mhurhangee/patent-ind-claim-en huggingface dataset:
A sub-assembly (100; 300) for use in constructing an electro-optic display, the sub-assembly (100; 300) comprising a layer of a solid electro-optic material (130; 302) and a layer of polyurethane lamination adhesive (180; 308) adhered to the layer of electro-optic material (130; 302), the sub-assembly being characterized by the layer of lamination adhesive (180; 308) comprising a polyurethane formed from an isocyanate, a polyether diol and a polyester diol, the polyester diol either (a) having a number average molecular weight less than 2000, or (b) comprising two polyester diol segments connected by a steric hindrance group, each of the polyester diol segments having a number average molecular weight less than 2000, the molar ratio of polyether diol to polyester diol being in the range of from 1:9 to 9:1.
A lead frame for attaching leads to a hermetic feedthrough, comprising: a cross-member ; and a plurality of leads , each lead having an elongate body extending from the cross-member in a direction substantially parallel with one another; wherein each lead comprises at least one of a notch on an end thereof opposite to the cross-member and a projection proximate to the end; and wherein the at least one of the notch and the projection of each lead is configured to be aligned with a pad of a feedthrough for joining of the lead thereto. a cross-member ; and a plurality of leads , each lead having an elongate body extending from the cross-member in a direction substantially parallel with one another; wherein each lead comprises at least one of a notch on an end thereof opposite to the cross-member and a projection proximate to the end; and wherein the at least one of the notch and the projection of each lead is configured to be aligned with a pad of a feedthrough for joining of the lead thereto.
A portable access control communication device comprising: a housing for protecting a key device ; a socket arranged to hold a blade of a key device , the socket comprising a connector for communication with the key device ; a cellular radio communication module ; a controller arranged to communicate, using the cellular radio communication module , with an access control device over a cellular communication network when the key device is provided in the socket such that there is galvanic contact between the key device and the socket ; and a code input device , wherein the controller is arranged to deactivate the key device when it is inserted in the socket and only reactivate the key device when a correct code has been entered using the code input device ; wherein the controller is arranged to perform any one or more of the following communication with the access control device when the key device is provided in the socket : receiving updated access rights specifically for the key device , receiving an updated validity time for the key device , receiving an updated time for a clock of the key device . a housing for protecting a key device ; a socket arranged to hold a blade of a key device , the socket comprising a connector for communication with the key device ; a cellular radio communication module ; a controller arranged to communicate, using the cellular radio communication module , with an access control device over a cellular communication network when the key device is provided in the socket such that there is galvanic contact between the key device and the socket ; and a code input device , wherein the controller is arranged to deactivate the key device when it is inserted in the socket and only reactivate the key device when a correct code has been entered using the code input device ; wherein the controller is arranged to perform any one or more of the following communication with the access control device when the key device is provided in the socket : receiving updated access rights specifically for the key device , receiving an updated validity time for the key device , receiving an updated time for a clock of the key device .
PTO unit for a work vehicle comprising: - a planetary gear having a first shaft for connection with an IC engine of the work vehicle; - a PTO spline (S) connected in power transmission to the planetary gear and defining a gear ratio with the first shaft ; - a hydrostatic transmission driven by the planetary gear to control the gear ratio; - a pressure sensor unit for sensing a differential pressure across a loop of the hydrostatic transmission; characterized in that the PTO unit further comprising: - a control unit (ECU) programmed to calculate: a differential pressure drop in the loop on the basis of an actual kinematic status of the planetary gear and from a calibration mathematical model representing an unloaded functioning of the PTO spline (S); a PTO spline torque from a further mathematical model based on said pressure drop, on pressure signals from the sensor unit and on kinematic / hydraulic factors of the planetary gear and the hydrostatic transmission. - a planetary gear having a first shaft for connection with an IC engine of the work vehicle; - a PTO spline (S) connected in power transmission to the planetary gear and defining a gear ratio with the first shaft ; - a hydrostatic transmission driven by the planetary gear to control the gear ratio; - a pressure sensor unit for sensing a differential pressure across a loop of the hydrostatic transmission; characterized in that the PTO unit further comprising: - a control unit (ECU) programmed to calculate: a differential pressure drop in the loop on the basis of an actual kinematic status of the planetary gear and from a calibration mathematical model representing an unloaded functioning of the PTO spline (S); a PTO spline torque from a further mathematical model based on said pressure drop, on pressure signals from the sensor unit and on kinematic / hydraulic factors of the planetary gear and the hydrostatic transmission. a differential pressure drop in the loop on the basis of an actual kinematic status of the planetary gear and from a calibration mathematical model representing an unloaded functioning of the PTO spline (S); a PTO spline torque from a further mathematical model based on said pressure drop, on pressure signals from the sensor unit and on kinematic / hydraulic factors of the planetary gear and the hydrostatic transmission.
