mhurhangee/ep-ind-claims huggingface dataset:
A peptide having an antibacterial activity having at least two D-configured amino acids, comprising a sequence of 17 residues having at least 40 % of identity with the sequence in positions 33 to 49 of SEQ ID No 1 and said sequence comprising the sequences W-Y-F-[V/I/A] (SEQ ID No 71) and W-[I/V/A]-X4-G-S (SEQ ID No 69), wherein X4 is any amino acid, and a connecting sequence between SEQ ID No 69 and SEQ ID No 71 of 4-8 amino acids, wherein the residues [V/I/A] of SEQ ID Nos 69 and 71 have a D-configuration and wherein the peptide has a length from about 17 to about 35 amino acids.
A cathode catalyst layer for fuel cells comprising a catalyst, heat-treated ordered mesoporous carbon, and an ionomer, wherein the heat-treated ordered mesoporous carbon is present in an amount of 1% by weight to 15% by weight, with respect to the total weight of the cathode catalyst layer for fuel cells, and characterized in that the heat-treated ordered mesoporous carbon is formed by heat-treating ordered mesoporous carbon containing a hydrophilic group at 900°C to 3000°C for 30 minutes to 3 hours, wherein the heat-treated ordered mesoporous carbon has a hydrophobic surface.
An echogenic coating composition for a medical device to be inserted into a body at depths greater than 5 cm, comprising: (i) a polymer matrix and (ii) an amount of solid, ultrasound-reflective microparticles having a diameter that is at least 10 and at most 250 μm in size, wherein the relationship between the particle size, expressed as D 50, and the surface density is as follows: Particle size (μm) surface density (microparticles/mm 2) Condition Lower limit Upper limit I 53 < D 50 ≤63 40 1550 II 63 < D 50 ≤71 21 1425 III 71 < D 50 ≤80 21 1350 IV 80 < D 50 ≤90 21 1900 V 90 < D 50 ≤100 10 1875 VI 100 < D 50 ≤112 11 1475 VII 112 < D 50 ≤125 10 1525 VIII 125 < D 50 ≤140 7 1175 IX 140 < D 50 ≤150 5 1425 (i) a polymer matrix and (ii) an amount of solid, ultrasound-reflective microparticles having a diameter that is at least 10 and at most 250 μm in size, wherein the relationship between the particle size, expressed as D 50, and the surface density is as follows: Particle size (μm) surface density (microparticles/mm 2) Condition Lower limit Upper limit I 53 < D 50 ≤63 40 1550 II 63 < D 50 ≤71 21 1425 III 71 < D 50 ≤80 21 1350 IV 80 < D 50 ≤90 21 1900 V 90 < D 50 ≤100 10 1875 VI 100 < D 50 ≤112 11 1475 VII 112 < D 50 ≤125 10 1525 VIII 125 < D 50 ≤140 7 1175 IX 140 < D 50 ≤150 5 1425
A patient lift system, comprising a lift housing, a lifting mechanism within the housing, a base lift strap having a first end coupled to the lifting mechanism and a second end coupled to a sling bar, and a protective sleeve covering portions of the base lift strap extending from the lift housing, characterized in that the protective sleeve is flexible with a first end and a second end and is operative to prevent bacteria or other contaminants from reaching the lift strap while the sleeve is in place.
