mhurhangee/ep-ind-claims huggingface dataset:
A dual-feed dual band "DFDB" antenna module, comprising: a first feed port coupled to a first transceiver circuit adapted to operate in a first band; and a second feed port coupled to a second transceiver circuit adapted to operate in said first band and to a receiver circuit adapted to operate in a second band, wherein first and second feed ports (218B, 218B) are placed in respective planar surfaces that are substantially orthogonal with respect to each other; wherein said first feed port is electrically connected to a first antenna element disposed on a first planar surface and second feed port is electrically connected to a second antenna element disposed on a second planar surface, said first and second planar surfaces (210, 208) being substantially orthogonal with respect to each other at a common edge such that said first antenna element and said second antenna element electrically contact each other at said common edge. a first feed port coupled to a first transceiver circuit adapted to operate in a first band; and a second feed port coupled to a second transceiver circuit adapted to operate in said first band and to a receiver circuit adapted to operate in a second band, wherein first and second feed ports (218B, 218B) are placed in respective planar surfaces that are substantially orthogonal with respect to each other; wherein said first feed port is electrically connected to a first antenna element disposed on a first planar surface and second feed port is electrically connected to a second antenna element disposed on a second planar surface, said first and second planar surfaces (210, 208) being substantially orthogonal with respect to each other at a common edge such that said first antenna element and said second antenna element electrically contact each other at said common edge.
A method of producing a manual toothbrush comprising a head having one or more cleaning elements having first ends intended to be mounted to the head, a handle and a neck portion being connected to the head and to the handle, comprising the steps of - providing a coupling element comprising a first end intended to be located in the neck portion and a second end intended to be located in the handle arranged opposite the first end - arranging the first end of the coupling element in a first injection molding cavity; - providing one or more cleaning elements and arranging the first ends of the one or more cleaning elements in a first injection molding cavity; - forming the head and the neck portion or a part thereof by injecting a first plastic material into the first injection molding cavity, wherein the first ends of the one or more cleaning elements and the first end of the coupling element are over-molded; - providing a handle comprising a receiving element; - forming the manual toothbrush by irreversibly connecting the second end of the coupling element and the receiving element of the handle. - providing a coupling element comprising a first end intended to be located in the neck portion and a second end intended to be located in the handle arranged opposite the first end - arranging the first end of the coupling element in a first injection molding cavity; - providing one or more cleaning elements and arranging the first ends of the one or more cleaning elements in a first injection molding cavity; - forming the head and the neck portion or a part thereof by injecting a first plastic material into the first injection molding cavity, wherein the first ends of the one or more cleaning elements and the first end of the coupling element are over-molded; - providing a handle comprising a receiving element; - forming the manual toothbrush by irreversibly connecting the second end of the coupling element and the receiving element of the handle.
A method for transmitting and receiving data in a wireless network, the method comprising: at a high-throughput station, receiving first data via a bonded channel which is formed by channel bonding first and second adjacent channels; and at the high-throughput station, transmitting second data with a legacy format simultaneously and separately via each of the first and second adjacent channels, wherein the second data is a legacy Acknowledge, ACK, frame transmitted in response to the first data, wherein the wireless network is compliant with the IEEE 802.11n standard, and the legacy format is compliant with the IEEE 802.11a standard, IEEE 802.11b standard, or IEEE 802.11g standard, and wherein a plurality of stations receive the second data and participate in a backoff procedure. at a high-throughput station, receiving first data via a bonded channel which is formed by channel bonding first and second adjacent channels; and at the high-throughput station, transmitting second data with a legacy format simultaneously and separately via each of the first and second adjacent channels, wherein the second data is a legacy Acknowledge, ACK, frame transmitted in response to the first data, wherein the wireless network is compliant with the IEEE 802.11n standard, and the legacy format is compliant with the IEEE 802.11a standard, IEEE 802.11b standard, or IEEE 802.11g standard, and wherein a plurality of stations receive the second data and participate in a backoff procedure.
