mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a lorry crane , having a lifting system configured to be arranged in a plurality of configurations (I, II, III), wherein the lifting system comprises a plurality of structures moveably arranged relative to each other and one or more actuators arranged to move the structures relative to each other, wherein the method comprises the following steps: - selecting a first configuration (I) among a plurality of configurations by means of a control system comprising an operable control unit ; - selecting a second configuration (II) among a plurality of configurations by means of the control unit ; - activating the control unit to automatically bringing the lifting system from the first configuration (I) into the second configuration (II) by using one or more actuators , characterised in that the method comprises the step of detecting the length of a structure of the lifting system and/or an angular position of a structure of the lifting system , wherein the control unit applies the length of a structure and/or the angular position a structure to calculate a path (P 1 , P 2 ), through which path (P 1 , P 2 ) the control unit brings the lifting system from the first configuration (I) into the second configuration (II) by using one or more actuators , wherein the path (P 1 , P 2 ) is determined continuously during the operation of the lifting system, wherein the method comprises the step of keeping the structures in positions, in which the distance (D 1 , D 2 ) between the structures and one or more zones (Z 1 , Z 2 ) and/or positions is larger than a predefined length (L 1 , L 2 , L 3 ). - selecting a first configuration (I) among a plurality of configurations by means of a control system comprising an operable control unit ; - selecting a second configuration (II) among a plurality of configurations by means of the control unit ; - activating the control unit to automatically bringing the lifting system from the first configuration (I) into the second configuration (II) by using one or more actuators , the method comprises the step of detecting the length of a structure of the lifting system and/or an angular position of a structure of the lifting system , wherein the control unit applies the length of a structure and/or the angular position a structure to calculate a path (P 1 , P 2 ), through which path (P 1 , P 2 ) the control unit brings the lifting system from the first configuration (I) into the second configuration (II) by using one or more actuators , wherein the path (P 1 , P 2 ) is determined continuously during the operation of the lifting system, wherein the method comprises the step of keeping the structures in positions, in which the distance (D 1 , D 2 ) between the structures and one or more zones (Z 1 , Z 2 ) and/or positions is larger than a predefined length (L 1 , L 2 , L 3 ).
An apparatus for remotely attesting to authenticator integrity comprising: an authenticator to read biometric authentication data from a user and determine whether to successfully authenticate the user based on a comparison with biometric reference data , wherein the authenticator comprises a cryptographic engine to protect communication with a relying party remote from the apparatus and to attest to the integrity of the authenticator to the relying party , wherein the cryptographic engine is adapted to: receive from a production line an endorsement key certificate generated specifically for the authenticator , the certificate corresponding to a public endorsement key of an endorsement key pair; use the endorsement key certificate to authenticate to a Direct Anonymous Attestation, DAA, Issuer during a DAA-join operation wherein a DAA key pair is generated; receive a DAA certificate from the DAA Issuer; receive a challenge from the relying party ; sign the challenge and a score from the comparison using a DAA-Sign operation to generate an attestation signature; and send the attestation signature,the score, and an identifier of the user to the relying party for verification of the attestation signature using a key. receive from a production line an endorsement key certificate generated specifically for the authenticator , the certificate corresponding to a public endorsement key of an endorsement key pair; use the endorsement key certificate to authenticate to a Direct Anonymous Attestation, DAA, Issuer during a DAA-join operation wherein a DAA key pair is generated; receive a DAA certificate from the DAA Issuer; receive a challenge from the relying party ; sign the challenge and a score from the comparison using a DAA-Sign operation to generate an attestation signature; and send the attestation signature,the score, and an identifier of the user to the relying party for verification of the attestation signature using a key.
