mhurhangee/patent-ind-claim-en huggingface dataset:
A base station for use in a 3GPP communication system comprising a mobile relay node , the base station comprising: a transceiver circuit arranged to transmit signals to and receive signals from a Mobility Management Entity, MME, of the 3GPP communication system and to transmit signals to and receive signals from the mobile relay node that allows one or more user devices to connect to the base station through the mobile relay node ; and a communications controller operable to receive a relay node identifier when the mobile relay node connects to the base station and operable to send the relay node identifier to the MME ; wherein the communications controller is operable to receive from the mobile relay node , an Initial UE message for a user device associated with the mobile relay node , the Initial UE message including the relay node identifier and a temporary ID for the associated user device , and wherein the communications controller is further operable to send the received Initial UE message to the MME ; and wherein the communications controller is operable to receive from the MME a fixed tracking identifier for the mobile relay node and is operable to forward the received fixed tracking identifier to the mobile relay node . a transceiver circuit arranged to transmit signals to and receive signals from a Mobility Management Entity, MME, of the 3GPP communication system and to transmit signals to and receive signals from the mobile relay node that allows one or more user devices to connect to the base station through the mobile relay node ; and a communications controller operable to receive a relay node identifier when the mobile relay node connects to the base station and operable to send the relay node identifier to the MME ; wherein the communications controller is operable to receive from the mobile relay node , an Initial UE message for a user device associated with the mobile relay node , the Initial UE message including the relay node identifier and a temporary ID for the associated user device , and wherein the communications controller is further operable to send the received Initial UE message to the MME ; and wherein the communications controller is operable to receive from the MME a fixed tracking identifier for the mobile relay node and is operable to forward the received fixed tracking identifier to the mobile relay node .
An aircraft assembly comprising: a titanium rod comprising a first threaded portion; a titanium nut comprising a second threaded portion conforming with the first threaded portion for mating engagement with it, wherein the first threaded portion defines a male thread and the second threaded portion defines a female thread such that the nut can be wound in threading engagement along the rod ; and a threaded insert formed from a first metal of different hardness in comparison to titanium, the threaded insert being coupled to the nut to define the second threaded portion such that the first threaded portion is formed from titanium and the second threaded portion is formed from the first metal, wherein the nut body defines a bore (B), the insert being located within the bore (B) and defining the female threaded portion, wherein the titanium rod comprises an aircraft landing gear axle. a titanium rod comprising a first threaded portion; a titanium nut comprising a second threaded portion conforming with the first threaded portion for mating engagement with it, wherein the first threaded portion defines a male thread and the second threaded portion defines a female thread such that the nut can be wound in threading engagement along the rod ; and a threaded insert formed from a first metal of different hardness in comparison to titanium, the threaded insert being coupled to the nut to define the second threaded portion such that the first threaded portion is formed from titanium and the second threaded portion is formed from the first metal, wherein the nut body defines a bore (B), the insert being located within the bore (B) and defining the female threaded portion, wherein the titanium rod comprises an aircraft landing gear axle.
A method comprising: deploying a propellant system and at least one component to a subsea location; arming the propellant system by transmitting a command from a control system at the surface; and in response to one of receiving a signal or detection of a loss of communication with the control system , exposing a firing head of the propellant system to a predetermined pressure to cause the firing head to move with respect to a prong configured to hold the firing head in place; impacting an igniter with movement of the firing head ; and igniting a propellant in contact with the igniter to actuate the at least one component . deploying a propellant system and at least one component to a subsea location; arming the propellant system by transmitting a command from a control system at the surface; and in response to one of receiving a signal or detection of a loss of communication with the control system , exposing a firing head of the propellant system to a predetermined pressure to cause the firing head to move with respect to a prong configured to hold the firing head in place; impacting an igniter with movement of the firing head ; and igniting a propellant in contact with the igniter to actuate the at least one component .
Method for establishing a short-range radio link between a first device and a second device , - wherein a charger which is designed to charge a hearing device mediates the establishment of the short-range radio link , whereby the charger transmits coupling data (K) of the first device for establishing the short-range radio link to the second device , so that the second device is coupled to the first device and the short-range radio link is established, characterized in that - the charger transmits the coupling data (K) to the second device when the first device is connected to the charger and a switch of the charger is additionally actuated, - wherein the charger has a tray , and wherein the first device is connectable to the charger by inserting it into the tray , - wherein the switch is arranged in the tray and is actuatable by pressing the first device down into the tray . - wherein a charger which is designed to charge a hearing device mediates the establishment of the short-range radio link , whereby the charger transmits coupling data (K) of the first device for establishing the short-range radio link to the second device , so that the second device is coupled to the first device and the short-range radio link is established, characterized in that - the charger transmits the coupling data (K) to the second device when the first device is connected to the charger and a switch of the charger is additionally actuated, - wherein the charger has a tray , and wherein the first device is connectable to the charger by inserting it into the tray , - wherein the switch is arranged in the tray and is actuatable by pressing the first device down into the tray .
