mhurhangee/patent-ind-claim-en huggingface dataset:
A method for tracking the user's gaze on a displaying surface of a mobile terminal viewed by the user, consisting in determining the position of the user's gaze on the viewed displaying surface, wherein a first video camera is provided along the axis of the user's gaze and a first light source (L1) directed towards the eye and located near the lens of the first video camera , in order to collect a first video signal including at least the pupil image and that of the corneal reflection of the first light source, a second video signal including images of the displaying surface is collected, the first video signal is analyzed to measure within the eye reference mark, the direction of the gaze according to the position of the pupil center (O) relatively to the corneal reflection center (P) of the first light source (L1), and, on the second video signal, a pointer representative of the gaze position on the viewed displaying surface according to the gaze direction measured in the eye reference mark is displayed, the method being characterized in that the second video signal is captured in a reference frame, separate from the reference frame of the first video camera , bound to that of the viewed displaying surface, within the capture reference frame of the second video signal, a plurality of reference light sources are positioned directed towards the eye and disposed according to a bi-dimensional network coplanar with the viewed displaying surface, so that the first video signal collected by the first video camera further includes the image of the corneal reflections (R1, R2, R3, R4) of the reference light sources on the eye, the first video signal is analyzed to provide the position of the corneal reflections center of the reference light sources on the eye, the position of the gaze in the plan of the displaying surface viewed is determined from the position of the corneal reflections center of the reference light sources on the eye and the direction of the gaze measured in the eye reference mark, in the eye reference mark, from the position of the corneal reflections center of the reference light sources on the eye, the position of the gaze relatively to the position of the surface viewed on the eye is determined and a conversion relationship between a reference frame related to the eye reference mark and a reference frame related to the plan formed by the plurality of reference light sources corresponding to the plan of the viewed displaying surface is used to determine the position of the gaze in the plan of the viewed displaying surface according to the position of the gaze determined in the eye reference mark.
A bearing ring for a bearing element, comprising a main body made of a polymer material and comprising at least one coating arranged at least partially on the main body to increase the load-bearing capacity and the media and temperature resistance of the bearing ring, characterised in that the at least one coating is formed from an inorganic-organic hybrid polymer material.
A computer-implemented method for imaging an anatomic region, comprising: acquiring a plurality of localizer or scout images using an imaging system ; providing the plurality of localizer or scout images to a localizer artificial neural network trained to select a subset of the localizer or scout images for detection and visualization of an anatomic landmark-of-interest based on the image contents of the subset of localizer or scout images, wherein the localizer artificial neural network is trained to select a respective localizer or scout image based at least partly on whether it depicts the anatomic landmark-of-interest; processing the subset of localizer or scout images or an image construct generated from the localizer or scout images using a scan plane artificial neural network trained to determine one or more image scan planes or image scan plane parameters that contain regions of the anatomic landmark-of-interest, wherein the image construct generated from localizer or scout images comprises the localizer or scout images combined in a three-dimensional localizer volume parameterized to serve as input to the scan plane artificial neural network; and acquiring one or more diagnostic images using the one or more image scan planes or image scan plane parameters. acquiring a plurality of localizer or scout images using an imaging system ; providing the plurality of localizer or scout images to a localizer artificial neural network trained to select a subset of the localizer or scout images for detection and visualization of an anatomic landmark-of-interest based on the image contents of the subset of localizer or scout images, wherein the localizer artificial neural network is trained to select a respective localizer or scout image based at least partly on whether it depicts the anatomic landmark-of-interest; processing the subset of localizer or scout images or an image construct generated from the localizer or scout images using a scan plane artificial neural network trained to determine one or more image scan planes or image scan plane parameters that contain regions of the anatomic landmark-of-interest, wherein the image construct generated from localizer or scout images comprises the localizer or scout images combined in a three-dimensional localizer volume parameterized to serve as input to the scan plane artificial neural network; and acquiring one or more diagnostic images using the one or more image scan planes or image scan plane parameters.
Agent comprising magnesium orotate and folic acid or folates or tautomers and salts thereof for use in the prophylaxis and treatment of dementia.
