mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: determining , at a network device, that a Preconfigured Uplink Resource is to be adjusted, based on data transmission from a terminal device to the network device; in response to determining that the Preconfigured Uplink Resource is to be adjusted, determining a set of resources to be allocated for further transmission from the terminal device to the network device based on a first Transport Block Size associated with the further transmission; transmitting , to the terminal device, an indication indicating that the terminal device is to be transited from an idle mode to a connected mode via a Narrow Physical Downlink Control Channel scrambled with a Preconfigured Uplink Resource Radio Network Temporary Identity allocated for the terminal device; and in response to the terminal device re-establishing a connected mode connection with the network device based on the terminal device receiving the indication from the network device, the method further comprising: generating reconfiguration information of the Preconfigured Uplink Resource based on the set of the resources; and transmitting the reconfiguration information to the terminal device. determining , at a network device, that a Preconfigured Uplink Resource is to be adjusted, based on data transmission from a terminal device to the network device; in response to determining that the Preconfigured Uplink Resource is to be adjusted, determining a set of resources to be allocated for further transmission from the terminal device to the network device based on a first Transport Block Size associated with the further transmission; transmitting , to the terminal device, an indication indicating that the terminal device is to be transited from an idle mode to a connected mode via a Narrow Physical Downlink Control Channel scrambled with a Preconfigured Uplink Resource Radio Network Temporary Identity allocated for the terminal device; and in response to the terminal device re-establishing a connected mode connection with the network device based on the terminal device receiving the indication from the network device, the method further comprising: generating reconfiguration information of the Preconfigured Uplink Resource based on the set of the resources; and transmitting the reconfiguration information to the terminal device. generating reconfiguration information of the Preconfigured Uplink Resource based on the set of the resources; and transmitting the reconfiguration information to the terminal device.
Insulation panel , wherein the insulation panel comprises a thermal insulation layer and, on one side of the thermal insulation layer, a first barrier layer ; wherein the thermal insulation layer comprises or consists of a foam layer comprising closed cells; wherein the foam layer is bonded to the first barrier layer; wherein the insulation panel, on the surface of the side which comprises the first barrier layer, has a layer which forms a relief - preferably a structured relief pattern - across this surface of the insulation panel; wherein this relief is formed by polymer material; wherein the polymer material which forms the relief is situated on the first barrier layer; and wherein the layer which forms the relief is formed by convex coating deposits of the polymer material on the first barrier layer ; wherein the first barrier layer comprises or consists of an aluminium foil, wherein the aluminium foil preferably has a thickness of more than 5 micrometres. wherein the insulation panel comprises a thermal insulation layer and, on one side of the thermal insulation layer, a first barrier layer ; wherein the thermal insulation layer comprises or consists of a foam layer comprising closed cells; wherein the foam layer is bonded to the first barrier layer; wherein the insulation panel, on the surface of the side which comprises the first barrier layer, has a layer which forms a relief - preferably a structured relief pattern - across this surface of the insulation panel; wherein this relief is formed by polymer material; wherein the polymer material which forms the relief is situated on the first barrier layer; and wherein the layer which forms the relief is formed by convex coating deposits of the polymer material on the first barrier layer ; wherein the first barrier layer comprises or consists of an aluminium foil, wherein the aluminium foil preferably has a thickness of more than 5 micrometres.
