mhurhangee/patent-ind-claim-en huggingface dataset:
A stimulation system comprising: an implantable cochlear stimulator comprising: a pulse generator that generates electrical stimulation pulses as defined by control signals; and an intracochlear electrode array adapted to be inserted into a patient's cochlea and provide electrical stimulation pulses, comprising both auditory stimulation pulses based on audio information and balance stimulation pulses based on balance information, to the patient's auditory nerve based on the control signals; a microphone configured to sense and provide the audio information; at least one balance sensor configured to sense and provide the balance information; and at least one processor configured to generate the control signals in response to the balance information provided by the at least one balance sensor, and to provide the control signals to the implantable cochlear stimulator, characterised in that in response to changes in a head or body position of the patient, the output of the balance sensor is processed and translated into electrical activation of a specific electrode within the intracochlear implant electrode array . an implantable cochlear stimulator comprising: a pulse generator that generates electrical stimulation pulses as defined by control signals; and an intracochlear electrode array adapted to be inserted into a patient's cochlea and provide electrical stimulation pulses, comprising both auditory stimulation pulses based on audio information and balance stimulation pulses based on balance information, to the patient's auditory nerve based on the control signals; a pulse generator that generates electrical stimulation pulses as defined by control signals; and an intracochlear electrode array adapted to be inserted into a patient's cochlea and provide electrical stimulation pulses, comprising both auditory stimulation pulses based on audio information and balance stimulation pulses based on balance information, to the patient's auditory nerve based on the control signals; a microphone configured to sense and provide the audio information; at least one balance sensor configured to sense and provide the balance information; and at least one processor configured to generate the control signals in response to the balance information provided by the at least one balance sensor, and to provide the control signals to the implantable cochlear stimulator, characterised in that in response to changes in a head or body position of the patient, the output of the balance sensor is processed and translated into electrical activation of a specific electrode within the intracochlear implant electrode array .
Pneumatic vehicle tyre having a tread , having two side walls , and having two bead regions , wherein the pneumatic vehicle tyre is suitable for mounting on a wheel rim having a curved wheel-rim-flange region with a wheel-rim-flange radius R1 of at least 9.5 mm, • wherein a bead lip running around the circumference of the tyre side wall is arranged axially at the outside ( A ) at least on a tyre side wall , • wherein the bead lip , axially at the outside ( A ), has a bead-lip surface which is intended wholly or partly for lying on the curved wheel-rim-flange region , • and wherein the bead-lip surface , as viewed in the tyre cross section, is concavely curved and has a radius of curvature R2 of R2 < 9.5 mm, • wherein the bead-lip surface has a circular arc with radius R2 of R2 < 9.5 mm, characterized in that • the radius R2 is such that a ratio R2/9.5 mm of 0.57 to 0.73 is satisfied, and • in that the circular arc has an opening angle of 40° to 55°. • wherein a bead lip running around the circumference of the tyre side wall is arranged axially at the outside ( A ) at least on a tyre side wall , • wherein the bead lip , axially at the outside ( A ), has a bead-lip surface which is intended wholly or partly for lying on the curved wheel-rim-flange region , • and wherein the bead-lip surface , as viewed in the tyre cross section, is concavely curved and has a radius of curvature R2 of R2 < 9.5 mm, • wherein the bead-lip surface has a circular arc with radius R2 of R2 < 9.5 mm, • the radius R2 is such that a ratio R2/9.5 mm of 0.57 to 0.73 is satisfied, and • in that the circular arc has an opening angle of 40° to 55°.
A stand-up riding type cargo handling vehicle with a forward/ backward direction, a leftward/rightward direction, and an upward/ downward direction, the vehicle comprising: a boarding floor which an operator boards; first and second foot pedals that are provided on the boarding floor , and a control unit that is connected to the first and second foot pedals , the vehicle is characterized by : the cargo handling vehicle is a hydraulic operated vehicle; the first foot pedal is disposed at a position corresponding to a left foot of the operator who gets aboard facing forward; the second foot pedal is disposed at a position corresponding to a right foot of the operator who gets aboard facing forward, and is divided into a front foot pedal and a rear foot pedal in the forward/backward direction; the front foot pedal and the rear foot pedal are separated by a predetermined amount in the forward/backward direction, and the control unit permits or prevents traveling of the cargo handling vehicle on the basis of a state in which the first foot pedal , the front foot pedal and the rear foot pedal are stepped on; and the control unit permits a hydraulic operation of the cargo handling vehicle in a case in which the front foot pedal is stepped on, and prevents the hydraulic operation in cases other than this case. the vehicle is characterized by : the cargo handling vehicle is a hydraulic operated vehicle; the first foot pedal is disposed at a position corresponding to a left foot of the operator who gets aboard facing forward; the second foot pedal is disposed at a position corresponding to a right foot of the operator who gets aboard facing forward, and is divided into a front foot pedal and a rear foot pedal in the forward/backward direction; the front foot pedal and the rear foot pedal are separated by a predetermined amount in the forward/backward direction, and the control unit permits or prevents traveling of the cargo handling vehicle on the basis of a state in which the first foot pedal , the front foot pedal and the rear foot pedal are stepped on; and the control unit permits a hydraulic operation of the cargo handling vehicle in a case in which the front foot pedal is stepped on, and prevents the hydraulic operation in cases other than this case.
