mhurhangee/ep-ind-claims huggingface dataset:
A delivery apparatus (100; 200; 400) for implanting a prosthetic heart valve comprising: a handle (102; 202; 402); a first shaft extending from a distal end of the handle (102; 202; 402); a second shaft extending through a lumen of the first shaft and the handle (102; 202; 402); and a gripper (112; 212) located proximal to a proximal end of the handle (102; 202; 402); wherein a proximal end of the second shaft is connected to the gripper (112; 212), and the gripper (112; 212) is axially moveable relative to the handle (102; 202; 402) such that axial movement of the gripper (112; 212) causes corresponding axial movement of the second shaft relative to the first shaft; and wherein the gripper (112; 212) has a bottom surface that is substantially coplanar with a bottom surface of the handle (102; 202; 402). a handle (102; 202; 402); a first shaft extending from a distal end of the handle (102; 202; 402); a second shaft extending through a lumen of the first shaft and the handle (102; 202; 402); and a gripper (112; 212) located proximal to a proximal end of the handle (102; 202; 402); wherein a proximal end of the second shaft is connected to the gripper (112; 212), and the gripper (112; 212) is axially moveable relative to the handle (102; 202; 402) such that axial movement of the gripper (112; 212) causes corresponding axial movement of the second shaft relative to the first shaft; and wherein the gripper (112; 212) has a bottom surface that is substantially coplanar with a bottom surface of the handle (102; 202; 402).
An electroacoustic transducer, comprising: a diaphragm (1; 41; 51; 61) comprising: a wing-pair portion (7; 42; 52; 62) and a cone portion (8; 43;53; 63); the wing-pair portion (7; 42; 52; 62) comprising a pair of convex surfaces of convex members (7; 42; 52; 62), a distance between one edge portions of the pair of convex surfaces being less than a distance between other edge portions of the pair of convex surfaces so as to form a valley between the pair of convex surfaces; and the cone portion (8; 43; 53; 63) surrounding an outer peripheral portion of the wing-pair portion and extending in a conical shape; a converter configured to convert between a vibration of the diaphragm in a depth direction of the valley and an electric signal corresponding to the vibration; a support body supporting the diaphragm and the converter; and an edge member comprising one edge secured to an outer peripheral portion of the cone portion and another edge secured to the support body, the edge member supporting the outer peripheral portion of the cone portion so as to allow the diaphragm to vibrate in the depth direction of the valley. a diaphragm (1; 41; 51; 61) comprising: a wing-pair portion (7; 42; 52; 62) and a cone portion (8; 43;53; 63); the wing-pair portion (7; 42; 52; 62) comprising a pair of convex surfaces of convex members (7; 42; 52; 62), a distance between one edge portions of the pair of convex surfaces being less than a distance between other edge portions of the pair of convex surfaces so as to form a valley between the pair of convex surfaces; and the cone portion (8; 43; 53; 63) surrounding an outer peripheral portion of the wing-pair portion and extending in a conical shape; a converter configured to convert between a vibration of the diaphragm in a depth direction of the valley and an electric signal corresponding to the vibration; a support body supporting the diaphragm and the converter; and an edge member comprising one edge secured to an outer peripheral portion of the cone portion and another edge secured to the support body, the edge member supporting the outer peripheral portion of the cone portion so as to allow the diaphragm to vibrate in the depth direction of the valley.
Geared traction motor for a vehicle that combines, in a casing made of multiple elements (2, 3, 4), an electric machine composed of a stator and a rotor rotating in ball bearings (7, 8) supported by the casing, a primary drive toothset borne by the shaft of the rotor, and a secondary toothset transmitting the movement of the primary toothset to a differential, characterized in that one of the casing elements has a radial extension that gets closer to the primary toothset over part of its circumference, characterized in that the radial extension constitutes a cylindrical guide face for a removable protective element capping the primary toothset when the rotor is introduced into the casing element.
