mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming a lipid bilayer for use in a nanopore sensor, the method comprising: (a) introducing a buffer solution in one or more flow channels, the one or more flow channels comprising a plurality of wells, each well having an opening and an electrode and a material layer disposed over the opening of the well, wherein the buffer solution is electrically conductive and wherein the material layer comprises one or more lipids or polymers; (b) bringing the buffer solution in contact with the material layer; (c) measuring an electrical property of the material layer with the electrode to characterize the material layer, wherein the electrical property is selected from the group consisting of current, capacitance and resistance; and (d) applying a stimulus to the electrode to induce the at least the portion of the material layer to form the bilayer over the opening of the well. (a) introducing a buffer solution in one or more flow channels, the one or more flow channels comprising a plurality of wells, each well having an opening and an electrode and a material layer disposed over the opening of the well, wherein the buffer solution is electrically conductive and wherein the material layer comprises one or more lipids or polymers; (b) bringing the buffer solution in contact with the material layer; (c) measuring an electrical property of the material layer with the electrode to characterize the material layer, wherein the electrical property is selected from the group consisting of current, capacitance and resistance; and (d) applying a stimulus to the electrode to induce the at least the portion of the material layer to form the bilayer over the opening of the well.
An intravenous, IV, set comprising: a flush container ; tubing extending from the flush container to a patient interface; a pump interface portion of the tubing disposed between the flush container and the patient interface and configured to be coupled to and manipulated by an infusion pump ; and a flow control valve coupled to the tubing at a location between the pump interface portion and the patient interface, wherein the flow control valve comprises a syringe port characterized such that: when a syringe is not coupled to the syringe port , the flow control valve allows fluid to flow through the flow control valve to the patient interface from a first portion of the tubing disposed between the pump interface portion and the flow control valve ; and when a syringe is coupled to the syringe port , the coupling of the syringe to the syringe port causes the flow control valve to allow fluid to flow from the syringe to the first portion of the tubing while preventing fluid from flowing to the patient interface from the first portion . a flush container ; tubing extending from the flush container to a patient interface; a pump interface portion of the tubing disposed between the flush container and the patient interface and configured to be coupled to and manipulated by an infusion pump ; and a flow control valve coupled to the tubing at a location between the pump interface portion and the patient interface, wherein the flow control valve comprises a syringe port characterized such that: when a syringe is not coupled to the syringe port , the flow control valve allows fluid to flow through the flow control valve to the patient interface from a first portion of the tubing disposed between the pump interface portion and the flow control valve ; and when a syringe is coupled to the syringe port , the coupling of the syringe to the syringe port causes the flow control valve to allow fluid to flow from the syringe to the first portion of the tubing while preventing fluid from flowing to the patient interface from the first portion . when a syringe is not coupled to the syringe port , the flow control valve allows fluid to flow through the flow control valve to the patient interface from a first portion of the tubing disposed between the pump interface portion and the flow control valve ; and when a syringe is coupled to the syringe port , the coupling of the syringe to the syringe port causes the flow control valve to allow fluid to flow from the syringe to the first portion of the tubing while preventing fluid from flowing to the patient interface from the first portion .
A method of communication for a multi-link multi-beam communications apparatus, the method comprising: communicating data via a first wireless communication link ; and communicating beam information for a second wireless communication link via the first wireless communication link , wherein the beam information comprises a designated time for a beam switch. communicating data via a first wireless communication link ; and communicating beam information for a second wireless communication link via the first wireless communication link , wherein the beam information comprises a designated time for a beam switch.
A method, performed by a radio network node , for handling traffic on an Access Stratum "AS" bearer, wherein the Access Stratum bearer is capable of carrying the traffic between a first core network node and a wireless communication device , wherein the method comprises: receiving (A010), from a second core network node , an Access Stratum bearer request for setting up the Access Stratum bearer to carry traffic between the first core network node and the wireless communication device , wherein the Access Stratum bearer request includes a first AS Quality of Service profile, a second AS Quality of Service profile, and at least one criterion for use in determining which of the first or second AS Quality of Service profiles to apply when processing the traffic; and processing (A040) the traffic while applying the first or second AS Quality of Service profile based on whether or not one of the at least one criterion is fulfilled. receiving (A010), from a second core network node , an Access Stratum bearer request for setting up the Access Stratum bearer to carry traffic between the first core network node and the wireless communication device , wherein the Access Stratum bearer request includes a first AS Quality of Service profile, a second AS Quality of Service profile, and at least one criterion for use in determining which of the first or second AS Quality of Service profiles to apply when processing the traffic; and processing (A040) the traffic while applying the first or second AS Quality of Service profile based on whether or not one of the at least one criterion is fulfilled.
