mhurhangee/patent-ind-claim-en huggingface dataset:
A device for production of polymer films having a predefined spatial structure, the device comprising a linear stage , a platform for a substrate, a cylinder for spreading a polymer solution layer over the substrate to deposit a polymer film onto the substrate, a cylinder height adjustment system , a control system for adjusting a height and tilt of the cylinder in relation to the substrate, characterized in that it further comprises a controllable voltage source, at least one metallic electrode fixed onto the cylinder , wherein the substrate onto which the polymer film is deposited is conductive for electric current; and wherein the electric voltage from the controllable voltage source is applied between the at least one metallic electrode and the substrate during deposition of the polymer film onto the substrate.
A method of protection zone selection in a multiple busbar arrangement , the multiple busbar arrangement comprising busbar zones (ZA1, ZB1, ZC1, ZA2, ZB2, ZC2) and bays (FB-1, BC-1, BS, BC-2, FB-2) connectable to the busbar zones (ZA1, ZB1, ZC1, ZA2, ZB2, ZC2), which bays (FB-1, BC-1, BS, BC-2, FB-2) comprise measurement transformers (CT1, CT2, CT3, CT4, CT5, CT6, CT7, CT8), wherein the method comprises: receiving (S1) first connection data comprising information of an operational status (QB) if the measurement transformer is connected to one of the busbar zones, determining (S2) all pairs of connections between the busbar zones based on the first connection data, comparing (S3) data representing the pairs of busbar zone to busbar zone connections, assigning (S4) each of the pairs of busbar zones, which has a busbar zone in common with at least another pair of busbar zones, to a respective protection zone based on the compared data, and defining (S5) any busbar zone that is not connected to any other busbar zone as a further protection zone characterized in comprising arranging the first connection data in a first data structure in a predefined order, wherein the step of determining comprises scanning through the first data structure whereby a busbar zone is determined to be connected to another busbar zone if a predefined value in a position in the data structure comprising busbar to measurement transformer connection data is equal to a value in another position, in the same row or same column, in the data structure comprising busbar to measurement transformer connection data. receiving (S1) first connection data comprising information of an operational status (QB) if the measurement transformer is connected to one of the busbar zones, determining (S2) all pairs of connections between the busbar zones based on the first connection data, comparing (S3) data representing the pairs of busbar zone to busbar zone connections, assigning (S4) each of the pairs of busbar zones, which has a busbar zone in common with at least another pair of busbar zones, to a respective protection zone based on the compared data, and defining (S5) any busbar zone that is not connected to any other busbar zone as a further protection zone characterized in comprising arranging the first connection data in a first data structure in a predefined order, wherein the step of determining comprises scanning through the first data structure whereby a busbar zone is determined to be connected to another busbar zone if a predefined value in a position in the data structure comprising busbar to measurement transformer connection data is equal to a value in another position, in the same row or same column, in the data structure comprising busbar to measurement transformer connection data.
A cabinet for storing goods, in particular a hazardous goods cabinet for storing hazardous goods containers , said cabinet comprising a cabinet housing which borders an interior space (189, whereby at least one storage device for storing the goods is placed or formed inside the interior space , said storage device comprising a base plate for parking the goods, whereby for the purpose of inserting goods into said storage device the base plate of said storage device comprises a first end being an insertion end, said first insertion end cooperating with an insertion opening being formed in the cabinet housing , characterized in that the base plate of said storage device comprises a second end being a removal end and being spaced from said first end , said second end cooperating with a removal opening being formed in the cabinet housing for the purpose of removing goods from said storage device , that the cabinet housing comprises a front wall , a rear wall , a first side wall and a second side wall , that the base plate of said storage device extends between both side walls , that the insertion opening is formed in the first side wall and the removal opening is formed in the second side wall , that a closing device for closing the insertion opening , in particular a flap or a door, is provided on the first side wall , and that a closing device for closing the removal opening , in particular a flap or a door, is provided on the second side wall , that the storage device comprises a divider device , in particular a divider plate or a divider face or a divider profile element, said divider device , in relation to said base plate , being movably mounted in said storage device , and that the divider device is provided in such a manner that the area between said divider device and the first end forms a first storage area for the uptake of a first type of goods and that the area between said divider device and the second end forms a second storage area for the uptake of a second type of goods, and that the storage device comprises a blocking device , said blocking device being provided in such a manner that it is capable of preventing a removal of a good being parked on the base plate of the storage device from said storage device in an activated mode and of allowing a removal of a good being parked on the base plate of the storage device from said storage device in a deactivated mode, said blocking device being provided as a lever system , said lever system comprising two lever elements being spaced from one another, said lever elements being coupled to each other by means of a coupling device, wherein in relation to said base plate , a first lever element is arranged in said storage device in the region or in the vicinity of said insertion end and wherein, in relation to said base plate , a second lever element is arranged in said storage device in the region or in the vicinity of said removal end .
