mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by an electronic device comprising memory and storage , the method comprising: receiving write requests, each of the write requests being associated with an application of the electronic device ; buffering data associated with the write requests in a page cache of the memory ; organizing the buffered data into sections that are ready for flushing according to a transaction policy ; and flushing one or more of the sections that are ready for flushing to store them to the storage according to a flushing policy , characterized in that flushing according to the flushing policy comprises monitoring user interaction with the electronic device, and deciding to perform the flushing in response to determining (620-YES) based on the monitoring that the electronic device is in an idle state, and in that the transaction policy is at least partly based on an access characteristic of the application, wherein the access characteristic of the application includes a data read/write access pattern of the application, and wherein organizing the buffered data into sections comprises: determining section boundaries according to the data read/write access pattern of the application, such that an energy improvement potential ratio r for one of said sections that is ready for flushing is higher than a predetermined threshold, where the energy improvement potential ratio r is defined as r = o / s , where s represents data staleness, which represents the amount of dirty data in the page cache, and o represents a total amount of data that has been overwritten since the last flush. receiving write requests, each of the write requests being associated with an application of the electronic device ; buffering data associated with the write requests in a page cache of the memory ; organizing the buffered data into sections that are ready for flushing according to a transaction policy ; and flushing one or more of the sections that are ready for flushing to store them to the storage according to a flushing policy , characterized in that flushing according to the flushing policy comprises monitoring user interaction with the electronic device, and deciding to perform the flushing in response to determining (620-YES) based on the monitoring that the electronic device is in an idle state, and in that the transaction policy is at least partly based on an access characteristic of the application, wherein the access characteristic of the application includes a data read/write access pattern of the application, and wherein organizing the buffered data into sections comprises: determining section boundaries according to the data read/write access pattern of the application, such that an energy improvement potential ratio r for one of said sections that is ready for flushing is higher than a predetermined threshold, where the energy improvement potential ratio r is defined as r = o / s , where s represents data staleness, which represents the amount of dirty data in the page cache, and o represents a total amount of data that has been overwritten since the last flush.
Mould for processing thermoformable panels or workpieces (P), comprising at least one first and one second half-moulds , between which a workpiece (P) can be placed, inserts (20-22, 30-32, 40) arranged in at least one of the half-moulds in an area of contact with the workpiece (P), means (20a-22a, 30a-32a, 40a) for circulating a thermal conditioning fluid in the inserts (20-22, 30-32, 40), characterized in that the mould comprises a compensation layer to be interposed between the workpiece (P) and a surface of the mould and of the inserts (20-22, 30-32, 40), wherein the compensation layer is adapted to prevent the formation of marks and/or impressions of the inserts (20-22, 30-32, 40) on the surface (F) of the workpiece (P), by compensating for, or absorbing, any discontinuities due to gaps between the inserts (20-22, 30-32, 40) or between the inserts (20-22, 30-32, 40) and the rest of the mould.
Method for estimating current road surface temperature for a geographical location , comprising - retrieving, in a data warehouse unit , location-specific reference ambient sensor data indicative of ambient conditions in vicinity to mobile vehicles at a first geographic location ; - retrieving, in the data warehouse unit , location-specific reference roadside sensor data indicative of at least road surface temperature in vicinity to distributed roadside sensors at the first geographic location ; - establishing a relationship between the location-specific reference ambient sensor data and road surface temperature, based on the location-specific reference ambient sensor data and the location-specific reference roadside sensor data for the same first geographic location ; - creating a data structure encoding the established relationship; - collecting, at one or more vehicles , location-specific current vehicle ambient sensor data indicative of current ambient conditions in vicinity to the one or more vehicles at a second geographical location ; - determining, using the data structure and using the collected location-specific current vehicle ambient sensor data at the second geographic location , a current road surface temperature estimate for the second geographic location . - retrieving, in a data warehouse unit , location-specific reference ambient sensor data indicative of ambient conditions in vicinity to mobile vehicles at a first geographic location ; - retrieving, in the data warehouse unit , location-specific reference roadside sensor data indicative of at least road surface temperature in vicinity to distributed roadside sensors at the first geographic location ; - establishing a relationship between the location-specific reference ambient sensor data and road surface temperature, based on the location-specific reference ambient sensor data and the location-specific reference roadside sensor data for the same first geographic location ; - creating a data structure encoding the established relationship; - collecting, at one or more vehicles , location-specific current vehicle ambient sensor data indicative of current ambient conditions in vicinity to the one or more vehicles at a second geographical location ; - determining, using the data structure and using the collected location-specific current vehicle ambient sensor data at the second geographic location , a current road surface temperature estimate for the second geographic location .