Eribulin or a pharmaceutically acceptable salt thereof for use in a method of treating a subject having or at risk of developing homologous recombination (HR)-deficient cancer, the method comprising administering to the subject (i) eribulin or a pharmaceutically acceptable salt thereof, and (ii) E7449 or a pharmaceutically acceptable salt, hydrate, solvate, or amorphous solid thereof.
An orchestrator server comprising: circuitry to: monitor resource usage of an accelerator kernel configured on a source accelerator device; determine whether the resource usage exceeds a threshold specified in one or more policies; upon a determination that the resource usage exceeds the threshold, identify a target accelerator device to which to migrate the accelerator kernel; and migrate the accelerator kernel from the source accelerator device to the target accelerator device, wherein the circuitry is further to: monitor a power consumption of a source accelerator sled having one or more accelerator devices executing a workload relative to a power threshold specified in the one or more policies; and upon a determination that the power consumption threshold is exceeded, scale-out the workload to one or more accelerator devices on a target accelerator sled such that the workload currently executing on the source accelerator sled is re-provisioned on to one or more additional accelerator sleds, wherein to scale-out the workload to the one or more accelerator devices on the target accelerator sled comprises to migrate the workload from one or more of the accelerator devices of the source accelerator sled to the one or more accelerator devices of the target accelerator sled. monitor resource usage of an accelerator kernel configured on a source accelerator device; determine whether the resource usage exceeds a threshold specified in one or more policies; upon a determination that the resource usage exceeds the threshold, identify a target accelerator device to which to migrate the accelerator kernel; and migrate the accelerator kernel from the source accelerator device to the target accelerator device, monitor a power consumption of a source accelerator sled having one or more accelerator devices executing a workload relative to a power threshold specified in the one or more policies; and upon a determination that the power consumption threshold is exceeded, scale-out the workload to one or more accelerator devices on a target accelerator sled such that the workload currently executing on the source accelerator sled is re-provisioned on to one or more additional accelerator sleds, wherein to scale-out the workload to the one or more accelerator devices on the target accelerator sled comprises to migrate the workload from one or more of the accelerator devices of the source accelerator sled to the one or more accelerator devices of the target accelerator sled.
A centrifugal blower comprising: a centrifugal fan having a main plate and a side plate facing each other in a direction of a rotation axis (A); and a casing to house the centrifugal fan , wherein the casing has a peripheral wall extending along an outer circumferential edge of the centrifugal fan , and has a tongue portion at a position on the peripheral wall ; wherein a distance between the outer circumferential edge of the centrifugal fan and the tongue portion is smaller on the main plate side of the centrifugal fan than on the side plate side of the centrifugal fan ; characterized in that the tongue portion includes a first part on the main plate side of the centrifugal fan , a second part on the side plate side of the centrifugal fan , and a boundary portion between the first part and the second part ; wherein a distance between the outer circumferential edge of the centrifugal fan and the first part is smaller than a distance between the outer circumferential edge of the centrifugal fan and the second part , and wherein the first part has a certain length (H1) in the direction of the rotation axis (A) of the centrifugal fan ; and wherein a distance from the outer circumferential edge of the centrifugal fan to the boundary portion continuously changes from the main plate side toward the side plate side. a centrifugal fan having a main plate and a side plate facing each other in a direction of a rotation axis (A); and a casing to house the centrifugal fan , wherein the casing has a peripheral wall extending along an outer circumferential edge of the centrifugal fan , and has a tongue portion at a position on the peripheral wall ; wherein a distance between the outer circumferential edge of the centrifugal fan and the tongue portion is smaller on the main plate side of the centrifugal fan than on the side plate side of the centrifugal fan ; characterized in that the tongue portion includes a first part on the main plate side of the centrifugal fan , a second part on the side plate side of the centrifugal fan , and a boundary portion between the first part and the second part ; wherein a distance between the outer circumferential edge of the centrifugal fan and the first part is smaller than a distance between the outer circumferential edge of the centrifugal fan and the second part , and wherein the first part has a certain length (H1) in the direction of the rotation axis (A) of the centrifugal fan ; and wherein a distance from the outer circumferential edge of the centrifugal fan to the boundary portion continuously changes from the main plate side toward the side plate side.
