mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: for each access point in a plurality of access points , and by operation of one or more computer processors: identifying a subset of the plurality of access points that neighbor the access point; estimating a location of the access point, based on: a respective indication of signal strength between the access point and each neighboring access point in the subset of access points, a respective position of each of the neighboring access points in a position map; and determining a difference between a recorded position of the access point in the position map and the estimated location of the access point; and determining that the position within the position map of a first one of the plurality of access points is likely to be incorrect based on the determined difference for the first access point. for each access point in a plurality of access points , and by operation of one or more computer processors: identifying a subset of the plurality of access points that neighbor the access point; estimating a location of the access point, based on: a respective indication of signal strength between the access point and each neighboring access point in the subset of access points, a respective position of each of the neighboring access points in a position map; and determining a difference between a recorded position of the access point in the position map and the estimated location of the access point; and identifying a subset of the plurality of access points that neighbor the access point; estimating a location of the access point, based on: a respective indication of signal strength between the access point and each neighboring access point in the subset of access points, a respective position of each of the neighboring access points in a position map; and a respective indication of signal strength between the access point and each neighboring access point in the subset of access points, a respective position of each of the neighboring access points in a position map; and determining a difference between a recorded position of the access point in the position map and the estimated location of the access point; and determining that the position within the position map of a first one of the plurality of access points is likely to be incorrect based on the determined difference for the first access point.
An electromechanical device , comprising: a stepping motor configured to include a rotary shaft ; a rotation sensor configured to detect in which of a plurality of angle ranges an angular position of the rotary shaft is present; and a motor control unit configured to control rotation of the rotary shaft by transmitting a driving signal to the motor based on the angle range of the rotary shaft detected by the rotation sensor , wherein the driving signal is a pulse width modulation, PWM, signal obtained by changing an application period of a low voltage and an application period of a high voltage, the motor control unit is configured to perform a step control by changing the driving signal in a stay period according to a length of the stay period which is a period from when the rotary shaft enters one angle range until the rotary shaft exits from the one angle range, characterized in that in a case where the stay period exceeds a predetermined initial period, the motor control unit is configured to gradually increase a potential difference between the low voltage and the high voltage in the driving signal in at least a part of the stay period after passage of the predetermined initial period, and the motor control unit is configured to set the potential difference to a predetermined initial value in response to switching of the angle range of the rotary shaft detected by the rotation sensor . a stepping motor configured to include a rotary shaft ; a rotation sensor configured to detect in which of a plurality of angle ranges an angular position of the rotary shaft is present; and a motor control unit configured to control rotation of the rotary shaft by transmitting a driving signal to the motor based on the angle range of the rotary shaft detected by the rotation sensor , wherein the driving signal is a pulse width modulation, PWM, signal obtained by changing an application period of a low voltage and an application period of a high voltage, the motor control unit is configured to perform a step control by changing the driving signal in a stay period according to a length of the stay period which is a period from when the rotary shaft enters one angle range until the rotary shaft exits from the one angle range, characterized in that in a case where the stay period exceeds a predetermined initial period, the motor control unit is configured to gradually increase a potential difference between the low voltage and the high voltage in the driving signal in at least a part of the stay period after passage of the predetermined initial period, and the motor control unit is configured to set the potential difference to a predetermined initial value in response to switching of the angle range of the rotary shaft detected by the rotation sensor .
