mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: • obtaining a driving data set associated with a vehicle, driving data set comprising: • synchronized interior image data and exterior image data; and • vehicle control inputs associated with the synchronized interior image data and exterior image data; • for the driving data set, extracting, from the exterior image data, exterior scene features of an exterior scene of the vehicle; and • providing the exterior scene features and the vehicle control inputs for training a driving response model based on the exterior scene features and the vehicle control inputs from the driving data set; • characterised by, for the driving data set, determining a driving quality metric, wherein the driving quality metric includes one or more of: an attentiveness score, a skill metric, a driver score, or a ride comfort metric, and wherein the attentiveness score is based on the interior image data of the driving data set. • obtaining a driving data set associated with a vehicle, driving data set comprising: • synchronized interior image data and exterior image data; and • vehicle control inputs associated with the synchronized interior image data and exterior image data; • synchronized interior image data and exterior image data; and • vehicle control inputs associated with the synchronized interior image data and exterior image data; • for the driving data set, extracting, from the exterior image data, exterior scene features of an exterior scene of the vehicle; and • providing the exterior scene features and the vehicle control inputs for training a driving response model based on the exterior scene features and the vehicle control inputs from the driving data set; • characterised by, for the driving data set, determining a driving quality metric, wherein the driving quality metric includes one or more of: an attentiveness score, a skill metric, a driver score, or a ride comfort metric, and wherein the attentiveness score is based on the interior image data of the driving data set.
A fiber cement article having improved impact resistance comprising from 1 to 25 wt.%, based on the total solids weight of the fiber cement article, of one or more core-shell aqueous emulsion polymers having a crosslinked rubbery core with a calculated glass transition temperature (calculated Tg) of from -20 to -140 °C, and an at least partially grafted acrylic or vinyl shell polymer having a calculated Tg of from 20 to 170 °C, and a Z-average primary particle size of from 55 to 800 nm, cement, and, further wherein, the fiber cement article comprises reinforcing fibers.
A method of performing motion vector prediction for coding video data, the method comprising: determining a motion vector (mv); determining a rounded motion vector being equivalent to a value of rmv in the following equations: s = mv ≫ 17; f = Floor Log2 mv ∧ s | 31 − 4; mask = − 1 ≪ f ≫ 1; round = 1 ≪ f ≫ 2; rmv = mv + round & mask; and generating a motion vector predictor candidate based on the rounded motion vector. determining a motion vector (mv); determining a rounded motion vector being equivalent to a value of rmv in the following equations: s = mv ≫ 17; f = Floor Log2 mv ∧ s | 31 − 4; mask = − 1 ≪ f ≫ 1; round = 1 ≪ f ≫ 2; rmv = mv + round & mask; and generating a motion vector predictor candidate based on the rounded motion vector.
Electrical flush-mounted installation device for receiving a mobile audio and communication device, - comprising a flush-mounted insert which contains a charging device and an electrical connection up to 250 V, - comprising a covering frame, - comprising a charging apparatus or charging tray including a plug-in apparatus for connection to the mobile audio and communication device for charging the device, and - comprising a central cover which can be fitted onto the charging tray, characterized in that the central cover is equipped with a spring-action elastic support apparatus on which the mobile device comes to rest, the support surface of the support apparatus being integrated into the central plate in one piece, wherein the support apparatus cannot be distinguished from the surface of the central cover with respect to the design of its surface condition and is matched to a respective switch or socket range of the installation device used. - comprising a flush-mounted insert which contains a charging device and an electrical connection up to 250 V, - comprising a covering frame, - comprising a charging apparatus or charging tray including a plug-in apparatus for connection to the mobile audio and communication device for charging the device, and - comprising a central cover which can be fitted onto the charging tray, characterized in that the central cover is equipped with a spring-action elastic support apparatus on which the mobile device comes to rest, the support surface of the support apparatus being integrated into the central plate in one piece, wherein the support apparatus cannot be distinguished from the surface of the central cover with respect to the design of its surface condition and is matched to a respective switch or socket range of the installation device used.
