mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling signalling of incoming telephone calls during routing, comprising the following steps: - detecting (S1) an incoming telephone call; - determining (S2) an interval (d, t) from an upcoming route reference point or from the outputting of an upcoming manoeuvring instruction on a predefined route in reaction to the detected telephone call; - delaying (S4) the signalling of the incoming telephone call until a manoeuvring instruction has been output when the determined interval (d, t) from the upcoming route reference point or from the outputting of the upcoming manoeuvring instruction drops below a predefined first threshold value (D 1 , T 1 ), characterized by - determining (S41) an interval between the upcoming route reference point and at least one following route reference point; and - determining (S44) a local diversion if the interval (d, t) between the upcoming route reference point and the at least one following route reference point drops below a predefined third threshold value (T 3 ); - outputting (S42) a manoeuvre instruction which has been brought forward and which is followed by signalling of the incoming telephone call, - ending (S6) the local diversion and outputting manoeuvring instructions which direct the driver back to the predefined route when the telephone call has ended, wherein the local diversion is determined in such a way that a complex sequence of closely successive manoeuvres is avoided, and wherein the manoeuvring instruction which is output comprises an instruction which is modified with respect to an originally provided manoeuvring instruction and is in the form of a shortened instruction, and instructions relating to the local diversion. - detecting (S1) an incoming telephone call; - determining (S2) an interval (d, t) from an upcoming route reference point or from the outputting of an upcoming manoeuvring instruction on a predefined route in reaction to the detected telephone call; - delaying (S4) the signalling of the incoming telephone call until a manoeuvring instruction has been output when the determined interval (d, t) from the upcoming route reference point or from the outputting of the upcoming manoeuvring instruction drops below a predefined first threshold value (D 1 , T 1 ), characterized by - determining (S41) an interval between the upcoming route reference point and at least one following route reference point; and - determining (S44) a local diversion if the interval (d, t) between the upcoming route reference point and the at least one following route reference point drops below a predefined third threshold value (T 3 ); - outputting (S42) a manoeuvre instruction which has been brought forward and which is followed by signalling of the incoming telephone call, - ending (S6) the local diversion and outputting manoeuvring instructions which direct the driver back to the predefined route when the telephone call has ended,
A airfoil member comprising: a substrate along at least a portion of an airfoil of the airfoil member; a sheath having a channel receiving a portion of the substrate ; and a scrim between the substrate and the sheath ; characterised by further comprising: a spacer between the sheath and the substrate and having a plurality of spaced-apart portions with gaps between the spaced-apart portions . a substrate along at least a portion of an airfoil of the airfoil member; a sheath having a channel receiving a portion of the substrate ; and a scrim between the substrate and the sheath ; characterised by further comprising: a spacer between the sheath and the substrate and having a plurality of spaced-apart portions with gaps between the spaced-apart portions .
Method for estimating the torque of a wound-rotor electric machine (ME), comprising the steps of: receiving values of the currents of the phases (Ia, Ib, Ic) of the stator of said electric machine and of the rotor current (If) of said electric machine, transforming said values of the currents of the phases (Ia, Ib, Ic) of the stator into a two-phase reference frame, determining a current vector comprising said transformed current values (Id, Iq), as well as said rotor current value (If), delivering said current vector to the input of at least one neural network (RDN) applying a sigmoid function, calculating an estimate of the torque (Ce) delivered by the machine on the basis of a quantity (PhiRDN) obtained at the output of said at least one neural network, said method being characterized in that said current vector is delivered to the input of a single neural network (RDN), at the output of which said obtained quantity (PhiRDN) corresponds to an overall flux derived from the two components in the two-phase reference frame of the magnetic flux induced by the electric machine and the value of which can be determined, for a given current vector, on the basis of a torque measurement performed on a test bench of said machine for said given current vector. receiving values of the currents of the phases (Ia, Ib, Ic) of the stator of said electric machine and of the rotor current (If) of said electric machine, transforming said values of the currents of the phases (Ia, Ib, Ic) of the stator into a two-phase reference frame, determining a current vector comprising said transformed current values (Id, Iq), as well as said rotor current value (If), delivering said current vector to the input of at least one neural network (RDN) applying a sigmoid function, calculating an estimate of the torque (Ce) delivered by the machine on the basis of a quantity (PhiRDN) obtained at the output of said at least one neural network, said method being characterized in that said current vector is delivered to the input of a single neural network (RDN), at the output of which said obtained quantity (PhiRDN) corresponds to an overall flux derived from the two components in the two-phase reference frame of the magnetic flux induced by the electric machine and the value of which can be determined, for a given current vector, on the basis of a torque measurement performed on a test bench of said machine for said given current vector.
