mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating a remaining charging time of a battery to reach a target state-of-charge of the battery by a battery management system, wherein the battery comprises N types of battery cells, N ≥ 2, and the method comprises: determining a minimum charging time of each type of battery cell at a K th charging phase based on a charge request current value of each type of battery cell at the K th charging phase, wherein the K th charging phase is defined by the battery cell reaching an upper limit of a predetermined fluctuation range of temperature or reaching an upper limit of a predetermined fluctuation range of state-of-charge of a battery cell, wherein the charge request current value of each type of battery cell at the K th charging phase is determined based on an initial state of charge and an initial temperature of said type of battery cell at said charging phase, wherein the minimum charging time of each type of battery cell at a K th charging phase is a smallest value of the time for the battery cell to reach the upper limit of the predetermined fluctuation range of temperature or the upper limit of the predetermined fluctuation range of state-of-charge; and determining the remaining charging time of the battery when the K th charging phase of any type of battery cell in the battery is a target state-of-charge phase, wherein the remaining charging time of the battery is a smallest one of accumulation values, each accumulation value being an accumulation of minimum charging times of a type of battery cell in the battery at all charging phases. determining a minimum charging time of each type of battery cell at a K th charging phase based on a charge request current value of each type of battery cell at the K th charging phase, wherein the K th charging phase is defined by the battery cell reaching an upper limit of a predetermined fluctuation range of temperature or reaching an upper limit of a predetermined fluctuation range of state-of-charge of a battery cell, wherein the charge request current value of each type of battery cell at the K th charging phase is determined based on an initial state of charge and an initial temperature of said type of battery cell at said charging phase, wherein the minimum charging time of each type of battery cell at a K th charging phase is a smallest value of the time for the battery cell to reach the upper limit of the predetermined fluctuation range of temperature or the upper limit of the predetermined fluctuation range of state-of-charge; and determining the remaining charging time of the battery when the K th charging phase of any type of battery cell in the battery is a target state-of-charge phase, wherein the remaining charging time of the battery is a smallest one of accumulation values, each accumulation value being an accumulation of minimum charging times of a type of battery cell in the battery at all charging phases.
A first wireless communications device for communicating in a 60 GHz wireless network, the first device comprising: a network scheduler module to schedule directional wireless communications for other wireless communication devices in the 60 GHz wireless network; wherein the first device is configured to transmit a beacon frame, the beacon frame indicating a data transmission time of a beacon interval, the data transmission time to occur subsequent to the beacon frame, the data transmission time being a time during which other devices in the network may transmit; and characterized in that: the beacon frame contains a capability information field, the capability information field containing a sub-field indicating a type of link access provided by the first device in the data transmission time, wherein the type of link access is contention-based random access or scheduled access. a network scheduler module to schedule directional wireless communications for other wireless communication devices in the 60 GHz wireless network; wherein the first device is configured to transmit a beacon frame, the beacon frame indicating a data transmission time of a beacon interval, the data transmission time to occur subsequent to the beacon frame, the data transmission time being a time during which other devices in the network may transmit; and characterized in that: the beacon frame contains a capability information field, the capability information field containing a sub-field indicating a type of link access provided by the first device in the data transmission time, wherein the type of link access is contention-based random access or scheduled access.
A farm vehicle autopilot comprising: a global navigational satellite system sensor and an inertial measurement unit sensor in communication with a microprocessor and memory, wherein the microprocessor and memory are configured to: receive steering angle data from a steering angle sensor, send steering angle commands to a steering angle actuator, and perform automatic autopilot calibration by guiding a farm vehicle through a calibration maneuver and measuring vehicle response characteristics during the calibration maneuver with the global navigational satellite system and inertial measurement unit sensors; wherein the microprocessor and memory are further configured to perform automatic diagnostics of vehicle performance under autopilot control. receive steering angle data from a steering angle sensor, send steering angle commands to a steering angle actuator, and perform automatic autopilot calibration by guiding a farm vehicle through a calibration maneuver and measuring vehicle response characteristics during the calibration maneuver with the global navigational satellite system and inertial measurement unit sensors; wherein the microprocessor and memory are further configured to perform automatic diagnostics of vehicle performance under autopilot control.
