mhurhangee/patent-ind-claim-en huggingface dataset:
A shaft system comprising: an outer shaft including an outer surface and an inner surface defining a conduit; an inner shaft extending within at least a portion of the conduit, the inner shaft including a radially extending passage having a first end and a second end that is opposite the first end; and a centrifugal force activated damper extending between the outer shaft and the inner shaft , the centrifugal force activated damper including: a first member arranged between the inner shaft and the inner surface at the first end of the radially extending passage; a second member arranged between the inner shaft and the inner surface at the second end of the radially extending passage; and characterised by a connecting member extending through the radially extending passage, the connecting member including a first end section connected to the first member and a second end section that is received by the second member , wherein rotation of the shaft system causes the first member and the connecting member shift away from the second member into the inner surface of the outer shaft . an outer shaft including an outer surface and an inner surface defining a conduit; an inner shaft extending within at least a portion of the conduit, the inner shaft including a radially extending passage having a first end and a second end that is opposite the first end; and a centrifugal force activated damper extending between the outer shaft and the inner shaft , the centrifugal force activated damper including: a first member arranged between the inner shaft and the inner surface at the first end of the radially extending passage; a second member arranged between the inner shaft and the inner surface at the second end of the radially extending passage; and characterised by a connecting member extending through the radially extending passage, the connecting member including a first end section connected to the first member and a second end section that is received by the second member , wherein rotation of the shaft system causes the first member and the connecting member shift away from the second member into the inner surface of the outer shaft . a first member arranged between the inner shaft and the inner surface at the first end of the radially extending passage; a second member arranged between the inner shaft and the inner surface at the second end of the radially extending passage; and characterised by a connecting member extending through the radially extending passage, the connecting member including a first end section connected to the first member and a second end section that is received by the second member , wherein rotation of the shaft system causes the first member and the connecting member shift away from the second member into the inner surface of the outer shaft .
A computer-implemented method performed in a system including a network interface controller, NIC , the NIC connected to a host computing system and comprising an address translation cache, ATC , the method comprising: receiving a request to reserve one or more cache lines for a set of network traffic in a first level of the ATC; determining information identifying the set of network traffic; determining information reserving the one or more cache lines using the information identifying the set of network traffic; writing, by the NIC, the information reserving the one or more cache lines to a second level of the ATC; receiving a request for a direct memory access, DMA, to an untranslated address corresponding to a physical address in memory of the host computing system; identifying a selected cache line in the first level of the ATC to evict using the request and the second level of the ATC; writing the untranslated address and the physical address in the selected cache line; and performing the DMA using the physical address. receiving a request to reserve one or more cache lines for a set of network traffic in a first level of the ATC; determining information identifying the set of network traffic; determining information reserving the one or more cache lines using the information identifying the set of network traffic; writing, by the NIC, the information reserving the one or more cache lines to a second level of the ATC; receiving a request for a direct memory access, DMA, to an untranslated address corresponding to a physical address in memory of the host computing system; identifying a selected cache line in the first level of the ATC to evict using the request and the second level of the ATC; writing the untranslated address and the physical address in the selected cache line; and performing the DMA using the physical address.
A method of recovering at least one precious metal from an aqueous solution containing said metal, which comprises subjecting said aqueous solution to a micro- and/or a nanobubble flotation, wherein the pH of the aqueous solution is at most 1.5.
