mhurhangee/ep-ind-claims huggingface dataset:
A method of performing an operation on a first computing device, the method comprising: implementing, on the first computing device: a first execution candidate capable of performing the operation; and a second execution candidate capable of performing the operation; wherein the first execution candidate and the second execution candidate have access to shared memory of the first computing device; wherein the operation requires access to data in the shared memory; wherein one of the first execution candidate and the second execution candidate is executed by one or more processors of the first computing device, the one or more processors executing one or more applications and/or an operating system of the first computing device; wherein the other one of the first execution candidate and the second execution candidate is implemented in a network interface controller of the first computing device; receiving a first request to perform the operation, from a requesting entity executing on a second computing device that is remote relative to the first computing device; responsive to the first request, attempting to perform the operation using the first execution candidate; and responsive to failure of the first execution candidate to successfully perform the operation, attempting to perform the operation using the second execution candidate. implementing, on the first computing device: a first execution candidate capable of performing the operation; and a second execution candidate capable of performing the operation; a first execution candidate capable of performing the operation; and a second execution candidate capable of performing the operation; wherein the first execution candidate and the second execution candidate have access to shared memory of the first computing device; wherein the operation requires access to data in the shared memory; wherein one of the first execution candidate and the second execution candidate is executed by one or more processors of the first computing device, the one or more processors executing one or more applications and/or an operating system of the first computing device; wherein the other one of the first execution candidate and the second execution candidate is implemented in a network interface controller of the first computing device; receiving a first request to perform the operation, from a requesting entity executing on a second computing device that is remote relative to the first computing device; responsive to the first request, attempting to perform the operation using the first execution candidate; and responsive to failure of the first execution candidate to successfully perform the operation, attempting to perform the operation using the second execution candidate.
A valve replacement device for transcatheter implantation, comprising: a stent component having an inflow extremity and an outflow extremity, the stent component being radially compressible to a compressed state for delivery to a site of implantation and radially expandable to a functional state; valve leaflets mounted at least partly within the stent component; an inner skirt attached to the valve leaflets, the inner skirt extending at least partly within the stent component towards the inflow extremity; and an outer skirt extending at least partly outside the stent component, characterized by the outer skirt extending further than the inner skirt towards the inflow extremity. a stent component having an inflow extremity and an outflow extremity, the stent component being radially compressible to a compressed state for delivery to a site of implantation and radially expandable to a functional state; valve leaflets mounted at least partly within the stent component; an inner skirt attached to the valve leaflets, the inner skirt extending at least partly within the stent component towards the inflow extremity; and an outer skirt extending at least partly outside the stent component, characterized by the outer skirt extending further than the inner skirt towards the inflow extremity.
A method of forming a femoral implant comprising forming a monolithic foam femoral sleeve by: mixing a titanium or titanium alloy powder with a pore forming agent, compacting the mixture under high pressure to form a green body, removing the pore forming agent from the green body, and sintering the green body to form the sleeve, so that the femoral sleeve has a porosity of 50 to 85% and possesses a proximal end, a distal end, an interior wall that defines an interior channel and extends from the proximal end to the distal end, and a terraced outer surface that tapers such that the sleeve is most narrow at the proximal end and widest at the distal end, the method including assembling the monolithic foam femoral sleeve with a femoral component and then sintering the assembly to join the sleeve to the component. mixing a titanium or titanium alloy powder with a pore forming agent, compacting the mixture under high pressure to form a green body, removing the pore forming agent from the green body, and sintering the green body to form the sleeve, so that the femoral sleeve has a porosity of 50 to 85% and possesses a proximal end, a distal end, an interior wall that defines an interior channel and extends from the proximal end to the distal end, and a terraced outer surface that tapers such that the sleeve is most narrow at the proximal end and widest at the distal end, the method including assembling the monolithic foam femoral sleeve with a femoral component and then sintering the assembly to join the sleeve to the component.