A method for producing a polyisocyanurate composition, the method comprising subjecting xylylenediisocyanate to isocyanurate-forming reaction in the presence of an isocyanurate-forming catalyst, wherein the isocyanurate-forming catalyst is hydroxide of tetrabutylammonium.
Textile structure with a polyester fabric , on which a layer of butyl rubber is arranged, on which a layer of polyacrylnitrile is applied, on which at least one flexible thin-film solar cell element is located, whose electrical connecting lines are guided between the polyacrylnitrile layer and butyl rubber layer .
A variable speed constant frequency, VSCF, power generator, comprising: a rotating direct current, DC, power source; a rotating multi-phase generator main field winding assembly to generate a rotating alternating current, AC, power; a rotating inverter configured to control an alternating current, AC, multi-phase generator field winding assembly in response to output AC power generated by the VSCF power generator and DC power from the rotating DC power source; at least one generator main field sensor configured to output a generator main field feedback signal based on the rotating AC power applied to the rotating multi-phase generator main field winding assembly; a stationary multi-phase generator armature winding assembly configured to output constant voltage constant frequency AC power controlled by the rotating AC power; and an electronic rotating power line communication, PLC, controller in signal communication with the at least one rotating generator sensor, and configured to generate at least one control signal that adjusts the rotating AC power based on the rotating generator feedback signal, wherein the output AC power is controlled by adjusting the rotating AC power. a rotating direct current, DC, power source; a rotating multi-phase generator main field winding assembly to generate a rotating alternating current, AC, power; a rotating inverter configured to control an alternating current, AC, multi-phase generator field winding assembly in response to output AC power generated by the VSCF power generator and DC power from the rotating DC power source; at least one generator main field sensor configured to output a generator main field feedback signal based on the rotating AC power applied to the rotating multi-phase generator main field winding assembly; a stationary multi-phase generator armature winding assembly configured to output constant voltage constant frequency AC power controlled by the rotating AC power; and an electronic rotating power line communication, PLC, controller in signal communication with the at least one rotating generator sensor, and configured to generate at least one control signal that adjusts the rotating AC power based on the rotating generator feedback signal, wherein the output AC power is controlled by adjusting the rotating AC power.
An extrusion blow mould for producing a speaker cabinet, the aforementioned speaker cabinet including a containment space within, with multiple reinforcing rib connectors passing through the containment space between two faces with the largest area on the inside of the aforementioned containment space; and when these two faces start moving towards or away from each other, the reinforcing rib connectors provide resistance in the opposite direction of the movement; where the aforementioned cabinet and reinforcing rib connectors are created in one piece via extrusion blow moulding, wherein the extrusion blow mould is characterised by : being comprised of two moulds provided symmetrically, with one side of each of the aforementioned two moulds being an opening face; multiple shafts extending from the face within each mould furthest from the opening face towards the direction closest to the opening face; with the aforementioned shafts being lower than a flat surface existing on the aforementioned opening face; and when the two moulds are fitted together, there is a fixed distance between the shaft ends of the two moulds.
A segmented curtain for closing an access to a compartment of a cargo transport vehicle, curtain comprising at least two successive longitudinal panels and a one-piece longitudinal articulation element (15; 33) connecting these panels, said longitudinal articulation element comprising a first longitudinal fastening part (16; 34) mounted on one of the panels, a second longitudinal fastening part (17; 35) mounted on the other panel and at least one longitudinal junction part (18; 36) interposed locally between said fastening parts; said fastening parts being made of a rigid material and said junction part being made of a deformable material and being able to allow, by deformation, the pivoting, along a longitudinal axis, of said panels relative to each other; characterised by the fact that said deformable junction part (18; 36) and said fastening parts (16, 17; 34, 35) are connected by molecular adhesion, and by the fact that the longitudinal panels comprise opposite faces having a circular arc-shaped section centred on said junction part of said longitudinal articulation element, these faces displacing relative to each other when the panels are pivoted.
