mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a Wireless Communication Device, WCD, (604, 1500), the method comprising: • receiving a Physical Downlink Control Channel, PDCCH, comprising Downlink Control Information, DCI, that indicates: ∘ two Transmission Configuration Indication, TCI, states for a Physical Downlink Shared Channel, PDSCH, transmission to the WCD; and ∘ Demodulation Reference Signal, DMRS, ports within a single Code Division Multiplexing, CDM, group; and • receiving (1004A, 1004B) a single Phase Tracking Reference Signal, PTRS, port for the PDSCH transmission, wherein the single PTRS port is associated with a lowest indexed DMRS port in the DMRS ports indicated in the DCI, • wherein a lowest indexed DMRS port in the DMRS ports indicated in the DCI is: (a) associated with a first TCI state from among the two TCI states for the PDSCH transmission in PDSCH resources allocated for the first TCI state and (b) associated with a second TCI state from among the two TCI states for the PDSCH transmission in PDSCH resources allocated for the second TCI state, • wherein the single PTRS port is one of two PTRS ports configured for the WCD and wherein the WCD is scheduled with two codewords, and • wherein a PTRS port to DMRS port association for each TCI state is determined from a subset of DMRS ports that belong to the codeword that has the highest Modulation and Coding Scheme, MCS. • receiving a Physical Downlink Control Channel, PDCCH, comprising Downlink Control Information, DCI, that indicates: ∘ two Transmission Configuration Indication, TCI, states for a Physical Downlink Shared Channel, PDSCH, transmission to the WCD; and ∘ Demodulation Reference Signal, DMRS, ports within a single Code Division Multiplexing, CDM, group; and ∘ two Transmission Configuration Indication, TCI, states for a Physical Downlink Shared Channel, PDSCH, transmission to the WCD; and ∘ Demodulation Reference Signal, DMRS, ports within a single Code Division Multiplexing, CDM, group; and • receiving (1004A, 1004B) a single Phase Tracking Reference Signal, PTRS, port for the PDSCH transmission, wherein the single PTRS port is associated with a lowest indexed DMRS port in the DMRS ports indicated in the DCI, • wherein a lowest indexed DMRS port in the DMRS ports indicated in the DCI is: (a) associated with a first TCI state from among the two TCI states for the PDSCH transmission in PDSCH resources allocated for the first TCI state and (b) associated with a second TCI state from among the two TCI states for the PDSCH transmission in PDSCH resources allocated for the second TCI state, • wherein the single PTRS port is one of two PTRS ports configured for the WCD and wherein the WCD is scheduled with two codewords, and • wherein a PTRS port to DMRS port association for each TCI state is determined from a subset of DMRS ports that belong to the codeword that has the highest Modulation and Coding Scheme, MCS.
System comprising a mobile communication device and electrical devices immovably arranged in a switchgear cabinet, wherein each of the electrical devices has a radio interface using a first frequency band, by means of which radio interface a data exchange link to the mobile communication device can be provided, in particular operated, wherein at least one storage module is arranged in or on each of the electrical devices, the data of said storage module being able to be read out contactlessly by the mobile communication device, wherein electromagnetic waves in a second frequency band are used, wherein the working range for the contactless readout of data of the storage module by means of the mobile communication device is so low, and the electrical devices, in particular the storage modules, are arranged so far away from one another, that there is no overlap of the working ranges and/or only a single storage module can be read out by the mobile communication device, wherein the distance between each two electrical devices is more than double the working range, wherein the mobile communication device is arranged within the working ranges of all the electrical devices in relation to the radio interface, i.e. a data exchange link can be selectively established to each of the electrical devices. wherein each of the electrical devices has a radio interface using a first frequency band, by means of which radio interface a data exchange link to the mobile communication device can be provided, in particular operated, wherein at least one storage module is arranged in or on each of the electrical devices, the data of said storage module being able to be read out contactlessly by the mobile communication device, wherein electromagnetic waves in a second frequency band are used, wherein the working range for the contactless readout of data of the storage module by means of the mobile communication device is so low, and the electrical devices, in particular the storage modules, are arranged so far away from one another, that there is no overlap of the working ranges and/or only a single storage module can be read out by the mobile communication device, wherein the distance between each two electrical devices is more than double the working range, wherein the mobile communication device is arranged within the working ranges of all the electrical devices in relation to the radio interface, i.e. a data exchange link can be selectively established to each of the electrical devices.
