mhurhangee/ep-ind-claims huggingface dataset:
A movable support device for a person, in particular a disabled person, for use with a sanitary apparatus, the movable support device comprising - a base plate adapted to be arranged movably on a floor, the plate having a thickness along a first axis and at least a base portion delimited by first opposite ends (7, 8) along a second axis orthogonal to the first axis and by second opposite ends (9, 10) along a third axis orthogonal to the first and to the second axes (Z, X); - a structural support assembly for supporting the upper limbs of the person in an evacuation position, the assembly comprising a first structure and a second structure respectively fixed to the first ends (7, 8) and extending along the third axis beyond one of the second ends; and - a footboard comprising at least a support surface for supporting the feet of the person, further comprising - first elastic means that couple the footboard to the base portion resiliently parallel to the first axis; wherein the base plate defines an empty volume to house the sanitary apparatus, the empty volume being adjacent to the base portion along the third axis between the first and the second structures, characterized in that the base portion defines a seat in which the footboard is housed and guided so that the footboard translates parallel to itself along the first axis in response to a weight of the person against the action of the first elastic means. - a base plate adapted to be arranged movably on a floor, the plate having a thickness along a first axis and at least a base portion delimited by first opposite ends (7, 8) along a second axis orthogonal to the first axis and by second opposite ends (9, 10) along a third axis orthogonal to the first and to the second axes (Z, X); - a structural support assembly for supporting the upper limbs of the person in an evacuation position, the assembly comprising a first structure and a second structure respectively fixed to the first ends (7, 8) and extending along the third axis beyond one of the second ends; and - a footboard comprising at least a support surface for supporting the feet of the person, further comprising - first elastic means that couple the footboard to the base portion resiliently parallel to the first axis; wherein the base plate defines an empty volume to house the sanitary apparatus, the empty volume being adjacent to the base portion along the third axis between the first and the second structures, characterized in that
A forage harvester including: - a plurality of working members (2, 3, 6, 10, 11, 30) for carrying out a crop material processing process, - a drive system which is divided into a main drive train which includes mechanically driven working members (6, 10, 11, 30) and a secondary drive train which includes at least partially hydraulically driven drive members (2, 3), - a driver assist system which has a memory for storing data and a computing device for processing data stored in the memory as well as a graphical user interface, characterised in that the working members (2, 3, 6, 10, 11, 30) each include at least one adjustable crop material handling means, at least one actuator for setting and/or actuating the at least one crop material handling means and a control unit for actuation of the actuator, wherein the at least one adjustable crop material handling means forming the respective working member (2, 3, 6, 10, 11, 30), the at least one actuator for setting and/or actuating the at least one crop material handling means and the control unit for actuation of the actuator respectively form an automatic setting device (A 1, A 2, A 3, A 4, A n), wherein the mode of operation of each automatic setting device (A 1, A 2, A 3, A 4, A n) can be optimised in itself or in dependence on at least one further automatic setting device (A 1, A 2, A 3, A 4, A n) by the driver assist system, wherein the driver assist system is adapted to feed to the respective automatic setting device (A 1, A 2, A 3, A 4, A n) a throughput-proportional load signal of the drive system, that can be determined by at least one sensor arrangement (41, 42, 43). - a plurality of working members (2, 3, 6, 10, 11, 30) for carrying out a crop material processing process, - a drive system which is divided into a main drive train which includes mechanically driven working members (6, 10, 11, 30) and a secondary drive train which includes at least partially hydraulically driven drive members (2, 3), - a driver assist system which has a memory for storing data and a computing device for processing data stored in the memory as well as a graphical user interface,
A fertilizer comprising 43 to 47% w/w calcium nitrate, 46 to 54% w/w potassium nitrate and 0.5 to 3% w/w of water wherein the fertilizer is in the form of solid homogeneous particles.
