mhurhangee/ep-ind-claims huggingface dataset:
An assembly comprising: an electronic unit defining an interior and including: a circuit card assembly (47, 60) disposed in the interior; and an enclosure (43, 74) surrounding five sides of the interior; characterized in that a sixth side of the interior is closed by the circuit card assembly, wherein the circuit card assembly is coated with a metal layer (49, 72) configured to contain flame within the interior. an electronic unit defining an interior and including: a circuit card assembly (47, 60) disposed in the interior; and an enclosure (43, 74) surrounding five sides of the interior; characterized in that a circuit card assembly (47, 60) disposed in the interior; and an enclosure (43, 74) surrounding five sides of the interior; characterized in that a sixth side of the interior is closed by the circuit card assembly, wherein the circuit card assembly is coated with a metal layer (49, 72) configured to contain flame within the interior.
A method at a network node (212, 1219) in a wireless communications network, the method comprising: partitioning at least a subset of contention based resources for random access attempts into a plurality of partitions, wherein the dimension of each of the plurality of partitions is based on a target probability of collision and access latency and wherein each of said plurality of partitions is associated with at least one precondition governing selection of the partition, the precondition being derived from at least one of: source of causation for the random access attempt, a device state, a device event, a device group, a traffic event, a traffic class, or an application characteristic, and wherein each of said plurality of partitions is further associated with at least one configuration parameter; and communicating configuration parameters for the plurality of partitions and preconditions governing partition usage to at least one of a plurality of user equipments. partitioning at least a subset of contention based resources for random access attempts into a plurality of partitions, wherein the dimension of each of the plurality of partitions is based on a target probability of collision and access latency and wherein each of said plurality of partitions is associated with at least one precondition governing selection of the partition, the precondition being derived from at least one of: source of causation for the random access attempt, a device state, a device event, a device group, a traffic event, a traffic class, or an application characteristic, and wherein each of said plurality of partitions is further associated with at least one configuration parameter; and communicating configuration parameters for the plurality of partitions and preconditions governing partition usage to at least one of a plurality of user equipments.
A communication device for handling mobility between a new radio, NR,/fifth generation, 5G, network and a long-term evolution, LTE, network, comprising: a storage device; and a processing circuit, coupled to the storage device, wherein the storage device is configured to store, and the processing circuit is configured to execute, instructions of: connecting to the NR/5G network; communicating a Protocol Data Unit, PDU, Session identity/identifier, ID, identifying a PDU Session with the NR/5G network; communicating data of the PDU Session with the NR/5G network; disconnecting the NR/5G network, connecting to the LTE network and performing a tracking area update, TAU, procedure with the LTE network; keeping the PDU Session ID, when connecting to the LTE network; disconnecting the LTE network and connecting to the NR/5G network, after performing the TAU procedure; and communicating the PDU Session ID identifying the PDU Session with the NR/5G network, when disconnecting the LTE network and connecting to the NR/5G network. a storage device; and a processing circuit, coupled to the storage device, wherein the storage device is configured to store, and the processing circuit is configured to execute, instructions of: connecting to the NR/5G network; communicating a Protocol Data Unit, PDU, Session identity/identifier, ID, identifying a PDU Session with the NR/5G network; communicating data of the PDU Session with the NR/5G network; disconnecting the NR/5G network, connecting to the LTE network and performing a tracking area update, TAU, procedure with the LTE network; keeping the PDU Session ID, when connecting to the LTE network; disconnecting the LTE network and connecting to the NR/5G network, after performing the TAU procedure; and communicating the PDU Session ID identifying the PDU Session with the NR/5G network, when disconnecting the LTE network and connecting to the NR/5G network. connecting to the NR/5G network; communicating a Protocol Data Unit, PDU, Session identity/identifier, ID, identifying a PDU Session with the NR/5G network; communicating data of the PDU Session with the NR/5G network; disconnecting the NR/5G network, connecting to the LTE network and performing a tracking area update, TAU, procedure with the LTE network; keeping the PDU Session ID, when connecting to the LTE network; disconnecting the LTE network and connecting to the NR/5G network, after performing the TAU procedure; and communicating the PDU Session ID identifying the PDU Session with the NR/5G network, when disconnecting the LTE network and connecting to the NR/5G network.
