mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a target not emitting in the wavelength range lying between 1 μm and 1.9 μm, designed such that, with the target being in a night sky luminous environment, - an imaging device is used of focal length f and of pupil diameter D, comprising at least one detector (5, 11) comprising types of pixels (51, 111) configured to operate in the wavelength range lying between 1 μm and 1.9 μm, in order to form an image of the target in said wavelength range lying between 1 μm and 1.9 μm, said detectors (5, 11) exhibiting a noise level that is less than the signal generated by the detector in said wavelength range, corresponding to an astronomical and metrological situation in natural light with a 1/2 moon shape and cloud cover of more than 3⁄4, or to an astronomical and metrological situation in natural light with a quarter-moon shape and cloud cover of 1/2 to 3/4 or to an astronomical and metrological situation in natural light with a 0 moon shape and cloud cover of less than 1/2 or to an astronomical and metrological situation in natural light that is greater than the aforementioned situations; - at least one negative-contrast zone is extracted from said image obtained by said device, i.e. a black zone on a bright background corresponding to the silhouette of the target in the night sky. - an imaging device is used of focal length f and of pupil diameter D, comprising at least one detector (5, 11) comprising types of pixels (51, 111) configured to operate in the wavelength range lying between 1 μm and 1.9 μm, in order to form an image of the target in said wavelength range lying between 1 μm and 1.9 μm, said detectors (5, 11) exhibiting a noise level that is less than the signal generated by the detector in said wavelength range, corresponding to an astronomical and metrological situation in natural light with a 1/2 moon shape and cloud cover of more than 3⁄4, or to an astronomical and metrological situation in natural light with a quarter-moon shape and cloud cover of 1/2 to 3/4 or to an astronomical and metrological situation in natural light with a 0 moon shape and cloud cover of less than 1/2 or to an astronomical and metrological situation in natural light that is greater than the aforementioned situations; - at least one negative-contrast zone is extracted from said image obtained by said device, i.e. a black zone on a bright background corresponding to the silhouette of the target in the night sky.
A formulation for a hydrophobic photoresist coating to be applied to a surface of an inkjet printhead, formulation comprising: an epoxidized perfluoropolyether having epoxy functional groups; a photoacid generator chosen from metallic onium salts and non-metallic onium salts; a fluorinated organic solvent present in a first amount and being capable of dissolving at least the epoxidized perfluoropolyether; and a fluorinated organic co-solvent present in a second amount and being capable of dissolving at least the photoacid generator, the second amount being less than the first amount; wherein the hydrophobic photoresist coating is to retain its hydrophobicity after exposure to printhead processing and use. an epoxidized perfluoropolyether having epoxy functional groups; a photoacid generator chosen from metallic onium salts and non-metallic onium salts; a fluorinated organic solvent present in a first amount and being capable of dissolving at least the epoxidized perfluoropolyether; and a fluorinated organic co-solvent present in a second amount and being capable of dissolving at least the photoacid generator, the second amount being less than the first amount; wherein the hydrophobic photoresist coating is to retain its hydrophobicity after exposure to printhead processing and use.
A clamp for locking pipes and cylindrical bodies in general, comprising at least one first jaw that is associatable with a supporting structure, a second jaw, and an articulation means interposed between said first jaw and said second jaw; said articulation means being configured to allow the relative rotation of said two jaws (10, 20) about a tilting axis, between an open configuration and a closed configuration in which said two jaws (10, 20) form a substantially circular locking seat; said clamp further comprising an elastic means that is functionally connected to said two jaws (10, 20) and is adapted to facilitate their opening and/or closure; said elastic means being arranged so as to produce an elastic reaction that generates a torque that facilitates the opening rotation of said second jaw; said clamp being characterized in that said elastic means comprises at least one gas cylinder actuator that is provided with a first end that is associatable with said first jaw and with a second end that is associatable with said second jaw; said closed configuration being maintained by a condition of stable equilibrium between the torque exerted by the weight of said second jaw and the torque exerted by said gas cylinder actuator.
