mhurhangee/patent-ind-claim-en huggingface dataset:
Plant protection agent in the form of a liquid formulation, containing 90-99.9% by weight of dispersing medium and 0.1-10% by weight of a particulate composition wherein the particulate composition comprises a mixture of - calcium hydroxide (a), fatty acids and/or fatty acid esters (b) and/or reaction products thereof and - optionally additives (c); and wherein - said calcium hydroxide (a) has a heavy metal content of less than 5000 ppm; - at least 80% by weight of said fatty acids and/or fatty acid esters (b) have a chain length of at least 6 carbons; - said particulate composition has a pH above 11.0 (measured as 5% by weight (aq)); - said particulate composition has a neutralization capacity for acids b H+ of at least 5 mol/kg; and wherein the dispersion medium is water or an aqueous solution; and wherein said reaction products comprise calcium salts of fatty acids, and wherein the particulate composition comprises - at least 50% by weight of calcium hydroxide particles partially or completely covered by calcium soaps, and - optionally up to 30% by weight of particles of calcium soaps, and - optionally up to 20% by weight of particles of calcium hydroxide. wherein the particulate composition comprises a mixture of - calcium hydroxide (a), fatty acids and/or fatty acid esters (b) and/or reaction products thereof and - optionally additives (c); and - calcium hydroxide (a), fatty acids and/or fatty acid esters (b) and/or reaction products thereof and - optionally additives (c); and wherein - said calcium hydroxide (a) has a heavy metal content of less than 5000 ppm; - at least 80% by weight of said fatty acids and/or fatty acid esters (b) have a chain length of at least 6 carbons; - said particulate composition has a pH above 11.0 (measured as 5% by weight (aq)); - said particulate composition has a neutralization capacity for acids b H+ of at least 5 mol/kg; and - said calcium hydroxide (a) has a heavy metal content of less than 5000 ppm; - at least 80% by weight of said fatty acids and/or fatty acid esters (b) have a chain length of at least 6 carbons; - said particulate composition has a pH above 11.0 (measured as 5% by weight (aq)); - said particulate composition has a neutralization capacity for acids b H+ of at least 5 mol/kg; and wherein the dispersion medium is water or an aqueous solution; and wherein said reaction products comprise calcium salts of fatty acids, and wherein the particulate composition comprises - at least 50% by weight of calcium hydroxide particles partially or completely covered by calcium soaps, and - optionally up to 30% by weight of particles of calcium soaps, and - optionally up to 20% by weight of particles of calcium hydroxide. - at least 50% by weight of calcium hydroxide particles partially or completely covered by calcium soaps, and - optionally up to 30% by weight of particles of calcium soaps, and - optionally up to 20% by weight of particles of calcium hydroxide.
A maxillomandibular fixation device comprising: an arch bar comprising an elongated arch bar main body having a facing edge , tab members spaced along said facing edge , said tab members separated by gaps , and wire retention projection members positioned on said arch bar main body ; mounting plate members disposed on said arch bar main body , said mounting plate members comprising a mounting plate main body , a screw-receiving aperture disposed in said main body , and a coupling portion , said coupling portion comprising a curved midsection , a slot disposed in said curved midsection , said slot defining two leg segments , an end and an open area ; wherein each said mounting plate member is adapted to occupy a mated position relative to said arch bar main body wherein one of said tab members is received within said slot of said mounting plate member and such that each of said leg segments of said coupling portion is received within one of said gaps adjacent said tab member received within said slot and bounded by another of said tab members , such that lateral movement of said mounting plate member relative to said arch bar main body is precluded; and wherein each said mounting plate member is adapted to alternatively occupy a free position relative to said arch bar main body wherein lateral movement of said mounting plate member relative to said arch bar main body is not precluded, said mounting plate member being shifted in the direction of said facing edge such that said leg segments are removed from said gaps . an arch bar comprising an elongated arch bar main body having a facing edge , tab members spaced along said facing edge , said tab members separated by gaps , and wire retention projection members positioned on said arch bar main body ; mounting plate members disposed on said arch bar main body , said mounting plate members comprising a mounting plate main body , a screw-receiving aperture disposed in said main body , and a coupling portion , said coupling portion comprising a curved midsection , a slot disposed in said curved midsection , said slot defining two leg segments , an end and an open area ; wherein each said mounting plate member is adapted to occupy a mated position relative to said arch bar main body wherein one of said tab members is received within said slot of said mounting plate member and such that each of said leg segments of said coupling portion is received within one of said gaps adjacent said tab member received within said slot and bounded by another of said tab members , such that lateral movement of said mounting plate member relative to said arch bar main body is precluded; and wherein each said mounting plate member is adapted to alternatively occupy a free position relative to said arch bar main body wherein lateral movement of said mounting plate member relative to said arch bar main body is not precluded, said mounting plate member being shifted in the direction of said facing edge such that said leg segments are removed from said gaps .
