mhurhangee/ep-ind-claims huggingface dataset:
Boiler for a beverage preparation machine intended to heat a liquid raised to a pressure of at least 8 bar to produce an infusion of a product by the heated liquid, the boiler comprising: • a body having an external wall covered by a screen-printed resistor and an internal wall, • the internal wall of the body having a longitudinal wall extending in a longitudinal direction and having a circular cross-section, • an internal element having an external face located facing the longitudinal wall of the body to define with the longitudinal wall at least part of a heating chamber, • a liquid inlet and outlet in the heating chamber, • the internal wall of the body also has at least a bottom wall located at a distal end of the longitudinal wall, • a support configured to cooperate with the body so as to form, with the longitudinal wall and the bottom wall, a sealed enclosure comprising the heating chamber, characterised in that the bottom wall is concave. • a body having an external wall covered by a screen-printed resistor and an internal wall, • the internal wall of the body having a longitudinal wall extending in a longitudinal direction and having a circular cross-section, • an internal element having an external face located facing the longitudinal wall of the body to define with the longitudinal wall at least part of a heating chamber, • a liquid inlet and outlet in the heating chamber, • the internal wall of the body also has at least a bottom wall located at a distal end of the longitudinal wall, • a support configured to cooperate with the body so as to form, with the longitudinal wall and the bottom wall, a sealed enclosure comprising the heating chamber,
A thermosetting composition comprising: I) a curable polyester resin; and II) a crosslinker composition comprising a resole phenolic resin, said phenolic resin containing the residues of meta-substituted phenols and optionally unsubstituted phenol; wherein said curable polyester comprises a polyester having residues of an α,β-unsaturated polycarboxylic acid compound, said α,β-unsaturated polycarboxylic acid compound having at least two carboxylic acid groups or at least one anhydride group, and having at least one unsaturation that is in the α,β position relative to a carbonyl group and is not located on an aromatic ring, wherein said curable polyester comprises a polyester having beta- keto acetate moieties without vinyl unsaturation. I) a curable polyester resin; and II) a crosslinker composition comprising a resole phenolic resin, said phenolic resin containing the residues of meta-substituted phenols and optionally unsubstituted phenol; wherein said curable polyester comprises a polyester having residues of an α,β-unsaturated polycarboxylic acid compound, said α,β-unsaturated polycarboxylic acid compound having at least two carboxylic acid groups or at least one anhydride group, and having at least one unsaturation that is in the α,β position relative to a carbonyl group and is not located on an aromatic ring, wherein said curable polyester comprises a polyester having beta- keto acetate moieties without vinyl unsaturation.
An information processing apparatus provided with a metadata storage section, the information processing apparatus comprising: application execution means (31, S12) for executing one or more application programs; metadata accumulation and storage means (31, S4, S7, S16) for accumulating and storing, into the metadata storage section, metadata corresponding to the one or more application programs when the application programs have been executed or become executable, wherein the metadata represents information relating to the application and the application execution means executes the one or more application programs which use the metadata stored in the metadata storage section; and metadata transmission and reception means (37, S34, S35, S47, S54, S96, S100) for transmitting the metadata stored in the metadata storage section to one or more other information processing apparatuses, and for receiving metadata from the one or more other information processing apparatuses, wherein the metadata accumulation and storage means (31, S37, S48, S114) further accumulates and stores metadata received from the one or more other information processing apparatuses into the metadata storage section, and the metadata transmission and reception means (37, S91 to S101) repeatedly searches for one or more other information processing apparatuses that are present in a short distance wireless communication range for automatically establishing wireless connection therewith, and automatically transmits and receives the metadata to and from the one or more other information processing apparatuses that have been wirelessly connected. application execution means (31, S12) for executing one or more application programs; metadata accumulation and storage means (31, S4, S7, S16) for accumulating and storing, into the metadata storage section, metadata corresponding to the one or more application programs when the application programs have been executed or become executable, wherein the metadata represents information relating to the application and the application execution means executes the one or more application programs which use the metadata stored in the metadata storage section; and metadata transmission and reception means (37, S34, S35, S47, S54, S96, S100) for transmitting the metadata stored in the metadata storage section to one or more other information processing apparatuses, and for receiving metadata from the one or more other information processing apparatuses, wherein the metadata accumulation and storage means (31, S37, S48, S114) further accumulates and stores metadata received from the one or more other information processing apparatuses into the metadata storage section, and the metadata transmission and reception means (37, S91 to S101) repeatedly searches for one or more other information processing apparatuses that are present in a short distance wireless communication range for automatically establishing wireless connection therewith, and automatically transmits and receives the metadata to and from the one or more other information processing apparatuses that have been wirelessly connected.
