mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an operation of a channel including at least one transducer, the method comprising: comparing a voltage corresponding to current flowing into the channel to a threshold voltage (710, 4010); controlling the operation of the channel based on a result of the comparing (720, 4020); and outputting information about whether the current flowing into the channel is an abnormal current performed by a circuit comprising a flip-flop coupled to the channel and a flip-flop of a previous channel, wherein the channel is included in an ultrasound probe, wherein the outputting of information comprises: receiving, by the flip-flop coupled to the channel, a signal from the flip-flop of the previous channel: outputting, by the flip-flop coupled to the channel, information about whether the current flowing into the channel is an abnormal current based on the received signal and the result of the comparing. comparing a voltage corresponding to current flowing into the channel to a threshold voltage (710, 4010); controlling the operation of the channel based on a result of the comparing (720, 4020); and outputting information about whether the current flowing into the channel is an abnormal current performed by a circuit comprising a flip-flop coupled to the channel and a flip-flop of a previous channel, wherein the channel is included in an ultrasound probe, wherein the outputting of information comprises: receiving, by the flip-flop coupled to the channel, a signal from the flip-flop of the previous channel: outputting, by the flip-flop coupled to the channel, information about whether the current flowing into the channel is an abnormal current based on the received signal and the result of the comparing.
Method for determining the depth profile of a field of view comprising the steps of a. projecting by means of a projector at least one light pattern onto the field of view, the projection occurring in a time window of less than 10μsec, preferably less than 1μsec; b. imaging the projected pattern by means of a camera sensor and optics, synchronised with the projection of the pattern during at least one observation window within said time window, said camera sensor comprising a matrix of pixels, each comprising a photodetector, said pixels being in a false status when no light is detected by the corresponding photodetector, and in a true status when light is detected by the corresponding photodetector thereby obtaining a first binary matrix of pixels representing the field of view; c. separating the projected pattern from an ambient light noise on the binary matrix of pixels by considering only pixels in the true status having at least one neighbour pixel also in the true status on the matrix of pixel obtained in one observation or a combination of the at least two observations within said time window thereby obtaining a second binary matrix of pixels representing the projected pattern; d. based on triangulation between the projector position, the camera position and the second binary matrix of pixel calculate the depth profile corresponding to the projected pattern; e. scan the projected pattern by repeating steps a to d on the entire field of view for determining the depth profile on the entire field of view; wherein each isolated elements of the pattern is extending in the binary representation on at least two contiguous pixels. a. projecting by means of a projector at least one light pattern onto the field of view, the projection occurring in a time window of less than 10μsec, preferably less than 1μsec; b. imaging the projected pattern by means of a camera sensor and optics, synchronised with the projection of the pattern during at least one observation window within said time window, said camera sensor comprising a matrix of pixels, each comprising a photodetector, said pixels being in a false status when no light is detected by the corresponding photodetector, and in a true status when light is detected by the corresponding photodetector thereby obtaining a first binary matrix of pixels representing the field of view; c. separating the projected pattern from an ambient light noise on the binary matrix of pixels by considering only pixels in the true status having at least one neighbour pixel also in the true status on the matrix of pixel obtained in one observation or a combination of the at least two observations within said time window thereby obtaining a second binary matrix of pixels representing the projected pattern; d. based on triangulation between the projector position, the camera position and the second binary matrix of pixel calculate the depth profile corresponding to the projected pattern; e. scan the projected pattern by repeating steps a to d on the entire field of view for determining the depth profile on the entire field of view;