A pipe handling apparatus comprising: a skid; a main rotating structural member rotating about a pivot axis relative to a skid, said main rotating structural member moving between a first position and a second position; an arm pivotally attached to said main rotating structural member; a gripping means interconnected to an end of said arm opposite said main rotating structural member, said gripping means for gripping a tubular therein, said arm extending outwardly of said main rotating structural member when said main rotating structural member is in said second position, said main rotating structural member being a boom; characterised in that the pipe handling apparatus further comprises a tensioning means affixed adjacent to an upper end of said main rotating structural member, said tensioning means for applying tension to said main rotating structural member when said main rotating structural member is in the second position and applying no tension to said main rotating structural member when the main rotating structural member is in the first position. a skid; a main rotating structural member rotating about a pivot axis relative to a skid, said main rotating structural member moving between a first position and a second position; an arm pivotally attached to said main rotating structural member; a gripping means interconnected to an end of said arm opposite said main rotating structural member, said gripping means for gripping a tubular therein, said arm extending outwardly of said main rotating structural member when said main rotating structural member is in said second position, said main rotating structural member being a boom; characterised in that the pipe handling apparatus further comprises a tensioning means affixed adjacent to an upper end of said main rotating structural member, said tensioning means for applying tension to said main rotating structural member when said main rotating structural member is in the second position and applying no tension to said main rotating structural member when the main rotating structural member is in the first position.
A method, comprising; receiving signals from an emitter on a plurality of antennas of a radar warning receiver system; determining an angle of arrival of the received signals from the emitter from first and second ones of the plurality of antennas; determining a range for the emitter from a strength of the signals from the first and second ones of the plurality of antennas; receiving navigational information for an aircraft to which the radar warning receiving is attached, the navigational information comprising attitude information; combining, using a computer processor, the aircraft attitude information with the range and the angle of arrival to determine a position of the emitter in three dimensions; using navigation data to stabilize the three-dimensional emitter position against aircraft position changes; applying tracking to the successive three-dimensional emitter position estimates to generate at least one track of position for the emitter; using the at least one track when information from the radar warning receiver is not available; and transforming the emitter position in the at least one track back into angle of arrival data. receiving signals from an emitter on a plurality of antennas of a radar warning receiver system; determining an angle of arrival of the received signals from the emitter from first and second ones of the plurality of antennas; determining a range for the emitter from a strength of the signals from the first and second ones of the plurality of antennas; receiving navigational information for an aircraft to which the radar warning receiving is attached, the navigational information comprising attitude information; combining, using a computer processor, the aircraft attitude information with the range and the angle of arrival to determine a position of the emitter in three dimensions; using navigation data to stabilize the three-dimensional emitter position against aircraft position changes; applying tracking to the successive three-dimensional emitter position estimates to generate at least one track of position for the emitter; using the at least one track when information from the radar warning receiver is not available; and transforming the emitter position in the at least one track back into angle of arrival data.
A polypeptide with laccase activity comprising an amino acid sequence that is more than 80% identical to the amino acid sequence according to SEQ ID NO: 1, wherein the polypeptide comprises a non-polar amino acid residue selected from the group consisting of methionine, leucine, isoleucine, valine, alanine, proline and glycine and phenylalanine at an amino acid position corresponding to position 113 in SEQ ID NO: 1.
Welding installation for welding workpieces (2, 3), having an electric arc that moves in a revolving, in particular magnetic, manner, wherein the welding installation has an advancing installation for a workpiece (2, 3) and a current source and a propelling installation for the electric arc, characterized in that the welding installation has an additional heating installation for heating the connected workpieces (2, 3) at the joining region thereof, wherein the heating installation is configured as a further current source which is connectable to the workpieces (2, 3) in an electrically conducting manner such that the current source by way of an electric current flow additionally heats the connected workpieces (2, 3) at the joining region thereof in a conductive manner, wherein the current source is controllable in an open loop or a closed loop for attaining a desired temperature behaviour, in particular a cooling behaviour, of the joined workpieces (2, 3).
An asymmetric double-entry turbine housing comprising: a first volute having a first exhaust gas inlet and a first exhaust gas outlet, wherein the first exhaust gas outlet extends circumferentially from a tip of a first tongue to a tip of a second tongue; a second volute having a second exhaust gas inlet and a second exhaust gas outlet, wherein the second exhaust gas outlet extends circumferentially from the tip of the second tongue to the tip of the first tongue; a turbine receiving bore in fluid communication with the first exhaust gas outlet and the second exhaust gas outlet for conducting a flow of exhaust gas from the first exhaust gas outlet and the second exhaust gas outlet out in an axial direction, characterized by the first exhaust gas outlet having an angular opening amount of approximately 200 degrees around the turbine receiving bore, and the second exhaust gas outlet having an angular opening amount of approximately 160 degrees around the turbine receiving bore; and a plurality of vanes (71, 72) disposed in a circumferential arrangement around the turbine receiving bore along the first and second exhaust gas outlets, wherein the vanes include variable geometry vanes, which are disposed along the second exhaust gas outlet, and fixed geometry vanes, which are disposed along the first exhaust gas outlet. a first volute having a first exhaust gas inlet and a first exhaust gas outlet, wherein the first exhaust gas outlet extends circumferentially from a tip of a first tongue to a tip of a second tongue; a second volute having a second exhaust gas inlet and a second exhaust gas outlet, wherein the second exhaust gas outlet extends circumferentially from the tip of the second tongue to the tip of the first tongue; a turbine receiving bore in fluid communication with the first exhaust gas outlet and the second exhaust gas outlet for conducting a flow of exhaust gas from the first exhaust gas outlet and the second exhaust gas outlet out in an axial direction, characterized by the first exhaust gas outlet having an angular opening amount of approximately 200 degrees around the turbine receiving bore, and the second exhaust gas outlet having an angular opening amount of approximately 160 degrees around the turbine receiving bore; and a plurality of vanes (71, 72) disposed in a circumferential arrangement around the turbine receiving bore along the first and second exhaust gas outlets, wherein the vanes include variable geometry vanes, which are disposed along the second exhaust gas outlet, and fixed geometry vanes, which are disposed along the first exhaust gas outlet.