A delivery device for a sheet-processing machine comprising at least one deposition station (I) and a conveyor system , by means of which upstream processed sheets (B) of printed material can be picked up in a transfer location , can be conveyed to a first deposition station (I) via a first conveying section , where they can be deposited optionally to a first stack to be formed there or can be conveyed by the conveyor system beyond said stack and further conveyed downstream to a second deposition station (II) comprising a second stacking space via a second conveying section , where they can be deposited by the conveyor system to a second stack to be formed, characterized in that a holding device which holds down the uppermost sheet (B) of the stack during the transfer of a sheet (B) to be conveyed against an entrainment and/or lifting, is provided with one or a plurality of holding means which are spaced apart from each other transversely to the transport direction (T) and in holding position brought into contact with the uppermost stacking position and/or a sheet-guiding element is provided, which adjoins the deposition station (I) and is variable in its vertical position with at least its upstream end by means of an actuating device , via which a further sheet (B) of printed material downstream of the first deposition station (I) can be transported in a guided manner via the conveyor system .
A user equipment, comprising means for: receiving , at the user equipment, a request to provide a report of device to device discovery needs; reporting , by the user equipment, the device to device discovery needs to a network element, in response to receiving the request to provide the report of device to device discovery needs, wherein the reporting comprises requesting prioritization of participation of the user equipment in device to device discovery; determining , at the user equipment, that the device to device discovery needs have ended; and reporting , by the user equipment, to the network element that the device to device discovery needs have ended. receiving , at the user equipment, a request to provide a report of device to device discovery needs; reporting , by the user equipment, the device to device discovery needs to a network element, in response to receiving the request to provide the report of device to device discovery needs, wherein the reporting comprises requesting prioritization of participation of the user equipment in device to device discovery; determining , at the user equipment, that the device to device discovery needs have ended; and reporting , by the user equipment, to the network element that the device to device discovery needs have ended.
An apparatus of a User Equipment UE , the apparatus comprising: memory ; and processing circuitry , configured to: decode downlink control information, DCI, to configure the UE for aperiodic channel state information, CSI; decode radio-resource control, RRC, signaling from a master cell group, MCG, associated with a primary enhanced node B, eNB , the RRC signaling to provide configuration information for configuring the UE with a secondary cell group, SCG, for dual connectivity, the SCG associated with a secondary eNB, SeNB ; decode a subframe to determine if multiple aperiodic CSI report requests from the MCG and the SCG trigger more than one CSI report; when a predetermined number or less CSI reports are triggered, update CSI for CSI processes corresponding to each of the triggered CSI reports; when more than the predetermined number of CSI reports are triggered, update the CSI for CSI processes for the predetermined number of the triggered CSI reports, said CSI including a Channel Quality Indicator, CQI, value, and access in memory a previously-calculated CSI for a remaining CSI process that is not updated; and perform CSI reporting for the updated and the accessed CSI for the CSI processes, wherein the memory is configured to store the DCI, and wherein a CSI report is generated, said CSI report including all CSI processes requested from the aperiodic CSI report requests from the MCG and the SCG, and further including a portion for the remaining CSI process that is not updated, said portion including a CQI, value that is set to zero to indicate that the CQI has not been calculated. decode downlink control information, DCI, to configure the UE for aperiodic channel state information, CSI; decode radio-resource control, RRC, signaling from a master cell group, MCG, associated with a primary enhanced node B, eNB , the RRC signaling to provide configuration information for configuring the UE with a secondary cell group, SCG, for dual connectivity, the SCG associated with a secondary eNB, SeNB ; decode a subframe to determine if multiple aperiodic CSI report requests from the MCG and the SCG trigger more than one CSI report; when a predetermined number or less CSI reports are triggered, update CSI for CSI processes corresponding to each of the triggered CSI reports; when more than the predetermined number of CSI reports are triggered, update the CSI for CSI processes for the predetermined number of the triggered CSI reports, said CSI including a Channel Quality Indicator, CQI, value, and access in memory a previously-calculated CSI for a remaining CSI process that is not updated; and perform CSI reporting for the updated and the accessed CSI for the CSI processes, wherein the memory is configured to store the DCI, and wherein a CSI report is generated, said CSI report including all CSI processes requested from the aperiodic CSI report requests from the MCG and the SCG, and further including a portion for the remaining CSI process that is not updated, said portion including a CQI, value that is set to zero to indicate that the CQI has not been calculated.
