mhurhangee/patent-ind-claim-en huggingface dataset:
A construction element , in particular a door leaf, comprising at least one frame element , wherein at least one frame element includes at least one rebate , wherein the frame element consists at least partially of wood, in particular real wood, comprising cellulose, hemicellulose and lignin, characterised in that the frame element also includes at least one profile element , wherein the profile element comprises at least one decorative layer and at least one functional layer , wherein the functional layer at least partially includes a polyamide, preferably a copolyamide, wherein the material of the functional layer is a copolyamide produced starting from polyamide formers selected from the group comprising caprolactam, laurolactam, aminoundecanoic acid, hexamethylenediamine, adipic acid, azelaic acid, dodecanedioic acid, piperazine and the like, wherein the profile element is connected to the rebate by way of the functional layer with a substance-to-substance bond, in that the material of the functional layer has a melt flow index (MFI) of at least 150 g/10 min., preferably approximately 190 g to 350 g/10 min., particularly preferably 200 g to 320 g/10 min. according to DIN ISO 1133 at 160 °C/1.20 kg.
A container for the transport and storage of, especially liquid or granulated, goods, more particular an intermediate bulk container, comprising: - a fillable internal bag or tank ; and - a supporting structure (3.1, 3.2) at least partially enclosing said bag or tank , the supporting structure (3.1, 3.2) comprises at least two shell-like housing components (3.1, 3.2), in form of a lower housing component (3.1) and an upper housing component (3.2), which can be releasably connected to enclose the bag or tank at least partially, preferably from all sides, more preferably completely, wherein the housing components (3.1, 3.2) comprise stacking devices (4.1, 4.2) arranged in the corners of a top and a bottom surface of the housing (3.1, 3.2), wherein the bag or tank is fittingly received by the lower housing component (3.1), characterized in that a gap (2.1) is provided between a top section of an inner surface of the upper housing component (3.2) and a top section of the outer surface of the tank , wherein the gap (2.1) prevents a transfer of stacking forces through the internal bag or tank . - a fillable internal bag or tank ; and - a supporting structure (3.1, 3.2) at least partially enclosing said bag or tank , the supporting structure (3.1, 3.2) comprises at least two shell-like housing components (3.1, 3.2), in form of a lower housing component (3.1) and an upper housing component (3.2), which can be releasably connected to enclose the bag or tank at least partially, preferably from all sides, more preferably completely, wherein the housing components (3.1, 3.2) comprise stacking devices (4.1, 4.2) arranged in the corners of a top and a bottom surface of the housing (3.1, 3.2), wherein the bag or tank is fittingly received by the lower housing component (3.1), characterized in that a gap (2.1) is provided between a top section of an inner surface of the upper housing component (3.2) and a top section of the outer surface of the tank , wherein the gap (2.1) prevents a transfer of stacking forces through the internal bag or tank .
A head-mounted display worn by a user, comprising: a display unit disposed in front of eyes of the user; an optical system disposed between the display unit and the eyes of the user, wherein video light output from the display unit passes through the optical system ; an imaging unit disposed between the display unit and the optical system; a light-irradiation unit that irradiates light onto the eyes of the user, characterized by that: the imaging unit images the display unit, and the imaging unit images an image of the eyes of the user reflected in the display unit by reflecting the light irradiated by the light-irradiation unit by the eyes of the user, wherein the light-irradiation unit is disposed between the display unit and the optical system and irradiates, onto the eyes of the user, reflected light in which light irradiated onto the display unit is reflected. a display unit disposed in front of eyes of the user; an optical system disposed between the display unit and the eyes of the user, wherein video light output from the display unit passes through the optical system ; an imaging unit disposed between the display unit and the optical system; a light-irradiation unit that irradiates light onto the eyes of the user, characterized by that: the imaging unit images the display unit, and the imaging unit images an image of the eyes of the user reflected in the display unit by reflecting the light irradiated by the light-irradiation unit by the eyes of the user, wherein the light-irradiation unit is disposed between the display unit and the optical system and irradiates, onto the eyes of the user, reflected light in which light irradiated onto the display unit is reflected. the imaging unit images the display unit, and the imaging unit images an image of the eyes of the user reflected in the display unit by reflecting the light irradiated by the light-irradiation unit by the eyes of the user, wherein the light-irradiation unit is disposed between the display unit and the optical system and irradiates, onto the eyes of the user, reflected light in which light irradiated onto the display unit is reflected.
