mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid module for a drive train of a motor vehicle, having an input shaft , which can be connected to a first drive machine in a torque-transmitting manner, having an output shaft situated downstream of the input shaft in the torque flow, having a disconnect clutch which switchably connects the input shaft and the output shaft for torque transmission, having an actuation device for actuating the disconnect clutch , and having a torsional vibration damper situated downstream of the disconnect clutch in the torque flow to reduce rotational irregularities, wherein the actuation device is mounted directly on the input shaft via a first bearing , characterised in that the disconnect clutch has a pressure plate and at least one clutch disc , wherein the hybrid module has a second bearing , via which the pressure plate and/or the torsional vibration damper is supported on the input shaft , wherein the input shaft is formed in several parts and has an adapter component and a carrier component formed separately from the adapter component , wherein the first bearing is arranged on the adapter component and the second bearing is arranged on the carrier component .
A flow cytometer system comprising: a nozzle assembly for producing a fluid stream with particles, the nozzle assembly comprising a nozzle tip comprising: i) a cylindrical body defining a longitudinal axis ; and ii) a frustoconical body P adjoining the cylindrical body on the longitudinal axis and in fluid communication with the cylindrical body, wherein the frustoconical body ends in a flat surface transverse to the longitudinal axis which has a nozzle exit orifice ; and wherein the frustoconical body further comprises a chamfer at the edge of the flat surface and the frustoconical body, said chamfer defining a proximal portion of the frustoconical body, whereby said proximal portion has a first angle of taper with respect to said flat surface that comprises between 15 and 60 degrees and wherein the distal portion of the frustoconical body has a second angle of taper, and wherein the second angle of taper is greater than the first angle of taper; a laser for producing a beam incident upon the fluid stream and the particles, wherein the focus of the laser beam in the fluid stream is placed a distance within 300 micrometers from the exit orifice; and a detector for detecting light emitted or reflected from the particles within the fluid stream in response to the beam. a nozzle assembly for producing a fluid stream with particles, the nozzle assembly comprising a nozzle tip comprising: i) a cylindrical body defining a longitudinal axis ; and ii) a frustoconical body P adjoining the cylindrical body on the longitudinal axis and in fluid communication with the cylindrical body, wherein the frustoconical body ends in a flat surface transverse to the longitudinal axis which has a nozzle exit orifice ; and i) a cylindrical body defining a longitudinal axis ; and ii) a frustoconical body P adjoining the cylindrical body on the longitudinal axis and in fluid communication with the cylindrical body, wherein the frustoconical body ends in a flat surface transverse to the longitudinal axis which has a nozzle exit orifice ; and wherein the frustoconical body further comprises a chamfer at the edge of the flat surface and the frustoconical body, said chamfer defining a proximal portion of the frustoconical body, whereby said proximal portion has a first angle of taper with respect to said flat surface that comprises between 15 and 60 degrees and wherein the distal portion of the frustoconical body has a second angle of taper, and wherein the second angle of taper is greater than the first angle of taper; a laser for producing a beam incident upon the fluid stream and the particles, wherein the focus of the laser beam in the fluid stream is placed a distance within 300 micrometers from the exit orifice; and a detector for detecting light emitted or reflected from the particles within the fluid stream in response to the beam.
Heat exchanger thermostat arrangement comprising a valve, a room temperature sensor , a controller, and a heat sensor , wherein the controller comprises a temperature forecast generator making a temperature forecast based on a heat related value received from the heat sensor , characterized in that the temperature forecast generator comprises a heat development observation section in which a difference between an actual heat related value and at least one previously obtained heat related value is obtained.
A method for isolating a population of recombinant adeno-associated virus (rAAV) particles from in-process impurities in a feedstream, comprising the steps of: (a) (i) contacting a feedstream containing the rAAV particles with an apatite chromatography medium in the presence of polyethylene glycol (PEG), wherein the rAAV particles bind to the apatite chromatography medium; and (ii) eluting the rAAV particles bound to the apatite chromatography medium with an elution buffer containing less than 3% (w/v) PEG; and (b) binding the rAAV particles in the feedstream eluted from the apatite chromatography medium with hydrophobic interaction chromatography (HIC). (a) (i) contacting a feedstream containing the rAAV particles with an apatite chromatography medium in the presence of polyethylene glycol (PEG), wherein the rAAV particles bind to the apatite chromatography medium; and (ii) eluting the rAAV particles bound to the apatite chromatography medium with an elution buffer containing less than 3% (w/v) PEG; and (i) contacting a feedstream containing the rAAV particles with an apatite chromatography medium in the presence of polyethylene glycol (PEG), wherein the rAAV particles bind to the apatite chromatography medium; and (ii) eluting the rAAV particles bound to the apatite chromatography medium with an elution buffer containing less than 3% (w/v) PEG; and (b) binding the rAAV particles in the feedstream eluted from the apatite chromatography medium with hydrophobic interaction chromatography (HIC).