A method for operating a power generating assembly in the event of a fault, wherein the power generating assembly comprises a permanent magnet generator comprising at least first and second sets of stator windings, wherein each set of stator windings is connected to a power converter via a controllable circuit breaker, the method comprising the steps of - detecting a fault associated with the first set of stator windings, and - lowering, such as interrupting, the current in the second set of stator windings, and, after a predetermined delay, lowering, such as interrupting, the current in the first set of stator windings. - detecting a fault associated with the first set of stator windings, and - lowering, such as interrupting, the current in the second set of stator windings, and, after a predetermined delay, lowering, such as interrupting, the current in the first set of stator windings.
A thermal tabletop and industrial printer device for printing on and electronically encoding and verifying radio frequency identification, RFID, products attached to a continuous web , comprising: a printer housing; a print head capable of printing on the continuous web ; and a first RFID reader/writer module that electronically encodes the RFID products with data while the continuous web is moving; characterized by further comprising: a printer cover of the printer housing, wherein the printer cover comprises a plurality of thumbscrews to allow a user to easily remove the printer cover , and wherein the print head is positioned within the printer housing; a lighted sensor array that automatically detects aperture sense marks on the continuous web to correctly index printing to the RFID tags; and a second RFID reader/writer module that verifies the data encoded to the RFID products, wherein the second RFID reader/writer module is individually controlled from the first RFID reader/writer module , such that the printer device can encode and verify simultaneously. a printer housing; a print head capable of printing on the continuous web ; and a first RFID reader/writer module that electronically encodes the RFID products with data while the continuous web is moving; characterized by further comprising: a printer cover of the printer housing, wherein the printer cover comprises a plurality of thumbscrews to allow a user to easily remove the printer cover , and wherein the print head is positioned within the printer housing; a lighted sensor array that automatically detects aperture sense marks on the continuous web to correctly index printing to the RFID tags; and a second RFID reader/writer module that verifies the data encoded to the RFID products, wherein the second RFID reader/writer module is individually controlled from the first RFID reader/writer module , such that the printer device can encode and verify simultaneously. a printer cover of the printer housing, wherein the printer cover comprises a plurality of thumbscrews to allow a user to easily remove the printer cover , and wherein the print head is positioned within the printer housing; a lighted sensor array that automatically detects aperture sense marks on the continuous web to correctly index printing to the RFID tags; and a second RFID reader/writer module that verifies the data encoded to the RFID products, wherein the second RFID reader/writer module is individually controlled from the first RFID reader/writer module , such that the printer device can encode and verify simultaneously.
A method for preparing LCZ696, comprising the following step: in an organic solvent, reacting a Sacubitril dicyclohexylamine salt with valsartan under the effect of a Sodium hydroxide aqueous solution: , wherein LCZ696 has a chemical formula as shown in the following formula I:
A natural escapement for a horological movement performing a succession of operating cycles each composed of a first and a second alternation of a balance which comprises a balance wheel on an axis of which is adjusted a balance plate , this natural escapement comprising a first escapement wheel arranged to be driven by a second mobile , this first escapement wheel in turn driving a second escapement wheel arranged in the same plane as the first escapement wheel , the first and second escapement wheels forming a kinematic chain after which is disposed an anchor capable of pivoting around an anchor rod , characterised in that said anchor rod is located outside an angle (α) less than 180° and delimited by two straight lines which pass through the axis of the balance wheel and through a pivot axis of the first escapement wheel for one, and through the axis of the balance wheel and through a pivot axis of the second escapement wheel for the other.
