mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE, performing cell activation, the method comprising: receiving a duplication activation command for a first duplicate radio bearer, RB; activating duplication for the first duplicate RB based on the duplication activation command, wherein the first duplicate RB includes a first RLC entity and a second RLC entity, the first RLC entity is associated with a first cell being mapped to the first duplicate RB, and the second RLC entity is associated with a second cell being mapped to the first duplicate RB; characterized by checking whether the first cell and the second cell are activated or de-activated; based on the first cell is deactivated and the second cell is activated, activating the first cell without receiving an activation/deactivation MAC CE for the first cell; and duplicating packet data convergence protocol, PDCP, protocol data unit, PDU, of the first duplicate RB. receiving a duplication activation command for a first duplicate radio bearer, RB; activating duplication for the first duplicate RB based on the duplication activation command, wherein the first duplicate RB includes a first RLC entity and a second RLC entity, the first RLC entity is associated with a first cell being mapped to the first duplicate RB, and the second RLC entity is associated with a second cell being mapped to the first duplicate RB; characterized by checking whether the first cell and the second cell are activated or de-activated; based on the first cell is deactivated and the second cell is activated, activating the first cell without receiving an activation/deactivation MAC CE for the first cell; and duplicating packet data convergence protocol, PDCP, protocol data unit, PDU, of the first duplicate RB.
Method for machining a plate-type workpiece comprising the following steps: a) preparing a plate-type workpiece which is surrounded at least in part with a protective film b) delivering a protective film separating device up to the workpiece in the region of the surface thereof which is covered with a protective film nearby a narrow side of the workpiece in the delivery direction (Z) perpendicular to the surface; c) moving the workpiece and the protective film separating device relative to one another along a feed direction (X) wherein the protective film is then weakened and/or separated along a path characterised in that after weakening and/or separating the protective film a part of the narrow side of the workpiece is machined away so that material is removed in the removal direction (Y) perpendicular to the feed direction (X) and perpendicular to the delivery direction (Z) down to a predetermined narrow surface , wherein the predetermined narrow surface is coated with an adhesive tape. a) preparing a plate-type workpiece which is surrounded at least in part with a protective film b) delivering a protective film separating device up to the workpiece in the region of the surface thereof which is covered with a protective film nearby a narrow side of the workpiece in the delivery direction (Z) perpendicular to the surface; c) moving the workpiece and the protective film separating device relative to one another along a feed direction (X) wherein the protective film is then weakened and/or separated along a path
Cooling system using air to cool a brake disc in a wheel well of a motor vehicle , the motor vehicle having a front part and a rear part, an air flow (F1) being able to enter said wheel well from front to rear of the motor vehicle , when said vehicle is in motion, characterized in that the cooling system comprises a concave deflector oriented towards the front of the vehicle and towards the brake disc , so as to be able to deflect a first part (F2) of the air flow (F1) towards the brake disc while a second part (F3) of the air flow (F1) is deflected in an essentially vertical direction; and also an auxiliary deflector located essentially in line with the concave deflector in order to deflect said second part (F3) of the air flow (F1) towards the brake disc .
Structural assembly for a gas turbine engine , which has: - a fan , which comprises a fan disk and a plurality of fan blades , - a forked fan shaft coupled to the fan , which shaft comprises a radially outer fan shaft and a radially inner fan shaft arranged inside the radially outer fan shaft , wherein - the radially outer fan shaft is provided and designed to transmit a torque to the fan in normal operation of the fan , wherein the radially outer fan shaft is connected to the fan via a predetermined breaking point , - the radially outer fan shaft is mounted in a bearing , - the radially inner fan shaft is fixedly connected to the fan , - the radially inner fan shaft and the radially outer fan shaft merge into one another downstream of the bearing and are fixedly connected to one another at a connection point , and - the predetermined breaking point is designed such that it breaks when a fan blade is lost, characterised by a contact mechanism which is activated by a decrease in the rotational speed of the fan shafts and which couples the radially inner fan shaft to the radially outer fan shaft when the rotational speed of the fan shafts falls below a predefined rotational speed after the predetermined breaking point breaks, wherein, after the fan shafts have been coupled by the contact mechanism , forces acting radially are transmitted from the radially inner fan shaft to the radially outer fan shaft . - a fan , which comprises a fan disk and a plurality of fan blades , - a forked fan shaft coupled to the fan , which shaft comprises a radially outer fan shaft and a radially inner fan shaft arranged inside the radially outer fan shaft , wherein - the radially outer fan shaft is provided and designed to transmit a torque to the fan in normal operation of the fan , wherein the radially outer fan shaft is connected to the fan via a predetermined breaking point , - the radially outer fan shaft is mounted in a bearing , - the radially inner fan shaft is fixedly connected to the fan , - the radially inner fan shaft and the radially outer fan shaft merge into one another downstream of the bearing and are fixedly connected to one another at a connection point , and - the predetermined breaking point is designed such that it breaks when a fan blade is lost,