A manufacturing method of food packing material having hydrophobicity, comprising: (a) preparing a mold in which a number of grooves are formed, and (b) forming a number of columns corresponding to the groove in one side of the food packing material by pressurizing the mold to the food packing material , wherein (a) the preparing of the mold includes (a-1) preparing a first metal layer ; characterized in that (a) the preparing of the mold further includes (a-2) laminating a photoresist film at a top of the first metal layer ; (a-3) patterning the photoresist film and forming a number of the photoresist patterns to be spaced at a predetermined interval from each other, and (a-4) forming the mold by laminating a second metal layer at the first metal layer . (a) preparing a mold in which a number of grooves are formed, and (b) forming a number of columns corresponding to the groove in one side of the food packing material by pressurizing the mold to the food packing material , wherein (a) the preparing of the mold includes (a-1) preparing a first metal layer ; characterized in that (a) the preparing of the mold further includes (a-2) laminating a photoresist film at a top of the first metal layer ; (a-3) patterning the photoresist film and forming a number of the photoresist patterns to be spaced at a predetermined interval from each other, and (a-4) forming the mold by laminating a second metal layer at the first metal layer . (a-1) preparing a first metal layer ; characterized in that (a) the preparing of the mold further includes (a-2) laminating a photoresist film at a top of the first metal layer ; (a-3) patterning the photoresist film and forming a number of the photoresist patterns to be spaced at a predetermined interval from each other, and (a-4) forming the mold by laminating a second metal layer at the first metal layer .
A metal-injection molded cooled wall segment (20; 120; 220) of a gas turbine engine component, the cooled wall segment (20; 120; 220) comprising: a body defining a contact surface configured to be in contact with circulating hot gas and an outer surface configured to be in contact with cooling air, the body having: a first portion made of a material formed of a first feedstock upon debinding and sintering of a green body, the first portion including at least one retention element (30; 130); and a second portion made of a porous material formed of a second feedstock upon debinding and sintering the green body, the second portion being permeable to air and containing a plurality of interconnected pores, wherein the porous material of the second portion has a porosity greater than the material of the first portion , the porous second portion is engaged to the first portion and defines at least part of the contact surface and at least part of a fluid communication between the outer surface and the contact surface through the interconnected pores. a first portion made of a material formed of a first feedstock upon debinding and sintering of a green body, the first portion including at least one retention element (30; 130); and a second portion made of a porous material formed of a second feedstock upon debinding and sintering the green body, the second portion being permeable to air and containing a plurality of interconnected pores, wherein the porous material of the second portion has a porosity greater than the material of the first portion , the porous second portion is engaged to the first portion and defines at least part of the contact surface and at least part of a fluid communication between the outer surface and the contact surface through the interconnected pores.
A recombinant respiratory syncytial virus (RSV) attenuated by one or more modifications to a RSV genome, wherein the one or more modifications comprise: (a) a NS1 gene and a NS2 gene shifted from gene positions 1 and 2 to gene positions 7 and 8 of the RSV genome, respectively; or (b) the NS1 gene and the NS2 gene shifted from gene positions 1 and 2 to gene positions 9 and 10 of the RSV genome, respectively; and wherein: the recombinant RSV is increasingly susceptible to restriction in cultured cells that can produce interferons in response to viral infection; the recombinant RSV retains replication efficiency in cultured cells that cannot produce interferons in response to viral infection; and the recombinant RSV is infectious, attenuated, and self-replicating. (a) a NS1 gene and a NS2 gene shifted from gene positions 1 and 2 to gene positions 7 and 8 of the RSV genome, respectively; or (b) the NS1 gene and the NS2 gene shifted from gene positions 1 and 2 to gene positions 9 and 10 of the RSV genome, respectively; the recombinant RSV is increasingly susceptible to restriction in cultured cells that can produce interferons in response to viral infection; the recombinant RSV retains replication efficiency in cultured cells that cannot produce interferons in response to viral infection; and the recombinant RSV is infectious, attenuated, and self-replicating.
