mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for generating a response value (M(x)) for a given voxel (x, 202) within an image based on a function (S(m,θ,r,y)) of gradients and gray-level values (V(x), V(y)) of voxels (y, 204) surrounding to the given voxel, wherein the surrounding voxels are defined by a chosen subset (V') of the entire image volume, the method comprising the steps of: a. determining magnitude values (m, 208) of the gradients of the surrounding voxels, radial distance values (r, 212) between the given voxel (x, 202) and the surrounding voxels (y, 204), angle values (θ,210) between the radial direction (x, y) and the gradient direction of the surrounding voxels (y, 204), and values (S 3 (y)) derived from the gray-level values (V(x), V(y)) of the given voxel and the surrounding voxels; b. computing from the thus determined values, a value of said function (S(m,θ,r,y)) for each of the surrounding voxels; c. combining the computed function values to arrive at a final response value (M(x)) for each given voxel (x, 202) and using the combined values to create a response image, the response image being used to detect candidates within the image by identifying voxels whose function values are characterized by one or more specified thresholds. a. determining magnitude values (m, 208) of the gradients of the surrounding voxels, radial distance values (r, 212) between the given voxel (x, 202) and the surrounding voxels (y, 204), angle values (θ,210) between the radial direction (x, y) and the gradient direction of the surrounding voxels (y, 204), and values (S 3 (y)) derived from the gray-level values (V(x), V(y)) of the given voxel and the surrounding voxels; b. computing from the thus determined values, a value of said function (S(m,θ,r,y)) for each of the surrounding voxels; c. combining the computed function values to arrive at a final response value (M(x)) for each given voxel (x, 202) and using the combined values to create a response image, the response image being used to detect candidates within the image by identifying voxels whose function values are characterized by one or more specified thresholds.
A reinforced polygonal container made of glued corrugated laminar material comprising: • a tubular polygonal body with an even number of flat faces numbering more than four defined between corner areas, the tubular polygonal body being formed by a strip of corrugated cardboard at least partially superimposed on and adhered to itself; • a base body defined by a base panel formed by cut and folded stiff double-faced corrugated cardboard defining a polygonal bottom and a polygonal base wall surrounding the polygonal bottom and perpendicular thereto, the polygonal base wall having the same number of sides as the tubular polygonal body and an inner surface of each side of the polygonal base wall being superimposed on and adhered to a lower end portion of an outer surface of the faces of the tubular polygonal body, attaching the base body around an end portion of the tubular polygonal body; wherein the corrugated cardboard of the tubular polygonal body includes a corrugated sheet forming channels perpendicular to the polygonal bottom of the base body; characterized in that the strip of corrugated cardboard of the tubular polygonal body is rolled up at least two full turns and adhered to itself by means of lines of glue transverse to the channels of the corrugated sheet, forming a multilayer wall. • a tubular polygonal body with an even number of flat faces numbering more than four defined between corner areas, the tubular polygonal body being formed by a strip of corrugated cardboard at least partially superimposed on and adhered to itself; • a base body defined by a base panel formed by cut and folded stiff double-faced corrugated cardboard defining a polygonal bottom and a polygonal base wall surrounding the polygonal bottom and perpendicular thereto, the polygonal base wall having the same number of sides as the tubular polygonal body and an inner surface of each side of the polygonal base wall being superimposed on and adhered to a lower end portion of an outer surface of the faces of the tubular polygonal body, attaching the base body around an end portion of the tubular polygonal body; wherein the corrugated cardboard of the tubular polygonal body includes a corrugated sheet forming channels perpendicular to the polygonal bottom of the base body; characterized in that the strip of corrugated cardboard of the tubular polygonal body is rolled up at least two full turns and adhered to itself by means of lines of glue transverse to the channels of the corrugated sheet, forming a multilayer wall. wherein the corrugated cardboard of the tubular polygonal body includes a corrugated sheet forming channels perpendicular to the polygonal bottom of the base body; characterized in that the strip of corrugated cardboard of the tubular polygonal body is rolled up at least two full turns and adhered to itself by means of lines of glue transverse to the channels of the corrugated sheet, forming a multilayer wall.
An antimicrobial composition having activity against non-enveloped viruses including norovirus comprising: a virucidally effective amount of salicylic acid and salicylamide; a C 1 -C 6 linear and/or branched alcohol; a sulfonated surfactant; and water. a virucidally effective amount of salicylic acid and salicylamide; a C 1 -C 6 linear and/or branched alcohol; a sulfonated surfactant; and water.
