mhurhangee/patent-ind-claim-en huggingface dataset:
A User Equipment, UE , comprising: a transmission and/or reception unit configured to perform an attach procedure; and a control unit , wherein in the attach procedure, the transmission and/or reception unit is further configured to: transmit an ATTACH REQUEST message to a Mobility Management Entity, MME ; receive an ATTACH ACCEPT message from the MME ; and transmit an ATTACH COMPLETE message to the MME , the UE being configured to indicate that, based on the transmission of the ATTACH REQUEST message, the UE supports to perform a first processing, and the UE requests to use the first processing, the ATTACH ACCEPT message includes a network capability information indicating that performing for the first processing is supported, the control unit is configured to: interpret that performing for the first processing is accepted, based on the reception of the network capability information; and perform the first processing, after completion of the attach procedure, and the first processing is a processing that the UE transmits and/or receives user data via the MME by using a communication path for transmitting and/or receiving a control message. a transmission and/or reception unit configured to perform an attach procedure; and a control unit , wherein in the attach procedure, the transmission and/or reception unit is further configured to: transmit an ATTACH REQUEST message to a Mobility Management Entity, MME ; receive an ATTACH ACCEPT message from the MME ; and transmit an ATTACH COMPLETE message to the MME , transmit an ATTACH REQUEST message to a Mobility Management Entity, MME ; receive an ATTACH ACCEPT message from the MME ; and transmit an ATTACH COMPLETE message to the MME , the UE being configured to indicate that, based on the transmission of the ATTACH REQUEST message, the UE supports to perform a first processing, and the UE requests to use the first processing, the ATTACH ACCEPT message includes a network capability information indicating that performing for the first processing is supported, the control unit is configured to: interpret that performing for the first processing is accepted, based on the reception of the network capability information; and perform the first processing, after completion of the attach procedure, and interpret that performing for the first processing is accepted, based on the reception of the network capability information; and perform the first processing, after completion of the attach procedure, and the first processing is a processing that the UE transmits and/or receives user data via the MME by using a communication path for transmitting and/or receiving a control message.
A base station apparatus in a 3GPP LTE or LTE-A system, configured to communicate with a terminal apparatus , the base station apparatus comprising: a higher layer processing unit configured to configure the terminal apparatus with a multiuser superposition transmission, MUST, operation, a transmission unit configured to transmit downlink data on a physical downlink shared channel, PDSCH, and downlink control information, DCI, on a physical downlink control channel, PDCCH, and a modulation unit configured to take a plurality of bits in the downlink data as input and produce modulation symbols based on a modulation mapping according to a modulation scheme, wherein in a case where the transmission unit transmits the DCI in any of transmission modes 8-10, the DCI does not include power allocation information, in a case where the transmission unit transmits the DCI in a transmission mode that is a transmission mode being any of transmission modes 1-6, the DCI includes the power allocation information, the power allocation information including one of a plurality of values related to power ratios, and in a case where the one of the plurality of values is equal to a first value and other than a specific value indicating "0", a first ratio and a second ratio are determined based on the first value, in which the first ratio is related to a first transmission power and the second ratio is related to a second transmission power, the first transmission power being for the terminal apparatus and the second transmission power being not for the terminal apparatus . a higher layer processing unit configured to configure the terminal apparatus with a multiuser superposition transmission, MUST, operation, a transmission unit configured to transmit downlink data on a physical downlink shared channel, PDSCH, and downlink control information, DCI, on a physical downlink control channel, PDCCH, and a modulation unit configured to take a plurality of bits in the downlink data as input and produce modulation symbols based on a modulation mapping according to a modulation scheme, wherein in a case where the transmission unit transmits the DCI in any of transmission modes 8-10, the DCI does not include power allocation information, in a case where the transmission unit transmits the DCI in a transmission mode that is a transmission mode being any of transmission modes 1-6, the DCI includes the power allocation information, the power allocation information including one of a plurality of values related to power ratios, and in a case where the one of the plurality of values is equal to a first value and other than a specific value indicating "0", a first ratio and a second ratio are determined based on the first value, in which the first ratio is related to a first transmission power and the second ratio is related to a second transmission power, the first transmission power being for the terminal apparatus and the second transmission power being not for the terminal apparatus .