An electronic module adapted to be detachably attached to an injection device for monitoring an injection process performed by means of the injection device, wherein the injection device comprises feedback means that produce a number of successive mechanical feedback events proportionate to a dose of drug expelled from the injection device, characterized in that the electronic module comprising - a multiple-axis gyroscope adapted to measure an azimuth angle of an axis of the injection device when the electronic module is mounted to the injection device, wherein the gyroscope is adapted to prepare an azimuth angle signal output at a sampling rate of less than 2 kHz and - a processing unit configured to receive an azimuth signal output by the multiple-axis gyroscope and identify a dosage unit expelling event there from. - a multiple-axis gyroscope adapted to measure an azimuth angle of an axis of the injection device when the electronic module is mounted to the injection device, wherein the gyroscope is adapted to prepare an azimuth angle signal output at a sampling rate of less than 2 kHz and - a processing unit configured to receive an azimuth signal output by the multiple-axis gyroscope and identify a dosage unit expelling event there from.
Packaging for small parts, in particular for elongate tools such as jigsaw blades, drill bits, bits, countersinks and counterbores, knife blades, nails, screws, sharpening stones or the like, comprising a trough-shaped, in particular transparent, casing front part that is connected to a casing rear part by the interposition of a planar, in particular printable, backing, so as to form a closed casing in which the small parts can be arranged, the backing having a suspension means arranged on an outer portion (3") arranged outside the casing for suspending the sales packaging from a product holder, characterised in that the backing comprises an inner portion that is located inside the casing between the casing rear part and the casing front part such that the small parts can be arranged between the casing front part and the inner portion, the outer portion (3") being detachable from the inner portion along a dividing line that extends along two or more edges of the casing and in which a plurality of peripherally sealed openings (6, 6') are arranged, connecting elements that are arranged on the edge of the casing and that connect the casing front part to the casing rear part projecting through the openings (6, 6', 21).
A method for self-calibrating a radar system, comprising: forming a calibration loop-back signal path comprising operating a switching device to electrically connect a transmit assembly to a receive assembly of the radar system, the calibration loop-back signal path being configured for determining a passband response of each of a radio frequency, RF, signal path, a local oscillator, LO, signal path, and an intermediate frequency, IF, signal path of the radar system; transmitting a set of calibration signals into the RF signal path and the LO signal path; measuring output signals from the IF signal path in a receiver of the radar system in response to the signals transmitted into the RF signal path and the LO signal path; determining the passband response of each of the RF signal path, the LO signal path and the IF signal path from the measured output signals; and compensating for distortions and/or non-linearities in the RF signal path, the LO signal path and the IF signal path using the passband response of each signal path; wherein transmitting the set of calibration signals into the RF signal path and the LO signal path comprises: transmitting a set of RF calibration signals into the RF signal path by a coupled transmit/local oscillator, TX/LO, waveform generator; and transmitting an LO calibration signal into the LO signal path by the coupled TX/LO waveform generator; and wherein the calibration signals each comprise a linear frequency modulated, LFM, pulse waveform. forming a calibration loop-back signal path comprising operating a switching device to electrically connect a transmit assembly to a receive assembly of the radar system, the calibration loop-back signal path being configured for determining a passband response of each of a radio frequency, RF, signal path, a local oscillator, LO, signal path, and an intermediate frequency, IF, signal path of the radar system; transmitting a set of calibration signals into the RF signal path and the LO signal path; measuring output signals from the IF signal path in a receiver of the radar system in response to the signals transmitted into the RF signal path and the LO signal path; determining the passband response of each of the RF signal path, the LO signal path and the IF signal path from the measured output signals; and compensating for distortions and/or non-linearities in the RF signal path, the LO signal path and the IF signal path using the passband response of each signal path; wherein transmitting the set of calibration signals into the RF signal path and the LO signal path comprises: transmitting a set of RF calibration signals into the RF signal path by a coupled transmit/local oscillator, TX/LO, waveform generator; and transmitting an LO calibration signal into the LO signal path by the coupled TX/LO waveform generator; and wherein the calibration signals each comprise a linear frequency modulated, LFM, pulse waveform.
A biological substance detection method for specifically detecting a biological substance from a tissue section, said method being characterized in that, immunostaining using a fluorescent label and staining for morphological observation using a staining agent for morphological observation are simultaneously performed, and the brightness retention rate of an immunostained part is in a range of 80% to 120% in relation to the brightness retention rate of a part stained for morphological observation when said fluorescent label used for said immunostaining is observed, wherein the said fluorescent label is a fluorescent dye-containing nanoparticle, of which a parent material is an organic material.
