mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device comprising: a self-supporting light emitting element including an active region sandwiched between an N-type region and a P-type region, with conductive pads on a surface of the light emitting element that are coupled to the N-type and P-type regions, and an optical element that receives light emitted from the light emitting element and emits light through one or more light emitting surfaces, wherein the light emitting device is a discrete self-supporting device, and the surface that includes the conductive pads forms an external surface of the light emitting device to facilitate coupling of the discrete device to an external source of power, characterized in that , the light emitting element includes a conductive layer between the conductive pads and the N-type an P-type regions that is sufficiently thick so as to provide self-support to the light emitting element . a self-supporting light emitting element including an active region sandwiched between an N-type region and a P-type region, with conductive pads on a surface of the light emitting element that are coupled to the N-type and P-type regions, and an optical element that receives light emitted from the light emitting element and emits light through one or more light emitting surfaces, wherein the light emitting device is a discrete self-supporting device, and the surface that includes the conductive pads forms an external surface of the light emitting device to facilitate coupling of the discrete device to an external source of power, characterized in that , the light emitting element includes a conductive layer between the conductive pads and the N-type an P-type regions that is sufficiently thick so as to provide self-support to the light emitting element .
Wall structure with noise damping insulation properties, for an air intake manifold of a gas turbine , comprising first means for mechanically supporting an outer sheet , which separates the spaces on both sides of the wall in an airtight manner, and further comprising second means (25, 34-36) for establishing noise damping insulation between the spaces on both sides of the wall, whereby said second means (25, 34-36) is secured to said first means , and said second means (25, 34-36) is integrated in said first means ; the first means comprising a plurality of I-beams , which are arranged in a common plane with their webs oriented perpendicular to said common plane, the outer sheet is secured to a first one of the flanges of the I-beams , and said second means comprising the space between the I-beams being filled with a noise damping insulation material ; wherein the noise damping insulation material is enclosed between said outer sheet and perforated sheets , which are secured to a second one of the flanges of the I-beams ; the wall structure being characterised in that the I-beams and the outer sheet are made of a carbon steel and the perforated sheets are made of stainless steel, and in that intermediate strips of stainless steel are provided between the perforated sheets and the second one of the flanges of the I-beams .
A communications cable comprising: a communications carrying medium; and a jacket surrounding said communications carrying medium, wherein said jacket is formed of a polymer having a microencapsulated ammonium octamolybdate (AOM) additive therein. a communications carrying medium; and a jacket surrounding said communications carrying medium, wherein said jacket is formed of a polymer having a microencapsulated ammonium octamolybdate (AOM) additive therein.
- Medical instrument for taking a tissue sample in the body, whereby the instrument is composed of at least two tubes which fit into each other, respectively an inner tube and an outer tube , the inner tube being slideably and rotatably mounted in the outer tube , whereby the inner tube possesses a distal end which in its extension is provided with a cutting and rotationally penetrating spiral and a proximal end to turn the spiral in the tissue to be sampled and the outer tube possesses a distal end with a cutting edge to cut loose the tissue in the spiral by sliding the outer tube over the spiral , wherein both tubes over at least an overlapping axial length (C) of 30 cm are executed flexibly bendable because over said length the tubes are provided with one or more grooves which extend through the wall of the tubes and which open upon torsion in one direction and thus increase the bendability relative to the resting position without torsion and close upon torsion in the other direction, such that the torsional rigidity is maximal or increases to a maximum with an increasing torsional force for drawing the cutting spiral like a cork screw into the tissue to be sampled upon rotation of the spiral .
A vehicle engine compartment assembly, comprising two upper longitudinal beams and a front subframe disposed under the upper longitudinal beams , wherein the vehicle engine compartment assembly further comprises two middle longitudinal beams and two connecting supporting members , each middle longitudinal beam is disposed between one of the upper longitudinal beams and the front subframe , and each connecting supporting member is connected to one of the middle longitudinal beams , one of the upper longitudinal beams and the front subframe ; the vehicle engine compartment assembly further comprises two energy absorbing boxes and a bumper beam , the energy absorbing boxes are disposed in the front of the upper longitudinal beam and the bumper beam is disposed in the front of the energy absorbing boxes , it is characterized in that a front portion of the upper longitudinal beams protrude out beyond the middle longitudinal beams along a longitudinal direction of the vehicle, the front portion of the upper longitudinal beams protruding out the middle longitudinal beams and an energy absorbing boxes of the vehicle are located side by side, seen from a side view of the vehicle engine compartment assembly, an end of the upper longitudinal beam crosses with the connecting supporting member and the middle longitudinal beam , a gap is defined between the other end of the upper longitudinal beam and the middle longitudinal beam , an end of the longitudinal bar is adjacent to the connecting supporting member and the middle longitudinal beam , a gap is defined between the other end of the longitudinal bar and the middle longitudinal beam , the other end of the longitudinal bar and the other end of the upper longitudinal beam are at opposites of the middle longitudinal beam .
