mhurhangee/ep-ind-claims huggingface dataset:
An electronic module including a housing with an open end and a cover for closing the opening and being configured to be coupled to and uncoupled from the housing, the housing holding an electrical component and a circuit board for operating the electrical component, the cover comprising: a cover plate having an interior surface and an exterior surface extending to an outer perimeter, the cover plate having a dielectric body, the interior surface configured to face an interior of the housing and the circuit board, the cover plate being generally planar, wherein a majority of at least one of the interior surface and the exterior surface includes a conductive layer to provide electrical shielding for the cover plate, a connector portion formed integrally with the cover plate, the connector portion and cover plate defining a unitary structure, the connector portion comprising a plurality of contact channels formed therethrough, the connector portion comprising a shroud extending from the exterior surface of the cover plate, the shroud surrounding a receptacle configured to receive a plug connector therein; and a plurality of contacts held in corresponding contact channels, the contacts having mating ends positioned in the receptacle for mating with the plug connector, the contacts having mounting ends exposed beyond the interior surface for mounting to the circuit board. a cover plate having an interior surface and an exterior surface extending to an outer perimeter, the cover plate having a dielectric body, the interior surface configured to face an interior of the housing and the circuit board, the cover plate being generally planar, wherein a majority of at least one of the interior surface and the exterior surface includes a conductive layer to provide electrical shielding for the cover plate, a connector portion formed integrally with the cover plate, the connector portion and cover plate defining a unitary structure, the connector portion comprising a plurality of contact channels formed therethrough, the connector portion comprising a shroud extending from the exterior surface of the cover plate, the shroud surrounding a receptacle configured to receive a plug connector therein; and a plurality of contacts held in corresponding contact channels, the contacts having mating ends positioned in the receptacle for mating with the plug connector, the contacts having mounting ends exposed beyond the interior surface for mounting to the circuit board.
Polymer-based material having covalently bonded, enzymatically degradable peptide sequences which have at least one site which is enzymatically cleavable by proteases and which is selected from a group of cleavable sites consisting of a site cleavable by tobacco etch virus protease, a site cleavable by human rhinovirus 3C protease, a site cleavable by factor X a protease, a site cleavable by thrombin protease, a site cleavable by enterokinase, a site cleavable by sortase A protease, a site cleavable by caspase 3 protease, a site cleavable by granzyme B serine protease, a site cleavable by a fusion protein composed of glutathione S-transferase and human rhinovirus type 14 3C protease, wherein the peptide sequences each consist of two to fifteen amino acids and are incorporated in the polymer-based material or conjugated to the polymer-based material such that they are connecting molecules (linkers) in a two-dimensional or three-dimensional structure of the polymer-based material, with the result that an enzyme addition-controlled degradation of a covalent bond of the peptide sequence causes either a bioorthogonal degradation of the three-dimensional structure or, in the case of a conjugation of the peptide sequence to the polymer-based material, the release of at least a portion of the molecule.
An optical slicer for generating an output spot comprising: a beam compressor configured to receive a substantially collimated input beam and to produce a substantially collimated compressed beam; a beam reformatter configured to receive the compressed beam and to divide the beam into a plurality of sliced beam portions and to vertically stack the portions substantially parallel to each other to create a substantially collimated reformatted beam that is larger in the vertical direction and smaller in the horizontal direction compared to the compressed beam; and a beam expander configured to expand the reformatted beam to produce a substantially collimated output beam which, if passed through a focusing lens, produces in the focal plane of the focusing lens the output spot that is expanded in a first dimension and compressed in a second dimension relative to a spot produced in the focal plane of the focusing lens by passing the input beam through the focusing lens in the same manner. a beam compressor configured to receive a substantially collimated input beam and to produce a substantially collimated compressed beam; a beam reformatter configured to receive the compressed beam and to divide the beam into a plurality of sliced beam portions and to vertically stack the portions substantially parallel to each other to create a substantially collimated reformatted beam that is larger in the vertical direction and smaller in the horizontal direction compared to the compressed beam; and a beam expander configured to expand the reformatted beam to produce a substantially collimated output beam which, if passed through a focusing lens, produces in the focal plane of the focusing lens the output spot that is expanded in a first dimension and compressed in a second dimension relative to a spot produced in the focal plane of the focusing lens by passing the input beam through the focusing lens in the same manner.
Process for producing rotationally symmetrical, thick-walled composite components by building up near-net-shape, dry preforms from layers of reinforcing fibers and subsequent impregnation with liquid resin and curing, whereby during the build-up of the near-net-shape, dry fiber preforms, flow paths for the liquid resin are created in the fiber preforms by using for the build-up of the fiber preforms structurally modified, combined and pre-compacted rovings made of reinforcing fibers by binding with plastic or resin or winding with a thread or yarn with constrictions arranged at predetermined intervals, whereby during winding or laying between the rovings, flow paths and gaps are automatically introduced into the fiber build-up, which increase the impregnability of the fiber preforms in the thickness direction, i.e. perpendicular to the layer planes.