A cushion structure for use with a packaging case for an object the cushion structure comprising a first member configured to snuggly receive the object and a second member configured to be mounted onto a case body of the packaging case, the first member and the second member being detachably coupled with at least one docking slot arranged on the first member and at least one docking portion arranged on the second member and configured to be detachably mounted into the at least one docking slot, the cushion structure characterized in that , the first member comprises a cuboid hollow structure, the at least one docking slot is arranged on a side plate of the hollow structure, and the at least one docking portion of the second member is configured to be embedded in the hollow structure through the at least one docking slot, and the second member has one of an "I"-shaped cross section, an "L"-shaped cross section, and a "Z"-shaped cross section, the second member having the "I"-shaped cross section comprises a first parallel plate a second parallel plate , and an intermediate plate , the first parallel plate and the second parallel plate are arranged to be parallel, the intermediate plate is arranged to be perpendicular to, and is configured to couple, the first parallel plate and the second parallel plate, and the first parallel plate is the at least one docking portion , the second member having the "L"-shaped cross section comprises:a fixing plate configured to attach the case body of the packaging case, and a docking plate configured to be the at least one docking portion and the second member having the "Z"-shaped cross section comprises a third parallel plate , a fourth parallel plate and an intermediate plate , the third parallel plate and the fourth parallel plate are arranged to be parallel, the intermediate plate is arranged to be perpendicular to, and is configured to couple, the third parallel plate and the fourth parallel plate, and the third parallel plate is the at least one docking portion .
An agent that disrupts adhesion-formation by: (a) depleting granulocyte or inflammatory granulocytes or (b) inhibiting granulocyte or inflammatory granulocyte recruitment for use in a method of treating a subject to reduce adhesion formation or to reduce already-formed adhesions, wherein the agent inhibits the expression or activity of a gene product whose expression is induced in the injured mesothelial cells, or selectively binds to a gene product whose expression is induced in the injured mesothelial cells.
Wafer level package (10, 10', 10") with at least one integrated antenna , comprising: a chip layer with at least one chip ; a dielectric layer (14, 14', 14") with at least one through-connection by means of a via; and an antenna layer with the at least one integrated antenna arranged between the chip layer and the dielectric layer (14, 14', 14"); wherein the wafer level package comprises a contacting layer that is arranged on the dielectric layer (14, 14', 14") opposite to the antenna layer ; wherein a shield is arranged on the dielectric layer (14, 14', 14") opposite to the antenna layer or is integrated in the contacting layer ; wherein the chip layer comprises a fan-out area ; wherein the chip layer and/or the dielectric layer (14, 14', 14") comprises a shielding via that is arranged laterally between the at least one integrated antenna and the chip and is configured to shield between the chip and the at least one integrated antenna ; wherein the shielding via is arranged beside the chip ; wherein the wafer level package comprises no redistribution layer. a chip layer with at least one chip ; a dielectric layer (14, 14', 14") with at least one through-connection by means of a via; and an antenna layer with the at least one integrated antenna arranged between the chip layer and the dielectric layer (14, 14', 14"); wherein the wafer level package comprises a contacting layer that is arranged on the dielectric layer (14, 14', 14") opposite to the antenna layer ; wherein a shield is arranged on the dielectric layer (14, 14', 14") opposite to the antenna layer or is integrated in the contacting layer ; wherein the chip layer comprises a fan-out area ; wherein the chip layer and/or the dielectric layer (14, 14', 14") comprises a shielding via that is arranged laterally between the at least one integrated antenna and the chip and is configured to shield between the chip and the at least one integrated antenna ; wherein the shielding via is arranged beside the chip ; wherein the wafer level package comprises no redistribution layer.