A single step body insertion device for removal of fluid from a body comprising a cannula having:- a cannula shaft having a longitudinal axis along a length thereof; a tapered tip at the distal end of the cannula shaft; the tapered tip including an inner surface forming a first frustoconical surface concentrically around the longitudinal axis and an outer surface forming a second frustoconical surface concentrically around the longitudinal axis and first frustoconical surface, and the tapered tip having an inner diameter (IDt) along at least a portion of the tip that is less than the inner diameter (IDb) of a main body of the cannula shaft; and a hub at the proximal end of the cannula shaft, the hub having:- a sealing valve aligned with the longitudinal axis of the cannula shaft for sealingly engaging a needle which is adapted to extend through the cannula to penetrate the skin surface to facilitate delivery of the distal end of the cannula for fluid to be removed from the body; and a side port with a one-way low pressure cracking valve having a cracking pressure of ≤ 12mbar and a backward pressure of up to 6 bar which permits flow of fluid through the valve only in the proximal direction, wherein the cannula shaft is flexible and kink resistant, the main body of the cannula shaft is of a uniform thickness and the wall thickness progressively reduces inwardly distally along the distal tip of the cannula, and wherein the cannula shaft is of an aliphatic polyether-based thermoplastic polyurethane with a shore hardness of about 63D. a cannula shaft having a longitudinal axis along a length thereof; a tapered tip at the distal end of the cannula shaft; the tapered tip including an inner surface forming a first frustoconical surface concentrically around the longitudinal axis and an outer surface forming a second frustoconical surface concentrically around the longitudinal axis and first frustoconical surface, and the tapered tip having an inner diameter (IDt) along at least a portion of the tip that is less than the inner diameter (IDb) of a main body of the cannula shaft; and a hub at the proximal end of the cannula shaft, the hub having:- a sealing valve aligned with the longitudinal axis of the cannula shaft for sealingly engaging a needle which is adapted to extend through the cannula to penetrate the skin surface to facilitate delivery of the distal end of the cannula for fluid to be removed from the body; and a side port with a one-way low pressure cracking valve having a cracking pressure of ≤ 12mbar and a backward pressure of up to 6 bar which permits flow of fluid through the valve only in the proximal direction, wherein the cannula shaft is flexible and kink resistant, the main body of the cannula shaft is of a uniform thickness and the wall thickness progressively reduces inwardly distally along the distal tip of the cannula, and wherein the cannula shaft is of an aliphatic polyether-based thermoplastic polyurethane with a shore hardness of about 63D.
A method for forming an in situ temporary barrier within a gas turbine engine, the method comprising: installing a first bladder within the gas turbine engine, wherein the first bladder defines a bladder body; inflating the first bladder with an inflating fluid such that the bladder body forms a circumferential seal within the gas turbine engine; and wherein the bladder body is positioned between a row of stator vanes (70, 80) and an annular array of rotating blades (68, 82) to form a circumferential seal therebetween, the method being characterized by: installing a second bladder positioned circumferentially within the gas turbine engine, such that, after inflation, the first bladder and the second bladder form seals to prevent fluid flow through the local spaces occupied by the bladders. installing a first bladder within the gas turbine engine, wherein the first bladder defines a bladder body; inflating the first bladder with an inflating fluid such that the bladder body forms a circumferential seal within the gas turbine engine; and wherein the bladder body is positioned between a row of stator vanes (70, 80) and an annular array of rotating blades (68, 82) to form a circumferential seal therebetween, the method being characterized by: installing a second bladder positioned circumferentially within the gas turbine engine, such that, after inflation, the first bladder and the second bladder form seals to prevent fluid flow through the local spaces occupied by the bladders.