An airfoil for a gas turbine engine , comprising: a body comprising a first side wall and a second side wall joined at a leading edge and a trailing edge , the first side wall having a first interior surface and the second side wall having a second interior surface; an internal wall disposed within the body and extending between the first interior surface and the second interior surface to define a supply passage and a leading edge passage , wherein the internal wall defines a plurality of cooling holes to direct cooling air from the supply passage to the leading edge passage such that the cooling air impinges upon the leading edge; a first plurality of grooves formed in the first interior surface, each of the first plurality of grooves extending in a chordwise direction within the leading edge passage ; and a second plurality of grooves formed in the second interior surface, each of the second plurality of grooves extending in the chordwise direction within the leading edge chamber, wherein each of the plurality of cooling holes is associated with one of the first plurality of grooves and one of the second plurality of grooves , wherein the first interior surface is generally flat between adjacent grooves of the first plurality of grooves, and wherein each of the first plurality of grooves has a width and a depth , wherein the width is at least three times the depth, and wherein the width and the depth of the grooves decrease along the length towards the leading edge. a body comprising a first side wall and a second side wall joined at a leading edge and a trailing edge , the first side wall having a first interior surface and the second side wall having a second interior surface; an internal wall disposed within the body and extending between the first interior surface and the second interior surface to define a supply passage and a leading edge passage , wherein the internal wall defines a plurality of cooling holes to direct cooling air from the supply passage to the leading edge passage such that the cooling air impinges upon the leading edge; a first plurality of grooves formed in the first interior surface, each of the first plurality of grooves extending in a chordwise direction within the leading edge passage ; and a second plurality of grooves formed in the second interior surface, each of the second plurality of grooves extending in the chordwise direction within the leading edge chamber, wherein each of the plurality of cooling holes is associated with one of the first plurality of grooves and one of the second plurality of grooves , wherein the first interior surface is generally flat between adjacent grooves of the first plurality of grooves, and wherein each of the first plurality of grooves has a width and a depth , wherein the width is at least three times the depth, and wherein the width and the depth of the grooves decrease along the length towards the leading edge.
A surgical instrument , in particular an endoscopic instrument, having a shaft for insertion into a body orifice of a patient, the shaft comprising a distal and a proximal portion , wherein an engagement unit is arranged at the distal portion , wherein the shaft comprises a standard scannable by means of a sensor device for determining a penetration depth and/or rotational position of the instrument, wherein the standard comprises a plurality of latitudes arranged about a central axis (Z) of the shaft and a plurality of longitudes arranged parallel to a central axis (Z) of the shaft , wherein a surface of said shaft comprises annularly magnetized portions and magnetized longitudinal strips, wherein the annularly magnetized portions form the latitudes, wherein the magnetized longitudinal strips form the longitudes, and wherein the standard is electromagnetically scannable.
An earth working machine , for example a road milling machine , recycler, stabilizer, or surface miner, having a propelling unit and a machine frame carried by the propelling unit , wherein the earth working machine comprises a working apparatus for earth working, and an operator's platform , having an operating console for controlling at least one functional device of the earth working machine , being provided on the machine frame , wherein the operator's platform comprises a platform floor that is vibrationally decoupled from the machine frame by interposition of a damping structure , characterized in that the earth working machine comprises, in the region of the operator's platform , a seat mount arrangement fastened directly onto the machine frame that is embodied to be brought into releasable mounting engagement with a counterpart mount arrangement of an operating seat , wherein the seat mount arrangement comprises a mount arrangement having a mount configuration (66a1) that is embodied for mounting engagement with a counterpart mount configuration of the operating seat , wherein the mounting engagement is releasable without destroying the components involved in the mounting engagement and with no engagement of tools onto connecting components, wherein the operator's platform floor comprises a seat mount opening which passes through the operator's platform floor and which is penetrated by the mount arrangement or/and through which the mount configuration (66a1) is reachable from the operator's platform .