A switch device, comprising: a knob member rotatably around a rotational axis fitted to and supported by a fixing portion; and a rotor member integrally mounted to the knob member and rotatably around the rotational axis supported by the fixing portion, wherein the fixing portion comprises a rotation regulating portion that regulates a rotatable range of the rotor member, and a rotation sliding surface that contacts with the knob member when the rotor member is rotated with respect to the fixing member, and characterised in that a protrusion is formed on the fixing portion so as to protrude on the distal end knob member side of the fixing portion towards the knob member and in that the protrusion comprises the rotation regulating portion and the rotation sliding surface. a knob member rotatably around a rotational axis fitted to and supported by a fixing portion; and a rotor member integrally mounted to the knob member and rotatably around the rotational axis supported by the fixing portion, wherein the fixing portion comprises a rotation regulating portion that regulates a rotatable range of the rotor member, and a rotation sliding surface that contacts with the knob member when the rotor member is rotated with respect to the fixing member, and characterised in that a protrusion is formed on the fixing portion
Method for use of a combination of a forklift and a hand held scan device, which forklift comprises an elongate measurement device arranged to the mast (4, 21) of the forklift in longitudinal direction, which elongate measurement device comprises: - a main scale (10; 26) extending in longitudinal direction; - a plurality of unique codes (13; 27, 31) scannable by the hand held scan device, wherein the unique codes are arranged along the scale at a fixed pitch, characterised in that the method comprises the steps of: - positioning the forklift behind a pallet with goods with an identifier; - selecting a unique code (13; 27, 31) positioned along the scale and corresponding to the height of the goods on the pallet; - scanning the selected unique code (13; 27, 31) with the hand held scan device; - scanning the identifier of the pallet with goods with the hand held device; and - sending the scanned unique code (13; 27, 31) and scanned identifier by the hand held scan device to a central database. - a main scale (10; 26) extending in longitudinal direction; - a plurality of unique codes (13; 27, 31) scannable by the hand held scan device, wherein the unique codes are arranged along the scale at a fixed pitch, characterised in that the method comprises the steps of: - positioning the forklift behind a pallet with goods with an identifier; - selecting a unique code (13; 27, 31) positioned along the scale and corresponding to the height of the goods on the pallet; - scanning the selected unique code (13; 27, 31) with the hand held scan device; - scanning the identifier of the pallet with goods with the hand held device; and - sending the scanned unique code (13; 27, 31) and scanned identifier by the hand held scan device to a central database. - positioning the forklift behind a pallet with goods with an identifier; - selecting a unique code (13; 27, 31) positioned along the scale and corresponding to the height of the goods on the pallet; - scanning the selected unique code (13; 27, 31) with the hand held scan device; - scanning the identifier of the pallet with goods with the hand held device; and - sending the scanned unique code (13; 27, 31) and scanned identifier by the hand held scan device to a central database.
A cable-type secondary battery having a horizontal cross section of a predetermined shape and extending longitudinally, comprising: a core for supplying lithium ions, which comprises an electrolyte; an inner electrode, surrounding the outer surface of the core for supplying lithium ions, and comprising a spiral electrode formed by spirally twisting two or more wire-type inner current collectors coated with an inner electrode active material on the surface thereof a separation layer surrounding the outer surface of the inner electrode to prevent a short circuit between electrodes; and an outer electrode surrounding the outer surface of the separation layer, and comprising an outer electrode active material layer and an outer current collector. a core for supplying lithium ions, which comprises an electrolyte; an inner electrode, surrounding the outer surface of the core for supplying lithium ions, and comprising a spiral electrode formed by spirally twisting two or more wire-type inner current collectors coated with an inner electrode active material on the surface thereof a separation layer surrounding the outer surface of the inner electrode to prevent a short circuit between electrodes; and an outer electrode surrounding the outer surface of the separation layer, and comprising an outer electrode active material layer and an outer current collector.