Filtration means for a system for processing liquefiable plastic, which filtration means has • a housing, • a delivery duct for conducting the liquefiable plastic and running through the housing, • a sieve holder described as a screen plunger projecting into the housing and crossing the delivery duct, • one or more screens disposed in the screen plunger, • where the screen plunger can be displaced axially so that when the screen plunger is in a first, working position the screen is positioned in the delivery duct and when the screen plunger is in a second, maintenance position the screen is positioned outside the delivery duct so as to be accessible for maintenance work and when the screen plunger is in a third, venting position a venting line is made by a groove (7, 8, 9,) running along the surface of the screen plunger and running from the screen to an outlet into the open air, characterised in that a portion described as a housing-side portion of the venting line runs through the housing, where the housing-side portion runs so that the groove (7, 8, 9) connects to the housing-side portion when the screen plunger is in its venting position and the groove (7, 8, 9) is disconnected from the housing-side portion when the screen plunger is in its working position. • a housing, • a delivery duct for conducting the liquefiable plastic and running through the housing, • a sieve holder described as a screen plunger projecting into the housing and crossing the delivery duct, • one or more screens disposed in the screen plunger, • where the screen plunger can be displaced axially so that when the screen plunger is in a first, working position the screen is positioned in the delivery duct and when the screen plunger is in a second, maintenance position the screen is positioned outside the delivery duct so as to be accessible for maintenance work and when the screen plunger is in a third, venting position a venting line is made by a groove (7, 8, 9,) running along the surface of the screen plunger and running from the screen to an outlet into the open air,
A dispensing device comprising a cylinder, a piston disposed in said cylinder and moveable therein in a priming direction and in a dispensing direction, a first spring means biasing said piston to move in said priming direction at a predetermined rate, an operating plunger and a framework, in which said operating plunger is mounted to said framework by a retention member, in which said operating plunger is movable on said framework along a path (A-A) and operatively connectable to said piston to move said piston in said dispensing direction, in which said operating plunger comprises a first part of an engagement mechanism, characterised in that said operating plunger is configured to be manually moved between an engaged position in which said first part of said engagement mechanism is operatively connected to said piston and movement of said operating plunger on said framework along said path (A-A) is transmitted to said piston, and a disengaged position in which said first part of said engagement mechanism is operatively disconnected from said piston and movement of said operating plunger on said framework along said path (A-A) is independent of said piston, and in which said first part of said engagement mechanism is formed on said operating plunger such that movement of said operating plunger between said engaged and disengaged positions is in a different direction to movement of said operating plunger along said path (A-A).
A drive unit for a slide-out room of a recreational vehicle, comprising: - a rotary component and - an elongate component, characterized in that it further comprises - a structural member configured to be coupled to a wall panel of the slide-out room and comprising an elongate cavity, wherein the elongate component and the rotary component are arranged within the elongate cavity of the structural member and are configured to mesh such that a rotary motion of the rotary component results in a linear motion of the elongate component together with the structural member relative to the rotary component. - a rotary component and - an elongate component, characterized in that it further comprises - a structural member configured to be coupled to a wall panel of the slide-out room and comprising an elongate cavity,
A planar formed article comprising a copolymer comprising a structural unit derived from a phosphonate monomer represented by formula, and a structural unit derived from at least one radical polymerizable monomer selected from the group consisting of a radical polymerizable monomer represented by formula, a radical polymerizable monomer represented by formula and a radical polymerizable monomer represented by formula, wherein the content of phosphorus atoms from the phosphonate monomer represented by the formula is 2.0 to 6.0 % by mass relative to the mass of the copolymer, the amount of the structural unit is 10 to 40 % by mass relative to the mass of all structural units, and the planar formed article has a thickness of more than 0.25 mm: in the formula, R 1 represents a hydrogen atom or a methyl group; R 2 represents an alkylene group having 1 to 4 carbon atoms; and R 3 and R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 10 carbon atoms, in the formula, R 5 represents a polycyclic aliphatic hydrocarbon group or an alkyl substituted monocyclic aliphatic hydrocarbon group, in the formula, R 6 and R 7 each independently represent a hydrogen atom or an alkyl group having 1 to 10 carbon atoms; and R 8 represents an alkyl group having 1 to 10 carbon atoms, in the formula, R 9 represents -CH 2 CHR 10 R 11, -CHR 10 -CHR 11 R 12 or -CR 10 R 11 R 13; and R 10, R 11 and R 13 each independently represent an alkyl group having 1 to 3 carbon atoms; and R 12 represents a hydrogen atom or an alkyl group having 1 to 3 carbon atoms.
