mhurhangee/ep-ind-claims huggingface dataset:
Pipe comprising at least two layers, wherein at least one of the layers consists of a polymeric material containing at least one thermoplastic polyolefin, characterised in that - the thermoplastic polyolefin contains a PE 100-RC material which fulfils the minimum requirements according to PAS 1075:2009-04, and - the polymeric material contains in addition at least one heat stabiliser. - the thermoplastic polyolefin contains a PE 100-RC material which fulfils the minimum requirements according to PAS 1075:2009-04, and - the polymeric material contains in addition at least one heat stabiliser.
Closure, in particular door lock, with a locking element which is rotatably mounted on a closure housing and can be rotated via an actuating element until it bears against at least one stop (5.2), wherein the stop (5.2) being arranged on a stop carrier which is releasably connected to the closure housing, the stop carrier having a latching contour (5.1) for releasable connection to the closure housing, the closure housing having a correspondingly designed latching contour (4.1) for connection to the stop carrier, characterized in in that the latching contours (4.1, 5.1) interact in the manner of a bayonet lock. the stop (5.2) being arranged on a stop carrier which is releasably connected to the closure housing, the stop carrier having a latching contour (5.1) for releasable connection to the closure housing, the closure housing having a correspondingly designed latching contour (4.1) for connection to the stop carrier, characterized in in that the latching contours (4.1, 5.1) interact in the manner of a bayonet lock.
A mobility device comprising: an actuator assembly including a rotating driving member; a driven component that is driven by the rotating driving member; and a magnetic coupling system comprising a first magnetic coupling on the actuator assembly that magnetically couples to a second magnetic coupling on the driven component, the magnetic coupling system including a plurality of magnetic elements (52, 210) located as part of one or both of the first and second magnetic couplings; wherein the first magnetic coupling has a first mating surface and the second magnetic coupling has a second mating surface that join when the magnetic coupling system is in a coupled position, characterized in that the first mating surface and the second mating surface are opposing tapered mating surfaces, and the tapered mating surface of the first mating surface is stepped with a plurality of ridges and the tapered mating surface of the second mating surface is stepped with a plurality of opposing ridges relative to the first mating surface, and the mating surfaces (54,206) form a mechanical interface that results in a secure coupling that precludes any sliding movement of the driven component relative to the actuator assembly. an actuator assembly including a rotating driving member; a driven component that is driven by the rotating driving member; and a magnetic coupling system comprising a first magnetic coupling on the actuator assembly that magnetically couples to a second magnetic coupling on the driven component, the magnetic coupling system including a plurality of magnetic elements (52, 210) located as part of one or both of the first and second magnetic couplings; wherein the first magnetic coupling has a first mating surface and the second magnetic coupling has a second mating surface that join when the magnetic coupling system is in a coupled position, characterized in that the first mating surface and the second mating surface are opposing tapered mating surfaces, and the tapered mating surface of the first mating surface is stepped with a plurality of ridges and the tapered mating surface of the second mating surface is stepped with a plurality of opposing ridges relative to the first mating surface, and the mating surfaces (54,206) form a mechanical interface that results in a secure coupling that precludes any sliding movement of the driven component relative to the actuator assembly.
An antibody display system comprising: (a) an isolated host cell; (b) a bait comprising a light immunoglobulin chain or functional fragment thereof fused to a surface anchor polypeptide or functional fragment thereof; (c) one or more polynucleotides encoding an immunoglobulin light chain variable region; and (d) one or more polynucleotides encoding an immunoglobulin heavy chain variable region; wherein the surface anchor polypeptide is SED-1 or a functional fragment thereof; wherein the host cell is a Pichia cell. (a) an isolated host cell; (b) a bait comprising a light immunoglobulin chain or functional fragment thereof fused to a surface anchor polypeptide or functional fragment thereof; (c) one or more polynucleotides encoding an immunoglobulin light chain variable region; and (d) one or more polynucleotides encoding an immunoglobulin heavy chain variable region; wherein the surface anchor polypeptide is SED-1 or a functional fragment thereof; wherein the host cell is a Pichia cell.