A pressure-sensitive adhesive composition containing a block copolymer comprising a first block having a glass transition temperature of 50°C or higher and containing a cross-linkable functional group; and a second block having a glass transition temperature of -10°C or lower and containing a cross-linkable functional group and an aromatic group, wherein said first block comprises a polymerized unit derived from 80 to 99 parts by weight of (meth)acrylic acid ester and a polymerized unit derived from 1 to 20 parts by weight of a compound capable of providing a cross-linkable functional group, and wherein each of said first block and said second block has a polymerized unit derived from a compound of Formula 1 below capable of providing said cross-linkable functional group: wherein, Q is hydrogen or an alkyl group, A and B are each independently an alkylene group or an alkylidene group, and n is an integer in a range of 0 to 10.
A gas turbine engine comprising: a plurality of rotatable components housed within a main compressor section and a turbine section ; a cooling system (100; 199) connected to tap air from said main compressor section , a first tap connected to a first heat exchanger , said first heat exchanger connected to a cooling compressor for raising a pressure of the tapped air downstream of the first heat exchanger ; a second heat exchanger downstream of said cooling compressor , and a connection downstream of said second heat exchanger for delivering air to a bearing compartment ; and characterised by a connection intermediate said cooling compressor and said second heat exchanger for delivering cooling air to at least one of said rotatable components. a plurality of rotatable components housed within a main compressor section and a turbine section ; a cooling system (100; 199) connected to tap air from said main compressor section , a first tap connected to a first heat exchanger , said first heat exchanger connected to a cooling compressor for raising a pressure of the tapped air downstream of the first heat exchanger ; a second heat exchanger downstream of said cooling compressor , and a connection downstream of said second heat exchanger for delivering air to a bearing compartment ; and characterised by a connection intermediate said cooling compressor and said second heat exchanger for delivering cooling air to at least one of said rotatable components.
A method for wireless communication by a user equipment, UE, (704; 1212) configured to perform different operations in any given Transmission Time Interval, TTI, for a cooperative uplink transmission, the method comprising: participating, with one or more other UEs (706; 1214), in cooperative uplink transmission to a base station, wherein each UE (704, 706; 1212,1214) belongs to a group; receiving information regarding a group number of the group to which the UE (704; 1212) belongs; and determining, for a given TTI at least one operation from the different operations to perform for the cooperative uplink transmission based, at least in part, on the group number of the group to which the UE (704, 706; 1212, 1214) belongs and an index of the TTI, wherein the UE (704; 1212) is configured to select a different operation from the different operations for a different combination of TTI index and the group to which the UE (704; 1212) belongs. participating, with one or more other UEs (706; 1214), in cooperative uplink transmission to a base station, wherein each UE (704, 706; 1212,1214) belongs to a group; receiving information regarding a group number of the group to which the UE (704; 1212) belongs; and determining, for a given TTI at least one operation from the different operations to perform for the cooperative uplink transmission based, at least in part, on the group number of the group to which the UE (704, 706; 1212, 1214) belongs and an index of the TTI, wherein the UE (704; 1212) is configured to select a different operation from the different operations for a different combination of TTI index and the group to which the UE (704; 1212) belongs.