An optoelectronic apparatus comprising a light receiver and optics (24, 14) arranged in front of the light receiver and having an adaptive lens with variable tilt, the apparatus further comprising an alignment unit which is configured to tilt the adaptive lens in such a way that manufacturing tolerances and/or assembly tolerances are compensated, wherein the apparatus is configured as a camera with an image sensor as the light receiver, characterized in that, for a simple device exchange, the alignment unit is configured to identify at least one image feature in an image taken by the image sensor and to store it including its position, as well as to read in at least one image feature and a position of the image feature and to tilt the adaptive lens in such a way that in an image taken by the image sensor the image feature read in is located at the position read in, so that an apparatus used as an original device stores an image feature including its position after completion of the installation or during operation, and an apparatus used as an exchange device, at a later taking into operation, loads the data regarding the image feature stored by the original device, detects features of the scenery and identifies the image feature by a comparison of the features of the scenery with the loaded data of the original device, and by control of the adaptive lens the field of view is tilted until the image feature is at the destined position for the exchange device like with the original device, and thus the exchange device automatically sets the same field of view as the original device based on the image feature.
A surgical end effector, comprising: first and second jaws, each jaw having a tissue contacting surface; a slot formed in the second jaw and oriented in a direction substantially perpendicular to a longitudinal axis of the second jaw; a connecting member configured to slide within the slot in the said direction; wherein one of the connecting member and the first jaw includes a pin formed thereon that extends into a bore formed in the other of the connecting member and the first jaw, thereby pivotally coupling the first and second jaws to one another so as to be movable between an open position in which the tissue contacting surfaces are spaced apart and a closed position in which the tissue contacting surfaces are substantially parallel to one another; wherein the connecting member is fixed within the slot at one of a plurality of positions so as to position the pin and the bore at a corresponding predetermined distance from the second jaw, and so as to allow pivotal movement of the jaws between the open and closed positions. first and second jaws, each jaw having a tissue contacting surface; a slot formed in the second jaw and oriented in a direction substantially perpendicular to a longitudinal axis of the second jaw; a connecting member configured to slide within the slot in the said direction; wherein one of the connecting member and the first jaw includes a pin formed thereon that extends into a bore formed in the other of the connecting member and the first jaw, thereby pivotally coupling the first and second jaws to one another so as to be movable between an open position in which the tissue contacting surfaces are spaced apart and a closed position in which the tissue contacting surfaces are substantially parallel to one another; wherein the connecting member is fixed within the slot at one of a plurality of positions so as to position the pin and the bore at a corresponding predetermined distance from the second jaw, and so as to allow pivotal movement of the jaws between the open and closed positions.
Method of producing a hollow synthetic bristle for a paint brush, wherein the method comprises; - arranging at least a first end of the hollow synthetic bristle in a holder, - immersing a part of a second end of the hollow synthetic bristle in a chemically tipping fluid, - lifting up the hollow synthetic bristle from the chemically tipping fluid after a period of time, wherein the part of the hollow synthetic bristle that is immersed in the chemically tipping fluid is 1-30% of the length of the hollow synthetic bristle. - arranging at least a first end of the hollow synthetic bristle in a holder, - immersing a part of a second end of the hollow synthetic bristle in a chemically tipping fluid, - lifting up the hollow synthetic bristle from the chemically tipping fluid after a period of time,
An optical tomography system configured for automated detection and monitoring of dysplasia by analyzing feature data from 3D images of cells obtained from a sputum specimen obtained from a subject comprising: a sample adequacy classifier coupled to receive the feature data and generate a sample adequacy value; a normal/abnormal cell classifier coupled to receive the feature data and detect normal and abnormal cells; characterised in that it further comprises an abnormal cell classifier coupled to the normal/abnormal cell classifier to receive data for the abnormal cells and further classify the abnormal cells into cancerous and pre-cancerous cells; a pre-cancerous cell classifier coupled to the abnormal cell classifier to receive pre-cancerous cell data and identify each pre-cancerous cell as pre-cancerous cells of glandular origin or dysplastic; a dysplastic cell classifier coupled to pre-cancerous cell classifier to receive dysplastic cell data and further classify dysplastic cells as mild to moderate dysplasia, moderate to severe dysplasia, or severe dysplasia; and a treatment protocol generator is adapted to receive classification data from the abnormal cell classifier, the pre-cancerous cell classifier, and the dysplastic cell classifier and responsively generate a protocol to administer a cancer chemoprevention pharmaceutical to the subject over a predetermined time period if indicated by the detection of cancer, pre-cancerous or dysplastic cells. a sample adequacy classifier coupled to receive the feature data and generate a sample adequacy value; a normal/abnormal cell classifier coupled to receive the feature data and detect normal and abnormal cells; characterised in that it further comprises an abnormal cell classifier coupled to the normal/abnormal cell classifier to receive data for the abnormal cells and further classify the abnormal cells into cancerous and pre-cancerous cells; a pre-cancerous cell classifier coupled to the abnormal cell classifier to receive pre-cancerous cell data and identify each pre-cancerous cell as pre-cancerous cells of glandular origin or dysplastic; a dysplastic cell classifier coupled to pre-cancerous cell classifier to receive dysplastic cell data and further classify dysplastic cells as mild to moderate dysplasia, moderate to severe dysplasia, or severe dysplasia; and a treatment protocol generator is adapted to receive classification data from the abnormal cell classifier, the pre-cancerous cell classifier, and the dysplastic cell classifier and responsively generate a protocol to administer a cancer chemoprevention pharmaceutical to the subject over a predetermined time period if indicated by the detection of cancer, pre-cancerous or dysplastic cells.