A gas insulated high voltage electrical device comprising: - at least one conductor for conducting a high voltage current; - a longitudinal enclosure for enclosing the at least one conductor, the longitudinal enclosure comprising an interior wall extending along a longitudinal axis; - a particle trap formed on the interior wall and extending along the longitudinal axis, the particle trap comprising a part of the interior wall and a longitudinal shielding cover extending along the longitudinal axis to delimit a dielectrically shielding area in the enclosure for trapping particles; the gas insulated high voltage electrical device being characterized in that the shielding cover is made of an electrically conducting material and comprises at least two electrical connections to the interior wall spaced from each other along the longitudinal axis, the shielding cover comprising a mechanical resonating frequency that makes the shielding cover longitudinally oscillate when the high voltage current passes through the conductor. - at least one conductor for conducting a high voltage current; - a longitudinal enclosure for enclosing the at least one conductor, the longitudinal enclosure comprising an interior wall extending along a longitudinal axis; - a particle trap formed on the interior wall and extending along the longitudinal axis, the particle trap comprising a part of the interior wall and a longitudinal shielding cover extending along the longitudinal axis to delimit a dielectrically shielding area in the enclosure for trapping particles;
Self-propelled forage harvester, comprising a vehicle frame, to which a harvesting header can be attached on a front side oriented in the working direction and which is provided with a mounting device on a rear side facing away from the front side, wherein the forage harvester has an internal combustion engine which, via a first drive belt, drives a chopping drum and a fan, characterized in that the mounting device is designed as a three-point linkage for the attachment of different implements and the height adjustment thereof, which has link points (22a, 23a, 24a) for a top link and two lower links (22, 23) that can in each case be raised and lowered and into which the implement can be hooked, wherein a power take-off connection, via which the implement to be hooked in can be driven, is allocated to the mounting device, wherein the power take-off connection is connected via a second drive belt to the internal combustion engine.
A compound having the structure 1,4,7,10-tetraazacyclododecano- N, N ', N ", N ʺʺ-tetraacetic acid - hydrazinonicotinamide - Glu-NH-CO-NH-Lys(Nal) (DOTA-HYNIC-iPSMA).
Timepiece resonator mechanism comprising a structure and at least one inertial element arranged to oscillate in a pivoting movement around a pivot axis with the centre of inertia of said at least one inertial element aligned on said pivot axis, wherein said at least one inertial element is subjected to restoring forces exerted by a plurality of elastic blades, each fixed directly or indirectly to said structure at a first end and fixed directly or indirectly to said at least one inertial element at a second end, and each said elastic blade extends in a perpendicular plane to said pivot axis and is substantially deformable in said perpendicular plane to said pivot axis, where said resonator mechanism comprises axial stop means comprising at least a lower axial stop and/or an upper axial stop, and said axial stop means are arranged to cooperate by bearing in abutment with at least one of the movable components for the protection of said blade resonator mechanism against axial shocks in the direction of said pivot axis, characterised in that said resonator mechanism comprises a plurality of said inertial elements, which extend over several parallel levels, and in that said resonator mechanism comprises at least one intermediate axial stop, which is arranged between two said adjacent levels of said inertial elements.
Sliding drawer or shelf of a piece of furniture, comprising: a perimeter frame defined by the union of a front segment and three C-connected segments (16, 18), the front segment comprising a stop element comprising or forming a cavity; a telescopic guide for linearly moving the drawer or shelf with respect to the piece of furniture, the guide comprising a fixed part that can be fixed on the piece of furniture, and a translatable part longitudinally translatable with respect to the fixed part, the translatable part comprising an arm which is adapted to support the perimeter frame and on which there is mounted an adjustment element for the inclination of the perimeter frame with respect to the fixed part, the free end of the arm comprising a protruding tooth adapted to be inserted into and trapped by the cavity and arranged along a longitudinal axis of the arm, so that the protruding tooth opposes to a lifting of the perimeter frame by abutting against a wall of the cavity, wherein the stop element is a component superficially mounted on the front segment to form the cavity, the cavity being created by said component or by the cooperation of said component and parts of the front segment. a perimeter frame defined by the union of a front segment and three C-connected segments (16, 18), the front segment comprising a stop element comprising or forming a cavity; a telescopic guide for linearly moving the drawer or shelf with respect to the piece of furniture, the guide comprising a fixed part that can be fixed on the piece of furniture, and a translatable part longitudinally translatable with respect to the fixed part, the translatable part comprising an arm which is adapted to support the perimeter frame and on which there is mounted an adjustment element for the inclination of the perimeter frame with respect to the fixed part, a fixed part that can be fixed on the piece of furniture, and a translatable part longitudinally translatable with respect to the fixed part, the translatable part comprising an arm which is adapted to support the perimeter frame and on which there is mounted an adjustment element for the inclination of the perimeter frame with respect to the fixed part, the free end of the arm comprising a protruding tooth adapted to be inserted into and trapped by the cavity and arranged along a longitudinal axis of the arm, so that the protruding tooth opposes to a lifting of the perimeter frame by abutting against a wall of the cavity, wherein the stop element is a component superficially mounted on the front segment to form the cavity, the cavity being created by said component or by the cooperation of said component and parts of the front segment.