A method of wireless communication performed by a user equipment, UE, comprising: transmitting , to a base station, a connection request that indicates a first UE identifier that identifies the UE in a core network; receiving , from the base station, a configuration for preconfigured uplink resources, PUR, wherein the configuration indicates an uplink resource and a PUR identifier that is a different type of identifier than the first UE identifier; and communicating with the base station based at least in part on the configuration. transmitting , to a base station, a connection request that indicates a first UE identifier that identifies the UE in a core network; receiving , from the base station, a configuration for preconfigured uplink resources, PUR, wherein the configuration indicates an uplink resource and a PUR identifier that is a different type of identifier than the first UE identifier; and communicating with the base station based at least in part on the configuration.
A telemetry system comprising: a plurality of telemeters , each telemeter carried on board a respective aircraft said telemeters including an input coupled to the output of one or more condition sensors of said respective assets; an output for providing diagnostic messages containing information related to the sensed performance of said respective assets; each respective asset comprising a respective transmitter having an input coupled to said output of said telemeters for transmitting said diagnostic messages in an ISM frequency band; and a plurality of remote stations comprising a receiver for receiving said transmitted messages; a processor for processing said transmitted messages; and an output for providing information related to the performance of said respective assets to a device adapted to utilize said information; said remote stations are spaced apart from one another so as to provide receiver coverage over an entire geographical area of interest; and characterized in that : said aircraft comprise nodes in radio communication with each other, and wherein each node has a respective transceiver provided with flight plan information to enable it to select a successor node such that said messages are transmitted from node to node while the successor node is in line of sight of a predecessor node. a plurality of telemeters , each telemeter carried on board a respective aircraft said telemeters including an input coupled to the output of one or more condition sensors of said respective assets; an output for providing diagnostic messages containing information related to the sensed performance of said respective assets; each respective asset comprising a respective transmitter having an input coupled to said output of said telemeters for transmitting said diagnostic messages in an ISM frequency band; and a plurality of remote stations comprising a receiver for receiving said transmitted messages; a processor for processing said transmitted messages; and an output for providing information related to the performance of said respective assets to a device adapted to utilize said information; said remote stations are spaced apart from one another so as to provide receiver coverage over an entire geographical area of interest; and characterized in that : said aircraft comprise nodes in radio communication with each other, and wherein each node has a respective transceiver provided with flight plan information to enable it to select a successor node such that said messages are transmitted from node to node while the successor node is in line of sight of a predecessor node.
An energetic ignition arrangement, comprising: a pressure vessel arrangement, comprising: an ignitor pressure vessel defining an energetic cavity ; a propellant pressure vessel defining a propellant cavity , wherein the ignitor pressure vessel is coupled to the propellant pressure vessel; an energetic disposed in the energetic cavity; and a propellant disposed in the propellant pressure vessel; and an ignition system arrangement, comprising: an ignitor housing coupled to the ignitor pressure vessel and defining a sealing aperture ; a seal disposed in the sealing aperture configured to hermetically seals the ignitor housing; and an electric match extending through the ignitor housing, wherein at least the ignitor housing and the ignitor pressure vessel are reusable after the energetic ignition arrangement has been employed in an ignition event; and characterised by further comprising a first ceramic isolator and a second ceramic isolator ; wherein the first ceramic isolator and the second ceramic isolator electrically insulate the at least one wire; and wherein the seal is located between the first ceramic isolator and the second ceramic isolator. a pressure vessel arrangement, comprising: an ignitor pressure vessel defining an energetic cavity ; a propellant pressure vessel defining a propellant cavity , wherein the ignitor pressure vessel is coupled to the propellant pressure vessel; an energetic disposed in the energetic cavity; and a propellant disposed in the propellant pressure vessel; and an ignitor pressure vessel defining an energetic cavity ; a propellant pressure vessel defining a propellant cavity , wherein the ignitor pressure vessel is coupled to the propellant pressure vessel; an energetic disposed in the energetic cavity; and a propellant disposed in the propellant pressure vessel; and an ignition system arrangement, comprising: an ignitor housing coupled to the ignitor pressure vessel and defining a sealing aperture ; a seal disposed in the sealing aperture configured to hermetically seals the ignitor housing; and an electric match extending through the ignitor housing, an ignitor housing coupled to the ignitor pressure vessel and defining a sealing aperture ; a seal disposed in the sealing aperture configured to hermetically seals the ignitor housing; and an electric match extending through the ignitor housing, wherein at least the ignitor housing and the ignitor pressure vessel are reusable after the energetic ignition arrangement has been employed in an ignition event; and characterised by further comprising a first ceramic isolator and a second ceramic isolator ; wherein the first ceramic isolator and the second ceramic isolator electrically insulate the at least one wire; and wherein the seal is located between the first ceramic isolator and the second ceramic isolator.