An information-sharing system acquiring an image taken by a camera from a working vehicle including a working apparatus, the camera supported by the working apparatus, and a sensor for acquiring coordinates of the camera, comprising: a control apparatus; a plurality of displays; and an information input section for inputting information to be displayed on the displays, wherein the control apparatus acquires a work range of the working vehicle from the working vehicle, acquires coordinates of the camera from the sensor, displays the map information in the work range on all the displays, and displays the image taken by the camera on an area on the map information having the same size as an imaging area of the camera, the area being a coordinate position of the camera on the map information, wherein when the scale of the map information in one of the displays is changed, the control apparatus changes a scale of the map information displayed on the other display and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on all the displays at a change rate of the scale, wherein when a ratio of a distance on the image with respect to a predetermined distance in the imaging area on one of the displays is changed, the control apparatus changes a scale of the map information displayed on all the displays and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on the other display at a change rate of the scale, wherein the control apparatus displays information input into one of the displays by the information input section on the other display. a control apparatus; a plurality of displays; and an information input section for inputting information to be displayed on the displays, wherein the control apparatus acquires a work range of the working vehicle from the working vehicle, acquires coordinates of the camera from the sensor, displays the map information in the work range on all the displays, and displays the image taken by the camera on an area on the map information having the same size as an imaging area of the camera, the area being a coordinate position of the camera on the map information, wherein when the scale of the map information in one of the displays is changed, the control apparatus changes a scale of the map information displayed on the other display and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on all the displays at a change rate of the scale, wherein when a ratio of a distance on the image with respect to a predetermined distance in the imaging area on one of the displays is changed, the control apparatus changes a scale of the map information displayed on all the displays and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on the other display at a change rate of the scale, wherein the control apparatus displays information input into one of the displays by the information input section on the other display.
A method comprising: measuring a plurality of magnetic field components at one position, said plurality of magnetic field components being associated with a plurality of magnets contained in a magnetic angle position sensor, the plurality of magnetic field components including: a strength of a magnetic field (Bx) in an x direction, a strength of a magnetic field (By) in a y direction, and a strength of a magnetic field (Bz) in a z direction; identifying a first angle based on the measured magnetic field components, the first angle representing an angular position associated with a first magnet of the plurality of magnets; identifying a second angle based on the measured magnetic field components, the second angle representing an angular position associated with a second magnet of the plurality of magnets; identifying a position of the first magnet based on the identified first angle and second angle; and identifying a position of the second magnet based on the identified first angle and second angle. measuring a plurality of magnetic field components at one position, said plurality of magnetic field components being associated with a plurality of magnets contained in a magnetic angle position sensor, the plurality of magnetic field components including: a strength of a magnetic field (Bx) in an x direction, a strength of a magnetic field (By) in a y direction, and a strength of a magnetic field (Bz) in a z direction; a strength of a magnetic field (Bx) in an x direction, a strength of a magnetic field (By) in a y direction, and a strength of a magnetic field (Bz) in a z direction; identifying a first angle based on the measured magnetic field components, the first angle representing an angular position associated with a first magnet of the plurality of magnets; identifying a second angle based on the measured magnetic field components, the second angle representing an angular position associated with a second magnet of the plurality of magnets; identifying a position of the first magnet based on the identified first angle and second angle; and identifying a position of the second magnet based on the identified first angle and second angle.
A pressure sensor, comprising: a sense die configured to output an electric signal after receiving an external pressure on a sense surface of the sense die; a substrate electrically connected to the sense die; a ring structure encircling the sense die, wherein a bottom end of the ring structure is snap fitted to the substrate; and a pressure-transmitting media in contact with the sense surface of the sense die; wherein the pressure-transmitting media transmits a received external pressure to the sense surface of the sense die to generate an output signal from the sense die, and wherein the output signal is converted into a pressure reading; the pressure sensor characterised in that the pressure-transmitting media is overmolded over an upper end of the ring structure. a sense die configured to output an electric signal after receiving an external pressure on a sense surface of the sense die; a substrate electrically connected to the sense die; a ring structure encircling the sense die, wherein a bottom end of the ring structure is snap fitted to the substrate; and a pressure-transmitting media in contact with the sense surface of the sense die; wherein the pressure-transmitting media transmits a received external pressure to the sense surface of the sense die to generate an output signal from the sense die, and wherein the output signal is converted into a pressure reading; the pressure sensor characterised in that the pressure-transmitting media is overmolded over an upper end of the ring structure.