A stowable seat comprising: a seat back ; a seat bottom ; a legrest ; an attachment knob extending from the legrest ; and a suspension recline system for the stowable seat, comprising: a suspension member comprising: a first end configured to be coupled to the seat back , and a second end configured to be coupled to the legrest , an attachment aperture disposed in the second end ; and wherein the suspension member is placed over the attachment knob , with the attachment knob extending through the attachment aperture to couple the suspension member to the legrest ;wherein the suspension member is moveable between a stowed position and a deployed position; wherein the seat back is configured to recline in response to the suspension member being moved to the deployed position. a seat back ; a seat bottom ; a legrest ; an attachment knob extending from the legrest ; and a suspension recline system for the stowable seat, comprising: a suspension member comprising: a first end configured to be coupled to the seat back , and a second end configured to be coupled to the legrest , an attachment aperture disposed in the second end ; and wherein the suspension member is placed over the attachment knob , with the attachment knob extending through the attachment aperture to couple the suspension member to the legrest ;wherein the suspension member is moveable between a stowed position and a deployed position; wherein the seat back is configured to recline in response to the suspension member being moved to the deployed position. a suspension member comprising: a first end configured to be coupled to the seat back , and a second end configured to be coupled to the legrest , an attachment aperture disposed in the second end ; and wherein the suspension member is placed over the attachment knob , with the attachment knob extending through the attachment aperture to couple the suspension member to the legrest ;wherein the suspension member is moveable between a stowed position and a deployed position; a first end configured to be coupled to the seat back , and a second end configured to be coupled to the legrest , an attachment aperture disposed in the second end ; and wherein the suspension member is placed over the attachment knob , with the attachment knob extending through the attachment aperture to couple the suspension member to the legrest ;wherein the suspension member is moveable between a stowed position and a deployed position; wherein the seat back is configured to recline in response to the suspension member being moved to the deployed position.
A railway milling plate for mounting on a rail car to maintain a railway track, the milling plate comprising a circular plate body having a milling side and a connecting side on opposed sides of the circular plate body, characterized by : the milling side including a plurality of blade slots arranged around a body perimeter of the circular plate body; and a plurality of milling blade assemblies , each milling blade assembly comprising an adjustable vice member and a milling blade retained in the blade slot by the adjustable vice member , the milling blade presenting an angled milling surface on the milling side of the circular plate body for engaging a track surface of the railway track so as to mill the track surface of the railway track to remove irregularities from the track surface , wherein each angled milling surface is oriented in a non-parallel relation to the milling side. the milling side including a plurality of blade slots arranged around a body perimeter of the circular plate body; and a plurality of milling blade assemblies , each milling blade assembly comprising an adjustable vice member and a milling blade retained in the blade slot by the adjustable vice member , the milling blade presenting an angled milling surface on the milling side of the circular plate body for engaging a track surface of the railway track so as to mill the track surface of the railway track to remove irregularities from the track surface , wherein each angled milling surface is oriented in a non-parallel relation to the milling side.
A tensioner , comprising: a first tensioner arm having a shaft member with a first shaft and a second shaft ; a second tensioner arm , wherein the first tensioner arm is pivotable about a first pivot axis via the first shaft , and the second tensioner arm is pivotally connected via the second shaft to the first tensioner arm so as to be pivotable about a second pivot axis located at a selected distance from the first pivot axis ; a first wheel rotationally connected to the first tensioner arm about a first rotation axis ; and a second wheel rotationally connected to the second tensioner arm about a second rotation axis , wherein the first and second wheels are configured to engage one endless drive member , wherein the first and second tensioner arms are biased in respective first and second free arm directions; and a spring positioned to bias the second tensioner arm towards a second segment of the endless drive member , wherein at least one of the first and second tensioner arms includes a hub portion defining a spring chamber in which the spring is positioned characterized in that a distance between the first and second pivot axis (5, 105; 4, 104) is so short that the first and second shaft of the first tensioner arm overlap radially. a first tensioner arm having a shaft member with a first shaft and a second shaft ; a second tensioner arm , wherein the first tensioner arm is pivotable about a first pivot axis via the first shaft , and the second tensioner arm is pivotally connected via the second shaft to the first tensioner arm so as to be pivotable about a second pivot axis located at a selected distance from the first pivot axis ; a second shaft ; a second tensioner arm , wherein the first tensioner arm is pivotable about a first pivot axis via the first shaft , and the second tensioner arm is pivotally connected via the second shaft to the first tensioner arm so as to be pivotable about a second pivot axis located at a selected distance from the first pivot axis ; a first wheel rotationally connected to the first tensioner arm about a first rotation axis ; and a second wheel rotationally connected to the second tensioner arm about a second rotation axis , wherein the first and second wheels are configured to engage one endless drive member , a second wheel rotationally connected to the second tensioner arm about a second rotation axis , wherein the first and second wheels are configured to engage one endless drive member , wherein the first and second tensioner arms are biased in respective first and second free arm directions; and a spring positioned to bias the second tensioner arm towards a second segment of the endless drive member , wherein at least one of the first and second tensioner arms includes a hub portion defining a spring chamber in which the spring is positioned characterized in that