A dental tray system comprising: a dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) having a body having a channel for receiving a quantity of photocurable dental material (16; 17; 18; 19; 50; 110), a light conductor, and a connector portion , and a light engine (35; 400) having at least one battery ; at least one light source , an integrated circuit, and a connector portion , and a charging station, wherein the connector portion of the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) directly contacts the connector portion of the light engine (35; 400) such that the at least one light source is directly coupled with the light conductor such that the light conductor emits light throughout the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200 ) thereby curing the photocurable dental material (16; 17; 18; 19; 50; 110), wherein upon contact between the first contact portion of the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) and the second contact portion of the light engine (35; 400) an electrical connection is made, characterized in that the integrated circuit identifies a type of tray (8; 8a; 8b; 8c; 8e; 8f; 200) or the charging station, wherein upon identification of the type of tray, the integrated circuit activates the appropriate light source dependent on tray type, and wherein upon identification of the charging station, the integrated circuit applies the correct charging sequence and in that the light engine (35; 400), including a rechargeable battery, is connectable to the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) and the charging station respectively using its same connector portion . a dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) having a body having a channel for receiving a quantity of photocurable dental material (16; 17; 18; 19; 50; 110), a light conductor, and a connector portion , and a light engine (35; 400) having at least one battery ; at least one light source , an integrated circuit, and a connector portion , and a charging station, wherein the connector portion of the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) directly contacts the connector portion of the light engine (35; 400) such that the at least one light source is directly coupled with the light conductor such that the light conductor emits light throughout the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200 ) thereby curing the photocurable dental material (16; 17; 18; 19; 50; 110), wherein upon contact between the first contact portion of the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) and the second contact portion of the light engine (35; 400) an electrical connection is made, characterized in that the integrated circuit identifies a type of tray (8; 8a; 8b; 8c; 8e; 8f; 200) or the charging station, wherein upon identification of the type of tray, the integrated circuit activates the appropriate light source dependent on tray type, and wherein upon identification of the charging station, the integrated circuit applies the correct charging sequence and in that the light engine (35; 400), including a rechargeable battery, is connectable to the dental tray (8; 8a; 8b; 8c; 8e; 8f; 200) and the charging station respectively using its same connector portion .
Packaging comprising: a sleeve ; and a re-configurable container comprising first and second boxes which are hinged together and are pivotable between (i) a folded-together configuration in which a first main panel of the first box faces a first main panel of the second box and the container is insertable into and removable from the sleeve and (ii) an unfolded configuration in which the first main panels of the first and second boxes do not face one another; wherein the first main panel of the first box has an aperture which provides access to a first compartment ; the second box has a first edge panel for providing access to a second compartment ; and the arrangement is such that, when the container is inserted in the sleeve , the sleeve covers the first edge panel of the second box , and, when the container is removed from the sleeve , the first edge panel of the second box provides access to the second compartment . a sleeve ; and a re-configurable container comprising first and second boxes which are hinged together and are pivotable between (i) a folded-together configuration in which a first main panel of the first box faces a first main panel of the second box and the container is insertable into and removable from the sleeve and (ii) an unfolded configuration in which the first main panels of the first and second boxes do not face one another; wherein the first main panel of the first box has an aperture which provides access to a first compartment ; the second box has a first edge panel for providing access to a second compartment ; and the arrangement is such that, when the container is inserted in the sleeve , the sleeve covers the first edge panel of the second box , and, when the container is removed from the sleeve , the first edge panel of the second box provides access to the second compartment .
A method of controlling an on-board crane on a watercraft , the watercraft having a deck, the on-board crane having no mast, the on-board crane being directly connected to the deck of the watercraft via a base , the base being movable parallel to the deck, the method comprising the steps of: a) Detecting the movement of the watercraft with the first motion sensor, b) Transmitting motion data from the first motion sensor to the control device, c) Detection of the position of a crane load by means of the detection device , d) Transferring position data of the crane load from the detection device to the control device. e) Determine a compensating countermovement, f) Control of the on-board crane according to the determined countermovement, wherein in step e) a movement of the base parallel to the deck is taken into account as a compensating movement. a) Detecting the movement of the watercraft with the first motion sensor, b) Transmitting motion data from the first motion sensor to the control device, c) Detection of the position of a crane load by means of the detection device , d) Transferring position data of the crane load from the detection device to the control device. e) Determine a compensating countermovement, f) Control of the on-board crane according to the determined countermovement,
An air-core inductor assembly comprising: - a printed circuit board comprising a current sensor ; and - a portion of a first air-core inductor coil mounted on the printed circuit board ; wherein the current sensor is formed integrally with the printed circuit board, and wherein the portion of the first air-core inductor coil is arranged in proximity to the current sensor, to provide an electromagnetic coupling in use, thus enabling the current sensor to provide a measurement of the flux present in the first air-core inductor coil. - a printed circuit board comprising a current sensor ; and - a portion of a first air-core inductor coil mounted on the printed circuit board ; wherein the current sensor is formed integrally with the printed circuit board, and wherein the portion of the first air-core inductor coil is arranged in proximity to the current sensor, to provide an electromagnetic coupling in use, thus enabling the current sensor to provide a measurement of the flux present in the first air-core inductor coil.