A method, comprising: receiving a plurality of data sets, each data set including a customer identifier field, the customer identifier field specifying a unique customer identifier associated with each entry in each data set, the plurality of data sets including a first group of data sets and a second group of data sets, each data set associable with each other data set based on the customer identifier; storing the plurality of data sets; generating a key map including the customer identifier field and an anonymous identifier field, the customer identifier field for the key map including unique customer identifiers of the first group of data sets of the plurality of data sets, the anonymous identifier field including unique anonymous identifiers, each anonymous identifier corresponding to a customer identifier of the key map, each anonymous identifier different from its corresponding customer identifier; storing the key map; and rendering each data set of the second group of data sets as unassociable with each data set of the first group of data sets by replacing, based on the key map, each unique customer identifier in the second group of data sets with the corresponding anonymous identifier, further including rendering each data set of the second group of data sets associable with each other data set of the second group of data sets based on the anonymous identifier. receiving a plurality of data sets, each data set including a customer identifier field, the customer identifier field specifying a unique customer identifier associated with each entry in each data set, the plurality of data sets including a first group of data sets and a second group of data sets, each data set associable with each other data set based on the customer identifier; storing the plurality of data sets; generating a key map including the customer identifier field and an anonymous identifier field, the customer identifier field for the key map including unique customer identifiers of the first group of data sets of the plurality of data sets, the anonymous identifier field including unique anonymous identifiers, each anonymous identifier corresponding to a customer identifier of the key map, each anonymous identifier different from its corresponding customer identifier; storing the key map; and rendering each data set of the second group of data sets as unassociable with each data set of the first group of data sets by replacing, based on the key map, each unique customer identifier in the second group of data sets with the corresponding anonymous identifier, further including rendering each data set of the second group of data sets associable with each other data set of the second group of data sets based on the anonymous identifier.
A method for intra refresh encoding of a plurality of image frames of a video stream, wherein the intra refresh encoding is based on a predefined periodic intra refresh pattern (100 a-d) defining a region (104a-c) of an image frame (102a-c) that should be intra encoded, the method comprising, for each image frame: receiving (S02) a current level of motion associated with the image frame; determining (S04) an intra encoding region (104a-c) of the image frame according to the predefined periodic intra refresh pattern; upon the current level of motion not exceeding a first threshold : intra encoding (S14) the intra encoding region of the image frame; and inter frame encoding (S16) the regions of the image frame different from the intra encoding region; upon the current level of motion exceeding the first threshold: expanding (S08) the intra encoding region of the image frame to overlap to a determined extent with a previously encoded intra encoding region among the plurality of image frames; intra encoding (S14) the expanded intra encoding region of the image frame; and inter frame encoding (S16) the regions of the image frame different from the expanded intra encoding region. receiving (S02) a current level of motion associated with the image frame; determining (S04) an intra encoding region (104a-c) of the image frame according to the predefined periodic intra refresh pattern; upon the current level of motion not exceeding a first threshold : intra encoding (S14) the intra encoding region of the image frame; and inter frame encoding (S16) the regions of the image frame different from the intra encoding region; intra encoding (S14) the intra encoding region of the image frame; and inter frame encoding (S16) the regions of the image frame different from the intra encoding region; upon the current level of motion exceeding the first threshold: expanding (S08) the intra encoding region of the image frame to overlap to a determined extent with a previously encoded intra encoding region among the plurality of image frames; intra encoding (S14) the expanded intra encoding region of the image frame; and inter frame encoding (S16) the regions of the image frame different from the expanded intra encoding region. expanding (S08) the intra encoding region of the image frame to overlap to a determined extent with a previously encoded intra encoding region among the plurality of image frames; intra encoding (S14) the expanded intra encoding region of the image frame; and inter frame encoding (S16) the regions of the image frame different from the expanded intra encoding region.
A multiple redundancy position sensor device for detecting the position of a shifter lever in a shifter device , the sensor device comprising a first magnetic sensor , a second magnetic sensor facing the first magnetic sensor , with at least one of said first and second magnetic sensors being a dual die magnetic sensor, a first geometric axis (Y1) defined by the first and second magnetic sensors , and a polarized magnet arranged between the first and second magnetic sensors such that the polarized magnet can be rotated with at least one degree of freedom, whereby a signal based on the angular position of the polarized magnet relative to the first and second magnetic sensors corresponding to a shifter lever position can be output to control a vehicle transmission.
A method for storing files in a fire detection system , a fire suppression system or a combination fire detection and suppression system , the method comprising: a master module determining available memory on slave units , wherein the slave units are for tasks related to fire detection, fire notification, or fire suppression; the master module instructing the slave units to store new files to the available memory; and the master module reading the files stored to the slave units . a master module determining available memory on slave units , wherein the slave units are for tasks related to fire detection, fire notification, or fire suppression; the master module instructing the slave units to store new files to the available memory; and the master module reading the files stored to the slave units .