An adhesive composition comprising: (a) an isolated water-soluble protein fraction; and (b) at least 0.1% (w/w) of a protein-bonding agent that is an anhydride compound selected from the group consisting of: - poly(methylvinylether-co-maleic anhydride), - polypropylene-maleic anhydride copolymer, - polyethylene-maleic anhydride copolymer, - styrene-maleic anhydride copolymer, and - a polymer comprising: (i) at least one or a salt thereof, wherein x is independently for each occurrence an integer from 1 to 10, y is independently for each occurrence an integer of from 1 to 10, and z is independently for each occurrence an integer of from 1 to 10; and (ii) at least one wherein a is independently for each occurrence an integer from 1 to 10, b is independently for each occurrence an integer of from 1 to 10, and c is independently for each occurrence an integer of from 1 to 10 and combinations thereof. (a) an isolated water-soluble protein fraction; and (b) at least 0.1% (w/w) of a protein-bonding agent that is an anhydride compound selected from the group consisting of: - poly(methylvinylether-co-maleic anhydride), - polypropylene-maleic anhydride copolymer, - polyethylene-maleic anhydride copolymer, - styrene-maleic anhydride copolymer, and - a polymer comprising: (i) at least one or a salt thereof, wherein x is independently for each occurrence an integer from 1 to 10, y is independently for each occurrence an integer of from 1 to 10, and z is independently for each occurrence an integer of from 1 to 10; and (ii) at least one wherein a is independently for each occurrence an integer from 1 to 10, b is independently for each occurrence an integer of from 1 to 10, and c is independently for each occurrence an integer of from 1 to 10 and combinations thereof. - poly(methylvinylether-co-maleic anhydride), - polypropylene-maleic anhydride copolymer, - polyethylene-maleic anhydride copolymer, - styrene-maleic anhydride copolymer, and - a polymer comprising: (i) at least one or a salt thereof, wherein x is independently for each occurrence an integer from 1 to 10, y is independently for each occurrence an integer of from 1 to 10, and z is independently for each occurrence an integer of from 1 to 10; and (ii) at least one wherein a is independently for each occurrence an integer from 1 to 10, b is independently for each occurrence an integer of from 1 to 10, and c is independently for each occurrence an integer of from 1 to 10 (i) at least one or a salt thereof, wherein x is independently for each occurrence an integer from 1 to 10, y is independently for each occurrence an integer of from 1 to 10, and z is independently for each occurrence an integer of from 1 to 10; and (ii) at least one wherein a is independently for each occurrence an integer from 1 to 10, b is independently for each occurrence an integer of from 1 to 10, and c is independently for each occurrence an integer of from 1 to 10
A refill intended to be inserted into a makeup case, said refill comprising a vessel containing a liquid makeup, the vessel comprising a tank comprising an open top face forming an opening for dispensing the makeup, said tank being delimited by a side wall in line with the opening and a bottom (22, 22') of the tank, the refill comprising an absorbent complex in the tank, the vessel further comprising at least one additional volume outside the tank, in fluidic communication with the inside of said tank, said refill being characterised in that it comprises a first hollow part forming external walls of the vessel and of the refill and a bottom of said vessel and of the refill, and a second part forming the side wall, the bottom of the tank, and a top wall of the vessel comprising the makeup dispensing opening, the refill comprising passages made in the side wall of the tank which ensure said fluidic communication. the refill comprising an absorbent complex in the tank, the vessel further comprising at least one additional volume outside the tank, in fluidic communication with the inside of said tank, said refill being characterised in that it comprises a first hollow part forming external walls of the vessel and of the refill and a bottom of said vessel and of the refill, and a second part forming the side wall, the bottom of the tank, and a top wall of the vessel comprising the makeup dispensing opening, the refill comprising passages made in the side wall of the tank which ensure said fluidic communication.
A blood sample collection device for collecting 0.05 ml or less of blood, comprising a thin elongate frame having a collecting region (10;710;910;1010) comprising a capillary tube (11;311;911;1011;1211;1311) exiting endwise from said frame through a distal entrance aperture (12;1012;1212;131) for collecting a blood sample by capillary action, and temporary storing said blood sample, a testing region (20;620;720;820;920;1020;1220;1320) and means for transporting said collected blood sample from said capillary tube (11;311;911;1011;1211;1311) to said testing region (20;620;720;820;920;1020;1220;1320) for exposing said blood sample in the device (100;300) to an external sensor, wherein said testing region (20;620;720;820;920;1020;1220;1320) for exposing said blood sample in the device to an external sensor comprises an open-ended testing chamber in fluid communication with said capillary tube, extending transversely through the frame of the device, and exiting through open circular apertures on both sides of said frame for sealed engagement with said external sensor for allowing said external sensor to come in direct contact with said blood sample while still contained in the device (100;300) and said means for transporting said collected blood sample to the testing region (20;620;720;820;920;1020;1220;1320) is configured to transport said blood sample by a pressure differential.