A method performed by a wireless device in a wireless communication system, the method comprising: receiving (S1601), from a network, a sidelink, SL, prioritization threshold and an uplink, UL, prioritization threshold, related to a buffer status report; triggering a first buffer status report, BSR, and a second BSR, wherein the first BSR is a SL-BSR used to provide the network with information about SL data volume and the second BSR is a BSR used to provide the network with information about UL data volume; characterized by prioritizing (S1605) the first BSR over the second BSR based on the first BSR containing buffer status for one or more first logical channel groups, LCGs, that are prioritized, wherein the one or more first LCGs for one or more destinations are prioritized based on: i) a value of a highest priority of logical channels that belong to the one or more first LCGs and contain SL data for the one or more destinations being lower than the SL prioritization threshold; and ii) a value of a highest priority of logical channels that belong to one or more second LCGs and contain UL data being equal to or higher than the UL prioritization threshold; creating (S1607) a media access control, MAC, protocol data unit, PDU, comprising at least the prioritized first BSR; and transmitting (S1609), to the network, the MAC PDU. receiving (S1601), from a network, a sidelink, SL, prioritization threshold and an uplink, UL, prioritization threshold, related to a buffer status report; triggering a first buffer status report, BSR, and a second BSR, wherein the first BSR is a SL-BSR used to provide the network with information about SL data volume and the second BSR is a BSR used to provide the network with information about UL data volume; characterized by prioritizing (S1605) the first BSR over the second BSR based on the first BSR containing buffer status for one or more first logical channel groups, LCGs, that are prioritized, wherein the one or more first LCGs for one or more destinations are prioritized based on: i) a value of a highest priority of logical channels that belong to the one or more first LCGs and contain SL data for the one or more destinations being lower than the SL prioritization threshold; and ii) a value of a highest priority of logical channels that belong to one or more second LCGs and contain UL data being equal to or higher than the UL prioritization threshold; i) a value of a highest priority of logical channels that belong to the one or more first LCGs and contain SL data for the one or more destinations being lower than the SL prioritization threshold; and ii) a value of a highest priority of logical channels that belong to one or more second LCGs and contain UL data being equal to or higher than the UL prioritization threshold; creating (S1607) a media access control, MAC, protocol data unit, PDU, comprising at least the prioritized first BSR; and transmitting (S1609), to the network, the MAC PDU.
A method of controlling a communications device to operate according to a prescribed policy, wherein an encryption server remote from the device selects an encryption policy for one or more applications running on the device and generates an encryption agent for transmission to the device for deployment, the agent being configured to control the device to encrypt data according to the encryption policy selected by the encryption server, in which method, in response to a network or security event, the server analyses the resource usage of the device and adjusts the encryption policy in accordance with the analysis.
An operating table comprising: a table panel , a pad covering at least a portion of an upper face of the table panel , and a first micro suction foil configured to be sandwiched between the upper face of the table panel and the pad to attach the pad to the upper face of the table panel , characterized in that the operating table comprises a further micro suction foil configured to be sandwiched between the first micro suction foil and the upper face of the table panel or the pad to attach the pad to the upper face of the table panel , the further micro suction foil at least partially overlapping the first micro suction foil . a table panel , a pad covering at least a portion of an upper face of the table panel , and a first micro suction foil configured to be sandwiched between the upper face of the table panel and the pad to attach the pad to the upper face of the table panel , characterized in that the operating table comprises a further micro suction foil configured to be sandwiched between the first micro suction foil and the upper face of the table panel or the pad to attach the pad to the upper face of the table panel , the further micro suction foil at least partially overlapping the first micro suction foil .