Insulating element for insulating a structural element in a vehicle, said insulating element comprising: a carrier element having a peripheral region ; and an expandable material which is disposed at least on the peripheral region on the carrier element , characterized in that the expandable material in at least one direction protrudes beyond the peripheral region of the carrier element such that the expandable material in said at least one direction forms a flexible projection , characterized in that the carrier element has at least one rib which in said at least one direction extends from the peripheral region of the carrier element such that the at least one rib supports the flexible projection . a carrier element having a peripheral region ; and an expandable material which is disposed at least on the peripheral region on the carrier element , characterized in that the expandable material in at least one direction protrudes beyond the peripheral region of the carrier element such that the expandable material in said at least one direction forms a flexible projection , characterized in that the carrier element has at least one rib which in said at least one direction extends from the peripheral region of the carrier element such that the at least one rib supports the flexible projection .
A method, in a base station , for Information Centric Networking, ICN, based communications with radio bearers, the base station having an interface dedicated for ICN communications between the base station and an ICN based network, the method comprising: receiving an indication that a wireless device is compatible for ICN based communications; creating , in response to the indication, an ICN dedicated radio bearer between the wireless device and the base station alongside a default bearer between the wireless device and a Packet Data Network Gateway, PGW; receiving , from the wireless device, a request for content on the ICN dedicated radio bearer between the wireless device and the base station ; determining if the content in the request is in a cache associated to or in the base station ; and if the content is cached, sending , to the wireless device, the content; if the content is not cached, sending , to the ICN based network, the request on the interface dedicated between the base station and the ICN based network. receiving an indication that a wireless device is compatible for ICN based communications; creating , in response to the indication, an ICN dedicated radio bearer between the wireless device and the base station alongside a default bearer between the wireless device and a Packet Data Network Gateway, PGW; receiving , from the wireless device, a request for content on the ICN dedicated radio bearer between the wireless device and the base station ; determining if the content in the request is in a cache associated to or in the base station ; and if the content is cached, sending , to the wireless device, the content; if the content is not cached, sending , to the ICN based network, the request on the interface dedicated between the base station and the ICN based network.
A flexible coverage-providing article for outside use, comprising: - a covering textile layer , and - a woven illuminating layer comprising diffusing optical fibers and binding threads woven with the diffusing optical fibers , the illuminating layer furthermore comprising a border composed of woven textile threads, the border being placed on the perimeter of the woven illuminating layer , the diffusing optical fibers extending beyond one edge of the woven illuminating layer , an end segment of the diffusing optical fibers being formed into a strand , - an assembly seam , the woven illuminating layer being fastened to the covering textile layer by the assembly seam on the border , the two layers being taut, - a lighting unit , the lighting unit comprising an optical output, the optical output being connected to the strand of diffusing optical fibers , and a light source for generating a light flux in the optical output. - a covering textile layer , and - a woven illuminating layer comprising diffusing optical fibers and binding threads woven with the diffusing optical fibers , the illuminating layer furthermore comprising a border composed of woven textile threads, the border being placed on the perimeter of the woven illuminating layer , the diffusing optical fibers extending beyond one edge of the woven illuminating layer , an end segment of the diffusing optical fibers being formed into a strand , - an assembly seam , the woven illuminating layer being fastened to the covering textile layer by the assembly seam on the border , the two layers being taut, - a lighting unit , the lighting unit comprising an optical output, the optical output being connected to the strand of diffusing optical fibers , and a light source for generating a light flux in the optical output.
An electrolytic treatment device having • an anodic compartment comprising a chromium(VI) free etching solution as anolyte and immersed therein an anode, • a cathodic compartment comprising a cathodic solution comprising an inorganic acid as catholyte and immersed therein a cathode, • a membrane separating the anodic from the cathodic compartment wherein the anode, and optionally the cathode, consist(s) of a ternary or higher Pb alloy with Sn and at least one further metal selected from the group consisting of Sb, Ag, Co, Bi, and combinations thereof, characterised in that the chromium(VI) free etching solution consists of • 47-74 wt% of at least one inorganic acid, • 0.01-5 wt% of at least one periodate salt, • 0.01-0.5 wt% of at least one manganese containing salt, • 0.01-5 wt% of at least one iodate salt, and • water up to 100%. • an anodic compartment comprising a chromium(VI) free etching solution as anolyte and immersed therein an anode, • a cathodic compartment comprising a cathodic solution comprising an inorganic acid as catholyte and immersed therein a cathode, • a membrane separating the anodic from the cathodic compartment wherein the anode, and optionally the cathode, consist(s) of a ternary or higher Pb alloy with Sn and at least one further metal selected from the group consisting of Sb, Ag, Co, Bi, and combinations thereof, characterised in that the chromium(VI) free etching solution consists of • 47-74 wt% of at least one inorganic acid, • 0.01-5 wt% of at least one periodate salt, • 0.01-0.5 wt% of at least one manganese containing salt, • 0.01-5 wt% of at least one iodate salt, and • water up to 100%. • 47-74 wt% of at least one inorganic acid, • 0.01-5 wt% of at least one periodate salt, • 0.01-0.5 wt% of at least one manganese containing salt, • 0.01-5 wt% of at least one iodate salt, and • water up to 100%.