A packaging apparatus for forming a plurality of sealed packages filled with a pourable product comprising: - conveying means for advancing a web of packaging material along an advancement path (P); - an isolation chamber separating an inner environment from an outer environment ; - a tube forming device extending along a longitudinal axis (L), being at least partially arranged within the isolation chamber and being adapted to form a tube from the, in use, advancing web of packaging material , wherein the conveying means are also adapted to advance the tube formed by the tube forming device along a respective tube advancement path (Q); - a sealing device at least partially arranged within the isolation chamber and being adapted to longitudinally seal the tube formed by the tube forming device ; - filling means for continuously filling the tube formed by the tube forming device with a pourable product; - a package forming unit adapted to form and seal the packages from the, in use, advancing tube formed by the tube forming device and filled by the filling means ; and - a support platform supporting the isolation chamber from a first side of the support platform ; wherein the support platform carries a through-hole configured to enable the passage of the tube from the inner environment of the isolation chamber to the package forming unit ; characterized in that the support platform carries the package forming unit from a second side of the support platform opposite to the first side; wherein the package forming unit is connected to a plurality of anchorage elements of the support platform ; wherein the package forming unit comprises a plurality of engagement elements each one removably attached to one respective anchorage element; and wherein the anchorage elements are arranged such to center the package forming unit with respect to the through-hole . - conveying means for advancing a web of packaging material along an advancement path (P); - an isolation chamber separating an inner environment from an outer environment ; - a tube forming device extending along a longitudinal axis (L), being at least partially arranged within the isolation chamber and being adapted to form a tube from the, in use, advancing web of packaging material , wherein the conveying means are also adapted to advance the tube formed by the tube forming device along a respective tube advancement path (Q); - a sealing device at least partially arranged within the isolation chamber and being adapted to longitudinally seal the tube formed by the tube forming device ; - filling means for continuously filling the tube formed by the tube forming device with a pourable product; - a package forming unit adapted to form and seal the packages from the, in use, advancing tube formed by the tube forming device and filled by the filling means ; and - a support platform supporting the isolation chamber from a first side of the support platform ;
A method of forming metal drawpieces for the manufacture of packaging, where preforms are molded in a first phase in a metal strip and the strip is held during the molding of the preforms , and the drawpieces are punched from the strip with the preforms from which the drawpieces will be formed, characterized in that the preforms molded in the first phase in a metal strip have at least one surface disposed in a plane (P2) substantially parallel to the plane (P1) of the metal strip , wherein the surface is evenly stretched, and then a blank from which the drawpiece is pressed is punched, while the bottom of the drawpiece is molded from the top surface of the preform and the walls of the drawpiece are formed from oblique walls of the preform and from a flange of the blank .
System for picking-up elements, comprising: - an automated arm provided with at least one tool at one of its ends for picking up said elements , and - a work surface on which said elements are placed, said tool comprising at least one pick and in that the pick-up system also comprises a fixing-ejecting element , which removes from the at least one pick an element that has been picked up, characterized in that said fixing-ejecting element is fixed and said automated arm is movable with respect to said fixing-ejecting element . - an automated arm provided with at least one tool at one of its ends for picking up said elements , and - a work surface on which said elements are placed, said tool comprising at least one pick and in that the pick-up system also comprises a fixing-ejecting element , which removes from the at least one pick an element that has been picked up, characterized in that said fixing-ejecting element is fixed and said automated arm is movable with respect to said fixing-ejecting element .
A method comprising: providing a first chip comprising a first circuit element ; forming a first aluminum interconnect pad on a first surface of the first chip so that the first aluminum interconnect pad is electrically connected to the first circuit element; forming a first titanium nitride barrier layer on the first aluminum interconnect pad; providing a second chip comprising a second circuit element ; forming an indium bump bond ; and joining the first chip to the second chip with the indium bump bond so that the first circuit element is electrically connected to the second circuit element. providing a first chip comprising a first circuit element ; forming a first aluminum interconnect pad on a first surface of the first chip so that the first aluminum interconnect pad is electrically connected to the first circuit element; forming a first titanium nitride barrier layer on the first aluminum interconnect pad; providing a second chip comprising a second circuit element ; forming an indium bump bond ; and joining the first chip to the second chip with the indium bump bond so that the first circuit element is electrically connected to the second circuit element.