A wireless communication device for communicating across a wireless communication channel comprising: a memory configured to store instructions; one or more processors coupled to the memory to execute the instructions stored in the memory , wherein the instructions are configured to: determine a plurality of channel estimation measurements corresponding to a plurality of physical protocol data units, PPDUs, received from one or more additional wireless communication devices; determine a plurality of position measurements using information about the transmission of the plurality PPDUs, wherein the position measurement is a position of the one or more additional wireless communication devices relative to the wireless communication device; select a subset of the plurality of channel estimation measurements based on the plurality of position measurements; and determine a change in a state of the wireless communication channel based on the selected subset of the plurality of channel estimation measurements. a memory configured to store instructions; one or more processors coupled to the memory to execute the instructions stored in the memory , wherein the instructions are configured to: determine a plurality of channel estimation measurements corresponding to a plurality of physical protocol data units, PPDUs, received from one or more additional wireless communication devices; determine a plurality of position measurements using information about the transmission of the plurality PPDUs, wherein the position measurement is a position of the one or more additional wireless communication devices relative to the wireless communication device; select a subset of the plurality of channel estimation measurements based on the plurality of position measurements; and determine a change in a state of the wireless communication channel based on the selected subset of the plurality of channel estimation measurements. determine a plurality of channel estimation measurements corresponding to a plurality of physical protocol data units, PPDUs, received from one or more additional wireless communication devices; determine a plurality of position measurements using information about the transmission of the plurality PPDUs, wherein the position measurement is a position of the one or more additional wireless communication devices relative to the wireless communication device; select a subset of the plurality of channel estimation measurements based on the plurality of position measurements; and determine a change in a state of the wireless communication channel based on the selected subset of the plurality of channel estimation measurements.
A rotary valve internal combustion engine adapted for use in a hand-held machine, the engine comprising: a piston connected to a crankshaft and reciprocatable in a cylinder, the cylinder having a combustion end, a combustion chamber being defined in part by the piston and the combustion end of the cylinder , a valve housing fixed at an outer portion of the combustion end of the cylinder and defining a bore and a rotary valve rotatable about a rotary valve axis in the bore in the valve housing , the rotary valve having a hollow valve body having an interior volume forming a part of the combustion chamber , wherein the interior volume of the hollow valve body is subjected to combustion gases throughout the combustion process, and further having in a wall part thereof a port giving, during rotation of the valve, fluid communication successively to and from the combustion chamber via inlet and exhaust ports in the valve housing , the engine having a carburettor for controlling the air/fuel mix into the engine and an exhaust muffler for the exhaust gases, the inlet and exhaust port angles being arranged such that the main body of the carburettor and main body of the muffler are on opposite sides of the engine and on an axis substantially parallel to the centreline of the engine , characterized in that when the engine is at top dead centre, the valve port is offset a predetermined number of degrees from the ideal radial line, the angular offset reducing the radial offset of the inlet port that is required to achieve a mounting flange for the carburettor that is substantially parallel to the centreline of the engine, the centreline of the inlet port is offset a predetermined number of degrees from an ideal radial line from the cylinder axis, the angular offset allowing the mounting flange for the carburettor to be substantially parallel to the centreline of the engine, and the centreline of the exhaust port is offset a predetermined number of degrees from an ideal radial line from the cylinder axis, said angular offset allowing the main body of the muffler to be substantially parallel to the centreline of the crankshaft using an angled mounting flange.
A waste storage method , comprising: storing nuclear waste , including: identifying a subterranean storage site location having a shale rock layer , the layer having an expected fluid overpressure in a range corresponding to greater than hydrostatic pressure to less than lithostatic pressure from overlying rock layers; forming a storage borehole , with an end segment of the storage borehole located within the layer; measuring the fluid pressure in the end segment of the storage borehole ; and if the measured fluid pressure in the end segment of the storage borehole is in the expected fluid overpressure range, forming a monitoring borehole in the layer with an end segment of each of the monitoring boreholes being in a vicinity of the end segment of the storage borehole; and storing nuclear waste in the end segment of the storage borehole . identifying a subterranean storage site location having a shale rock layer , the layer having an expected fluid overpressure in a range corresponding to greater than hydrostatic pressure to less than lithostatic pressure from overlying rock layers; forming a storage borehole , with an end segment of the storage borehole located within the layer; measuring the fluid pressure in the end segment of the storage borehole ; and if the measured fluid pressure in the end segment of the storage borehole is in the expected fluid overpressure range, forming a monitoring borehole in the layer with an end segment of each of the monitoring boreholes being in a vicinity of the end segment of the storage borehole; and storing nuclear waste in the end segment of the storage borehole .
