mhurhangee/ep-ind-claims huggingface dataset:
(Amended) A method of removing RSO 2 OR' from a composition containing RSO 2 OR' and RSO 3 H, comprising contacting the composition with a reagent selected from HSO 3 M n; M 2n SO 3; HX; HNO 3, nitric oxide, dinitrogen tetroxide, or a mixture thereof; hydrogen peroxide; aqueous halogen; ozone; H 2 SO 3; (R"R'''R''''NH) 2 SO 3; R"R'''R''''N•SO 2 and H 2 O; H 2 O, and a component selected from R"O-SO-OR''' or R"OSO 2 H; R"SO 2 NR'''R'''' •SO 2 and H 2 O; H 2 O, and an SO 2 complex derived from either a carboxamide of formula R"CO 2 NR'''R'''', a sulfone of formula R"SO 2 R''', or a sulfoxide of formula R"SOR"'; R"-ZOH; R"-ZOM n; 3 PO; 2 PO(OR'); HOPO(OR') 2, HO 3 S-R"-ZOH; M n O 3 S-R"-ZOH; and M n O 3 S-R"(ZOM n)-ZOH to convert the R' moiety or the OR' moiety of the RSO 2 OR' to one or more products selected from the group consisting of R'X, R'SO 3 H, R'SO 3 M n, R'SO 3 - R"R'''R''''NH +, R'SO 3 R", R"-ZOR', 2 PO(OR'), HOPO(OR') 2, (R'O) 3 PO, (M n O) 2 PO(OR'), HO 3 S-R"-ZOR', M n O 3 S-R"-ZOR', M n O 3 S-R"(ZOM n)-ZOR', oxidized carbon species selected from CO, CO 2, alcohols, aldehydes, ketones, and carboxylic acids, and water, thereby converting the RSO 2 OR' to RSO 3 H; wherein, R and R' are each independently a C 1 -C 20 alkyl, aralkyl or alkenyl group, or any of these incorporating a substituent selected from the group consisting of halogens and functional groups comprising oxygen, sulfur, silicon, tin, phosphorus, or nitrogen; R" is a polymeric group or a C 1 -C 20 alkyl, aryl, aralkyl or alkenyl group, or any of these incorporating a substituent selected from the group consisting of halogens and functional groups comprising oxygen, sulfur, silicon, tin, phosphorus, or nitrogen; R''' and R'''' are independently a polymeric group, hydrogen or a C 1 -C 20 alkyl, aryl, aralkyl or alkenyl group, or any of these incorporating a substituent selected from the group consisting of halogens and functional groups comprising oxygen, sulfur, silicon, tin, phosphorus, or nitrogen; M is a metal selected from the group consisting of Group I metals, Group II metals, transition metals, Al, Sn, Sb, Pb, and Bi, provided that M is a Group I or Group II metal when the product is (M n O) 2 PO(OR'), M n OPO(OR') 2 or M n O 3 S-R"(ZOM n)-ZOR'; n is equal to the reciprocal of the oxidation state of the metal; Z is CO, P OH, P OR", or S; and X is halogen.
Actuating device for window frames and for shading fins, the device comprising: - a frame, - a rod connected to said frame so as to slide in a direction of extension, and - an actuator having a motor, a screw element that extends in said direction of extension and a female screw element that is coupled to said screw element and fixed to a first end of said rod, said rod comprising a tubular member which has an internal cavity which is suitable for receiving the screw type element; said motor having a stator fixed to said frame and a rotor fixed to said screw element in order to rotate it about said direction of extension; said actuating device further comprising at least one stiffening member (20, 120) which includes: - a first slider having a first seat engaged by said rod, - a second slider having a second seat slidably engaged by said screw element in said direction of extension, - a spacing element rigidly fixed to said first slider and to said second slider in order to keep said sliders at a predefined distance; wherein said frame is configured so as to interfere with the first slider and the second slider in order to guide them during sliding in the sliding direction so as to counter misalignment of the first seat of said first slider relative to the second seat of said second slider, characterized in that a shape coupling is provided between said first seat and said rod so as to counteract rotational movements of said first slider on said tubular member of said rod about an axis which is parallel with the extension direction. - a frame, - a rod connected to said frame so as to slide in a direction of extension, and - an actuator having a motor, a screw element that extends in said direction of extension and a female screw element that is coupled to said screw element and fixed to a first end of said rod, said rod comprising a tubular member which has an internal cavity which is suitable for receiving the screw type element; - a first slider having a first seat engaged by said rod, - a second slider having a second seat slidably engaged by said screw element in said direction of extension, - a spacing element rigidly fixed to said first slider and to said second slider in order to keep said sliders at a predefined distance;
Roof element, in particular an interior ceiling board for the roof of a vehicle, to improve the rigidity of said roof comprising a piece of corrugated board, comprising at least one top cover, at least one flute and one bottom cover, and at least one shock-absorbing piece capable of absorbing vibrations, said shock-absorbing piece being attached to the piece of corrugated board, characterised in that the piece of corrugated board comprises at least one pre-cut line and/or groove produced on at least one of the sides of said piece of corrugated board in order to allow easier folding of the roof element during installation of said roof element.
