising a plurality of layers of conductive material and at least one intermediate layer, wherein the layers of conductive material each have a length along the length of the spar cap in a first direction, wherein the intermediate layer is arranged between adjacent layers of the conductive material, wherein the intermediate layer includes a fibre fabric material having: a first edge extending in the first direction, a conductive portion having conductive fibres oriented in the first direction, a first border portion between the first edge and the conductive portion, the first border portion having a plurality of non-conductive fibres oriented in the first direction and no conductive fibres oriented in the first direction, and cross fibres oriented to cross the conductive fibres and the non-conductive fibres, and wherein the intermediate layer is bonded with the adjacent layers of the conductive material and is electrically coupled to the adjacent layers of conductive material so as to equipotentially bond the adjacent layers of the conductive material via the conductive portion of the intermediate layer. a stack comprising a plurality of layers of conductive material and at least one intermediate layer, wherein the layers of conductive material each have a length along the length of the spar cap in a first direction, wherein the intermediate layer is arranged between adjacent layers of the conductive material, wherein the intermediate layer includes a fibre fabric material having: a first edge extending in the first direction, a conductive portion having conductive fibres oriented in the first direction, a first border portion between the first edge and the conductive portion, the first border portion having a plurality of non-conductive fibres oriented in the first direction and no conductive fibres oriented in the first direction, and cross fibres oriented to cross the conductive fibres and the non-conductive fibres, and a first edge extending in the first direction, a conductive portion having conductive fibres oriented in the first direction, a first border portion between the first edge and the conductive portion, the first border portion having a plurality of non-conductive fibres oriented in the first direction and no conductive fibres oriented in the first direction, and cross fibres oriented to cross the conductive fibres and the non-conductive fibres, and wherein the intermediate layer is bonded with the adjacent layers of the conductive material and is electrically coupled to the adjacent layers of conductive material so as to equipotentially bond the adjacent layers of the conductive material via the conductive portion of the intermediate layer.
Combination consisting of a pneumatic vehicle tyre and spikes, the pneumatic vehicle tyre having a tread strip with profile elements with in each case at least one spike hole with a spike hole volume V Spikehole for the insertion of a spike with a spike body with a spike body volume V Spikebody, the spike body volume V Spikebody being greater than the spike hole volume V Spikehole, the spike hole emanating from the centre of a recess-shaped depression which is configured on the outer face of the profile element, characterized in that the recess-shaped depression tapers without kinks to the outer face and has a depression volume V depression, for which the following applies: V depression = (V Spikebody - V Spikehole) * f, where f is a factor, wherein f = from 0.9 to 1.1.
A scraping roller for scraping the skin side of an animal pelt such as a mink pelt, wherein the scraping roller comprises a plurality of scraping teeth (44, 44') arranged longitudinally on the outer surface of the scraping roller, wherein the scraping roller comprises an inner structure provided with a plurality of groove structures (4, 4', 6, 6') allowing insert members (20, 20') formed as scraping teeth (44, 44') to be detachably inserted in the scraping roller, wherein each groove structure (4, 4', 6, 6') comprises a straight bore (6, 6'), and wherein each insert member (20, 20') comprises an engagement member (22, 22') allowing detachably attachment to the straight bore (6, 6'), characterised in that there is a non-zero angle (α) between the transversal axis of first groove structures (4, 4') and the normal direction radius of the inner structure.
A circuit for altering a level of impedance presented to a power supply line (HV DC Bus), the circuit comprising a power supply coupled to the power supply line and comprising: a startup circuit comprising an energy dissipating circuit (Q1, R2); a detection circuit configured to generate a control signal in response to a power consumption level in a load circuit coupled to the power supply line falling below a threshold level, wherein said power consumption level is preferably a dimming level of a solid state lighting apparatus coupled to the power supply line; and an activation circuit configured to controllably couple the energy dissipating circuit of the startup circuit to the power supply line in response to the control signal; and wherein the startup circuit is configured to generate an initial bootstrap current for a power conversion unit of the power supply. a startup circuit comprising an energy dissipating circuit (Q1, R2); a detection circuit configured to generate a control signal in response to a power consumption level in a load circuit coupled to the power supply line falling below a threshold level, wherein said power consumption level is preferably a dimming level of a solid state lighting apparatus coupled to the power supply line; and an activation circuit configured to controllably couple the energy dissipating circuit of the startup circuit to the power supply line in response to the control signal; and wherein the startup circuit is configured to generate an initial bootstrap current for a power conversion unit of the power supply.