A tissue biopsy device (100; 200; 400; 500), comprising: a handle (120; 420) configured to be grasped by a user; a needle assembly (202; 302; 505) operably coupled to the handle, the needle assembly configured to sever a tissue sample; and an actuator assembly operably coupled to the handle and needle assembly, the actuator assembly comprising: a biasing member (190; 490; 590); a traveling member (150; 250; 450; 550) configured to be displaced by the biasing member when the actuator assembly is actuated; and an impact member (160; 260; 460; 560) coupled to the needle assembly, the impact member configured to displace at least a portion of the needle assembly when the traveling member impacts the impact member; wherein the needle assembly comprises a first cutting member (204; 302) and a second cutting member (206; 304), wherein the second cutting member is fixedly coupled to the impact member; characterized in that the tissue biopsy device comprises a follower (170; 270; 470; 570), wherein the first cutting member (204; 302) is fixedly coupled to the follower (170; 270; 470; 570), wherein the follower (170; 270; 470; 570) is releasably coupled to the impact member, and the follower (170; 270; 470; 570) is configured to decouple from the impact member such that the impact member travels a longer distance than the follower when the device is actuated. a handle (120; 420) configured to be grasped by a user; a needle assembly (202; 302; 505) operably coupled to the handle, the needle assembly configured to sever a tissue sample; and an actuator assembly operably coupled to the handle and needle assembly, the actuator assembly comprising: a biasing member (190; 490; 590); a traveling member (150; 250; 450; 550) configured to be displaced by the biasing member when the actuator assembly is actuated; and an impact member (160; 260; 460; 560) coupled to the needle assembly, the impact member configured to displace at least a portion of the needle assembly when the traveling member impacts the impact member; a biasing member (190; 490; 590); a traveling member (150; 250; 450; 550) configured to be displaced by the biasing member when the actuator assembly is actuated; and an impact member (160; 260; 460; 560) coupled to the needle assembly, the impact member configured to displace at least a portion of the needle assembly when the traveling member impacts the impact member; wherein the needle assembly comprises a first cutting member (204; 302) and a second cutting member (206; 304), wherein the second cutting member is fixedly coupled to the impact member; characterized in that the tissue biopsy device comprises a follower (170; 270; 470; 570), wherein the first cutting member (204; 302) is fixedly coupled to the follower (170; 270; 470; 570), wherein the follower (170; 270; 470; 570) is releasably coupled to the impact member, and the follower (170; 270; 470; 570) is configured to decouple from the impact member such that the impact member travels a longer distance than the follower when the device is actuated.
An image forming apparatus, comprising: an operation panel; a first receiving section configured to receive a print job for a document from an external terminal device; an extracting section configured to extract a first specific word from, among sentences included in the document, a sentence included in an updated portion, the updated portion being specified by update history information; a second receiving section configured to receive input of a second specific word through the operation panel; and a determining section configured to determine whether or not to permit execution of the print job according to whether or not the second specific word matches the first specific word. an operation panel; a first receiving section configured to receive a print job for a document from an external terminal device; an extracting section configured to extract a first specific word from, among sentences included in the document, a sentence included in an updated portion, the updated portion being specified by update history information; a second receiving section configured to receive input of a second specific word through the operation panel; and a determining section configured to determine whether or not to permit execution of the print job according to whether or not the second specific word matches the first specific word.
A shell of an electronic device, wherein the shell comprises: a main body defining a perimeter; and a connecting part that is provided around and connected with the perimeter of the main body, wherein the main body consists of a woven member supported by the connecting part and is provided with an opening configured to match a shape of a camera of the electronic device, the connecting part is a frame-shaped support and the electronic device includes a mounting part that is configured to form a fixed connection to the connecting part in a way that the main body covers a rear side of the electronic device. a main body defining a perimeter; and a connecting part that is provided around and connected with the perimeter of the main body, wherein the main body consists of a woven member supported by the connecting part and is provided with an opening configured to match a shape of a camera of the electronic device, the connecting part is a frame-shaped support and the electronic device includes a mounting part that is configured to form a fixed connection to the connecting part in a way that the main body covers a rear side of the electronic device.
Method for detecting a tool malpositioning of a sealing tool arranged in a packaging machine, characterized in that at least two tokens (19a, 19b) are disposed at the sealing tool in such a way that in a first operating position of the sealing tool, their respective presence is detectable by corresponding sensors (20a, 20b) of the packaging machine and is not detectable in a second operating position, the method comprising: Detecting a first signal from a first one of the at least two sensors (20a, 20b), the first signal indicating the presence of a first one of the at least two tokens (19a, 19b), Detecting a second signal from a second one of the at least two sensors (20a, 20b), the second signal indicating the presence of a second one of the at least two tokens (19a, 19b, Monitoring the first and the second signal, Detecting a first signal loss of one of the first and second signals, Capturing a time span, which elapsed after the first signal loss, Determining a tool malpositioning once the captured elapsed time span exceeds a predetermined value. Detecting a first signal from a first one of the at least two sensors (20a, 20b), the first signal indicating the presence of a first one of the at least two tokens (19a, 19b), Detecting a second signal from a second one of the at least two sensors (20a, 20b), the second signal indicating the presence of a second one of the at least two tokens (19a, 19b, Monitoring the first and the second signal, Detecting a first signal loss of one of the first and second signals, Capturing a time span, which elapsed after the first signal loss, Determining a tool malpositioning once the captured elapsed time span exceeds a predetermined value.