Overcurrent protection device for an electric circuit that is to be monitored, with at least one trigger unit (12a-c) configured for an interruption of the electric circuit in at least one trigger situation and comprising at least one conductor section (14a-c), which is configured for conveying a current that is to be monitored, at least one trigger element (16a-c), which comprises at least one magnetically and thermally shape-shiftable material (18a-c) and is configured, in the trigger situation, for a thermally induced and/or magnetically induced deformation depending on a current flowing through the conductor section (14a-c), and at least one actuation element (20a-c), which is operatively connected with the trigger element (16a-c) and is configured for a transmission of at least one actuation movement and/or at least one actuation force to at least one interrupter switch, characterised in that the trigger element (16a-c) comprises at least one magnetic shape-memory alloy having a first transformation temperature from a martensitic phase into an austenitic phase and a second transformation temperature from a ferromagnetic phase into a paramagnetic phase, the first and the second transformation temperatures being at least 60°C.
A method of noise distribution shaping for signal acquisition of a Code Division Multiple Access, CDMA, signal the method comprising: demodulating the CDMA signal by multiplying with a carrier signal modulated with an estimated Doppler frequency, wherein the carrier of the carrier signal is the CDMA signal carrier; generating a test signal having a spreading sequence according to the CDMA signal, wherein the test signal is shifted by an estimated code delay; modifying the noise distribution of the CDMA signal to generate a modified CDMA signal by blanking samples of the CDMA signal, when the samples of the CDMA signal exceed an upper or lower blanking threshold, wherein the upper and lower blanking thresholds are offset by a square root of an estimated power, P est, of the CDMA signal multiplied by a chip value polarity of the generated test signal and a predefined scaling factor, α, wherein the upper blanking threshold is further offset by a positive value and the lower blanking threshold is further offset by a negative value, and wherein the positive and negative values are set by a scaled standard deviation of thermal noise and circumferential interference; and acquiring the CDMA signal, when a correlation between the modified CDMA signal and the generated test signal is above a predefined detection threshold. demodulating the CDMA signal by multiplying with a carrier signal modulated with an estimated Doppler frequency, wherein the carrier of the carrier signal is the CDMA signal carrier; generating a test signal having a spreading sequence according to the CDMA signal, wherein the test signal is shifted by an estimated code delay; modifying the noise distribution of the CDMA signal to generate a modified CDMA signal by blanking samples of the CDMA signal, when the samples of the CDMA signal exceed an upper or lower blanking threshold, wherein the upper and lower blanking thresholds are offset by a square root of an estimated power, P est, of the CDMA signal multiplied by a chip value polarity of the generated test signal and a predefined scaling factor, α, wherein the upper blanking threshold is further offset by a positive value and the lower blanking threshold is further offset by a negative value, and wherein the positive and negative values are set by a scaled standard deviation of thermal noise and circumferential interference; and acquiring the CDMA signal, when a correlation between the modified CDMA signal and the generated test signal is above a predefined detection threshold.
A system of a regulator device and a choke element that can be inserted in a connection pipe of at least two plates (11a, 11b) of a heat exchanger, wherein said device is suitable to regulate the sizes of a flow passage aperture characterized in that said flow passage aperture is defined by at least one membrane of said choke element, said membrane having, or not, a transit slot and a possible hole, whereas said regulator device comprises a plurality of handles associated with each other and each of which is provided with at least a respective arm each having a regulator tooth (21; 21a, 21b, 21c, 121) extending angled with respect to the longitudinal extension of said arm, and in that said regulator tooth (21, 21a, 21b, 21c, 121) on each occasion, has predefined lengths depending on the sizes of the flow passage aperture.
A method for producing a glass article in the form of a cooking appliance inner pane with improved thermal shock resistance, wherein a glass article is formed, which has a first face and an opposite second face and a tray-type angled rim; characterized in that the glass article is heated superficially on the first face, starting from a surface temperature below the softening point until viscosity reaches or falls below a value of 10 (6,65±2) Pa·s (=10 (7,65±2) Poise), so that thermal shock resistance of the glass article is increased on the first face; wherein said heating starting from a surface temperature below the softening point to a temperature at which the viscosity reaches or falls below a value of 10 (6,65±2) Pa·s (= 10 (7,65±2) Poise) is performed in one or more heating steps, each one with the duration of less than 2 seconds, measured at a point on the surface; and wherein the heating is performed using a local heating source by sweeping it over the first face of the glass article.