A method for connecting a wireless field device to a wireless process communication network , the wireless field device comprising process measurement hardware configured to couple to, and receive sensory indications regarding process variables, from an ongoing process within a process environment, the method comprising: bringing the wireless field device within a proximity of a handheld field maintenance tool, the handheld field maintenance tool having an NFC transceiver; establishing an NFC coupling between the NFC transceiver comprised in the handheld field maintenance tool and an NFC tag comprised in the wireless field device ; after establishing the NFC coupling, transferring an identification or information of the wireless field device to a wireless gateway via the handheld field maintenance tool, upon which the wireless gateway determines whether the wireless field device is to be granted access to the network and automatically retrieves a join key from the network; and automatically transferring the join key from the wireless gateway to the wireless field device via the handheld field maintenance tool, to join the wireless field device to the wireless process communication network . bringing the wireless field device within a proximity of a handheld field maintenance tool, the handheld field maintenance tool having an NFC transceiver; establishing an NFC coupling between the NFC transceiver comprised in the handheld field maintenance tool and an NFC tag comprised in the wireless field device ; after establishing the NFC coupling, transferring an identification or information of the wireless field device to a wireless gateway via the handheld field maintenance tool, upon which the wireless gateway determines whether the wireless field device is to be granted access to the network and automatically retrieves a join key from the network; and automatically transferring the join key from the wireless gateway to the wireless field device via the handheld field maintenance tool, to join the wireless field device to the wireless process communication network .
A composition comprising cross-linked anionic, organic polymeric microparticles, said microparticles having an unswollen z-average particle size diameter of less than 0.75 μm as determined by the method described in the description, wherein the organic polymeric microparticles are formed from a monomer mixture comprising (a) an ethylenically unsaturated carboxylic acid, or a salt thereof; (b) an ethylenically unsaturated non-ionic monomer; and (c) from 2 to 8 mole % of 2-acrylamido-2-methylpropanesulphonic acid, or a salt thereof. (a) an ethylenically unsaturated carboxylic acid, or a salt thereof; (b) an ethylenically unsaturated non-ionic monomer; and (c) from 2 to 8 mole % of 2-acrylamido-2-methylpropanesulphonic acid, or a salt thereof.
A method of remotely stopping a crack in a component of a gas turbine engine , the method comprising: inserting a repair tool through an access port of the gas turbine engine such that the repair tool includes a tip end positioned within the gas turbine engine ; positioning the tip end adjacent to a defect within a surface of the component , wherein the defect defines a fillable area; temporarily attaching the tip end adjacent to the defect to allow precision work to be performed; supplying a new material to the fillable area to fill the defect ; and directing a laser to the new material within the fillable area to fuse the new material to the component within the defect ; wherein the new material is supplied via a conduit from a location exterior to the gas turbine engine ; the method being characterized in that : the conduit is a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool ; wherein one or more heating elements are provided in operative association within the high temperature conduit ; and in that the method further comprises the step of generating heat by the one or more heating elements within the high temperature conduit as powder particles are supplied through the conduit so as to allow for particle flow at the desired rate and speed. inserting a repair tool through an access port of the gas turbine engine such that the repair tool includes a tip end positioned within the gas turbine engine ; positioning the tip end adjacent to a defect within a surface of the component , wherein the defect defines a fillable area; temporarily attaching the tip end adjacent to the defect to allow precision work to be performed; supplying a new material to the fillable area to fill the defect ; and directing a laser to the new material within the fillable area to fuse the new material to the component within the defect ; wherein the new material is supplied via a conduit from a location exterior to the gas turbine engine ; the method being characterized in that : the conduit is a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool ; wherein one or more heating elements are provided in operative association within the high temperature conduit ; and in that the method further comprises the step of generating heat by the one or more heating elements within the high temperature conduit as powder particles are supplied through the conduit so as to allow for particle flow at the desired rate and speed. the conduit is a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool ; wherein one or more heating elements are provided in operative association within the high temperature conduit ; and in that the method further comprises the step of generating heat by the one or more heating elements within the high temperature conduit as powder particles are supplied through the conduit so as to allow for particle flow at the desired rate and speed.
