mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for detecting when a user is not being attentive based on eye convergence, the method comprising: determining, via a depth sensor , a first distance between a location of the depth sensor, said location being associated with a vehicle, and a first object located outside the vehicle; determining a second distance from the user to the first object based on the first distance and the relative position of the depth sensor with respect to the user's eyes; determining a first vergence angle (311, α) associated with a left eye of the user; determining a second vergence angle (312, β) associated with a right eye of the user; determining a first eye convergence distance based on the first vergence angle (311, α), the second vergence angle (312, β), and an interocular distance between the left eye and the right eye; and comparing the second distance to the first eye convergence distance to generate a first result, wherein the first result indicates that the user is not paying attention to the object when the second distance is not substantially similar to the first eye convergence distance . determining, via a depth sensor , a first distance between a location of the depth sensor, said location being associated with a vehicle, and a first object located outside the vehicle; determining a second distance from the user to the first object based on the first distance and the relative position of the depth sensor with respect to the user's eyes; determining a first vergence angle (311, α) associated with a left eye of the user; determining a second vergence angle (312, β) associated with a right eye of the user; determining a first eye convergence distance based on the first vergence angle (311, α), the second vergence angle (312, β), and an interocular distance between the left eye and the right eye; and comparing the second distance to the first eye convergence distance to generate a first result, wherein the first result indicates that the user is not paying attention to the object when the second distance is not substantially similar to the first eye convergence distance .
A tension member for an elevator system , comprising: one or more tension elements extending along a length of the tension member; and one or more wave guide regions secured to at least one surface of the tension member or integral to the tension member and extending along the length of the tension member , characterized in that : the one or more wave guide regions are configured for transmission of a radio frequency (RF) data signal along the one or more wave guide regions . one or more tension elements extending along a length of the tension member; and one or more wave guide regions secured to at least one surface of the tension member or integral to the tension member and extending along the length of the tension member , characterized in that : the one or more wave guide regions are configured for transmission of a radio frequency (RF) data signal along the one or more wave guide regions .
A risk analysis support device, comprising: an input unit which is connected with a database and receives an input of a risk analysis target represented in a form of a control structure diagram , the database accumulating: (i) the control structure diagram representing the risk analysis target by a block and a control showing a relationship between a block executing control and a passive block controlled by the executing block, and (ii) a hazard scenario which corresponds to the control structure diagram and is represented by a tree structure in which each node has a correspondence relationship with the block or the control of the control structure diagram ; a search unit which searches in the database for a similar control structure diagram including a subset of controls that matches or is similar to a subset of controls extracted from the control structure diagram whose input is received by the input unit , and acquires from the database a hazard scenario including a node having a correspondence relationship with a subset of controls included in the similar control structure diagram ; and an output unit which outputs the hazard scenario acquired by the search unit in a tree structure. an input unit which is connected with a database and receives an input of a risk analysis target represented in a form of a control structure diagram , the database accumulating: (i) the control structure diagram representing the risk analysis target by a block and a control showing a relationship between a block executing control and a passive block controlled by the executing block, and (ii) a hazard scenario which corresponds to the control structure diagram and is represented by a tree structure in which each node has a correspondence relationship with the block or the control of the control structure diagram ; a search unit which searches in the database for a similar control structure diagram including a subset of controls that matches or is similar to a subset of controls extracted from the control structure diagram whose input is received by the input unit , and acquires from the database a hazard scenario including a node having a correspondence relationship with a subset of controls included in the similar control structure diagram ; and an output unit which outputs the hazard scenario acquired by the search unit in a tree structure.
A batch-freezer machine for producing ice cream and similar products, comprising: an outer casing with a rigid and self-supporting structure; a working chamber that extends inside the outer casing , starting from the front wall of the casing; a removable door that is adapted to selectively close, substantially in a fluid tight manner, the mouth of the working chamber; and a protruding shelf that juts out cantilevered from the front wall of the outer casing vertically spaced beneath the mouth of the working chamber, and is superiorly provided with a substantially horizontal supporting surface on which a display ice-cream pan is adapted to rest; the batch-freezer machine being characterised in that the protruding shelf comprises: a supporting framework that juts out cantilevered from, and is rigidly integral with, the front wall of said outer casing ; a removable pan-holder tray , distinct and separated from the supporting framework , which is fitted in removable manner on the top of said supporting framework and is provided, on the upper face thereof, with a concave seat or compartment which is adapted to accommodate the lower part of said ice-cream pan , wherein the bottom of said concave seat or compartment forms the supporting surface of said shelf and wherein a side wall of said concave seat or compartment forms a raised side shoulder that stands up/raises above the supporting surface , on a side of the same supporting surface ; and a manually-operated locking device which is placed on the pan-holder tray above the supporting surface , on a side of said concave seat or compartment opposite to that of the raised side shoulder , and is adapted to selectively transversally push and lock the ice-cream pan momentarily resting on the supporting surface of the shelf in abutment against said raised side shoulder , so as to block/ immobilise the ice-cream pan within said concave seat or compartment .