An NVMe-based data read system, wherein the system comprises a host, an NVMe controller, and a storage medium, wherein the storage medium is configured to store data; the host is configured to trigger a read instruction, wherein the read instruction carries indication information, the indication information is used to indicate a first address, and the first address is an address that is addressable by the NVMe controller; the NVMe controller is configured to: obtain the read instruction, read, from the storage medium, to-be-read data corresponding to the read instruction, and send a first data packet to the host, wherein the first data packet carries the first address and first payload data, and the to-be-read data comprises the first payload data; and the host is further configured to: receive the first data packet, determine a second address based on the first address, and write the first payload data into a storage unit indicated by the second address, wherein the second address is an address that is addressable by the host; wherein the storage unit indicated by the second address is a private memory unit of the host. the storage medium is configured to store data; the host is configured to trigger a read instruction, wherein the read instruction carries indication information, the indication information is used to indicate a first address, and the first address is an address that is addressable by the NVMe controller; the NVMe controller is configured to: obtain the read instruction, read, from the storage medium, to-be-read data corresponding to the read instruction, and send a first data packet to the host, wherein the first data packet carries the first address and first payload data, and the to-be-read data comprises the first payload data; and the host is further configured to: receive the first data packet, determine a second address based on the first address, and write the first payload data into a storage unit indicated by the second address, wherein the second address is an address that is addressable by the host; wherein the storage unit indicated by the second address is a private memory unit of the host.
A computer-implemented method for generating data indicating a degree of anatomical connectivity for each of a plurality of three-dimensional image elements, each image element representing a part of a human or animal body being imaged and being defined using data indicative of an orientation of diffusion of water within said body at a point represented by that image element, the method comprising: for each of the plurality of image elements, generating a data set indicating anatomical connections between that image element and others of said plurality of image elements, thus generating a plurality of data sets; for each of said plurality of image elements, generating data indicating a degree of anatomical connectivity of that image element, said degree of anatomical connectivity being based upon a total number of anatomical connections between the image element and others of said plurality of image elements in said plurality of generated data sets. for each of the plurality of image elements, generating a data set indicating anatomical connections between that image element and others of said plurality of image elements, thus generating a plurality of data sets; for each of said plurality of image elements, generating data indicating a degree of anatomical connectivity of that image element, said degree of anatomical connectivity being based upon a total number of anatomical connections between the image element and others of said plurality of image elements in said plurality of generated data sets.
A locking device, in particular a multi-point locking means, for a door or a window, having a main lock serving the purpose of actuation, at least one first auxiliary lock with a closing element of a first type, and having a face plate serving the purpose of fastening, wherein the first auxiliary lock is coupled to the main lock and is actuatable by the main lock, and at least a second auxiliary lock is provided with a closing element of a second type, and the second auxiliary lock is coupled to the main lock and is actuatable by the main lock independently of the first auxiliary lock, characterized in that the main lock and the first auxiliary lock are coupled by means of a first drive rod; that the first drive rod has two separate portions (22a, 22b), which are coupled via a connection piece, and that the connection piece has a passage for the closing element of the second auxiliary lock to pass through.
Sensor arrangement, comprising: - an amplifier having a signal input to receive an input signal and a signal output to provide an amplified sensor signal (SOUT) that is an inverted signal with respect to the input signal, - a series connection of a capacitive sensor and a feedback capacitor, - a voltage source arrangement that is connected to a feedback node between the capacitive sensor and the feedback capacitor, and - a further capacitor, characterized in that the series connection couples the signal output to the signal input, wherein the capacitive sensor and the feedback capacitor are arranged between the signal output and the signal input, and wherein the further capacitor couples a further signal input of the amplifier to the feedback node. - an amplifier having a signal input to receive an input signal and a signal output to provide an amplified sensor signal (SOUT) that is an inverted signal with respect to the input signal, - a series connection of a capacitive sensor and a feedback capacitor, - a voltage source arrangement that is connected to a feedback node between the capacitive sensor and the feedback capacitor, and - a further capacitor, characterized in that the series connection couples the signal output to the signal input, wherein the capacitive sensor and the feedback capacitor are arranged between the signal output and the signal input, and wherein the further capacitor couples a further signal input of the amplifier to the feedback node.
