mhurhangee/ep-ind-claims huggingface dataset:
A server for hosting kernel isolated containers within a virtual machine, comprising: at least one physical processor; at least one physical computer memory storing executable code for execution by the at least one physical processor, the executable code providing a host virtual machine including a kernel and at least one kernel isolated container within the host virtual machine, the kernel isolated container including a copy of the kernel and having memory assigned directly to the kernel isolated container; and a physical network interface controller, NIC, including a first physical NIC switch configured to distribute incoming data packets to a first plurality of functions, wherein the first plurality of functions includes a peripheral component interconnect express, PCIe, physical function and single root input-output virtual, SR-IOV, functions, at least one of the virtual functions assigned to the host virtual machine, the physical NIC further includes a second physical NIC switch configured to distribute the incoming data packets for the host virtual machine to a second plurality of virtual functions, wherein a respective virtual function of the second plurality of virtual functions is assigned to an individual kernel isolated container of the at least one kernel isolated container within the host virtual machine. at least one physical processor; at least one physical computer memory storing executable code for execution by the at least one physical processor, the executable code providing a host virtual machine including a kernel and at least one kernel isolated container within the host virtual machine, the kernel isolated container including a copy of the kernel and having memory assigned directly to the kernel isolated container; and a physical network interface controller, NIC, including a first physical NIC switch configured to distribute incoming data packets to a first plurality of functions, wherein the first plurality of functions includes a peripheral component interconnect express, PCIe, physical function and single root input-output virtual, SR-IOV, functions, at least one of the virtual functions assigned to the host virtual machine, the physical NIC further includes a second physical NIC switch configured to distribute the incoming data packets for the host virtual machine to a second plurality of virtual functions, wherein a respective virtual function of the second plurality of virtual functions is assigned to an individual kernel isolated container of the at least one kernel isolated container within the host virtual machine.
Method for determining the movement state of a wheel of a rail vehicle with respect to the rail traversed by the wheel of the rail vehicle, - wherein a camera focused on a wheel-rail region on the rail vehicle is used to capture, as an image sequence, successive images of the wheel-rail region, wherein the wheel-rail region contains at least a sub-region (RDLF) of a wheel of the rail vehicle as well as at least a sub-region of a rail to be traversed by the wheel, - wherein a region, as a contact region, is ascertained in the images, along which the sub-region (RDLF) of the wheel and the sub-region of the rail are in contact, - wherein in a first image of the image sequence of the sub-region of the rail at least a characteristic point (PlSK) is ascertained which is clearly optically recognizable in the first image and in images which follow the first image, - wherein in the first image of the sub-region (RDLF) of the wheel at least one characteristic point (PlRDLF) is ascertained which is clearly optically recognizable in the first image and in the images which follow the first image, - wherein for the successive images of the sub-region of the rail, respective distances (DlSK) of the characteristic points (PlSK) from the contact region are determined, - wherein for the successive images of the sub-region (RDLF) of the wheel, respective distances (DlRDLF) of the characteristic points (PlRDLF) from the contact region are determined, - wherein the movement state of the wheel is determined from a change in the distance (DlSK, DlRDLF) of the characteristic points (PlSK, PlRDLF) from the contact region, which results from the successive images. - wherein a camera focused on a wheel-rail region on the rail vehicle is used to capture, as an image sequence, successive images of the wheel-rail region, wherein the wheel-rail region contains at least a sub-region (RDLF) of a wheel of the rail vehicle as well as at least a sub-region of a rail to be traversed by the wheel, - wherein a region, as a contact region, is ascertained in the images, along which the sub-region (RDLF) of the wheel and the sub-region of the rail are in contact, - wherein in a first image of the image sequence of the sub-region of the rail at least a characteristic point (PlSK) is ascertained which is clearly optically recognizable in the first image and in images which follow the first image, - wherein in the first image of the sub-region (RDLF) of the wheel at least one characteristic point (PlRDLF) is ascertained which is clearly optically recognizable in the first image and in the images which follow the first image, - wherein for the successive images of the sub-region of the rail, respective distances (DlSK) of the characteristic points (PlSK) from the contact region are determined, - wherein for the successive images of the sub-region (RDLF) of the wheel, respective distances (DlRDLF) of the characteristic points (PlRDLF) from the contact region are determined, - wherein the movement state of the wheel is determined from a change in the distance (DlSK, DlRDLF) of the characteristic points (PlSK, PlRDLF) from the contact region, which results from the successive images.