A method for making an occlusive device, the method comprising: obtaining a tubular mesh having a lumen therethrough; obtaining a forming member having an outer surface and an inner surface; everting the mesh over the forming member such that a first portion (1720c1) of the mesh conforms to the outer surface of the forming member and a second portion (1720c2) of the mesh conforms to the inner surface of the forming member; setting a shape of the mesh while positioned over the forming member. obtaining a tubular mesh having a lumen therethrough; obtaining a forming member having an outer surface and an inner surface; everting the mesh over the forming member such that a first portion (1720c1) of the mesh conforms to the outer surface of the forming member and a second portion (1720c2) of the mesh conforms to the inner surface of the forming member; setting a shape of the mesh while positioned over the forming member.
A process for enriching an iron mineral from a silicate containing iron ore by inverse flotation using a collector comprising at least one of the compounds of formulae (Ia), (Ib), (IIa), and/or (IIb) or a collector formulation being compositions comprising of at least one of the compounds of formulae (Ia), (Ib), (IIa), and/or (IIb) RO-X-NH 2 (Ia); RO-X-NH 3 + Y - (Ib); RO-X-NH-Z-NH 2 (IIa); and RO-X-NH-Z-NH 3 + Y - (IIb), in which X is an aliphatic alkylene group containing 2 to 6 carbon atoms; Z is an aliphatic alkylene group containing 2 to 6 carbon atoms; Y - is an anion; and R is an aliphatic iso C 13 H 27 - group with average branching degree between 2.0 and 2.5. X is an aliphatic alkylene group containing 2 to 6 carbon atoms; Z is an aliphatic alkylene group containing 2 to 6 carbon atoms; Y - is an anion; and R is an aliphatic iso C 13 H 27 - group with average branching degree between 2.0 and 2.5.
A process for printing on to a 3-dimensional article, the process comprising the steps of: (i) printing an image on to a first side of a stretchable carrier membrane having a first side and a second side; (ii) mounting the said membrane in a plane within a frame between a heating chamber defined on one side of the membrane, being the said second side thereof, and an article receiving chamber defined on the other side of the membrane, being the said first side thereof; (iii) placing the 3-dimensional article to be printed on to a generally flat platen positioned generally parallel to the said plane, optionally with a nest for the article thereon, within the article receiving chamber; (iv) performing a thermo- and vacuum-forming step in which there is (a) relative movement of the platen with respect to the membrane in a direction perpendicularly to the said plane to carry the article through the said plane into the heating chamber and into contact with the membrane, (b) application of a source of vacuum to the membrane from the said other side, and (c) application of heat to the membrane from the said one side at a first temperature sufficient to soften the membrane, whereby the membrane is thermo- and vacuum-wrapped at least partially about the article with the membrane in contact with the article; and (v) a dye-diffusion step in which infra-red radiation is applied to the article with the membrane wrapped therearound using at least two, and preferably a plurality in excess of two, of infra-red sources to heat the membrane and underlying surface of the article over substantially a half-spherical solid angle uniformly to a temperature in excess of the first temperature and for a time sufficient to cause the printed image to diffuse into the surface of the article but insufficient to damage the article; and wherein the thermo- and vacuum- forming step (iv) further comprises: (aa) pausing or slowing the movement of the platen before the article has passed through the said plane when the article is around 0.2 mm to 1 cm from the membrane, (bb) drawing the membrane into register with the article by application of a partial vacuum on the first side of the membrane, and (cc) then resuming the movement of the platen to pass the article through the said plane in intimate contact with surface details of the article, while maintaining the partial vacuum.
A process for the synthesis of magnesium containing attrition resistant precursor used to prepare procatalyst to produce high bulk density polymer resin comprising: (i) reacting magnesium metal granules having a particle size of in the range of 50-1000 micrometers with a mixture of alcohols in the presence of iodine by maintaining the reaction temperature in the range of 40°C to 90°C for a period of 6 - 12 hours and under agitation at power consumption per unit volume from 0.1 to 30 kW/ m 3; (ii) condensing the vapours which are so produced in step (i) in an overhead condenser and venting off the hydrogen gas produced which is vented off; (iii) separating the remaining mixture of alcohols left after the reaction for reuse, to obtain the final product. (i) reacting magnesium metal granules having a particle size of in the range of 50-1000 micrometers with a mixture of alcohols in the presence of iodine by maintaining the reaction temperature in the range of 40°C to 90°C for a period of 6 - 12 hours and under agitation at power consumption per unit volume from 0.1 to 30 kW/ m 3; (ii) condensing the vapours which are so produced in step (i) in an overhead condenser and venting off the hydrogen gas produced which is vented off; (iii) separating the remaining mixture of alcohols left after the reaction for reuse, to obtain the final product.