Vertically opening door comprising a door leaf , a door frame , a door leaf guide between the door leaf and the door frame , and a device which is provided for moving the door leaf along the door leaf guide and/or which is provided for weight relief purposes and which comprises a cable pull system acting between the door leaf and the door frame with at least one pulley , a pressure means connected to the pulley comprising a piston housing and a piston rod , and a linear guide for guiding the pressure means , wherein the pulley is attached to the piston housing , wherein the linear guide acts on the piston housing in order to guide the latter linearly relative to the piston rod , characterized in that the door leaf guide has a guide carriage , and in that the linear guide has a coupling piece which is attached to the piston housing and to the guide carriage .
An apparatus comprising means for: causing targeting of a message to a first sub-set of users that receive messages, wherein the message is not targeted to a second sub-set of users that receive messages; and in dependence upon said targeting , causing different spatial rendering of the message via head-mounted devices to the first sub-set of users compared to the second sub-set of users , wherein spatial rendering is a rendering technique that renders content as an object at a particular three-dimensional position within a three-dimensional space, wherein the message is spatially rendered to the first sub-set of users using first spatial rendering characteristics that define a first position, at which the message is spatially rendered to the first sub-set of users , and, wherein the message is spatially rendered to the second sub-set of users using second spatial rendering characteristics , different to the first spatial rendering characteristics , that define a second position, at which the message is spatially rendered to the second sub-set of users , wherein the first position and the second position are different. causing targeting of a message to a first sub-set of users that receive messages, wherein the message is not targeted to a second sub-set of users that receive messages; and in dependence upon said targeting , causing different spatial rendering of the message via head-mounted devices to the first sub-set of users compared to the second sub-set of users , wherein spatial rendering is a rendering technique that renders content as an object at a particular three-dimensional position within a three-dimensional space, wherein the message is spatially rendered to the first sub-set of users using first spatial rendering characteristics that define a first position, at which the message is spatially rendered to the first sub-set of users , and, wherein the message is spatially rendered to the second sub-set of users using second spatial rendering characteristics , different to the first spatial rendering characteristics , that define a second position, at which the message is spatially rendered to the second sub-set of users , wherein the first position and the second position are different.
A welding auxiliary joining part to be set in at least a first component of poorly weldable material in combination with a die and for the subsequent welding to at least a second component of a weldable material, wherein the welding auxiliary joining part comprises the following features: a. a head and b. a rounded tip , which is arc-shaped around a point on a longitudinal axis of the welding auxiliary joining part, wherein the rounded tip comprises a tip radius SR 1 in the range of 0.5 mm ≤ SR 1 ≤ 8 mm so that a material displacement behavior is realizable in the material of the first component by the welding auxiliary joining part. a. a head and b. a rounded tip , which is arc-shaped around a point on a longitudinal axis of the welding auxiliary joining part, wherein the rounded tip comprises a tip radius SR 1 in the range of 0.5 mm ≤ SR 1 ≤ 8 mm so that a material displacement behavior is realizable in the material of the first component by the welding auxiliary joining part.
Method for ascertaining a prescribable wave form of a lamp current for operating a discharge lamp of a projection arrangement in at least one first operating mode, wherein the projection arrangement has a prescribed rotatable colour wheel and the discharge lamp for illuminating the colour wheel , wherein the discharge lamp has two electrodes, wherein the projection arrangement has a ballast device for the discharge lamp which provides a lamp current in the form of an alternating current with the prescribable wave form having a prescribable commutation scheme to the discharge lamp during the operation of the projection arrangement so that a polarity of the electrodes is commutated in accordance with the prescribable commutation scheme , having the steps of: a) providing (S10) at least one first wave form having a first commutation scheme ; b) checking (S12; S16) whether an operation of the discharge lamp with a lamp current with the at least one first wave form satisfies a criterion of two criteria, wherein one of the two criteria relates to a flicker amplitude of the projection arrangement; characterized in that one of the two criteria relates to a lifetime of the discharge lamp; and, c) if the one criterion has been satisfied, checking (S12; S16) whether an operation of the discharge lamp with a lamp current with the at least one first wave form satisfies a further criterion of the two criteria; and, d) if at least the one and the further criteria have been satisfied, storing (S20) the at least one first wave form in a memory of the projection arrangement and providing the at least one first wave form as the prescribable wave form at the ballast device of the discharge lamp. a) providing (S10) at least one first wave form having a first commutation scheme ; b) checking (S12; S16) whether an operation of the discharge lamp with a lamp current with the at least one first wave form satisfies a criterion of two criteria, wherein one of the two criteria relates to a flicker amplitude of the projection arrangement; characterized in that one of the two criteria relates to a lifetime of the discharge lamp; and, c) if the one criterion has been satisfied, checking (S12; S16) whether an operation of the discharge lamp with a lamp current with the at least one first wave form satisfies a further criterion of the two criteria; and, d) if at least the one and the further criteria have been satisfied, storing (S20) the at least one first wave form in a memory of the projection arrangement and providing the at least one first wave form as the prescribable wave form at the ballast device of the discharge lamp.