A composition C1 comprising: a) a transparent material M1 and, b) inorganic particles P1 having a refractive index n 1 , comprising an inorganic compound either of the formula AB x C 1-x X 3 , wherein x is from 0 to 1 and A, B, and C are cations and X is an anion; or inorganic particle P1 comprises an inorganic compound of the formula A' i-y A" y CX 3 , wherein y is from 0 to 1 and A', A", and C are cations and X is an anion; or inorganic particle P1 comprises an inorganic compound of the formula A' 1-y A" y B x C 1-x X 3 , wherein x is from 0 to 1, y is from 0 to 1 and A', A", B, and C are cations and X is an anion; said particles are having a weight average particle diameter d 1 between 1nm and 1μm, c) particles P2 that are different from the inorganic particles P1, said difference between particles P1 and particles P2 is either the refractive index n or the weight average particle diameter d or both; characterized in that the sum of particles P1 and P2 represents between 0.1ppm and 10wt% of the composition C1 comprising the components a) b) and c). a) a transparent material M1 and, b) inorganic particles P1 having a refractive index n 1 , comprising an inorganic compound either of the formula AB x C 1-x X 3 , wherein x is from 0 to 1 and A, B, and C are cations and X is an anion; or inorganic particle P1 comprises an inorganic compound of the formula A' i-y A" y CX 3 , wherein y is from 0 to 1 and A', A", and C are cations and X is an anion; or inorganic particle P1 comprises an inorganic compound of the formula A' 1-y A" y B x C 1-x X 3 , wherein x is from 0 to 1, y is from 0 to 1 and A', A", B, and C are cations and X is an anion; said particles are having a weight average particle diameter d 1 between 1nm and 1μm, or inorganic particle P1 comprises an inorganic compound of the formula A' i-y A" y CX 3 , wherein y is from 0 to 1 and A', A", and C are cations and X is an anion; or inorganic particle P1 comprises an inorganic compound of the formula A' 1-y A" y B x C 1-x X 3 , wherein x is from 0 to 1, y is from 0 to 1 and A', A", B, and C are cations and X is an anion; said particles are having a weight average particle diameter d 1 between 1nm and 1μm, c) particles P2 that are different from the inorganic particles P1, said difference between particles P1 and particles P2 is either the refractive index n or the weight average particle diameter d or both;
Gearbox assembly comprising a planetary gearbox which is present between an input and an output of the gearbox assembly , - wherein a ring gear of the planetary gearbox is coupled to the output , and a planetary carrier is able to be coupled to the input , - wherein the gearbox assembly comprises a first freewheeling assembly , characterized in that - a sun gear and the planetary carrier of the planetary gearbox are able to be selectively coupled to the input , and - wherein the gearbox assembly comprises a second freewheeling assembly , where the first freewheeling assembly is disposed between the input and the planetary carrier , and the second freewheeling assembly is disposed between the sun gear and the ring gear , and - wherein in a first gear of the gearbox assembly in which a torque introduced by way of the planetary carrier is converted and delivered by way of the ring gear , the sun gear by way of a clutch and/or a third freewheeling assembly is able to be connected in a rotationally fixed manner to a housing of the gearbox assembly. - wherein a ring gear of the planetary gearbox is coupled to the output , and a planetary carrier is able to be coupled to the input , - wherein the gearbox assembly comprises a first freewheeling assembly , characterized in that - a sun gear and the planetary carrier of the planetary gearbox are able to be selectively coupled to the input , and - wherein the gearbox assembly comprises a second freewheeling assembly , where the first freewheeling assembly is disposed between the input and the planetary carrier , and the second freewheeling assembly is disposed between the sun gear and the ring gear , and - wherein in a first gear of the gearbox assembly in which a torque introduced by way of the planetary carrier is converted and delivered by way of the ring gear , the sun gear by way of a clutch and/or a third freewheeling assembly is able to be connected in a rotationally fixed manner to a housing of the gearbox assembly.