A differential with a multi-disc clutch lock and a differential housing, arranged in which is a differential spider between differential side gears (12, 13), multi-disc packs (6, 7) between the differential side gears (12, 13) and the differential housing, and pressure rings (2, 3) that are secured against rotation but are guided in an axially displaceable manner, wherein the outer discs (8, 9) of the multi-disc packs (6, 7) are connected in an anti-rotating manner with the differential housing and their inner discs (10, 11) are connected in an anti-rotating manner with the differential side gears (12, 13) so than an applied actuating moment is transmitted via the differential spider to the pressure rings (2, 3) in order, with the axial forces occurring on loading of the oblique contact surfaces of the differential spider, to press the multi-disc pack (6, 7) together, characterised in that between at least one multi-disc pack (6, 7) and the differential housing an axially displaceable pressure piece is arranged in order to transfer a stroke movement triggered by an actuator to the multi-disc pack (6, 7) and the multi-disc clutch lock (18, 19) has bearings which transmit the axial forces resulting from the bevel gearing of the differential side gear (12, 13) to the pressure rings (2, 3).
A method for the surface pretreatment of a three-dimensional body for preparing a three-dimensional surface of the body for printing, in which the surface to be printed is moved relatively to a surface treatment device (3, 15) for cleaning and/or for adjustment of the surface tension of the printed material, in order to treat the entire surface to be printed, the three-dimensional body being subjected to the surface treatment in a transport path (2, 11, 16) of a transport device, characterized in that the three-dimensional body is moved along the transport path (2, 11) of the transport device past the surface treatment device at a predeterminable transport speed (v T) in the transport direction and at the same time is moved about a body axis in such a manner that the surface to be printed moves about the body axis past the surface treatment device in or counter to the transport direction owing to the inherent movement of the body.
Prosthesis device with a rotary damper comprising a housing, a damper shaft rotatably accommodated thereat, a displacing device in the housing, and comprising at least one magnetic field source, wherein the displacing device comprises a damper volume with magnetorheological fluid as a working fluid by means of which it can operate to influence the damping of the rotary motion of the damper shaft relative to the housing, wherein the displacing device comprises at least two partition units (4, 5) which subdivide the damper volume into at least two variable chambers (61, 62), wherein at least one of the partition units (4, 5) comprises a partition wall connected with the housing, and wherein at least one of the partition units comprises a partition wall connected with the damper shaft, wherein a gap section is configured in the radial direction between the partition unit connected with the housing and the damper shaft, and wherein a gap section is configured in the radial direction between the partition unit connected with the damper shaft and the housing, and wherein at least one gap section is configured in the axial direction between the partition unit connected with the damper shaft and the housing, wherein at least a substantial part of the magnetic field of the magnetic field source passes through at least two of the indicated gap sections.
A system for transmitting an optical signal, comprising a passive optical chip provided, on its upper surface, with a first waveguide, and a wideband laser diode disposed on the periphery of said passive optical chip, said passive optical chip being provided, on its upper surface, with a reflective structure at the wavelength of said wideband laser diode and with an active or non-linear thin layer portion fed by said laser diode and covering part of said first waveguide, said first waveguide being connected to said laser diode by its input end, passing through said reflective structure, and comprising a transition between a wide input of said first waveguide disposed at the output of said laser diode and a narrow portion of said first waveguide passing through said reflective structure, said passive optical chip being provided, on its upper surface, with a second waveguide, a first coupler formed by two first portions (14, 15) of said first waveguide, which are not covered by said thin layer portion and which are located on both sides of said thin layer portion along the optical path, and a second coupler formed by two second portions (17, 18) of said first and second waveguides (3, 10), respectively, which are not covered by said thin layered portion.