Drive unit for moving a door relative to a door's opening, wherein the drive unit comprises a drive motor and a wheel transmission assembly arranged for transfer of power to a drive wheel configured for engagement with a running surface for moving the door, the wheel transmission assembly comprises a transfer wheel driven by the drive motor and a movable wheel carrier which comprises a first running wheel and a second running wheel arranged in engagement with the transfer wheel, wherein the movable wheel carrier is arranged for displacement between - a free wheel position where the first and second running wheel are arranged disengaged from the drive wheel for no power transfer to occur from the drive motor to the drive wheel, - at least one running position where either of the first and second running wheel (9, 10) is positioned in engagement with the drive wheel for the transfer of power from the drive motor to the drive wheel, wherein the movable wheel carrier comprises a rotation restriction arrangement for restriction of the rotation of first running wheel to allow the first running wheel to follow the rotation of the transfer wheel for displacement of the movable wheel carrier from the free wheel position to the running position(s). - a free wheel position where the first and second running wheel are arranged disengaged from the drive wheel for no power transfer to occur from the drive motor to the drive wheel, - at least one running position where either of the first and second running wheel (9, 10) is positioned in engagement with the drive wheel for the transfer of power from the drive motor to the drive wheel, wherein the movable wheel carrier comprises a rotation restriction arrangement for restriction of the rotation of first running wheel to allow the first running wheel to follow the rotation of the transfer wheel for displacement of the movable wheel carrier from the free wheel position to the running position(s).
A method (100, 400), comprising: obtaining, by a device, raw heartbeat data associated with a plurality of wavelength channels (105, 410); generating, by the device and based on a feature vector transformation, a plurality of moving quarter-period slopes feature vectors, where the moving quarter-period slope feature vectors are defined as (R t -R 0)/R 0, where R t is a photometric response, identified by the raw heartbeat data, at a current time step and R 0 is a photometric response at time step a fraction of an estimated heartbeat cycle period of the subject before the current time step, each corresponding to a respective one of the plurality of wavelength channels (115, 420); identifying, by the device, a set of selected feature vectors, from the plurality of feature vectors, based on a plurality of squares of correlation coefficients, each associated with a respective pair of the plurality of feature vectors (125, 430); generating, by the device and using a principal component analysis, an average feature vector of the set of selected feature vectors (130, 440); determining, by the device, initial heartbeat cycle data based on the average feature vector (135, 450); and correcting, by the device, heartbeat cycle gaps in the initial heartbeat cycle data in order to determine final heartbeat cycle data to permit a biometric monitoring action to be performed (140, 460). obtaining, by a device, raw heartbeat data associated with a plurality of wavelength channels (105, 410); generating, by the device and based on a feature vector transformation, a plurality of moving quarter-period slopes feature vectors, where the moving quarter-period slope feature vectors are defined as (R t -R 0)/R 0, where R t is a photometric response, identified by the raw heartbeat data, at a current time step and R 0 is a photometric response at time step a fraction of an estimated heartbeat cycle period of the subject before the current time step, each corresponding to a respective one of the plurality of wavelength channels (115, 420); identifying, by the device, a set of selected feature vectors, from the plurality of feature vectors, based on a plurality of squares of correlation coefficients, each associated with a respective pair of the plurality of feature vectors (125, 430); generating, by the device and using a principal component analysis, an average feature vector of the set of selected feature vectors (130, 440); determining, by the device, initial heartbeat cycle data based on the average feature vector (135, 450); and correcting, by the device, heartbeat cycle gaps in the initial heartbeat cycle data in order to determine final heartbeat cycle data to permit a biometric monitoring action to be performed (140, 460).