A vehicle controller comprising: a lock-up clutch disposed in a power transmission path between an engine and a driving wheel ; and a clutch configured to connect and disconnect the power transmission path, wherein at least any one of that a release start timing of the lock-up clutch is made different from a release start timing of the clutch at the time of switching from driven traveling for causing a vehicle to travel by connecting the power transmission path to inertia traveling for causing the vehicle to travel by disconnecting the power transmission path, and that an engagement start timing of the clutch is different from an engagement start timing of the lock-up clutch when switching from the inertia traveling to the driven traveling is carried out, and wherein during the inertia traveling, the clutch is released, and the accelerator is totally closed or the accelerator opening degree is set to a predetermined opening degree or less, and an engine speed is reduced to an idle rotation number. a lock-up clutch disposed in a power transmission path between an engine and a driving wheel ; and a clutch configured to connect and disconnect the power transmission path, wherein at least any one of that a release start timing of the lock-up clutch is made different from a release start timing of the clutch at the time of switching from driven traveling for causing a vehicle to travel by connecting the power transmission path to inertia traveling for causing the vehicle to travel by disconnecting the power transmission path, and that an engagement start timing of the clutch is different from an engagement start timing of the lock-up clutch when switching from the inertia traveling to the driven traveling is carried out, and wherein during the inertia traveling, the clutch is released, and the accelerator is totally closed or the accelerator opening degree is set to a predetermined opening degree or less, and an engine speed is reduced to an idle rotation number.
A system, comprising: a sensor device having a plurality of sensors each adapted to monitor at least one parameter associated with a circuit and selectively provide measurement information on the at least one parameter, wherein a first sensor of the plurality of sensors includes an electrical sensor adapted to monitor an electrical parameter of the circuit for the sensor device to selectively provide as the measurement information the electrical parameter, wherein a second sensor of the plurality of sensors is adapted to monitor a second parameter of the circuit for the sensor device to selectively provide as the measurement information the second parameter, the second parameter being different from the electrical parameter, and wherein the sensor device includes a first wireless transceiver adapted to transmit the measurement information and receive remote control communication for changing of parameters or settings of the sensor device to select a first sensing mode for sensing the electrical parameter or a second sensing mode for sensing the second parameter; and a receiver indicator device having a second wireless transceiver adapted to wirelessly receive the measurement information from the sensor device, wherein the receiver indicator device is adapted to provide the remote control communication to the sensor device via the second wireless transceiver, and provide an indication based on the measurement information to a user operating the receiver indicator device. a sensor device having a plurality of sensors each adapted to monitor at least one parameter associated with a circuit and selectively provide measurement information on the at least one parameter, wherein a first sensor of the plurality of sensors includes an electrical sensor adapted to monitor an electrical parameter of the circuit for the sensor device to selectively provide as the measurement information the electrical parameter, wherein a second sensor of the plurality of sensors is adapted to monitor a second parameter of the circuit for the sensor device to selectively provide as the measurement information the second parameter, the second parameter being different from the electrical parameter, and wherein the sensor device includes a first wireless transceiver adapted to transmit the measurement information and receive remote control communication for changing of parameters or settings of the sensor device to select a first sensing mode for sensing the electrical parameter or a second sensing mode for sensing the second parameter; and a receiver indicator device having a second wireless transceiver adapted to wirelessly receive the measurement information from the sensor device, wherein the receiver indicator device is adapted to provide the remote control communication to the sensor device via the second wireless transceiver, and provide an indication based on the measurement information to a user operating the receiver indicator device.
A device (22.2) for welding together conductor ends disposed on a component of an electric machine in a conductor end assembly , comprising: an illuminating device (28.2) for illuminating at least a partial area of the conductor end assembly , an optical recognition device (30.2) for recognizing the position of the illuminated conductor ends , wherein the optical recognition device (30.2) is configured for recording at least one image of at least the partial area of the conductor end assembly with several conductor end groups to be welded together and detecting the positions of the several conductor end groups by image processing on the image, a laser device (32.2) capable of directing, depending on the recognized position, a laser beam (5.2) onto each group of conductor ends , which is to be welded together, of at least the partial area of the conductor end assembly , and a mount (34.2), which is configured to hold the component stationary relative to the laser device (32.2) during the welding process for welding together all conductor end groups of at least the partial area of the conductor end assembly. an illuminating device (28.2) for illuminating at least a partial area of the conductor end assembly , an optical recognition device (30.2) for recognizing the position of the illuminated conductor ends , wherein the optical recognition device (30.2) is configured for recording at least one image of at least the partial area of the conductor end assembly with several conductor end groups to be welded together and detecting the positions of the several conductor end groups by image processing on the image, a laser device (32.2) capable of directing, depending on the recognized position, a laser beam (5.2) onto each group of conductor ends , which is to be welded together, of at least the partial area of the conductor end assembly , and a mount (34.2), which is configured to hold the component stationary relative to the laser device (32.2) during the welding process for welding together all conductor end groups of at least the partial area of the conductor end assembly.