An antenna system for a moving vehicle, the antenna system comprising: a main antenna to generate a main beam ; a measurement antenna to generate a measurement beam ; and control circuitry to perform an adjustment process by: rotating the main beam to an initial bearing angle (φ M ); rotating the measurement beam independently of the main beam to receive signals at positions to either side of the initial bearing angle; comparing at least one metric measured for the signals received by the measurement antenna at the positions to either side of the initial bearing angle to generate a comparison output; and determining, based on the comparison output, a correction to be applied to the initial bearing angle of the main beam. a main antenna to generate a main beam ; a measurement antenna to generate a measurement beam ; and control circuitry to perform an adjustment process by: rotating the main beam to an initial bearing angle (φ M ); rotating the measurement beam independently of the main beam to receive signals at positions to either side of the initial bearing angle; comparing at least one metric measured for the signals received by the measurement antenna at the positions to either side of the initial bearing angle to generate a comparison output; and determining, based on the comparison output, a correction to be applied to the initial bearing angle of the main beam. rotating the main beam to an initial bearing angle (φ M ); rotating the measurement beam independently of the main beam to receive signals at positions to either side of the initial bearing angle; comparing at least one metric measured for the signals received by the measurement antenna at the positions to either side of the initial bearing angle to generate a comparison output; and determining, based on the comparison output, a correction to be applied to the initial bearing angle of the main beam.
A method performed by a gateway device to enable handover of a communication session of a user device from an access network associated with unlicensed spectrum to a circuit-switched access network, the method comprising: receiving a measurement report from the user device, the measurement report including measurements associated with a plurality of access networks, the plurality of access networks including at least the circuit-switched network and the access network associated with unlicensed spectrum; deciding , based at least in part on the measurement report, to initiate a handover of the communication session of the user device from the access network associated with unlicensed spectrum to the circuit-switched access network; determining a session transfer number identifying one or more telecommunication network components for performing a transfer of the communication session from the access network associated with unlicensed spectrum to the circuit-switched access network; providing a handover request to a server associated with the circuit-switched access network, the handover request including the determined session transfer number; receiving a handover response from the server, the handover response indicating that the one or more telecommunication network components identified by the session transfer number have prepared the circuit-switched access network for the transfer of the communication session from the access network associated with unlicensed spectrum to the circuit-switched access network; and instructing the user device to connect to the circuit-switched access network to continue the communication session. receiving a measurement report from the user device, the measurement report including measurements associated with a plurality of access networks, the plurality of access networks including at least the circuit-switched network and the access network associated with unlicensed spectrum; deciding , based at least in part on the measurement report, to initiate a handover of the communication session of the user device from the access network associated with unlicensed spectrum to the circuit-switched access network; determining a session transfer number identifying one or more telecommunication network components for performing a transfer of the communication session from the access network associated with unlicensed spectrum to the circuit-switched access network; providing a handover request to a server associated with the circuit-switched access network, the handover request including the determined session transfer number; receiving a handover response from the server, the handover response indicating that the one or more telecommunication network components identified by the session transfer number have prepared the circuit-switched access network for the transfer of the communication session from the access network associated with unlicensed spectrum to the circuit-switched access network; and instructing the user device to connect to the circuit-switched access network to continue the communication session.
A device for cutting and crushing hard materials, comprising: a base ; a housing mounted with its first end on the base ; a pair of cutting arms pivotally connected to a second end of the housing opposite the first end of the housing ; and an actuating member pivotally connected to first ends of the cutting arms ; characterized in that two intermediary bands are located at the point of pivot connection of the cutting arms to the housing and between the cutting arms and the second end of the housing , one intermediary band on each of two sides of the cutting arms , the intermediary bands being separate elements from other elements of the device and serving to concentrate loads coming from the cutting arms when cutting or crushing a material. a base ; a housing mounted with its first end on the base ; a pair of cutting arms pivotally connected to a second end of the housing opposite the first end of the housing ; and an actuating member pivotally connected to first ends of the cutting arms ; characterized in that two intermediary bands are located at the point of pivot connection of the cutting arms to the housing and between the cutting arms and the second end of the housing , one intermediary band on each of two sides of the cutting arms , the intermediary bands being separate elements from other elements of the device and serving to concentrate loads coming from the cutting arms when cutting or crushing a material.