mhurhangee/ep-ind-claims huggingface dataset:
A device for securing reflectors to an aerial line, which device comprises a frame, a suspension member for suspending from a flight device, connecting members for connecting to an aerial line, an installation mechanism for securing at least one reflector to an aerial line, which installation mechanism comprises a group of moveable holders for receiving, carrying and releasing reflectors, and a gripping station, where the securing of the reflector is arranged to occur, wherein said holders are moveable from a distance of the gripping station to the gripping station for securing the reflector and said connecting members comprise a gliding surface, which has a first end and a second end, said gripping station is in the first end of the gliding surface and there is a first side plate on the first side and a second side plate on the second side of the gliding surface, so that the gliding surface and side plates (25, 26) form a trough, in which trough the aerial line can be fitted, characterised in that the number of said holders is dimensioned for loading several reflectors into the device at once.
A closure device for a container, the container having a neck including an annular flange along an exterior surface of the neck, the closure device comprising: a cap body; a tamper evident band, the TE band defined such that, when assembled onto the container, the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body; a leash connected to the TE band, the first hinge and the second hinge; the leash allowing for the cap body to be separated from the TE band during opening, but to remain connected thereto via the leash; a tongue protruding from the cap body between the first hinge and the second hinge; when the cap body is actuated from a closed configuration relative to the neck to a fully open position: the leash is configured to retain the cap body to the TE band; an interaction of the tongue and the neck is configured to retain the cap body in the fully open position; characterized in that the interaction of the tongue and the neck is direct. a cap body; a tamper evident band, the TE band defined such that, when assembled onto the container, the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body; a leash connected to the TE band, the first hinge and the second hinge; the leash allowing for the cap body to be separated from the TE band during opening, but to remain connected thereto via the leash; a tongue protruding from the cap body between the first hinge and the second hinge; when the cap body is actuated from a closed configuration relative to the neck to a fully open position: the leash is configured to retain the cap body to the TE band; an interaction of the tongue and the neck is configured to retain the cap body in the fully open position; characterized in that the leash is configured to retain the cap body to the TE band; an interaction of the tongue and the neck is configured to retain the cap body in the fully open position; the interaction of the tongue and the neck is direct.
An antenna on a removable card for the creation of an additional contactless communication channel of a mobile communication device such as a mobile phone, where the removable card i.e. a removable memory card is intended for insertion in an extending mobile communication device slot and where a signal emitted from the antenna is received by a standard receiving device characterized by the reacts that the antenna is formed by a high-frequency transformer with a oblong ferrite kernel, with the primary winding L1's inputs A - B and a secondary winding L2's outputs C - D, the oblong ferrite kernel is located in parallel to the surface of the removable card, the primary winding L1 is resonantly tuned within the antenna frequency band, the primary winding L1 has a smaller or equal number of conductor loops than the secondary winding L2, the outputs C-D of the secondary winding L2 are in open circuit, without a contact closed load circuit, and while an emitted signal is brought from an output driver to inputs A - B of the primary winding L1, the electric field of the emitted signal is emitted mainly through the outputs C - D of the secondary winding L2 and the magnetic field of the emitted signal runs mainly through the kernel ends.
A method of manufacture of a liposome composition, including: a step in which a liposome dispersion liquid containing liposome, and further containing cyclodextrin in the liposome internal phase is provided; wherein the step in which said liposome dispersion liquid is provided includes: a step in which a liposome preparatory solution containing liposome, and further containing said cyclodextrin in the liposome internal phase and the liposome external phase is provided; and a step in which the liposome external phase of said liposome preparatory solution is substituted or diluted so as to adjust the concentration of said cyclodextrin in the liposome external phase; a step in which said liposome dispersion liquid is mixed with an active compound; and a step in which said active compound is introduced into the liposome internal phase of said liposome dispersion liquid. a step in which a liposome dispersion liquid containing liposome, and further containing cyclodextrin in the liposome internal phase is provided; wherein the step in which said liposome dispersion liquid is provided includes: a step in which a liposome preparatory solution containing liposome, and further containing said cyclodextrin in the liposome internal phase and the liposome external phase is provided; and a step in which the liposome external phase of said liposome preparatory solution is substituted or diluted so as to adjust the concentration of said cyclodextrin in the liposome external phase; wherein the step in which said liposome dispersion liquid is provided includes: a step in which a liposome preparatory solution containing liposome, and further containing said cyclodextrin in the liposome internal phase and the liposome external phase is provided; and a step in which the liposome external phase of said liposome preparatory solution is substituted or diluted so as to adjust the concentration of said cyclodextrin in the liposome external phase; a step in which a liposome preparatory solution containing liposome, and further containing said cyclodextrin in the liposome internal phase and the liposome external phase is provided; and a step in which the liposome external phase of said liposome preparatory solution is substituted or diluted so as to adjust the concentration of said cyclodextrin in the liposome external phase; a step in which said liposome dispersion liquid is mixed with an active compound; and a step in which said active compound is introduced into the liposome internal phase of said liposome dispersion liquid.
