mhurhangee/ep-ind-claims huggingface dataset:
A method comprising contacting a sample being tested for the presence of one or more targets with one or more target-specific binding partners, wherein each of the target-specific binding partners is linked to a docking nucleic acid, and wherein target-specific binding partners of different specificity are linked to different docking nucleic acids, optionally removing unbound target-specific binding partners, contacting the sample with labeled imager nucleic acids having a nucleotide sequence that is complementary to a docking nucleic acid, optionally removing unbound labeled imager nucleic acids, imaging the sample to detect location and number of bound labeled imager nucleic acids, removing the bound labeled imager nucleic acids from the docking nucleic acids by enzymatically cleaving, modifying or degrading the labeled imager nucleic acids, and repeating steps -, each time with a labeled imager nucleic acid having a unique nucleotide sequence relative to all other labeled imager nucleic acids. contacting a sample being tested for the presence of one or more targets with one or more target-specific binding partners, wherein each of the target-specific binding partners is linked to a docking nucleic acid, and wherein target-specific binding partners of different specificity are linked to different docking nucleic acids, optionally removing unbound target-specific binding partners, contacting the sample with labeled imager nucleic acids having a nucleotide sequence that is complementary to a docking nucleic acid, optionally removing unbound labeled imager nucleic acids, imaging the sample to detect location and number of bound labeled imager nucleic acids, removing the bound labeled imager nucleic acids from the docking nucleic acids by enzymatically cleaving, modifying or degrading the labeled imager nucleic acids, and repeating steps -, each time with a labeled imager nucleic acid having a unique nucleotide sequence relative to all other labeled imager nucleic acids.
A filling device having a dispensing container for filling packaging containers open at the top having at least one opening flap for opening and closing an outlet opening for the product is movable along a path between a closed position and an open position by means of a drive, wherein at least one delay device is provided, with which the movement of the opening flap over a portion of the path can be delayed, characterized in that a switching element is provided with which the delay device can be switched on.
A method for executing an application in a mobile device, comprising: receiving a request for execution of the application; determining whether the mobile device is located in a restricted area where execution of the application is controlled; and determining, if the mobile device is located in a restricted area, whether to execute the application requested for execution, according to an application execution policy that allows for execution of the application in the restricted area, wherein determining whether the mobile device is located in the restricted area further comprises periodically transmitting a signal to a base station, and receiving a data packet including the application execution policy, wherein the application execution policy includes applications executable in the restricted area, which are grouped based on a type of each of the applications, and the mobile device executes the application only if the application is contained in the application execution policy, wherein the data packet including the application execution policy includes an application execution policy identifier field, a network administrator ID field, an area information field, and an application execution policy field. receiving a request for execution of the application; determining whether the mobile device is located in a restricted area where execution of the application is controlled; and determining, if the mobile device is located in a restricted area, whether to execute the application requested for execution, according to an application execution policy that allows for execution of the application in the restricted area, wherein determining whether the mobile device is located in the restricted area further comprises periodically transmitting a signal to a base station, and receiving a data packet including the application execution policy, wherein the application execution policy includes applications executable in the restricted area, which are grouped based on a type of each of the applications, and the mobile device executes the application only if the application is contained in the application execution policy, wherein the data packet including the application execution policy includes an application execution policy identifier field, a network administrator ID field, an area information field, and an application execution policy field.
A covering of a woodwork implemented on a support wall, said covering comprising a system of profiled elements, an insulator held in said system of profiled elements, and a set of fasteners (12B, 12C) allowing fastening said system of profiled elements to the woodwork and to the support wall, characterised in that: - each of the fasteners (12B, 12C) includes a longitudinal portion and at least one fastener cooperation means (121B, 121C) able to cooperate with the profiled element; and - each of the profiled elements includes at least one profiled element cooperation means (102B, 104) intended to cooperate with at least one of the fastener cooperation means (121B, 121C) of said set of fasteners to fasten the covering to the woodwork and to the support wall; and - each of the profiled elements includes an external skin covering said woodwork and having a main portion and a fold forming a right angle with said main portion of said external skin, and in that at least one of the free ends of said at least one profiled element forms a profiled element cooperation means. - each of the fasteners (12B, 12C) includes a longitudinal portion and at least one fastener cooperation means (121B, 121C) able to cooperate with the profiled element; and - each of the profiled elements includes at least one profiled element cooperation means (102B, 104) intended to cooperate with at least one of the fastener cooperation means (121B, 121C) of said set of fasteners to fasten the covering to the woodwork and to the support wall; and - each of the profiled elements includes an external skin covering said woodwork and having a main portion and a fold forming a right angle with said main portion of said external skin, and in that at least one of the free ends of said at least one profiled element forms a profiled element cooperation means.