A smoothing tool for finishing a joint filled with a joint compound, having a first planar joint smoother and a second planar joint smoother, the first joint smoother and the second joint smoother each having at least one smoothing tip (16, 17, 18, 49, 50, 51) for producing a profile of the joint compound, characterized in that, for a releasable connection between the first joint smoother and the second joint smoother, the first joint smoother has a pin and the second joint smoother has a pin receiver, the pin receiver having a longitudinal axis which lies in a main plane of the second joint smoother or extends in parallel therewith, the pin being able to assume a basic position and at least one alternative position in the pin receiver, and, in the basic position, an angle of rotation of the pin with respect to the longitudinal axis being different from an angle of rotation of the pin in the alternative position.
A method of transmitting a sounding reference signal, SRS, by a user equipment to a base station in a wireless communication system supporting an unlicensed band, the method comprising: performing channel access procedure, CAP, for transmitting the SRS via the unlicensed band; and transmitting the SRS via the unlicensed band based on the CAP, said method being characterized in that: based on the SRS transmission without a physical uplink shared channel, PUSCH, in a same subframe, the CAP is a random backoff-based CAP based on a predetermined channel access priority class having a value of {3,7} as an allowed contention window size, wherein, based on a contention window size most recently applied to the CAP for transmitting the PUSCH being a minimum contention window size, 3 is applied as the contention window size applied to the CAP for transmitting the SRS, and wherein, based on the contention window size most recently applied to the CAP for transmitting the PUSCH being an increased window size, 7 is applied as the contention window size applied to the CAP for transmitting the SRS. performing channel access procedure, CAP, for transmitting the SRS via the unlicensed band; and transmitting the SRS via the unlicensed band based on the CAP, said method being characterized in that: based on the SRS transmission without a physical uplink shared channel, PUSCH, in a same subframe, the CAP is a random backoff-based CAP based on a predetermined channel access priority class having a value of {3,7} as an allowed contention window size, wherein, based on a contention window size most recently applied to the CAP for transmitting the PUSCH being a minimum contention window size, 3 is applied as the contention window size applied to the CAP for transmitting the SRS, and wherein, based on the contention window size most recently applied to the CAP for transmitting the PUSCH being an increased window size, 7 is applied as the contention window size applied to the CAP for transmitting the SRS.
An isolated peptide which in terms of its amino acid sequence consists of the amino acid sequence of SEQ ID NO: 3 for use in a method of treating an influenza virus infection.
A long wire for a taper-faced compression ring, which comprises adjacent outward inclined first and second tapered portions (1, 2) on a surface corresponding to an outer peripheral surface of said ring, characterized in that the inclination angle θ2 of said second tapered portion is larger than the inclination angle θ1 of said first tapered portion; and an outer end of said second tapered portion is located radially outward than an outer end of said first tapered portion by 0.005 - 0.05 mm.
A mobile terminal, comprising: a camera, a display screen, a control module, and a button (103a, 103b), being either a power button or a volume-up button, disposed on a housing of the mobile terminal, wherein • the control module is configured to perform detection with respect to the button when the mobile terminal is standby with a lock screen, turn on the camera to get ready for shooting when detecting that a pressing operation of a user on the button meets a first preset condition; and • the control module is further configured to: after the mobile terminal is unlocked, when the pressing operation of the user on the button meets a second preset condition, control the mobile terminal to implement a default function corresponding to the button. a camera, a display screen, a control module, and a button (103a, 103b), being either a power button or a volume-up button, disposed on a housing of the mobile terminal, wherein • the control module is configured to perform detection with respect to the button when the mobile terminal is standby with a lock screen, turn on the camera to get ready for shooting when detecting that a pressing operation of a user on the button meets a first preset condition; and • the control module is further configured to: after the mobile terminal is unlocked, when the pressing operation of the user on the button meets a second preset condition, control the mobile terminal to implement a default function corresponding to the button. • the control module is configured to perform detection with respect to the button when the mobile terminal is standby with a lock screen, turn on the camera to get ready for shooting when detecting that a pressing operation of a user on the button meets a first preset condition; and • the control module is further configured to: after the mobile terminal is unlocked, when the pressing operation of the user on the button meets a second preset condition, control the mobile terminal to implement a default function corresponding to the button.