A magnetometer device comprising: - a metallic membrane and a feedback loop configured to drive the metallic membrane into an oscillation, the feedback loop comprising an amplifier and a voltage bias connected to a first input of the metallic membrane; - a membrane ground connected to a membrane output; - a fixed plate comprising a first fixed plate output connected to a second input of the amplifier, wherein the fixed plate is physically separated from the metallic membrane but connected to the metallic membrane by a Lorentz force (F lor), and where the physical separation differs due to an angle of a magnetic field relative to a direction of a current; - a second fixed plate output sensitive to the Lorentz force (F lor); and characterised by - a circuit connected to the second fixed plate output to calculate an angle of the magnetic force based upon the Lorentz force (F lor) and on a shift of an oscillation frequency of the metallic membrane. - a metallic membrane and a feedback loop configured to drive the metallic membrane into an oscillation, the feedback loop comprising an amplifier and a voltage bias connected to a first input of the metallic membrane; - a membrane ground connected to a membrane output; - a fixed plate comprising a first fixed plate output connected to a second input of the amplifier, wherein the fixed plate is physically separated from the metallic membrane but connected to the metallic membrane by a Lorentz force (F lor), and where the physical separation differs due to an angle of a magnetic field relative to a direction of a current; - a second fixed plate output sensitive to the Lorentz force (F lor); and characterised by - a circuit connected to the second fixed plate output to calculate an angle of the magnetic force based upon the Lorentz force (F lor) and on a shift of an oscillation frequency of the metallic membrane.
An optical fiber, comprising: a core having a first index of refraction; an inner cladding located radially-exterior to the core, the inner cladding having a second index of refraction, the second index of refraction being less than the first index of refraction and a trench located radially-exterior to the inner cladding, the trench having an index of refraction that is less than the second index of refraction; and segmented doping of gain-dopants at distinct radial locations in the inner cladding at predefined locations, the predefined locations corresponding to concentric rings, each distinct radial location corresponding to an intensity peak of a higher-order mode that will be transmitted along the optical fiber. a core having a first index of refraction; an inner cladding located radially-exterior to the core, the inner cladding having a second index of refraction, the second index of refraction being less than the first index of refraction and a trench located radially-exterior to the inner cladding, the trench having an index of refraction that is less than the second index of refraction; and segmented doping of gain-dopants at distinct radial locations in the inner cladding at predefined locations, the predefined locations corresponding to concentric rings, each distinct radial location corresponding to an intensity peak of a higher-order mode that will be transmitted along the optical fiber.
Swab kit for sampling specimens from humans or animals, comprising: - a swab applicator comprising a swab rod having an extremity and - a sampling cloth made of a flexible fabric with an absorbency of 3.5 g/g or less, - the sampling cloth is fixed to and wound in overlapping turns around the swab rod, over a swab rod end region neighboring the extremity, in such a manner that at least an edge portion of the sampling cloth overtops the extremity by at least 1 mm when measured in a longitudinal direction of the swab rod, characterized in that - the turns of the sampling cloth are arranged in a spiral with a pitch value of at least 1 mm, and wherein the direction from an innermost turn of the spiral to an outermost turn of the spiral being from the extremity towards a rod extremity opposed to the extremity, - a first end of the sampling cloth is fixed to the swab rod in a first fixing region and a second remaining end of the sampling cloth is fixed to a penultimate turn in a second fixing region such that the turns of the sampling cloth are slidable in respect of each other. - a swab applicator comprising a swab rod having an extremity and - a sampling cloth made of a flexible fabric with an absorbency of 3.5 g/g or less, - the sampling cloth is fixed to and wound in overlapping turns around the swab rod, over a swab rod end region neighboring the extremity, in such a manner that at least an edge portion of the sampling cloth overtops the extremity by at least 1 mm when measured in a longitudinal direction of the swab rod, characterized in that - the turns of the sampling cloth are arranged in a spiral with a pitch value of at least 1 mm, and wherein the direction from an innermost turn of the spiral to an outermost turn of the spiral being from the extremity towards a rod extremity opposed to the extremity, - a first end of the sampling cloth is fixed to the swab rod in a first fixing region and a second remaining end of the sampling cloth is fixed to a penultimate turn in a second fixing region such that the turns of the sampling cloth are slidable in respect of each other.