An image processing apparatus, comprising: a Hardware Abstract Layer, HAL, configured to receive a RAW image, to convert the RAW image into a YUV image, and to transmit at least one of the RAW image or the YUV image to an application, APP; the APP coupled with the HAL and configured to transmit the at least one of the RAW image or the YUV image to an Algorithm Process Service, APS; and the APS coupled with the HAL via the APP and storing at least one image processing algorithm for image post-processing, the APS being configured to process, with the at least one image processing algorithm, the at least one of the RAW image or the YUV image; wherein the HAL is further configured to: transmit a suggestion on the number of images to the APP, wherein the suggestion on the number of images is indicative of the number of images needed to be transmitted to the APP, and the number of images have a positive correlation with a shake detection result obtained by a gyro sensor; and the APP is further configured to: transmit a data request to the HAL according to the suggestion on the number of images, receive data from the HAL, and transmit the data to the APS to perform image post-processing, wherein the data is transmitted to the APP by the HAL according to the data request. a Hardware Abstract Layer, HAL, configured to receive a RAW image, to convert the RAW image into a YUV image, and to transmit at least one of the RAW image or the YUV image to an application, APP; the APP coupled with the HAL and configured to transmit the at least one of the RAW image or the YUV image to an Algorithm Process Service, APS; and the APS coupled with the HAL via the APP and storing at least one image processing algorithm for image post-processing, the APS being configured to process, with the at least one image processing algorithm, the at least one of the RAW image or the YUV image; wherein the HAL is further configured to: transmit a suggestion on the number of images to the APP, wherein the suggestion on the number of images is indicative of the number of images needed to be transmitted to the APP, and the number of images have a positive correlation with a shake detection result obtained by a gyro sensor; and the APP is further configured to: transmit a data request to the HAL according to the suggestion on the number of images, receive data from the HAL, and transmit the data to the APS to perform image post-processing, transmit a data request to the HAL according to the suggestion on the number of images, receive data from the HAL, and transmit the data to the APS to perform image post-processing,
A separator to be used in a fuel cell comprising: a gas flow path including a plurality of gas flow path grooves that allow reactive gas to flow; a gas discharge hole (122out, 124out) used for discharging the reactive gas from the gas flow path; and an outlet flow path part positioned between the gas discharge hole and the gas flow path and used for flowing the reactive gas discharged from the gas flow path into the gas discharge hole, wherein the plurality of gas flow path grooves includes a coupling flow path part coupled to the outlet flow path part, characterized in that the coupling flow path part includes tilted gas flow path grooves extending downward in a direction tilted from a direction of gravitational force, and a groove width of the tilted gas flow path grooves in the coupling flow path part is set such that a force of a wall surface of the tilted gas flow path grooves to retain water by means of a surface tension of the water is larger than a force applied to the water by the gravitational force. a gas flow path including a plurality of gas flow path grooves that allow reactive gas to flow; a gas discharge hole (122out, 124out) used for discharging the reactive gas from the gas flow path; and an outlet flow path part positioned between the gas discharge hole and the gas flow path and used for flowing the reactive gas discharged from the gas flow path into the gas discharge hole, wherein the plurality of gas flow path grooves includes a coupling flow path part coupled to the outlet flow path part, characterized in that the coupling flow path part includes tilted gas flow path grooves extending downward in a direction tilted from a direction of gravitational force, and a groove width of the tilted gas flow path grooves in the coupling flow path part is set such that a force of a wall surface of the tilted gas flow path grooves to retain water by means of a surface tension of the water is larger than a force applied to the water by the gravitational force.