A method for detecting a discovery reference signal, comprising: acquiring, by a user equipment, configuration information of a discovery reference signal, wherein the configuration information comprises time-frequency resource information and sequence information of the discovery reference signal, the time-frequency resource information indicates at least one candidate time-frequency resource location of the discovery reference signal, and the sequence information indicates at least one candidate sequence of the discovery reference signal (S110); receiving, by the user equipment, a first discovery reference signal sent by a base station (S220); and determining, by the user equipment, a candidate time-frequency resource location of the discovery reference signal according to the time-frequency resource information, determining a candidate sequence of the discovery reference signal according to the sequence information, and, by detecting the candidate sequence of the discovery reference signal at the candidate time-frequency resource location, determining an actual time-frequency resource location of the first discovery reference signal and/or determining an actual sequence corresponding to the first discovery reference signal (S230). acquiring, by a user equipment, configuration information of a discovery reference signal, wherein the configuration information comprises time-frequency resource information and sequence information of the discovery reference signal, the time-frequency resource information indicates at least one candidate time-frequency resource location of the discovery reference signal, and the sequence information indicates at least one candidate sequence of the discovery reference signal (S110); receiving, by the user equipment, a first discovery reference signal sent by a base station (S220); and determining, by the user equipment, a candidate time-frequency resource location of the discovery reference signal according to the time-frequency resource information, determining a candidate sequence of the discovery reference signal according to the sequence information, and, by detecting the candidate sequence of the discovery reference signal at the candidate time-frequency resource location, determining an actual time-frequency resource location of the first discovery reference signal and/or determining an actual sequence corresponding to the first discovery reference signal (S230).
Method for producing a vehicle component, having the method steps: inserting a joint housing , which is open at least on one side, into a passage hole of a connecting component , cohesively connecting the joint housing , inserted into the passage hole , to the connecting component , coating the joint housing and the connecting component with a surface protector , wherein the cohesive connection of the joint housing to the connecting component is performed prior to the coating of the joint housing and of the connecting component to the surface protector , such that the joint housing and the connecting component are cohesively connected to one another in the non-coated state, wherein the joint housing is cohesively connected to the connecting component by welding, and assembling a joint by inserting a joint inner part , which has a bearing region , into the joint housing and closing the joint housing , such that the bearing region is enclosed in the joint housing and the joint inner part extends out of the joint housing , wherein the joint housing is connected in non-positively locking fashion to the connecting component prior to the cohesive connection of the joint housing to the connecting component , characterized in that the welded joint between the joint housing and the connecting component is welded on both sides and is fully through-welded.
A composition for a single stream multiplex determination of an immune response in a sample, the composition consisting of a plurality of sets of primer pair reagents directed to a sequence of one or more housekeeping genes and a plurality of immune response target gene sequences to measure the expression levels of the targets in the sample, wherein the plurality of immune response target gene sequences are targets consisting of the following functions: checkpoint pathways, T cell related signaling pathways, markers of tumor infiltrating lymphocytes (TILs), and tumor markers, wherein the number of different target-specific sequences that are amplified during that single multiplex amplification is about 12, 24, 48, 74, 96, 120, 144, 168, 192, 216, 240, 264, 288, 312, 336, 360, 384, or 398; and wherein the target genes are selected from the genes of Table 1 and comprise the amplicon sequences selected from Table 1. a sequence of one or more housekeeping genes and a plurality of immune response target gene sequences to measure the expression levels of the targets in the sample, wherein the plurality of immune response target gene sequences are targets consisting of the following functions: checkpoint pathways, T cell related signaling pathways, markers of tumor infiltrating lymphocytes (TILs), and tumor markers, wherein the number of different target-specific sequences that are amplified during that single multiplex amplification is about 12, 24, 48, 74, 96, 120, 144, 168, 192, 216, 240, 264, 288, 312, 336, 360, 384, or 398; and wherein the target genes are selected from the genes of Table 1 and comprise the amplicon sequences selected from Table 1.