mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a pack of smoking articles, comprising: providing a pre-assembled pack of smoking articles comprising an inner pack comprising a flexible sheet in which a group of smoking articles is wrapped and having a re-closable flap movable between a closed position for preventing access to the smoking articles and an open position for accessing the smoking articles, and an outer pack comprising a container which holds and substantially encompasses the inner pack, the outer pack having a lid in a closed position preventing access to the inner pack, where the lid is movable between the closed position and an open position for accessing the inner pack; creating a space between the lid of the outer pack and the inner pack to provide access to a portion of the re-closable flap; attaching the re-closable flap of the inner pack to the lid of the outer pack via the space; and subsequently, transporting the pack to a wrapping station to wrap the pack individually in a clear film. providing a pre-assembled pack of smoking articles comprising an inner pack comprising a flexible sheet in which a group of smoking articles is wrapped and having a re-closable flap movable between a closed position for preventing access to the smoking articles and an open position for accessing the smoking articles, and an outer pack comprising a container which holds and substantially encompasses the inner pack, the outer pack having a lid in a closed position preventing access to the inner pack, where the lid is movable between the closed position and an open position for accessing the inner pack; creating a space between the lid of the outer pack and the inner pack to provide access to a portion of the re-closable flap; attaching the re-closable flap of the inner pack to the lid of the outer pack via the space; and subsequently, transporting the pack to a wrapping station to wrap the pack individually in a clear film.
A battery condition estimating method comprising steps of: estimating impedance of a battery from a current value and a response voltage of said battery when said battery is discharged with a predetermined discharge pattern (10, 20a, 20b); and estimating aging level or discharge ability of said battery by using the impedance, wherein the number of times of discharge is two or more and said discharge pattern (10, 20a, 20b) is formed so that the response voltage during each discharge becomes substantially constant, characterized in that said discharge pattern (10, 20a, 20b) is formed so that time intervals between each discharge are longer than the recovery time (Th) required for the response voltage to return to the original voltage value from before the start of the discharge. estimating impedance of a battery from a current value and a response voltage of said battery when said battery is discharged with a predetermined discharge pattern (10, 20a, 20b); and estimating aging level or discharge ability of said battery by using the impedance, wherein the number of times of discharge is two or more and said discharge pattern (10, 20a, 20b) is formed so that the response voltage during each discharge becomes substantially constant, characterized in that said discharge pattern (10, 20a, 20b) is formed so that time intervals between each discharge are longer than the recovery time (Th) required for the response voltage to return to the original voltage value from before the start of the discharge.
A composition for coating surfaces and objects giving rise to a hydrophobic coating comprising: an acrylic binder, nano-particles from about 8 nm to about 100 nm associated covalently or non-covalently with alkyl or fluoroalkyl groups, and a solvent, where the solvent comprises a VOC-exempt compound selected from acetone, t-butylacetate and/or combinations thereof; wherein the acrylic binder comprises a MMA polymer or copolymer; a BMA polymer or copolymer; a EMA polymer or copolymer; a MMA/BMA copolymer; a MMA/EMA copolymer; or a BMA/EMA copolymer; and wherein the composition is characterized in that application of the composition at 2.5 square meters/liter on a 23 °C planar aluminum plate, such application being divided into a series of five spray applications, each such spray application comprising about one-fifth of the total composition, results in the composition drying within sixty seconds following each spray to form a coating that does not transfer to, or stick to, a surface brought in contact with the hydrophobic coating, if the solvent in the composition is allowed to freely evaporate in the absence of heating or forced air circulation.
Method for grouping received alarm calls generated by or in connection to the same alarm event, said alarm call being a voice call or/and data/text message, said method being performed by an Alarm Receiving Centre, ARC, for enabling reception of alarm calls sent by means of Voice over Internet Protocol, VoIP, or Session Initiation Protocol, SIP, wherein said method comprises the steps of: - receiving an alarm call; - assigning an identified ARC Subscriber Identity to the alarm call; - checking if said ARC Subscriber Identity is already active by a current alarm call; if ARC subscriber Identity is not in use: - creating a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, if the ARC Subscriber Identity is in use: - adding the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; - forwarding the group and alarm event docket by using the ARC Subscriber Identity to ARC staff presentation unit Graphical User Interface, GUI, via a Public Switched Telephone Network, PSTN, connection by means of the ARC Subscriber Identity, the forwarding comprising converting or bridging the alarm call between SIP/VoIP and PSTN formats. - receiving an alarm call; - assigning an identified ARC Subscriber Identity to the alarm call; - checking if said ARC Subscriber Identity is already active by a current alarm call; if ARC subscriber Identity is not in use: - creating a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, if the ARC Subscriber Identity is in use: - adding the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; if ARC subscriber Identity is not in use: - creating a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, - creating a group and an alarm event docket, said group and docket being identified by the ARC Subscriber Identity; or, if the ARC Subscriber Identity is in use: - adding the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; - adding the alarm call to the group and corresponding alarm event docket identified by the ARC Subscriber Identity; - forwarding the group and alarm event docket by using the ARC Subscriber Identity to ARC staff presentation unit Graphical User Interface, GUI, via a Public Switched Telephone Network, PSTN, connection by means of the ARC Subscriber Identity, the forwarding comprising converting or bridging the alarm call between SIP/VoIP and PSTN formats.
