mhurhangee/ep-ind-claims huggingface dataset:
Mobile waste comminuting device, comprising: at least one comminuting shaft; an internal combustion engine; at least one generator that is coupled to the internal combustion engine to convert mechanical energy of the internal combustion engine into electric energy; an electric motor powered with the electric energy for driving and changing the direction of rotation of the at least one comminuting shaft; an energy store for storing energy and for at least partly powering the electric motor with electric energy, for storing energy during periods of low power demand and for supplying energy during periods of high power demand relative to the nominal power of the at least one generator; and a controlling system for controlling the energy flux between the at least one generator, the at least one electric motor and the energy store; characterized in that the controlling system is configured to control the energy supply from the energy store to the electric motor for covering the load peaks that are beyond the nominal power of the at least one generator. at least one comminuting shaft; an internal combustion engine; at least one generator that is coupled to the internal combustion engine to convert mechanical energy of the internal combustion engine into electric energy; an electric motor powered with the electric energy for driving and changing the direction of rotation of the at least one comminuting shaft; an energy store for storing energy and for at least partly powering the electric motor with electric energy, for storing energy during periods of low power demand and for supplying energy during periods of high power demand relative to the nominal power of the at least one generator; and a controlling system for controlling the energy flux between the at least one generator, the at least one electric motor and the energy store; characterized in that the controlling system is configured to control the energy supply from the energy store to the electric motor for covering the load peaks that are beyond the nominal power of the at least one generator.
A heat-ray-shielding-adhesive composition comprising heat-ray-shielding microparticles in which the half-value width of a first main peak obtained by an X-ray diffraction pattern is 0.01 to 0.80°, wherein the heat-ray-shielding adhesive composition further comprises an acrylic copolymer, and the acrylic copolymer contains structural units of a monomer containing an acid anhydride or a carboxyl group in an amount of 1 to 5 % of all monomer structural units in the polymer.
A method for producing a modified conjugated diene-based polymer, comprising: a polymerization step of polymerizing a monomer comprising a conjugated diene compound in the presence of an alkali metal compound or an alkali earth metal compound to obtain a polymer having an active terminal; a modification step of reacting the polymer having an active terminal with a compound having a plurality of hydrocarbyloxysilyl groups to obtain a modified polymer; and a mixing step of mixing the modified polymer with at least one compound selected from the group consisting of a compound having one hydrocarbyloxysilyl group and an alcohol having 6 to 20 carbon atoms in an organic solvent. a polymerization step of polymerizing a monomer comprising a conjugated diene compound in the presence of an alkali metal compound or an alkali earth metal compound to obtain a polymer having an active terminal; a modification step of reacting the polymer having an active terminal with a compound having a plurality of hydrocarbyloxysilyl groups to obtain a modified polymer; and a mixing step of mixing the modified polymer with at least one compound selected from the group consisting of a compound having one hydrocarbyloxysilyl group and an alcohol having 6 to 20 carbon atoms in an organic solvent.
A method for difference update of an Electronic Service Guide, comprising the following steps: receiving, by an Electronic Service Guide, ESG server, from a user terminal an ESG difference update request message including current ESG data information of the user terminal; obtaining, by the ESG server, version numbers of data blocks to be updated of the user terminal according to the current ESG data information of the user terminal, comparing the version numbers of the data blocks to be updated with history version numbers of the ESG data information stored in the ESG server, and generating the difference update data for those data blocks corresponding to the changed history version numbers; and sending, by the ESG server, the difference update data to the user terminal to update local ESG data of the user terminal. receiving, by an Electronic Service Guide, ESG server, from a user terminal an ESG difference update request message including current ESG data information of the user terminal; obtaining, by the ESG server, version numbers of data blocks to be updated of the user terminal according to the current ESG data information of the user terminal, comparing the version numbers of the data blocks to be updated with history version numbers of the ESG data information stored in the ESG server, and generating the difference update data for those data blocks corresponding to the changed history version numbers; and sending, by the ESG server, the difference update data to the user terminal to update local ESG data of the user terminal.
A sprinkler system comprising: a fluid source; a pipe coupled to the fluid source; a sprinkler coupled to the pipe, the sprinkler including a bulb having an identification device located therein; a reader configured to read a sprinkler identification code from the identification device; and a controller configured to receive the sprinkler identification code from the reader. a fluid source; a pipe coupled to the fluid source; a sprinkler coupled to the pipe, the sprinkler including a bulb having an identification device located therein; a reader configured to read a sprinkler identification code from the identification device; and a controller configured to receive the sprinkler identification code from the reader.