A media server for disseminating resource information over a Universal Plug and Play, UPnP, network, comprising: a media service module operating in a first user context with reduced access privileges related to a collection of UPnP functions including monitoring the UPnP network for new devices and sharing out resource information over the network, wherein the first user context does not allow UPnP functions for accessing certain resources provided by the computer system needed to implement the media server, said UPnP functions for accessing said certain resources comprising reading, deleting and writing to resources stored on disk; and a supplemental module operating in a second user context with increased access privileges which allows said UPnP functions for accessing said certain resources, and allows modifying access permissions on said certain resources to permit the first user context to access said certain resources, wherein the first user context used by the media service module and the second user context used by the supplemental module complement each other with regard to said UPnP functions for accessing said certain resources to provide the functionality for implementing the UPnP sharing functionality. a media service module operating in a first user context with reduced access privileges related to a collection of UPnP functions including monitoring the UPnP network for new devices and sharing out resource information over the network, wherein the first user context does not allow UPnP functions for accessing certain resources provided by the computer system needed to implement the media server, said UPnP functions for accessing said certain resources comprising reading, deleting and writing to resources stored on disk; and a supplemental module operating in a second user context with increased access privileges which allows said UPnP functions for accessing said certain resources, and allows modifying access permissions on said certain resources to permit the first user context to access said certain resources, wherein the first user context used by the media service module and the second user context used by the supplemental module complement each other with regard to said UPnP functions for accessing said certain resources to provide the functionality for implementing the UPnP sharing functionality.
Method for selecting a hybridizable nucleic acid molecule which is specific for plant pathogenic organisms, comprising the following steps: 1. Providing a genomic double-stranded DNA originating from a plant pathogenic organism; 2. establishing a genetic fingerprint from the genomic double-stranded DNA to obtain a pattern of amplificates of genome segments by the following steps: 2.1 amplifying of segments of the genomic double-stranded DNA of the organism by means of a polymerase chain reaction to obtain a mixture of amplificates, and 2.2 separating the amplificates contained in the mixture to obtain a pattern of amplificates of genome segments; 3. isolating of at least one amplificate from the pattern; 4. sequencing of the isolated amplificate to obtain a nucleotide sequence; 5. selecting of a segment of the nucleotide sequence of 3 to 1000 nucleotides after data base comparison, which is suitable for the production of an organism-specific hybridizable nucleic acid molecule, wherein in the context of the PCR such a forward primer is selected, which hybridizes to a nucleotide sequence of a satellite DNA on the first DNA strand of the organism, and such a backward primer is selected, which hybridizes to a nucleotide sequence of a satellite DNA on the second DNA strand of the organism, which is complementary to the first DNA strand, and wherein the nucleotide sequence of the satellite DNA on the first DNA strand is identical with the nucleotide sequence of the satellite DNA on the second DNA strand, and wherein in step such an amplificate is isolated from the pattern of amplificates which, in relation to the remaining amplificates, was amplified during the amplification in an above-average amount. 1. Providing a genomic double-stranded DNA originating from a plant pathogenic organism; 2. establishing a genetic fingerprint from the genomic double-stranded DNA to obtain a pattern of amplificates of genome segments by the following steps: 2.1 amplifying of segments of the genomic double-stranded DNA of the organism by means of a polymerase chain reaction to obtain a mixture of amplificates, and 2.2 separating the amplificates contained in the mixture to obtain a pattern of amplificates of genome segments; 2.1 amplifying of segments of the genomic double-stranded DNA of the organism by means of a polymerase chain reaction to obtain a mixture of amplificates, and 2.2 separating the amplificates contained in the mixture to obtain a pattern of amplificates of genome segments; 3. isolating of at least one amplificate from the pattern; 4. sequencing of the isolated amplificate to obtain a nucleotide sequence; 5. selecting of a segment of the nucleotide sequence of 3 to 1000 nucleotides after data base comparison, which is suitable for the production of an organism-specific hybridizable nucleic acid molecule,