An on-board network system comprising: for each of a plurality of zones defined in a vehicle, a power distributor connected to an on-board battery; a plurality of electronic devices supplied with power from the power distributor via a common power supply line; and a zone control unit configured to control the plurality of electronic devices; wherein the electronic devices that are turned on and off at a common timing in each of the zones are collectively connected to the body ground via a single individual relay, and the individual relay individually turns on and off connection between the electronic devices which are turned on and off at the common timing and the body ground based on a control signal from the zone control unit.
A compound represented by formula: wherein R 1 is C 1 -C 6 alkyl group or halogen substituted C 1 -C 6 alkyl group, and R 2 is a C 1 -C 6 alkyl group.
A protecting group for Group Assisted Purification peptide synthesis, selected from the group consisting of: wherein R is selected from the group consisting of H, Me, and OMe; and Y is selected from the group consisting of O, S, and NH; and wherein if Y = NH or O, all R groups may not be H; or wherein R is selected from the group consisting of Me and OMe. R is selected from the group consisting of H, Me, and OMe; and Y is selected from the group consisting of O, S, and NH; and wherein if Y = NH or O, all R groups may not be H; or
A base edge of a work implement assembly comprising: a body including a working edge defining a lateral direction and a direction of assembly perpendicular to the lateral direction, the body further defining a first lateral end and a second lateral end; a plurality of vertical mounting mechanism receiving apertures; a plurality of center notches extending from the working edge; and a first end notch disposed proximate to the first lateral end and a second end notch disposed proximate to the second lateral end, the first end notch and the second end notch extending from the working edge; characterised in that each of the plurality of center notches and the first and the second end notches (724, 724') includes a different configuration, the first and the second end notch (724, 724') defining a notch depth along direction of assembly, and the first and the second end notches (724, 724') further includes a straight middle portion straddled laterally by a first arcuate corner portion and a second arcuate corner portion, the straight middle portion defining a lateral straight middle portion width, and the notch depth ranges from 0.5 multiplied by the lateral straight middle portion width to 1.25 multiplied by the lateral straight middle portion width. a body including a working edge defining a lateral direction and a direction of assembly perpendicular to the lateral direction, the body further defining a first lateral end and a second lateral end; a plurality of vertical mounting mechanism receiving apertures; a plurality of center notches extending from the working edge; and a first end notch disposed proximate to the first lateral end and a second end notch disposed proximate to the second lateral end, the first end notch and the second end notch extending from the working edge; characterised in that each of the plurality of center notches and the first and the second end notches (724, 724') includes a different configuration, the first and the second end notch (724, 724') defining a notch depth along direction of assembly, and the first and the second end notches (724, 724') further includes a straight middle portion straddled laterally by a first arcuate corner portion and a second arcuate corner portion, the straight middle portion defining a lateral straight middle portion width, and the notch depth ranges from 0.5 multiplied by the lateral straight middle portion width to 1.25 multiplied by the lateral straight middle portion width.
A method for reducing or inhibiting bacterial contamination on a food surface; said method comprising applying to the food surface an organic acid and a methylcellulose, wherein the methylcellulose has anhydroglucose units joined by 1-4 linkages wherein hydroxy groups of anhydroglucose units are substituted with methyl groups such that s23/s26 is 0.36 or less, wherein s23 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 3-positions of the anhydroglucose unit are substituted with methyl groups and wherein s26 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 6-positions of the anhydroglucose unit are substituted with methyl groups.