A steering arrangement for a vehicle comprising: - a hydrostatic steering unit provided with two work ports , a high-pressure port , a low-pressure port , a main branch of the flow arranged between the work ports and the high-pressure port and comprising a dosing device , and an amplification branch arranged between the work ports and the high-pressure port, in parallel to the dosing device, and comprising a flow-rate regulating device , - a steering shaft provided with a first end adapted for being connected to a steering member and a second end adapted for being connected to the hydrostatic steering unit , said steering arrangement being characterized in the fact that the flow-rate regulating device is of the electrically actuated type, and in that the steering arrangement also comprises: - an electric motor configured to set the steering shaft in rotation, and - an electronic control unit configured to actuate the flow-rate regulating device as a function of a parameter indicative of an operating condition of the vehicle. - a hydrostatic steering unit provided with two work ports , a high-pressure port , a low-pressure port , a main branch of the flow arranged between the work ports and the high-pressure port and comprising a dosing device , and an amplification branch arranged between the work ports and the high-pressure port, in parallel to the dosing device, and comprising a flow-rate regulating device , - a steering shaft provided with a first end adapted for being connected to a steering member and a second end adapted for being connected to the hydrostatic steering unit , - an electric motor configured to set the steering shaft in rotation, and - an electronic control unit configured to actuate the flow-rate regulating device as a function of a parameter indicative of an operating condition of the vehicle.
Method for automatic failure analysis in order to provide a cause of failure of a medical imaging device (D) during operation, comprising the following steps: - Reading (S1) input data, comprising raw data (rd) or image data (i), acquired by the imaging device (D);Calculating (S2) a set of key performance indicators (KPI) in the input data, wherein said key performance indicators (KPI) comprise: - Average signal per channel; - Highest relative FFT peak; - Average SNR; - Accessing a trained neural network system (t-ANN) with the calculated key performance indicators (KPI), in order to provide (S3) result data (r), which in case of a failure comprises a failure source and otherwise an operational state of the medical imaging device (D). - Reading (S1) input data, comprising raw data (rd) or image data (i), acquired by the imaging device (D);Calculating (S2) a set of key performance indicators (KPI) in the input data, wherein said key performance indicators (KPI) comprise: - Average signal per channel; - Highest relative FFT peak; - Average signal per channel; - Highest relative FFT peak; - Average SNR; - Accessing a trained neural network system (t-ANN) with the calculated key performance indicators (KPI), in order to provide (S3) result data (r), which in case of a failure comprises a failure source and otherwise an operational state of the medical imaging device (D).
A hemispherical resonator gyroscope comprising: a sensing system comprising a plurality of electrodes arranged in a symmetrical annular arrangement about a sensitive axis and configured to electrostatically force a resonator into a substantially periodic motion based on a plurality of forcer signals (FRC) applied to the plurality of electrodes , and configured to provide an indication of rotation about a sensitive axis of the hemispherical resonator gyroscope ; and a controller configured to generate the plurality of forcer signals (FRC) in a phase-disparate manner to provide the substantially periodic motion in a vibration pattern such that the ratio of the number of the plurality of electrodes to the number of nodes and antinodes of the vibration pattern is a non-integer number, and to measure the rotation about the sensitive axis of the hemispherical resonator gyroscope in response to the plurality of forcer signals (FRC). a sensing system comprising a plurality of electrodes arranged in a symmetrical annular arrangement about a sensitive axis and configured to electrostatically force a resonator into a substantially periodic motion based on a plurality of forcer signals (FRC) applied to the plurality of electrodes , and configured to provide an indication of rotation about a sensitive axis of the hemispherical resonator gyroscope ; and a controller configured to generate the plurality of forcer signals (FRC) in a phase-disparate manner to provide the substantially periodic motion in a vibration pattern such that the ratio of the number of the plurality of electrodes to the number of nodes and antinodes of the vibration pattern is a non-integer number, and to measure the rotation about the sensitive axis of the hemispherical resonator gyroscope in response to the plurality of forcer signals (FRC).