A water-cooled sliding combustion grate composed exclusively of movable grate plates or of movable grate plates which are combined with stationary grate plates, in which these grate plates (5,6) lie on top of each other in a step-like manner, comprising hydraulic piston-cylinder drive units, a way-measuring system and proportional valves, whereas the movable grate plates are driven by a parallel drive made of two separate drive units, and each end of a movable grate plate can be moved forwards and backwards by means of such a drive unit, in which the two drive units can be synchronised by means of proportional valves in combination with the position measuring system for the hydraulic piston-cylinder units that are installed, whereby the substructure of the grate has one or more steel girders for the absorption of the load on the combustion grate, and that these steel girders are installed in the longitudinal direction of the grate track and act as rails on which the stationary grate plates are supported and on which the movable grate plates are mounted with rolling support, in that the movable grate plates are equipped with steel rolls on their underside, so that the length of these grate plates (5,6) which are extending continuously across the entire width of the grate track, due to their stationary or rolling support upon the intermediate steel girders, measure more than 6 meters.
A container (1; 520; 620; 720; 820; 920; 1020) for holding paint comprising at least two fluid ports (830, 831; 930, 931; 1030, 1031), wherein the container (1; 520; 620; 720; 820; 920; 1020) has a body that is shape self supporting and is a non-rigid construction and at least one fluid port (830; 930; 1030) is a separate part (825; 925) from the body of the container (1; 520; 620; 720; 820; 920; 1020), wherein the separate part fluid port (830; 930; 1030) is a vent for air movement, wherein the container (1; 520; 620; 720; 820; 920; 1020) comprises a valve assembly that is configured to open and close the vent, wherein the valve assembly includes at least one first element (30, 530, 730), wherein the first element (30, 530, 730) has a first side (30-1; 952a; 952b; 952c; 952d) that is bonded to at least one of a container base (21; 821; 921; 1021) and a container sidewall (22; 822; 922; 1022).
A method for transmitting a random access channel, RACH, by a UE in a wireless communication system, the method comprising: receiving information related to actually transmitted synchronization signal blocks, SSBs, and RACH configuration information related to resources for transmitting a RACH preamble; and transmitting the RACH preamble in a RACH resource based on the information related to actually transmitted SSBs and the RACH configuration information, wherein the RACH resource is obtained based on a mapping, by the UE, of actually transmitted SSBs to RACH resources within a RACH configuration window, wherein the actually transmitted SSBs are repeatedly mapped to the RACH resources by a positive integer number of mapping cycles within the RACH configuration window, wherein any RACH resource remaining within the RACH configuration window after the repeated mapping is not mapped to the actually transmitted SSBs and is not used as RACH resource. receiving information related to actually transmitted synchronization signal blocks, SSBs, and RACH configuration information related to resources for transmitting a RACH preamble; and transmitting the RACH preamble in a RACH resource based on the information related to actually transmitted SSBs and the RACH configuration information, wherein the RACH resource is obtained based on a mapping, by the UE, of actually transmitted SSBs to RACH resources within a RACH configuration window, wherein the actually transmitted SSBs are repeatedly mapped to the RACH resources by a positive integer number of mapping cycles within the RACH configuration window, wherein any RACH resource remaining within the RACH configuration window after the repeated mapping is not mapped to the actually transmitted SSBs and is not used as RACH resource.
A method of operating a plurality of devices, the devices being configured to extract energy from a mechanical wave signal, the method comprising the steps of: distributing the devices throughout a transmissive material; transmitting a mechanical wave signal into the transmissive material from at least one transmission source; characterized in adjusting the operation of devices based on their proximity to the transmission source to limit the attenuation of the mechanical wave signal, which is caused by the extraction of the mechanical wave energy by devices closer to the transmission source, as received by at least one selected location further from the transmission source. distributing the devices throughout a transmissive material; transmitting a mechanical wave signal into the transmissive material from at least one transmission source; characterized in adjusting the operation of devices based on their proximity to the transmission source to limit the attenuation of the mechanical wave signal, which is caused by the extraction of the mechanical wave energy by devices closer to the transmission source, as received by at least one selected location further from the transmission source.
