mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a plurality of pixels (P), wherein each pixel (P) of the plurality of pixels (P) comprises: a first capacitor (Cst) connected between a first voltage line (VL1) configured to receive a first driving signal (Vinit) and a first node (N1); a first transistor (T1) comprising a control electrode (CE1) connected to the first node (N1), a first electrode (E11) connected to a second voltage line (VL2) configured to receive a first power source signal (ELVDD) and a second electrode (E12) connected to a second node (N2); an organic light emitting diode (OLED) comprising an anode electrode connected to the second node (N2) and a cathode electrode configured to receive a second power source signal (ELVSS); a second capacitor (Cpr) connected between an m-th data line (DLm) and the second node (N2), wherein 'm' is a natural number; and a second transistor (T2) comprising a control electrode (CE2) connected to an n-th scan line (S(n)), wherein 'n' is a natural number, a first electrode (E21) connected to the first node (N1) and a second electrode (E22) connected to the second node (N2), wherein the pixel (P) further comprises: a third transistor (T3) comprising a control electrode (CE3) connected to a third voltage line (VL3) configured to receive a second driving signal (Vcomp), a first electrode (E31) connected to the first voltage line (VL1) and a second electrode (E32) connected to the second node (N2). a first capacitor (Cst) connected between a first voltage line (VL1) configured to receive a first driving signal (Vinit) and a first node (N1); a first transistor (T1) comprising a control electrode (CE1) connected to the first node (N1), a first electrode (E11) connected to a second voltage line (VL2) configured to receive a first power source signal (ELVDD) and a second electrode (E12) connected to a second node (N2); an organic light emitting diode (OLED) comprising an anode electrode connected to the second node (N2) and a cathode electrode configured to receive a second power source signal (ELVSS); a second capacitor (Cpr) connected between an m-th data line (DLm) and the second node (N2), wherein 'm' is a natural number; and a second transistor (T2) comprising a control electrode (CE2) connected to an n-th scan line (S(n)), wherein 'n' is a natural number, a first electrode (E21) connected to the first node (N1) and a second electrode (E22) connected to the second node (N2), wherein the pixel (P) further comprises: a third transistor (T3) comprising a control electrode (CE3) connected to a third voltage line (VL3) configured to receive a second driving signal (Vcomp), a first electrode (E31) connected to the first voltage line (VL1) and a second electrode (E32) connected to the second node (N2).
Method for registering a first electronic entity (10.1) of a user, the first electronic entity being able to generate event data, the method comprising: - following the reception of a first request for registration of said first electronic entity by a first main service platform (14.1) dedicated to the first electronic entity, said first registration request being from a user terminal and including a user identifier intended for the identification/authentication of the user by a secondary service platform , reception by the secondary service platform from the first main service platform of a second request for registration of said first electronic entity, the second request including the user identifier; - upon positive identification/authentication of the user by the secondary service platform, registration of the first electronic entity in a database of the secondary service platform, in association with an account of the user, at least one second electronic entity (10.2) dedicated to a second main service platform (14.2) having been registered previously in association with the account of the user; - upon reception by the secondary service platform, of event data from the first electronic entity, provision of said event data to the second main service platform. - following the reception of a first request for registration of said first electronic entity by a first main service platform (14.1) dedicated to the first electronic entity, said first registration request being from a user terminal and including a user identifier intended for the identification/authentication of the user by a secondary service platform , reception by the secondary service platform from the first main service platform of a second request for registration of said first electronic entity, the second request including the user identifier; - upon positive identification/authentication of the user by the secondary service platform, registration of the first electronic entity in a database of the secondary service platform, in association with an account of the user, at least one second electronic entity (10.2) dedicated to a second main service platform (14.2) having been registered previously in association with the account of the user; - upon reception by the secondary service platform, of event data from the first electronic entity, provision of said event data to the second main service platform.