A lightweight miniature torpedo apparatus comprising: a contact and attachment assembly that is operable to attach the apparatus to a ship's hull in response to the contact and attachment assembly coming into contact with the ship's hull; a chamber operatively connected to the contact and attachment assembly, the chamber containing at least one flammable element that is moveable in the chamber, the chamber containing a drive mechanism that is operable to drive the at least one flammable element from the chamber and toward the ship's hull in response to the contact and attachment assembly attaching the apparatus to the ship's hull; and an ignition assembly connected to the contact and attachment assembly, the ignition assembly being operable to ignite the at least one flammable element as the at least one flammable element is driven toward the ship's hull. a contact and attachment assembly that is operable to attach the apparatus to a ship's hull in response to the contact and attachment assembly coming into contact with the ship's hull; a chamber operatively connected to the contact and attachment assembly, the chamber containing at least one flammable element that is moveable in the chamber, the chamber containing a drive mechanism that is operable to drive the at least one flammable element from the chamber and toward the ship's hull in response to the contact and attachment assembly attaching the apparatus to the ship's hull; and an ignition assembly connected to the contact and attachment assembly, the ignition assembly being operable to ignite the at least one flammable element as the at least one flammable element is driven toward the ship's hull.
A method for scheduling radio resources for packet switched services among a plurality of users in a mobile communication system, the method being performed by a scheduler at either a Packet Control Unit, PCU, a Radio Network Controller, RNC, or an evolved NodeB, eNodeB, and comprising the steps of: determining user and/or service attributes of the packet-switched, PS, and circuit-switched, CS, domain by receiving service specific Quality of Service, QoS, attributes from a User Equipment, UE, or from the Serving GPRS Support Node, SGSN, and user specific QoS attributes as Allocation/Retention Priority, ARP, administered in an HLR of the mobile communication system as well as user specific enhanced Multi-Level Precedence and Pre-emption, eMLPP, classes from the HLR; wherein the eMLPP classes define the user specific attributes in the CS domain for the definition of a scheduling weight, and taking a resource allocation or scheduling decision on basis of these determined attributes wherein a combination of packet switched and circuit switched service and user specific attributes is used for the calculation of the scheduling weight for each served user such that high priority users of packet switched services pre-empt circuit switched services of lower priority users wherein the scheduling weight is used by the scheduler to decide how often a particular user is scheduled or how long a particular user receives services in the PS domain.
A method for delivering information on a serving mobile switching centre server (207; 209) for a user equipment, characterized in that the method comprises a step of receiving an attach request from the user equipment in a network node residing in a second communication network by signaling between the user equipment and the network node of the second communication network, the attach request comprising at least part of information indicating an identity of the mobile switching centre server (207; 209) serving the user equipment in a first communication network.
A process for producing compressed hydrogen gas, the process comprising: electrolysing water to produce hydrogen gas, and compressing the hydrogen gas in a multistage compression system to produce compressed hydrogen gas; the multistage compression system comprising: a centrifugal compression stage with a feed end and a product end, and a recycle system (17, V110, 19) for recycling a portion of the hydrogen gas from the product end to the feed end of the centrifugal compression stage; wherein hydrogen gas feed is fed to the feed end of the centrifugal compression stage at a pre-determined feed temperature and pressure and having a pre-determined mole fraction of water; wherein a portion of the hydrogen gas is removed, as required, from the product end, reduced in pressure in the recycle system to the pre-determined feed pressure before any cooling step to provide reduced pressure hydrogen gas which is then recycled to form at least part of the hydrogen gas feed to the centrifugal compression stage; and wherein the process comprises cooling hydrogen gas comprising the reduced pressure hydrogen gas such that the mole fraction of water in the hydrogen gas feed is at the pre-determined mole fraction of water. electrolysing water to produce hydrogen gas, and compressing the hydrogen gas in a multistage compression system to produce compressed hydrogen gas; the multistage compression system comprising: a centrifugal compression stage with a feed end and a product end, and a recycle system (17, V110, 19) for recycling a portion of the hydrogen gas from the product end to the feed end of the centrifugal compression stage; a centrifugal compression stage with a feed end and a product end, and a recycle system (17, V110, 19) for recycling a portion of the hydrogen gas from the product end to the feed end of the centrifugal compression stage; wherein hydrogen gas feed is fed to the feed end of the centrifugal compression stage at a pre-determined feed temperature and pressure and having a pre-determined mole fraction of water; wherein a portion of the hydrogen gas is removed, as required, from the product end, reduced in pressure in the recycle system to the pre-determined feed pressure before any cooling step to provide reduced pressure hydrogen gas which is then recycled to form at least part of the hydrogen gas feed to the centrifugal compression stage; and wherein the process comprises cooling hydrogen gas comprising the reduced pressure hydrogen gas such that the mole fraction of water in the hydrogen gas feed is at the pre-determined mole fraction of water.