A gurney flap arrangement comprising: an airfoil (110, 210) with an opening (170, 270) in a surface of the airfoil (110, 210); a gurney flap (120, 220) having a first position in which at least a portion of the gurney flap (120, 220) extends through the opening (170, 270) and projects outwardly from the airfoil surface, and a second position in which the gurney flap (120, 220) does not project from the airfoil surface or projects outwardly from the airfoil surface to a lesser extent; and a seal (150, 250) disposed about the opening (170, 270) to seal (150, 250) a gap in the opening (170, 270) between the gurney flap (120, 220) and the airfoil (110, 210); wherein the seal comprises a cap section fixed to an end of the gurney flap and a fold section connecting the cap section to the airfoil, wherein in the first position the fold section defines a surface curving out from the airfoil towards the end of the gurney flap, and wherein in the second position the fold section retracts into the airfoil. an airfoil (110, 210) with an opening (170, 270) in a surface of the airfoil (110, 210); a gurney flap (120, 220) having a first position in which at least a portion of the gurney flap (120, 220) extends through the opening (170, 270) and projects outwardly from the airfoil surface, and a second position in which the gurney flap (120, 220) does not project from the airfoil surface or projects outwardly from the airfoil surface to a lesser extent; and a seal (150, 250) disposed about the opening (170, 270) to seal (150, 250) a gap in the opening (170, 270) between the gurney flap (120, 220) and the airfoil (110, 210); wherein the seal comprises a cap section fixed to an end of the gurney flap and a fold section connecting the cap section to the airfoil, wherein in the first position the fold section defines a surface curving out from the airfoil towards the end of the gurney flap, and wherein in the second position the fold section retracts into the airfoil.
Control and evaluation unit for a signal transmission system, having a load which is connected to a signal input, and having a microprocessor which detects and evaluates a voltage dropping across the load or a current flowing through the load, wherein at least one electrical component is connected in series with the load at which electrical component a direct voltage drop occurs when a current flows through the electrical component, wherein the at least one electrical component can be selectively bypassed by means of a switch, characterized in that the microprocessor is configured to compare the voltage which drops across the load or the current which flows through the load when the electrical component is bypassed with the voltage which drops across the load or the current which flows through the load when the electrical component is connected in series with the load and, if a threshold value is exceeded or fallen below, to detect an error by means of a difference in the voltages or currents determined in the comparison. wherein at least one electrical component is connected in series with the load at which electrical component a direct voltage drop occurs when a current flows through the electrical component, wherein the at least one electrical component can be selectively bypassed by means of a switch, characterized in that the microprocessor is configured to compare the voltage which drops across the load or the current which flows through the load when the electrical component is bypassed with the voltage which drops across the load or the current which flows through the load when the electrical component is connected in series with the load and, if a threshold value is exceeded or fallen below, to detect an error by means of a difference in the voltages or currents determined in the comparison.
Piece of furniture with at least one metal component and at least one plastic component which are fastened to one another, wherein the metal component has at least one retaining projection which, for fastening to the plastic component, is pressed into the material of the plastic component to form a retaining recess holding the retaining projection, wherein the retaining projection is in the form of a cylindrical retaining collar.
A watercraft having a jet drive module, wherein the watercraft comprises modules which can be connected to one another, wherein a stern module and a bow module are provided, which can be detachably connected by means of a first connecting mechanism, wherein, in addition, the jet drive module can be detachably connected to the stern module, wherein a power supply module, which is arranged in the stern module above the jet drive module and which can be detachably connected to the stern module, is provided, wherein the power supply module provides the power supply of the jet drive module, wherein a flushing mechanism is provided, which, when the watercraft is operating, conducts water at least partially around the power supply module in order to dissipate heat, characterized in that the flushing mechanism comprises a gap between the stern module and the power supply module, wherein a discharge line is provided from the gap through the stern module.