Cooker hood for cooking fumes with integrated waste composting chamber, comprising: - a hollow cylindrical body comprising a first base through which the inner volume of said cylindrical body communicates with a suction duct, and a second open base; - a plurality of internally hollow appendixes, provided with downwards-directed openings and whose inner recess communicates with the inner volume of said cylindrical body; - at least a fume extraction means, characterized in that it comprises further an extractable container, configured to be filled with organic wastes and to be introduced inside said central cylindrical body through said second base and to seal, when introduced, said opening of the central body, said hood being configured to suck air through said downwards-directed openings, to make it pass inside said extractable container, and after, to expel it outside. - a hollow cylindrical body comprising a first base through which the inner volume of said cylindrical body communicates with a suction duct, and a second open base; - a plurality of internally hollow appendixes, provided with downwards-directed openings and whose inner recess communicates with the inner volume of said cylindrical body; - at least a fume extraction means, characterized in that it comprises further an extractable container, configured to be filled with organic wastes and to be introduced inside said central cylindrical body through said second base and to seal, when introduced, said opening of the central body, said hood being configured to suck air through said downwards-directed openings, to make it pass inside said extractable container, and after, to expel it outside. characterized in that it comprises further an extractable container, configured to be filled with organic wastes and to be introduced inside said central cylindrical body through said second base and to seal, when introduced, said opening of the central body, said hood being configured to suck air through said downwards-directed openings, to make it pass inside said extractable container, and after, to expel it outside.
Process for modifying the fluorine distribution in a hydrocarbon compound of formula CX 2 -CX m -CH m XY, where X and Y independently represent H, F or Cl and m = 0 or 1 with at least one from X or Y which is Cl or F; in the presence of a catalyst, the catalyst being a solid composition containing at least one component containing chromium oxyfluoride or fluoride of empirical formula Cr x M( 1-x)O r F s, where 2r + s is greater than or equal to 2.9 and less than 6, M is Zn, x has a value from 0.9 to 0.999, s is greater than 0 and less than or equal to 6 and r is greater than or equal to 0 and less than 3, characterized in that the said component containing chromium oxyfluoride or fluoride is amorphous and in that the solid composition has a specific surface between 15 and 45 m 2 /g.
A terminal apparatus comprising: a receiver configured to receive first information for identifying one or multiple random access channel occasions, and receive second information for identifying an index of a random access preamble; and a selection unit configured to in a case that the reception of the second information satisfies a first condition, select, from one or multiple reference signals, one reference signal based on a measurement of each of the one or multiple reference signals, in a case that the reception of the second information satisfies a second condition, select one reference signal of the one or multiple reference signals associated with a physical downlink control channel used to receive the second information, and select, from the one or multiple random access channel occasions, one random access channel occasion associated with the one reference signal selected, wherein the first condition comprises a condition that the index of the random access preamble indicated by the second information has a first value that is predetermined, and the second condition comprises a condition that the index of the random access preamble indicated by the second information does not have the first value. a receiver configured to receive first information for identifying one or multiple random access channel occasions, and receive second information for identifying an index of a random access preamble; and a selection unit configured to in a case that the reception of the second information satisfies a first condition, select, from one or multiple reference signals, one reference signal based on a measurement of each of the one or multiple reference signals, in a case that the reception of the second information satisfies a second condition, select one reference signal of the one or multiple reference signals associated with a physical downlink control channel used to receive the second information, and select, from the one or multiple random access channel occasions, one random access channel occasion associated with the one reference signal selected, wherein the first condition comprises a condition that the index of the random access preamble indicated by the second information has a first value that is predetermined, and the second condition comprises a condition that the index of the random access preamble indicated by the second information does not have the first value.
