mhurhangee/ep-ind-claims huggingface dataset:
Method for the direct compounding of fibre-reinforced composite materials for the production of plastics mouldings or profile strands, comprising at least the following steps of: - melting and plasticizing plastic in an extruder module comprising an extruder cylinder and an extruder screw rotating therein for production of a plastics melt; - supplying reinforcing fibres to a supply opening in the extruder cylinder by means of a supply unit; - mixing the plastics melt and the reinforcing fibres to form a compound; - further processing the plastics melt mixed with the reinforcing fibres to form a moulding by injection into at least one mould cavity of a tool by means of an injection nozzle or to form a profile strand by means of extrusion by at least one nozzle tool, characterized - in that the reinforcing fibres are processed in a fibre-wadding apparatus connected to the supply unit to form a fibre wadding, and - in that the fibre wadding is supplied to the plastics melt in a partially filled and pressureless decompression zone in the extruder module. - melting and plasticizing plastic in an extruder module comprising an extruder cylinder and an extruder screw rotating therein for production of a plastics melt; - supplying reinforcing fibres to a supply opening in the extruder cylinder by means of a supply unit; - mixing the plastics melt and the reinforcing fibres to form a compound; - further processing the plastics melt mixed with the reinforcing fibres to form a moulding by injection into at least one mould cavity of a tool by means of an injection nozzle or to form a profile strand by means of extrusion by at least one nozzle tool, characterized - in that the reinforcing fibres are processed in a fibre-wadding apparatus connected to the supply unit to form a fibre wadding, and - in that the fibre wadding is supplied to the plastics melt in a partially filled and pressureless decompression zone in the extruder module.
A computing platform (120, 120') comprising: computing hardware comprising a computer readable, non transitory storage medium coupled to a processor and a memory, the processor configured to communicate with an opsensor and an engine control system, the opsensor configured to sense knocking within a cylinder of an engine during a combustion cycle (k), the engine control system configured to operate the engine, the storage medium having embodied thereon instructions executable by the processor to perform a method stored in the memory, the method comprising: selecting a bandset(k) associated with the combustion cycle (k), the bandset(k) comprising two or more bands of knock intensity, each band comprising a categorical and/or numerical identifier that describes an intensity, magnitude, and/or other aspect of knocking within the cylinder, the bandset (k) comprising a set of bands that characterize a range of possible knock intensities; receiving opsensor data from the opsensor for combustion cycle (k); calculating one or more knock indicators y(i,k) from the received opsensor data; calculating a bandchoice(k) identifying a choice of the band in the bandset(k) that is likely to have resulted in the one or more knock indicators y(i,k) calculated from the received opsensor data; and storing the bandchoice(k) and optionally y(i,k). selecting a bandset(k) associated with the combustion cycle (k), the bandset(k) comprising two or more bands of knock intensity, each band comprising a categorical and/or numerical identifier that describes an intensity, magnitude, and/or other aspect of knocking within the cylinder, the bandset (k) comprising a set of bands that characterize a range of possible knock intensities; receiving opsensor data from the opsensor for combustion cycle (k); calculating one or more knock indicators y(i,k) from the received opsensor data; calculating a bandchoice(k) identifying a choice of the band in the bandset(k) that is likely to have resulted in the one or more knock indicators y(i,k) calculated from the received opsensor data; and storing the bandchoice(k) and optionally y(i,k).
An input key (10, 210) to which a plurality of input information elements are assigned, the input key (10, 210) comprising: a key top to be pushed; moving direction detecting means for detecting a moving direction of a pusher of a finger or the like in contact with a surface of the key top during movement thereof on the key top surface; and a switch to change a state with a push on the key top; characterized in that top projections to generate vibration or sound by contact with the pusher are formed in a plurality of predetermined regions (171, 172, 173, 174) on the key top surface and the top projections in the respective predetermined regions (171, 172, 173, 174) are configured to have mutually different natural frequencies (f1, f2, f3, f4) of generated vibration or sound, and, wherein back projections (182, 184) to generate vibration or sound due to the vibration or sound generated by the top projections are formed in regions corresponding to the predetermined regions (171, 172, 173, 174), in a back surface of the key top (10, 210), wherein the back projections (182, 184) in the respective regions are configured to have mutually different natural frequencies of generated vibration or sound, wherein the natural frequencies of the back projections in the respective predetermined regions is the same as the natural frequencies of the top projections in the respective predetermined regions and wherein the moving direction detecting means comprises: measuring means for measuring a natural frequency of vibration or sound generated from the back projection in at least one region due to vibration or sound generated from the top projection in at least one predetermined region with movement of the pusher on the key top surface, wherein the measuring means is located at the back side of the key top; and direction detecting means for detecting the moving direction of the pusher, based on the natural frequency obtained by the measurement. measuring means for measuring a natural frequency of vibration or sound generated from the back projection in at least one region due to vibration or sound generated from the top projection in at least one predetermined region with movement of the pusher on the key top surface, wherein the measuring means is located at the back side of the key top; and direction detecting means for detecting the moving direction of the pusher, based on the natural frequency obtained by the measurement.