A method performed by a wireless device for requesting use of a network slice from a network, the method comprising: selecting a network slice from a set of identified network slices; using the information conveyed by a message transmitted by a network node in the network to obtain a network slice pseudonym for use in identifying the selected network slice, wherein the information comprises a mapping between the network slice and the network slice pseudonym and the mapping is specific to the wireless device; and transmitting a request message to the network, wherein the request message comprises the network slice pseudonym. selecting a network slice from a set of identified network slices; using the information conveyed by a message transmitted by a network node in the network to obtain a network slice pseudonym for use in identifying the selected network slice, wherein the information comprises a mapping between the network slice and the network slice pseudonym and the mapping is specific to the wireless device; and transmitting a request message to the network, wherein the request message comprises the network slice pseudonym.
A water-resistant electronic component comprising: a body made of an insulating resin and including a water-resisting wall of loop shape, the water-resisting wall extending in a first direction (Z-Z'); a protectable part including at least part of a functional part of the water-resistant electronic component, the protectable part being located within the water-resisting wall of the body; a sealing sheet including a perimeter portion, the sealing sheet covering the protectable part from one side in the first direction, with the perimeter portion abutting the water-resisting wall from the one side in the first direction; and a cover fixed to the body such as to cover the sealing sheet and the water-resisting wall from the one side in the first direction characterized in that the body further has at least one groove substantially surrounding the water-resisting wall, the at least one groove opens to the one side in the first direction, and the at least one groove is configured such that liquid may move along the outer face of the cover and enter the at least one groove. a body made of an insulating resin and including a water-resisting wall of loop shape, the water-resisting wall extending in a first direction (Z-Z'); a protectable part including at least part of a functional part of the water-resistant electronic component, the protectable part being located within the water-resisting wall of the body; a sealing sheet including a perimeter portion, the sealing sheet covering the protectable part from one side in the first direction, with the perimeter portion abutting the water-resisting wall from the one side in the first direction; and a cover fixed to the body such as to cover the sealing sheet and the water-resisting wall from the one side in the first direction characterized in that the body further has at least one groove substantially surrounding the water-resisting wall, the at least one groove opens to the one side in the first direction, and the at least one groove is configured such that liquid may move along the outer face of the cover and enter the at least one groove.
A catheter comprising: a sheath component having a distal edge; and a tip disposed distal of the sheath component, characterised by the tip having a proximally-extending projection, wherein the proximally-extending projection is a circumferential segment of a proximal end of the tip component that extends from a remaining surface of the proximal end of the tip, and wherein when the sheath component is distally advanced against the tip, the distal edge of the sheath component engages the proximally-extending projection of the tip causing deflection of at least a portion of the catheter. a sheath component having a distal edge; and a tip disposed distal of the sheath component, characterised by the tip having a proximally-extending projection, wherein the proximally-extending projection is a circumferential segment of a proximal end of the tip component that extends from a remaining surface of the proximal end of the tip, and wherein when the sheath component is distally advanced against the tip, the distal edge of the sheath component engages the proximally-extending projection of the tip causing deflection of at least a portion of the catheter.
Pistol comprising a firing device arranged in a slide, said device comprising a striker comprising a striker head, characterized in that said striker comprises at least two bearing surfaces arranged perpendicularly to the axis of the striker and in that said device comprises at least two parallel striker springs (4, 6) arranged laterally on the side of the striker axis and bearing on the at least two bearing surfaces.
A variable seal for shielding from contaminants both a cylindrical glass body having a circumference and a diameter to be heated in, and the heating element of, a high-temperature draw furnace where the cylindrical glass body enters or exits the furnace, the variable seal comprising: a first support ring; a second support ring separated from the first support ring by a distance; one or more components (114; 115; 120; 130) for controlling the distance between the first support ring and the second support ring; a high-temperature fabric cylinder having a center, being attached to the first support ring and to the second support ring, being located where the cylindrical glass body enters or exits the furnace, and surrounding at least a portion of the cylindrical glass body; and a mechanism (150; 160) engaging the approximate center of the fabric cylinder to close the fabric cylinder as the one or more components (114; 115; 120; 130) decrease the distance between the first support ring and the second support ring and to open the fabric cylinder as the one or more components (114; 115; 120; 130) increase the distance between the first support ring and the second support ring, whereby the fabric cylinder continuously contacts the circumference of the cylindrical glass body regardless of the diameter of the cylindrical glass body. a first support ring; a second support ring separated from the first support ring by a distance; one or more components (114; 115; 120; 130) for controlling the distance between the first support ring and the second support ring; a high-temperature fabric cylinder having a center, being attached to the first support ring and to the second support ring, being located where the cylindrical glass body enters or exits the furnace, and surrounding at least a portion of the cylindrical glass body; and a mechanism (150; 160) engaging the approximate center of the fabric cylinder to close the fabric cylinder as the one or more components (114; 115; 120; 130) decrease the distance between the first support ring and the second support ring and to open the fabric cylinder as the one or more components (114; 115; 120; 130) increase the distance between the first support ring and the second support ring, whereby the fabric cylinder continuously contacts the circumference of the cylindrical glass body regardless of the diameter of the cylindrical glass body.