Maintenance fluid for use in fluid therapy in animals comprising the following components/quantities: - Na+: 38 - 50 mmol/l - K+: 20 - 40 mmol/l - Ca++: 5 - 11 mmol/l - CI-: 50 - 70 mmol/l - Mg++: 5 - 12 mmol/l - Glu-Anhydrid: 60 - 100 mmol/l - Na+: 38 - 50 mmol/l - K+: 20 - 40 mmol/l - Ca++: 5 - 11 mmol/l - CI-: 50 - 70 mmol/l - Mg++: 5 - 12 mmol/l - Glu-Anhydrid: 60 - 100 mmol/l
A method for controlling an electric motor comprising: setting a current limit (104a,b), a speed limit (106a,b) and a torque limit (108a,b); sensing a DC link current, comparing the sensed DC link current with the current limit (104a,b) and adjusting the torque limit (108a,b) based on the comparison with the current limit (104a,b) to provide an adjusted torque limit; and sensing the speed of the electric motor, comparing the speed with the speed limit (106a,b) and further adjusting the adjusted torque limit based on the comparison with the speed limit (106a,b). setting a current limit (104a,b), a speed limit (106a,b) and a torque limit (108a,b); sensing a DC link current, comparing the sensed DC link current with the current limit (104a,b) and adjusting the torque limit (108a,b) based on the comparison with the current limit (104a,b) to provide an adjusted torque limit; and sensing the speed of the electric motor, comparing the speed with the speed limit (106a,b) and further adjusting the adjusted torque limit based on the comparison with the speed limit (106a,b).
A method for monitoring data processing status, comprising the following steps: receiving (Sio) processing information fed back by a working node of a last layer, wherein the processing information is fed back only when the working node of the last layer completes processing of sub-data, and the sub-data is obtained by processing source data according to preset layers and decomposing the source data by a working node; and updating the processing status of the source data according to the processing information, wherein the processing information comprises an identifier of the sub-data, and the identifier comprises an amount of decompositions of the source data and a serial number corresponding to the sub-data. receiving (Sio) processing information fed back by a working node of a last layer, wherein the processing information is fed back only when the working node of the last layer completes processing of sub-data, and the sub-data is obtained by processing source data according to preset layers and decomposing the source data by a working node; and updating the processing status of the source data according to the processing information, wherein the processing information comprises an identifier of the sub-data, and the identifier comprises an amount of decompositions of the source data and a serial number corresponding to the sub-data.
A wound treatment device (670, 680), comprising: an elastic sheet (674, 684), comprising: a first edge and a second edge opposite the first edge; a first applicator attachment structure (672, 682), comprising a first structure protruding from the elastic sheet (674, 684); and a second applicator attachment structure (672, 682), comprising a second structure protruding from the elastic sheet (674, 684); and an inner skin adhesive region positioned with the first edge and first applicator attachment structure (672, 682) on one side, and the second edge and second applicator attachment structure (672, 682) on the other side; wherein the first and second applicator attachment structures (672, 862) are configured to form a mechanical or frictional interfit with an applicator and are configured to releasably attach to the applicator. an elastic sheet (674, 684), comprising: a first edge and a second edge opposite the first edge; a first applicator attachment structure (672, 682), comprising a first structure protruding from the elastic sheet (674, 684); and a second applicator attachment structure (672, 682), comprising a second structure protruding from the elastic sheet (674, 684); and an inner skin adhesive region positioned with the first edge and first applicator attachment structure (672, 682) on one side, and the second edge and second applicator attachment structure (672, 682) on the other side; wherein the first and second applicator attachment structures (672, 862) are configured to form a mechanical or frictional interfit with an applicator and are configured to releasably attach to the applicator.
A drop pill comprising the pharmaceutical active ingredient and at least one of the pharmaceutically acceptable matrix adjuvants selected from the group consisting of D-ribose, fructose, xylose, trehalose, raffinose, maltose, gelose, D-ribonic acid-γ-lactone, erythritol, arabitol, isomaltitol, lactitol and malic acid, and the above-mentioned compounds containing crystal water, wherein the drop pill is prepared by dripping, namely, a solid or liquid drug is dissolved, suspended or emulsified into a matrix, then this mixture is dropped into a matrix-insoluble coolant, the temperature of the coolant being -20 to 30 °C.