A method for a user equipment, UE, being in connected mode to report a measurement result, characterized by comprising: determining, by the UE, a moving speed state of the UE, wherein the moving speed is a state among several states and is determined by the UE by the number of switched cells of the UE in a given time period; determining, by the UE, a speed parameter from a speed parameter set according to the moving speed state of the UE, wherein the speed parameter set is either received from a base station or preconfigured in the UE; acquiring, by the UE, a measurement period corresponding to a DRX cycle according to a pre-configured DRX cycle of the UE, wherein the measurement period is relative to the measure of neighbor cells, the neighbor cells being intra-frequency or inter-frequency cell or inter-system cells; obtaining, by the UE, another measurement period of the UE by taking the product of the measurement period corresponding to the DRX cycle and the speed parameter; measuring, by the UE, a cell to obtain a measurement result in the another measurement period of the UE and reporting the measurement result to a serving base station of the UE. determining, by the UE, a moving speed state of the UE, wherein the moving speed is a state among several states and is determined by the UE by the number of switched cells of the UE in a given time period; determining, by the UE, a speed parameter from a speed parameter set according to the moving speed state of the UE, wherein the speed parameter set is either received from a base station or preconfigured in the UE; acquiring, by the UE, a measurement period corresponding to a DRX cycle according to a pre-configured DRX cycle of the UE, wherein the measurement period is relative to the measure of neighbor cells, the neighbor cells being intra-frequency or inter-frequency cell or inter-system cells; obtaining, by the UE, another measurement period of the UE by taking the product of the measurement period corresponding to the DRX cycle and the speed parameter; measuring, by the UE, a cell to obtain a measurement result in the another measurement period of the UE and reporting the measurement result to a serving base station of the UE.
A security method for an electric vehicle power transfer system, performed by a charging controller installed in an EV, the method comprising the steps of: receiving a start signal for charging the EV from a communication controller installed in the EV or an external charger; receiving, by the charging controller, an authentication request from the communication controller; authenticating, by the charging controller, a second key information included in the authentication request based on a first key information by comparing the first key information and the second key information; and starting a charging process when the authentication succeeds, wherein the first key information is learned or stored beforehand in the charging controller. receiving a start signal for charging the EV from a communication controller installed in the EV or an external charger; receiving, by the charging controller, an authentication request from the communication controller; authenticating, by the charging controller, a second key information included in the authentication request based on a first key information by comparing the first key information and the second key information; and starting a charging process when the authentication succeeds, wherein the first key information is learned or stored beforehand in the charging controller.
A hair care composition comprising: (i) emulsified particles of an alkyl modified silicone, and (ii) emulsified particles of a non-volatile, non-alkyl modified silicone, characterised in that the alkyl modified silicone is a fluid under ambient conditions and has the general formula: (CH 3) 3 Si-O-[Si(CH 3) O] m -[Si(CH 3) 2 O] n -Si(CH 3) 3 in which m has a value of 1 to 450, n has a value of 1 to 3000 and R is a monovalent alkyl radical of from 8 to 60 carbon atoms, wherein the non-alkyl modified silicone is an organosiloxane polymer which does not contain any pendant alkyl group having a hydrocarbyl chain length of C6 or greater extending from at least one of the silicon atoms forming the polymer backbone. (i) emulsified particles of an alkyl modified silicone, and (ii) emulsified particles of a non-volatile, non-alkyl modified silicone, characterised in that the alkyl modified silicone is a fluid under ambient conditions and has the general formula: (CH 3) 3 Si-O-[Si(CH 3) O] m -[Si(CH 3) 2 O] n -Si(CH 3) 3 in which m has a value of 1 to 450, n has a value of 1 to 3000 and R is a monovalent alkyl radical of from 8 to 60 carbon atoms,
An electric vehicle charging monitoring and limiting device, comprising: a monitoring and limiting device, MLD, adapted to monitor power or current usage of one or more electrical loads coupled to a load center, each electrical load protected by its own circuit breaker, and send a signal to adjust a charging level setting of electric vehicle supply equipment, EVSE, (EVSE) based upon a level of the usage, the MLD configured to receive power via one of the circuit breakers protecting one of the electrical loads, and said circuit breaker, integral with the MLD.