A controller for a fulfilment service operation, having means configured to provide: a receiver to receive a document file, the document file comprising job data and policy data, the job data comprising data defining an item to be produced by a fulfilment service device; a location module to determine if location information associated with an authentication token borne by a user satisfies a location policy defined in the policy data; an identity module to determine if identity information associated with the authentication token satisfies an identity policy defined in the policy data; an itinerary module to determine if itinerary information associated with the authentication token satisfies an itinerary policy defined in the policy data wherein the itinerary information comprises data from a calendar of the user; a control module to issue a job-proceed instruction responsive to receipt of an indication that the location policy, the identity policy and the itinerary policy are satisfied. a receiver to receive a document file, the document file comprising job data and policy data, the job data comprising data defining an item to be produced by a fulfilment service device; a location module to determine if location information associated with an authentication token borne by a user satisfies a location policy defined in the policy data; an identity module to determine if identity information associated with the authentication token satisfies an identity policy defined in the policy data; an itinerary module to determine if itinerary information associated with the authentication token satisfies an itinerary policy defined in the policy data wherein the itinerary information comprises data from a calendar of the user; a control module to issue a job-proceed instruction responsive to receipt of an indication that the location policy, the identity policy and the itinerary policy are satisfied.
A method for manufacturing a metallic component having a core and a metallic cladding , comprising the following steps: a. arranging a capsule and a core such that the capsule at least partially surround the core and such that a space is formed between at least a portion of the core and a portion of the capsule ; b. filling the space with metallic cladding material such that the metallic cladding material covers at least a portion of the core ; c. evacuating air from the capsule and sealing the capsule ; d. subjecting the capsule to Hot Isostatic Pressing (HIP) at a predetermined temperature, a predetermined pressure and for a predetermined time so that the metallic cladding material is bonded to the core and forms a solid body ; e. subjecting the solid body to a metal machining operation in which the metallic cladding material is machined in a metal machining apparatus to a metallic cladding of a predetermined thickness; characterized in that the core , prior to the step of Hot Isostatic Pressing, is provided with at least one centering means for centering the solid body obtained in the step of Hot Isostatic Pressing in the metal machining apparatus and wherein the solid body is centered in the metal machining apparatus by engagement between the at least one centering means in the solid body and at least one corresponding center in the metal machining apparatus . a. arranging a capsule and a core such that the capsule at least partially surround the core and such that a space is formed between at least a portion of the core and a portion of the capsule ; b. filling the space with metallic cladding material such that the metallic cladding material covers at least a portion of the core ; c. evacuating air from the capsule and sealing the capsule ; d. subjecting the capsule to Hot Isostatic Pressing (HIP) at a predetermined temperature, a predetermined pressure and for a predetermined time so that the metallic cladding material is bonded to the core and forms a solid body ; e. subjecting the solid body to a metal machining operation in which the metallic cladding material is machined in a metal machining apparatus to a metallic cladding of a predetermined thickness; the core , prior to the step of Hot Isostatic Pressing, is provided with at least one centering means for centering the solid body obtained in the step of Hot Isostatic Pressing in the metal machining apparatus and wherein the solid body is centered in the metal machining apparatus by engagement between the at least one centering means in the solid body and at least one corresponding center in the metal machining apparatus .
A method for producing an infrared light cut filter, comprising: forming an infrared light cut layer containing an infrared light absorbing dye; forming a protective layer on the infrared light cut layer for providing protection against a stripping solution; forming a resist pattern (RP) on the protective layer ;patterning the protective layer and the infrared light cut layer by dry etching using the resist pattern (RP) ; and removing the resist pattern (RP) from the protective layer using the stripping solution.
