mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a User Equipment, UE, policy behavior, comprising: acquiring, by a first network element, first information sent by UE; and determining, by the first network element according to the first information, a UE policy behavior that is being performed by the UE, wherein the first information comprises: third indication information, used to indicate at least one of: a traffic descriptor in a UE Route Selection Policy, URSP, rule corresponding to a Protocol Data Unit, PDU, session established by the UE, or a Route Selection Descriptor, RSD, in the URSP rule corresponding to the PDU session established by the UE. acquiring, by a first network element, first information sent by UE; and determining, by the first network element according to the first information, a UE policy behavior that is being performed by the UE, wherein the first information comprises: third indication information, used to indicate at least one of: a traffic descriptor in a UE Route Selection Policy, URSP, rule corresponding to a Protocol Data Unit, PDU, session established by the UE, or a Route Selection Descriptor, RSD, in the URSP rule corresponding to the PDU session established by the UE.
A screen printing machine (10, 40) for printing a print medium onto a workpiece, comprising: a frame, an external housing (11, 41) supported by the frame, a print carriage with squeegee, a receptacle for receiving a printing screen in use, a rail (19, 49) extending at least partially across and over the receptacle, a shuttle (23, 46) mounted for travel along the rail (19, 49), and a cradle (24, 47) adapted to retain a container for print medium, the cradle (24, 47) being mounted on the shuttle (23, 46), characterised in that the rail (19, 49) is statically fixed relative to the frame, and a portion of the rail (19, 49) comprises an exchange position for the shuttle (23, 46), at which position a container for printing medium can be placed in or removed from the cradle (24, 47), the container being separated from the print carriage. a frame, an external housing (11, 41) supported by the frame, a print carriage with squeegee, a receptacle for receiving a printing screen in use, a rail (19, 49) extending at least partially across and over the receptacle, a shuttle (23, 46) mounted for travel along the rail (19, 49), and a cradle (24, 47) adapted to retain a container for print medium, the cradle (24, 47) being mounted on the shuttle (23, 46), characterised in that the rail (19, 49) is statically fixed relative to the frame, and a portion of the rail (19, 49) comprises an exchange position for the shuttle (23, 46), at which position a container for printing medium can be placed in or removed from the cradle (24, 47), the container being separated from the print carriage.
An additive manufacturing apparatus comprising: a support plate; a stage positioned configured to hold a component; one or more actuators operable to move the stage away from the support plate in a Z-axis direction; a radiant energy device positioned opposite the stage such that the support plate is positioned between the radiant energy device and the stage; and a foil interaction device including a first pneumatic actuation zone and a second pneumatic actuation zone, each of the first and second pneumatic actuation zones configured to apply a force on a surface of a foil that extends between the stage and the support plate and that defines a build surface, wherein the first and second pneumatic actuation zones are fluidly separable and configured to apply varied pressures relative to one another to the surface of the foil; wherein the first and second pneumatic actuation zones are part of a plurality of pneumatic actuation zones that, in combination, substantially surround a build surface. a support plate; a stage positioned configured to hold a component; one or more actuators operable to move the stage away from the support plate in a Z-axis direction; a radiant energy device positioned opposite the stage such that the support plate is positioned between the radiant energy device and the stage; and a foil interaction device including a first pneumatic actuation zone and a second pneumatic actuation zone, each of the first and second pneumatic actuation zones configured to apply a force on a surface of a foil that extends between the stage and the support plate and that defines a build surface, wherein the first and second pneumatic actuation zones are fluidly separable and configured to apply varied pressures relative to one another to the surface of the foil; wherein the first and second pneumatic actuation zones are part of a plurality of pneumatic actuation zones that, in combination, substantially surround a build surface.
Warning system, in particular point detector, with a detector housing, with a temperature sensor attached centrally in or on the detector housing for detecting a temperature in the surroundings of the warning system in a largely direction-independent manner, and with an evaluation unit for evaluating the detected ambient temperature, wherein the temperature sensor is a digital temperature sensor, and the temperature sensor is connected via data link to the evaluation unit by way of a connecting line arranged on the inside of the detector housing, characterised in that the connecting line is arranged away from the centrally attached temperature sensor in respect of the evaluation unit.
A piston machine, comprising at least one cylinder (12a, 12b), a cylinder head (18a, 18b) closing an opening of the cylinder (12a, 12b), and a piston (22a, 22b) arranged at least in part within the cylinder (12a, 12b), the piston (22a, 22b) having an opening extending in its longitudinal direction, and wherein at least a partial area of a guiding element (30a, 30b) firmly connected to the cylinder head (18a, 18b) is arranged within the opening of the piston (22a, 22b), characterized in that the piston (22a, 22b) is arranged movably in its longitudinal direction relative to the cylinder (12a, 12b) and to the cylinder head (18a, 18b) by means of a connecting rod (28a, 28b), and in that the opening is a through bore.