A method performed by an electronic device, the method comprising: sending a shared secret to be sent to a contact to initiate a key exchange to protect messages exchanged in an instant messaging conversation, the shared secret being sent out-of-band using a communication medium other than instant messaging; after the shared secret has been sent, displaying a pending protected instant messaging conversation user interface prior to receiving a confirmation associated with receipt of the shared secret by the contact, the pending protected instant messaging conversation user interface comprising an option to resend the shared secret; further comprising displaying at least one notification in the pending protected instant messaging conversation user interface, the at least one notification comprising a status associated with the confirmation of the shared secret; and further comprising displaying available contact types for selection from a plurality of out-of-band communication channels to send or resend the shared secret . sending a shared secret to be sent to a contact to initiate a key exchange to protect messages exchanged in an instant messaging conversation, the shared secret being sent out-of-band using a communication medium other than instant messaging; after the shared secret has been sent, displaying a pending protected instant messaging conversation user interface prior to receiving a confirmation associated with receipt of the shared secret by the contact, the pending protected instant messaging conversation user interface comprising an option to resend the shared secret; further comprising displaying at least one notification in the pending protected instant messaging conversation user interface, the at least one notification comprising a status associated with the confirmation of the shared secret; and further comprising displaying available contact types for selection from a plurality of out-of-band communication channels to send or resend the shared secret .
Method for assisting with driving a motor vehicle on the approach to an intersection, comprising the following steps: - a step of detecting, from the motor vehicle , an intersection in front of the motor vehicle ; - a step of detecting, from the motor vehicle , objects present in the vicinity of said motor vehicle and of said intersection ; and - a step of commanding the motor vehicle to stop before the intersection is crossed, which is able to be activated depending on the type of detected intersection and on detection of at least one first moving object (4 1 , 4 2 , 4 3 ; 4 4 ; 4 8 ) that is following an estimated path that intercepts, at the end of an estimated time to collision, an estimated path to be followed by said motor vehicle when it crosses the intersection, characterized in that the activation of the step of commanding to stop may be inhibited in case of detection of at least one second object (5; 6) that is following an estimated path that intercepts a segment of the estimated path followed by the first moving object (4 1 , 4 2 , 4 3 ; 4 4 ; 4 8 ) for a time longer than said estimated time to collision. - a step of detecting, from the motor vehicle , an intersection in front of the motor vehicle ; - a step of detecting, from the motor vehicle , objects present in the vicinity of said motor vehicle and of said intersection ; and - a step of commanding the motor vehicle to stop before the intersection is crossed, which is able to be activated depending on the type of detected intersection and on detection of at least one first moving object (4 1 , 4 2 , 4 3 ; 4 4 ; 4 8 ) that is following an estimated path that intercepts, at the end of an estimated time to collision, an estimated path to be followed by said motor vehicle when it crosses the intersection,
A library of barcode oligonucleotides, each barcode oligonucleotide comprising a variable region, a universal region, a phase-shift region and a capture region, wherein the phase-shift region is 5' to the universal region, and the capture region is at the 3' end of the barcode oligonucleotides, wherein a first nucleotide of the universal region of a first barcode oligonucleotide is staggered by 1 to 50 nucleotides from the first nucleotide of the universal region of a second barcode oligonucleotide.