A curable organopolysiloxane composition comprising: 100 parts by mass of an organopolysiloxane having at least two alkenyl groups with 2 to 12 carbon atoms per molecule; 0.05 to 5 parts by mass of an organosiloxane having one silicon atom-bonded hydrogen atom per molecule and free of alkenyl groups and silicon atom-bonded alkoxy groups; 0.01 to 10 parts by mass of an organosiloxane having one silicon atom-bonded hydrogen atom and at least one silicon atom-bonded alkoxy group per molecule and free of alkenyl groups; 0.1 to 20 parts by mass of an organopolysiloxane having at least two silicon atom-bonded hydrogen atoms per molecule and free of alkenyl groups and silicon atom-bonded alkoxy groups; a catalytic amount of a hydrosilylation reaction catalyst; and a catalytic amount of a condensation reaction catalyst, wherein a mole ratio of the silicon atom-bonded hydrogen atoms in components, and with respect to the alkenyl groups in component is in a range of 0.2 to 0.9. 100 parts by mass of an organopolysiloxane having at least two alkenyl groups with 2 to 12 carbon atoms per molecule; 0.05 to 5 parts by mass of an organosiloxane having one silicon atom-bonded hydrogen atom per molecule and free of alkenyl groups and silicon atom-bonded alkoxy groups; 0.01 to 10 parts by mass of an organosiloxane having one silicon atom-bonded hydrogen atom and at least one silicon atom-bonded alkoxy group per molecule and free of alkenyl groups; 0.1 to 20 parts by mass of an organopolysiloxane having at least two silicon atom-bonded hydrogen atoms per molecule and free of alkenyl groups and silicon atom-bonded alkoxy groups; a catalytic amount of a hydrosilylation reaction catalyst; and a catalytic amount of a condensation reaction catalyst,
A method of transmitting packet data units, PDUs, by a base station in a wireless network system, the method comprising: aggregating PDUs received from one or more machine type communication, MTC, devices (104A-N); packing the aggregated PDUs to at least one logical link control, LLC, data packet; and multiplexing the at least one LLC data packet over a Gb interface in a single session between the base station and a packet core network, wherein the at least one LLC data packet comprises a first field indicating whether the at least one LLC data packet includes the aggregated PDUs, a second field indicating whether the aggregated PDUs are concatenated in the at least one LLC data packet, and a third field indicating whether the aggregated PDUs are piggybacked over one or more PDUs associated with at least one legacy device. aggregating PDUs received from one or more machine type communication, MTC, devices (104A-N); packing the aggregated PDUs to at least one logical link control, LLC, data packet; and multiplexing the at least one LLC data packet over a Gb interface in a single session between the base station and a packet core network, wherein the at least one LLC data packet comprises a first field indicating whether the at least one LLC data packet includes the aggregated PDUs, a second field indicating whether the aggregated PDUs are concatenated in the at least one LLC data packet, and a third field indicating whether the aggregated PDUs are piggybacked over one or more PDUs associated with at least one legacy device.
A porous body comprising - a carrier body with numerous channels extending between an inlet and an outlet, wherein the carrier body consists of a plurality of oxidic and/or non-oxidic grains which are formed of minerals and/or materials with a hardness > 6 according to the Mohs scale of hardness and which are connected to one another by a ceramic connection means, wherein interconnected cavities exist between the grains and form the channels having an equivalence diameter in the region of from 1 to 7 mm, - a surface coating formed of glass, which is applied in an integrally bonded manner at least in portions to the surface of the channels and from which acid-soluble constituents are removed from the glass in order to create a porous glass layer having an enlarged specific surface. - a carrier body with numerous channels extending between an inlet and an outlet, wherein the carrier body consists of a plurality of oxidic and/or non-oxidic grains which are formed of minerals and/or materials with a hardness > 6 according to the Mohs scale of hardness and which are connected to one another by a ceramic connection means, wherein interconnected cavities exist between the grains and form the channels having an equivalence diameter in the region of from 1 to 7 mm, - a surface coating formed of glass, which is applied in an integrally bonded manner at least in portions to the surface of the channels and from which acid-soluble constituents are removed from the glass in order to create a porous glass layer having an enlarged specific surface.
A spectroscopic instrument comprising a compartment housing instrument components and desiccant to protect the instrument components, and a deformable container having at least one wall portion which is movable within the compartment so as to vary the volume of the compartment that is occupied by the deformable container as the container is deformed, the interior of the deformable container being in fluid communication with the surroundings of the instrument, such that a difference in pressure between the compartment and the surroundings tends to cause the deformable container to deform, moving the wall portion, the instrument further comprising a tube-like portion which is arranged to allow fluid communication between the interior of the deformable container and the surroundings.