An engineered enzyme having acetoacetyl-CoA substrate specificity and acetoacetyl-CoA specific hydrolase activity, wherein the engineered enzyme has the amino acid sequence of butyrate-acetoacetate CoA-transferase subunit B (ctfB) from Clostridium acetobutylicum UniProt P23673, CTFB_CLOAB, with substitution of the catalytic glutamic acid residue at position 51 of P23673 to an aspartic acid residue; or of acetate CoA-transferase YdiF from Escherichia coli strain K12 UniProt P37766, YDIF_ECOLI, with substitution of the catalytic glutamic acid residue at position 333 of P37766 to an aspartic acid residue.
A sugar product, comprising: a sugar mixture comprising glucose, xylose, mannose, arabinose and oligosaccharides thereof with a weight ratio of 2-15wt%; an acid compound with a weight ratio of 48-97wt%; and a salt compound with a weight ratio of 1-50wt%, wherein the salt compound comprises lithium chloride, magnesium chloride, calcium chloride, zinc chloride, iron chloride, lithium bromide, magnesium bromide, calcium bromide, zinc bromide or iron bromide. a sugar mixture comprising glucose, xylose, mannose, arabinose and oligosaccharides thereof with a weight ratio of 2-15wt%; an acid compound with a weight ratio of 48-97wt%; and a salt compound with a weight ratio of 1-50wt%, wherein the salt compound comprises lithium chloride, magnesium chloride, calcium chloride, zinc chloride, iron chloride, lithium bromide, magnesium bromide, calcium bromide, zinc bromide or iron bromide.
Double-tube injection and aspiration catheter device comprising a. one outer and one inner tube, forming a functional unit with the inner tube positioned within the outer tube, b. both tubes are relocatable and demountable, c. both tubes with an aperture [3 and 4] at both ends, d. one aperture positioned in the wall of the outer tube in a segment of 5 mm to 40 mm from the tip, wherein the diameter of the aperture is 70% to 120% of the inner diameter of the outer tube or more apertures positioned in the wall of the outer tube in a segment of 5mm to 250 mm from the tip, wherein the diameter of each aperture is 30- 60% of the inner diameter of the outer tube; e. wherein the outer diameter of the inner tube is between 0.6 mm and 2.0 mm, and the inner diameter 0.3 - 1.6 mm, more preferably 0.4 - 1.0 mm and even more preferably 0.5-0.8 mm; f. the outer diameter of the outer tube is between 1.3 mm and 3.3 mm, and the inner diameter 1.0-2.4 mm, preferably 1.4-2.0 mm and even more preferably 1.2- 1.8 mm; g. a distance between the outer wall of the inner tube and the inner wall of the outer tube is between 0.1 mm to 3.0 mm, preferably 0.1 to 2.5 mm and even more preferably 0.1-2.0 mm. a. one outer and one inner tube, forming a functional unit with the inner tube positioned within the outer tube, b. both tubes are relocatable and demountable, c. both tubes with an aperture [3 and 4] at both ends, d. one aperture positioned in the wall of the outer tube in a segment of 5 mm to 40 mm from the tip, wherein the diameter of the aperture is 70% to 120% of the inner diameter of the outer tube or more apertures positioned in the wall of the outer tube in a segment of 5mm to 250 mm from the tip, wherein the diameter of each aperture is 30- 60% of the inner diameter of the outer tube; e. wherein the outer diameter of the inner tube is between 0.6 mm and 2.0 mm, and the inner diameter 0.3 - 1.6 mm, more preferably 0.4 - 1.0 mm and even more preferably 0.5-0.8 mm; f. the outer diameter of the outer tube is between 1.3 mm and 3.3 mm, and the inner diameter 1.0-2.4 mm, preferably 1.4-2.0 mm and even more preferably 1.2- 1.8 mm; g. a distance between the outer wall of the inner tube and the inner wall of the outer tube is between 0.1 mm to 3.0 mm, preferably 0.1 to 2.5 mm and even more preferably 0.1-2.0 mm.