An optical measurement device for measuring turbidity of a liquid sample by measuring scattered light (L2) scattered by the liquid sample, the optical measurement device comprising: a cell that accommodates the liquid sample; a transmitted light measurement light source arranged to irradiate the liquid sample in the cell with light for measuring transmitted light; a scattered light measurement light source arranged to irradiate the liquid sample in the cell with light for measuring scattered light; a photodetector configured to detect transmitted light (L1) of the light for measuring transmitted light and scattered light (L2) of the light for measuring scattered light; and a reflection mirror to cause the light for measuring transmitted light to be directed to the photodetector , wherein the scattered light measurement light source is configured to emit the light for measuring scattered light toward a post-reflection optical path that is an optical path of the light for transmitted light reflected by the reflection mirror and directed to the photodetector so that the light for measuring scattered light intersects the post-reflection optical path at a predetermined angle, characterized in that the reflection mirror is provided in the cell and is arranged to reflect the light for measuring transmitted light in the cell . a cell that accommodates the liquid sample; a transmitted light measurement light source arranged to irradiate the liquid sample in the cell with light for measuring transmitted light; a scattered light measurement light source arranged to irradiate the liquid sample in the cell with light for measuring scattered light; a photodetector configured to detect transmitted light (L1) of the light for measuring transmitted light and scattered light (L2) of the light for measuring scattered light; and a reflection mirror to cause the light for measuring transmitted light to be directed to the photodetector , wherein the scattered light measurement light source is configured to emit the light for measuring scattered light toward a post-reflection optical path that is an optical path of the light for transmitted light reflected by the reflection mirror and directed to the photodetector so that the light for measuring scattered light intersects the post-reflection optical path at a predetermined angle, characterized in that the reflection mirror is provided in the cell and is arranged to reflect the light for measuring transmitted light in the cell .
An undercut processing mechanism that is attached to and used in a fixed die or a movable die of a forming mold for molding a molded product (P) having an undercut portion (P1, P1a, P1b), the undercut processing mechanism comprising: a sliding piece having a molding core for forming the undercut portion; a holder provided to the fixed die or the movable die, the holder having a guide configured to guide the sliding piece so that the molding core is detached from the undercut portion; and a retaining piece slidably accommodated in the holder and slidably engaged with the sliding piece, wherein the holder and the retaining piece are configured such that one of the holder and the retaining piece is allowed to advance/retract relative to the other thereof, the sliding piece and the retaining piece have engagement units that are slidably engaged with each other, the engagement unit of the retaining piece includes a first engagement element and a second engagement element formed contiguously to the first engagement element, the first engagement element is configured to guide the sliding piece so that the molding core is detached from the undercut portion, and the second engagement element is configured to guide the sliding piece so that the molding core completely detached from the undercut portion moves away from the molded product, or to guide the sliding piece so that the molding core in a process of being detached from the undercut portion continues being detached from the undercut portion and moves away from the molded product, thus enabling the molding core to be detached from the undercut portion and move away from the molded product. a sliding piece having a molding core for forming the undercut portion; a holder provided to the fixed die or the movable die, the holder having a guide configured to guide the sliding piece so that the molding core is detached from the undercut portion; and a retaining piece slidably accommodated in the holder and slidably engaged with the sliding piece, wherein the holder and the retaining piece are configured such that one of the holder and the retaining piece is allowed to advance/retract relative to the other thereof, the sliding piece and the retaining piece have engagement units that are slidably engaged with each other, the engagement unit of the retaining piece includes a first engagement element and a second engagement element formed contiguously to the first engagement element, the first engagement element is configured to guide the sliding piece so that the molding core is detached from the undercut portion, and the second engagement element is configured to guide the sliding piece so that the molding core completely detached from the undercut portion moves away from the molded product, or to guide the sliding piece so that the molding core in a process of being detached from the undercut portion continues being detached from the undercut portion and moves away from the molded product, thus enabling the molding core to be detached from the undercut portion and move away from the molded product.