A vehicular mobile terminal for transmitting vehicular data and other data to one or more receiving entities, wherein the vehicular mobile terminal is configured to transmit the vehicular data and the other data via a sidelink radio interface to another vehicular entity, wherein the vehicular mobile terminal comprises: a receiver operative to receive an uplink grant from a radio base station controlling the cell to which the vehicular mobile terminal is attached, wherein the uplink grant indicates radio resources usable by the vehicular mobile terminal to transmit the vehicular data and/or the other data, and a transmitter operative to transmit the vehicular data and/or the other data using the radio resources indicated in the uplink grant, wherein the vehicular mobile terminal is operative to handle the vehicular data and the other data separately from one another, wherein the received uplink grant is a vehicular-data-specific uplink grant, indicating radio resources to be used by the vehicular mobile terminal to transmit only the vehicular data, and wherein the transmitter is operative to transmit the vehicular data using the radio resources indicated in the vehicular-data-specific uplink grant to the other vehicular entity. a receiver operative to receive an uplink grant from a radio base station controlling the cell to which the vehicular mobile terminal is attached, wherein the uplink grant indicates radio resources usable by the vehicular mobile terminal to transmit the vehicular data and/or the other data, and a transmitter operative to transmit the vehicular data and/or the other data using the radio resources indicated in the uplink grant,
A method for processing data generated by instrumented software (130a, 130b, 130c), the method comprising: receiving, at an instrumentation analysis system from one or more external systems (120a, 120b, 120c), information identifying a plurality of data streams, each data stream generated by an instance of instrumented software (130a, 130b, 130c) executing on the one or more external systems (120a, 120b, 120c), each data stream comprising tuples, each tuple including values of a first set of attributes of the data stream; Characterised By: receiving, at the instrumentation analysis system, metadata describing each of the plurality of data streams, the metadata for a data stream including a second set of attributes, each attribute of the second set distinct from the first set; receiving, at the instrumentation analysis system, a specification of an expression, the expression aggregating data across the plurality of data streams, the expression based on at least an attribute of the first set and an attribute of the second set; and evaluating, by the instrumentation analysis system, the expression using the data streams over a plurality of time intervals to generate an output data stream. receiving, at an instrumentation analysis system from one or more external systems (120a, 120b, 120c), information identifying a plurality of data streams, each data stream generated by an instance of instrumented software (130a, 130b, 130c) executing on the one or more external systems (120a, 120b, 120c), each data stream comprising tuples, each tuple including values of a first set of attributes of the data stream; Characterised By: receiving, at the instrumentation analysis system, metadata describing each of the plurality of data streams, the metadata for a data stream including a second set of attributes, each attribute of the second set distinct from the first set; receiving, at the instrumentation analysis system, a specification of an expression, the expression aggregating data across the plurality of data streams, the expression based on at least an attribute of the first set and an attribute of the second set; and evaluating, by the instrumentation analysis system, the expression using the data streams over a plurality of time intervals to generate an output data stream. receiving, at the instrumentation analysis system, metadata describing each of the plurality of data streams, the metadata for a data stream including a second set of attributes, each attribute of the second set distinct from the first set; receiving, at the instrumentation analysis system, a specification of an expression, the expression aggregating data across the plurality of data streams, the expression based on at least an attribute of the first set and an attribute of the second set; and evaluating, by the instrumentation analysis system, the expression using the data streams over a plurality of time intervals to generate an output data stream.
A flash memory device having a multi-stack structure comprising: a first memory cell; a second memory cell on the first memory cell; and a third memory cell between the first memory cell and the second memory cell, wherein the third memory cell is a dummy memory cell, wherein the first memory cell, the second memory cell and the third memory cell share a channel, wherein the third memory cell is configured to block channel sharing between the first memory cell and the second memory cell based on a channel separation voltage (VMOFF) provided in first to k-th program loops, and wherein the third memory cell is configured to connect the channel sharing between the first memory cell and the second memory cell based on a channel connection voltage (VMON) provided to the third memory cell in a (k+1)-th program loop, wherein the first memory cell and the second memory cell are provided in different stacks (ST1, ST2) of the multi-stack structure. a first memory cell; a second memory cell on the first memory cell; and a third memory cell between the first memory cell and the second memory cell, wherein the third memory cell is a dummy memory cell, wherein the first memory cell, the second memory cell and the third memory cell share a channel, wherein the third memory cell is configured to block channel sharing between the first memory cell and the second memory cell based on a channel separation voltage (VMOFF) provided in first to k-th program loops, and wherein the third memory cell is configured to connect the channel sharing between the first memory cell and the second memory cell based on a channel connection voltage (VMON) provided to the third memory cell in a (k+1)-th program loop, wherein the first memory cell and the second memory cell are provided in different stacks (ST1, ST2) of the multi-stack structure.