A refractive index sensor for measuring a refractive index of a sample , comprising: a light source generating an input light signal; an sequential routing optical element optically coupled to the light source and routing the input light signal at sequential angles in a time domain; a refractive sensing optic optically coupled to the sequential routing optical element and having an interface with the sample ; at least one detector optically coupled to the refractive sensing optic and detecting one or more reflected light signals from the interface , the one or more reflected light signals indicative of any of the sequential angles of the input light signal in the time domain that are at least equal to or greater than a critical angle of reflection at the interface , the at least one detector optically coupled to the sequential routing optical element and detecting at least one direct light signal in the time domain directly from the sequential routing optical element ; and a processor operably coupled to the at least one detector , the processor determining a refractive index value based on timing in the time domain and detected intensities from the one or more reflected light signals and the direct light signal and correlating the refractive index value to a characteristic associated with the sample . a light source generating an input light signal; an sequential routing optical element optically coupled to the light source and routing the input light signal at sequential angles in a time domain; a refractive sensing optic optically coupled to the sequential routing optical element and having an interface with the sample ; at least one detector optically coupled to the refractive sensing optic and detecting one or more reflected light signals from the interface , the one or more reflected light signals indicative of any of the sequential angles of the input light signal in the time domain that are at least equal to or greater than a critical angle of reflection at the interface , the at least one detector optically coupled to the sequential routing optical element and detecting at least one direct light signal in the time domain directly from the sequential routing optical element ; and a processor operably coupled to the at least one detector , the processor determining a refractive index value based on timing in the time domain and detected intensities from the one or more reflected light signals and the direct light signal and correlating the refractive index value to a characteristic associated with the sample .
A flexible wheel for a wheelbarrow or manually tractioned industrial carts being constituted by a single block of a PVC-based compound that comprises: a. An outer ring having on its extremity a tread surface and as tangents on each side having side tread surfaces ; each side tread surface having plurality of radial cavities spaced along the wheel; the radial cavities of a side trade surface not being aligned in relation to the radial cavities of the opposite side tread surface ; characterised in that the tread surface is formed by a curved rim and wherein the radial cavities are formed by 3 parallel, flexible edges, connected at the extremities by 2 non-deforming radial edges; b. A center wall being a flat, solid, ring-shaped wall contained in the central plane which contains the body of the wheel; each side of the flat wall being provided with a plurality of structures radially aligned to the radial cavities contained in the outer ring ; c. An inner ring being constituted of: a circular wall , a reinforcement rim and recesses with radial walls. a. An outer ring having on its extremity a tread surface and as tangents on each side having side tread surfaces ; each side tread surface having plurality of radial cavities spaced along the wheel; the radial cavities of a side trade surface not being aligned in relation to the radial cavities of the opposite side tread surface ; characterised in that the tread surface is formed by a curved rim and wherein the radial cavities are formed by 3 parallel, flexible edges, connected at the extremities by 2 non-deforming radial edges; b. A center wall being a flat, solid, ring-shaped wall contained in the central plane which contains the body of the wheel; each side of the flat wall being provided with a plurality of structures radially aligned to the radial cavities contained in the outer ring ; c. An inner ring being constituted of: a circular wall , a reinforcement rim and recesses with radial walls.
Imaging system comprising a detection unit comprising a detector surface and a radiation unit comprising a first radiation emission region configured to emit radiation towards a first area of the detector surface area, and a second radiation emission region configured to emit radiation towards a second area of the detector surface area, wherein the first area of the detector surface is different from the second area of the detector and characterized in that the radiation unit is configured such that the intensity of radiation emitted from the first radiation emission region may be gradually decreased and the intensity of radiation emitted from the second radiation emission region may be gradually increased.
A surgical stapling device comprising: an elongated body portion defining a longitudinal axis; a disposable loading unit secured to a distal end of the elongated body; a tool assembly pivotally supported at the distal end of the disposable loading unit about a pivot axis which is substantially perpendicular to the longitudinal axis of the elongated body portion, the tool assembly including an anvil assembly and a cartridge assembly housing a plurality of staples, the anvil assembly being movably mounted in relation to the cartridge assembly between open and closed positions; a flexible drive assembly having a distal end configured to translate through the cartridge assembly to eject the staples therefrom; and two support members positioned adjacent the pivot axis on opposite sides of the flexible drive assembly, each support member having a first end fixedly attached to the tool assembly and a second end fixedly attached to the elongated body portion, the support members being positioned adjacent the drive assembly to prevent outward buckling of the drive assembly, and a locking member comprising an H-shaped body having a pair of legs and a central web , each leg including an elongated retaining protrusion having tapered ends wherein the locking member is press fit with recesses formed in respective upper and lower housing halves of the disposable loading unit to fixedly secure a retaining section of the support members within said recesses . an elongated body portion defining a longitudinal axis; a disposable loading unit secured to a distal end of the elongated body; a tool assembly pivotally supported at the distal end of the disposable loading unit about a pivot axis which is substantially perpendicular to the longitudinal axis of the elongated body portion, the tool assembly including an anvil assembly and a cartridge assembly housing a plurality of staples, the anvil assembly being movably mounted in relation to the cartridge assembly between open and closed positions; a flexible drive assembly having a distal end configured to translate through the cartridge assembly to eject the staples therefrom; and two support members positioned adjacent the pivot axis on opposite sides of the flexible drive assembly, each support member having a first end fixedly attached to the tool assembly and a second end fixedly attached to the elongated body portion, the support members being positioned adjacent the drive assembly to prevent outward buckling of the drive assembly, and a locking member comprising an H-shaped body having a pair of legs and a central web , each leg including an elongated retaining protrusion having tapered ends wherein the locking member is press fit with recesses formed in respective upper and lower housing halves of the disposable loading unit to fixedly secure a retaining section of the support members within said recesses .