Encryption method for encrypting input data and protecting integrity of the input data and associated data, the method comprising - computing an integrity value based on the input data using a first hash function ; - computing an initialization vector based on the integrity value and the associated data using a second hash function , the initialization vector being different from the integrity value; - encrypting the input data to generate encrypted data using the initialization vector and an encryption key (k2); - generating an output encrypted message comprising the encrypted data and a message integrity value based on the integrity value. - computing an integrity value based on the input data using a first hash function ; - computing an initialization vector based on the integrity value and the associated data using a second hash function , the initialization vector being different from the integrity value; - encrypting the input data to generate encrypted data using the initialization vector and an encryption key (k2); - generating an output encrypted message comprising the encrypted data and a message integrity value based on the integrity value.
An apparatus , comprising: a reflective component configured to reflect light transmitted by a light source ; a light blocking device configured to: in a first configuration, prevent at least a portion of the light transmitted by the light source from reaching the reflective component; and in a second configuration, allow the light transmitted by the light source to reach the reflective component; a memory configured to store data; a processing device configured to control operation of the light blocking device between the first configuration and the second configuration based on the data; and a power generation device configured to generate power for the light blocking device and the processing device; characterized in that : the power generation device comprises an aperture; the power generation device is positioned over the light blocking device such that the aperture exposes at least a portion of the light blocking device ; and the light blocking device is positioned over the reflective component . a reflective component configured to reflect light transmitted by a light source ; a light blocking device configured to: in a first configuration, prevent at least a portion of the light transmitted by the light source from reaching the reflective component; and in a second configuration, allow the light transmitted by the light source to reach the reflective component; in a first configuration, prevent at least a portion of the light transmitted by the light source from reaching the reflective component; and in a second configuration, allow the light transmitted by the light source to reach the reflective component; a memory configured to store data; a processing device configured to control operation of the light blocking device between the first configuration and the second configuration based on the data; and a power generation device configured to generate power for the light blocking device and the processing device; characterized in that : the power generation device comprises an aperture; the power generation device is positioned over the light blocking device such that the aperture exposes at least a portion of the light blocking device ; and the light blocking device is positioned over the reflective component . the power generation device comprises an aperture; the power generation device is positioned over the light blocking device such that the aperture exposes at least a portion of the light blocking device ; and the light blocking device is positioned over the reflective component .
A method of operating a filtration system comprising at least one filtration unit wherein the filtration unit comprises a filtration vessel containing a plurality of dead-end filtration elements arranged in a row, each filtration element comprised of a plurality of hollow fibre microfiltration or ultrafiltration membranes wherein each hollow fibre has a first inlet and a second inlet at a first end and a second end thereof in fluid communication with the inside of the hollow fibre and the filtration elements have an outlet at one of the first and second ends thereof in fluid communication with the outside of the hollow fibres; wherein the first inlets of the hollow fibres of the filtration elements are connected to a first dedicated feed port in the filtration vessel and the second inlets of the hollow fibres of the filtration elements are connected to a second dedicated feed port in the filtration vessel, wherein first and second feed ports are arranged in the filtration vessel at or near the first and second ends thereof, and one or more side feed ports (3") are arranged in the filtration vessel with a single filtration element arranged on either side of the or each side port (3"); during filtration, feed water containing suspended particulate material is fed simultaneously through the first, second and one or more side feed ports respectively to the inside of the hollow fibres through the first inlets and second inlets thereof and filtrate is removed from the outside of the hollow fibres through the outlet of the filtration elements; characterized in that during back-washing, back-wash water is fed to the outside of the hollow fibres through the outlet of the filtration elements and, in a first back-wash cycle, back-wash water containing entrained particulate material is discharged from the inside of the hollow fibres through the first inlets thereof; and, in a second back-wash cycle, back-wash water containing entrained particulate material is discharged from the inside of the hollow fibres through the second inlets thereof; and wherein each of the plurality of filtration elements has the first and a second back-wash cycle and wherein the back-wash cycles for the plurality of filtration elements are performed sequentially in any order.