A packet switching apparatus including a mesh comprising a rectangular array of memory tiles arranged in X and Y directions, the apparatus comprising: a first node configured to receive a first operation; and a second node connected to the first node, wherein the first node is configured to permit the first operation to continue to the second node in the mesh in a same direction in which the first node received the first operation in the mesh unless a second operation is available for transfer at the first node to the second node, wherein the first node is configured to select the second operation if the second operation has a highest latency estimate and wherein the same direction is either a X direction or a Y direction. a first node configured to receive a first operation; and a second node connected to the first node, wherein the first node is configured to permit the first operation to continue to the second node in the mesh in a same direction in which the first node received the first operation in the mesh unless a second operation is available for transfer at the first node to the second node, wherein the first node is configured to select the second operation if the second operation has a highest latency estimate and wherein the same direction is either a X direction or a Y direction.
A method, performed in a wireless device, for transmitting data from the wireless device to a wireless network node in an Orthogonal Frequency-Division Multiple Access, OFDMA, system having multiple resource units, each resource unit occupying predetermined frequency ranges, the OFDMA system includes a Cyclic Prefix, CP, length, and an Orthogonal Frequency-Division Multiplexing, OFDM, symbol length, the method comprising: - obtaining (S1) instructions to use at least one of the resource units for data transmission, - receiving (S2) information regarding a set of allowed combinations of transmission parameters to use when modulating signals, - modulating (S3) signals to be transmitted from the wireless device based on the received set of allowed combinations of the transmission parameters to create signals having constant amplitude and/or continuous phase in the time domain using a modulation scheme other than Orthogonal Frequency-Division Multiplexing, OFDM, wherein the step of modulating (S3) signals to be transmitted from the wireless device further comprises: - generating (S3a) M-ary Frequency Shift Keying, M-FSK, M is an integer two or higher and the M-FSK has a symbol time T; and - selecting (S3b) the M-FSK symbol time T based on the CP length and the OFDM symbol length, and - transmitting (S4) the modulated signals in the frequency ranges defined by the used at least one of the resource units. - obtaining (S1) instructions to use at least one of the resource units for data transmission, - receiving (S2) information regarding a set of allowed combinations of transmission parameters to use when modulating signals, - modulating (S3) signals to be transmitted from the wireless device based on the received set of allowed combinations of the transmission parameters to create signals having constant amplitude and/or continuous phase in the time domain using a modulation scheme other than Orthogonal Frequency-Division Multiplexing, OFDM, wherein the step of modulating (S3) signals to be transmitted from the wireless device further comprises: - generating (S3a) M-ary Frequency Shift Keying, M-FSK, M is an integer two or higher and the M-FSK has a symbol time T; and - selecting (S3b) the M-FSK symbol time T based on the CP length and the OFDM symbol length, and - transmitting (S4) the modulated signals in the frequency ranges defined by the used at least one of the resource units. - generating (S3a) M-ary Frequency Shift Keying, M-FSK, M is an integer two or higher and the M-FSK has a symbol time T; and - selecting (S3b) the M-FSK symbol time T based on the CP length and the OFDM symbol length, and - transmitting (S4) the modulated signals in the frequency ranges defined by the used at least one of the resource units.
A flush mount assembly for mounting an automatic cable tie tool to a work surface , the flush mount assembly comprising: an overlay plate and an insert plate secured to the work surface; a tool cage for holding the automatic cable tie tool, the tool cage is suspended from the insert plate for enabling a top of the automatic cable tie tool to protrude above the work surface; and a paddle assembly for activating the automatic cable tie tool, the paddle assembly is rotatably mounted to the insert plate. an overlay plate and an insert plate secured to the work surface; a tool cage for holding the automatic cable tie tool, the tool cage is suspended from the insert plate for enabling a top of the automatic cable tie tool to protrude above the work surface; and a paddle assembly for activating the automatic cable tie tool, the paddle assembly is rotatably mounted to the insert plate.