A method for controlling bandwidth usage using a token-based crediting and debiting scheme, the method comprising: receiving, at a bandwidth managing service, a request to establish a connection with a network, the connection being associated with one or more subscribers that are part of a subscription; assigning, by the bandwidth managing service, one or more tokens to the connection, the tokens being distributed from a pool of tokens that represents a total available bandwidth for the network; receiving, at the bandwidth managing service, a data transfer request from a user to transfer data over the network connection, the data transfer request including one or more of the assigned tokens; and allocating, by the bandwidth managing service, to the connection a specified amount of bandwidth commensurate with the number of assigned tokens provided in the data transfer request; wherein the bandwidth managing service monitors idle time on one or more of the connections and assigns token credits to the idle connections commensurate with the amount of time the connections are idle, up to a predefined maximum number of tokens. receiving, at a bandwidth managing service, a request to establish a connection with a network, the connection being associated with one or more subscribers that are part of a subscription; assigning, by the bandwidth managing service, one or more tokens to the connection, the tokens being distributed from a pool of tokens that represents a total available bandwidth for the network; receiving, at the bandwidth managing service, a data transfer request from a user to transfer data over the network connection, the data transfer request including one or more of the assigned tokens; and allocating, by the bandwidth managing service, to the connection a specified amount of bandwidth commensurate with the number of assigned tokens provided in the data transfer request;
Applicator for a cosmetic product comprising: - a core having a longitudinal axis and presenting a first end, called proximal end, and a second free end, called distal end, and - a plurality of protrusions moulded with the core, said protrusions extending from the core and having a base located at the core and a free end, the core comprising at least one bending zone between its distal end and its proximal end, said core having a cross-section whose diameter varies with the longitudinal axis, the smallest diameter being at the centre of the bending zone, said applicator being characterized in that said bending zone has a minimum diameter in a portion of the brush located at more than half of the total length (L t) of the brush, along the longitudinal axis, starting from the proximal end, the diameter of the core being higher at the centre of the proximal part than at the centre of the distal part of said core. - a core having a longitudinal axis and presenting a first end, called proximal end, and a second free end, called distal end, and - a plurality of protrusions moulded with the core, said protrusions extending from the core and having a base located at the core and a free end,
Method for determining the shape of a crankpin of a crankshaft, wherein during the measuring process the crankpin performs an orbital rotation about a rotational axis which is parallel to the pin axis, wherein a measuring arrangement is used which comprises a measuring prism, on which a measuring sensor is arranged, wherein the measuring prism bears on two points around the circumference of the crankpin, and wherein the measuring sensor contacts the crankpin at a distance from the points at which the measuring prism bears on the pin, comprising the following steps: a) measuring sensor raw values representing the shape of the crankpin are determined and stored by the measuring sensor as a function of the angular position of the crankpin, b) approximate values representing the shape of the crankpin are determined, c) modelled measurement values of the measuring sensor are calculated using the approximate values, taking into consideration the geometry of the measuring arrangement, d) the measuring sensor raw values determined by means of the measuring sensor are compared with the modelled measurement values of the measuring sensor and difference values are calculated, e) new approximate values are calculated from the difference values for optimised approximation to the shape of the crankpin, f) steps c) to e) are iterated until a termination condition is met, g) the approximate values in effect when the terminating condition is met are stored as the shape of the crankpin. a) measuring sensor raw values representing the shape of the crankpin are determined and stored by the measuring sensor as a function of the angular position of the crankpin, b) approximate values representing the shape of the crankpin are determined, c) modelled measurement values of the measuring sensor are calculated using the approximate values, taking into consideration the geometry of the measuring arrangement, d) the measuring sensor raw values determined by means of the measuring sensor are compared with the modelled measurement values of the measuring sensor and difference values are calculated, e) new approximate values are calculated from the difference values for optimised approximation to the shape of the crankpin, f) steps c) to e) are iterated until a termination condition is met, g) the approximate values in effect when the terminating condition is met are stored as the shape of the crankpin.
A scanner device comprising: a generating unit that is configured to generate original color image data representing a scanned color original; a preparing unit that is configured to prepare one color-conversion profile for a color image among a plurality of color-conversion profiles for color images, the color-conversion profiles having different data sizes; and an outputting unit that is configured to output the original color image data and the one color-conversion profile for a color image to an outside, wherein if a resolution of the original color image data is a certain resolution and a data size of the original color image data is a first data size, the preparing unit prepares, as said one color-conversion profile for a color image, a first color-conversion profile for a color image among the plurality of color-conversion profiles for color images, wherein if the resolution of the original color image data is the certain resolution and the data size of the original color image data is a second data size smaller than the first data size, the preparing unit prepares, as said one color-conversion profile for a color image, a second color-conversion profile for a color image among the plurality of color-conversion profiles for color images, and wherein a data size of the first color-conversion profile for a color image is larger than that of the second color-conversion profile for a color image. a generating unit that is configured to generate original color image data representing a scanned color original; a preparing unit that is configured to prepare one color-conversion profile for a color image among a plurality of color-conversion profiles for color images, the color-conversion profiles having different data sizes; and an outputting unit that is configured to output the original color image data and the one color-conversion profile for a color image to an outside, wherein if a resolution of the original color image data is a certain resolution and a data size of the original color image data is a first data size, the preparing unit prepares, as said one color-conversion profile for a color image, a first color-conversion profile for a color image among the plurality of color-conversion profiles for color images, wherein if the resolution of the original color image data is the certain resolution and the data size of the original color image data is a second data size smaller than the first data size, the preparing unit prepares, as said one color-conversion profile for a color image, a second color-conversion profile for a color image among the plurality of color-conversion profiles for color images, and wherein a data size of the first color-conversion profile for a color image is larger than that of the second color-conversion profile for a color image.