A cochlear implant exomagnet for use with a cochlear implant , the cochlear implant having an implant housing with an internal magnet pocket and an antenna adjacent to the internal magnet pocket, the exomagnet comprising: a magnet apparatus ; and a magnet mount configured to secure the magnet apparatus to the cochlear implant in such a manner that the magnet apparatus is not located within the internal magnet pocket. a magnet apparatus ; and a magnet mount configured to secure the magnet apparatus to the cochlear implant in such a manner that the magnet apparatus is not located within the internal magnet pocket.
A processor implemented method, the method comprising: obtaining a query fingerprint image through a fingerprint sensor; obtaining a processed fingerprint image by performing image processing on the obtained query fingerprint image, comprising generating the processed fingerprint image with less noise than the query fingerprint image by performing filtering on the query fingerprint image; obtaining a blended fingerprint image by blending the query fingerprint image and the processed fingerprint image, comprising: determining a blending ratio between the query fingerprint image and the processed fingerprint image; and generating the blended fingerprint image by blending the query fingerprint image and the processed fingerprint image based on the determined blending ratio performing fingerprint verification based on the blended fingerprint image and a registered fingerprint image. obtaining a query fingerprint image through a fingerprint sensor; obtaining a processed fingerprint image by performing image processing on the obtained query fingerprint image, comprising generating the processed fingerprint image with less noise than the query fingerprint image by performing filtering on the query fingerprint image; obtaining a blended fingerprint image by blending the query fingerprint image and the processed fingerprint image, comprising: determining a blending ratio between the query fingerprint image and the processed fingerprint image; and generating the blended fingerprint image by blending the query fingerprint image and the processed fingerprint image based on the determined blending ratio determining a blending ratio between the query fingerprint image and the processed fingerprint image; and generating the blended fingerprint image by blending the query fingerprint image and the processed fingerprint image based on the determined blending ratio performing fingerprint verification based on the blended fingerprint image and a registered fingerprint image.
A polyester composition comprising: (A) 15 to 99wt% of polyester blend of two or more polyesters based on the total weight of the polyester composition, (B) 0.05 to 5wt% of a transesterification accelerator based on the total weight of the polyester composition, wherein the transesterification accelerator comprises alkali metal carbonate salt, alkali earth metal carbonate salt, alkali metal bicarbonate salt, alkali earth metal bicarbonate salt and combination thereof, (C) optionally a reinforcing filler, and (D) optionally further an additive. (A) 15 to 99wt% of polyester blend of two or more polyesters based on the total weight of the polyester composition, (B) 0.05 to 5wt% of a transesterification accelerator based on the total weight of the polyester composition, wherein the transesterification accelerator comprises alkali metal carbonate salt, alkali earth metal carbonate salt, alkali metal bicarbonate salt, alkali earth metal bicarbonate salt and combination thereof, (C) optionally a reinforcing filler, and (D) optionally further an additive.
A method of wireless communications for a user equipment, UE , comprising: receiving , from a serving cell, a configuration for a beam measurement report to measure the downlink-downlink interference based on a same reception beam on which the UE receives a downlink transmission from the serving cell ; performing an interference measurement, comprising detecting a signal from a neighbor cell , the signal from the neighbor cell interfering with communication between the UE and the serving cell ; estimating a downlink-downlink interference of the neighbor cell , wherein the LTE estimates the downlink-downlink interference of the neighbor cell based on said same reception beam on which the UE receives the downlink transmission from the serving cell ; and transmitting an interference measurement report to the serving cell , the interference measurement report comprising an indication of the downlink-downlink interference of the neighbor cell . receiving , from a serving cell, a configuration for a beam measurement report to measure the downlink-downlink interference based on a same reception beam on which the UE receives a downlink transmission from the serving cell ; performing an interference measurement, comprising detecting a signal from a neighbor cell , the signal from the neighbor cell interfering with communication between the UE and the serving cell ; estimating a downlink-downlink interference of the neighbor cell , wherein the LTE estimates the downlink-downlink interference of the neighbor cell based on said same reception beam on which the UE receives the downlink transmission from the serving cell ; and transmitting an interference measurement report to the serving cell , the interference measurement report comprising an indication of the downlink-downlink interference of the neighbor cell .