A primary chassis that includes a first plurality of computing devices , each having at least one processor that is configured to perform actions, including: establishing a mesh connection between each computing device within the first plurality of computing devices and each of a plurality of second computing devices within a failover chassis ; receiving packets from a client device at a first computing device within the first plurality of computing devices ; identifying a mirrored computing device within the plurality of second computing devices for forwarding the received packets; modifying a field in each of the packet headers to identify the first computing device and the mirrored computing device such that the failover chassis can route the packets to the mirrored computing device based on the modified packet headers; and forwarding, by the first computing device over the mesh connection, the packets to the failover chassis which is caused to route the packets to the mirrored computing device based on the modified field, wherein the mesh connection instantiates a mirroring channel between the first computing device and the mirrored computing device, and wherein the mirroring channel encapsulates Transmission Control Protocol, TCP, frames of the packets in User Datagram Protocol, UDP, frames for each direction of communication with the mirroring channel, wherein return packets from the mirrored computing device are also encapsulated and include source port information and destination port information that hashes to the first computing device within the first plurality of computing devices. establishing a mesh connection between each computing device within the first plurality of computing devices and each of a plurality of second computing devices within a failover chassis ; receiving packets from a client device at a first computing device within the first plurality of computing devices ; identifying a mirrored computing device within the plurality of second computing devices for forwarding the received packets; modifying a field in each of the packet headers to identify the first computing device and the mirrored computing device such that the failover chassis can route the packets to the mirrored computing device based on the modified packet headers; and forwarding, by the first computing device over the mesh connection, the packets to the failover chassis which is caused to route the packets to the mirrored computing device based on the modified field, wherein the mesh connection instantiates a mirroring channel between the first computing device and the mirrored computing device, and wherein the mirroring channel encapsulates Transmission Control Protocol, TCP, frames of the packets in User Datagram Protocol, UDP, frames for each direction of communication with the mirroring channel, wherein return packets from the mirrored computing device are also encapsulated and include source port information and destination port information that hashes to the first computing device within the first plurality of computing devices.
A clinical support evaluation device comprising a series of pressure sensors in a stack , output means linked to the pressure sensors for indicating signals therefrom, and a power source, the series of pressure sensors including at least first and second pressure sensors within the stack , operational across respective first and second pressure bands, each pressure sensor including first and second sheets of electrical conductors , and a collapsible foam insulator spacing the electrical conductors , the insulator including one or more apertures through which the sheets of electrical conductors can come into contact when the foam is collapsed during use, the pressure sensors being adapted to signal whether there is contact between their electrical conductors , and the output means being adapted to activate when the electrical conductors of the pressure sensor(s) are in contact, and provide at least one of an audio or visual output corresponding to signals from the pressure sensors, in use indicating the pressure band reached for a patient sat on the device , each pressure band corresponding to a predetermined cushion strength for prescribing a cushion to that patient. the series of pressure sensors including at least first and second pressure sensors within the stack , operational across respective first and second pressure bands, each pressure sensor including first and second sheets of electrical conductors , and a collapsible foam insulator spacing the electrical conductors , the insulator including one or more apertures through which the sheets of electrical conductors can come into contact when the foam is collapsed during use, the pressure sensors being adapted to signal whether there is contact between their electrical conductors , and the output means being adapted to activate when the electrical conductors of the pressure sensor(s) are in contact, and provide at least one of an audio or visual output corresponding to signals from the pressure sensors, in use indicating the pressure band reached for a patient sat on the device , each pressure band corresponding to a predetermined cushion strength for prescribing a cushion to that patient.
A method for wireless communications by a base station , comprising: transmitting , from a base station , a plurality of short paging messages to a plurality of user equipments, UEs , using a plurality of beams ; receiving , in response to the plurality of short paging messages, a plurality of short-page responses from the plurality of UEs that identifies signal quality information for at least one beam from the plurality of beams ; selecting a beam based on the signal quality information from the plurality of short-page responses for subsequent communication with a subset of UEs from the plurality of UEs , the subset of UEs grouped together for transmission of paging messages using the selected beams ; and transmitting a message to the subset of UEs using the selected beam , the message including a long paging message. transmitting , from a base station , a plurality of short paging messages to a plurality of user equipments, UEs , using a plurality of beams ; receiving , in response to the plurality of short paging messages, a plurality of short-page responses from the plurality of UEs that identifies signal quality information for at least one beam from the plurality of beams ; selecting a beam based on the signal quality information from the plurality of short-page responses for subsequent communication with a subset of UEs from the plurality of UEs , the subset of UEs grouped together for transmission of paging messages using the selected beams ; and transmitting a message to the subset of UEs using the selected beam , the message including a long paging message.