A fixing clip for securing an assembly to a ridged component , the fixing clip comprising: a first resiliently deformable rib and a second resiliently deformable rib opposed to the first resiliently deformable rib , the first and second resiliently deformable ribs arranged to engage the ridged component and being shaped such that: movement of the ridged component in a first direction relative to the fixing clip causes the first and second resiliently deformable ribs to deform, and movement of the ridged component in a second direction opposite to the first direction is prevented by engagement between the first and second resiliently deformable ribs and the ridged component , and wherein the first and second resiliently deformable ribs comprise an engaging surface arranged such that upon application of an external force to the engaging surface the first and second resiliently deformable ribs are configured to deform so as to release the ridged component for movement in the second direction, and characterised in that each of the first and second resiliently deformable ribs comprises at least one abutment , and wherein the abutment of the first resiliently deformable rib is arranged to abut the abutment of the second resiliently deformable rib upon movement of the ridged component in the second direction so as to limit the deformation of the first and second resiliently deformable ribs towards one another. a first resiliently deformable rib and a second resiliently deformable rib opposed to the first resiliently deformable rib , the first and second resiliently deformable ribs arranged to engage the ridged component and being shaped such that: movement of the ridged component in a first direction relative to the fixing clip causes the first and second resiliently deformable ribs to deform, and movement of the ridged component in a second direction opposite to the first direction is prevented by engagement between the first and second resiliently deformable ribs and the ridged component , movement of the ridged component in a first direction relative to the fixing clip causes the first and second resiliently deformable ribs to deform, and movement of the ridged component in a second direction opposite to the first direction is prevented by engagement between the first and second resiliently deformable ribs and the ridged component , and wherein the first and second resiliently deformable ribs comprise an engaging surface arranged such that upon application of an external force to the engaging surface the first and second resiliently deformable ribs are configured to deform so as to release the ridged component for movement in the second direction, and characterised in that each of the first and second resiliently deformable ribs comprises at least one abutment , and wherein the abutment of the first resiliently deformable rib is arranged to abut the abutment of the second resiliently deformable rib upon movement of the ridged component in the second direction so as to limit the deformation of the first and second resiliently deformable ribs towards one another.
A display, comprising: a substrate ; a plurality of sensing elements disposed on the substrate ; a plurality of electronic modules disposed on the substrate ; and a controller ; wherein the plurality of electronic modules are arranged in a manner to expose the plurality of sensing elements , at least two first light signals respectively emitted by at least two of the electronic modules are sensed by at least one of the sensing elements , the at least one of the sensing elements outputs at least one second signal according to the first light signals, and the controller calibrates the electronic modules according to the at least one second signal, characterized in that each of the plurality of electronic modules respectively comprises a first substrate and a plurality of light emitting elements , wherein the plurality of light emitting elements are disposed on the first substrate and at least a part of the plurality of sensing elements are each disposed between at least two adjacent first substrates . a substrate ; a plurality of sensing elements disposed on the substrate ; a plurality of electronic modules disposed on the substrate ; and a controller ; wherein the plurality of electronic modules are arranged in a manner to expose the plurality of sensing elements , at least two first light signals respectively emitted by at least two of the electronic modules are sensed by at least one of the sensing elements , the at least one of the sensing elements outputs at least one second signal according to the first light signals, and the controller calibrates the electronic modules according to the at least one second signal, characterized in that each of the plurality of electronic modules respectively comprises a first substrate and a plurality of light emitting elements , wherein the plurality of light emitting elements are disposed on the first substrate and at least a part of the plurality of sensing elements are each disposed between at least two adjacent first substrates .