A uniaxial pedicle screw sub-assembly comprising: a bone screw having a threaded bone shaft adapted for insertion in a vertebra; a uniaxial inner collet configured in an operative position to clamp about a head of the bone screw , said head being substantially ball-shaped with a truncated surface arranged to cooperate with a bearing surface of the uniaxial inner collet in an inoperative position to permit tilting of the uniaxial inner collet about a tilt axis of the head of the bone screw ; a seat arranged to provide seating for retention of the uniaxial inner collet , the seat designed to tilt in conjunction with the uniaxial inner collet in the inoperative position about the tilt axis of the head of said bone screw ; an inner collet actuator designed to engage the seat to activate the uniaxial inner collet for movement into the operative position for clamping about the head of the bone screw to lock the uniaxial inner collet and the seat to the head of said bone screw ; the seat including a recess within which the uniaxial inner collet seats for retention in either the inoperative or operative positions, the uniaxial inner collet being movable via the inner collet actuator from i) the inoperative position where the head of the bone screw is received within the uniaxial inner collet with radial separation of the uniaxial inner collet into the recess of the seat , to ii) the operative position where the head of the bone screw is clamped within the uniaxial inner collet . a bone screw having a threaded bone shaft adapted for insertion in a vertebra; a uniaxial inner collet configured in an operative position to clamp about a head of the bone screw , said head being substantially ball-shaped with a truncated surface arranged to cooperate with a bearing surface of the uniaxial inner collet in an inoperative position to permit tilting of the uniaxial inner collet about a tilt axis of the head of the bone screw ; a seat arranged to provide seating for retention of the uniaxial inner collet , the seat designed to tilt in conjunction with the uniaxial inner collet in the inoperative position about the tilt axis of the head of said bone screw ; an inner collet actuator designed to engage the seat to activate the uniaxial inner collet for movement into the operative position for clamping about the head of the bone screw to lock the uniaxial inner collet and the seat to the head of said bone screw ; the seat including a recess within which the uniaxial inner collet seats for retention in either the inoperative or operative positions, the uniaxial inner collet being movable via the inner collet actuator from i) the inoperative position where the head of the bone screw is received within the uniaxial inner collet with radial separation of the uniaxial inner collet into the recess of the seat , to ii) the operative position where the head of the bone screw is clamped within the uniaxial inner collet .
A method comprising: forming a laminate stack including a gas permeable nonwoven layer and a pressure sensitive adhesive layer , a surface of the pressure sensitive adhesive layer facing a surface of the gas permeable nonwoven layer; and processing the laminate stack such that a plurality of venting pathways are formed in the pressure sensitive adhesive layer to enable trapped gas to pass through the pressure sensitive adhesive layer; wherein processing the laminate stack such that a plurality of venting pathways are formed in the pressure sensitive adhesive layer includes applying pressure and heat to the laminate stack to reduce a ductility of the pressure sensitive adhesive layer such that the venting pathways are formed when the pressure sensitive adhesive layer is strained; and/or mixing an additive into a pressure sensitive adhesive resin that is used to form the pressure sensitive adhesive layer of the laminate stack , wherein the venting pathways extend randomly through a thickness and across at least a portion of a width and a length of the pressure sensitive adhesive layer . forming a laminate stack including a gas permeable nonwoven layer and a pressure sensitive adhesive layer , a surface of the pressure sensitive adhesive layer facing a surface of the gas permeable nonwoven layer; and processing the laminate stack such that a plurality of venting pathways are formed in the pressure sensitive adhesive layer to enable trapped gas to pass through the pressure sensitive adhesive layer; wherein processing the laminate stack such that a plurality of venting pathways are formed in the pressure sensitive adhesive layer includes applying pressure and heat to the laminate stack to reduce a ductility of the pressure sensitive adhesive layer such that the venting pathways are formed when the pressure sensitive adhesive layer is strained; and/or mixing an additive into a pressure sensitive adhesive resin that is used to form the pressure sensitive adhesive layer of the laminate stack , wherein the venting pathways extend randomly through a thickness and across at least a portion of a width and a length of the pressure sensitive adhesive layer .
A computer-implemented method comprising: receiving a plurality of network operational data items (A-K) relating to the operation of a communications network , each of those network operational data items comprising one or more attributes (120-134), each attribute comprising a value for that attribute; processing a plurality of the values of at least one of said attributes to identify one or more collective properties of said plurality of values and thereby identify the type of the values of said attribute; and classifying said network operational data items into one or more classes using type-specific processing which depends upon the identified data type of said at least one attribute. receiving a plurality of network operational data items (A-K) relating to the operation of a communications network , each of those network operational data items comprising one or more attributes (120-134), each attribute comprising a value for that attribute; processing a plurality of the values of at least one of said attributes to identify one or more collective properties of said plurality of values and thereby identify the type of the values of said attribute; and classifying said network operational data items into one or more classes using type-specific processing which depends upon the identified data type of said at least one attribute.