A filamentous fungal cell for producing glycoproteins with mammalian-like fucosylated N-glycans, comprising at least a deletion or disruption mutation in an endogenous protease encoding gene, which mutation reduces such endogenous protease activity compared to a parental filamentous fungal cell which does not have the mutation, further comprising a polynucleotide encoding a polypeptide having α1,6 fucosyltransferase activity, and one or more polynucleotides encoding a polypeptide having GDP-fucose synthesis activity, wherein GDP-fucose synthesis activity comprises a. GMD polynucleotide or a functional variant polynucleotide encoding a polypeptide having GDP-mannose-dehydratase activity and, b. FX polynucleotide or a functional variant polynucleotide encoding a polypeptide having both GDP-keto-deoxy-mannose-epimerase and GDP-keto-deoxy-galactose-reductase activities and, optionally, GDP-fucose transporter activity, and wherein said filamentous fungal cell is Trichoderma cell.
A levelling system for forming a planar surface from a plurality of panels on a substrate, the levelling system comprising a. a rail extending along a longitudinal axis, the rail comprising i. a rail foot for arrangement on the substrate with a flat upper side, ii. a rail web arranged along a normal axis on the upper side of the rail foot and iii. a rail head arranged on the edge of the rail web facing away from the rail foot, and b. a clamping device, the clamping device comprising i. a guide element positively held by the rail head in a direction along the normal axis away from the rail foot and guided for displacement along the longitudinal axis and ii. a clamping element that can be clamped onto the rail foot relative to the guide element, the clamping element comprising two clamping surfaces arranged on both sides of the rail web in a plane parallel to the upper side of the rail foot for clamping the panels between the clamping surfaces and the rail foot. a. a rail extending along a longitudinal axis, the rail comprising i. a rail foot for arrangement on the substrate with a flat upper side, ii. a rail web arranged along a normal axis on the upper side of the rail foot and iii. a rail head arranged on the edge of the rail web facing away from the rail foot, and i. a rail foot for arrangement on the substrate with a flat upper side, ii. a rail web arranged along a normal axis on the upper side of the rail foot and iii. a rail head arranged on the edge of the rail web facing away from the rail foot, and b. a clamping device, the clamping device comprising i. a guide element positively held by the rail head in a direction along the normal axis away from the rail foot and guided for displacement along the longitudinal axis and ii. a clamping element that can be clamped onto the rail foot relative to the guide element, the clamping element comprising two clamping surfaces arranged on both sides of the rail web in a plane parallel to the upper side of the rail foot for clamping the panels between the clamping surfaces and the rail foot. i. a guide element positively held by the rail head in a direction along the normal axis away from the rail foot and guided for displacement along the longitudinal axis and ii. a clamping element that can be clamped onto the rail foot relative to the guide element, the clamping element comprising two clamping surfaces arranged on both sides of the rail web in a plane parallel to the upper side of the rail foot for clamping the panels between the clamping surfaces and the rail foot.