A user equipment, UE, configured to operate in an Evolved Universal Terrestrial Radio Access, E-UTRA, network, wherein the UE is configured to: transmit, to the E-UTRA network, a capability indication message indicating that the UE is capable of receiving, from the E-UTRA network, a measurement configuration message comprised in a radio resource control, RRC, configuration message, wherein the measurement configuration message comprises an instruction that the UE should use a first or a second Reference Signal Received Quality, RSRQ, measurement method, wherein in the first method, a receive signal strength indicator, RSSI, is measured only from orthogonal frequency-division multiplexing, OFDM, symbols containing reference symbols for antenna port 0; and in the second method, the RSSI is measured over all OFDM symbols in a subframe; receive the RRC configuration message comprising said measurement configuration message; perform an RSSI measurement according to the RSRQ measurement method specified in the instruction that the UE should use; and send, to the E-UTRA network, a measurement report message indicating a result of an RSRQ calculated based on the RSSI measurement. transmit, to the E-UTRA network, a capability indication message indicating that the UE is capable of receiving, from the E-UTRA network, a measurement configuration message comprised in a radio resource control, RRC, configuration message, wherein the measurement configuration message comprises an instruction that the UE should use a first or a second Reference Signal Received Quality, RSRQ, measurement method, wherein in the first method, a receive signal strength indicator, RSSI, is measured only from orthogonal frequency-division multiplexing, OFDM, symbols containing reference symbols for antenna port 0; and in the second method, the RSSI is measured over all OFDM symbols in a subframe; in the first method, a receive signal strength indicator, RSSI, is measured only from orthogonal frequency-division multiplexing, OFDM, symbols containing reference symbols for antenna port 0; and in the second method, the RSSI is measured over all OFDM symbols in a subframe; receive the RRC configuration message comprising said measurement configuration message; perform an RSSI measurement according to the RSRQ measurement method specified in the instruction that the UE should use; and send, to the E-UTRA network, a measurement report message indicating a result of an RSRQ calculated based on the RSSI measurement.
A mobile terminal capable of communicating with a core network via a first or second access network, wherein radio access technology of the first access network is different from radio access technology of the second access network, the mobile terminal comprising: a receiver which, in operation, receives a paging request, which is addressed to the mobile terminal to be routed through the first access network but is rerouted through the second access network when the mobile terminal is attached to the second access network and an interface to the first access network is deactivated; a control circuitry, which, in operation, starts service initiation when receiving the paging request, in case the paging request is a request for service initiation, by performing control signaling through the second access network; wherein the receiver, in operation, receives a command through the second access network, the command directing the mobile terminal to activate the interface to the first access network for continuing the initiation of the service; and wherein the control circuitry, in operation, connects to the first access network based on the command. a receiver which, in operation, receives a paging request, which is addressed to the mobile terminal to be routed through the first access network but is rerouted through the second access network when the mobile terminal is attached to the second access network and an interface to the first access network is deactivated; a control circuitry, which, in operation, starts service initiation when receiving the paging request, in case the paging request is a request for service initiation, by performing control signaling through the second access network; wherein the receiver, in operation, receives a command through the second access network, the command directing the mobile terminal to activate the interface to the first access network for continuing the initiation of the service; and wherein the control circuitry, in operation, connects to the first access network based on the command.
An antenna comprising: a feed configured to input a single feed wave; a waveguide coupled to the feed and configured to propagate the single feed wave; and a single physical antenna aperture coupled to the waveguide and having at least two spatially interleaved antenna sub-arrays (101/102, 201/202) of antenna elements, wherein each antenna sub-array is operable independently and simultaneously at a specific frequency, the specific frequency being different for each of the at least two spatially interleaved antenna sub-arrays (101/102, 201/202) and the antenna sub-arrays configured to form beams independently and simultaneously by coupling energy from the single feed wave, wherein each of the at least two spatially interleaved antenna sub-arrays (101/102, 201/202) comprises a tunable slotted array of surface scattering antenna elements and the surface scattering antenna elements of the at least two spatially interleaved antenna sub-arrays (101/102, 201/202) are combined into the single physical aperture, and wherein each slotted array comprises a plurality of slots and further wherein each slot is tuned to provide a desired scattering at a given frequency. a feed configured to input a single feed wave; a waveguide coupled to the feed and configured to propagate the single feed wave; and a single physical antenna aperture coupled to the waveguide and having at least two spatially interleaved antenna sub-arrays (101/102, 201/202) of antenna elements, wherein each antenna sub-array is operable independently and simultaneously at a specific frequency, the specific frequency being different for each of the at least two spatially interleaved antenna sub-arrays (101/102, 201/202) and the antenna sub-arrays configured to form beams independently and simultaneously by coupling energy from the single feed wave, wherein each of the at least two spatially interleaved antenna sub-arrays (101/102, 201/202) comprises a tunable slotted array of surface scattering antenna elements and the surface scattering antenna elements of the at least two spatially interleaved antenna sub-arrays (101/102, 201/202) are combined into the single physical aperture, and wherein each slotted array comprises a plurality of slots and further wherein each slot is tuned to provide a desired scattering at a given frequency.