A gradient coil assembly for a magnetic resonance examination system and comprising: a primary transverse gradient coil having primary windings on a primary cylindrical surface, a shield coil of the primary transverse gradient coil having shield windings that are shaped as saddle coils on a shield cylindrical surface, the shield cylindrical surface located radially outward relative to the primary cylindrical surface, a conical end-flange surface between the primary cylindrical surface and the shield cylindrical surface at their adjacent axial ends, interconnecting winding portions between the primary windings and the shield windings disposed on the conical end-flange surface and serially connecting at least some of the shield windings to some of the primary windings, characterised in that the shield coil is provided with a recessed patch of electrical conductors located radially inward relative to the shield cylindrical surface, wherein the conductors of the recessed patch are connected in series with some of the windings of the shield coil, close to the recessed patch, wherein the windings of the recessed patch that are connected to windings of the shield coil near the patch are connected in series to some of the electrical conductors of the primary transverse gradient coil. a primary transverse gradient coil having primary windings on a primary cylindrical surface, a shield coil of the primary transverse gradient coil having shield windings that are shaped as saddle coils on a shield cylindrical surface, the shield cylindrical surface located radially outward relative to the primary cylindrical surface, a conical end-flange surface between the primary cylindrical surface and the shield cylindrical surface at their adjacent axial ends, interconnecting winding portions between the primary windings and the shield windings disposed on the conical end-flange surface and serially connecting at least some of the shield windings to some of the primary windings, characterised in that the shield coil is provided with a recessed patch of electrical conductors located radially inward relative to the shield cylindrical surface, wherein the conductors of the recessed patch are connected in series with some of the windings of the shield coil, close to the recessed patch, wherein the windings of the recessed patch that are connected to windings of the shield coil near the patch are connected in series to some of the electrical conductors of the primary transverse gradient coil.
A delivery device for delivering an implantable leadless pacing device , the delivery device comprising: an outer tubular member including an outer tubular member lumen extending from a proximal end to a distal end thereof; an intermediate tubular member coaxially and slidingly disposed within the outer tubular member lumen , the intermediate tubular member including an intermediate tubular member lumen extending from a proximal end to a distal end thereof; an inner tubular member coaxially and slidingly disposed within the intermediate tubular member lumen , the inner tubular member including an inner tubular member lumen extending from a proximal end to a distal end thereof; a distal holding section extending distally of a distal end of the intermediate tubular member , the distal holding section defining a cavity therein for receiving an implantable leadless pacing device ; characterized by a deployment funnel secured relative to the distal end of the inner tubular member , the deployment funnel moveable between an advanced position in which the deployment funnel extends distally within the distal holding section and a retracted position in which the deployment funnel is seated within a proximal portion of the distal holding section ; the deployment funnel configured to permit fluid flow from the distal end of the intermediate tubular member lumen into the distal holding section when the deployment funnel is in the retracted position. an outer tubular member including an outer tubular member lumen extending from a proximal end to a distal end thereof; an intermediate tubular member coaxially and slidingly disposed within the outer tubular member lumen , the intermediate tubular member including an intermediate tubular member lumen extending from a proximal end to a distal end thereof; an inner tubular member coaxially and slidingly disposed within the intermediate tubular member lumen , the inner tubular member including an inner tubular member lumen extending from a proximal end to a distal end thereof; a distal holding section extending distally of a distal end of the intermediate tubular member , the distal holding section defining a cavity therein for receiving an implantable leadless pacing device ; characterized by a deployment funnel secured relative to the distal end of the inner tubular member , the deployment funnel moveable between an advanced position in which the deployment funnel extends distally within the distal holding section and a retracted position in which the deployment funnel is seated within a proximal portion of the distal holding section ; the deployment funnel configured to permit fluid flow from the distal end of the intermediate tubular member lumen into the distal holding section when the deployment funnel is in the retracted position.
Low SAFA fat composition for use in an aerated emulsion, such as a filling cream, wherein the composition comprises less than 35% by weight of SAFA based on the total weight of fatty acid residues; wherein the composition comprises from 2-8 % by weight C12:0 and from 12-15% by weight C16:0; and wherein the composition is whippable to a stable cream with water without the addition of stabilizers.