A braking system for a universal motor having field windings, comprising: a motor control circuit connecting the field windings to an external power supply; a storage device (20, 22) connected to the motor control circuit across the field windings; and a controller operably coupled to the motor control circuit and configured in a braking mode to disconnect the field windings from the external power supply and to connect the energy storage device (20, 22) to the field windings to produce a braking torque in the motor, wherein the controller is configured to selectively connect the energy storage device (20, 22) to the external power supply to charge the energy storage device (20, 22), wherein the energy storage device (20, 22) includes one or more capacitors, characterized in that the controller is configured to: sense the phase of the voltage wave from the external power supply; and connect the one or more capacitors of the energy storage device (20, 22) to the external power supply only at the voltage wave peak. a motor control circuit connecting the field windings to an external power supply; a storage device (20, 22) connected to the motor control circuit across the field windings; and a controller operably coupled to the motor control circuit and configured in a braking mode to disconnect the field windings from the external power supply and to connect the energy storage device (20, 22) to the field windings to produce a braking torque in the motor, wherein the controller is configured to selectively connect the energy storage device (20, 22) to the external power supply to charge the energy storage device (20, 22), wherein the energy storage device (20, 22) includes one or more capacitors, characterized in that the controller is configured to: sense the phase of the voltage wave from the external power supply; and connect the one or more capacitors of the energy storage device (20, 22) to the external power supply only at the voltage wave peak. sense the phase of the voltage wave from the external power supply; and connect the one or more capacitors of the energy storage device (20, 22) to the external power supply only at the voltage wave peak.
Capsule adapted for preparation of an edible product and presenting: - a first construction element configured in a container-like form, and - a second construction element configured in a lid-like form, whereby said first and second construction elements (2, 3) are adapted for joint assembly along a common axial axis thereby providing an interior volume adapted for collecting a dose of at least one edible substance, and whereby said second construction element presents at least one engagement groove in the surface oriented towards the outside of the capsule, and said at least one engagement groove presents a distal edge relative to said common axial axis that develops along at least part of a distal circumferential alignment that is centered relatively to said common axial axis, and in that the distal edge of at least one of said engagement grooves develops along at least most part, preferentially the totality of a distal circumferential alignment in the proximity of the perimeter zone of connection between said first and second construction elements (2, 3) characterized in that said at least one engagement groove presents a proximal edge that develops along at least part of a respective proximal circumferential alignment (A') that is decentered relatively to said common axial axis. - a first construction element configured in a container-like form, and - a second construction element configured in a lid-like form,
A composition containing as active ingredients thereof Bacillus subtilis strain BN1001 (deposit number: FERM P-11132) and Bacillus subtilis var. natto.
A multilayer label with a backing in the form of a non-transparent backing film or a paper, whose upper side is printed with a first print layer with information which is to be disclosed by the label and on whose lower side the following layers are deposited in the specified descending sequence: a) as the case may be, a second print layer which is not visible until after unravelling the label and is with information to be disclosed by the label, b) a transparent, cleavable print layer which is deposited in a flexo-printing or screen printing method, wherein the force for causing the cohesion breakdown within the cleavable print layer is smaller than the forces, with which the cleavable print layer is connected to the layer lying thereabove and the layer lying therebelow, and wherein this force is smaller than any force, with which two layers lying on one another within the label are connected in each case, c) an adhesive mass cover layer printed with a flexo-printing or screen printing method, for the bonding-technological neutralisation of the side of a pressure-sensitive adhesive mass layer which faces the label, after unravelling the label, d) a third print layer which is not visible until after unravelling the label and which is with information to be disclosed by the label, e) a pressure-sensitive adhesive mass deposition between 5.0 and 50 g/m 2, f) as the case may be, a liner paper or liner film on the pressure-sensitive adhesive mass. a) as the case may be, a second print layer which is not visible until after unravelling the label and is with information to be disclosed by the label, b) a transparent, cleavable print layer which is deposited in a flexo-printing or screen printing method, wherein the force for causing the cohesion breakdown within the cleavable print layer is smaller than the forces, with which the cleavable print layer is connected to the layer lying thereabove and the layer lying therebelow, and wherein this force is smaller than any force, with which two layers lying on one another within the label are connected in each case, c) an adhesive mass cover layer printed with a flexo-printing or screen printing method, for the bonding-technological neutralisation of the side of a pressure-sensitive adhesive mass layer which faces the label, after unravelling the label, d) a third print layer which is not visible until after unravelling the label and which is with information to be disclosed by the label, e) a pressure-sensitive adhesive mass deposition between 5.0 and 50 g/m 2, f) as the case may be, a liner paper or liner film on the pressure-sensitive adhesive mass.
