mhurhangee/ep-ind-claims huggingface dataset:
A method for power saving of NodeB, comprising: when a first condition is met, the NodeB entering a power saving mode, and at least one multi-input multi-output MIMO cell of the NodeB being reconfigured as a non-MIMO cell; when a second condition is met, the NodeB entering a normal mode, and at least one non-MIMO cell of the NodeB being reconfigured as a MIMO cell, the method further comprising: before the MIMO cell is reconfigured to the non-MIMO cell, a NodeB controller notifying user equipment UE that the MIMO cell will be reconfigured as the non-MIMO cell in connection frame number, CFN, through a system information block SIB message with the CFN, a reconfiguration message with the CFN or a customized message with the CFN. when a first condition is met, the NodeB entering a power saving mode, and at least one multi-input multi-output MIMO cell of the NodeB being reconfigured as a non-MIMO cell; when a second condition is met, the NodeB entering a normal mode, and at least one non-MIMO cell of the NodeB being reconfigured as a MIMO cell, the method further comprising: before the MIMO cell is reconfigured to the non-MIMO cell, a NodeB controller notifying user equipment UE that the MIMO cell will be reconfigured as the non-MIMO cell in connection frame number, CFN, through a system information block SIB message with the CFN, a reconfiguration message with the CFN or a customized message with the CFN.
Gate comprising a stabilizable escape door, comprising - a gate plate 1 and - an escape door 2, which is mounted, so as to be pivotable, in a recess 11, which originates from the gate lower edge 12 of the gate plate 1, and - at least three base profiles 13, - which are coaxial at least in pairs and - of which at least two are disposed on both sides of the recess 11 in the region of the gate lower edge 12 and - of which at least one is fastened in the region of the lower edge 13 of the escape door 2, and - at least two elongated stabilizers 3, which are displaceable within the base profiles 13, along the longitudinal axis 14 thereof, wherein - the stabilizers 3 have play with respect to the inner wall 15 of the base profile 13 that surrounds them and - on each stabilizer 3 at least two pressure plates 31 are disposed, characterised in that, with the escape door 2 open, a first stabilizer 3 can be positioned exclusively in the region of the escape door 2 and a second stabilizer 3 can be positioned exclusively in the region of the gate plate 1, and, with the escape door 2 closed and with the fixing released, the stabilizers 3 can be displaced in the escape door 2 and/or in the gate plate 1 to a position at which the two stabilizers 3 bridge both joints between the escape door 2 and gate plate 1 and the pressure plates 31 can be connected play-free with the surrounding base profile 13. - a gate plate 1 and - an escape door 2, which is mounted, so as to be pivotable, in a recess 11, which originates from the gate lower edge 12 of the gate plate 1, and - at least three base profiles 13, - which are coaxial at least in pairs and - of which at least two are disposed on both sides of the recess 11 in the region of the gate lower edge 12 and - of which at least one is fastened in the region of the lower edge 13 of the escape door 2, and - which are coaxial at least in pairs and - of which at least two are disposed on both sides of the recess 11 in the region of the gate lower edge 12 and - of which at least one is fastened in the region of the lower edge 13 of the escape door 2, and - at least two elongated stabilizers 3, which are displaceable within the base profiles 13, along the longitudinal axis 14 thereof, wherein - the stabilizers 3 have play with respect to the inner wall 15 of the base profile 13 that surrounds them and - on each stabilizer 3 at least two pressure plates 31 are disposed, characterised in that, with the escape door 2 open, a first stabilizer 3 can be positioned exclusively in the region of the escape door 2 and a second stabilizer 3 can be positioned exclusively in the region of the gate plate 1, and, with the escape door 2 closed and with the fixing released, the stabilizers 3 can be displaced in the escape door 2 and/or in the gate plate 1 to a position at which the two stabilizers 3 bridge both joints between the escape door 2 and gate plate 1 and the pressure plates 31 can be connected play-free with the surrounding base profile 13.
A gas turbine engine comprising first and second mechanical drives (23a, 23b) extending from a low pressure power turbine rotor in opposite directions for driving at least two independent mechanical loads (16, 22) disposed on opposed sides of the low pressure power turbine rotor, wherein the low pressure power turbine rotor is rotatable about an engine axis the first mechanical drive comprises a low pressure power turbine shaft extending axially from the low pressure power turbine rotor in a first axial direction, the second mechanical drive comprises a compressor drive shaft extending axially from the low pressure power turbine rotor in a second axial direction, the second axial direction is opposite to the first axial direction, the gas turbine engine is configured as a turboprop engine or a turboshaft engine, the at least two independent mechanical loads (16, 22) comprise a propeller or helicopter rotor and a low pressure compressor drivingly connected to the compressor drive shaft, characterised in that the low pressure compressor is drivingly connected to the compressor drive shaft via a gear train, and the gear train is configured to increase the speed of the low pressure compressor relative to the low pressure power turbine rotor.