Cushion assembly, comprising - a neck pillow, - at least one side pillow, the neck pillow comprising a supporting body with a supporting surface, which comprises a convex-shaped cervical support area and a concave head support area, wherein the supporting body comprises a rigid portion, which is covered at its upper side by a soft-portion, wherein the head of the person and its cervical rest on the soft portion and the soft portion has a lower hardness than the rigid portion, characterized in that the side pillow comprising a support body having a supporting surface, comprising a rising forearm support area, a convex-shaped wrist support area and a concave-shaped finger support area. - a neck pillow, - at least one side pillow,
A delivery device for delivering a pacing lead to the His bundle of a patient's heart, the delivery device comprising: a handle, characterised in that the delivery device further comprises: an elongated sheath having a proximal end connected to the handle and a distal end remote from the handle, the sheath having first, second, third, fourth and fifth sections (124, 116, 122, 118, 117) in sequence from the distal end toward the proximal end, the second and fourth sections (116, 118) of the sheath being flexible portions and the first, third and fifth sections (124, 122, 117) of the sheath being remaining portions, the flexible portions having a first Shore D hardness and the remaining portions having a Shore D hardness that is greater than the first Shore D hardness; a pull wire having a distal end connected to the sheath distally of the flexible portions and extending to a proximal end; and a plurality of mapping electrodes (310, 312) positioned at the distal end of the sheath. a handle, characterised in that the delivery device further comprises: an elongated sheath having a proximal end connected to the handle and a distal end remote from the handle, the sheath having first, second, third, fourth and fifth sections (124, 116, 122, 118, 117) in sequence from the distal end toward the proximal end, the second and fourth sections (116, 118) of the sheath being flexible portions and the first, third and fifth sections (124, 122, 117) of the sheath being remaining portions, the flexible portions having a first Shore D hardness and the remaining portions having a Shore D hardness that is greater than the first Shore D hardness; a pull wire having a distal end connected to the sheath distally of the flexible portions and extending to a proximal end; and a plurality of mapping electrodes (310, 312) positioned at the distal end of the sheath. an elongated sheath having a proximal end connected to the handle and a distal end remote from the handle, the sheath having first, second, third, fourth and fifth sections (124, 116, 122, 118, 117) in sequence from the distal end toward the proximal end, the second and fourth sections (116, 118) of the sheath being flexible portions and the first, third and fifth sections (124, 122, 117) of the sheath being remaining portions, the flexible portions having a first Shore D hardness and the remaining portions having a Shore D hardness that is greater than the first Shore D hardness; a pull wire having a distal end connected to the sheath distally of the flexible portions and extending to a proximal end; and a plurality of mapping electrodes (310, 312) positioned at the distal end of the sheath.
Method for determining components of a mechanical action torsor at the guiding point of a cutting blade for a cutting machine, the blade being guided in a presser foot (P; P'; P") of a cutting head of the machine, the method comprising: - positioning a six-component dynamometer on the presser foot, the dynamometer comprising a plurality of sensors capable of determining a frontal force, a lateral force, a rolling moment, a pitching moment and a yawing moment of the cutting blade; - establishing a calibration matrix of the dynamometer; and - determining the forces in three dimensions to which the cutting blade is subjected, on the basis of measurements obtained by the sensors and the calibration matrix. - positioning a six-component dynamometer on the presser foot, the dynamometer comprising a plurality of sensors capable of determining a frontal force, a lateral force, a rolling moment, a pitching moment and a yawing moment of the cutting blade; - establishing a calibration matrix of the dynamometer; and - determining the forces in three dimensions to which the cutting blade is subjected, on the basis of measurements obtained by the sensors and the calibration matrix.
A method for determining whether a vehicle can pass through an object by means of a 3-D camera, wherein at least one image of the surroundings ahead of the vehicle is recorded by the 3-D camera; at least one trajectory is ascertained on which the vehicle is likely to move; from the image data of the 3-D camera it is ascertained: - whether an object is present which is located above the trajectory, and - whether said object has one or more connection(s) to the ground; and it is further ascertained whether it is possible for the vehicle to pass through the object, wherein the dimensions and shape of the entry area between the object and the roadway are ascertained from the image data. - whether an object is present which is located above the trajectory, and - whether said object has one or more connection(s) to the ground;
A worm shaft subassembly for supporting a worm shaft, the worm shaft having a worm shaft radial load, a worm shaft axial load, and a worm shaft axial travel, the worm shaft subassembly comprising: at least one damping member to support the worm shaft axial load, the at least one damping member having at least one damping member axial load, wherein the at least one damping member limits the worm shaft axial travel; and a bearing to support the worm shaft radial load and the at least one damping member axial load, wherein the bearing is a four point contact bearing that permits the worm shaft axial travel, characterized in that the at least one damping member includes at least one elastomeric O-ring that is fully captured between the worm shaft, an inner washer and an outer washer. at least one damping member to support the worm shaft axial load, the at least one damping member having at least one damping member axial load, wherein the at least one damping member limits the worm shaft axial travel; and a bearing to support the worm shaft radial load and the at least one damping member axial load, wherein the bearing is a four point contact bearing that permits the worm shaft axial travel, characterized in that the at least one damping member includes at least one elastomeric O-ring that is fully captured between the worm shaft, an inner washer and an outer washer.