A process for producing double-stranded RNA from lactic acid bacteria belonging to the genus Tetragenococcus, characterized by culturing the lactic acid bacteria in lactic acid bacteria culture medium having a salt content of 5 to 10%.
A device for neuromuscular stimulation, comprising: a) a positive electrode, b) a plurality of negative electrodes, c) a non-conductive substrate and d) a control unit for activating the electrodes, wherein the control unit is configured to activate the negative electrodes in a predetermined sequence, so as to deliver electrical stimulus to a user, wherein the predetermined sequence is repeated with an increasing level of stimulus until a predetermined outcome is achieved, wherein each negative electrode comprises at least one conductive track mounted on the non-conductive substrate, wherein at least one pair of negative electrodes overlap such that the conductive track or tracks of a first negative electrode of the pair overlap with the electrode footprint, but not the conductive tracks, of a second negative electrode of the pair, and wherein the electrode footprint of an electrode is defined as the rectangular area centred on the electrode which has the same height and width as the electrode, and the effective electrode is defined as the subset of activated electrodes, characterized in that the distance between the first negative electrode and the second negative electrode is smaller than the length or width of the electrode footprint of the first negative electrode on the same axis; and in that the device can adjust the position of the effective electrode in a step smaller than the electrode footprint of the first negative electrode. a) a positive electrode, b) a plurality of negative electrodes, c) a non-conductive substrate and d) a control unit for activating the electrodes, wherein the control unit is configured to activate the negative electrodes in a predetermined sequence, so as to deliver electrical stimulus to a user, wherein the predetermined sequence is repeated with an increasing level of stimulus until a predetermined outcome is achieved, wherein each negative electrode comprises at least one conductive track mounted on the non-conductive substrate, wherein at least one pair of negative electrodes overlap such that the conductive track or tracks of a first negative electrode of the pair overlap with the electrode footprint, but not the conductive tracks, of a second negative electrode of the pair, and wherein the electrode footprint of an electrode is defined as the rectangular area centred on the electrode which has the same height and width as the electrode, and the effective electrode is defined as the subset of activated electrodes, characterized in that the distance between the first negative electrode and the second negative electrode is smaller than the length or width of the electrode footprint of the first negative electrode on the same axis; and in that the device can adjust the position of the effective electrode in a step smaller than the electrode footprint of the first negative electrode.
A method of a first device, in Sidelink, in the following also referred to as SL, network scheduling mode, configured with a second set of slot offsets by a network, the method comprising: receiving a first Downlink Control Information, in the following also referred to as DCI, scheduling a Physical Downlink Shared Channel, in the following also referred to as PDSCH, wherein the first DCI is indicative of a first slot offset value; deriving a first slot for transmitting hybrid automatic repeat request-acknowledgement, in the following also referred to as HARQ-ACK, associated with the PDSCH based on the first slot offset value. receiving, from the network, a second DCI, scheduling a sidelink resource; performing sidelink transmission, to a second device, on the sidelink resource; monitoring or receiving a sidelink hybrid automatic repeat request-acknowledgement, in the following also referred to as SL HARQ-ACK, feedback from the second device in a fourth slot, wherein the SL HARQ-ACK feedback is associated with the sidelink transmission; and transmitting the HARQ-ACK to the network on a first resource on the first slot; characterized by transmitting a SL HARQ-ACK to the network on a second resource on a third slot, wherein the first resource and the second resource are separated in time domain, wherein the third slot is derived based on the fourth slot and a second slot offset value indicated by the second DCI, wherein the second set of slot offsets comprises the second slot offset value, and wherein the SL HARQ-ACK is set/derived/determined based on the received SL HARQ-ACK feedback. receiving a first Downlink Control Information, in the following also referred to as DCI, scheduling a Physical Downlink Shared Channel, in the following also referred to as PDSCH, wherein the first DCI is indicative of a first slot offset value; deriving a first slot for transmitting hybrid automatic repeat request-acknowledgement, in the following also referred to as HARQ-ACK, associated with the PDSCH based on the first slot offset value. receiving, from the network, a second DCI, scheduling a sidelink resource; performing sidelink transmission, to a second device, on the sidelink resource; monitoring or receiving a sidelink hybrid automatic repeat request-acknowledgement, in the following also referred to as SL HARQ-ACK, feedback from the second device in a fourth slot, wherein the SL HARQ-ACK feedback is associated with the sidelink transmission; and transmitting the HARQ-ACK to the network on a first resource on the first slot; characterized by transmitting a SL HARQ-ACK to the network on a second resource on a third slot, wherein the first resource and the second resource are separated in time domain, wherein the third slot is derived based on the fourth slot and a second slot offset value indicated by the second DCI, wherein the second set of slot offsets comprises the second slot offset value, and wherein the SL HARQ-ACK is set/derived/determined based on the received SL HARQ-ACK feedback.