A system to trigger cross-layer optimizations in a network, the system comprising following elements: - an application Cross Stratum Optimization, CSO, gateway coupleable to an application layer, the application CSO gateway adapted to configure and monitor a plurality of Data Center Elements which store a plurality of computing resources; and - a network CSO gateway, coupleable to a network layer, the network CSO gateway adapted to configure and monitor a plurality of Network Elements by using information stored in a Network Related Data module using a Network Processes module and to communicate with said application CSO gateway adapted to configure connections between a plurality of Data Centers, each one of said plurality of Data Centers including one of said Data Center Elements, wherein the system is characterized in that it further comprises: - a Client entity coupleable to a Network Element or to a Data Center Element, the Client entity configured to monitor a segment of the network where said Client entity is located by means of metering a plurality of parameters, and the Client entity adapted to produce monitored network information; - an IT-Aware Network Controller coupleable to said network layer, the IT-Aware network Controller configured to interact with said application layer and to run operations in the network including execution of said triggering based on at least said monitored network information and on information regarding said plurality of Data Center Elements; and - a plurality of interfaces coupling the different elements of the system allowing the interconnection and communication between them. - an application Cross Stratum Optimization, CSO, gateway coupleable to an application layer, the application CSO gateway adapted to configure and monitor a plurality of Data Center Elements which store a plurality of computing resources; and - a network CSO gateway, coupleable to a network layer, the network CSO gateway adapted to configure and monitor a plurality of Network Elements by using information stored in a Network Related Data module using a Network Processes module and to communicate with said application CSO gateway adapted to configure connections between a plurality of Data Centers, each one of said plurality of Data Centers including one of said Data Center Elements, - a Client entity coupleable to a Network Element or to a Data Center Element, the Client entity configured to monitor a segment of the network where said Client entity is located by means of metering a plurality of parameters, and the Client entity adapted to produce monitored network information; - an IT-Aware Network Controller coupleable to said network layer, the IT-Aware network Controller configured to interact with said application layer and to run operations in the network including execution of said triggering based on at least said monitored network information and on information regarding said plurality of Data Center Elements; and - a plurality of interfaces coupling the different elements of the system allowing the interconnection and communication between them.
A spatial reuse, SR, method of a first station, STA, associated with a first basic service set, BSS, in a wireless local area network, WLAN, system, the SR method comprising: receiving an inter-BSS physical protocol data unit, PPDU, from an AP or a second STA associated with a second BSS different from the first BSS, wherein the inter-BSS PPDU comprises a physical, PHY, preamble and an inter-BBS frame, wherein a high efficiency, HE, -signal, SIG, A field of the PHY preamble comprises an SR indicator indicating whether SR is allowed; executing a clear channel assessment, CCA, on a channel based on a CCA level which is a criterion by which a busy or idle state of the channel is determined when the SR indicator indicates that SR is allowed, wherein, when the CCA level applied in a 20 MHz channel is set to a reference threshold value, the CCA level applied in a greater channel than the 20 MHz channel is calculated by adding a predetermined value to the reference threshold value; and wherein when the PPDU is an UL PPDU, a first CCA level is applied to the CCA level, and wherein when the PPDU is a DL PPDU, a second CCA level smaller than the first CCA level is applied to the CCA level; transmitting a signal through the channel when the channel is in the idle state as a result of the execution of the CCA. receiving an inter-BSS physical protocol data unit, PPDU, from an AP or a second STA associated with a second BSS different from the first BSS, wherein the inter-BSS PPDU comprises a physical, PHY, preamble and an inter-BBS frame, wherein a high efficiency, HE, -signal, SIG, A field of the PHY preamble comprises an SR indicator indicating whether SR is allowed; executing a clear channel assessment, CCA, on a channel based on a CCA level which is a criterion by which a busy or idle state of the channel is determined when the SR indicator indicates that SR is allowed, wherein, when the CCA level applied in a 20 MHz channel is set to a reference threshold value, the CCA level applied in a greater channel than the 20 MHz channel is calculated by adding a predetermined value to the reference threshold value; and wherein when the PPDU is an UL PPDU, a first CCA level is applied to the CCA level, and wherein when the PPDU is a DL PPDU, a second CCA level smaller than the first CCA level is applied to the CCA level; transmitting a signal through the channel when the channel is in the idle state as a result of the execution of the CCA.