Locking unit for a vehicle seat , comprising a lock housing, which has a receiving opening for receiving a locking bolt , and a rotary latch , which is mounted so as to be pivotable around a first bearing bolt and which has a hook jaw for locking with the locking bolt , wherein the first bearing bolt is oriented in an axial direction, and the receiving opening is delimited by a stop element , the stop element constitutes a stop for the locking bolt situated in the hook jaw , and the stop element projects into the lock housing in the axial direction, wherein, in a locked state of the locking unit , with the locking bolt extending exactly in the axial direction, a first contact region between the locking bolt and the stop element and a second contact region between the locking bolt and the rotary latch partially overlap in the axial direction, or the first contact region is situated completely inside the second contact region in the axial direction.
A surgical derotator instrument comprising: a shaft comprising: a first end portion having a bone anchor coupling ; and a second end portion opposite the first end portion; a handle comprising: a body portion ; and a slot extending in the body portion; and an articulating coupler including a handle coupler connected to the body of the handle and a shaft coupler connected to the shaft, the articulating coupler connecting the shaft and the handle, wherein the shaft and the handle are disposed in a plane and the articulating coupler provides for rotation of the handle relative to the shaft in the plane and wherein: the shaft coupler includes a shelf ; and the handle coupler includes a plurality of fingers forming a plurality of troughs configured to receive the shelf. a shaft comprising: a first end portion having a bone anchor coupling ; and a second end portion opposite the first end portion; a first end portion having a bone anchor coupling ; and a second end portion opposite the first end portion; a handle comprising: a body portion ; and a slot extending in the body portion; and a body portion ; and a slot extending in the body portion; and an articulating coupler including a handle coupler connected to the body of the handle and a shaft coupler connected to the shaft, the articulating coupler connecting the shaft and the handle, wherein the shaft and the handle are disposed in a plane and the articulating coupler provides for rotation of the handle relative to the shaft in the plane and wherein: the shaft coupler includes a shelf ; and the handle coupler includes a plurality of fingers forming a plurality of troughs configured to receive the shelf.
A micromirror array for a projection exposure facility comprising a. a plurality of micromirrors having individual reflection surfaces , which each have a nonrectangular shape, b. wherein the micromirror array has a parallelogram-shaped nonrectangular overall reflection surface, c. wherein all micromirrors of the micromirror array are made geometrically similar to one another. a. a plurality of micromirrors having individual reflection surfaces , which each have a nonrectangular shape, b. wherein the micromirror array has a parallelogram-shaped nonrectangular overall reflection surface, c. wherein all micromirrors of the micromirror array are made geometrically similar to one another.
Method for obtaining a door or window frame forming a right angle between at least two profiled members , each of said profiled members being delimited by an inner edge , an outer edge and at least one facing , said method comprising the following steps: - a cutting step (A) during which each of said profiled members are cut aslant along a slanted cutting plane normal to said facing , - a forging step (G) during which said profiled members are assembled together in order to form a right angle, putting said slanted cutting planes in contact, said method being characterised in that , during said cutting step (A), said profiled members are cut aslant at a slanted cutting angle (α) between said outer edge and said slanted cutting plane that is strictly greater than 45°, and in that , during said forging step (G), said slanted cutting planes are deformed at least locally so as to form a welding bead the size of which decreases from said inner edge towards said outer edge . - a cutting step (A) during which each of said profiled members are cut aslant along a slanted cutting plane normal to said facing , - a forging step (G) during which said profiled members are assembled together in order to form a right angle, putting said slanted cutting planes in contact,
Valve for metering highly pressurized fluid, having an inlet connector which is insertable in an attachment socket of a fluid supply line , and having a seal assembly which is arranged on the inlet connector and which has an elastically deformable seal ring and a support ring composed of plastic and which is supported against a radial support shoulder provided on the inlet connector and which seals against the attachment socket , wherein the support ring has, in a conventional manner, two ring-shaped end surfaces which run at right angles to the ring axis and an outer and inner ring surface which run parallel to one another and delimit the two end surfaces , characterized in that the support ring arranged between seal ring and support shoulder is composed of an elastically deformable plastic material and is configured such that, under the fluid pressure acting on the seal ring , said support ring undergoes elastic deformation which gives rise to gap-free radial abutment against inlet connector and attachment socket , wherein the required elastic deformation of the support ring is effected through material selection.