An illumination system for spot illumination comprising: - a tubular reflector with a reflective inner surface, said tubular reflector having an entrance aperture and an exit aperture; - a light-source array comprising a plurality of light-sources (13a-c; 30a-d, 31a-d, 32a-d) arranged to emit light into the tubular reflector at the entrance aperture thereof; and - a light-diffusing optical member arranged to diffuse light emitted by said illumination system, wherein said light-diffusing member is configured to exhibit an increasing diffusing capability with increasing distance from an optic axis of the illumination system, and characterized in that the exit aperture is larger than the entrance aperture, and wherein at least one of said tubular reflector and said light-source array is configured in such a way that each symmetry state of said light-source array is different from any symmetry state of said tubular reflector. - a tubular reflector with a reflective inner surface, said tubular reflector having an entrance aperture and an exit aperture; - a light-source array comprising a plurality of light-sources (13a-c; 30a-d, 31a-d, 32a-d) arranged to emit light into the tubular reflector at the entrance aperture thereof; and - a light-diffusing optical member arranged to diffuse light emitted by said illumination system,
A set of surgical instruments for precision cutting, comprising at least one fasciotome, comprising: - an elongated shaft having a distal, forward end, - a blade portion, extending from the distal, forward end of the elongated shaft, said blade portion being shielded on its ends by one superior finger-like blunt prong and one inferior finger-like blunt prong projecting away from the blade portion, wherein the superior finger-like blunt prong projects distally less than the inferior finger-like blunt prong, and at least one metal sphere connected to the tip of the superior finger-like blunt prong, said fasciotome being characterized in that it further comprises at least a cannulated, tubular, finger-like prong (20, 24) coupled to at least one of the superior or the inferior finger-like blunt prong, said cannulated prong being adapted to allow the passage of a flexible guide wire needle to guide the blade portion of the fasciotome during a cutting process. - an elongated shaft having a distal, forward end, - a blade portion, extending from the distal, forward end of the elongated shaft, said blade portion being shielded on its ends by one superior finger-like blunt prong and one inferior finger-like blunt prong projecting away from the blade portion, wherein the superior finger-like blunt prong projects distally less than the inferior finger-like blunt prong, and at least one metal sphere connected to the tip of the superior finger-like blunt prong,
A pneumatic tire comprising, on side surfaces thereof, a large number of dimples arranged along a circumferential direction and a land which is a part other than the dimples, wherein in a contour of each dimple, the length, in the circumferential direction, of the dimple is larger than the length, in a radial direction, of the dimple, and characterized in that an area occupation ratio of each dimple is equal to or greater than 75% but equal to or less than 93%, wherein the area occupation ratio of each dimple means the ratio of the area of the contour of the dimple to a reference area, wherein the reference area is the area of a rectangle in which each long side has the same length as a pitch in the circumferential direction between the dimples and each short side has the same length as a pitch in the radial direction between the dimples, a width (W1, W2) of the land between each dimple and another dimple adjacent to the each dimple is equal to or greater than 0.3 mm but equal to or less than 3.0 mm.
System to prevent manipulation of transmitted video data comprising an Integrated Receiver Decoder receiving audio/video data, a display device, said IRD comprising means to transmit an HDMI compliant audio/video data stream toward the display device, said system further comprising: - means to define an area at a location of the image displayed on the display device, - means to store reference data corresponding to video data of said area which are sent to the display device. - means internal or external to the display device to extract the actual displayed video data of said area, - means to send, to said IRD, test data determined from said extracted video data, - means to compare said test data with said reference data, characterized in that it further comprises means for switching an operating mode of the system from a standard mode to a disrupted mode in case of difference resulting from this comparison, and in that said area is a variable area and the location of said area is determined according to a pseudo random process, said location being communicated to the display device. - means to define an area at a location of the image displayed on the display device, - means to store reference data corresponding to video data of said area which are sent to the display device. - means internal or external to the display device to extract the actual displayed video data of said area, - means to send, to said IRD, test data determined from said extracted video data, - means to compare said test data with said reference data,
Shelf comprising at least two shelf walls and at least one shelf base and a holding device for the shelf base on the shelf wall, having a first connecting element to be arranged on the shelf wall and a second connecting element to be arranged in the shelf base, wherein the second connecting element is arranged on an end of the at least one shelf base facing a shelf wall and the first connecting element is arranged in the shelf wall opposite the second connecting element and wherein at least one of the connecting elements (4; 5) has a magnet acting in attracting manner on the respective other connecting element (5; 4) in order to move a holding element of the first connecting element magnetically from a moved-in return position to a moved-out holding position for mounting of the shelf base on the shelf wall, characterised in that the holding element has at its front end, a blocking element in which the cross-section is greatest in the region of its free end in order to secure the first connecting element in the withdrawn holding position in this position by engaging behind a corresponding undercut on the shelf base.