A use of a lead-through for the installation in a wall or floor element of a building, the lead-through comprises a tube element and a closure locking the tube element regarding a longitudinal direction of the tube element , as well as comprising further a drainage duct with a smaller cross-section in comparison to the tube element , through which water located on one side of the closure in the tube element can be drained to the other side, in which use the tube element keeps clear a through opening between two opposing sides of the wall or floor element, wherein outside of the building a protective tube is connected to the lead-through opening and thereby at least indirectly connected to the tube element of the lead-through , in said protective tube a line is then laid outside of the building, which is then led through in the longitudinal direction of the tube element through the wall or floor element, wherein before the laying of the line, initially water, which can accumulate in the protective tube, is drained through the drainage duct into the inside of the building and thereafter the closure is removed. the lead-through comprises a tube element and a closure locking the tube element regarding a longitudinal direction of the tube element , as well as comprising further a drainage duct with a smaller cross-section in comparison to the tube element , through which water located on one side of the closure in the tube element can be drained to the other side,
A method of forming a roll of convolutely wound web material (W, N) comprising the steps of: a) applying an adhesive to an elongated mandrel ; b) winding a web material (W, N) around said mandrel to form a roll of convolutely wound web material (W, N); c) rotating the mandrel relative to the roll to smear the adhesive; d) pulling the mandrel longitudinally; and e) removing the mandrel from the roll . a) applying an adhesive to an elongated mandrel ; b) winding a web material (W, N) around said mandrel to form a roll of convolutely wound web material (W, N); c) rotating the mandrel relative to the roll to smear the adhesive; d) pulling the mandrel longitudinally; and e) removing the mandrel from the roll .
A method of wireless communications at a network entity , comprising: generating a demodulation reference signal, DMRS, sequence in a frequency domain; applying a phase offset to the DMRS sequence to obtain an offset DMRS sequence, wherein a phase of a DMRS corresponds to the phase offset; transmitting signaling information within the phase of the DMRS in one or more resource elements of physical broadcast channel, PBCH, symbols within a bandwidth of a primary synchronization signal and a secondary synchronization signal of a synchronization signal block; wherein transmitting the signaling information includes at least one of: forgoing transmission of the signaling information outside the bandwidth of the primary synchronization signal or the secondary synchronization signal, or transmitting distinct signaling information different from the signaling information carried by the DMRS outside the bandwidth of the primary synchronization signal or the bandwidth of the secondary synchronization signal. generating a demodulation reference signal, DMRS, sequence in a frequency domain; applying a phase offset to the DMRS sequence to obtain an offset DMRS sequence, wherein a phase of a DMRS corresponds to the phase offset; transmitting signaling information within the phase of the DMRS in one or more resource elements of physical broadcast channel, PBCH, symbols within a bandwidth of a primary synchronization signal and a secondary synchronization signal of a synchronization signal block; wherein transmitting the signaling information includes at least one of: forgoing transmission of the signaling information outside the bandwidth of the primary synchronization signal or the secondary synchronization signal, or transmitting distinct signaling information different from the signaling information carried by the DMRS outside the bandwidth of the primary synchronization signal or the bandwidth of the secondary synchronization signal. forgoing transmission of the signaling information outside the bandwidth of the primary synchronization signal or the secondary synchronization signal, or transmitting distinct signaling information different from the signaling information carried by the DMRS outside the bandwidth of the primary synchronization signal or the bandwidth of the secondary synchronization signal.
An apparatus for a multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on multiple tracks are simultaneously cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region, said apparatus comprising a material store which comprises a rotatably supported material roll for each track (S); and a removal device which is configured for a rolling off of the material webs individually per track from the material rolls , characterized in that the removal device comprises a roll-off drive for each track, said roll-off drive being in form-fitted engagement or force-transmitting engagement with the material roll or with the wound material web in an active state.