A sweeping machine adapted to be pulled by a towing vehicle, for sweeping a ground, comprising - a machine frame, - at least two wheels adapted to rotate about at least one wheel axle, - at least one sweeping element adapted to rotate about a sweeping element axis, the sweeping element being in contact with the ground, when in its operating position, and sweeps the ground, the sweeping element axis in the operating position being coupled with the wheel axle so that the sweeping element can be driven by the rotation of the wheel axle, characterized in that at least two sweeping elements (6, 8) are provided, one sweeping element being arranged ahead of the wheel axle and one sweeping element being arranged behind the wheel axle, seen in the traveling direction, the sweeping elements being adapted to be pivoted to a transport position in which the sweeping elements do not contact the ground, the wheel axle and the sweeping element axes being decoupled from each other in the transport position so that the sweeping elements are not driven in the transport position, the wheel axle and the sweeping element axes being adapted to be decoupled from each other by pivoting the sweeping elements from the operating position to the transport position, a coupling being provided that decouples the wheel axle from the sweeping element axes. - a machine frame, - at least two wheels adapted to rotate about at least one wheel axle, - at least one sweeping element adapted to rotate about a sweeping element axis, the sweeping element being in contact with the ground, when in its operating position, and sweeps the ground, the sweeping element axis in the operating position being coupled with the wheel axle so that the sweeping element can be driven by the rotation of the wheel axle,
A method for updating configuration information in a TAPI system, comprising the steps of: a TAPI service provider storing configuration information in a first configuration table object; the TAPI service provider requesting update static configuration information from a telephony device; the TAPI service provider receiving said update static configuration information; and the TAPI service provider storing said static update configuration information for system use as a second configuration table object. a TAPI service provider storing configuration information in a first configuration table object; the TAPI service provider requesting update static configuration information from a telephony device; the TAPI service provider receiving said update static configuration information; and the TAPI service provider storing said static update configuration information for system use as a second configuration table object.
Tool for producing a fiber composite component having at least two tool parts (12, 14) which have partial cavities (16, 18) and which are moved together in a production position in such a manner that said two tool parts (12, 14) form a cavity in which the fiber composite component is able to be produced, wherein at least a first tool part is assigned a retention element which is able to retain the produced fiber composite component in first tool part when the tool parts (12, 14) are moved apart after the production of the fiber composite component, and which is pivotable between a starting position and a holding position.
Gas diffusion electrode for oxygen reduction in aqueous alkaline media, comprising a carrier which is electrically conductive, and a porous coating based on an electrochemically active catalyst and a hydrophobic material, said electrode having a side facing the oxygen-containing gas and a side facing the alkaline electrolyte, where the catalyst comprises a noble metal as catalytically active and the hydrophobic material comprises a hydrophobic polymer, and the carrier of the gas diffusion electrode is based on nickel, silver or a combination of nickel and silver, characterized in that the coating comprising the catalyst has a pore volume of 20 to 300 mm 3 /g and a pore diameter in the range from 200 to 8000 nm, and in that the electrode has a total loading of catalytically active component within a range from 5 mg/cm 2 to 300 mg/cm 2.
A formulation comprising an effective amount of migalastat or salt thereof for use in increasing midwall fractional shortening (MWFS) in a patient having Fabry disease, wherein the effective amount is 100 mg to 150 mg free base equivalent and the formulation is administered to the patient every other day.
A method for supporting a conference link for communication between two or more endpoints, wherein the conference link is an H.320 link for transmission of audio and video comprising a number of ISDN data links combined by an ISO 13871 procedure, characterized in establishing a backup ISDN audio link in a non-transmitting state between the endpoints when initiating the conference link, monitoring the conference link for errors in a media stream or errors in framing switching the audio from the conference link to the backup ISDN audio link when one or more of said errors are detected, switching the audio from the backup ISDN audio link back to the conference link when said detected errors have disappeared or when the conference link is reconnected after having been disconnected due to said errors.
A method of managing roaming between low power wide area networks, LPWANs, comprising: receiving, by a gateway within a visited LPWAN, a message from an Internet of Things, loT, device, the message including at least one of: a network ID associated with a home LPWAN and an application ID associated with the home LPWAN, wherein the visited LPWAN is a LPWAN that is visited by the loT device and the home LPWAN is a home LPWAN of the loT device; in response to a determination, by the gateway within the visited LPWAN, that the message includes a network ID, application ID or combination thereof which is not on a white list or black list, forwarding the message from the gateway within the visited LPWAN to a roaming device data server, RDDS, for storage; at the RDDS: in response to receiving the message, storing the message; notifying the home LPWAN that the message has been received; and determining how to process the message based on a response from the home LPWAN granting or forbidding roaming permission for the network ID and/or application ID; and in response to a determination, by the gateway within the visited LPWAN, that at least one of the network ID and the application ID are on a roaming white list of the visited LPWAN, causing, by the gateway within the visited LPWAN, the message to become available to the home LPWAN by forwarding the message to the home LPWAN or allowing the home LPWAN to retrieve the message. receiving, by a gateway within a visited LPWAN, a message from an Internet of Things, loT, device, the message including at least one of: a network ID associated with a home LPWAN and an application ID associated with the home LPWAN, wherein the visited LPWAN is a LPWAN that is visited by the loT device and the home LPWAN is a home LPWAN of the loT device; in response to a determination, by the gateway within the visited LPWAN, that the message includes a network ID, application ID or combination thereof which is not on a white list or black list, forwarding the message from the gateway within the visited LPWAN to a roaming device data server, RDDS, for storage; at the RDDS: in response to receiving the message, storing the message; notifying the home LPWAN that the message has been received; and determining how to process the message based on a response from the home LPWAN granting or forbidding roaming permission for the network ID and/or application ID; and in response to receiving the message, storing the message; notifying the home LPWAN that the message has been received; and determining how to process the message based on a response from the home LPWAN granting or forbidding roaming permission for the network ID and/or application ID; and in response to a determination, by the gateway within the visited LPWAN, that at least one of the network ID and the application ID are on a roaming white list of the visited LPWAN, causing, by the gateway within the visited LPWAN, the message to become available to the home LPWAN by forwarding the message to the home LPWAN or allowing the home LPWAN to retrieve the message.