A buoyancy control jacket for scuba diving comprising at least one air chamber with an adjustable volume delimited by an outer wall and an inner wall, an abdominal closing strap, and a removable association device between said inner wall and said abdominal strap, characterised in that said removable association device comprises first (20a, 20b) and second (11a, 11b) connection means respectively attached to said inner wall and to said strap, a retaining means for retaining said second connection means (11a, 11b) relative to said first connection means (20a, 20b) along an axis that is substantially orthogonal to said strap, and a means of rotation about said axis of said second connection means (11a, 11b) relative to said first connection means (20a, 20b).
Clamping device for a starter generator of a combustion engine, comprising at least one retaining element fixed on the side of the combustion engine, a generator housing, and a generator deflection roller mounted rotatably with respect to the generator housing on a generator shaft for deflection and for driving a belt as required, wherein the generator deflection roller is arranged with respect to the retaining element in such a way that a torque acting between the generator deflection roller and the belt produces a relative movement between the generator deflection roller and the retaining element, which relative movement tensions the belt, characterized in that an eccentric arrangement of the generator shaft is provided on the generator housing itself or on a housing element of the generator housing in such a way that a relative movement between the generator deflection roller and the retaining element is produced by a rotational movement of the generator housing or of the housing element.
Wire processing machine for producing shaped parts, in particular springs, by shaping wire, having: a machine frame with a machine front wall; a shaping device with at least one shaping tool, which is arranged in a working area on a front side of the machine front wall; a feeding device for feeding wire to the shaping device; a cutting device for cutting off a completed shaping part from the fed wire after completion of a shaping operation; a control device for controlling the feeding device, the shaping device, and the cutting device on the basis of an NC control program; and a protection device for temporarily covering the working area during the operation of the wire processing machine, characterized in that the protection device comprises a roller blind, which can be moved between an open position and a closed position, wherein in the open position it is possible for an operator to access the working area and in the closed position access is prevented; and the roller blind comprises a contact zone, which is located on the inner side of the roller blind facing the shaping device, at the height of the working area, when the roller blind is in the closed position, wherein the contact zone is designed in such a way that, on impact of an object on the contact zone, a contact signal indicating the contact is generated and can be transmitted to the control device. a machine frame with a machine front wall; a shaping device with at least one shaping tool, which is arranged in a working area on a front side of the machine front wall; a feeding device for feeding wire to the shaping device; a cutting device for cutting off a completed shaping part from the fed wire after completion of a shaping operation; a control device for controlling the feeding device, the shaping device, and the cutting device on the basis of an NC control program; and a protection device for temporarily covering the working area during the operation of the wire processing machine, characterized in that the protection device comprises a roller blind, which can be moved between an open position and a closed position, wherein in the open position it is possible for an operator to access the working area and in the closed position access is prevented; and the roller blind comprises a contact zone, which is located on the inner side of the roller blind facing the shaping device, at the height of the working area, when the roller blind is in the closed position, wherein the contact zone is designed in such a way that, on impact of an object on the contact zone, a contact signal indicating the contact is generated and can be transmitted to the control device.
Refrigeration device, in particular a domestic refrigeration device, having a storage chamber, a cold generator (3, 4, 5) which refrigerates the storage chamber, a temperature sensor for recording the temperature of the storage chamber, and a control unit which, in a thermostat operating mode (S1-S5), is designed to start the cold generator (3, 4, 5) running when a first upper limit temperature (T +1) is exceeded in the storage chamber, and to stop operation of the cold generator (3, 4, 5) when a first lower limit temperature (T -1) is undershot in the storage chamber, and which can be temporarily switched to a low-noise operating mode (S7, S8) in which the operation of the cold generator (3, 4, 5) is suspended even when the first upper limit temperature (T +1) has been exceeded, characterised in that prior to the transition to the low-noise operating mode (S7, S8) the control unit is designed such that the refrigeration device can be temporarily switched to a pre-refrigeration operating mode (S10, S11), in which the operation of the cold generator (3, 4, 5) is maintained even when the first lower limit temperature (T -1) is undershot.
A compound having the formula: and/or pharmaceutically acceptable salts, pharmaceutically acceptable solvates thereof for use in the treatment/prevention of MLH1 mutant/deficient cancers.