An image processing apparatus configured to embed embedment information in image data, comprising: an embedment information acquisition unit configured to acquire embedment information to be embedded in the image data; a usage property information acquisition unit configured to acquire usage property information indicating a usage property of embedded image data to be generated by embedding the acquired embedment information in the image data, wherein the usage property characterizes the purpose of the embedment information and is defined by check items; an information embedment method determination unit configured to determine an information embedment method to embed the embedment information to the image data according to the usage property information; and an information embedment unit configured to embed the acquired embedment information in the image data based on the information embedment method determined by the information embedment method determination unit; wherein the image processing apparatus comprises a check item summation table formed of the check items and function items, wherein several points are assigned to each function item required for each check item; and the information embodiment unit is configured to sum up the points for the checked check items, representing the usage property, for each function item, thus creating a function item histogram, is configured to calculate a histogram of availability factors assigned to respective information embodiment methods and is configured to select an information embedment method based on the similarity of its histogram with the function items histogram. an embedment information acquisition unit configured to acquire embedment information to be embedded in the image data; a usage property information acquisition unit configured to acquire usage property information indicating a usage property of embedded image data to be generated by embedding the acquired embedment information in the image data, wherein the usage property characterizes the purpose of the embedment information and is defined by check items; an information embedment method determination unit configured to determine an information embedment method to embed the embedment information to the image data according to the usage property information; and an information embedment unit configured to embed the acquired embedment information in the image data based on the information embedment method determined by the information embedment method determination unit; wherein
Fluidizable steam reforming catalyst comprising a support material loaded with a catalytically active material, wherein the support material is a particle mixture of a basic mixed metal oxide comprising MgO-Al 2 O 3 having a grain size distribution in the range of from 0.05 to 0.3 mm, wherein the catalytically active material is an oxide of nickel and wherein the catalyst has a specific surface area of at least 20 m 2 /g or more. wherein the support material is a particle mixture of a basic mixed metal oxide comprising MgO-Al 2 O 3 having a grain size distribution in the range of from 0.05 to 0.3 mm, wherein the catalytically active material is an oxide of nickel and wherein the catalyst has a specific surface area of at least 20 m 2 /g or more.
Running set comprising: a tyre comprising two beads; a mounting rim of which the width is greater than or equal to 55% and less than or equal to 80% of the maximum axial width of the tyre inflated to its service pressure; and at least one adapter which provides the connection between the mounting rim and a bead of the tyre, said adapter comprising: - an adapter bead via which the adapter catches on the mounting rim; - a housing intended to accept the bead of the tyre and positioned axially outside the mounting rim, the housing comprising a housing reinforcement; and - a connecting body connecting the adapter bead and the housing, the connecting body comprising a main reinforcing reinforcer. a tyre comprising two beads; a mounting rim of which the width is greater than or equal to 55% and less than or equal to 80% of the maximum axial width of the tyre inflated to its service pressure; and at least one adapter which provides the connection between the mounting rim and a bead of the tyre, said adapter comprising: - an adapter bead via which the adapter catches on the mounting rim; - a housing intended to accept the bead of the tyre and positioned axially outside the mounting rim, the housing comprising a housing reinforcement; and - a connecting body connecting the adapter bead and the housing, the connecting body comprising a main reinforcing reinforcer. - an adapter bead via which the adapter catches on the mounting rim; - a housing intended to accept the bead of the tyre and positioned axially outside the mounting rim, the housing comprising a housing reinforcement; and - a connecting body connecting the adapter bead and the housing, the connecting body comprising a main reinforcing reinforcer.
A vehicle braking force control device that is installed in a vehicle and which, at a normal time, performs antilock brake control at a time when the slip ratio of a wheel has become equal to or greater than a predetermined threshold, characterized in that the vehicle braking force control device acquires a signal corresponding to the state of an engine, a clutch, or a transmission, and at a time when the vehicle braking force control device has determined that the action of engine braking is large on the basis of the signal, the vehicle braking force control device changes the predetermined threshold value to an offset threshold value that makes it harder to perform the antilock brake control than at the normal time.