A communication apparatus comprising: a transmitter, which, in operation, transmits to a base station a direct link, Buffer Status Report, BSR, on Uplink Shared Channel, UL-SCH, resources, wherein the direct link BSR is information about an amount of device to device, D2D, data for a D2D communication from the communication apparatus to a second user equipment; a receiver, which, in operation, receives a D2D grant to indicate D2D resources for the D2D communication; characterized in that the communication apparatus is adapted to transmit the direct link BSR based on a logical channel prioritization procedure wherein the direct link BSR has a higher priority than the uplink BSR, the uplink BSR being information about an amount of uplink data for transmission to the base station by the communication apparatus, and wherein the direct link BSR has a higher priority than data from any Logical Channel except data from an Uplink Common Control Channel, UL-CCCH. a transmitter, which, in operation, transmits to a base station a direct link, Buffer Status Report, BSR, on Uplink Shared Channel, UL-SCH, resources, wherein the direct link BSR is information about an amount of device to device, D2D, data for a D2D communication from the communication apparatus to a second user equipment; a receiver, which, in operation, receives a D2D grant to indicate D2D resources for the D2D communication; characterized in that the communication apparatus is adapted to transmit the direct link BSR based on a logical channel prioritization procedure wherein the direct link BSR has a higher priority than the uplink BSR, the uplink BSR being information about an amount of uplink data for transmission to the base station by the communication apparatus, and wherein the direct link BSR has a higher priority than data from any Logical Channel except data from an Uplink Common Control Channel, UL-CCCH.
A device for attachment to the tragus comprising - an ear speaker; and - an inner lever and an outer lever , which are arranged parallel or at an acute angle to one another and are pivotably connected to one another relative to a pivot axis , wherein - the inner lever is intended, when the device is mounted on the tragus as intended, to bear against the tragus from the inside with a contact region remote from the pivot axis , and the outer lever is intended, when the device is mounted on the tragus as intended, to bear against the tragus from the outside with a contact region remote from the pivot axis , wherein - an elastically tensioned part is engaged with both levers (9, 10; 20, 21; 29, 30; 43, 42) in such a way that, due to its elastic tension stress, it causes torque between the two levers around the common pivot axis , and - the two levers (9, 10; 20, 21; 43, 42) each have two arms, wherein the pivot axis is remote from the ends of both levers in the respective longitudinal direction of the lever, characterised in that - the pivot axis is located in front of the tragus edge in the region of the cavum conchae when the device is attached to the tragus as intended. - an ear speaker; and - an inner lever and an outer lever , which are arranged parallel or at an acute angle to one another and are pivotably connected to one another relative to a pivot axis , wherein - the inner lever is intended, when the device is mounted on the tragus as intended, to bear against the tragus from the inside with a contact region remote from the pivot axis , and the outer lever is intended, when the device is mounted on the tragus as intended, to bear against the tragus from the outside with a contact region remote from the pivot axis , wherein - an elastically tensioned part is engaged with both levers (9, 10; 20, 21; 29, 30; 43, 42) in such a way that, due to its elastic tension stress, it causes torque between the two levers around the common pivot axis , and - the two levers (9, 10; 20, 21; 43, 42) each have two arms, wherein the pivot axis is remote from the ends of both levers in the respective longitudinal direction of the lever, characterised in that - the pivot axis is located in front of the tragus edge in the region of the cavum conchae when the device is attached to the tragus as intended.