A nanowire FET stack device comprising: a substrate ; a first nanowire field effect transistor, FET ; a second nanowire FET positioned between the substrate and the first nanowire FET ; a first nanowire electrically coupled to the first nanowire FET and to the second nanowire FET , the first nanowire extending in a direction substantially perpendicular to the substrate; a common source line coupled to a source region of each of the first nanowire FET and the second nanowire FET ; a common drain line coupled to a drain region of each of the first nanowire FET and the second nanowire FET , wherein the first nanowire FET and the second nanowire FET are coupled in parallel with the common source line and the common drain line ; and a common gate line coupled to a gate region of each of the first nanowire FET and the second nanowire FET . a substrate ; a first nanowire field effect transistor, FET ; a second nanowire FET positioned between the substrate and the first nanowire FET ; a first nanowire electrically coupled to the first nanowire FET and to the second nanowire FET , the first nanowire extending in a direction substantially perpendicular to the substrate; a common source line coupled to a source region of each of the first nanowire FET and the second nanowire FET ; a common drain line coupled to a drain region of each of the first nanowire FET and the second nanowire FET , wherein the first nanowire FET and the second nanowire FET are coupled in parallel with the common source line and the common drain line ; and a common gate line coupled to a gate region of each of the first nanowire FET and the second nanowire FET .
Use of a composition, as a curing agent for a water-soluble phenol resin used to produce a mold, comprising a branched ester compound that is derived from a carboxylic acid having a branched chain, and an alcohol, and has 5 to 13 carbon atoms, wherein the branched ester compound has a structure represented by the following general formula (I) : wherein n is an integer of 1 to 7, X is H or R 3 OCO-, and R 1 , R 2 and R 3 , which may be the same or different, are each an alkyl group having 1 to 4 carbon atoms.
A soil cultivating machine , namely an agricultural weeding harrow , with a frame structure and with a plurality of harrow tines arranged spaced apart next to one another and in a plurality of rows one behind the other, which harrow tines are mounted pivotably with respect to the frame structure and are each coupled to a pretensioning device (50; 50.1; 50. 2), characterized in that the harrow tines are subdivided into at least one first group (G1) of harrow tines with a first pretensioning device (50; 50.1) formed by a motor-driven adjusting device and at least one second group (G2) of harrow tines with a second pretensioning device (50; 50.2) formed by a motor-driven adjusting device, and the first pretensioning device (50; 50.1) can be adjusted independently of the second pretensioning device (50; 50.2).
A method for feeding rectangular textile items to a treatment installation, wherein a respective singularized textile item is gripped at a portion of a periphery, it being determined before or after gripping the portion of the periphery of the textile item, in the case of a textile item having peripheries of unequal length, whether this is a portion of a short or a long periphery, and the respective singularized textile item is pulled onto or over a conveyor of the treatment installation that transports the textile item to the treatment installation or onto or over a loading conveyor of the treatment installation, characterized in that, as a function of the result of the determination of the short or long periphery, the textile item by way of the gripped portion of its periphery is pulled onto the conveyor or loading conveyor in a targeted manner so as to be transverse or longitudinal on said conveyor.
A driving motor for electric vehicles, comprising: a rotor having a field coil wound thereon; and a stator having an armature coil wound thereon, and having a predetermined motor limit temperature, wherein the driving motor comprises a motor control unit configured to perform a temperature based control to reduce a current value input to one selected from between the stator and the rotor , which has a higher temperature than the other, and to input the reduced current value, characterized in that the motor control unit is configured to determine a first difference between a temperature of the stator and a limit temperature of the motor, and a second difference between a temperature of the rotor and the limit temperature of the motor, and wherein the motor control unit is configured to perform a maximum torque based control, instead of the temperature based control, of inputting field current (If) and armature current (Ia) to the respective rotor and stator based on a maximum torque value and a maximum field current value for the motor, i) when both the first difference and the second difference are not within a predetermined deviation, or ii) when a difference between the temperature of the stator and the temperature of the rotor is within another predetermined deviation. a rotor having a field coil wound thereon; and a stator having an armature coil wound thereon, and having a predetermined motor limit temperature, wherein the driving motor comprises a motor control unit configured to perform a temperature based control to reduce a current value input to one selected from between the stator and the rotor , which has a higher temperature than the other, and to input the reduced current value, characterized in that the motor control unit is configured to determine a first difference between a temperature of the stator and a limit temperature of the motor, and a second difference between a temperature of the rotor and the limit temperature of the motor, and wherein the motor control unit is configured to perform a maximum torque based control, instead of the temperature based control, of inputting field current (If) and armature current (Ia) to the respective rotor and stator based on a maximum torque value and a maximum field current value for the motor, i) when both the first difference and the second difference are not within a predetermined deviation, or ii) when a difference between the temperature of the stator and the temperature of the rotor is within another predetermined deviation.