Fuel vapour switching and venting valve for an internal combustion engine with an electromagnet, a first port and a second port, a valve body which is coupled to an armature of the electromagnet and comprises a first bearing surface by means of which the valve body can be lowered onto the first valve seat and lifted off the first valve seat, which is arranged between the first port and the second port, and a second bearing surface with which the valve body can be moved against a second valve seat which is axially displaceable and is loaded in the direction of the valve body via a spring, characterised in that the second valve seat is arranged on a flow-limiting element. an electromagnet, a first port and a second port, a valve body which is coupled to an armature of the electromagnet and comprises a first bearing surface by means of which the valve body can be lowered onto the first valve seat and lifted off the first valve seat, which is arranged between the first port and the second port, and a second bearing surface with which the valve body can be moved against a second valve seat which is axially displaceable and is loaded in the direction of the valve body via a spring, characterised in that the second valve seat is arranged on a flow-limiting element.
A driver for driving at least two sets (22, 24) of solid state lighting elements, comprising: a switched capacitor power converter comprising a bank of capacitors and a switch array, an output being defined from the switch array; characterised by comprising; a switch arrangement for selectively: connecting a first set and a second set of solid state lighting elements in series connection at the output; or connecting the first set of solid state lighting elements at the output without the second set of solid state lighting elements; and a controller for providing first duty cycle control of the switched capacitor power converter and second duty cycle control of the switch arrangement. a switched capacitor power converter comprising a bank of capacitors and a switch array, an output being defined from the switch array; characterised by comprising; a switch arrangement for selectively: connecting a first set and a second set of solid state lighting elements in series connection at the output; or connecting the first set of solid state lighting elements at the output without the second set of solid state lighting elements; and connecting a first set and a second set of solid state lighting elements in series connection at the output; or connecting the first set of solid state lighting elements at the output without the second set of solid state lighting elements; and a controller for providing first duty cycle control of the switched capacitor power converter and second duty cycle control of the switch arrangement.
A connection structure of a pair of superconducting cables (10A-H) each including a cable core (11A, 11B) including a former and a superconductive conductor layer (130A, 130B) composed of a plurality of superconducting wires arranged side-by-side along an outer circumference of the former, characterized in that the superconducting wires have a laminated structure including a base plate and a superconducting layer formed on a side closer to one of principal surfaces, the one of the principal surfaces being one surface in a thickness direction, of the base plate, at least one of the plurality of superconducting wires in the superconductive conductor layer of one of the superconducting cables (10B,10D,10F,10H) is a first superconducting wire in which the superconducting layer is arranged inside of the base plate along a radial direction of the cable core, at least one of the plurality of superconducting wires in the superconductive conductor layer of the other of the superconducting cables (10A,10C,10E,10G) is a second superconducting wire in which the superconducting layer is arranged outside of the base plate along a radial direction of the cable core, and the one of the superconducting cables (10B, 10D, 10F, 10H) and the other of the superconducting cables (10A, 10C, 10E, 10G) are connected with each other by tip portions of the first superconducting wire and the second superconducting wire being overlapped and connected by solder such that the superconducting layers of the first superconducting wire and the second superconducting wire face each other without the base plate being located therebetween.