Process for the production of a foam composite element, comprising the steps: A) providing a facing; B) applying adhesion promoter to the facing, and C) applying a foam layer comprising polyurethane and/or polyisocyanurate to the adhesion promoter, characterised in that the adhesion promoter consists of at least one compound selected from the group consisting of polyether polyol (B.1), polyurea dispersion (B.3) and polyester polyol (B.4), where the polyether polyol (B.1) is selected from at least one compound selected from the group consisting of polyoxypropylene polyols, polyoxypropylene polyoxyethylene polyols and polyether carbonate polyols. A) providing a facing; B) applying adhesion promoter to the facing, and C) applying a foam layer comprising polyurethane and/or polyisocyanurate to the adhesion promoter,
A method for monitoring operation of a network service for licensing control in a virtual network environment managed by a Network Functions Virtualisation Management and Orchestration, NFV-MANO, system, the method comprising: - defining the network service in a Network Service Descriptor; - deploying the network service using Virtual Network Function instances identified in said Network Service Descriptor by instantiating Virtual Network Function Components defined by a Virtualisation Deployment Unit, wherein said Virtualisation Deployment Unit is associated with said Virtual Network Function; - recording in a first information field associated with the Network Service Descriptor information indicative of a usage of the instantiated Virtual Network Function Components; - maintaining a licensing database for storing information indicative of usage of the instantiated Virtual Network Function Components based on records in the first information field. - defining the network service in a Network Service Descriptor; - deploying the network service using Virtual Network Function instances identified in said Network Service Descriptor by instantiating Virtual Network Function Components defined by a Virtualisation Deployment Unit, wherein said Virtualisation Deployment Unit is associated with said Virtual Network Function; - recording in a first information field associated with the Network Service Descriptor information indicative of a usage of the instantiated Virtual Network Function Components; - maintaining a licensing database for storing information indicative of usage of the instantiated Virtual Network Function Components based on records in the first information field.
An isolated peptide comprising the amino acid sequence in SEQ ID NO. 66 (Ile-Asp-Gln-Gln-Val-Leu-Ser-Arg-Ile-Lys-Leu-Glu-Ile-Lys-Arg-Cys-Leu) for use in a method of reducing the incidence of clinically detected prostate cancer in a mammal comprising administering a therapeutically effective amount of the isolated peptide to the mammal, wherein the peptide is administered to the central part of the prostate where cancer is less common, and the method reduces the incidence of clinically detected prostate cancer by an amount greater than 15% compared to administration of a placebo to mammals susceptible to developing prostate cancer.
A gas turbine combined cycle power generation system, comprising: a gas turbine; a steam turbine; at least one generator (7, 9) capable of generating electric power from power of the gas turbine and the steam turbine; and an exhaust gas treatment device capable of treating exhaust gas of the gas turbine, wherein the exhaust gas treatment device includes an exhaust gas treatment catalyst comprising a perovskite composite oxide containing at least Ag and Dy in an A site and at least Mn in a B site, wherein the perovskite composite oxide has a composition expressed by a general expression Ag α Dy 1-α MnO 3, where 0.01 ≤ α ≤ 0.20, and wherein the exhaust gas treatment device further includes a re-heater disposed upstream of the exhaust gas treatment catalyst in a flow direction of the exhaust gas, the re-heater being capable of performing heat exchange between the exhaust gas and steam to be supplied to the steam turbine. a gas turbine; a steam turbine; at least one generator (7, 9) capable of generating electric power from power of the gas turbine and the steam turbine; and an exhaust gas treatment device capable of treating exhaust gas of the gas turbine, wherein the exhaust gas treatment device includes an exhaust gas treatment catalyst comprising a perovskite composite oxide containing at least Ag and Dy in an A site and at least Mn in a B site, wherein the perovskite composite oxide has a composition expressed by a general expression Ag α Dy 1-α MnO 3, where 0.01 ≤ α ≤ 0.20, and wherein the exhaust gas treatment device further includes a re-heater disposed upstream of the exhaust gas treatment catalyst in a flow direction of the exhaust gas, the re-heater being capable of performing heat exchange between the exhaust gas and steam to be supplied to the steam turbine.