A User Equipment, UE, comprising: a receiving unit configured to receive, on a transport layer channel carrying a single cell multicast traffic channel, SC-MTCH, a media access control, MAC, control element which indicates a termination of a multimedia service on the SC-MTCH; and a control unit configured to release, in a case that the MAC control element is received, a Single Cell Multimedia Broadcast Multicast Service Point to Multipoint Radio Bearer, wherein the control unit is configured to perform, in a case that the MAC control element is received, MAC layer processing for indicating to a Radio Resource Control, RRC, layer that the multimedia service is terminated, the control unit is configured to release configurations of a Radio Link Control, RLC, layer, a MAC layer, and a physical layer, within a procedure which is performed in the RRC layer and is for the release of the Single Cell Multimedia Broadcast Multicast Service Point to Multipoint Radio Bearer. a receiving unit configured to receive, on a transport layer channel carrying a single cell multicast traffic channel, SC-MTCH, a media access control, MAC, control element which indicates a termination of a multimedia service on the SC-MTCH; and a control unit configured to release, in a case that the MAC control element is received, a Single Cell Multimedia Broadcast Multicast Service Point to Multipoint Radio Bearer, wherein the control unit is configured to perform, in a case that the MAC control element is received, MAC layer processing for indicating to a Radio Resource Control, RRC, layer that the multimedia service is terminated, the control unit is configured to release configurations of a Radio Link Control, RLC, layer, a MAC layer, and a physical layer, within a procedure which is performed in the RRC layer and is for the release of the Single Cell Multimedia Broadcast Multicast Service Point to Multipoint Radio Bearer.
Bearing ring, comprising a ring element, which has at least two grooves which extend from one axial side to the other axial side of the ring element, wherein the ring element is designed as a sleeve which is produced by deep drawing and the grooves are also incorporated during the deep drawing of the sleeve, characterized in that the grooves form predetermined break lines for breaking open (cracking open) the ring element and are formed as running track reliefs on the inner surface of the sleeve, wherein additional notches are incorporated in the running track reliefs.
A tire comprising a tread and an inner liner, wherein the inner liner is formed of a rubber composition comprising a polymer component, wherein a distance G from a crown part of the tread to a tire inner cavity surface is 9.0 mm or less, wherein an elongation at break of the rubber composition measured under a condition of a temperature at 80°C and a tension rate of 3.3 mm/sec (80°CEB), a loss tangent tang δ of the rubber composition measured under a condition of a temperature at 70°C, a frequency of 10 Hz, an initial strain of 10%, and a dynamic strain of ± 2.5% (70°C tan δ), and G (mm) satisfy inequalities and described below. 80 ° CEB / 70 ° C tan δ ≥ 2600 80 ° CEB / G ≥ 40 wherein the inner liner is formed of a rubber composition comprising a polymer component, wherein a distance G from a crown part of the tread to a tire inner cavity surface is 9.0 mm or less, wherein an elongation at break of the rubber composition measured under a condition of a temperature at 80°C and a tension rate of 3.3 mm/sec (80°CEB), a loss tangent tang δ of the rubber composition measured under a condition of a temperature at 70°C, a frequency of 10 Hz, an initial strain of 10%, and a dynamic strain of ± 2.5% (70°C tan δ), and G (mm) satisfy inequalities and described below. 80 ° CEB / 70 ° C tan δ ≥ 2600 80 ° CEB / G ≥ 40
A side brush assembly for a floor surface maintenance machine comprising: a brush deck carrying a floor-engaging brush; a parallel linkage assembly (222, 224) supporting the brush deck generally parallel to the floor surface and permitting pivoting of the brush deck about a lift axis to raise and lower the brush deck; a swing arm adapted to rotate about a swing arm pivot axis, the swing arm being connected to the parallel linkage assembly (222, 224), the pivoting of the swing arm about the swing arm pivot axis swinging the brush deck towards and away from the floor surface maintenance machine; and an actuator assembly, including a linear actuator and a slip link, that, when actuated, pivots the parallel linkage assembly (222, 224) about the lift axis and pivots the swing arm about the swing arm pivot axis to move the brush deck to a transport mode or an operational mode. a brush deck carrying a floor-engaging brush; a parallel linkage assembly (222, 224) supporting the brush deck generally parallel to the floor surface and permitting pivoting of the brush deck about a lift axis to raise and lower the brush deck; a swing arm adapted to rotate about a swing arm pivot axis, the swing arm being connected to the parallel linkage assembly (222, 224), the pivoting of the swing arm about the swing arm pivot axis swinging the brush deck towards and away from the floor surface maintenance machine; and an actuator assembly, including a linear actuator and a slip link, that, when actuated, pivots the parallel linkage assembly (222, 224) about the lift axis and pivots the swing arm about the swing arm pivot axis to move the brush deck to a transport mode or an operational mode.