A method for detecting malicious code in received web pages, comprising: receiving web page code at a host system from a web server two or more times; and scanning the received web page code to determine the presence therein of one or more suspect code strings meeting one or more detection criteria, this scanning step comprising inspecting the received web page code to determine whether the web page code received the first time is different to the web page code received the second or subsequent time, the one or more detection criteria including the criterion of whether a code string is polymorphic; processing the suspect code strings that meet the one or more detection criteria so as to de-armour the suspect code strings; and inspecting the results of the processing with an existing anti-virus or other host intrusion detection system (HIDS) already installed on the host system to determine whether the processed code strings contain malicious code. receiving web page code at a host system from a web server two or more times; and scanning the received web page code to determine the presence therein of one or more suspect code strings meeting one or more detection criteria, this scanning step comprising inspecting the received web page code to determine whether the web page code received the first time is different to the web page code received the second or subsequent time, the one or more detection criteria including the criterion of whether a code string is polymorphic; processing the suspect code strings that meet the one or more detection criteria so as to de-armour the suspect code strings; and inspecting the results of the processing with an existing anti-virus or other host intrusion detection system (HIDS) already installed on the host system to determine whether the processed code strings contain malicious code.
An assembly for delivering an intraluminary member into a body lumen comprising: an intraluminary member a delivery catheter including: an elongated tubular member, an elongated rod (50, 70) disposed within and slidingly engaged with the tubular member, a handle (80; 180) fixed to a proximal end of the rod (50, 70), and at least one securing mechanism (87; 187) located on the handle (80; 180); and a thread-like member removeably secured to one end of the intraluminary member, the thread-like member extending between the intraluminary member and the handle (80; 180), the at least one securing mechanism (87; 187) adapted to secure the thread-like member, characterized in that the thread-like member has two ends with both ends being secured to the at least one securing mechanism (87; 187) and a central portion releasably securable to the intraluminary member. an intraluminary member a delivery catheter including: an elongated tubular member, an elongated rod (50, 70) disposed within and slidingly engaged with the tubular member, a handle (80; 180) fixed to a proximal end of the rod (50, 70), and at least one securing mechanism (87; 187) located on the handle (80; 180); and an elongated tubular member, an elongated rod (50, 70) disposed within and slidingly engaged with the tubular member, a handle (80; 180) fixed to a proximal end of the rod (50, 70), and at least one securing mechanism (87; 187) located on the handle (80; 180); and a thread-like member removeably secured to one end of the intraluminary member, the thread-like member extending between the intraluminary member and the handle (80; 180), the at least one securing mechanism (87; 187) adapted to secure the thread-like member, characterized in that the thread-like member has two ends with both ends being secured to the at least one securing mechanism (87; 187) and a central portion releasably securable to the intraluminary member.
An apparatus for interventional brachytherapy for generating data to be used directly for therapy and/or for therapy planning, said apparatus comprising: - guiding means (32, 33, 34) for providing a channel-like arrangement to be navigated within a body in order to irradiate tissue; - a radiation source for irradiating tissue, said radiation source being arranged on said guiding means (32, 33, 34); and - first position sensing means for generating position data related to the position of said radiation source, said first position sensing means being arranged to provide the position data to a position control device and/or power control device of a brachytherapy system in order to position said radiation source within the body, wherein said first position sensing means comprises an optical fiber and at least one optical sensor for position detection; - first tissue sensing means for generating tissue data related to tissue characteristics, said first tissue sensing means being arranged to provide the tissue data to said position control device and/or said power control device of said brachytherapy system in order to analyze tissue. - guiding means (32, 33, 34) for providing a channel-like arrangement to be navigated within a body in order to irradiate tissue; - a radiation source for irradiating tissue, said radiation source being arranged on said guiding means (32, 33, 34); and - first position sensing means for generating position data related to the position of said radiation source, said first position sensing means being arranged to provide the position data to a position control device and/or power control device of a brachytherapy system in order to position said radiation source within the body, wherein said first position sensing means comprises an optical fiber and at least one optical sensor for position detection; - first tissue sensing means for generating tissue data related to tissue characteristics, said first tissue sensing means being arranged to provide the tissue data to said position control device and/or said power control device of said brachytherapy system in order to analyze tissue.