A light blocker, comprising: a bellow (104, 204, 304) configured to extend from an outer edge of a key (102, 202, 302) to an inner edge of a key window to span a key gap in between the key and the key window, wherein the bellow is configured to extend along a periphery of the key, wherein the bellow is configured to block light originating from under the key from passing through the key gap, characterized in that bellow is configured to allow a portion of the light originating from under the key to pass through the bellow and the key gap, and in that the bellow is configured to block light from passing through the key gap along a portion of the periphery of the key, and to allow a portion of the light to be transmitted through the bellow and the key gap along another portion of the periphery of the key. a bellow (104, 204, 304) configured to extend from an outer edge of a key (102, 202, 302) to an inner edge of a key window to span a key gap in between the key and the key window, wherein the bellow is configured to extend along a periphery of the key, wherein the bellow is configured to block light originating from under the key from passing through the key gap, characterized in that bellow is configured to allow a portion of the light originating from under the key to pass through the bellow and the key gap, and in that the bellow is configured to block light from passing through the key gap along a portion of the periphery of the key, and to allow a portion of the light to be transmitted through the bellow and the key gap along another portion of the periphery of the key.
Method for determining a position of a unit by means of satellite navigation, wherein the method includes the following steps: - receiving a plurality of satellite signals, namely at least - a first satellite signal, - a second satellite signal, - a third satellite signal, and - a fourth satellite signal, - performing a plurality of Doppler measurements on the satellite signals, in the process producing - a first Doppler value on the basis of the first satellite signal, - a second Doppler value on the basis of the second satellite signal, - a third Doppler value on the basis of the third satellite signal, and - a fourth Doppler value on the basis of the fourth satellite signal, - calculating the position on the basis of the first Doppler value, the second Doppler value, the third Doppler value and the fourth Doppler value, wherein the position is a variable of the calculation, - wherein, further, during the reception step, a further satellite navigation signal is received and - wherein the method further includes the following steps: - performing a time-of-flight measurement on the basis of the further satellite navigation signal, producing a time-of-flight value in the process, and - calculating a clock error of the unit on the basis of the position and the time-of-flight value. - receiving a plurality of satellite signals, namely at least - a first satellite signal, - a second satellite signal, - a third satellite signal, and - a fourth satellite signal, - a first satellite signal, - a second satellite signal, - a third satellite signal, and - a fourth satellite signal, - performing a plurality of Doppler measurements on the satellite signals, in the process producing - a first Doppler value on the basis of the first satellite signal, - a second Doppler value on the basis of the second satellite signal, - a third Doppler value on the basis of the third satellite signal, and - a fourth Doppler value on the basis of the fourth satellite signal, - calculating the position on the basis of the first Doppler value, the second Doppler value, the third Doppler value and the fourth Doppler value, wherein the position is a variable of the calculation, - wherein, further, during the reception step, a further satellite navigation signal is received and - wherein the method further includes the following steps: - performing a time-of-flight measurement on the basis of the further satellite navigation signal, producing a time-of-flight value in the process, and - calculating a clock error of the unit on the basis of the position and the time-of-flight value.