A pharmaceutical composition for use in the treatment of a subject having hemophilia A characterized by an inversion of exons 1-22 in a Factor VIII gene, said pharmaceutical composition comprising a pharmaceutically acceptable carrier and an effective amount of a nucleic acid encoding an engineered nuclease, wherein said engineered nuclease is expressed in a target cell in vivo, wherein said engineered nuclease has specificity for a recognition sequence positioned within an int22h-1 sequence of said Factor VIII gene, wherein said int22h-1 sequence comprises a nucleotide sequence having at least 95% sequence identity to SEQ ID NO: 3 or SEQ ID NO: 4, wherein said engineered nuclease is an engineered meganuclease, a TALEN, a zinc finger nuclease, a compact TALEN, a CRISPR, or a megaTAL, wherein said recognition sequence does not comprise a CpG site, and wherein said recognition sequence is at least 95% identical between the human genome and in the canine genome. wherein said engineered nuclease has specificity for a recognition sequence positioned within an int22h-1 sequence of said Factor VIII gene, wherein said int22h-1 sequence comprises a nucleotide sequence having at least 95% sequence identity to SEQ ID NO: 3 or SEQ ID NO: 4, wherein said engineered nuclease is an engineered meganuclease, a TALEN, a zinc finger nuclease, a compact TALEN, a CRISPR, or a megaTAL, wherein said recognition sequence does not comprise a CpG site, and wherein said recognition sequence is at least 95% identical between the human genome and in the canine genome.
An ozone generator that is configured with a circular cross-section metal ground electrode tube and a circular cross-section dielectric tube provided with a metal electrode inside the dielectric tube and held inside the ground electrode tube by a plurality of spacers, with a gap being established between the outer wall of the dielectric tube and the inner wall of the ground electrode tube, to generate ozone by flowing a source gas through the gap and by applying an alternating voltage so that the ground electrode tube has the ground potential and the metal electrode inside the dielectric tube has a high potential, and by discharging the source gas flowing through the gap, the ozone generator being characterized in that the plurality of spacers are disposed at intervals in the axial direction of the dielectric tube, each of the plurality of disposed spacers is made up of a base portion formed of metal wound around the outer circumference of the dielectric tube and of a plurality of plate spring portions formed of metal each having a thickness thicker than the base portion and fixed to the base portion, and both ends in the circumferential direction of the dielectric tube, of each of the plurality of plate spring portions in contact with the inner wall of the ground electrode tube, wherein each of the plate spring portions has a portion whose width in the circumferential direction of the dielectric tube increases continuously to a maximum circumferential width from at least one end in the axial direction of the dielectric tube.
A method for determining rotation of a piece of wood, preferably a log, with reference to a known starting condition, characterized in that it comprises the operating steps of: preliminarily acquiring a tomographic reconstruction of the piece of wood, the reconstruction defining the known starting condition; subsequently carrying out a X-ray of the piece of wood according to a real direction of observation, substantially orthogonal to a main direction of development of the piece of wood, to thus acquire at least a piece of real X-ray information about the piece of wood; simulating the carrying out, on the tomographic reconstruction of the piece of wood, of a plurality of X-rays, acting in the same way as was done to acquire the piece of real X-ray information, according to a plurality of virtual directions of observation substantially orthogonal to the main direction of development of the piece of wood and distributed around the tomographic reconstruction at known angles, to thus obtain a corresponding plurality of pieces of virtual X-ray information; comparing the piece of real X-ray information and the pieces of virtual X-ray information; on the basis of that comparison, identifying, with reference to the tomographic reconstruction, a best virtual direction of observation for which the piece of virtual X-ray information is the most similar to the piece of real X-ray information; and determining the rotation of the piece of wood with reference to the known starting condition as a function of the orientation that the so identified best virtual direction of observation presents with regard to the known starting condition. preliminarily acquiring a tomographic reconstruction of the piece of wood, the reconstruction defining the known starting condition; subsequently carrying out a X-ray of the piece of wood according to a real direction of observation, substantially orthogonal to a main direction of development of the piece of wood, to thus acquire at least a piece of real X-ray information about the piece of wood; simulating the carrying out, on the tomographic reconstruction of the piece of wood, of a plurality of X-rays, acting in the same way as was done to acquire the piece of real X-ray information, according to a plurality of virtual directions of observation substantially orthogonal to the main direction of development of the piece of wood and distributed around the tomographic reconstruction at known angles, to thus obtain a corresponding plurality of pieces of virtual X-ray information; comparing the piece of real X-ray information and the pieces of virtual X-ray information; on the basis of that comparison, identifying, with reference to the tomographic reconstruction, a best virtual direction of observation for which the piece of virtual X-ray information is the most similar to the piece of real X-ray information; and determining the rotation of the piece of wood with reference to the known starting condition as a function of the orientation that the so identified best virtual direction of observation presents with regard to the known starting condition.