Assembly comprising a flexible hose for the passage of a medium, and a control unit for outputting electric power, wherein the hose has an inlet , an outlet and a hose wall, into which a heating wire routed along an axial direction of the hose is embedded, wherein the control unit is configured to output electric power to the heating wire in order to heat an outer surface of the hose and/or a medium conveyed through the hose , characterized in that the assembly is furthermore designed to determine a power value taking into account a length of the hose and to output a corresponding power to the heating wire .
A method for producing a valve body of a hollow valve with optimized interior stem geometry, comprising the steps of: providing a preform with a valve head and a tubular wall surrounding a cylindrical cavity ; flow forming the tubular wall over a mandrel, which is inserted into the cavity , to enlarge a length of the tubular wall , wherein multiple forming rollers are used during flow forming; characterized in that a structuring mandrel having a surface structuring is used as mandrel, and the multiple forming rollers are offset radially and axially to each other during flow forming. providing a preform with a valve head and a tubular wall surrounding a cylindrical cavity ; flow forming the tubular wall over a mandrel, which is inserted into the cavity , to enlarge a length of the tubular wall , wherein multiple forming rollers are used during flow forming; characterized in that a structuring mandrel having a surface structuring is used as mandrel, and the multiple forming rollers are offset radially and axially to each other during flow forming.
A computer-implemented method for processing data generated by instrumented software, the method comprising: determining , for a time interval of a plurality of time intervals, a maximum expected delay value for a data stream, the maximum expected delay value comprising a limit on an arrival delay for a data value of the data stream from the instrumented software to an analysis system, the maximum expected delay value comprising a moving average of data values multiplied by a numerical factor, wherein the maximum expected delay value is re-computed periodically at a beginning of each time interval or at an end of a previous time interval; modifying a set of data streams by excluding a data stream when the data value of the data stream fails to arrive within the maximum expected delay value for the data stream during the time interval; receiving a specification of an expression for processing data values of a plurality of data streams associated with the time interval; evaluating the expression using the data values of the modified set of data streams; and sending a result of evaluating the expression for presentation through a user interface. determining , for a time interval of a plurality of time intervals, a maximum expected delay value for a data stream, the maximum expected delay value comprising a limit on an arrival delay for a data value of the data stream from the instrumented software to an analysis system, the maximum expected delay value comprising a moving average of data values multiplied by a numerical factor, wherein the maximum expected delay value is re-computed periodically at a beginning of each time interval or at an end of a previous time interval; modifying a set of data streams by excluding a data stream when the data value of the data stream fails to arrive within the maximum expected delay value for the data stream during the time interval; receiving a specification of an expression for processing data values of a plurality of data streams associated with the time interval; evaluating the expression using the data values of the modified set of data streams; and sending a result of evaluating the expression for presentation through a user interface.
A lighting device accessory , comprising: - a flexible elongated body configured for fitting on and receiving therein an elongated, strip-like lighting device , the elongated body having a light-permeable light propagation portion extending lengthwise of the elongated body , and - a flexible reflector extending lengthwise of the elongated body , the reflector having a light-reflective surface facing the light-permeable portion to reflect light radiation propagated therethrough, wherein: the elongated body and the reflector are one-piece with each other, the light-permeable portion has opposed sides extending lengthwise of the body and the reflector extends projecting from one of the opposed sides of the light-permeable portion , characterized in that the reflector comprises a concave light-reflective surface with a concavity facing the light-permeable portion , and the accessory comprises a channel-shaped elongated body with the light-permeable portion at the open side of the channel shape, wherein the accessory has a substantially G-shaped cross-sectional profile. - a flexible elongated body configured for fitting on and receiving therein an elongated, strip-like lighting device , the elongated body having a light-permeable light propagation portion extending lengthwise of the elongated body , and - a flexible reflector extending lengthwise of the elongated body , the reflector having a light-reflective surface facing the light-permeable portion to reflect light radiation propagated therethrough, the elongated body and the reflector are one-piece with each other, the light-permeable portion has opposed sides extending lengthwise of the body and the reflector extends projecting from one of the opposed sides of the light-permeable portion , characterized in that the reflector comprises a concave light-reflective surface with a concavity facing the light-permeable portion , and the accessory comprises a channel-shaped elongated body with the light-permeable portion at the open side of the channel shape, wherein the accessory has a substantially G-shaped cross-sectional profile.