An inkjet printer for the labeling of goods, - with a print head having a cylindrically delimited housing, a latching lug and a circumferentially extending groove are formed on the housing in a rear region in the vicinity of a rear face of the housing, and - with an annular collar having a cylindrically delimited inner wall adapted to the housing and gripping around the housing, wherein the housing is, on the one hand, capable of being fixed and, on the other hand, rotatable and axially movable relative to the annular collar, the annular collar comprises a) a connection for a stand, b) a bore hole on the axial level of the groove, which bore hole extends in the radial direction in the annular collar, c) a fixing projection located in the bore hole and having a head located outside an outer shell of the annular collar, and d) several latching recesses for the latching lug, which latching recesses have a zero-degree latching recess and several angle latching recesses disposed in predefined angular positions next to the zero-degrees latching recess, wherein, when the latching lug is located in one of the latching recesses, the bore hole is located radially above the groove. - with a print head having a cylindrically delimited housing, a latching lug and a circumferentially extending groove are formed on the housing in a rear region in the vicinity of a rear face of the housing, and - with an annular collar having a cylindrically delimited inner wall adapted to the housing and gripping around the housing, wherein the housing is, on the one hand, capable of being fixed and, on the other hand, rotatable and axially movable relative to the annular collar, the annular collar comprises a) a connection for a stand, b) a bore hole on the axial level of the groove, which bore hole extends in the radial direction in the annular collar, c) a fixing projection located in the bore hole and having a head located outside an outer shell of the annular collar, and d) several latching recesses for the latching lug, which latching recesses have a zero-degree latching recess and several angle latching recesses disposed in predefined angular positions next to the zero-degrees latching recess, wherein, when the latching lug is located in one of the latching recesses, the bore hole is located radially above the groove.
A barbell grip (100a, 100b) comprising: a generally cylindrical main body having a longitudinal axis, and having a generally circular first end and an opposing generally circular second end, an internal bore extending through said main body from said first end to said second end, said bore not parallel to said longitudinal axis but diverging from said longitudinal axis at an angle of substantially five degrees or greater, a slit sectioning said main body from an outer surface thereof to said internal bore, said slit disposed parallel to said longitudinal axis of said main body, and a first exterior main groove (140, 140a) extending from said first end to said second end and overlying said internal bore to indicate the location and angle of said internal bore to a user. a generally cylindrical main body having a longitudinal axis, and having a generally circular first end and an opposing generally circular second end, an internal bore extending through said main body from said first end to said second end, said bore not parallel to said longitudinal axis but diverging from said longitudinal axis at an angle of substantially five degrees or greater, a slit sectioning said main body from an outer surface thereof to said internal bore, said slit disposed parallel to said longitudinal axis of said main body, and a first exterior main groove (140, 140a) extending from said first end to said second end and overlying said internal bore to indicate the location and angle of said internal bore to a user.
A radar apparatus comprising: a slave radar chip; a master radar chip coupled to the slave radar chip, the master radar chip including a local oscillator configured to generate a transmit signal, wherein the slave radar chip is configured to receive the transmit signal on a first path from the master radar chip; and an external path coupled to the master radar chip and configured to receive the transmit signal from the master radar chip and provide the transmit signal back to the master radar chip, wherein a routing delay of the first path is equal to a routing delay on the external path. a slave radar chip; a master radar chip coupled to the slave radar chip, the master radar chip including a local oscillator configured to generate a transmit signal, wherein the slave radar chip is configured to receive the transmit signal on a first path from the master radar chip; and an external path coupled to the master radar chip and configured to receive the transmit signal from the master radar chip and provide the transmit signal back to the master radar chip, wherein a routing delay of the first path is equal to a routing delay on the external path.
A pharmaceutical combination preparation comprising a fimasartan, a pharmaceutically acceptable salt thereof, an optical isomer or a diastereomer thereof or a mixture of an optical isomer and diastereomer thereof, or a hydrate or a solvate thereof; a rosuvastatin, a pharmaceutically acceptable salt thereof, an optical isomer or a diastereomer thereof or a mixture of an optical isomer and diastereomer thereof, or a hydrate or a solvate thereof; and a meglumine.
Foil removal device for removing a foil from a tire tread in a removal direction, wherein the foil removal device comprises a foil collection unit with a winding element (61, 62) for collecting the foil and a winding drive for driving the winding element in a winding rotation about a winding axis, characterized in that the winding element (61, 62) is arranged for receiving the foil at or near one of the ends of the foil, wherein the foil removal device further comprises a gripper that is arranged for engaging the foil in a gripping position at or near the one end of the foil prior to the removal of the foil and a gripper drive that is arranged for moving the gripper from the gripping position towards the foil collection unit to partially remove the foil from the tire tread, wherein the gripper is arranged for releasing the removed part of the foil when the foil collection unit has received the removed part of the foil at or near the one end of the foil, wherein, after receiving the removed part of the foil, the winding drive is arranged for driving the winding element (61, 62) over several revolutions to engage and subsequently remove the foil by winding the foil around the winding element (61, 62) over several revolutions about the winding axis, wherein the removal device comprises a displacement drive (9, 64) that is arranged for moving the foil collection unit relative to the tire tread in the removal direction simultaneously with the winding drive driving the winding element (61, 62).