A drive gear for a drive rod fitting of a casement pivotable against a frame, with a drive pinion for driving a drive rod guided longitudinally displaceably in a fitting groove of the casement or of the frame, with a housing of the drive gear to be arranged at least partially outside of the fitting groove and underneath a casement overlap, with a drive recess in the drive pinion provided for rotationally fixed coupling with a handle, with a gear for driving the drive rod and with a coupling device for coupling the gear with the drive rod, wherein the coupling device has a toothed rack drivable by the gear and wherein the toothed rack protrudes in at least one end position from the housing and wherein the housing is composed of housing halves (22, 23) and one of the housing halves has an L-shaped design, characterized in that the gear is designed as a transmission gear and has a pair of toothed wheels arranged between the drive pinion and the toothed rack with different diameters, and that a second leg of the L-shaped housing half and the other housing half together in each case have bearings (32, 33) for the drive pinion and for the pair of toothed wheels.
A device for detecting absence of a mechanical barrier for a missile, said device comprising at least one rod constrained by a first elastic element and provided with a so-called free end capable of coming into contact with a mechanical barrier, characterised in that it also comprises at least one cam constrained by a second elastic element, said rod and said cam being configured so that the rod can assume one or other of the following positions: - a position referred to as the initial entry, in which the rod is held in a stable position between the cam on the one hand and the mechanical barrier on the other hand; - a position referred to as the exit, in which the rod is brought under the action of the cam by a displacement in the direction of the free end, in the absence of the mechanical barrier; and - a so-called terminal entry, in which the rod is brought under the action of the first elastic element, after release of the displacement of the rod by the cam. - a position referred to as the initial entry, in which the rod is held in a stable position between the cam on the one hand and the mechanical barrier on the other hand; - a position referred to as the exit, in which the rod is brought under the action of the cam by a displacement in the direction of the free end, in the absence of the mechanical barrier; and - a so-called terminal entry, in which the rod is brought under the action of the first elastic element, after release of the displacement of the rod by the cam.
A method of transmitting a signal by a user equipment, UE, based on a shared resource capable of being shared with a different UE in a wireless communication system, the method comprising: receiving configuration information about the shared resource from a base station, wherein the configuration information indicates a reference signal sequence set, which is a set of available reference signal parameters for transmitting a reference signal (S1301, S1303), wherein the reference signal sequence set is interlocked with a predetermined region to which the angle of arrival of a downlink reference signal belongs to, wherein the reference signal is generated based on a specific sequence randomly selected from the reference signal sequence set designated for the shared resource; mapping the reference signal to the shared resource based on the configuration information; and transmitting the signal including the reference signal and data to a base station. receiving configuration information about the shared resource from a base station, wherein the configuration information indicates a reference signal sequence set, which is a set of available reference signal parameters for transmitting a reference signal (S1301, S1303), wherein the reference signal sequence set is interlocked with a predetermined region to which the angle of arrival of a downlink reference signal belongs to, wherein the reference signal is generated based on a specific sequence randomly selected from the reference signal sequence set designated for the shared resource; mapping the reference signal to the shared resource based on the configuration information; and transmitting the signal including the reference signal and data to a base station.
Method for processing a plurality of avian eggs, in particular unfertilized eggs, including: - conveying, by an endless roller conveyor, at least a first egg having a first eggshell color and a second egg having a second egg shell color along a conveying path, the first egg shell color being different from the second egg shell color, wherein each first egg has a substantially unpigmented egg shell, in particular an egg shell that does not contain protoporphyrin, whereas each second egg has a substantially pigmented egg shell, in particular a shell that does contain protoporphyrin; - illuminating the first egg with an illumination beam of near infrared light, wherein at least part of the light is transmitted through the egg and is detected by a near infrared light detector; - illuminating the second egg with the illumination beam of near infrared light, wherein at least part of the light is transmitted through the egg and is detected by the near infrared light detector; processing light detection results of the infrared light detector for determining a condition of the shell of each of the eggs (E1, E2); wherein the illuminating of the eggs (E1, E2) and/or the detection of transmitted light is carried out under substantially the same illumination and/or detection conditions respectively, wherein a wavelength of the near infrared light of the illumination beam is at least 700 nm, and smaller than 750 nm. - conveying, by an endless roller conveyor, at least a first egg having a first eggshell color and a second egg having a second egg shell color along a conveying path, the first egg shell color being different from the second egg shell color, wherein each first egg has a substantially unpigmented egg shell, in particular an egg shell that does not contain protoporphyrin, whereas each second egg has a substantially pigmented egg shell, in particular a shell that does contain protoporphyrin; - illuminating the first egg with an illumination beam of near infrared light, wherein at least part of the light is transmitted through the egg and is detected by a near infrared light detector; - illuminating the second egg with the illumination beam of near infrared light, wherein at least part of the light is transmitted through the egg and is detected by the near infrared light detector; processing light detection results of the infrared light detector for determining a condition of the shell of each of the eggs (E1, E2); wherein the illuminating of the eggs (E1, E2) and/or the detection of transmitted light is carried out under substantially the same illumination and/or detection conditions respectively, wherein a wavelength of the near infrared light of the illumination beam is at least 700 nm, and smaller than 750 nm.