A medical device balloon apparatus (130, 236, 336, 436, 536, 600), the balloon apparatus comprising: a distal portion having a consistent diameter along a longitudinal axis; a proximal portion having a consistent diameter along a longitudinal axis which is greater than the diameter of the distal portion; and characterized in an intermediary portion having a substantially linearly varying diameter extending from the proximal portion to the distal portion, wherein the balloon apparatus (130, 236, 336, 436, 536, 600) consists of non-compliant material and is configured to prevent over-expansion of the distal portion in response to the intermediary portion of the balloon apparatus (130, 236, 336, 436, 536, 600) contacting an antrum of the pulmonary vein. a distal portion having a consistent diameter along a longitudinal axis; a proximal portion having a consistent diameter along a longitudinal axis which is greater than the diameter of the distal portion; and characterized in an intermediary portion having a substantially linearly varying diameter extending from the proximal portion to the distal portion, wherein the balloon apparatus (130, 236, 336, 436, 536, 600) consists of non-compliant material and is configured to prevent over-expansion of the distal portion in response to the intermediary portion of the balloon apparatus (130, 236, 336, 436, 536, 600) contacting an antrum of the pulmonary vein.
A drip hose formed by fusing both ends of flat resin film, wherein the both ends of the flat resin film are overlapped and fused in such a way that two fusion lines are formed in the longitudinal direction, thus by means of the fusion lines, a first water pathway is formed and a second water pathway is formed in overlap portion, and at least one fusion line is additionally formed in the width direction in the overlap portion, thus the overlap portion is partitioned into at least one unit section, and water supply port (11 a) for supplying the water from the first water pathway to the second water pathway and water discharge port for discharging the water from the second water pathway to the outside are formed in the longitudinal fusion lines constituting the unit section, and at least one fusion line (11") is additionally formed in the longitudinal direction in the middle of the unit section, and at least two unit water pathways (21, 21') are formed in the unit section, and an opening is formed in the additionally formed fusion line (11 ") to allow the at least two unit water pathways (21, 21') to communicate with each other, and the water supply port is formed in one side of any one of the longitudinal fusion lines constituting the unit section, the opening is formed in the other side of the additionally formed fusion line (11"), and the water discharge port (11 b) is formed in one side of the other of the longitudinal fusion lines constituting the unit section, characterised in that the flat resin film is formed on its one surface with fine unevenness part, thus the insides of the first water pathway and second water pathway have the fine unevenness part, wherein the fine unevenness part is provided with projections formed on the whole of one surface of the flat resin film.
An immersion tube for continuous casting liquid metal, for example steel, consisting of at least two parts (2, 5), at least one outlet opening (3, 4) being arranged in the end region, characterized in that a bell-like refractory mantle is arranged in the end region of the immersion tube wich is releasably attached to the surface in the lower region of the immersion tube.
Method for producing a wind turbine blade having a blade body comprising a body part and a tip part, the blade being produced by using a mold, whereby a prefabricated tip part having a first connection interface is arranged adjacent to the mold for producing the body part, whereby building elements (10, 11, 16, 17) for building the body part are arranged in the mold providing a second connection interface which corresponds to and connects to the first connection interface, whereafter both connection interfaces (6, 12) are fixed by applying a fixing agent and curing it, characterized in that the separate building elements (10, 11, 16, 17) of the whole body part are arranged in the mold and are infused with a resin used as the fixing agent and are embedded in a resin matrix together with both connection interfaces (6, 12) after curing the resin.
An inflatable chamber-pot, wherein the inflatable chamber-pot in inflated condition comprises at least one air chamber, and where the at least one air chamber is separated from the ambient atmosphere by a flexible membrane, where the inflatable chamber-pot comprises a support face at the lower end of the inflatable chamber-pot for placing the inflatable chamber-pot on a base, where the inflatable chamber-pot comprises an upper seat end, where the inflatable chamber-pot furthermore includes a centre part between the upper and lower ends, and where the air chamber consisting of a membrane surrounds the interior of the inflatable chamber-pot with an inner membrane side and constituting the outer side of the inflatable chamber-pot with an outer membrane side, wherein the inner membrane side and the outer membrane side are interconnected by at least one membrane joint, where the at least one membrane joint extends partially between the lower and upper ends of the inflatable chamber-pot, characterised in that the at least one membrane joint is substantially perpendicular to the support face, where the inner membrane side and the outer membrane side are closed from the lower end to the upper seat end.