Opening assembly for a package (A), particularly for containers, preferably vials, bottles, syringes, carpules and the like, which can be installed in an apparatus for the handling and filling of said containers, said package (A) comprising a tub (B) provided with a covering film (C), which contains internally a nest bearing said containers in an orderly manner, characterised in that it comprises at least one clamp arranged upstream of an opening that is formed on a separation wall separating a first sterile environment (D) from a second sterile environment (E), respectively upstream and downstream said opening , said clamp being configured in such a way as to clamp a portion of an edge of the covering film (C) when the package (A) passes through said opening , with consequent removal of the covering film (C) from the tub (B).
Accumulator arrangement comprising a plurality of separate accumulator devices for accumulating electrical energy, wherein each accumulator device is received in a rod-shaped hollow profiled section that forms a device housing, wherein said hollow profiled sections are interconnected so as to form a solid composite, characterised in that in tshat the composite of hollow profiled sections is enclosed in a frame , wherein at least two opposite struts of the frame run parallel to the end faces of the enclosed hollow profiled sections .
Door for a household refrigeration appliance with a door body , which has a front wall and a rear wall , wherein a volume space of the door body is delimited by the front wall and the rear wall , and with a decorative plate separate from the door body , which is arranged on the door body on the front side, wherein the decorative plate has a plate part with at least one border edge , and an edge protection element of the decorative plate , which is separate from the plate part , is arranged at the border edge , characterised in that the plate part has a planar base body , on which at least one border strip is embodied, which is bent over and embodied in one piece therewith, wherein a border edge is embodied on the border strip , and the edge protection element is fitted to the border strip .
A coil component comprising: a first core having a leg portion ; a second core joined to the first core with the leg portion therebetween; and a magnet disposed between the leg portion and the second core, wherein movement of the magnet in a first direction intersecting an opposite direction in which the first core and the second core face each other is at least restricted by an uneven structure provided on a junction surface between the magnet and at least one of the first core and the second core, characterized in that the uneven structure is formed by a protruding portion inserting into a recessed portion , wherein the protruding portion is formed in the magnet and protrudes toward at least one of the first core and the second core and inserts into the recessed portion that is formed in at least one of the first core and the second core , and/or wherein the protruding portion is formed in at least one of the first core and the second core and protrudes toward the magnet and inserts into the recessed portion that is formed in the magnet. a first core having a leg portion ; a second core joined to the first core with the leg portion therebetween; and a magnet disposed between the leg portion and the second core, wherein movement of the magnet in a first direction intersecting an opposite direction in which the first core and the second core face each other is at least restricted by an uneven structure provided on a junction surface between the magnet and at least one of the first core and the second core, characterized in that the uneven structure is formed by a protruding portion inserting into a recessed portion , wherein the protruding portion is formed in the magnet and protrudes toward at least one of the first core and the second core and inserts into the recessed portion that is formed in at least one of the first core and the second core , and/or wherein the protruding portion is formed in at least one of the first core and the second core and protrudes toward the magnet and inserts into the recessed portion that is formed in the magnet.
A system comprising: a flow cell flow path to be fluidically connected with a flow cell to support analytes of interest in an analysis system; a fluidic system comprising a plurality of reagent flow paths , a further flow path , a mixing channel coupled to a pump and to a common selector valve , which is coupled to a reagent selector valve , each of the plurality of reagent flow paths selectively in fluidic communication with a reagent recipient of a plurality of reagent recipients at a first end and in fluidic communication with the reagent selector valve at a second end, the further flow path selectively in fluidic communication with a destination recipient at a first end and in fluidic communication with the reagent selector valve at a second end, the fluidic system being configured to aspirate reagents from the plurality of reagent recipients into the mixing channel via the selector valve, to eject the aspirated reagents from the plurality of reagent recipients from the mixing channel into the destination recipient via the selector valve, and to deliver the mixed reagents from the destination recipient to the flow cell flow path; and a nozzle sipper in fluidic communication with the fluidic system, the nozzle sipper comprising an elongated body having a central lumen extending between ends thereof and a nozzle insert disposed in a distal end of the central lumen, wherein the nozzle sipper is to both aspirate the mixed reagents from the destination recipient and eject mixed reagents back into the destination recipient via the nozzle insert. a flow cell flow path to be fluidically connected with a flow cell to support analytes of interest in an analysis system; a fluidic system comprising a plurality of reagent flow paths , a further flow path , a mixing channel coupled to a pump and to a common selector valve , which is coupled to a reagent selector valve , each of the plurality of reagent flow paths selectively in fluidic communication with a reagent recipient of a plurality of reagent recipients at a first end and in fluidic communication with the reagent selector valve at a second end, the further flow path selectively in fluidic communication with a destination recipient at a first end and in fluidic communication with the reagent selector valve at a second end, the fluidic system being configured to aspirate reagents from the plurality of reagent recipients into the mixing channel via the selector valve, to eject the aspirated reagents from the plurality of reagent recipients from the mixing channel into the destination recipient via the selector valve, and to deliver the mixed reagents from the destination recipient to the flow cell flow path; and a nozzle sipper in fluidic communication with the fluidic system, the nozzle sipper comprising an elongated body having a central lumen extending between ends thereof and a nozzle insert disposed in a distal end of the central lumen, wherein the nozzle sipper is to both aspirate the mixed reagents from the destination recipient and eject mixed reagents back into the destination recipient via the nozzle insert.