A method in a secondary node for providing, along with a master node, dual connectivity for a wireless device such that the wireless device is configured to utilize resources provided by both the master node and the secondary node in a wireless communication network, comprising: receiving , from the master node, a release request, the release request being a request to release a wireless device context of the wireless device or to release resources for the wireless device; sending a release reject to the master node, the release reject being an indication that the secondary node rejects the release request; and wherein the release reject comprises an indication of a cause of the release reject. receiving , from the master node, a release request, the release request being a request to release a wireless device context of the wireless device or to release resources for the wireless device; sending a release reject to the master node, the release reject being an indication that the secondary node rejects the release request; and wherein the release reject comprises an indication of a cause of the release reject.
A method, comprising: Receiving, at a relay server , a beacon from a first intermediate device via a first network , wherein the beacon was received by the first intermediate device from an endpoint device via a second network ; identifying a characteristic of the beacon, the characteristic of the beacon including an identifier of the endpoint device; identifying, at the relay server , based on the identifier of the endpoint device, an endpoint manager server that is associated with the beacon; sending, from the relay server , a beacon message to the endpoint manager server via a third network , the beacon message including at least one of the beacon, or information pertaining to the beacon; receiving, from the endpoint manager server , a response message pertaining to the beacon message; and processing the response message. Receiving, at a relay server , a beacon from a first intermediate device via a first network , wherein the beacon was received by the first intermediate device from an endpoint device via a second network ; identifying a characteristic of the beacon, the characteristic of the beacon including an identifier of the endpoint device; identifying, at the relay server , based on the identifier of the endpoint device, an endpoint manager server that is associated with the beacon; sending, from the relay server , a beacon message to the endpoint manager server via a third network , the beacon message including at least one of the beacon, or information pertaining to the beacon; receiving, from the endpoint manager server , a response message pertaining to the beacon message; and processing the response message.
A movable platform assembly for a boat (B), comprising a support structure adapted to be connected to the boat (B), a platform , and a horizontal translation system connecting the platform to the support structure , said horizontal translation system comprising a pair of main arms rotatable about respective vertical rotation axes (x), and a pair of main sliders slidable in transverse direction along a main guide fixed to the platform , wherein each main arm comprises a proximal end hinged to the support structure and a distal end hinged to a respective main slider , and wherein the platform is translationally movable between a retracted position and an extended position relative to the support structure . a support structure adapted to be connected to the boat (B), a platform , and a horizontal translation system connecting the platform to the support structure , said horizontal translation system comprising a pair of main arms rotatable about respective vertical rotation axes (x), and a pair of main sliders slidable in transverse direction along a main guide fixed to the platform , wherein each main arm comprises a proximal end hinged to the support structure and a distal end hinged to a respective main slider , and wherein the platform is translationally movable between a retracted position and an extended position relative to the support structure .
An antagonist of C3 or C3aR for use in treating a subject having cancer and at risk of leptomeningeal metastases, wherein administration of the antagonist of C3 or C3aR decreases permeability of the blood/cerebrospinal fluid barrier to metastatic cancer cells.
Control system for a mobile working machine, wherein the control system has at least two main power participants and at least one power participant that has at least one power requirement, wherein the main power participants and the power participant are configured so as to consume and/or output power, wherein the power is able to be transferred between the power participant and the main power participants via a rotating shaft , wherein the control system has at least one speed regulator , wherein the speed regulator regulates the speed of the rotating shaft by converting power of one of the main power participants , characterized in that the main power participant that is used to regulate the speed of the shaft is selected on the basis of a change in the power requirement of the power participant .