A method of joining two panels (1, 2) of an airframe or fuselage structure of an aircraft or spacecraft, comprising: preparing an edge region of a first panel to form a first joining surface; preparing an edge region of a second panel to form a second joining surface; whereby the first and second joining surfaces (3, 4) are substantially planar and extend at an inclined or oblique angle with respect to a primary plane or primary surface of the respective first and second panels (1, 2); aligning the first and second panels (1, 2) with one another such that the first and second joining surfaces (3, 4) abut or adjoin one another face-to-face to form a joint area; and joining the first and second panels (1, 2) at the joining surfaces (3, 4) in the joint area; wherein the step of joining the first and second panels (1, 2) at the joining surfaces (3, 4) includes inserting one or more connector pins or studs to extend through the joining surfaces (3, 4), and preferably through or to a major surface or an outer surface of each panel (1, 2); and wherein the one or more connector pins or studs extend perpendicular to the joining surfaces (3, 4) and at an angle of 45° to the primary plane or surface of the first and second panels (1, 2). preparing an edge region of a first panel to form a first joining surface; preparing an edge region of a second panel to form a second joining surface; whereby the first and second joining surfaces (3, 4) are substantially planar and extend at an inclined or oblique angle with respect to a primary plane or primary surface of the respective first and second panels (1, 2); aligning the first and second panels (1, 2) with one another such that the first and second joining surfaces (3, 4) abut or adjoin one another face-to-face to form a joint area; and joining the first and second panels (1, 2) at the joining surfaces (3, 4) in the joint area; wherein the step of joining the first and second panels (1, 2) at the joining surfaces (3, 4) includes inserting one or more connector pins or studs to extend through the joining surfaces (3, 4), and preferably through or to a major surface or an outer surface of each panel (1, 2); and wherein the one or more connector pins or studs extend perpendicular to the joining surfaces (3, 4) and at an angle of 45° to the primary plane or surface of the first and second panels (1, 2).
Weeding machine for weed control in the rows of a crop grown in rows, including known torsional weed tines (3, 3'), the weeding machine contains at least one weed element for holding at least two torsional weed tines (3, 3'), which, for that purpose, has two arms (5, 5') which can be independently rotated around one pivot axis, or which arms (5, 5') can be rotated around each a pivot axis, the arms (5, 5') having attachments (7, 7') for attaching at least one torsional weed tine (3 or 3') to each arm (5, 5') characterized in that the arms (5, 5') are interconnected by an adjustable spring element with an adjustable spring force.
A headrest assembly for attachment to a seat back, comprising: a plate attachable to a seat back or a seat back component; a flexible support structure attached to the plate; and a fabric cover stretched over the flexible support structure and held in tension to create a hollow pocket behind the fabric cover and forward of the plate; characterized in that: the flexible support structure is a flexible wire frame constructed from a continuous metal wire having wire ends attached to the plate and the metal wire is bent to form lateral and forward extending portions defining a general U-shape; the fabric cover forms a closed front, top, bottom and opposing sides of the headrest. a plate attachable to a seat back or a seat back component; a flexible support structure attached to the plate; and a fabric cover stretched over the flexible support structure and held in tension to create a hollow pocket behind the fabric cover and forward of the plate; characterized in that: the flexible support structure is a flexible wire frame constructed from a continuous metal wire having wire ends attached to the plate and the metal wire is bent to form lateral and forward extending portions defining a general U-shape; the fabric cover forms a closed front, top, bottom and opposing sides of the headrest. the flexible support structure is a flexible wire frame constructed from a continuous metal wire having wire ends attached to the plate and the metal wire is bent to form lateral and forward extending portions defining a general U-shape; the fabric cover forms a closed front, top, bottom and opposing sides of the headrest.