A method implemented by a network device to simplify a topology graph of a network, until a shortest path tree is determined to be minimum cost and acyclic, by removal of nodes and/or links in the graph and to generate a multicast distribution tree such that a computational complexity of generating the multicast distribution tree is reduced, the method comprising: computing a shortest path to all nodes of the topology graph rooted at a source node S; determining a metric for each adjacency on each shortest path of the topology graph for a multicast group G, wherein the metric comprises a potentially served leaf, PSL, count, and wherein the PSL count for an adjacency is the number of leaves in the multicast group G that are on the shortest path from the source node S at a given point in a pruning process; constructing an (S, G) graph with only source node S, leaves and candidate replication points, wherein a candidate replication point refers to a node in the topology graph that has an asymmetrical arrangement of non-zero PSL counts on its upstream and downstream adjacencies; and iteratively pruning the (S, G) graph using a first set of pruning process to attempt to fully resolve the multicast distribution tree, where full resolution can be determined and the first set of pruning processes are known to produce a minimum cost tree, wherein a fully resolved multicast distribution tree comprises a tree in which all leaves have a unique shortest path to the root. computing a shortest path to all nodes of the topology graph rooted at a source node S; determining a metric for each adjacency on each shortest path of the topology graph for a multicast group G, wherein the metric comprises a potentially served leaf, PSL, count, and wherein the PSL count for an adjacency is the number of leaves in the multicast group G that are on the shortest path from the source node S at a given point in a pruning process; constructing an (S, G) graph with only source node S, leaves and candidate replication points, wherein a candidate replication point refers to a node in the topology graph that has an asymmetrical arrangement of non-zero PSL counts on its upstream and downstream adjacencies; and iteratively pruning the (S, G) graph using a first set of pruning process to attempt to fully resolve the multicast distribution tree, where full resolution can be determined and the first set of pruning processes are known to produce a minimum cost tree, wherein a fully resolved multicast distribution tree comprises a tree in which all leaves have a unique shortest path to the root.
A flexible LED pixel string comprising a number of LED pixels (103a-103n) interconnected by a flexible flat ribbon-cable, said LED pixels comprises a number of LEDs (104R, 104G, 104B) and said flexible flat ribbon-cable comprises a number of conductors (107a-107f), where a first one of said conductors is a power line for providing electrical power to said LED pixels, where a second one of said conductors is a data line for providing pixel data to said LED pixels, where a third one of said conductors is a clock line providing a clock signal to said LED pixels, and where a fourth one of said conductors is a first ground line grounding said LED pixels characterized in that a fifth one of said conductors is a second ground line grounding said LED pixels and in that and one of said clock line said data line is arranged between said first ground line and said second ground line.
A method for charging in a multimedia broadcast/multicast service, comprising: configuring, by a Broadcast/Multicast Service Center /BM-SC/, access information in a charging request message after an evolved Multimedia Broadcast/Multicast Service /eMBMS/ session starts, wherein the access information at least includes radio access technology type information, MBMS service area information corresponding to the radio access technology type information and the downlink node information corresponding to the service area; sending, by the BM-SC, the charging request message to a Charging Data Function /CDF/; and generating, by the CDF, charging record information of the eMBMS session for the BM-SC according to radio access technology type information, wherein the charging record information includes the access information. configuring, by a Broadcast/Multicast Service Center /BM-SC/, access information in a charging request message after an evolved Multimedia Broadcast/Multicast Service /eMBMS/ session starts, wherein the access information at least includes radio access technology type information, MBMS service area information corresponding to the radio access technology type information and the downlink node information corresponding to the service area; sending, by the BM-SC, the charging request message to a Charging Data Function /CDF/; and generating, by the CDF, charging record information of the eMBMS session for the BM-SC according to radio access technology type information, wherein the charging record information includes the access information.