Conversion kit for a light commercial vehicle comprising a suspension having a torsion bar; the kit comprising a pneumatic assembly for a suspension of a light commercial vehicle comprising an adjustable air spring having a first end with a first adjustable position; a transmission system operatively connected to the air spring so as to take a second position, preferably angular, based on the position of the first end of the air spring; the transmission system being configured to be connected to the suspension of the vehicle so as to act on a configuration of the suspension based on the first position of the air spring; wherein the transmission system is configured to be connected to the suspension instead of the torsion bar, in particular having a coupling portion of the transmission system with a dimension equal to a dimension of a coupling portion of the torsion bar to be removed, said dimension preferably being a diameter.
Packaging machine for the production of individual packagings, each with an, in particular, planar product carrier as well as a top film which encloses in a gas-tight manner a product positioned on said product carrier, comprising a sealing station with a tool upper part which comprises an outer frame as well as at least one sealing tool mounted movable therein for a sealing operation, and with a tool lower part that comprises a belt conveying module with at least one conveyor belt mounted thereon, where in a closed position of said sealing station said tool upper part and said tool lower part are moved toward each other in such a way that said outer frame together with said belt conveying module form a sealing chamber, wherein in the closed position of said sealing station, said sealing tool mounted in said sealing chamber can be lowered for the sealing operation from a resting position, in which it is mounted spaced from said conveyor belt, to a sealing position that is moved closer to said conveyor belt, characterized in that in the sealing position the belt conveying module is mounted in such a way that the thereat provided conveyor belt absorbs at least in sections as a counter-pressure support all sealing press forces exerted by said sealing tool.
A parking control method for causing a control device of a vehicle to execute a first control instruction on a basis of an operation command acquired from an operator, the first control instruction being for moving the vehicle along a first route to a target parking space, the parking control method being characterized by comprising: when there is a change in a parking environmental factor of the vehicle detected after start of execution of the first control instruction with respect to the parking environmental factor of the vehicle detected after a start of a parking control process and prior to the start of execution of the first control instruction, suspending or canceling execution of the first control instruction before the vehicle reaches the target parking space; and making an inquiry to the operator as to whether or not it is necessary to execute a second control instruction for moving the vehicle so that the vehicle leaves from the target parking space to a further extent than a state when the first control instruction is suspended or canceled. when there is a change in a parking environmental factor of the vehicle detected after start of execution of the first control instruction with respect to the parking environmental factor of the vehicle detected after a start of a parking control process and prior to the start of execution of the first control instruction, suspending or canceling execution of the first control instruction before the vehicle reaches the target parking space; and making an inquiry to the operator as to whether or not it is necessary to execute a second control instruction for moving the vehicle so that the vehicle leaves from the target parking space to a further extent than a state when the first control instruction is suspended or canceled.
An electronic smoking device, comprising: a mouthpiece, an atomizer, a liquid reservoir, wherein the atomizer is adapted to vaporize liquid supplied from the reservoir to generate an aerosol, a flow path extending from the atomizer to the mouthpiece, characterized in that a plurality of flavour carrying units (9, 10) are provided, each operable to carry flavouring material (11, 12), wherein the flavour carrying units (9, 10) are permeable to an aerosol generated by the atomizer and selectively and individually exposable to the flow path, wherein the electronic smoking device further comprises at least one moveable plate which is configured to selectively modify the course of the flow path. a mouthpiece, an atomizer, a liquid reservoir, wherein the atomizer is adapted to vaporize liquid supplied from the reservoir to generate an aerosol, a flow path extending from the atomizer to the mouthpiece, characterized in that a plurality of flavour carrying units (9, 10) are provided, each operable to carry flavouring material (11, 12), wherein the flavour carrying units (9, 10) are permeable to an aerosol generated by the atomizer and selectively and individually exposable to the flow path, wherein the electronic smoking device further comprises at least one moveable plate which is configured to selectively modify the course of the flow path.