An in-line valve comprising: a valve body comprising a valve body inlet and a valve body outlet, the valve body inlet and the valve body outlet having a common longitudinal axis with the valve body, the valve body defining a chamber, the chamber having a cross-sectional area larger than the cross-sectional area of the valve body outlet; a duckbill valve, the duckbill valve having an inlet and an outlet; and an insert (110; 210;310), the insert (110; 210;310) having an inlet and an outlet, the insert (110; 210;310) being located within the chamber, and being adapted to house the duckbill valve, the insert (110; 210;310) defining a flow path between the valve body inlet and the valve body outlet, such that a first side and a second opposite side of the insert (110; 210;310) funnel the flow path to an equal or narrower dimension than the valve body outlet; characterised in that: the insert inlet comprises a flange (124; 224; 324), the insert outlet (114; 214;314) comprises another flange (126; 226; 326) at least partially surrounding the insert outlet (114; 214; 314) such that a hermetic flow path is provided between the valve body inlet and the valve body outlet. a valve body comprising a valve body inlet and a valve body outlet, the valve body inlet and the valve body outlet having a common longitudinal axis with the valve body, the valve body defining a chamber, the chamber having a cross-sectional area larger than the cross-sectional area of the valve body outlet; a duckbill valve, the duckbill valve having an inlet and an outlet; and an insert (110; 210;310), the insert (110; 210;310) having an inlet and an outlet, the insert (110; 210;310) being located within the chamber, and being adapted to house the duckbill valve, the insert (110; 210;310) defining a flow path between the valve body inlet and the valve body outlet, such that a first side and a second opposite side of the insert (110; 210;310) funnel the flow path to an equal or narrower dimension than the valve body outlet; characterised in that: the insert inlet comprises a flange (124; 224; 324), the insert outlet (114; 214;314) comprises another flange (126; 226; 326) at least partially surrounding the insert outlet (114; 214; 314) such that a hermetic flow path is provided between the valve body inlet and the valve body outlet.
A circuit card assembly for a vehicle chassis comprising: a circuit card unit having a printed circuit board defining a first fastener aperture; a wedge-lock retainer unit defining a second fastener aperture; and a support bracket including first and second elements, the first element defining a third fastener aperture and the second element defining a fourth fastener aperture, wherein the PCB, the wedge-lock retainer unit, and the support bracket are arranged with one another such that the first fastener aperture, the second fastener aperture, and the third fastener aperture are aligned with one another and such that the fourth aperture is oriented in alignment with a chassis aperture of a chassis. a circuit card unit having a printed circuit board defining a first fastener aperture; a wedge-lock retainer unit defining a second fastener aperture; and a support bracket including first and second elements, the first element defining a third fastener aperture and the second element defining a fourth fastener aperture, wherein the PCB, the wedge-lock retainer unit, and the support bracket are arranged with one another such that the first fastener aperture, the second fastener aperture, and the third fastener aperture are aligned with one another and such that the fourth aperture is oriented in alignment with a chassis aperture of a chassis.
Method for stimulation of the brain waves of the driver of a vehicle, comprising - continuously detecting and evaluation of at least one physical parameter of the driver while the vehicle is in motion, - transmitting a periodic audio signal with a predetermined frequency into a vehicle interior within a predetermined time period if the evaluated physical parameter is in a critical range, whereby - the critical range indicates an appropriate level of fatigue of the driver, characterized in that the predetermined frequency of the transmitted periodic audio signal is in a frequency range between 12 hertz and 15 hertz. - continuously detecting and evaluation of at least one physical parameter of the driver while the vehicle is in motion, - transmitting a periodic audio signal with a predetermined frequency into a vehicle interior within a predetermined time period if the evaluated physical parameter is in a critical range, whereby - the critical range indicates an appropriate level of fatigue of the driver, characterized in that the predetermined frequency of the transmitted periodic audio signal is in a frequency range between 12 hertz and 15 hertz.
Universal joint having a first joint yoke and a second joint yoke and a journal cross, wherein ends of the journal cross are mounted in the first and the second joint yoke, that the journal yoke has two separate feedthroughs (37, 39) for lubricant, wherein each feedthrough (37, 39) is provided for supplying lubricant to precisely one mounting (A, B, C, D) assigned to one journal end, wherein the journal cross has one of the feedthroughs (37, 39) for lubricant spaced apart from at least one of the centre axes (31, 33), characterized in that the universal joint has in each case two lubricant feed lines (43, 45) on two mutually opposite sides of the universal joint, wherein each lubricant feed line (43, 45) is assigned to precisely one mounting (A, B, C, D), or in that feed lines for lubricant are provided at two positions of the universal joint that are arranged at an angle of 90°, whereby each mounting A, B, C, D is assigned one dedicated lubricant feed line.