A method for decorating a hollow glass item, comprising the following steps: - providing the item and placing the item in contact with an electrical ground, - spraying electrically charged dyeing powder to produce a deposition of the dyeing powder on a surface of the provided item, the dyeing powder being attracted on the surface by electrostatic forces, and - firing at least the surface of the item including said deposition at a firing temperature, characterized in that the dyeing powder comprises at least 50% by weight of an epoxy resin, a polyester, a polyurethane, an acrylic resin or mixtures thereof. - providing the item and placing the item in contact with an electrical ground, - spraying electrically charged dyeing powder to produce a deposition of the dyeing powder on a surface of the provided item, the dyeing powder being attracted on the surface by electrostatic forces, and - firing at least the surface of the item including said deposition at a firing temperature,
Heating device circuit, in particular an induction cooking device circuit, with a set of heating frequency units for generating a heating frequency and with at least one frequency processing unit for modifying at least one frequency of a signal (50, 56), which is connected upstream of the heating frequency units, wherein at least three heating frequency units are assigned to the frequency processing unit, characterised in that the frequency processing unit has a maximum power, which is configured to be lower than the power of the set of heating frequency units.
A nanobody that specifically binds to a conformational epitope comprised in a G protein binding site of an active conformational state of a GPCR, thereby stabilizing said active conformational state of the GPCR, wherein said active conformational state of said GPCR is characterized by an enhanced affinity of said GPCR for an agonist, wherein said nanobody comprises an amino acid sequence selected from SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:20, SEQ ID NO:24, SEQ ID NO:25, SEQ ID NO:26, or SEQ ID NO:29, or an amino acid sequence that has at least 90% amino acid identity with SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:20, SEQ ID NO:24, SEQ ID NO:25, SEQ ID NO:26, or SEQ ID NO:29.
A rubber composition containing 50 parts by mass or greater of a filler containing a graphite having a nitrogen adsorption specific surface area, measured according to JIS K 6217-2:2001, of not less than 16 m 2 /g and a bulk density, measured according to JIS H 1902, of not less than 0.10 g/cm 3, per 100 parts by mass of a rubber component, the rubber composition having a thermal conductivity, measured according to JIS R 2616, of not less than 0.45 W/m·K.
A method for automatic detection and tracking of one or multiple objects of interest in a video sequence comprising several successive frames captured with a moving camera, the method comprising the steps of: - for each frame of the video sequence: - segmenting the frame into regions (3, 5, 7, 9) depending on colour and producing a segmented image; - deducing from the segmented image a region adjacency graph comprising nodes and edges, wherein each node defines a region (3, 5, 7, 9) and each edge links two nodes of adjacent regions (3, 5, 7, 9) of the segmented image; wherein the region adjacency graphs deduced from the segmented images for said several successive frames form a set of region adjacency graphs; - extracting from the set of region adjacency graphs frequent spatio-temporal patterns characterised by; - determining degrees of dissimilarity between the trajectories of the extracted frequent spatio-temporal patterns between successive frames; and - clustering the frequent spatio-temporal patterns to produce at least one cluster (25, 26, 27) corresponding to one object of interest among said one or multiple objects of interest according to the determined degrees of dissimilarity of the trajectories. - for each frame of the video sequence: - segmenting the frame into regions (3, 5, 7, 9) depending on colour and producing a segmented image; - deducing from the segmented image a region adjacency graph comprising nodes and edges, wherein each node defines a region (3, 5, 7, 9) and each edge links two nodes of adjacent regions (3, 5, 7, 9) of the segmented image; wherein the region adjacency graphs deduced from the segmented images for said several successive frames form a set of region adjacency graphs; - segmenting the frame into regions (3, 5, 7, 9) depending on colour and producing a segmented image; - deducing from the segmented image a region adjacency graph comprising nodes and edges, wherein each node defines a region (3, 5, 7, 9) and each edge links two nodes of adjacent regions (3, 5, 7, 9) of the segmented image; - extracting from the set of region adjacency graphs frequent spatio-temporal patterns characterised by; - determining degrees of dissimilarity between the trajectories of the extracted frequent spatio-temporal patterns between successive frames; and - clustering the frequent spatio-temporal patterns to produce at least one cluster (25, 26, 27) corresponding to one object of interest among said one or multiple objects of interest according to the determined degrees of dissimilarity of the trajectories.