A digital integrated optical modulator having two waveguide arms (13a, 13b) and electrodes with different lengths that are arranged along both waveguide arms in or on an optical substrate, wherein the electrodes (e14, e15) along a first one of the two waveguide arms (13a, 13b) are arranged in a manner that is different from that of the electrodes (e0,... e13, e14) along the second one of the two waveguide arms (13a, 13b), characterized in that the longest, i.e. the most significant electrode, MSB electrode, is arranged along the two waveguide arms (13a, 13b) so that half of its length extends along each of the two waveguide arms, respectively.
An imaging station for repeatable alignment of photographic images for a set of body poses, the imaging station comprising: a stage having a structure to support a set of handles for positioning of a subject's hands for at least some of the body poses; and a monostand for placement of a camera for capturing photograph images of the subject, the monostand configured to allow the camera to be repeatably positioned with respect to the stage for each body pose to allow for alignment and comparison of skin-features in corresponding photographic images taken at different times, characterized in that the imaging station is configured to provide said photograph images and associated data for each body pose to a processing system, the data for each body pose including: a body pose name or description; camera settings; camera position information as indicated by camera position-indicating elements of the monostand; a position of the stage; position indications of the handles that are grasped; and for body poses that use a foot platform, a position indication for the foot platform. a stage having a structure to support a set of handles for positioning of a subject's hands for at least some of the body poses; and a monostand for placement of a camera for capturing photograph images of the subject, the monostand configured to allow the camera to be repeatably positioned with respect to the stage for each body pose to allow for alignment and comparison of skin-features in corresponding photographic images taken at different times, characterized in that the imaging station is configured to provide said photograph images and associated data for each body pose to a processing system, the data for each body pose including: a body pose name or description; camera settings; camera position information as indicated by camera position-indicating elements of the monostand; a position of the stage; position indications of the handles that are grasped; and for body poses that use a foot platform, a position indication for the foot platform. a body pose name or description; camera settings; camera position information as indicated by camera position-indicating elements of the monostand; a position of the stage; position indications of the handles that are grasped; and for body poses that use a foot platform, a position indication for the foot platform.
Tubular impact protection device made from two half-shells with funnel-shaped expansions on both sides, characterised in that the tube walls consist of a rigid support body made from expanded metal or carbon-fibre-reinforced plastic in a grid form, onto which and into which elastomer or cord fabric containing elastomer is vulcanised.
A one-piece end winding support for a generator rotor comprising: a support body with an annular inner surface configured to be radially outward from a rotor shaft; a plurality of winding support arms extending radially outward from the support body; and a plurality of orifices extending from the annular inner surface of the support to an exterior surface of the support body adjacent the plurality of winding support arms, the plurality of orifices configured to transfer lubricant from a surface of the rotor shaft to a plurality of windings located on the plurality of winding support arms; characterised in that at least one orifice of the plurality of orifices is angled to be non-parallel to a line perpendicular to the annular inner surface of the support body at the point where the at least one orifice intersects the annular inner surface. a support body with an annular inner surface configured to be radially outward from a rotor shaft; a plurality of winding support arms extending radially outward from the support body; and a plurality of orifices extending from the annular inner surface of the support to an exterior surface of the support body adjacent the plurality of winding support arms, the plurality of orifices configured to transfer lubricant from a surface of the rotor shaft to a plurality of windings located on the plurality of winding support arms; characterised in that at least one orifice of the plurality of orifices is angled to be non-parallel to a line perpendicular to the annular inner surface of the support body at the point where the at least one orifice intersects the annular inner surface.