Method for acquiring a main x-ray image during a main image acquisition that uses an x-ray emitter and an x-ray detector for imaging an object , especially a patient during a medical image acquisition, - wherein a first preparatory image is acquired by the x-ray detector using at least one first preparatory acquisition parameter to control the x-ray emitter , - wherein a second preparatory image is acquired by the x-ray detector using at least one second preparatory acquisition parameter to control the x-ray emitter , when a repeat condition is fulfilled, and - wherein the main x-ray image is acquired using a main acquisition parameter that controls the x-ray emitter during the main image acquisition to determine a dose of x-rays to be emitted from the x-ray emitter during the main image acquisition, - wherein first image data of the first preparatory image is evaluated by a processor to determine if the repeat condition is fulfilled and to determine the second preparatory acquisition parameter, and - wherein the main acquisition parameter is determined by the processor depending on second image data of the second preparatory image when the repeat condition is fulfilled. - wherein a first preparatory image is acquired by the x-ray detector using at least one first preparatory acquisition parameter to control the x-ray emitter , - wherein a second preparatory image is acquired by the x-ray detector using at least one second preparatory acquisition parameter to control the x-ray emitter , when a repeat condition is fulfilled, and - wherein the main x-ray image is acquired using a main acquisition parameter that controls the x-ray emitter during the main image acquisition to determine a dose of x-rays to be emitted from the x-ray emitter during the main image acquisition, - wherein first image data of the first preparatory image is evaluated by a processor to determine if the repeat condition is fulfilled and to determine the second preparatory acquisition parameter, and - wherein the main acquisition parameter is determined by the processor depending on second image data of the second preparatory image when the repeat condition is fulfilled.
Drive means for a power electronic system , the drive means comprising: a controller for generating a switching sequence for a semiconductor circuit of the power electronic system , wherein the switching sequence comprises a sequence of switching times for switching between switching states of the semiconductor circuit ; a delay device for delaying switching times from the switching sequence ; a switching device for generating switching signals for the semiconductor circuit from the switching sequence modified by the delay device ; wherein the delay device is designed to identify a subsequence of the switching sequence that ends at a switching time and to determine a delay T d for the switching time from the subsequence, characterized in that the switching times from the switching sequence are delayed in such a way that the delay device inserts a delay T DTE between a change in the switching sequence and the resulting change in the modified switching sequence such that the delay T d between an edge in the switching sequence and a resulting edge of an output variable of the semiconductor circuit is virtually constant, as a result of which T d (t) =T d,o ±ξ(t) where T d,o = const.≥ 0 and 0≤ξ(t)≤0.5 T d,o . a controller for generating a switching sequence for a semiconductor circuit of the power electronic system , wherein the switching sequence comprises a sequence of switching times for switching between switching states of the semiconductor circuit ; a delay device for delaying switching times from the switching sequence ; a switching device for generating switching signals for the semiconductor circuit from the switching sequence modified by the delay device ; wherein the delay device is designed to identify a subsequence of the switching sequence that ends at a switching time and to determine a delay T d for the switching time from the subsequence, characterized in that the switching times from the switching sequence are delayed in such a way that the delay device inserts a delay T DTE between a change in the switching sequence and the resulting change in the modified switching sequence such that the delay T d between an edge in the switching sequence and a resulting edge of an output variable of the semiconductor circuit is virtually constant, as a result of which T d (t) =T d,o ±ξ(t) where T d,o = const.≥ 0 and 0≤ξ(t)≤0.5 T d,o .
A vehicle comprising an adjustable suspension system operable in at least two different configurations, the adjustable suspension comprising a control system , comprising one or more controller configured to: receive route data indicative of an expected route of the vehicle ; receive map data comprising road type information for a road section of the expected route; and output a switch signal to instruct the adjustable suspension to switch between the two different configurations in dependence on the expected route and the road type information, before the vehicle reaches the road section, wherein the control system is configured to estimate a stable stretch of road indicative of a length of road wherein, after an initial switching between the two configurations, the suspension remains in the switched-to configuration, and to output the switch signal in dependence on the estimated stable stretch of road. receive route data indicative of an expected route of the vehicle ; receive map data comprising road type information for a road section of the expected route; and output a switch signal to instruct the adjustable suspension to switch between the two different configurations in dependence on the expected route and the road type information, before the vehicle reaches the road section, wherein the control system is configured to estimate a stable stretch of road indicative of a length of road wherein, after an initial switching between the two configurations, the suspension remains in the switched-to configuration, and to output the switch signal in dependence on the estimated stable stretch of road.