A downhole device delivery and drive transfer system comprising: a sub arranged to attach to a drill string ; a tool configured to travel through a drill string and into the sub when the sub is attached to the drill string; and a guide mechanism operable between the sub and the tool to guide the tool to a known rotational orientation relative to the sub as the tool travels into the sub, at which the tool is able to releasably couple to the sub, whereby the sub and the tool together form a torque transmission system so that torque imparted to the drill string is transferred by the sub to the tool, the tool further being arranged to carry one or more devices for performing one or more downhole functions, wherein the guide mechanism comprises a guide surface supported by the sub , and a key on the tool , the key being arranged to engage with the guide surface, wherein the tool is able to rotate about its longitudinal axis on engagement of the key with the guide surface, thereby to guide the tool to the known rotational orientation relative to the sub wherein the sub comprises a body of tubular structure with an uphole edge and a downhole edge , wherein the guide surface is formed as the uphole edge of the tubular structure, and characterized in that the downhole edge is provided with a plurality of circumferentially spaced recesses forming a castellated end. a sub arranged to attach to a drill string ; a tool configured to travel through a drill string and into the sub when the sub is attached to the drill string; and a guide mechanism operable between the sub and the tool to guide the tool to a known rotational orientation relative to the sub as the tool travels into the sub, at which the tool is able to releasably couple to the sub, whereby the sub and the tool together form a torque transmission system so that torque imparted to the drill string is transferred by the sub to the tool, the tool further being arranged to carry one or more devices for performing one or more downhole functions, wherein the guide mechanism comprises a guide surface supported by the sub , and a key on the tool , the key being arranged to engage with the guide surface, wherein the tool is able to rotate about its longitudinal axis on engagement of the key with the guide surface, thereby to guide the tool to the known rotational orientation relative to the sub
An apparatus comprising: a block addressable NAND non-volatile memory device having a first write speed and a first namespace with a first write granularity; a byte addressable three-dimensional cross point, 3DXP, non-volatile memory device having a second write speed faster than the first write speed and a second namespace with a second write granularity smaller than the first write granularity; and a storage controller that includes logic configured to: receive an atomic multimedia write transaction request to write user data and meta data associated with storage of the user data; and cause the user data to be stored in the block addressable NAND non-volatile memory device, and cause the meta data to be stored in the byte addressable 3DXP non-volatile memory device, simultaneously and atomically, and cause roll back of storage of the user data and the meta data, when storage of the user data or storage of the meta data indicates a failure or when a power failure occurs for at least one of the block addressable NAND non-volatile memory device without a power loss imminent, PLI, capability and the byte addressable 3DXP non-volatile memory device without a PLI capability. a block addressable NAND non-volatile memory device having a first write speed and a first namespace with a first write granularity; a byte addressable three-dimensional cross point, 3DXP, non-volatile memory device having a second write speed faster than the first write speed and a second namespace with a second write granularity smaller than the first write granularity; and a storage controller that includes logic configured to: receive an atomic multimedia write transaction request to write user data and meta data associated with storage of the user data; and cause the user data to be stored in the block addressable NAND non-volatile memory device, and cause the meta data to be stored in the byte addressable 3DXP non-volatile memory device, simultaneously and atomically, and cause roll back of storage of the user data and the meta data, when storage of the user data or storage of the meta data indicates a failure or when a power failure occurs for at least one of the block addressable NAND non-volatile memory device without a power loss imminent, PLI, capability and the byte addressable 3DXP non-volatile memory device without a PLI capability. receive an atomic multimedia write transaction request to write user data and meta data associated with storage of the user data; and cause the user data to be stored in the block addressable NAND non-volatile memory device, and cause the meta data to be stored in the byte addressable 3DXP non-volatile memory device, simultaneously and atomically, and cause roll back of storage of the user data and the meta data, when storage of the user data or storage of the meta data indicates a failure or when a power failure occurs for at least one of the block addressable NAND non-volatile memory device without a power loss imminent, PLI, capability and the byte addressable 3DXP non-volatile memory device without a PLI capability.