A composition comprising xylooligosaccharide, arabinogalactan, inulin, Ganoderma lucidum beta glucan, insoluble yeast β(1,3/1,6)-glucan, oat β(1,3/1,4)-glucan, insoluble dried Saccharomyces cerevisiae fermentate, and Bacillus coagulans.
A method of wireless communication, comprising: determining at least one of a downlink signal-to-interference-plus-noise ratio, SINR, observed by a relay (904, 1202, 1202', 1360) or an uplink interference at the relay (904, 1202, 1202',1360); and broadcasting a relay availability for communication based on the determination that the at least one of the downlink signal-to-interference-plus-noise ratio, SINR, observed by the relay (904, 1202, 1202', 1360) is greater than a first threshold or the uplink interference at the relay (904, 1202, 1202', 1360) is less than a second threshold; receiving, at the relay (904, 1202, 1202', 1360), downlink data from a base station (106, 108, 204, 208, 610, 710a, 710b, 804, 902, 1250) via a downlink resource; and sending the downlink data from the relay (904, 1202, 1202', 1360) to a user equipment, UE (102, 206, 650, 720, 806, 808, 810, 812, 906, 1260, 1302, 1302'), via an uplink resource. determining at least one of a downlink signal-to-interference-plus-noise ratio, SINR, observed by a relay (904, 1202, 1202', 1360) or an uplink interference at the relay (904, 1202, 1202',1360); and broadcasting a relay availability for communication based on the determination that the at least one of the downlink signal-to-interference-plus-noise ratio, SINR, observed by the relay (904, 1202, 1202', 1360) is greater than a first threshold or the uplink interference at the relay (904, 1202, 1202', 1360) is less than a second threshold; receiving, at the relay (904, 1202, 1202', 1360), downlink data from a base station (106, 108, 204, 208, 610, 710a, 710b, 804, 902, 1250) via a downlink resource; and sending the downlink data from the relay (904, 1202, 1202', 1360) to a user equipment, UE (102, 206, 650, 720, 806, 808, 810, 812, 906, 1260, 1302, 1302'), via an uplink resource.
A computer-implemented method of training and using machine learning models to estimate motion data based on test image data sets, the method comprising: receiving, by a computer system, a test image data set comprising, for each pixel of a first plurality of pixels in the test image data set, an intensity of the pixel in a captured deep-tissue image, the captured deep-tissue image including objects imaged at a depth of at least 1 mm below a surface of a biological tissue; using a trained machine learning model and the test image data set to generate output data for the test image data set, the output data characterizing motion represented in the test image data set, the machine learning model having been trained using: a training data set comprising a plurality of training data elements, each training data element of the plurality of training data elements including: an image data set comprising, for each pixel of a second plurality of pixels in the image data set, an image-characteristic value, the image-characteristic value being based at least on an intensity of the pixel, wherein the second plurality of pixels is same or different from the first plurality of pixels, a motion data set that indicates a portion of the second plurality of pixels representing a movement, wherein one or more parameters of a function in the machine learning model are based on correspondences between the image data sets and the motion data sets. receiving, by a computer system, a test image data set comprising, for each pixel of a first plurality of pixels in the test image data set, an intensity of the pixel in a captured deep-tissue image, the captured deep-tissue image including objects imaged at a depth of at least 1 mm below a surface of a biological tissue; using a trained machine learning model and the test image data set to generate output data for the test image data set, the output data characterizing motion represented in the test image data set, the machine learning model having been trained using: a training data set comprising a plurality of training data elements, each training data element of the plurality of training data elements including: an image data set comprising, for each pixel of a second plurality of pixels in the image data set, an image-characteristic value, the image-characteristic value being based at least on an intensity of the pixel, wherein the second plurality of pixels is same or different from the first plurality of pixels, a motion data set that indicates a portion of the second plurality of pixels representing a movement, an image data set comprising, for each pixel of a second plurality of pixels in the image data set, an image-characteristic value, the image-characteristic value being based at least on an intensity of the pixel, wherein the second plurality of pixels is same or different from the first plurality of pixels, a motion data set that indicates a portion of the second plurality of pixels representing a movement, wherein one or more parameters of a function in the machine learning model are based on correspondences between the image data sets and the motion data sets.