A control device for providing a fluidic signal to a medical infusion apparatus, the device comprising: (a) a housing ; (b) a pressure control sheet comprising at least two projections , wherein the pressure control sheet is formed from a deformable and resilient material, and wherein the pressure control sheet is secured to and forms a seal with the housing such that the housing and the at least two projections together define a first chamber and a second chamber , wherein the second chamber is independent of the first chamber, wherein the pressure control sheet is arranged so that the fluid pressure within each chamber can be changed upon input from a user; and (c) a first fluid conduit member in fluid-flow communication with the first chamber and a second fluid conduit member in fluid-flow communication with the second chamber, wherein, in use, a first input from a user changes the fluid pressure within the first chamber which causes movement of fluid through the first fluid conduit member to provide a first fluidic signal, and a second input from a user changes the fluid pressure within the second chamber which causes movement of fluid through the second fluid conduit member to provide a second fluidic signal. (a) a housing ; (b) a pressure control sheet comprising at least two projections , wherein the pressure control sheet is formed from a deformable and resilient material, and wherein the pressure control sheet is secured to and forms a seal with the housing such that the housing and the at least two projections together define a first chamber and a second chamber , wherein the second chamber is independent of the first chamber, wherein the pressure control sheet is arranged so that the fluid pressure within each chamber can be changed upon input from a user; and wherein the pressure control sheet is formed from a deformable and resilient material, and wherein the pressure control sheet is secured to and forms a seal with the housing such that the housing and the at least two projections together define a first chamber and a second chamber , wherein the second chamber is independent of the first chamber, wherein the pressure control sheet is arranged so that the fluid pressure within each chamber can be changed upon input from a user; and (c) a first fluid conduit member in fluid-flow communication with the first chamber and a second fluid conduit member in fluid-flow communication with the second chamber,
Drive system comprising a motor having a rotor shaft on which at least two brakes (B) comprising at least one energisable brake coil are arranged, to which brakes current can be applied by an electronic circuit, wherein the power supply has an upper and lower potential, in particular a DC link potential of a converter, wherein an upper and lower potential are provided for feeding a brake coil, wherein a first switch (S2), which can be actuated by a first control circuit, is arranged between the upper potential of the power supply and the upper potential for feeding the brake coil, wherein a second switch (S1), which can be actuated by a second control circuit, is arranged between the lower potential of the power supply and the lower potential for feeding the brake coil, wherein a brake coil of a first brake (B) is arranged between the upper potential for the power supply and the lower potential for feeding the brake coil, wherein a brake coil of a second brake (B) is arranged between the lower potential for the power supply and the upper potential for feeding the brake coil, wherein an alternating functional check can be carried out on the brakes (B), in particular by determining respective values of a state variable of each brake (B) and supplying them to the respective control circuits and/or by determining values of the angular position of the rotor shaft and supplying them to the respective control circuits, to means for performing comparisons with setpoints or setpoint curves, wherein a third brake coil is arranged between the lower and upper potential for feeding the brake coil, wherein feedback signal lines are led from the switches (S1, S2, S3, S4) to the control circuits actuating the respective switches (S1, S2, S3, S4), in particular such that an alternating functional check can be carried out on the switches.
A method of selectively depleting target cDNAs from a sample, the method comprising: obtaining a sample comprising target cDNAs and non-target cDNAs both produced by reverse transcription of a collection of RNAs, wherein the target cDNAs comprise cDNAs transcribed from ribosomal RNAs, contacting the sample with a nucleic acid guided nuclease specific for the target cDNAs in a manner sufficient to deplete the target cDNAs from the sample, wherein the nucleic acid guided nuclease comprises a RNA guide component and a nuclease component, and the RNA guide component guides the nuclease component to the target cDNAs, and removing the target cDNAs from the sample, thereby generating the sample depleted of said target cDNAs transcribed from ribosomal RNAs. obtaining a sample comprising target cDNAs and non-target cDNAs both produced by reverse transcription of a collection of RNAs, wherein the target cDNAs comprise cDNAs transcribed from ribosomal RNAs, contacting the sample with a nucleic acid guided nuclease specific for the target cDNAs in a manner sufficient to deplete the target cDNAs from the sample, wherein the nucleic acid guided nuclease comprises a RNA guide component and a nuclease component, and the RNA guide component guides the nuclease component to the target cDNAs, and removing the target cDNAs from the sample, thereby generating the sample depleted of said target cDNAs transcribed from ribosomal RNAs.