A device, in particular a device comprising an electronic circuit and/or a coil winding through which electricity can flow, wherein a hose, in particular a ventilation hose, is provided in a recess in a housing part of the device, in particular in a recess in the housing wall of the device, wherein the hose comprises a hose part projecting out of the housing of the device, wherein a membrane is mounted in the end region of the hose which points into the interior of the device and/or adjoining the end of the hose which points into the interior of the device, wherein the membrane is a semi-permeable membrane, wherein an impact protection means for protecting against water which penetrates into the hose under pressure is formed in one piece or is provided separately and is connected between the membrane and the hose part on the end region of the hose which is directed towards the interior of the device, wherein the impact protection means is formed flat and transversely to the hose direction has an extent which exceeds the hose diameter and is held on the hose wall by means of supporting columns, wherein the membrane is held by a ring, wherein the membrane is arranged on the side of the impact protection means remote from the hose, wherein the hose is held in the recess in the device in positive manner by thickened portions of the hose wall.
A method for processing signals by a base station, the method comprising: receiving signals through multiple antennas; measuring channel information from the received signals; selecting, if an operating mode of the base station is multi-user multiple input multiple output, MU-MIMO, user equipments, UEs, with a largest modulation and coding scheme, MCS, index and a largest number of allocated resource blocks, RBs, for each antenna; determining antennas that received signals whose channel information is higher than or equal to a preset threshold by comparing pieces of channel information of antenna signals for the selected UEs; and combining and processing signals received through the determined antennas. receiving signals through multiple antennas; measuring channel information from the received signals; selecting, if an operating mode of the base station is multi-user multiple input multiple output, MU-MIMO, user equipments, UEs, with a largest modulation and coding scheme, MCS, index and a largest number of allocated resource blocks, RBs, for each antenna; determining antennas that received signals whose channel information is higher than or equal to a preset threshold by comparing pieces of channel information of antenna signals for the selected UEs; and combining and processing signals received through the determined antennas.
Bearing support structure with a bearing cap of the type which is bolted to a bearing support structure so as to define a bearing bore (12, 14) between said cap and said structure and in which bolt holes (16, 18) for securing said cap to said structure extend through feet (26, 28) of said cap and into said structure, said cap having at least two of said feet (26, 28), one said foot (26, 28) on each side of said bore (12, 14) with at least one bolt hole (16, 18) extending through each said foot (26, 28), wherein said cap is sintered powder metal and has an integral boss (30, 32) protruding from each said foot (26, 28) around the bolt hole (16, 18) in said foot (26, wherein: each said boss (30, 32) has multiple lobes (42, 44, 46, 48, 50, 242, 244, 246, 248) extending radially from an exterior surface of the boss (30, 32), Characterised in that: one of said bosses having two said lobes (48, 50) 180 degrees apart and oriented relative to the bearing cap such that they are intersected by a plane that is parallel to a longitudinal axis of the bearing bore (12, 14) and the others of said bosses having four lobes (42, 44, 46, 48) made up of two pairs of lobes with the lobes of each pair 180 degrees apart such that the lobes of each pair are aligned along a respective axis. each said boss (30, 32) has multiple lobes (42, 44, 46, 48, 50, 242, 244, 246, 248) extending radially from an exterior surface of the boss (30, 32), Characterised in that: one of said bosses having two said lobes (48, 50) 180 degrees apart and oriented relative to the bearing cap such that they are intersected by a plane that is parallel to a longitudinal axis of the bearing bore (12, 14) and the others of said bosses having four lobes (42, 44, 46, 48) made up of two pairs of lobes with the lobes of each pair 180 degrees apart such that the lobes of each pair are aligned along a respective axis. one of said bosses having two said lobes (48, 50) 180 degrees apart and oriented relative to the bearing cap such that they are intersected by a plane that is parallel to a longitudinal axis of the bearing bore (12, 14) and the others of said bosses having four lobes (42, 44, 46, 48) made up of two pairs of lobes with the lobes of each pair 180 degrees apart such that the lobes of each pair are aligned along a respective axis.
Motor vehicle glove box comprising a receptacle intended to be formed in a dashboard of the vehicle and a door mounted so as to be movable between a substantially horizontal open position in which an opening of the receptacle is opened up and a substantially vertical closed position in which the opening of the receptacle is closed off, the horizontal and vertical directions being considered when the receptacle is built into the dashboard, the door of the glove box comprising, in an upper region arranged opposite the knees of a passenger, when the receptacle is built into the dashboard, a line which is frangible in the event of contact by the knees of the passenger during an impact so as to absorb the energy of the impact by deformation of the door toward the inside of the receptacle, characterized in that the wall of the door comprises a recessed horizontal groove at the bottom of which the thickness of the wall is reduced so as to constitute the frangible line, and in that the groove is constituted by a deformation of the wall of the door forming a protuberance on an inner face of the wall of the door.