A method for manufacturing a horology component , comprising the following steps: • procuring (S1) a sheet of a micromachinable material; • forming (S2) the horology component with at least one attachment tethering it to the rest of the sheet , by etching the sheet ; characterized in that the method comprises a step (S3) consisting in creating, along a line (L) of desired fracture of the attachment, a predetachment zone comprising at least one opening obtained by etching into the thickness of the sheet , the depth of the at least one opening being less than or equal to 90% of the thickness of the sheet , preferably less than or equal to 60% of said thickness, and greater than or equal to half the thickness of the sheet . • procuring (S1) a sheet of a micromachinable material; • forming (S2) the horology component with at least one attachment tethering it to the rest of the sheet , by etching the sheet ;
A method comprising: sending, from a user equipment , UE, to a plurality of wireless access network nodes concurrently connected to the UE, uplink signals; receiving , by the UE from the plurality of wireless access network nodes , respective indicators, wherein each received indicator from the plurality of wireless access network nodes comprises a value, and wherein each value of the received indicators is based on a queuing delay in the UE, the queuing delay in the UE being determined by the wireless access network nodes using the received uplink signals; and determining , by the UE based on the indicators, a split of uplink data in a buffer of the UE into a plurality of uplink data portions for transmission by the UE to the respective wireless access network nodes, wherein the determining of the split of uplink data by the UE is based on comparing the values of the received indicators. sending, from a user equipment , UE, to a plurality of wireless access network nodes concurrently connected to the UE, uplink signals; receiving , by the UE from the plurality of wireless access network nodes , respective indicators, wherein each received indicator from the plurality of wireless access network nodes comprises a value, and wherein each value of the received indicators is based on a queuing delay in the UE, the queuing delay in the UE being determined by the wireless access network nodes using the received uplink signals; and determining , by the UE based on the indicators, a split of uplink data in a buffer of the UE into a plurality of uplink data portions for transmission by the UE to the respective wireless access network nodes, wherein the determining of the split of uplink data by the UE is based on comparing the values of the received indicators.
A liquid phase polymerization process of isobutylene to manufacture highly reactive polyisobutylene (PIB) having at least 70% terminal double bonds as determined by nuclear magnetic resonance 13 C NMR, said process comprising: a) providing a feedstock comprising isobutylene; b) providing a catalyst composition comprising a Friedel-Crafts catalyst and a complexing agent therefor; c) providing a chain transfer agent ("CTA") selected from the group consisting of 2,4,4-Trimethyl-1-pentene ("α-DIB"), 2.4.4.-Trimethyl-2-pentene ("β-DIB"), 2-ethyl-1-hexene, 2-methyl-1-pentene and mixtures thereof; d) introducing said feedstock, said catalyst composition and said chain transfer agent into a reaction zone to form a reaction mixture; e) intimately intermixing the reaction mixture in said reaction zone; f) optionally adding a modifier; g) maintaining the reaction mixture in its intimately intermixed condition and keeping it at a temperature of about 20-110°F (-6.7 to 43.3°C) in the reaction zone, to thereby cause the isobutylene therein to undergo polymerization to form polyisobutylene; h) withdrawing a product stream comprising low molecular weight, highly reactive polyisobutylene from said reaction zone, wherein said PIB has a number average molecular weight of less than 1000 Daltons as measured by gel permeation chromatography; wherein the Friedel-Crafts catalyst is BF 3 , the complexing agent and the modifier are selected from alcohols, esters, and amines, and the molar ratio of BF 3 to complexing agent is in the range of 0.5:1 to 1:1. a) providing a feedstock comprising isobutylene; b) providing a catalyst composition comprising a Friedel-Crafts catalyst and a complexing agent therefor; c) providing a chain transfer agent ("CTA") selected from the group consisting of 2,4,4-Trimethyl-1-pentene ("α-DIB"), 2.4.4.-Trimethyl-2-pentene ("β-DIB"), 2-ethyl-1-hexene, 2-methyl-1-pentene and mixtures thereof; d) introducing said feedstock, said catalyst composition and said chain transfer agent into a reaction zone to form a reaction mixture; e) intimately intermixing the reaction mixture in said reaction zone; f) optionally adding a modifier; g) maintaining the reaction mixture in its intimately intermixed condition and keeping it at a temperature of about 20-110°F (-6.7 to 43.3°C) in the reaction zone, to thereby cause the isobutylene therein to undergo polymerization to form polyisobutylene; h) withdrawing a product stream comprising low molecular weight, highly reactive polyisobutylene from said reaction zone, wherein said PIB has a number average molecular weight of less than 1000 Daltons as measured by gel permeation chromatography;