A needle (103, 103', 309) for insertion into a patient during an RF ablation procedure, the needle (103, 103', 309) comprising: a hub (204, 231); an elongate member (203, 317) fixed to the hub; a tip (201, 201', 201", 311) fixed to the elongate member (203, 317) at a distal end (202, 310) of the needle (103, 103', 309), wherein the tip is shaped to pierce tissue of the patient; a plurality of filaments (206a, 206b, 319a, 319b, 701, 801a, 801b, 801c, 801d, 901a, 901b, 901c, 1001a, 1001b) within at least a portion of the elongate member; an actuator (216, 232) interconnected to the plurality of filaments, wherein the actuator includes one of a helical track (219, 241) and a helical thread on an internal surface thereof, wherein the hub (204, 231) includes a corresponding other one of the helical track (219, 241) and helical thread on an external surface thereof, wherein upon rotation of the actuator relative to the hub, the actuator is advanced or retracted relative to the hub and moves the plurality of filaments between a retracted position and a deployed position relative to the tip (201, 201', 201", 311); and a lumen within the elongate member (203, 317), wherein the lumen and the tip are configured to accept an RF probe such that an electrode of an inserted RF probe, the tip, and the plurality of filaments are operable to form a single monopolar RF electrode. a hub (204, 231); an elongate member (203, 317) fixed to the hub; a tip (201, 201', 201", 311) fixed to the elongate member (203, 317) at a distal end (202, 310) of the needle (103, 103', 309), wherein the tip is shaped to pierce tissue of the patient; a plurality of filaments (206a, 206b, 319a, 319b, 701, 801a, 801b, 801c, 801d, 901a, 901b, 901c, 1001a, 1001b) within at least a portion of the elongate member; an actuator (216, 232) interconnected to the plurality of filaments, wherein the actuator includes one of a helical track (219, 241) and a helical thread on an internal surface thereof, wherein the hub (204, 231) includes a corresponding other one of the helical track (219, 241) and helical thread on an external surface thereof, wherein upon rotation of the actuator relative to the hub, the actuator is advanced or retracted relative to the hub and moves the plurality of filaments between a retracted position and a deployed position relative to the tip (201, 201', 201", 311); and a lumen within the elongate member (203, 317), wherein the lumen and the tip are configured to accept an RF probe such that an electrode of an inserted RF probe, the tip, and the plurality of filaments are operable to form a single monopolar RF electrode.
Method for testing devices of mobile radio systems, having the following method steps: - production of signal data, - production of a signal from the signal data by a signal generator, - sending of the signal to a device that is to be tested, - reception of the signal by a device that is to be tested, - evaluation of the received signal and production and sending of a response signal, wherein the response signal has an envelope profile that is characteristic of the information that is to be returned, - production of a measurement signal that represents the profile of the envelope, - processing of the measurement signal by the signal generator, without standard-compliant demodulation, - comparison of the measurement signal representing the profile of the envelope with at least one comparison signal by the signal generator, - association of the measurement signal with an explicitly associated change specification, - reading-in of the change specification, and - production and/or sending of following signals on the basis of the evaluation of the change specification. - production of signal data, - production of a signal from the signal data by a signal generator, - sending of the signal to a device that is to be tested, - reception of the signal by a device that is to be tested, - evaluation of the received signal and production and sending of a response signal, wherein the response signal has an envelope profile that is characteristic of the information that is to be returned, - production of a measurement signal that represents the profile of the envelope, - processing of the measurement signal by the signal generator, without standard-compliant demodulation, - comparison of the measurement signal representing the profile of the envelope with at least one comparison signal by the signal generator, - association of the measurement signal with an explicitly associated change specification, - reading-in of the change specification, and - production and/or sending of following signals on the basis of the evaluation of the change specification.