A method of modeling effects of operational procedures during startup of a fluid production or injection system at a field, comprising: determining , via a processor , one or more initial conditions of the field at a first time based on one or more field measurements of the field; simulating , via the processor , one or more startups of the fluid production or injection system based on the one or more initial conditions; determining , via the processor , one or more operational procedures for starting up the fluid production or injection system based on the one or more simulated startups; determining , via the processor , whether a startup command has been received; and sending , via the processor , one or more instructions to startup the fluid production or injection system using the one or more operational procedures when the startup command is received. determining , via a processor , one or more initial conditions of the field at a first time based on one or more field measurements of the field; simulating , via the processor , one or more startups of the fluid production or injection system based on the one or more initial conditions; determining , via the processor , one or more operational procedures for starting up the fluid production or injection system based on the one or more simulated startups; determining , via the processor , whether a startup command has been received; and sending , via the processor , one or more instructions to startup the fluid production or injection system using the one or more operational procedures when the startup command is received.
A system arrangement for fault-tolerant control of a plurality of execution units (AE) of the system arrangement, comprising: - a command unit (BE) and line driver units (LTE), wherein - the plurality of execution units (AE) is segmented into a plurality of respective serial sub-chains, each sub-chain having at least one execution unit (AE) along a first data line, and a line driver unit (LTE) is connected upstream of each sub-chain; and - the line driver units (LTE) are serially communicatively coupled to one another by means of a second data line and the first series-connected line driver unit (LTE) is communicatively coupled to the command unit (BE) by means of the second data line, characterised in that in that the system arrangement is set up to modulate signals on the second data line with an amplitude 10 times greater than signals on the first data line, the system arrangement furthermore being set up to always provide differential modulation when the plurality of execution units (AE) are actuated, so that the data lines are actively controlled even if no command is transmitted. - a command unit (BE) and line driver units (LTE), wherein - the plurality of execution units (AE) is segmented into a plurality of respective serial sub-chains, each sub-chain having at least one execution unit (AE) along a first data line, and a line driver unit (LTE) is connected upstream of each sub-chain; and - the line driver units (LTE) are serially communicatively coupled to one another by means of a second data line and the first series-connected line driver unit (LTE) is communicatively coupled to the command unit (BE) by means of the second data line, characterised in that in that the system arrangement is set up to modulate signals on the second data line with an amplitude 10 times greater than signals on the first data line, the system arrangement furthermore being set up to always provide differential modulation when the plurality of execution units (AE) are actuated, so that the data lines are actively controlled even if no command is transmitted.
A controller for controlling at least a first lighting device and a second lighting device , the controller comprising: a communication unit for communicating with the first and second lighting device, a user interface for receiving user input, a display unit , a processor for rendering, on the display unit , a graphical representation of a first color spectrum , a first type of graphical representation of the first lighting device in the first color spectrum at a first position in the user interface , a second type of graphical representation of the second lighting device in the first color spectrum at a second position in the user interface, characterized in that the first type of graphical representation is indicative for the first lighting device being arranged for generating light matching a color of the first color spectrum associated with the first position in the user interface, and the second type of graphical representation is indicative for the second lighting device not being arranged for generating light matching a color of the first color spectrum associated with the second position in the user interface, wherein the processor is further arranged for controlling, upon receiving a first user input for controlling the first lighting device via the user interface, via the communication unit, the color of one or more of the first and second lighting device according to the first user input, and wherein color spectra are rendered in the same area of the user interface such that only a single color spectrum is rendered at a certain point in time. a communication unit for communicating with the first and second lighting device, a user interface for receiving user input, a display unit , a processor for rendering, on the display unit , a graphical representation of a first color spectrum , a first type of graphical representation of the first lighting device in the first color spectrum at a first position in the user interface , a second type of graphical representation of the second lighting device in the first color spectrum at a second position in the user interface, wherein the processor is further arranged for controlling, upon receiving a first user input for controlling the first lighting device via the user interface, via the communication unit, the color of one or more of the first and second lighting device according to the first user input, and wherein color spectra are rendered in the same area of the user interface such that only a single color spectrum is rendered at a certain point in time.