A gun for spraying paint supplied to the gun from a hose under pressure, the gun comprising: a body comprising a valve, the opening of the valve releasing paint from the body and the closing of the valve stopping the release of paint from the body; a trigger actuatable to open and close the valve; a stem extending downward from the body , the stem comprising a handle configured to be gripped by one hand for using the gun; a guard having a top end and a bottom end , the top end attached to the body , the bottom end attached to the stem below the trigger , the trigger located directly between the guard and the handle ; and a stop on the rear side of the body which engages the top of the hand when the gun is held, wherein the vertical distance from the bottom of the stop to the bottom of the handle at the guard is 6.4 cm (2.5 inches) or less such that the guard only allows the thump of the hand to wrap around one side of the handle and only two fingers of the hand to wrap around the other side of the handle above the bottom end of the guard to actuate the trigger , the other two fingers of the hand being below the bottom end of the guard . a body comprising a valve, the opening of the valve releasing paint from the body and the closing of the valve stopping the release of paint from the body; a trigger actuatable to open and close the valve; a stem extending downward from the body , the stem comprising a handle configured to be gripped by one hand for using the gun; a guard having a top end and a bottom end , the top end attached to the body , the bottom end attached to the stem below the trigger , the trigger located directly between the guard and the handle ; and a stop on the rear side of the body which engages the top of the hand when the gun is held, wherein the vertical distance from the bottom of the stop to the bottom of the handle at the guard is 6.4 cm (2.5 inches) or less such that the guard only allows the thump of the hand to wrap around one side of the handle and only two fingers of the hand to wrap around the other side of the handle above the bottom end of the guard to actuate the trigger , the other two fingers of the hand being below the bottom end of the guard .
A channel feedback information transmission method, wherein the method comprises: obtaining, by a base station, a load ratio of a radio transmission link, wherein the load ratio is a ratio of an information exchange amount to a link capacity, wherein the information exchange amount is an amount of information exchange between the base station and a data center within a preset period of time, and the link capacity is an amount of containable information in a link from the base station to the data center within a preset period of time; and when the load ratio is greater than or equal to a first preset value, extracting, by the base station according to a first feedback factor, first channel feedback information from channel information fed back by a terminal, and transmitting the first channel feedback information to the data center, wherein the first feedback factor corresponds to a first proportion of the channel information fed back by the terminal. obtaining, by a base station, a load ratio of a radio transmission link, wherein the load ratio is a ratio of an information exchange amount to a link capacity, wherein the information exchange amount is an amount of information exchange between the base station and a data center within a preset period of time, and the link capacity is an amount of containable information in a link from the base station to the data center within a preset period of time; and when the load ratio is greater than or equal to a first preset value, extracting, by the base station according to a first feedback factor, first channel feedback information from channel information fed back by a terminal, and transmitting the first channel feedback information to the data center, wherein the first feedback factor corresponds to a first proportion of the channel information fed back by the terminal.
An aqueous dispersion comprising (i) dispersed particles of vinyl polymer having a volume average particle size diameter (D50) of from 1 to 30 μm (microns); (ii) a partially hydrolysed vinyl acetate (co)polymer in an amount of from 2% to 30% by weight, relative to the total amount of monomers used to prepare the vinyl polymer(s) of the dispersed polymeric particles; and (iii) decomposition products of an oil-soluble organic initiator; wherein at least 95 wt.% of the partially hydrolysed vinyl acetate (co)polymer that is present in the aqueous dispersion has a weight average molecular weight M w from 25 to 500 kDalton and a hydrolysis degree of from 70 to 95 mol%, and wherein an oil-soluble initiator has a water solubility of at most 1 g per I water at 20°C. (i) dispersed particles of vinyl polymer having a volume average particle size diameter (D50) of from 1 to 30 μm (microns); (ii) a partially hydrolysed vinyl acetate (co)polymer in an amount of from 2% to 30% by weight, relative to the total amount of monomers used to prepare the vinyl polymer(s) of the dispersed polymeric particles; and (iii) decomposition products of an oil-soluble organic initiator;
A puncture assisting tool comprising: a first fixing part that is fixed to a first region of skin; and a second fixing part that is fixed to a second region of the skin; characterized in that : the first fixing part is movable relative to the second fixing part so as to pull the skin between the first fixing part and the second fixing part , the first fixing part suction-attracts the skin, and the first fixing part has a support that supports the skin which has been sucked into the first fixing part , the second fixing part suction-attracts the skin, and the second fixing part has a support that supports the skin which has been sucked into the second fixing part . a first fixing part that is fixed to a first region of skin; and a second fixing part that is fixed to a second region of the skin; characterized in that : the first fixing part is movable relative to the second fixing part so as to pull the skin between the first fixing part and the second fixing part , the first fixing part suction-attracts the skin, and the first fixing part has a support that supports the skin which has been sucked into the first fixing part , the second fixing part suction-attracts the skin, and the second fixing part has a support that supports the skin which has been sucked into the second fixing part . the first fixing part is movable relative to the second fixing part so as to pull the skin between the first fixing part and the second fixing part , the first fixing part suction-attracts the skin, and the first fixing part has a support that supports the skin which has been sucked into the first fixing part , the second fixing part suction-attracts the skin, and the second fixing part has a support that supports the skin which has been sucked into the second fixing part .