A control unit for use in an air filter provided with a fire-extinguishing system, wherein the control unit is designed for • recording a first fire-detection signal from a first sensor in an inlet chamber, and a second fire-detection signal from an at least one second sensor in an outlet; • comparing the first signal and the second signal to an associated predetermined threshold value to determine if a fire is burning; • determining at which location within the inlet and outlet chamber the fire is burning as a function of the result of the comparison of the first and second signals, respectively; • selecting which of a first and at least a second fire extinguisher is located at the detected location, and • activating, by means of one or more control signals, the one or more selected ones of the first and at least one second fire extinguisher in order to release the extinguishing agent. • recording a first fire-detection signal from a first sensor in an inlet chamber, and a second fire-detection signal from an at least one second sensor in an outlet; • comparing the first signal and the second signal to an associated predetermined threshold value to determine if a fire is burning; • determining at which location within the inlet and outlet chamber the fire is burning as a function of the result of the comparison of the first and second signals, respectively; • selecting which of a first and at least a second fire extinguisher is located at the detected location, and • activating, by means of one or more control signals, the one or more selected ones of the first and at least one second fire extinguisher in order to release the extinguishing agent.
A signal processing apparatus for reducing the impact of an unwanted signal component on a wanted signal component, the apparatus comprising: an input configured to receive an input signal which comprises the wanted signal component, a blocker signal and the unwanted signal component, wherein the unwanted signal component is a harmonic of the blocker signal; an output configured to output an output signal; a first processor configured to process the input signal by operating on the input signal with a function that includes a term descriptive of the unwanted signal component to create an estimated unwanted signal; a second processor configured to: iteratively search through a signal domain of the input signal or the output signal to determine the frequency of the blocker signal; and process the estimated unwanted signal and at least one of the input signal or the output signal using the determined frequency of the blocker signal to identify one or more correction coefficients; a correction signal generator configured to receive the one or more correction coefficients and the estimated unwanted signal, and generate a correction signal by applying the one or more correction coefficients to the estimated unwanted signal; and a combiner configured to combine the input signal and the correction signal to form the output signal such that the unwanted signal component in the output signal is reduced. an input configured to receive an input signal which comprises the wanted signal component, a blocker signal and the unwanted signal component, wherein the unwanted signal component is a harmonic of the blocker signal; an output configured to output an output signal; a first processor configured to process the input signal by operating on the input signal with a function that includes a term descriptive of the unwanted signal component to create an estimated unwanted signal; a second processor configured to: iteratively search through a signal domain of the input signal or the output signal to determine the frequency of the blocker signal; and process the estimated unwanted signal and at least one of the input signal or the output signal using the determined frequency of the blocker signal to identify one or more correction coefficients; a correction signal generator configured to receive the one or more correction coefficients and the estimated unwanted signal, and generate a correction signal by applying the one or more correction coefficients to the estimated unwanted signal; and a combiner configured to combine the input signal and the correction signal to form the output signal such that the unwanted signal component in the output signal is reduced.
A coating composition for forming a fastener adhesive, said coating composition comprising: A) an epoxy curing agent component; B) a microencapsulated epoxy resin component; C) an expansion agent component; D) a binder component; and E) a solvent component; wherein the microencapsulated epoxy resin component B) and the expansion agent component C) are present in a weight ratio of from about 15:1 to about 1:1. A) an epoxy curing agent component; B) a microencapsulated epoxy resin component; C) an expansion agent component; D) a binder component; and E) a solvent component;