A method of assembling a stairlift guide rail, said method comprising: (a) providing a kit comprising a stock of components for a modular guide rail system which comprises from 50 to 150 different sections of guide rail for the assembly of a stairlift guide rail; (b) measuring and assessing an assembly site for stairlift guide rail installation; (c) selecting appropriate components from the kit to construct the stairlift guide rail; (d) assembling a stairlift guide rail by the fitting together of said sections of guide rail, wherein each of said sections of guide rail in the provided kit has a predetermined dimension, wherein said sections of guide rail in the provided kit comprises a plurality of sections of straight guide rail and a plurality of sections of curved guide rail, wherein said plurality of sections of curved guide rail comprises sections shaped to provide a horizontal curvature in use, sections shaped to provide a vertical curvature in use, and sections shaped to provide a horizontal and vertical curvature in use, at a variety of predetermined angles, wherein said plurality of sections of guide rail comprises sections of predetermined lengths, wherein the provided kit comprises a first set of sections of guide rail having vertical curvature at a variety of different angles which are adapted to negotiate decreasing gradients from the vertical to the horizontal in use, and a second set of sections of guide rail having vertical curvature at a variety of different angles which are adapted to negotiate increasing gradients from the horizontal to the vertical in use, wherein said first set of vertical sections of guide rail have vertical curvature at a range of angles which range between 8° and 58°, with a tolerance of between 0.5° and 1°, and said second set of vertical sections of guide rail have vertical curvature at a range of angles which range between -8° and -58°, with a tolerance of between -0.5° and -1°. (a) providing a kit comprising a stock of components for a modular guide rail system which comprises from 50 to 150 different sections of guide rail for the assembly of a stairlift guide rail; (b) measuring and assessing an assembly site for stairlift guide rail installation; (c) selecting appropriate components from the kit to construct the stairlift guide rail; (d) assembling a stairlift guide rail by the fitting together of said sections of guide rail,
A self-setting, porous calcium phosphate composition comprising a calcium phosphate, an effervescent agent comprising carbonate and bicarbonate that are present in said composition at a molar ratio of between 1:1 and 1:9, or at a 1:1 molar ratio, or at a 1:9 molar ratio, and that react upon hydration of said composition with a physiologically acceptable fluid to produce carbon dioxide as a gaseous component, and a biocompatible cohesiveness agent present in an amount of 20 wt% or less, wherein release of said gaseous component from said composition produces at least 5% porosity in a hardened material formed after said hydration of said composition, and wherein, after hardening, said hardened material has a compressive strength of 1 MPa or greater.
Setting mechanism for a timepiece movement, comprising: a setting gear train, a winder rod adapted to be moved from a first axial position termed a running position to a second axial position termed a setting position, a sliding pinion adapted to be moved from a first axial position in which the sliding pinion is disengaged from the setting gear train to a second axial position in which the sliding pinion meshes with the setting gear train, a lever interengaged with the sliding pinion and adapted to pivot, when the winding rod is moved from a running position to a setting position and vice versa, in order to move the sliding pinion from the first axial position to the second and vice versa, and a device for immobilizing the setting gear train, characterized in that the immobilizing device comprises first and second immobilizing arms (22, 30) and an immobilizing wheel interengaged with the setting gear train, the first and second immobilizing arms being adapted, on the one hand, to the interengaged with the immobilizing wheel in a configuration termed locked in which the setting gear train is immobilized and, on the other hand, to be disengaged from the immobilizing wheel in a configuration termed unlocked in which the sliding pinion is free from meshing with the setting gear train, the immobilizing device comprising to this end a locking/unlocking lever interengaged with the sliding pinion and adapted to cooperate with the first and second immobilizing arms (22, 30) in order to pass from the locked configuration to the unlocked configuration and vice versa when the winding rod is moved from a running position to a setting position and vice versa. a setting gear train, a winder rod adapted to be moved from a first axial position termed a running position to a second axial position termed a setting position, a sliding pinion adapted to be moved from a first axial position in which the sliding pinion is disengaged from the setting gear train to a second axial position in which the sliding pinion meshes with the setting gear train, a lever interengaged with the sliding pinion and adapted to pivot, when the winding rod is moved from a running position to a setting position and vice versa, in order to move the sliding pinion from the first axial position to the second and vice versa, and a device for immobilizing the setting gear train,