A delayed reactivity quicklime having a reactivity in water t 60 according to the EN 459-2: 2010 E reactivity test greater than or equal to 5 minutes, characterised in that said delayed reactivity quicklime is a soft-burnt quicklime which has a reactivity in water t 60 less than or equal to 18 minutes and a maximum temperature T m measured according to the standard EN 459-2: 2010 E greater than or equal to 65°C, preferably greater than or equal to 67°C, and more preferably greater than or equal to 69°C and in that, after heat treatment at 700°C for 30 minutes of 200 g of said delayed reactivity quicklime, it has a reactivity to the water t 60 rev less than or equal to 1/3 of said t 60 measured according to the EN 459-2: 2010 E reactivity test and a maximum temperature T m rev measured according to standard EN 459-2: 2010 E greater than T m and less than or equal to T m +5°C, preferably T m +3°C, advantageously T m +2°C.
Method for inspecting a specimen with an array of primary charged particle beamlets in a charged particle beam device having an optical axis extending in z-direction of the charged particle beam device, the method comprising: generating a primary charged particle beam with a charged particle beam emitter; directly illuminating a multi-aperture lens plate by the charged particle beam emitter, the multi-aperture lens plate having a surface with the primary charged particle beam to generate the array of primary charged particle beamlets which are focused; generating an electrical field by at least a first electrode on the surface of the multi-aperture lens plate, the first electrode having one aperture opening for the primary charged particle beam or for the primary charged particle beamlets, wherein directly illuminating means that, apart from the first electrode if the first electrode is in front of the multi-aperture lens plate when seen in a direction of the propagating primary charged particle beam, no additional optical elements are provided between the charged particle beam emitter and the multi-aperture lens plate, wherein a field component in z-direction of the electrical field provided by the at least first electrode is non-rotational-symmetric; and focusing the primary charged particle beamlets on separate locations on the specimen with an objective lens to simultaneously inspect the specimen at the separate locations. generating a primary charged particle beam with a charged particle beam emitter; directly illuminating a multi-aperture lens plate by the charged particle beam emitter, the multi-aperture lens plate having a surface with the primary charged particle beam to generate the array of primary charged particle beamlets which are focused; generating an electrical field by at least a first electrode on the surface of the multi-aperture lens plate, the first electrode having one aperture opening for the primary charged particle beam or for the primary charged particle beamlets, wherein directly illuminating means that, apart from the first electrode if the first electrode is in front of the multi-aperture lens plate when seen in a direction of the propagating primary charged particle beam, no additional optical elements are provided between the charged particle beam emitter and the multi-aperture lens plate, wherein a field component in z-direction of the electrical field provided by the at least first electrode is non-rotational-symmetric; and focusing the primary charged particle beamlets on separate locations on the specimen with an objective lens to simultaneously inspect the specimen at the separate locations.
A method comprising: communicating, by a wireless access network node with user equipments, UEs, in a plurality of sets of subframes, the plurality of sets of subframes comprising a first set of subframes and a second set of subframes; performing, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the first set of subframes; and avoiding to perform, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the second set of subframes; wherein said performing of the dynamic power control by the wireless access network node comprises adjusting a power level of a downlink control signal transmitted by the wireless access network node on a subframe-by-subframe basis, including: setting, by the wireless access network node, a transmission of the downlink control signal at a first power level in a first subframe of said first set of subframes, based on a feedback from one or more first UEs served in the first subframe, and setting, by the wireless access network node, a transmission of the downlink control signal at a second power level in a second subframe of said first set of subframes, based on a feedback from one or more second UEs served in the second subframe, the second power level being different from the first power level. communicating, by a wireless access network node with user equipments, UEs, in a plurality of sets of subframes, the plurality of sets of subframes comprising a first set of subframes and a second set of subframes; performing, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the first set of subframes; and avoiding to perform, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the second set of subframes; wherein said performing of the dynamic power control by the wireless access network node comprises adjusting a power level of a downlink control signal transmitted by the wireless access network node on a subframe-by-subframe basis, including: setting, by the wireless access network node, a transmission of the downlink control signal at a first power level in a first subframe of said first set of subframes, based on a feedback from one or more first UEs served in the first subframe, and setting, by the wireless access network node, a transmission of the downlink control signal at a second power level in a second subframe of said first set of subframes, based on a feedback from one or more second UEs served in the second subframe, the second power level being different from the first power level.