An ammunition tracking system comprising: a server having a data storage; ammunition; the server being configured to: receive data corresponding to a symbolic encoded identifier marked on a casing of the ammunition, wherein at least one error detection code is incorporated into the symbolic encoded identifier; receive data corresponding to a purchaser of the ammunition; associate the data corresponding to the symbolic encoded identifier with the data corresponding to the purchaser of the ammunition; receive data corresponding to a retrieved ammunition casing; compare the data corresponding to the retrieved ammunition casing with the data corresponding to identification of the ammunition; and upon matching the data corresponding to the retrieved ammunition casing with the data corresponding to identification of the ammunition, transmit the data corresponding to the purchaser of the ammunition. a server having a data storage; ammunition; the server being configured to: receive data corresponding to a symbolic encoded identifier marked on a casing of the ammunition, wherein at least one error detection code is incorporated into the symbolic encoded identifier; receive data corresponding to a purchaser of the ammunition; associate the data corresponding to the symbolic encoded identifier with the data corresponding to the purchaser of the ammunition; receive data corresponding to a retrieved ammunition casing; compare the data corresponding to the retrieved ammunition casing with the data corresponding to identification of the ammunition; and upon matching the data corresponding to the retrieved ammunition casing with the data corresponding to identification of the ammunition, transmit the data corresponding to the purchaser of the ammunition. receive data corresponding to a symbolic encoded identifier marked on a casing of the ammunition, wherein at least one error detection code is incorporated into the symbolic encoded identifier; receive data corresponding to a purchaser of the ammunition; associate the data corresponding to the symbolic encoded identifier with the data corresponding to the purchaser of the ammunition; receive data corresponding to a retrieved ammunition casing; compare the data corresponding to the retrieved ammunition casing with the data corresponding to identification of the ammunition; and upon matching the data corresponding to the retrieved ammunition casing with the data corresponding to identification of the ammunition, transmit the data corresponding to the purchaser of the ammunition.
A dry mortar composition comprising 10 to 50wt% of Calcium Aluminate Cement, one or more polyphosphate(s) in a total amount of 2 to 8wt%, and aggregates in a total amount of 40 to 88wt%.
Pushing-out device (74, 74', 74") for movable furniture parts, in particular drawers, having a retracting mechanism, by means of which the movable furniture part can be moved into, and retained in, a closed position, having a pushing-out mechanism, which comprises a pushing-out means (13, 13') which can be actuated by an energy store and moves the movable furniture part from a closed position into an open position, and having a triggering mechanism, which controls the operations of charging and discharging the energy store, characterized in that a force-transmission unit (8, 22, 24, 64) is provided, by means of which an energy store of a retracting mechanism at least partially charges the energy store of the pushing-out mechanism until the closed position is reached.
Filter device for transmission oil, having an inner housing and having a filter element which can be inserted into a transmission oil pan and the filter medium of which separates an unfiltered medium side from a filtrate chamber, which filtrate chamber is connected in a fluid-conducting manner to an outlet to which a vacuum conveying device, such as a suction oil pump, can be connected, wherein the filter medium of the filter element comprises at least one structural layer with a predefinable surface area and with predefinable filter properties and at least one further structural layer with predefinable filter properties, wherein the surface area of the further structural layer is different from the surface area of the first structural layer, wherein the individual structural layers (44, 46) enclose an inner filter cavity, and wherein the individual structural layers (44, 46) are pleated with the same type of pleats, wherein the pleated structural layers (44, 46) extend in axial orientation between two end caps (22, 34) of the filter element, characterised in that, viewed in the direction of flow of the fluid flow to be cleaned, the respective structural layer with the higher filter fineness follows a preceding structural layer with a lower filter fineness in each case, in that, for the flow through the filter mat from outside to inside, the filter element can be arranged in the oil pan in the inner housing which is open to the oil sump, defines a rectangular receiving chamber with long sides and narrow sides for the filter element and has an end wall extending along one narrow side, and in that the outlet in the form of the suction connection is located on said end wall, said suction connection being in engagement with a stub which, on the one end cap of the filter element, forms a passage to the filter cavity and thus a support part for the one end of the filter element.