Key for a lock cylinder, wherein the key has a key shank which extends parallel to a longitudinal direction and which has two key broad side faces (32, 32'), wherein the key shank extends between a key head and a key tip opposite the key head, wherein the key furthermore has at least one rib which protrudes from one of the key broad side faces (32, 32'), wherein the rib has at least two control planes (68, 70) lying next to each other in the longitudinal direction, wherein a rib-outer control plane has a tip portion which extends from a key-tip-side end of the rib-outer control plane, characterized in that the length of the tip portion in the longitudinal direction is smaller than or equal to the width of the tip portion perpendicular to the longitudinal direction and parallel to the key broad side faces (32, 32').
A method for transmitting broadcast signals, the method comprising: LDPC encoding Data Pipe, DP, data corresponding to each of a plurality of DPs by appending parity bits, wherein the each of a plurality of DPs carries at least one service; mapping the encoded DP data onto constellations; time interleaving the mapped DP data by using a Time Interleaving, TI, block, wherein the TI block includes Forward Error Correction, FEC, blocks having the mapped DP data, wherein the time interleaving includes: column-wise writing the FEC blocks of the TI block into a first column to a last column of a TI memory; and diagonal-wise reading cells of the written FEC blocks from a first row to a last row of the TI memory, wherein the TI block includes at least one virtual FEC block when a number of the FEC blocks of the TI block is smaller than a maximum number of FEC blocks of a TI block, wherein virtual cells corresponding to the at least one virtual FEC block are skipped during the diagonal-wise reading; building at least one signal frame by mapping the time interleaved DP data; modulating data in the built at least one signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme; and transmitting the broadcast signals having the modulated data. encoding Data Pipe, DP, data corresponding to each of a plurality of DPs by appending parity bits, wherein the each of a plurality of DPs carries at least one service; mapping the encoded DP data onto constellations; time interleaving the mapped DP data by using a Time Interleaving, TI, block, wherein the TI block includes Forward Error Correction, FEC, blocks having the mapped DP data, column-wise writing the FEC blocks of the TI block into a first column to a last column of a TI memory; and diagonal-wise reading cells of the written FEC blocks from a first row to a last row of the TI memory, building at least one signal frame by mapping the time interleaved DP data; modulating data in the built at least one signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme; and transmitting the broadcast signals having the modulated data.
A method for resource management in a heterogeneous wireless communication system, comprising a number of access networks (AN1, AN2) of different type, at least some of them having a resource management entity being responsible for executing flows between a number of user equipment and the respective access network, comprising the steps of: - providing a flow descriptor comprising flow specific properties for each flow within the heterogeneous wireless communication system; - storing all of the provided flow descriptors within a common flow descriptor pool; - checking the flow descriptors in the common flow descriptor pool whether their respective flow specific properties are able to be served by the access networks; and - allocating resources by the access networks for a flow based on evaluating the common flow descriptor pool. - providing a flow descriptor comprising flow specific properties for each flow within the heterogeneous wireless communication system; - storing all of the provided flow descriptors within a common flow descriptor pool; - checking the flow descriptors in the common flow descriptor pool whether their respective flow specific properties are able to be served by the access networks; and - allocating resources by the access networks for a flow based on evaluating the common flow descriptor pool.
An analysis cell for the analysis, at very high pressure and high temperature, of fluid samples comprising a cylinder in which an axially translatable piston is housed that defines, with the end walls of the cylinder, a closed compression chamber in which the sample is confined, characterized in that the walls of said chamber are provided with at least one bore designed for sealably receiving an optical measuring element movable inside said chamber between a retracted position retracted in the bore to allow the piston to pass, and a measuring position in which it protrudes in said chamber.
Refrigeration appliance, in particular a household refrigeration appliance, with a storage chamber which can be cooled to below 0°C and a water supply feeding into the storage chamber, wherein the water supply is formed by a resiliently expandable pipeline, at least inside the storage chamber, characterised in that the pipeline is surrounded by a sleeve (21; 24; 28; 29) on at least one part of its length, wherein the sleeve (21; 24; 28, 29) is dimensioned such that it inhibits an expansion of the pipeline beyond its resiliency limit.
Fixed bearing for a steering gear having a rotary bearing which comprises an inner bearing shell which is provided for receiving a pinion shaft of the steering gear, and an outer bearing shell which is accommodated in a bearing bushing, and having a pivoting ring which has an outer ring and an inner ring which are pivotably connected via one or more torsion webs, wherein the outer ring is provided for supporting the fixed bearing in a housing of the steering gear, characterized in that the inner ring of the pivoting ring is mounted and axially secured on the outside of the bearing bushing.