A topical preparation comprising water, between 0.7% and 1.5% linalool, tea tree oil, a surfactant and a membrane permeablizer, wherein the linalool is present in a quantity that is bactericidal against gram negative bacteria and gram positive bacteria but does not cause clinically significant conditions at the site of application and wherein the membrane permeabilizer is a chelator.
A recombinant yeast having a reduced pyruvate decarboxylase activity, in the genome of which has been inserted: - one or more nucleic acids encoding an acetolactate synthase or ALS, - one or more nucleic acids encoding an acetolactate decarboxylase or ALD, - one or more nucleic acids encoding a butanediol dehydrogenase or BDH, and - one or more copies of a nucleic acids encoding a NADH oxidase or NOXE, said one or more copies of a nucleic acids encoding a NADH oxidase or NOXE being selected from the group consisting of nucleic acids sequences having at least 78%, preferably at least 80%, nucleic acid identity with the nucleic acid sequence SEQ ID NO: 23 which displays the desired biological activity, and said pyruvate decarboxylase activity is reduced by (i) disrupting at least one gene encoding a pyruvate decarboxylase by inserting within said at least one gene encoding a pyruvate decarboxylase at least one exogenous DNA construct, (ii) mutations in regulatory regions, (iii) mutations in a start codon, notably by replacing AUG by GUG, (iv) mutations in coding sequences altering the enzymatic activity (v) mutations, insertions or deletion in the coding sequence altering the protein stability and (vi) mutations altering the pyruvate decarboxylase mRNA half-life. - one or more nucleic acids encoding an acetolactate synthase or ALS, - one or more nucleic acids encoding an acetolactate decarboxylase or ALD, - one or more nucleic acids encoding a butanediol dehydrogenase or BDH, and - one or more copies of a nucleic acids encoding a NADH oxidase or NOXE,
A self-propelling road construction machine, particularly a cold-milling machine or recycler, comprising - a track assembly carrying the machine frame via lifting columns (12, 13), - a milling roller supported on the machine frame for treatment of a ground or traffic surface, - height-adjustable side plates on the front sides of the milling roller, arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the traveling direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller, and - a control means for controlling the milling depth of the milling roller, the control means detecting the milling depth of the milling roller from the measurement values of at least one measuring means, characterized in that the control means is operative to automatically control the lifting condition of at least one rear and/or front lifting column (12, 13) as seen in the traveling direction, for establishing the parallel orientation of the machine frame relative to the treated or untreated ground or traffic surface or to a predetermined milling plane, wherein automatically establishing the parallel orientation of the machine frame relative to the treated or untreated ground or traffic surface is performed by the control means independently of the control of the milling depth. - a track assembly carrying the machine frame via lifting columns (12, 13), - a milling roller supported on the machine frame for treatment of a ground or traffic surface, - height-adjustable side plates on the front sides of the milling roller, arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the traveling direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller, and - a control means for controlling the milling depth of the milling roller, the control means detecting the milling depth of the milling roller from the measurement values of at least one measuring means,
A UAV for delivering a piece to be transported, wherein the UAV includes a UAV body and a delivery structure, wherein delivery structure comprises: a mounting piece connected to the UAV body, and a mounting groove arranged on the mounting piece, wherein a direction of an opening of the mounting groove extends upwards, and the piece to be transported is configured to be hooked into the mounting groove; and a reset assembly configured to deform under a weight of the piece to be transported when the piece to be transported is lifted, and reset to drive the piece to be transported away from the mounting groove when the piece to be transported touches the ground; characterized in that the delivery structure further comprises: a limiting piece, a first end of the limiting piece being connected to the reset assembly, and a second end of the limiting piece configured to be connected with the mounting piece by magnetic adsorption to seal the opening of the mounting groove when the piece to be transported is hooked but not lifted, wherein when the piece to be transported is lifted, the reset assembly is configured to drive the limiting piece to move so as to separate the second end from the mounting piece. a mounting piece connected to the UAV body, and a mounting groove arranged on the mounting piece, wherein a direction of an opening of the mounting groove extends upwards, and the piece to be transported is configured to be hooked into the mounting groove; and a reset assembly configured to deform under a weight of the piece to be transported when the piece to be transported is lifted, and reset to drive the piece to be transported away from the mounting groove when the piece to be transported touches the ground; characterized in that the delivery structure further comprises: a limiting piece, a first end of the limiting piece being connected to the reset assembly, and a second end of the limiting piece configured to be connected with the mounting piece by magnetic adsorption to seal the opening of the mounting groove when the piece to be transported is hooked but not lifted, wherein when the piece to be transported is lifted, the reset assembly is configured to drive the limiting piece to move so as to separate the second end from the mounting piece.