A method performed by a receiving security edge protection proxy element provided in a first network operatively coupled to a second network in a communication system, wherein the receiving security edge protection proxy element is operatively coupled to a sending security edge protection proxy element of the second network, the method comprising: receiving a message at the receiving security edge protection proxy element from the sending security edge protection proxy element ; detecting, at the receiving security edge protection proxy element , one or more error conditions associated with the received message; and determining, at the receiving security edge protection proxy element , one or more error handling actions to be taken in response to the one or more detected error conditions, wherein one of said one or more error handling actions comprises: sending a message by the receiving security edge protection proxy element to the sending security edge protection proxy element , wherein the message comprises instructions to trigger renegotiation of a security mechanism with the sending security edge protection proxy element using different security parameters. receiving a message at the receiving security edge protection proxy element from the sending security edge protection proxy element ; detecting, at the receiving security edge protection proxy element , one or more error conditions associated with the received message; and determining, at the receiving security edge protection proxy element , one or more error handling actions to be taken in response to the one or more detected error conditions, wherein one of said one or more error handling actions comprises: sending a message by the receiving security edge protection proxy element to the sending security edge protection proxy element , wherein the message comprises instructions to trigger renegotiation of a security mechanism with the sending security edge protection proxy element using different security parameters.
Method for controlling a linking reaction in a solution in proximity of a first electrode , wherein - said linking reaction is the formation of a covalent bond, and - for controlling said linking reaction the pH of said solution is altered locally in the proximity of said electrode by applying an electrolysis-inducing electrical current to said solution via said first electrode , and - a spatially structured hydrogel is formed by said linking reaction, wherein said hydrogel is formed by local inhibition of said linking reaction. - said linking reaction is the formation of a covalent bond, and - for controlling said linking reaction the pH of said solution is altered locally in the proximity of said electrode by applying an electrolysis-inducing electrical current to said solution via said first electrode , and - a spatially structured hydrogel is formed by said linking reaction, wherein said hydrogel is formed by local inhibition of said linking reaction.
A polyamide multifilament having a single-filament fineness of 0.8 dtex to 7 dtex, a strength of 7.5 cN/dtex to 8.5 cN/dtex, and a knot strength of 6.0 cN/dtex to 7.5 cN/dtex, wherein the strength and the knot strength are measured by the methods of the description.
An Fc variant of a parent Fc domain, wherein said Fc variant comprises a serine at position 434 and a leucine at position 428, wherein numbering is according to the EU index in Kabat et al., wherein the parent Fc domain is an IgG1 Fc domain of SEQ ID NO:1, IgG2 Fc domain of SEQ ID NO:2, or IgG4 Fc domain of SEQ ID NO:4 and wherein the variant comprises up to five amino acid modifications compared to the parent Fc domain.
Pneumatic vehicle tire wherein the sidewall consists at least partly of a sulfur-crosslinked rubber mixture comprising - 20 to 80 phr of natural rubber and/or synthetic polyisoprene, - 20 to 80 phr of at least one polybutadiene functionalized for attachment to silica and end group-modified with a silane sulfide, and - 20 to 50 phr of at least one silica with a CTAB surface area (to ASTM D 3765) of 50 to 130 m 2 /g and a nitrogen surface area (BET surface area) (to DIN ISO 9277 and DIN 66132) of 60 to 140 m 2 /g. - 20 to 80 phr of natural rubber and/or synthetic polyisoprene, - 20 to 80 phr of at least one polybutadiene functionalized for attachment to silica and end group-modified with a silane sulfide, and - 20 to 50 phr of at least one silica with a CTAB surface area (to ASTM D 3765) of 50 to 130 m 2 /g and a nitrogen surface area (BET surface area) (to DIN ISO 9277 and DIN 66132) of 60 to 140 m 2 /g.
A gear pump , comprising a front plate , a gear plate and a rear plate ; a drive shaft having a drive gear ; an arbor having a driven gear engaged with the drive gear ; first and second bearings disposed in the gear plate , the first and second bearings each having a first opening for receiving the drive shaft and a second opening for receiving the arbor ; wherein the rear plate has first and second drain ports disposed adjacent to respective ends of the drive shaft and the arbor ; and wherein the arbor has a longitudinal opening therethrough that runs the full length of the arbor such that pumped media that passes between the first bearing and an outer surface of the arbor in a first direction is directed to the second drain port via the longitudinal opening in a second direction different from the first direction.