A method for wireless communications executed by a user equipment, UE, comprising: determining a set of UE capabilities associated with a set of available radio access technologies of a set of cells, the set of cells comprising a serving cell and at least one neighboring cell, the serving cell corresponding to a first radio access technology and the at least one neighbouring cell corresponding to a second radio access technology; and transmitting signaling indicating the set of UE capabilities to a network entity in wireless communications with the UE based at least in part on a UE usage mode, the UE usage mode indicating a voice centric mode of the UE ; disabling access stratum capability for neighboring cells incapable of supporting a voice service for the UE when the UE is camping on the serving cell and the serving cell supports voice service; and performing a cell reselection procedure while in an idle state based at least in part on a cell of the set of cells supporting voice service and one or more of the first radio access technology or the second radio access technology. determining a set of UE capabilities associated with a set of available radio access technologies of a set of cells, the set of cells comprising a serving cell and at least one neighboring cell, the serving cell corresponding to a first radio access technology and the at least one neighbouring cell corresponding to a second radio access technology; and transmitting signaling indicating the set of UE capabilities to a network entity in wireless communications with the UE based at least in part on a UE usage mode, the UE usage mode indicating a voice centric mode of the UE ; disabling access stratum capability for neighboring cells incapable of supporting a voice service for the UE when the UE is camping on the serving cell and the serving cell supports voice service; and performing a cell reselection procedure while in an idle state based at least in part on a cell of the set of cells supporting voice service and one or more of the first radio access technology or the second radio access technology.
A media support , comprising a sheet of elongated suction cups each suction cup including a port through which air may be evacuated from the suction cup ; wherein the sheet of elongated suction cups is configured to be detachably attached to a platen; characterised in that each suction cup includes a rim that protrudes from a media supporting surface of the sheet and a plurality of ridges adjacent to the port ; and wherein the rim is formed at a perimeter of a flexible ring surrounding the plurality of ridges and suspended in a recess such that the ring may flex into the space away from the surface of the sheet when a media supported on the sheet is sucked onto the rim .
Device for removing dust from converter gas, comprising at least one housing which has a round cross section and in which one or a plurality of filter elements that are able to be passed through by a flow of the converter gas is/are disposed, per housing at least one supply line for converter gas into the housing, wherein the supply line, in terms of the operating state of the housing, below the filter elements opens into the housing in such a manner that an initially predominantly radial flow is configured in the housing, characterized in that the supply line terminates at the housing and thereon forms an elongate inflow opening which in the circumferential direction of the housing has a larger dimension than in the height direction of the housing, wherein the interior of the housing between the inflow opening and the filter elements is free of flow-conducting installations. a round cross section and in which one or a plurality of filter elements that are able to be passed through by a flow of the converter gas is/are disposed, per housing at least one supply line for converter gas into the housing, wherein the supply line, in terms of the operating state of the housing, below the filter elements opens into the housing in such a manner that an initially predominantly radial flow is configured in the housing, characterized in that the supply line terminates at the housing and thereon forms an elongate inflow opening which in the circumferential direction of the housing has a larger dimension than in the height direction of the housing, wherein the interior of the housing between the inflow opening and the filter elements is free of flow-conducting installations.
A terminal comprising: a receiving section configured to receive information regarding a frequency of a synchronization signal block to be shared with a first bandwidth part, BWP, and a second BWP in a serving cell; and a control section configured to, when the first BWP is active, perform radio link monitoring by using the synchronization signal block, and when the second BWP is active, perform radio link monitoring by using a channel state information-reference signal, CSI-RS. a receiving section configured to receive information regarding a frequency of a synchronization signal block to be shared with a first bandwidth part, BWP, and a second BWP in a serving cell; and a control section configured to, when the first BWP is active, perform radio link monitoring by using the synchronization signal block, and when the second BWP is active, perform radio link monitoring by using a channel state information-reference signal, CSI-RS.
A coated turbine component comprising a surface and a coating covering at least partially the surface, characterized in that , the coating comprises a multilayered film formed of individual layers of titanium aluminum tantalum nitride, TiAlTaN, and individual layers of aluminum chromium nitride, AlCrN, deposited alternate one on each other forming a multilayered architecture of the type ...TiAITaN/AICrN/ TiAITaN/AICrN/ TiAITaN/AICrN/..., wherein the thickness of the multilayered film is in a range between and including 10 and 40 micrometers, wherein the multilayered film exhibits a single-phased face-centered structure .