A method for providing a structural and/or a compositional modification in a molecular semiconductor target film located onto a substrate , said method comprising the following steps: a) depositing a semipermeable transitory interlayer onto the molecular semiconductor target film located onto a substrate by means of solution-based deposition techniques, b) depositing a solid donor layer comprising a plurality of functional molecular additives onto the semipermeable transitory interlayer obtained in step (a) by means of solution-based deposition techniques, c) locally exposing the structure obtained in step (b) to thermal, solvent vapour or light stimulus, and d) chemical or physical removal of the solid donor layer and of the semipermeable transitory interlayer . wherein the molecular semiconductor target film is deposited onto a substrate by means of solution-based deposition techniques, wherein the composition of the semipermeable transitory interlayer is selected from a group of polymers insoluble in the solvents and at the deposition conditions used for solution-based deposition of the molecular semiconductor target film and of the donor layer , wherein, in step (b), the semipermeable transitory interlayer is impermeable at the deposition conditions and is configured to prevent the diffusion of functional molecular additives into the molecular semiconductor target film , and wherein, in step (c), the semipermeable transitory layer is permeable under the exposure of a thermal, solvent vapour or light stimulus and is configured to allow the locally diffusion of the plurality of functional molecular additives into the molecular semiconductor target film . a) depositing a semipermeable transitory interlayer onto the molecular semiconductor target film located onto a substrate by means of solution-based deposition techniques, b) depositing a solid donor layer comprising a plurality of functional molecular additives onto the semipermeable transitory interlayer obtained in step (a) by means of solution-based deposition techniques, c) locally exposing the structure obtained in step (b) to thermal, solvent vapour or light stimulus, and d) chemical or physical removal of the solid donor layer and of the semipermeable transitory interlayer . wherein the molecular semiconductor target film is deposited onto a substrate by means of solution-based deposition techniques, wherein the composition of the semipermeable transitory interlayer is selected from a group of polymers insoluble in the solvents and at the deposition conditions used for solution-based deposition of the molecular semiconductor target film and of the donor layer , wherein, in step (b), the semipermeable transitory interlayer is impermeable at the deposition conditions and is configured to prevent the diffusion of functional molecular additives into the molecular semiconductor target film , and wherein, in step (c), the semipermeable transitory layer is permeable under the exposure of a thermal, solvent vapour or light stimulus and is configured to allow the locally diffusion of the plurality of functional molecular additives into the molecular semiconductor target film .
Gas sampling means for use with a gas sampling system , said gas sampling means provided to sample atmospheric conditions in a particular area or region, and including: a vacuum pump; at least one sample tube ; means to connect at least a first end of said sample tube to a central control unit of a gas sampling system and/or the vacuum pump; wherein the sample tube is formed from a porous and flexible material and wherein the porous material has an even porosity along its length and surface area, such that upon application of a vacuum thereto, the drawing of even and consistent atmospheric samples from the full surface area is permitted. a vacuum pump; at least one sample tube ; means to connect at least a first end of said sample tube to a central control unit of a gas sampling system and/or the vacuum pump; wherein the sample tube is formed from a porous and flexible material and wherein the porous material has an even porosity along its length and surface area, such that upon application of a vacuum thereto, the drawing of even and consistent atmospheric samples from the full surface area is permitted.
A rod-shaped tubular cell structure maintaining support device for fer cultivating a tubular cell structure for a predetermined time period, the tubular cell structure including a hollow portion inside of the tubular cell structure, and maintaining the hollow portion, wherein the tubular cell structure maintaining support device comprises: an outer diameter insertable into the hollow portion of the tubular cell structure , in a case where the rod-shaped tubular cell structure maintaining support device is inserted into the hollow portion, the outer diameter capable of allowing the tubular cell structure maintaining support device closely to contact an inner surface of the tubular cell structure ; and a penetration conduit including openings at both ends of the tubular cell structure maintaining support device , the penetration conduit penetrating between the openings, wherein the tubular cell structure maintaining support device has an oxygen permeable structure from the penetration conduit to an outer surface of the tubular cell structure maintaining support device. an outer diameter insertable into the hollow portion of the tubular cell structure , in a case where the rod-shaped tubular cell structure maintaining support device is inserted into the hollow portion, the outer diameter capable of allowing the tubular cell structure maintaining support device closely to contact an inner surface of the tubular cell structure ; and a penetration conduit including openings at both ends of the tubular cell structure maintaining support device , the penetration conduit penetrating between the openings, wherein the tubular cell structure maintaining support device has an oxygen permeable structure from the penetration conduit to an outer surface of the tubular cell structure maintaining support device.
Method of operating a plant having a furnace comprising at least two vertical shafts connected by means of an overflow duct , wherein at least one burner is arranged above the overflow duct in each case such that the burner gases therefrom flow downward in burning operation of the respective shaft , and wherein a cooling gas supply is provided beneath the overflow duct in each case such that, in combination with the operation of a burner in the burner-operated shaft , the burner gas flowing downward is deflected in the direction of the overflow duct by the cooling gas ascending in the burner-operated shaft , characterized in that a supply of cooling gas is adjusted such that the temperature of the burner charge through which the burner gas flows at least in the burner-operated shaft is kept above the deacidification temperature thereof.