Kit for the formation of a railing with solar panels , which comprises: at least one base profile as a support for at least one solar panel, at least one post with a holding plate attached thereto, to which the at least one base profile can be attached, and at least one holding means for holding an upper edge portion of the at least one solar panel to the post, characterized in that the at least one base profile is provided as a support for the lower edge surface of the at least one solar panel and in that the kit further comprises: at least one cover profile which can be detachably connected to the at least one base profile, so that the at least one solar panel is arranged between cover profile and base profile, and at least one second cover profile which can be detachably connected to the at least one base profile, wherein the at least one cover profile and the at least one second cover profile can be attached to the base profile such that the holding plate is arranged therebetween. at least one base profile as a support for at least one solar panel, at least one post with a holding plate attached thereto, to which the at least one base profile can be attached, and at least one holding means for holding an upper edge portion of the at least one solar panel to the post, characterized in that the at least one base profile is provided as a support for the lower edge surface of the at least one solar panel and in that the kit further comprises: at least one cover profile which can be detachably connected to the at least one base profile, so that the at least one solar panel is arranged between cover profile and base profile, and at least one second cover profile which can be detachably connected to the at least one base profile, wherein the at least one cover profile and the at least one second cover profile can be attached to the base profile such that the holding plate is arranged therebetween. at least one cover profile which can be detachably connected to the at least one base profile, so that the at least one solar panel is arranged between cover profile and base profile, and at least one second cover profile which can be detachably connected to the at least one base profile, wherein the at least one cover profile and the at least one second cover profile can be attached to the base profile such that the holding plate is arranged therebetween.
A proximity detection device configured to detect an approach of a user's hand to a display face of a display of a data processing device , the display configured to be used as an input device for the data processing device , comprising: an approach detection means configured to detect whether the user's hand approaches the display face, and a position, in a left-right direction, which a hand approaches using an infrared light source that is disposed outside the display face of the display and emits infrared light that passes in front of the display face and a photodetector that is disposed outside the display face and detects reflected light of the infrared light; and a notification means configured to output non-detection to the data processing device when the approach detection means does not detect an approach of the user's hand, and output the position in the left-right direction detected by the approach detection means to the data processing device when the approach detection means detects an approach of the user's hand, characterised in that one of a left-right direction and a right-left direction is set as a first direction, and the notification means is configured to determine whether an amount of movement of a position detected by the approach detection means in the first direction exceeds a predetermined threshold value (Th) and to output non-detection to the data processing device when the amount of movement decreases after exceeding the predetermined threshold value (Th) during a period of detecting that the approach detection means is detecting an approach of the user's hand. an approach detection means configured to detect whether the user's hand approaches the display face, and a position, in a left-right direction, which a hand approaches using an infrared light source that is disposed outside the display face of the display and emits infrared light that passes in front of the display face and a photodetector that is disposed outside the display face and detects reflected light of the infrared light; and a notification means configured to output non-detection to the data processing device when the approach detection means does not detect an approach of the user's hand, and output the position in the left-right direction detected by the approach detection means to the data processing device when the approach detection means detects an approach of the user's hand,
Orthopaedic rod bender including: - a rod receiving zone configured to receive a first rod having a predefined curvature and a second rod to which a curvature is to be imparted; - a first support and a second support for contacting the first rod , the first and the second supports being located on a first side (S1) of the rod receiving zone ; characterized in that the rod receiving zone is configured to receive the first rod having a predefined curvature and the second rod to which a curvature is to be imparted using the first rod ; and in that the orthopaedic rod bender further includes: - a mobile head located on a second side (S2) of the rod receiving zone opposite the first side (S1); the mobile head being configured to be displaced towards the first side (S1) and in the rod receiving zone to contact the second rod and to apply a force to the second rod to push the second rod towards the first rod to impart a matching or corresponding curvature of the first rod to the second rod . - a rod receiving zone configured to receive a first rod having a predefined curvature and a second rod to which a curvature is to be imparted; - a first support and a second support for contacting the first rod , the first and the second supports being located on a first side (S1) of the rod receiving zone ; - a mobile head located on a second side (S2) of the rod receiving zone opposite the first side (S1); the mobile head being configured to be displaced towards the first side (S1) and in the rod receiving zone to contact the second rod and to apply a force to the second rod to push the second rod towards the first rod to impart a matching or corresponding curvature of the first rod to the second rod .