A method for sending a reference signal, performed by a base station, BS, comprising: determining, by the BS, according to a preset mode, a location of a time-frequency resource allocated for sending the reference signal in a Transmission Time Interval, TTI; and sending, by the BS, to a user equipment, UE, the reference signal according to the location of the time-frequency resource, wherein for the TTI of a duration of a time slot, for a normal Cyclic Prefix, CP, the time-frequency resource corresponds to a symbol with an index n ∈ {2, 3}, and a subcarrier with an index k ∈ {0, 1, 5, 6, 10, 11} in a Physical Resource Block, PRB, wherein symbols in the TTI are given indices 0, 1, 2, 3, 4, 5, and 6, wherein subcarriers in the PRB are given indices 0 to 11 in ascending frequencies. determining, by the BS, according to a preset mode, a location of a time-frequency resource allocated for sending the reference signal in a Transmission Time Interval, TTI; and sending, by the BS, to a user equipment, UE, the reference signal according to the location of the time-frequency resource, wherein for the TTI of a duration of a time slot, for a normal Cyclic Prefix, CP, the time-frequency resource corresponds to a symbol with an index n ∈ {2, 3}, and a subcarrier with an index k ∈ {0, 1, 5, 6, 10, 11} in a Physical Resource Block, PRB, wherein symbols in the TTI are given indices 0, 1, 2, 3, 4, 5, and 6, wherein subcarriers in the PRB are given indices 0 to 11 in ascending frequencies.
A method of controlling distribution of energy within an energy distribution system, the energy distribution system including a distributed energy management, DEM, controller, a tap head, which is a single phase branch of an electric power distribution system, and at least one distributed energy storage, DES, unit coupled to the tap head, the method comprising: obtaining, at regular intervals at a current polling rate, with the DEM controller from at least one of the tap head and the DES unit, operational data indicating electrical loading demand within the energy distribution system; characterized by the following steps: comparing, by the DEM controller, the electrical loading demand to a polling rate threshold that indicates when the electrical loading demand is approaching an electrical loading demand condition threshold at which the DEM controller will engage the DES unit for load reduction of the electrical loading demand, wherein the electrical loading demand threshold is greater than the polling rate threshold; increasing relative to the current polling rate, by the DEM controller, a polling rate at which the operational data is obtained at regular intervals, in response to the electrical loading demand crossing the polling rate threshold; and polling the at least one of the DES unit and the tap head with the DEM controller at the polling rate. obtaining, at regular intervals at a current polling rate, with the DEM controller from at least one of the tap head and the DES unit, operational data indicating electrical loading demand within the energy distribution system; characterized by the following steps: comparing, by the DEM controller, the electrical loading demand to a polling rate threshold that indicates when the electrical loading demand is approaching an electrical loading demand condition threshold at which the DEM controller will engage the DES unit for load reduction of the electrical loading demand, wherein the electrical loading demand threshold is greater than the polling rate threshold; increasing relative to the current polling rate, by the DEM controller, a polling rate at which the operational data is obtained at regular intervals, in response to the electrical loading demand crossing the polling rate threshold; and polling the at least one of the DES unit and the tap head with the DEM controller at the polling rate. comparing, by the DEM controller, the electrical loading demand to a polling rate threshold that indicates when the electrical loading demand is approaching an electrical loading demand condition threshold at which the DEM controller will engage the DES unit for load reduction of the electrical loading demand, wherein the electrical loading demand threshold is greater than the polling rate threshold; increasing relative to the current polling rate, by the DEM controller, a polling rate at which the operational data is obtained at regular intervals, in response to the electrical loading demand crossing the polling rate threshold; and polling the at least one of the DES unit and the tap head with the DEM controller at the polling rate.
A container assembly including a container and a chime fixed to each other; the container having: - a peripheral side wall, - a top wall formed with a central neck containing a valve fitting provided with a dip tube which extends into the container, and - a bottom wall formed with a central projection, said central projection defining an internal well inside the container; and the chime having: - an inner hub with a central opening, - a plurality of legs extending outwardly from the inner hub, and - an outer skirt joined to outer ends of the plurality of legs; in which the central opening of the inner hub receives the central projection to locate the inner hub against lateral movement characterised in that - there is no fixation between the inner hub and the central projection; - the container and the chime are fixed to each other by means of an adhesive; and - a bottom end of the dip tube extends into the internal well of the central projection. - a peripheral side wall, - a top wall formed with a central neck containing a valve fitting provided with a dip tube which extends into the container, and - a bottom wall formed with a central projection, said central projection defining an internal well inside the container; - an inner hub with a central opening, - a plurality of legs extending outwardly from the inner hub, and - an outer skirt joined to outer ends of the plurality of legs; - there is no fixation between the inner hub and the central projection; - the container and the chime are fixed to each other by means of an adhesive; and - a bottom end of the dip tube extends into the internal well of the central projection.