A non-pneumatic tire comprising: an outer annular portion having an outer periphery including a tread provided thereon; an inner annular portion provided concentrically inside the outer annular portion ; and a plurality of link parts that each connect the outer annular portion and the inner annular portion , and are provided independently along a tire circumferential direction (D), wherein the tread includes a cap rubber disposed on an outermost side in a tire radial direction (X) and a first base rubber disposed more inwards in the tire radial direction (X) than the cap rubber , and when a rubber hardness of the cap rubber is defined as Gc, a rubber hardness of the first base rubber is defined as Gb1, a relationship of Gb1 < Gc is satisfied, characterized in that the tread further includes a second base rubber disposed more inwards in the tire radial direction (X) than the first base rubber , and wherein, when a rubber hardness of the second base rubber is defined as Gb2, a relationship of Gb1 < Gb2 is satisfied, wherein Gb1, Gb2 and Gc are each durometer A hardness defined based on JIS K6253 . an outer annular portion having an outer periphery including a tread provided thereon; an inner annular portion provided concentrically inside the outer annular portion ; and a plurality of link parts that each connect the outer annular portion and the inner annular portion , and are provided independently along a tire circumferential direction (D), wherein the tread includes a cap rubber disposed on an outermost side in a tire radial direction (X) and a first base rubber disposed more inwards in the tire radial direction (X) than the cap rubber , and when a rubber hardness of the cap rubber is defined as Gc, a rubber hardness of the first base rubber is defined as Gb1, a relationship of Gb1 < Gc is satisfied, characterized in that the tread further includes a second base rubber disposed more inwards in the tire radial direction (X) than the first base rubber , and wherein, when a rubber hardness of the second base rubber is defined as Gb2, a relationship of Gb1 < Gb2 is satisfied, wherein Gb1, Gb2 and Gc are each durometer A hardness defined based on JIS K6253 .
An aircraft anti-collision lighting architecture of electronically communicating components comprising: an LED board ; a driver board ; a controller board in electrical communication with the LED board and the driver board; wherein the controller board is configured to protect, filter, and rectify a primary power to generate a driver board power, wherein the controller board generates a flash signal, wherein the driver board is a harmonically corrected driver board architecture comprising: a driver board regulation circuit comprising a harmonic correction and light emitting diode, HCLED, driver circuit ; a LED driver ballast circuit ; and a flash interface circuit , wherein the flash interface circuit is configured to generate an op-amp shutdown signal to the HCLED driver circuit in response to receiving the flash signal; and wherein the driver board regulation circuit is configured to enable an op-amp of the HCLED driver circuit to pull a drain pin of a field effect transistor to ground and corrects a feedback voltage of a current sense resistor to equal a current reference waveform in response to enabling the op-amp, wherein the current reference waveform is proportional to a voltage waveform. an LED board ; a driver board ; a controller board in electrical communication with the LED board and the driver board; a driver board ; a controller board in electrical communication with the LED board and the driver board; wherein the controller board is configured to protect, filter, and rectify a primary power to generate a driver board power, wherein the controller board generates a flash signal, wherein the driver board is a harmonically corrected driver board architecture comprising: a driver board regulation circuit comprising a harmonic correction and light emitting diode, HCLED, driver circuit ; a LED driver ballast circuit ; and a flash interface circuit , wherein the flash interface circuit is configured to generate an op-amp shutdown signal to the HCLED driver circuit in response to receiving the flash signal; and wherein the driver board regulation circuit is configured to enable an op-amp of the HCLED driver circuit to pull a drain pin of a field effect transistor to ground and corrects a feedback voltage of a current sense resistor to equal a current reference waveform in response to enabling the op-amp, wherein the current reference waveform is proportional to a voltage waveform. a harmonic correction and light emitting diode, HCLED, driver circuit ; a LED driver ballast circuit ; and a flash interface circuit , wherein the flash interface circuit is configured to generate an op-amp shutdown signal to the HCLED driver circuit in response to receiving the flash signal; and wherein the driver board regulation circuit is configured to enable an op-amp of the HCLED driver circuit to pull a drain pin of a field effect transistor to ground and corrects a feedback voltage of a current sense resistor to equal a current reference waveform in response to enabling the op-amp, wherein the current reference waveform is proportional to a voltage waveform.
Device for generating a virtual image (VB), having: - a display element for generating an image; - an optical waveguide for expanding an exit pupil and - a glare protection element downstream of the optical waveguide in the beam path, with the glare protection element being a blind having a plurality of slats , characterized in that - the glare protection element has at least one single-piece spring , - each of the at least one single-piece springs has a first plane and a second plane , which are connected to each other by means of transition slants (73, 73', 73", 74), and the slats each rest against one transition slant (73, 73', 73", 74) of the at least one single-piece spring . - a display element for generating an image; - an optical waveguide for expanding an exit pupil and - a glare protection element downstream of the optical waveguide in the beam path, with the glare protection element being a blind having a plurality of slats , characterized in that - the glare protection element has at least one single-piece spring , - each of the at least one single-piece springs has a first plane and a second plane , which are connected to each other by means of transition slants (73, 73', 73", 74), and the slats each rest against one transition slant (73, 73', 73", 74) of the at least one single-piece spring .