An object recognition method of a refrigerator, the method comprising: obtaining a captured image by capturing a storage compartment of the refrigerator; characterized in that the method comprises based on a change of the captured image compared to a prestored original image being identified, identifying a change of an image capturing direction of an image capturing device which has captured the storage compartment; and based on the image capturing direction being maintained, performing an object recognition operation regarding the captured image. obtaining a captured image by capturing a storage compartment of the refrigerator; characterized in that the method comprises based on a change of the captured image compared to a prestored original image being identified, identifying a change of an image capturing direction of an image capturing device which has captured the storage compartment; and based on the image capturing direction being maintained, performing an object recognition operation regarding the captured image.
A housing structure for erecting on a ground surface, comprising: a generally helical ramp having an inner edge and an outer edge, the outer edge including a plurality of habitable units each at one of a plurality of radial positions with respect to a center of the ramp, the habitable units that share radial positions but that are vertically offset each being generally vertically co-aligned in a common multi-level residential building, the ramp at a lowest level being coincident with the ground surface and at the highest level terminating in a loop, characterised in that each habitable unit comprises at least garage and a living space, the garage connected to the ramp with a driveway. a generally helical ramp having an inner edge and an outer edge, the outer edge including a plurality of habitable units each at one of a plurality of radial positions with respect to a center of the ramp, the habitable units that share radial positions but that are vertically offset each being generally vertically co-aligned in a common multi-level residential building, the ramp at a lowest level being coincident with the ground surface and at the highest level terminating in a loop, characterised in that each habitable unit comprises at least garage and a living space, the garage connected to the ramp with a driveway.
Diagnostic device for motor vehicles, comprising at least one first interface for reading fault status information from a memory of a motor vehicle, at least one second interface for receiving and transmitting community content information, an operating device for operating the diagnostic device by means of a user, a display device for displaying the information, and a processing device for processing the information, wherein the processing device is connected to the first and second interfaces (2a, 2b), characterized in that the processing device is designed to preprocess the fault status information received by the first interface and to transmit said information as community content information by means of the second interface and to preprocess the community content information received by the second interface and to display said information by means of the display device, in that the diagnostic device transmits vehicle identification features for uniquely determining the motor vehicle and identification information relating to the user as well as the corresponding fault status information which has been read from the memory of the motor vehicle, after it has been preprocessed by the processing device as community content information, to a web server by means of the second interface, wherein the diagnostic device is designed to create, for the user logged onto a forum of the web server on the basis of the identification information, a corresponding entry in the forum of the web server for the corresponding type of motor vehicle or the corresponding fault, and wherein the diagnostic device is designed to check whether there are contributions for the entry in the forum of the web server and to download such contributions from the web server in the form of community content information, wherein the processing device is designed to identify predefinable motor-vehicle-specific information relating to the corresponding motor vehicle or to the corresponding fault from the downloaded community content information if at least one feature of the vehicle identification features and/or a corresponding symptom of the fault is/are present.
Breathing assistance apparatus comprising a case comprising a micro-blower comprising an electric motor with a rotating motor shaft, arranged in a casing, the motor shaft carrying at least one impeller housed in an internal compartment located in a volute, said internal compartment comprising a gas inlet and a gas outlet, the gas outlet being in fluidic communication with a gas outlet duct, said apparatus further comprising a first damping element made of flexible material, arranged around and in contact with the casing of the motor providing a fluidic seal between them, and a second damping element made of flexible material, arranged around and in contact with the outlet duct by providing a fluidic seal between them, and characterised in that the second damping element comes to bear against the first damping element by providing a fluidic seal between them, and the micro-blower is maintained in a fixed position in the case by said first and second damping elements (12, 13).