A processing system for processing medical volume image data of a scanned object of interest and for indexing regions of interest in the object of interest as to whether they contain an anomaly, the processing system comprising: a registration unit configured to register the image data from an imaging system; a sub-volume generator configured to generate sub-volumes from the volume image data, each sub-volume having a slab thickness, each slab thickness comprising several slices of an original scan of the volume image data; a composite image generator configured to generate multiple sets of composite images from each sub-volume, each set of composite images representing a different projection of its corresponding sub-volume image data; an indexing unit configured to generate indexed regions of interest in each sub-volume by assessing each of the set of composite images in parallel and generating a score for each region of interest as to whether the region of interest contains an anomaly; and a combining unit configured to combine sub-volume scores obtained from each set of composite images of each sub-volume into a scan level prioritization of image scans in a worklist, the worklist defining a priority order for human assessment. a registration unit configured to register the image data from an imaging system; a sub-volume generator configured to generate sub-volumes from the volume image data, each sub-volume having a slab thickness, each slab thickness comprising several slices of an original scan of the volume image data; a composite image generator configured to generate multiple sets of composite images from each sub-volume, each set of composite images representing a different projection of its corresponding sub-volume image data; an indexing unit configured to generate indexed regions of interest in each sub-volume by assessing each of the set of composite images in parallel and generating a score for each region of interest as to whether the region of interest contains an anomaly; and a combining unit configured to combine sub-volume scores obtained from each set of composite images of each sub-volume into a scan level prioritization of image scans in a worklist, the worklist defining a priority order for human assessment.
A rotary joint, including a hollow gear and a hollow wiring unit having a first flexible printed circuit board therein, to allow hose to pass through both the hollow gear and the hollow wiring unit , characterized in that the hollow wiring unit includes a first rotation member and a second rotation member rotatable relative to each other, and first portion of the first flexible printed circuit board is connected to the first rotation member and second portion of the first flexible printed circuit board is connected to the second rotation member .
A seismic protective structure for forming part of a board partition , the seismic protective structure comprising: - at least one board , - a first support element for connecting the at least one board thereto and for positioning the at least one board such that said board provides at least one of the upper corner and lower corner of the board partition adjacent an adjacent wall neighboring the board partition, - a track element being connectable to the adjacent wall neighboring the board partition , the track element being adapted for moveably positioning the first support element therein, - a second support element for linking the at least one board with the remainder of the board partition , characterized in that the seismic protective structure comprising at least one breaking mechanism located adjacent said upper corner and/or lower corner of the board partition provided by said at least one board, wherein the breaking mechanism is adapted for, when a given level of seismic stress is appearing, intentionally causing damage to the at least one board at said upper corner and/or lower corner of the board partition, thereby releasing stress from the remainder of the board partition . - at least one board , - a first support element for connecting the at least one board thereto and for positioning the at least one board such that said board provides at least one of the upper corner and lower corner of the board partition adjacent an adjacent wall neighboring the board partition, - a track element being connectable to the adjacent wall neighboring the board partition , the track element being adapted for moveably positioning the first support element therein, - a second support element for linking the at least one board with the remainder of the board partition ,
A gas cooking appliance including a valve with a valve stem ; a first pipe configured to transport gas to the valve, a burner , a second pipe configured to transport gas from the valve to the burner and a console including a cutout , the cutout having an edge defining a shape of the cutout, a knob including a handle and a bezel , the knob being configured to control a state of the valve, characterized in that the bezel has a rear face with protrusions extending rearward from a rear face of the bezel and contacting the edge of the cutout of the console to align the bezel and therefore also to align the knob of which bezel is a part, and wherein said gas cooking appliance further comprises: a bracket coupling the knob to the valve , with the valve stem extending through holes formed in bracket and bezel , respectively, and the handle is directly coupled to the valve stem , wherein the bracket includes first legs which are configured to mate with said protrusions , the bracket also includes second legs which align with first holes formed in bezel when bracket 300 is coupled to bezel ; and fasteners inserted through said first holes and threaded into second holes formed in said second legs , to secure the bracket to the bezel . a bracket coupling the knob to the valve , with the valve stem extending through holes formed in bracket and bezel , respectively, and the handle is directly coupled to the valve stem , wherein the bracket includes first legs which are configured to mate with said protrusions , the bracket also includes second legs which align with first holes formed in bezel when bracket 300 is coupled to bezel ; and fasteners inserted through said first holes and threaded into second holes formed in said second legs , to secure the bracket to the bezel .