A bi-directional drill point bone screw comprising; - a shank including a central longitudinal axis, a proximal end and a distal end, at least one helical thread extending around and along a portion of an outer surface of the shank, - the at least one helical thread adapted for interlocking cooperation with a bone, - the proximal end of the shank including a bi-directional drill point, - the bi-directional drill point having at least two web components separated by open flutes, - each web component including a cutting face at the most proximal end of the shank, characterized in that each cutting face includes at least two cutting edges arranged to rotate around the central longitudinal axis and arranged to cut when the screw is rotationally oscillated about the longitudinal axis of the shank, - wherein at least one cutting edge of the two cutting edges is arranged to cut when the bi-directional drill point bone screw is rotated in a clockwise direction, - and at least another cutting edge of the two cutting edges is arranged to cut when the bi-directional drill point bone screw is rotated in a counter-clockwise direction, wherein rotary oscillation of the bi-directional drill point bone screw about the longitudinal axis of the shank is suitable to form a predetermined diameter aperture in a bone. - a shank including a central longitudinal axis, a proximal end and a distal end, at least one helical thread extending around and along a portion of an outer surface of the shank, - the at least one helical thread adapted for interlocking cooperation with a bone, - the proximal end of the shank including a bi-directional drill point, - the bi-directional drill point having at least two web components separated by open flutes, - each web component including a cutting face at the most proximal end of the shank, characterized in that each cutting face includes at least two cutting edges arranged to rotate around the central longitudinal axis and arranged to cut when the screw is rotationally oscillated about the longitudinal axis of the shank, - wherein at least one cutting edge of the two cutting edges is arranged to cut when the bi-directional drill point bone screw is rotated in a clockwise direction, - and at least another cutting edge of the two cutting edges is arranged to cut when the bi-directional drill point bone screw is rotated in a counter-clockwise direction, wherein rotary oscillation of the bi-directional drill point bone screw about the longitudinal axis of the shank is suitable to form a predetermined diameter aperture in a bone.
A method of manufacturing a multilayer coating for decoration of surfaces, comprising in sequence the following steps: a) providing a supporting substrate; b) applying a protective layer on said substrate; c) applying at least one first decorative layer on said protective layer to transfer a first ornamental pattern to this latter; d) depositing at least one adhesive layer on said at least one first decorative layer to realize a multilayer coating designed to be applied on a surface to be decorated; wherein said substrate is a film of a polymeric material designed to be removed from said protective layer after application of said multilayer coating on the surface to be decorated; wherein a further step (e) is provided for continuous feeding of said substrate along a predetermined feeding path, characterized in that said feeding step (e) is carried out simultaneously to said steps (b, c) of applying said protective layer and said at least one first decorative layer and to said step (d) of depositing said at least one adhesive layer, said layers (3, 4, 5) being obtained by distribution of respective liquid materials by means of corresponding cylinders (19, 20, 21) in such a manner to provide a simplified and quick process with increased production rate. a) providing a supporting substrate; b) applying a protective layer on said substrate; c) applying at least one first decorative layer on said protective layer to transfer a first ornamental pattern to this latter; d) depositing at least one adhesive layer on said at least one first decorative layer to realize a multilayer coating designed to be applied on a surface to be decorated; wherein said substrate is a film of a polymeric material designed to be removed from said protective layer after application of said multilayer coating on the surface to be decorated; wherein a further step (e) is provided for continuous feeding of said substrate along a predetermined feeding path, characterized in that said feeding step (e) is carried out simultaneously to said steps (b, c) of applying said protective layer and said at least one first decorative layer and to said step (d) of depositing said at least one adhesive layer, said layers (3, 4, 5) being obtained by distribution of respective liquid materials by means of corresponding cylinders (19, 20, 21) in such a manner to provide a simplified and quick process with increased production rate.