A method for use in a wireless transmit/receive unit, WTRU, , the method comprising: sending an attach request message to a new core network , wherein the attach request message includes an international mobile subscriber identity, IMSI, as an identifier of the WTRU , and an attach type; receiving an attach accept message from the new core network, wherein the attach accept message is received after the attach request message is sent and includes Quality of Service, QoS, information, Access Point Name, APN, information, and an Internet Protocol, IP, address for the WTRU; and transmitting an attach complete message to the new core network in response to the attach accept message. sending an attach request message to a new core network , wherein the attach request message includes an international mobile subscriber identity, IMSI, as an identifier of the WTRU , and an attach type; receiving an attach accept message from the new core network, wherein the attach accept message is received after the attach request message is sent and includes Quality of Service, QoS, information, Access Point Name, APN, information, and an Internet Protocol, IP, address for the WTRU; and transmitting an attach complete message to the new core network in response to the attach accept message.
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged circumferentially around an axial centerline in an annular array, the plurality of seal shoes comprising a first seal shoe ; a stationary support structure extending circumferentially around the plurality of seal shoes ; a plurality of spring elements comprising a first spring element , the first spring element connecting and extending between the first seal shoe and the stationary support structure ; and a seal plate configured to seal a gap between the stationary support structure and the plurality of seal shoes , characterised in that the seal plate is configured with an annular seal plate rib configured to axially contact and slide radially along one of the first seal shoe and the stationary support structure . a plurality of seal shoes arranged circumferentially around an axial centerline in an annular array, the plurality of seal shoes comprising a first seal shoe ; a stationary support structure extending circumferentially around the plurality of seal shoes ; a plurality of spring elements comprising a first spring element , the first spring element connecting and extending between the first seal shoe and the stationary support structure ; and a seal plate configured to seal a gap between the stationary support structure and the plurality of seal shoes , characterised in that the seal plate is configured with an annular seal plate rib configured to axially contact and slide radially along one of the first seal shoe and the stationary support structure .
A plate holder instrument comprising: a base having a proximal end and a distal end opposite the proximal end , the base defining a longitudinal axis extending from the proximal end to the distal end in a longitudinal direction; a clamp displaceable relative to the base in the longitudinal direction and forming a plate receiving recess with the base , the clamp being displaceable between a released position to allow a bone plate to be loaded into and removed from the plate receiving recess , and a clamped position to lock the bone plate in the plate receiving recess ; and an actuator displaceable relative to the base in a first direction to move the clamp to the released position and a second direction to move the clamp to the clamped position, characterised in that the plate holder instrument further comprises a fastener to detachably couple a guide accessory to the plate holder instrument . a base having a proximal end and a distal end opposite the proximal end , the base defining a longitudinal axis extending from the proximal end to the distal end in a longitudinal direction; a clamp displaceable relative to the base in the longitudinal direction and forming a plate receiving recess with the base , the clamp being displaceable between a released position to allow a bone plate to be loaded into and removed from the plate receiving recess , and a clamped position to lock the bone plate in the plate receiving recess ; and an actuator displaceable relative to the base in a first direction to move the clamp to the released position and a second direction to move the clamp to the clamped position, characterised in that the plate holder instrument further comprises a fastener to detachably couple a guide accessory to the plate holder instrument .
A shot sleeve for a die casting machine , comprising: a shot sleeve body with a pour opening extending to spaced apart inner and outer diameters , the shot sleeve body is a first material; and a liner is secured to the shot sleeve body beneath the pour opening , the liner is a second material, the shot sleeve body and the liner together providing a plunger surface defining a cavity configured to receive a molten shot of material (M), wherein the liner is received within a pocket in the shot sleeve body defined by an edge , the liner includes a perimeter secured to the edge by a weld , characterised in that : the liner and the weld includes a machined surface providing a portion of the plunger surface . a shot sleeve body with a pour opening extending to spaced apart inner and outer diameters , the shot sleeve body is a first material; and a liner is secured to the shot sleeve body beneath the pour opening , the liner is a second material, the shot sleeve body and the liner together providing a plunger surface defining a cavity configured to receive a molten shot of material (M), wherein the liner is received within a pocket in the shot sleeve body defined by an edge , the liner includes a perimeter secured to the edge by a weld , characterised in that : the liner and the weld includes a machined surface providing a portion of the plunger surface .