A method for transmitting, by a user equipment, UE, mobility-related information in a wireless communication system, the method comprising: transmitting an indication indicating whether the UE supports a transmission of mobility-related information to a network, wherein the indication is transmitted via a UE capability information message; constructing the mobility-related information; receiving a configuration for the transmission of the mobility-related information from a network during connection establishment; wherein the configuration is received from the network via a radio resource control, RRC, connection setup message or an RRC connection reconfiguration message; and wherein the configuration is received by the UE only if the transmitted indication indicates that the UE supports the transmission of the mobility-related information; and transmitting the mobility-related information to the network based on the configuration of the transmission of the mobility-related information, wherein if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, the mobility-related information is transmitted via an enhancements for diverse data applications, eDDA, indication, and wherein the mobility-related information is transmitted only if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, and if the transmitted indication indicates that the UE supports the transmission of the mobility-related information. transmitting an indication indicating whether the UE supports a transmission of mobility-related information to a network, wherein the indication is transmitted via a UE capability information message; constructing the mobility-related information; receiving a configuration for the transmission of the mobility-related information from a network during connection establishment; wherein the configuration is received from the network via a radio resource control, RRC, connection setup message or an RRC connection reconfiguration message; and wherein the configuration is received by the UE only if the transmitted indication indicates that the UE supports the transmission of the mobility-related information; and transmitting the mobility-related information to the network based on the configuration of the transmission of the mobility-related information, wherein if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, the mobility-related information is transmitted via an enhancements for diverse data applications, eDDA, indication, and wherein the mobility-related information is transmitted only if the configuration is included within the RRC connection setup message or the RRC connection reconfiguration message, and if the transmitted indication indicates that the UE supports the transmission of the mobility-related information.
A computer-implemented method, comprising: accessing first voice input data of a first computing device associated with a user account, the first voice input data comprising a first recognized word segment, a first confidence value corresponding to the first recognized word segment, and a first timestamp associated with a first voice command; accessing second voice input data of a second computing device associated with the user account, the second voice input data comprising a second recognized word segment, a second confidence value corresponding to the second recognized word segment, and a second timestamp associated with a second voice command; determining that each of the first and second voice commands comprises an intended voice command based on a first comparison of the first timestamp and the second timestamp and a second comparison of a first location of the first computing device and a second location of the second computing device; merging the first recognized word segment and the second recognized word segment based on the first confidence value and the second confidence value, wherein the intended voice command comprises the merged first recognized word segment and the second recognized word segment; determining a first target computing device based on the intended voice command; and providing first instructions associated with the intended voice command to the first target computing device for execution. accessing first voice input data of a first computing device associated with a user account, the first voice input data comprising a first recognized word segment, a first confidence value corresponding to the first recognized word segment, and a first timestamp associated with a first voice command; accessing second voice input data of a second computing device associated with the user account, the second voice input data comprising a second recognized word segment, a second confidence value corresponding to the second recognized word segment, and a second timestamp associated with a second voice command; determining that each of the first and second voice commands comprises an intended voice command based on a first comparison of the first timestamp and the second timestamp and a second comparison of a first location of the first computing device and a second location of the second computing device; merging the first recognized word segment and the second recognized word segment based on the first confidence value and the second confidence value, wherein the intended voice command comprises the merged first recognized word segment and the second recognized word segment; determining a first target computing device based on the intended voice command; and providing first instructions associated with the intended voice command to the first target computing device for execution.