Surface application unit for applying a surface application substance to all or a portion of a surface of a planar substrate, in a machine for printing planar substrates, comprising: - an applicator roller, which is rotated, and can be positioned against all or a portion of the surface of the substrate, in order to apply the substance thereto; - an anilox roller, which is rotated, positioned against the applicator roller, and which covers the applicator roller with the substance; and - a supply system which makes it possible to supply the anilox roller with the substance, which is provided with a substance tank, a pump, means for circulating the substance, and a device which is held against the anilox roller in order to supply the substance to said roller, characterised in that it further comprises a recovery system, which is mounted downstream of the applicator roller, and can be positioned against the applicator roller, in order to recover any excess substance on the roller, and a cleaning system, which is mounted downstream of the anilox roller, and can be positioned against, and clean the applicator roller. - an applicator roller, which is rotated, and can be positioned against all or a portion of the surface of the substrate, in order to apply the substance thereto; - an anilox roller, which is rotated, positioned against the applicator roller, and which covers the applicator roller with the substance; and - a supply system which makes it possible to supply the anilox roller with the substance, which is provided with a substance tank, a pump, means for circulating the substance, and a device which is held against the anilox roller in order to supply the substance to said roller,
A therapeutic comprising a thymosin-1-alpha polypeptide and a replication competent retroviral vector for use in the treatment of a cell proliferative disease or disorder in a subject, wherein the replication competent retroviral vector comprises: a retroviral GAG protein; a retroviral POL protein; a retroviral envelope; a retroviral polynucleotide comprising Long-Terminal Repeat sequences at the 3' end of the retroviral polynucleotide sequence, a promoter sequence at the 5' end of the retroviral polynucleotide, said promoter being suitable for expression in a mammalian cell, a gag nucleic acid domain, a pol nucleic acid domain and an env nucleic acid domain; a cassette comprising an internal ribosome entry site (IRES) operably linked to a polynucleotide encoding a polypeptide having cytosine deaminase activity, wherein the cassette is positioned 5' to the 3' LTR and 3' to the env nucleic acid domain encoding the retroviral envelope; and cis-acting sequences necessary for reverse transcription, packaging and integration in a target cell, wherein the use further comprises administering 5-Fluorocytosine. a retroviral GAG protein; a retroviral POL protein; a retroviral envelope; a retroviral polynucleotide comprising Long-Terminal Repeat sequences at the 3' end of the retroviral polynucleotide sequence, a promoter sequence at the 5' end of the retroviral polynucleotide, said promoter being suitable for expression in a mammalian cell, a gag nucleic acid domain, a pol nucleic acid domain and an env nucleic acid domain; a cassette comprising an internal ribosome entry site (IRES) operably linked to a polynucleotide encoding a polypeptide having cytosine deaminase activity, wherein the cassette is positioned 5' to the 3' LTR and 3' to the env nucleic acid domain encoding the retroviral envelope; and cis-acting sequences necessary for reverse transcription, packaging and integration in a target cell, wherein the use further comprises administering 5-Fluorocytosine.
A method of uplink interference congestion control in an interference suppression capable receiving node associated with a plurality of users in a wireless communication system, comprising the steps of: applying interference suppression to received signals in said node, to provide interference suppressed received signals; estimating a rise over thermal value for said uplink, based on said interference suppressed received signals, wherein estimating the rise over thermal value comprises estimating a respective rise over thermal value for each of said plurality of users on said uplink; selecting a highest rise over thermal value of said respective estimated rise over thermal values to represent the rise over thermal value for said uplink, determining a load measure for the uplink based on said selected rise over thermal value, controlling interference congestion on said uplink based on said determined load measure. applying interference suppression to received signals in said node, to provide interference suppressed received signals; estimating a rise over thermal value for said uplink, based on said interference suppressed received signals, wherein estimating the rise over thermal value comprises estimating a respective rise over thermal value for each of said plurality of users on said uplink; selecting a highest rise over thermal value of said respective estimated rise over thermal values to represent the rise over thermal value for said uplink, determining a load measure for the uplink based on said selected rise over thermal value, controlling interference congestion on said uplink based on said determined load measure.
Anti-mosquito screen restraint system within an articulated guide whereby said system consists of: i. a detachable accessory that is mounted and removed on an articulation piece of the articulated guide, and ii. said articulation piece that accepts the accessory, whereby the accessory has at least one protrusion at its exterior surface, a base, and also has at its ends, either brushes or arms extending its ends, or both, of equal length to each other, facing each other, and adjoining at their ends, whereas each articulation piece has in its internal surface, at least one reception, suitable for adjusting the respective protrusion of the accessory and also has one more reception tooth, that holds the base of the accessory, with a height of the reception tooth being equal to the height of the base of the accessory. i. a detachable accessory that is mounted and removed on an articulation piece of the articulated guide, and ii. said articulation piece that accepts the accessory, whereby the accessory has at least one protrusion at its exterior surface, a base, and also has at its ends, either brushes or arms extending its ends, or both, of equal length to each other, facing each other, and adjoining at their ends, whereas each articulation piece has in its internal surface, at least one reception, suitable for adjusting the respective protrusion of the accessory and also has one more reception tooth, that holds the base of the accessory, with a height of the reception tooth being equal to the height of the base of the accessory.