Arm actuator for a door leaf, wherein this actuator comprises • an electric motor, • a drive arm driven from a first end and around a first axis by the electric motor, • a leaf arm freely articulated from a first end and around a second axis parallel to the first axis on a second end of the drive arm, wherein this leaf arm is intended to be articulated from a second end on a door leaf, characterised in that at the level of the second end of the drive arm and at the level of the first end of the leaf arm respectively the drive arm and the leaf arm bear means (165, 185, 187, 189) defining angular areas (B1, B2, 185) for the visual location of the relative angular orientation (α) of the arms (16, 18) around the second axis, in that the visual locating means comprise at least one mark formed on the second end of the drive arm and at least one mark (185, 187, 189) formed on the first end of the leaf arm, in that the relative position of these marks (165, 185, 187, 189) depends on the relative angular orientation (α) of the drive arm and the leaf arm and in that said at least one mark of one of the two arms constitutes an angular exclusion zone (ß3) for said at least one mark of the other of the two arms. • an electric motor, • a drive arm driven from a first end and around a first axis by the electric motor, • a leaf arm freely articulated from a first end and around a second axis parallel to the first axis on a second end of the drive arm, wherein this leaf arm is intended to be articulated from a second end on a door leaf, characterised in that at the level of the second end of the drive arm and at the level of the first end of the leaf arm respectively the drive arm and the leaf arm bear means (165, 185, 187, 189) defining angular areas (B1, B2, 185) for the visual location of the relative angular orientation (α) of the arms (16, 18) around the second axis, in that the visual locating means comprise at least one mark formed on the second end of the drive arm and at least one mark (185, 187, 189) formed on the first end of the leaf arm, in that the relative position of these marks (165, 185, 187, 189) depends on the relative angular orientation (α) of the drive arm and the leaf arm and in that said at least one mark of one of the two arms constitutes an angular exclusion zone (ß3) for said at least one mark of the other of the two arms.
A deformable mobile terminal comprising: a main body: a display mounted to a front surface of the main body; and a strap including a first and a second straps (1021, 1022) coupled to a first and a second side of the main body by a first and a second auxiliary hinges, the strap includes flexible material; wherein the first strap includes a first strap portion connected to the first auxiliary hinge and a second strap portion connected to the first strap portion by a first foldable curved unit and a first plate spring in the second strap portion; wherein the second strap includes a third strap portion connected to the first auxiliary hinge and a fourth strap portion connected to the third strap portion by a second foldable curved unit and a second plate spring in the fourth strap portion; wherein the strap, in a first configuration of the mobile terminal, has curved shape and, together with the main body, forms a curved closed loop structure, wherein the first foldable curved unit is folded to overlap the first and second strap portions (1021a, 1021b) with each other and the second foldable curved unit is folded to overlap the third and fourth strap portions (1022a, 1022b), in a second configuration of the mobile terminal, so that the strap and the main body form a flat closed loop structure, wherein the first and second plate springs are curved in a first shape to keep the curved shape of the strap in the first configuration and at least part of the first and second plate springs are curved in a second shape to keep a folded shape of the strap in the second configuration. a display mounted to a front surface of the main body; and a strap including a first and a second straps (1021, 1022) coupled to a first and a second side of the main body by a first and a second auxiliary hinges, the strap includes flexible material; wherein the first strap includes a first strap portion connected to the first auxiliary hinge and a second strap portion connected to the first strap portion by a first foldable curved unit and a first plate spring in the second strap portion; wherein the second strap includes a third strap portion connected to the first auxiliary hinge and a fourth strap portion connected to the third strap portion by a second foldable curved unit and a second plate spring in the fourth strap portion; wherein the strap, in a first configuration of the mobile terminal, has curved shape and, together with the main body, forms a curved closed loop structure, wherein the first foldable curved unit is folded to overlap the first and second strap portions (1021a, 1021b) with each other and the second foldable curved unit is folded to overlap the third and fourth strap portions (1022a, 1022b), in a second configuration of the mobile terminal, so that the strap and the main body form a flat closed loop structure, wherein the first and second plate springs are curved in a first shape to keep the curved shape of the strap in the first configuration and at least part of the first and second plate springs are curved in a second shape to keep a folded shape of the strap in the second configuration.