A carbon nanotube composite film comprising: a particle of an inorganic semiconductor; and a carbon nanotubes network, wherein the particle of the inorganic semiconductor is present at a node of a plurality of the carbon nanotubes, and the inorganic semiconductor is at least one selected from a group consisting of a metal halide and a chalcogenide having a melting point of lower than 1000°C. a particle of an inorganic semiconductor; and a carbon nanotubes network, wherein the particle of the inorganic semiconductor is present at a node of a plurality of the carbon nanotubes, and the inorganic semiconductor is at least one selected from a group consisting of a metal halide and a chalcogenide having a melting point of lower than 1000°C.
A toner comprising: a toner particle; and an external additive containing a strontium titanate particle, wherein: the toner has an average circularity, as determined in accordance with the description, of at least 0.935 and not more than 0.995, the strontium titanate particle has a number-average primary particle diameter, as determined in accordance with the description, of at least 10 nm and not more than 60 nm, the strontium titanate particle has a peak in the range of 39.700° ± 0.150° and a peak in the range of 46.200° ± 0.150° in a CuKα x-ray diffraction spectrum obtained in the 2θ range of at least 10° and not more than 90° where θ is the Bragg angle, and where Sa is an area of the peak at 39.700° ± 0.150° and Sb is an area of the peak at 46.200° ± 0.150°, Sb/Sa is at least 1.80 and not more than 2.30, wherein Sa and Sb are determined in accordance with the description. a toner particle; and an external additive containing a strontium titanate particle, wherein: the toner has an average circularity, as determined in accordance with the description, of at least 0.935 and not more than 0.995, the strontium titanate particle has a number-average primary particle diameter, as determined in accordance with the description, of at least 10 nm and not more than 60 nm, the strontium titanate particle has a peak in the range of 39.700° ± 0.150° and a peak in the range of 46.200° ± 0.150° in a CuKα x-ray diffraction spectrum obtained in the 2θ range of at least 10° and not more than 90° where θ is the Bragg angle, and where Sa is an area of the peak at 39.700° ± 0.150° and Sb is an area of the peak at 46.200° ± 0.150°, Sb/Sa is at least 1.80 and not more than 2.30, wherein Sa and Sb are determined in accordance with the description. the toner has an average circularity, as determined in accordance with the description, of at least 0.935 and not more than 0.995, the strontium titanate particle has a number-average primary particle diameter, as determined in accordance with the description, of at least 10 nm and not more than 60 nm, the strontium titanate particle has a peak in the range of 39.700° ± 0.150° and a peak in the range of 46.200° ± 0.150° in a CuKα x-ray diffraction spectrum obtained in the 2θ range of at least 10° and not more than 90° where θ is the Bragg angle, and where Sa is an area of the peak at 39.700° ± 0.150° and Sb is an area of the peak at 46.200° ± 0.150°, Sb/Sa is at least 1.80 and not more than 2.30, wherein Sa and Sb are determined in accordance with the description.
A method for producing a semiconductor device that forms a donor layer in a silicon substrate using proton implantation , comprising: a crystal defect forming step of generating vacancies and divacancies as point defects via electron beam irradiation on a front surface of the silicon substrate before the proton implantation ; and a donor layer forming step of forming the donor layer using the proton implantation into a rear surface of the substrate and a first heat treatment, wherein in the donor layer forming step a silicon dangling bond of point defects is terminated by hydrogen atoms by applying a first heat treatment between 380°C and 450°C for a duration of 3 to 7 hours. a crystal defect forming step of generating vacancies and divacancies as point defects via electron beam irradiation on a front surface of the silicon substrate before the proton implantation ; and a donor layer forming step of forming the donor layer using the proton implantation into a rear surface of the substrate and a first heat treatment, wherein in the donor layer forming step a silicon dangling bond of point defects is terminated by hydrogen atoms by applying a first heat treatment between 380°C and 450°C for a duration of 3 to 7 hours.