A method in a user equipment for interference mitigation in a dynamic time division duplex system, wherein the user equipment , a serving base station serving the user equipment , at least one neighboring base station and at least one neighboring user equipment served by the at least neighboring base station are comprised in the dynamic time division duplex system, the method comprising: obtaining (S301) link direction information and at least one transmission parameter, wherein the link direction information and the at least one transmission parameter are associated with downlink transmission of the at least one neighboring base station or uplink transmission of the at least one neighboring user equipment ; determining (S504) whether or not to mitigate the interference based on a blind detection of an interference reference signal; and if it is determined to mitigate the interference, mitigating (S302) interference caused by the downlink transmission or uplink transmission based upon the link direction information and the at least one transmission parameter. determining (S504) whether or not to mitigate the interference based on a blind detection of an interference reference signal; and if it is determined to mitigate the interference, mitigating (S302) interference caused by the downlink transmission or uplink transmission based upon the link direction information and the at least one transmission parameter.
A system for directing content among a plurality of display devices, the system comprising: a first device having a first display for displaying content that may be selected; and at least a second device having a second display; the system is characterised in that it further comprises: a motor mechanism in communication with the second device for adjusting a position of the second device; an input command causing content displayed at the first device to be selected; and a processor in communication with the first device, at least the second device and the motor mechanism wherein the processor receives the input command from the first device, causes the motor mechanism to adjust a position of the second device, the processor dynamically adjusts the position of the second device and display settings of the second device based on the selected content causing the selected content to be displayed by at least the second device. a first device having a first display for displaying content that may be selected; and at least a second device having a second display; a motor mechanism in communication with the second device for adjusting a position of the second device; an input command causing content displayed at the first device to be selected; and a processor in communication with the first device, at least the second device and the motor mechanism wherein the processor receives the input command from the first device, causes the motor mechanism to adjust a position of the second device, the processor dynamically adjusts the position of the second device and display settings of the second device based on the selected content causing the selected content to be displayed by at least the second device.
Bicycle brake disk for a hydraulic disk brake comprising a brake band made from a first material having a high thermal resistance and an inner part made from a second material having a higher thermal conductivity than the first material, the brake band having a plurality of recesses in which extensions of the inner part engage, characterized in that the extensions of the inner part each have at least one portion in which the width of the extension increases radially outwards in the circumferential direction of the bicycle brake disk .
Battery connector actuation system for establishing and releasing an insertion connection of at least one battery-side connector unit and at least one vehicle-side connector unit in a vehicle, in particular an industrial truck, comprising: - a main body ; - a first receiving unit for the at least one battery-side connector unit, which is movably guided on the main body in an insertion and removal direction (L); - a second receiving unit for the at least one vehicle-side connector unit, which is fixedly associated with the main body; - an actuating lever which is pivotably articulated on the main body; and - at least one driver element which is articulated to the actuating lever on one side and is movably guided on the main body on the other side; wherein the first receiving unit and the driver element are designed in such a way that when the actuating lever is pivoted at a force transmission point (K), a force is transmitted from the driver element to the first receiving unit , which causes a movement of the first receiving unit in the insertion or removal direction (L); characterised in that the force transmission point (K) between the driver element and the first receiving unit in the insertion direction (L) of the battery-side connector unit is located behind the insertion connection point of the two connector units, the first receiving unit having at least one hook element on the front face thereof in the insertion direction (L), which hook element is designed to engage with a counter element of the driver element , the engagement only being present in a predetermined pivot angle range of the actuating lever . - a main body ; - a first receiving unit for the at least one battery-side connector unit, which is movably guided on the main body in an insertion and removal direction (L); - a second receiving unit for the at least one vehicle-side connector unit, which is fixedly associated with the main body; - an actuating lever which is pivotably articulated on the main body; and - at least one driver element which is articulated to the actuating lever on one side and is movably guided on the main body on the other side;
A nasal implant for changing or supporting an aspect of a body structure or shape of the nose comprising: a body comprising a distal end ; a proximal end ; a proximal feature disposed at the proximal end and defined by a blunt end, a central portion disposed between the proximal end and the distal end, wherein the central portion comprises a plurality of ribs , and a strain relief section at the proximal end having a smaller cross-sectional area than another portion of the implant, the strain relief section adapted to work in conjunction with the proximal feature to hold the implant in a tissue; and a first arm and a second arm disposed at the distal end , the first arm and the second arm each having a proximal end fixed to the body and a distal end not fixed to the body, and the distal end of the first arm and the distal end of the second arm being adapted to move away from a central longitudinal axis of the body from a delivery configuration toward a deployed configuration. a body comprising a distal end ; a proximal end ; a proximal feature disposed at the proximal end and defined by a blunt end, a central portion disposed between the proximal end and the distal end, a distal end ; a proximal end ; a proximal feature disposed at the proximal end and defined by a blunt end, a central portion disposed between the proximal end and the distal end, wherein the central portion comprises a plurality of ribs , and a strain relief section at the proximal end having a smaller cross-sectional area than another portion of the implant, the strain relief section adapted to work in conjunction with the proximal feature to hold the implant in a tissue; and a first arm and a second arm disposed at the distal end , the first arm and the second arm each having a proximal end fixed to the body and a distal end not fixed to the body, and the distal end of the first arm and the distal end of the second arm being adapted to move away from a central longitudinal axis of the body from a delivery configuration toward a deployed configuration.