A small pitch LED display module, comprising: a mounting substrate; an LED lamp panel, the LED lamp panel comprising a circuit board and multiple LEDs arranged on the circuit board at intervals, the circuit board being arranged on a surface of one side of the mounting substrate and the LEDs being arranged on a surface of the side of the circuit board, which is facing away from the mounting substrate; and a protective colloid, the protective colloid comprising a first colloid part and a second colloid part, the protective colloid being integrally formed by simultaneously curing the first colloid part and the second colloid part; the first colloid part being arranged in gaps between the LEDs, the second colloid part being positioned on upper surfaces of the first colloid part and the LEDs, a thickness of the second colloid part being smaller than 1.0 mm and a surface of the side of the second colloid part, which is facing away from the circuit board, being a rough surface integrally formed with the protective colloid and having a rughness of 0.2-2.0 μm. a mounting substrate; an LED lamp panel, the LED lamp panel comprising a circuit board and multiple LEDs arranged on the circuit board at intervals, the circuit board being arranged on a surface of one side of the mounting substrate and the LEDs being arranged on a surface of the side of the circuit board, which is facing away from the mounting substrate; and a protective colloid, the protective colloid comprising a first colloid part and a second colloid part, the protective colloid being integrally formed by simultaneously curing the first colloid part and the second colloid part; the first colloid part being arranged in gaps between the LEDs, the second colloid part being positioned on upper surfaces of the first colloid part and the LEDs, a thickness of the second colloid part being smaller than 1.0 mm and a surface of the side of the second colloid part, which is facing away from the circuit board, being a rough surface integrally formed with the protective colloid and having a rughness of 0.2-2.0 μm.
A biopsy tool for removing a tissue sample, the biopsy tool being configured to be altered between an incision state and a severing state, the biopsy tool comprising: an elongated outer tubular member extending longitudinally between a proximal end and a distal end, wherein the outer tubular member comprises a first circumferential wall and wherein the distal end of the outer tubular member comprises a cutting edge; an elongated inner tubular member arranged inside the outer tubular member, wherein the inner tubular member comprises a proximal end, a distal end and a second circumferential wall; and a cutting wire, wherein the outer and inner tubular members (20, 30) are rotatable in relation to each other around a rotational axis; wherein the outer tubular member comprises a first aperture in the first circumferential wall and the inner tubular member comprises a second aperture in the second circumferential wall, wherein the first and second apertures (25, 35) extend in a direction perpendicular to the rotational axis, wherein the cutting wire is spring biased and is configured to be arranged in association with the first aperture of the outer tubular member, wherein the biopsy tool is configured to obtain the severing state by rotational movement of the outer tubular member and/or the inner tubular member, so that the first aperture and the second aperture overlap, whereby the cutting wire is displaced perpendicularly to the rotational axis by means of spring force. an elongated outer tubular member extending longitudinally between a proximal end and a distal end, wherein the outer tubular member comprises a first circumferential wall and wherein the distal end of the outer tubular member comprises a cutting edge; an elongated inner tubular member arranged inside the outer tubular member, wherein the inner tubular member comprises a proximal end, a distal end and a second circumferential wall; and a cutting wire, wherein the outer and inner tubular members (20, 30) are rotatable in relation to each other around a rotational axis; wherein the outer tubular member comprises a first aperture in the first circumferential wall and the inner tubular member comprises a second aperture in the second circumferential wall, wherein the first and second apertures (25, 35) extend in a direction perpendicular to the rotational axis, wherein the cutting wire is spring biased and is configured to be arranged in association with the first aperture of the outer tubular member, wherein the biopsy tool is configured to obtain the severing state by rotational movement of the outer tubular member and/or the inner tubular member, so that the first aperture and the second aperture overlap, whereby the cutting wire is displaced perpendicularly to the rotational axis by means of spring force.