An apparatus comprising: a printhead having firing chambers , a surface and a plurality of bores arranged along the surface , the printhead configured to deliver a printing liquid from the firing chambers through the plurality of bores arranged along the surface of the printhead ; a cleaning system , and a controller , characterized in that the cleaning system comprises a plurality of pivotable nozzles and a pivoting mechanism including a plurality of actuators, wherein the pivotable nozzles are configured to apply a pressurized cleaning fluid onto the surface of the printhead , wherein the plurality of pivotable nozzles are configured to be rotated by the pivoting mechanism, and wherein the controller is configured to control the actuators to apply the pressurized cleaning fluid onto areas of the surface of the printhead at which the bores are not positioned, to prevent application of the pressurized cleaning fluid into the firing chambers through the plurality of bores . a printhead having firing chambers , a surface and a plurality of bores arranged along the surface , the printhead configured to deliver a printing liquid from the firing chambers through the plurality of bores arranged along the surface of the printhead ; a cleaning system , and a controller , characterized in that the cleaning system comprises a plurality of pivotable nozzles and a pivoting mechanism including a plurality of actuators, wherein the pivotable nozzles are configured to apply a pressurized cleaning fluid onto the surface of the printhead , wherein the plurality of pivotable nozzles are configured to be rotated by the pivoting mechanism, and wherein the controller is configured to control the actuators to apply the pressurized cleaning fluid onto areas of the surface of the printhead at which the bores are not positioned, to prevent application of the pressurized cleaning fluid into the firing chambers through the plurality of bores .
An abutment screw (B) for fastening an abutment attachment (A) provided with an introduction channel (A117) onto an oral implant: - comprising a threaded shank (B101) for screwing the abutment screw (B) into the oral implant, wherein the threaded shank (B101) comprises a conically tapering section (B105) for exerting a force on the abutment attachment (A) to produce a positive-locking and large-area connection to a conical section in the interior of the introduction channel of the abutment attachment to increase the stability of the abutment attachment; - comprising a circumferential, concave recess section (B107), which forms an annular groove encircling the threaded shank (B101), and - comprising a screw head which has a hexagonal ball head (B103) for inserting into a recess (W101) of a turning tool (W) and for transferring a torque, exerted through the recess (W101), to the threaded shank (B101). - comprising a threaded shank (B101) for screwing the abutment screw (B) into the oral implant, wherein the threaded shank (B101) comprises a conically tapering section (B105) for exerting a force on the abutment attachment (A) to produce a positive-locking and large-area connection to a conical section in the interior of the introduction channel of the abutment attachment to increase the stability of the abutment attachment; - comprising a circumferential, concave recess section (B107), which forms an annular groove encircling the threaded shank (B101), and - comprising a screw head which has a hexagonal ball head (B103) for inserting into a recess (W101) of a turning tool (W) and for transferring a torque, exerted through the recess (W101), to the threaded shank (B101).
An oxygen injection system for a direct reduction process, comprising: a common circumferential gas injection header adapted to be coupled to an oxygen source and an enrichment natural gas source and adapted to deliver oxygen from the oxygen source and enrichment natural gas from the enrichment natural gas source to a reducing gas stream flowing through a conduit axially disposed within the common circumferential gas injection header through a plurality of circumferentially disposed ports to form a bustle gas stream; characterized in that the common circumferential gas injection header is formed by a circumferential oxygen injection header adapted to deliver the oxygen from the oxygen source to the reducing gas stream through the plurality of circumferentially disposed ports and a circumferential enrichment natural gas injection header adapted to deliver the enrichment natural gas from the enrichment natural gas source to the reducing gas stream through the plurality of circumferentially disposed ports; and wherein the circumferential enrichment natural gas injection header is axially disposed within the circumferential oxygen injection header. a common circumferential gas injection header adapted to be coupled to an oxygen source and an enrichment natural gas source and adapted to deliver oxygen from the oxygen source and enrichment natural gas from the enrichment natural gas source to a reducing gas stream flowing through a conduit axially disposed within the common circumferential gas injection header through a plurality of circumferentially disposed ports to form a bustle gas stream; characterized in that the common circumferential gas injection header is formed by a circumferential oxygen injection header adapted to deliver the oxygen from the oxygen source to the reducing gas stream through the plurality of circumferentially disposed ports and a circumferential enrichment natural gas injection header adapted to deliver the enrichment natural gas from the enrichment natural gas source to the reducing gas stream through the plurality of circumferentially disposed ports; and wherein the circumferential enrichment natural gas injection header is axially disposed within the circumferential oxygen injection header.