A sample probe system , comprising: a sample probe assembly comprising a transducer and a sample probe ; an air supply assembly comprising a piezoelectric pump configured to supply an air flow to the sample probe assembly such that an air flow exits the sample probe ; wherein the transducer is configured to detect a pressure change in the air flow and to provide signals to a control system of the sample probe system which is configured to determine a relative location of the sample probe with respect to a sample based on pressure changes in the air flow detected by the transducer , characterized in that the piezoelectric pump is an ultrasonic pump which receives an input voltage at a frequency greater than 20 kHz. a sample probe assembly comprising a transducer and a sample probe ; an air supply assembly comprising a piezoelectric pump configured to supply an air flow to the sample probe assembly such that an air flow exits the sample probe ; wherein the transducer is configured to detect a pressure change in the air flow and to provide signals to a control system of the sample probe system which is configured to determine a relative location of the sample probe with respect to a sample based on pressure changes in the air flow detected by the transducer , characterized in that the piezoelectric pump is an ultrasonic pump which receives an input voltage at a frequency greater than 20 kHz.
Self-sealing tyre sealant comprising at least one filler in the form of particles having expandable and/or compressible properties, wherein the filler comprises at least one material selected from the group comprising a) materials with porous structures, such as cork, ethylene-vinyl acetate (EVA), polyurethane foam, polylactide (PLA), polyvinylalcohol (PVA), metal alloys such as cobalt-chromium, and b) elastic materials through flexible chemical bonds, such as rubber, in particular recycled vulcanized rubber, and materials containing LnN 6 units and/or FeC 6 units, wherein the tyre sealant contains 50% to 75% by weight of at least one polyolefin having a number average of the molecular weight distribution Mn by GPC of 400 to 2500 g/mol, wherein the particle size of the at least one filler is 10 μm (micrometres) to 10 mm (millimetres) and wherein the tyre sealant contains 0.2% to 10% by weight of the at least one expandable and/or compressible filler.
A method for use in a user equipment, UE being a Machine-Type Communications device, comprising: receiving one or more symbols at the start of a first transmission time interval, TTI, of a channel, wherein the channel is a broadcast channel; obtaining a signal quality estimate based on at least one of the one or more symbols; comparing the signal quality estimate to a signal quality threshold; and determining , based on the comparison, whether to process the broadcast channel in the first TTI, wherein prior to receiving the one or more symbols, the method further comprises: receiving a request to perform one or more operations related to the broadcast channel within a time period, the time period comprising at least two TTIs of the channel, wherein the one or more operations related to the channel comprise one or more of: acquiring a master information block, MIB; and acquiring a master information block narrowband, MIB-NB, and wherein processing the channel comprises at least one of: acquiring a MIB; and acquiring a MIB-NB receiving one or more symbols at the start of a first transmission time interval, TTI, of a channel, wherein the channel is a broadcast channel; obtaining a signal quality estimate based on at least one of the one or more symbols; comparing the signal quality estimate to a signal quality threshold; and determining , based on the comparison, whether to process the broadcast channel in the first TTI, wherein prior to receiving the one or more symbols, the method further comprises: receiving a request to perform one or more operations related to the broadcast channel within a time period, the time period comprising at least two TTIs of the channel, wherein the one or more operations related to the channel comprise one or more of: acquiring a master information block, MIB; and acquiring a master information block narrowband, MIB-NB, acquiring a master information block, MIB; and acquiring a master information block narrowband, MIB-NB, acquiring a MIB; and acquiring a MIB-NB