A coupler for a top drive, comprising: a load frame comprising a frame body; and a drive stem movably coupled to the load frame, wherein the drive stem moves vertically to connect and disconnect with a tool dock positioned in the load frame; characterised in that the frame body comprises a load shoulder for transferring an axial load from the tool dock to the frame body; and in that the coupler further comprises a side door coupled to the frame body, wherein the side door opens from the frame body to allow the tool dock to move horizontally into the frame body, and the side door closes to lock the tool dock in the load frame. a load frame comprising a frame body; and a drive stem movably coupled to the load frame, wherein the drive stem moves vertically to connect and disconnect with a tool dock positioned in the load frame; characterised in that the frame body comprises a load shoulder for transferring an axial load from the tool dock to the frame body; and in that the coupler further comprises a side door coupled to the frame body, wherein the side door opens from the frame body to allow the tool dock to move horizontally into the frame body, and the side door closes to lock the tool dock in the load frame.
A method of controlling utilization of RTCP bandwidth for compound and non-compound RTCP packets, including the steps of determining available RTCP bandwidth; determining channel quality; dividing the available RTCP bandwidth between compound and non-compound RTCP packets based on the determined channel quality. determining available RTCP bandwidth; determining channel quality; dividing the available RTCP bandwidth between compound and non-compound RTCP packets based on the determined channel quality.
Method for producing a structured fibrous web, in particular a tissue web, in which method a fibrous suspension is brought into contact with at least one structured forming belt and is dewatered by means of at least one dewatering element, in particular a suction element, wherein the at least one structured forming belt comprises a tier of polymer foam which provides the paper-contacting side of the structured forming belt, wherein the structure of the foam tier at least in part is transferred to the fibrous web; wherein at least part of the structure of the tier of polymer foam that is transferred to the fibrous web is a pore structure of the tier of polymer foam; and the tier of polymer foam has a pore density of less than 30 PPI. wherein at least part of the structure of the tier of polymer foam that is transferred to the fibrous web is a pore structure of the tier of polymer foam; and the tier of polymer foam has a pore density of less than 30 PPI.
A syringe, comprising: a syringe body defining a syringe cavity and a syringe port, wherein the syringe port is in fluid communication with the syringe cavity; a first plunger disposed within the syringe cavity and defining a first chamber in the syringe cavity, wherein the first chamber is in fluid communication with the syringe port, the first plunger comprising: a first plunger channel extending through the first plunger; a first plunger shaft extending from the first plunger, the first plunger shaft defining a first plunger shaft lumen, wherein the first plunger shaft lumen is in fluid communication with the first plunger channel; and characterized by: a second plunger disposed within the syringe cavity, the first plunger and the second plunger are movable relative to each other and the first plunger, the second plunger, and the syringe cavity cooperatively defining a second chamber, the second plunger comprising: a second plunger shaft extending from the second plunger, the second plunger shaft defining a second shaft channel, the second shaft channel receiving at least a portion of the first plunger shaft; and an inner tube comprising an inner tube lumen, the inner tube extending from the syringe port into the first plunger shaft lumen, wherein the inner tube and the first plunger shaft lumen define an annulus therebetween, the annulus in fluid communication with the first plunger channel and the annulus permits fluid communication between the syringe port and the first plunger channel. a second plunger shaft extending from the second plunger, the second plunger shaft defining a second shaft channel, the second shaft channel receiving at least a portion of the first plunger shaft; and an inner tube comprising an inner tube lumen, the inner tube extending from the syringe port into the first plunger shaft lumen, wherein the inner tube and the first plunger shaft lumen define an annulus therebetween, the annulus in fluid communication with the first plunger channel and the annulus permits fluid communication between the syringe port and the first plunger channel.