A compound or pharmaceutically acceptable salts thereof, wherein the compound is ( R, E)- N -(4-(3-chloro-4-fluorophenylamino)-7-ethoxyquinazolin-6-yl)-4-(2-(methoxymethyl)azetidin-1-yl)but-2-enamide.
A mobile character control system, comprising: a platform configured to support an operator; a character assembly engaged with the platform, the character assembly comprising a character frame that resembles a specific creature and comprising actuatable features configured to simulate movement of the creature; a control system configured to actuate the actuatable features of the character assembly in response to signals received from control features controlled by the operator; and a transportation assembly configured to direct movement of the platform, wherein the transportation assembly is configured to support the character assembly, characterized by wherein the control system is configured to control one or more actuators of the character assembly to move the one or more actuatable features to simulate movement of the creature according to a first type of motion in response to the transportation assembly moving the platform at a first speed, and wherein the control system is configured to control the one or more actuators to move the one or more actuatable features to simulate movement of the creature according to a second type of motion in response to the transportation assembly moving the platform at a second speed, wherein the first type of motion comprises a first sequence of locations in space of the one or more actuatable features, and wherein the second type of motion comprises a second sequence of locations in space, different from the first sequence of locations in space, of the one or more actuatable features. a character assembly engaged with the platform, the character assembly comprising a character frame that resembles a specific creature and comprising actuatable features configured to simulate movement of the creature; a control system configured to actuate the actuatable features of the character assembly in response to signals received from control features controlled by the operator; and a transportation assembly configured to direct movement of the platform, wherein the transportation assembly is configured to support the character assembly, characterized by wherein the control system is configured to control one or more actuators of the character assembly to move the one or more actuatable features to simulate movement of the creature according to a first type of motion in response to the transportation assembly moving the platform at a first speed, and wherein the control system is configured to control the one or more actuators to move the one or more actuatable features to simulate movement of the creature according to a second type of motion in response to the transportation assembly moving the platform at a second speed, wherein the first type of motion comprises a first sequence of locations in space of the one or more actuatable features, and wherein the second type of motion comprises a second sequence of locations in space, different from the first sequence of locations in space, of the one or more actuatable features.
A method that constructs a two dimensional image map from one dimensional projection path data comprising: defining a map having M × N pixels that represents a cross-section plane; identifying boundary coordinate locations on the map that define one or more projection paths where i = 1,2,...,I represents the number of projection paths; identifying the map pixels that are traversed by the I projection paths; calculating a pixel projection path length for each map pixel that is traversed by each projection path i; propagating the pixel projection lengths to other map pixels; correlating the pixel projection lengths; and utilizing the correlated pixel projection lengths to construct said two dimensional image map. defining a map having M × N pixels that represents a cross-section plane; identifying boundary coordinate locations on the map that define one or more projection paths where i = 1,2,...,I represents the number of projection paths; identifying the map pixels that are traversed by the I projection paths; calculating a pixel projection path length for each map pixel that is traversed by each projection path i; propagating the pixel projection lengths to other map pixels; correlating the pixel projection lengths; and utilizing the correlated pixel projection lengths to construct said two dimensional image map.
Filter device for filtering particles from an air flow, having an inlet channel through which the air to be cleaned flows, at least one filter element (8, 8') through which a flow can pass and which is held replaceably in a flow channel, and an outlet channel through which the cleaned air flows, characterized in that the filter device has an insertion chamber which can be closed by a door and from which a filter element (8, 8') can be fed to the flow channel, and an output chamber which can be closed by a closure element (17, 19) and into which a filter element (8, 8') can be fed from the flow channel, wherein a cover of the filter device is attachable to the filter element (8, 8') and covers a filter cake on the filter element (8, 8') so that the unit consisting of filter element (8, 8') and cover can be removed together from the output chamber.
A successive approximation analog to digital converter comprising a plurality of capacitors (C1 n - C6 n, C1 p - C6 p) a plurality of switches (S1 p -S6 p, 22, 24), a controller and a comparator, where each of the capacitors has first and second plates, and the first plates of the capacitors are, during a successive approximation conversion, selectively connectable via respective first and second switches to a first reference or a second reference under the command of the controller, characterised in that during a conversion step where the connections of a given capacitor may be varied as a result of a decision by the comparator the first and second switches to the given capacitor are both placed in a high impedance state during a decision period of the comparator.