A sample processing apparatus, comprising: a sample processing unit configured to process a sample, comprising a measuring unit , a transport unit , and a display ; a controller which is part of an information processing unit , said controller being connected with the sample processing unit and with the display , and comprising a memory for storing an electronic manual for the sample processing apparatus, the electronic manual being a file recording an operation method of the sample processing apparatus in page sequence; wherein the memory is configured to store link information designating a relevant part of the electronic manual with respects to each type of error in association with types of errors; and wherein the controller is configured to determine that an error has occurred in the sample processing unit, to read out the link information from the memory upon determination that an error has occurred and to cause the display to show the relevant part of the electronic manual designated with the link information according to the type of the occurred error. a sample processing unit configured to process a sample, comprising a measuring unit , a transport unit , and a display ; a controller which is part of an information processing unit , said controller being connected with the sample processing unit and with the display , and comprising a memory for storing an electronic manual for the sample processing apparatus, the electronic manual being a file recording an operation method of the sample processing apparatus in page sequence; wherein the memory is configured to store link information designating a relevant part of the electronic manual with respects to each type of error in association with types of errors; and wherein the controller is configured to determine that an error has occurred in the sample processing unit, to read out the link information from the memory upon determination that an error has occurred and to cause the display to show the relevant part of the electronic manual designated with the link information according to the type of the occurred error.
A method for scheduling a terminal device, comprising: determining , by a network device, first configuration information; and sending , by the network device, the first configuration information to the terminal device, characterized in that the first configuration information indicates each time moment for the terminal device to perform a pre-scheduled service and a respective frequency domain resource used by the terminal device to perform the pre-scheduled service at each time moment; wherein the pre-scheduled service is a periodic service, and the terminal device uses different frequency domain resources to perform the pre-scheduled service at at least two of time moments; wherein frequency domain resources used by the terminal device to perform the pre-scheduled service are periodically cycled. determining , by a network device, first configuration information; and sending , by the network device, the first configuration information to the terminal device, characterized in that the first configuration information indicates each time moment for the terminal device to perform a pre-scheduled service and a respective frequency domain resource used by the terminal device to perform the pre-scheduled service at each time moment; wherein the pre-scheduled service is a periodic service, and the terminal device uses different frequency domain resources to perform the pre-scheduled service at at least two of time moments; wherein frequency domain resources used by the terminal device to perform the pre-scheduled service are periodically cycled.
A bearing unit incorporating an outer race ring having a circumferential groove provided in the inner envelope surface, and an inner race ring having an outer envelope surface with a circumferential groove and an inner envelope surface with a tapering saw-tooth profile extending in the axial direction of the inner race ring, a thin-walled sleeve , which is slotted by means of an axially extending slot and has a tapering saw-tooth profile on its outer envelope surface, cooperating with the saw-tooth profile in the inner envelope surface of the inner race ring for increasing and decreasing the grip of the thin-walled sleeve against a shaft, when the inner race ring and the thin-walled sleeve are displaced axially relative to each other, a flange member being connected to the exterior of the thin-walled sleeve and provided with a tightening member operable to cause the mutual displacement between sleeve and inner race ring , the grooves in the outer and inner race rings being positioned in such a manner relative to each other so as to form together a race track for a number of rolling bodies positioned between the grooves, characterized in that the surface of the inner race ring presenting the tapering saw-tooth profile is a surface which has been subjected to a soft turning operation followed by a hardening operation, whereby the surface of the inner race ring presenting the tapering saw-tooth profile has not been subjected to any further grinding operation after the hardening operation.
A method for providing guaranteed minimum intermediate proxy node traffic bandwidth for services, the method comprising: configuring, at an intermediate proxy node, a plurality of different per-service guaranteed minimum bandwidth buckets of the intermediate proxy node for reserving and tracking utilization of reserved minimum bandwidths of the intermediate proxy node available to be used by messages associated with a plurality of different services; receiving a first message at the intermediate proxy node; determining, by the intermediate proxy node, that the intermediate proxy node is in an overloaded state; identifying , by the intermediate proxy node, the first message as being associated with one of the services for which the guaranteed minimum bandwidth is configured; determining , by the intermediate proxy node, that a portion of the guaranteed minimum bandwidth for the service is available to process the first message; and routing , by the intermediate proxy node and to a producer network function, NF, that provides the service, the first message and updating a message count for the service. configuring, at an intermediate proxy node, a plurality of different per-service guaranteed minimum bandwidth buckets of the intermediate proxy node for reserving and tracking utilization of reserved minimum bandwidths of the intermediate proxy node available to be used by messages associated with a plurality of different services; receiving a first message at the intermediate proxy node; determining, by the intermediate proxy node, that the intermediate proxy node is in an overloaded state; identifying , by the intermediate proxy node, the first message as being associated with one of the services for which the guaranteed minimum bandwidth is configured; determining , by the intermediate proxy node, that a portion of the guaranteed minimum bandwidth for the service is available to process the first message; and routing , by the intermediate proxy node and to a producer network function, NF, that provides the service, the first message and updating a message count for the service.