A medical dressing having a first side and a second opposing side, wherein the first side has a skin-facing surface adapted to detachably adhere the medical dressing to a dermal surface; the dressing comprising a gel pad, wherein the gel has a compressive strength of from 5 to 60 kPa at a strain of 50%, as measured according to the compression test described in the specification, and wherein the gel has a water content of less than 15% by weight, preferably less than 10% by weight, preferably less than 5%, or wherein the gel has a water content of from 0.5% by weight to 15% by weight, preferably from 1% by weight to 13% by weight, further preferably from 3% by weight to 12% by weight, wherein the gel is manufactured by polymerizing: - 15 - 50% by weight of a hydrophilic acrylic monomer, preferably selected from 4-hydroxybutyl acrylate, methoxy polyethylene glycol acrylate, 2-hydroxyethyl acrylate, hydroxypropyl acrylate or combinations thereof; - 50 - 85% by weight of a hydrophilic softening agent; - 0.001 - 0.5% by weight of a crosslinker; - 0.05 - 0.5% by weight of a polymerization initiator. - 15 - 50% by weight of a hydrophilic acrylic monomer, preferably selected from 4-hydroxybutyl acrylate, methoxy polyethylene glycol acrylate, 2-hydroxyethyl acrylate, hydroxypropyl acrylate or combinations thereof; - 50 - 85% by weight of a hydrophilic softening agent; - 0.001 - 0.5% by weight of a crosslinker; - 0.05 - 0.5% by weight of a polymerization initiator.
A method comprising: receiving and storing a proximity discovery reference signal, PD-RS, list from an evolved universal terrestrial radio access network, E-UTRAN, node B, eNB, the PD-RS list comprising a radio resource configuration for at least a first PD-RS; receiving a PD-RS removal message indicating removal of an entry for a second PD-RS and remove the entry for the second PD-RS from the PD-RS list in response to receiving the PD-RS removal message; measuring at least the first PD-RS to determine a signal parameter for the first PD-RS; and reporting the signal parameter for the first PD-RS to the eNB. receiving and storing a proximity discovery reference signal, PD-RS, list from an evolved universal terrestrial radio access network, E-UTRAN, node B, eNB, the PD-RS list comprising a radio resource configuration for at least a first PD-RS; receiving a PD-RS removal message indicating removal of an entry for a second PD-RS and remove the entry for the second PD-RS from the PD-RS list in response to receiving the PD-RS removal message; measuring at least the first PD-RS to determine a signal parameter for the first PD-RS; and reporting the signal parameter for the first PD-RS to the eNB.
Sealed holographic medium comprising a layer construction B'-C1'-C2', wherein B' is a photopolymer layer containing a volume hologram, C1' is a protective layer cured by actinic radiation obtained by reaction of I) at least one thermoplastic mainly linear and semicrystalline polyurethane resin C1-I, II) at least one multifunctional acrylate reactive diluent C1-II, III) at least one photoinitiator C1-III and IV) optionally assistant and added substances and C2' is a protective layer cured by actinic radiation, obtained by reaction of I) at least one thermoplastic resin C2-I selected from the group consisting of polyvinyl butyral and polymethyl methacrylate, II) at least one multifunctional acrylate reactive diluent C2-II, III) at least one photoinitiator C2-III and IV) optionally assistant and added substances, wherein the photopolymer layer B' is sealed by the protective layers CI' and C2'. I) at least one thermoplastic mainly linear and semicrystalline polyurethane resin C1-I, II) at least one multifunctional acrylate reactive diluent C1-II, III) at least one photoinitiator C1-III and IV) optionally assistant and added substances and I) at least one thermoplastic resin C2-I selected from the group consisting of polyvinyl butyral and polymethyl methacrylate, II) at least one multifunctional acrylate reactive diluent C2-II, III) at least one photoinitiator C2-III and IV) optionally assistant and added substances,
Indoor shooting range comprising an interior space for firing ammunition, said indoor shooting range comprising: - an air ventilation system arranged for providing said interior space with fresh air; - a detector unit arranged for detecting a concentration of metallic elements, in air in said interior space, originating from ammunition fired in said interior space of said indoor shooting range; - a control unit, communicatively coupled to said air ventilation system and said detector unit, for controlling said air ventilation system taking into account a detected concentration, by said detector unit, of metallic elements originating from said ammunition fired in said interior space for maintaining said concentration of said metallic particles in said interior space below a predetermined value, wherein said controlling of said air ventilation system comprises controlling a velocity of said fresh air in said interior space. - an air ventilation system arranged for providing said interior space with fresh air; - a detector unit arranged for detecting a concentration of metallic elements, in air in said interior space, originating from ammunition fired in said interior space of said indoor shooting range; - a control unit, communicatively coupled to said air ventilation system and said detector unit, for controlling said air ventilation system taking into account a detected concentration, by said detector unit, of metallic elements originating from said ammunition fired in said interior space for maintaining said concentration of said metallic particles in said interior space below a predetermined value, wherein said controlling of said air ventilation system comprises controlling a velocity of said fresh air in said interior space.
An immunogenic composition comprising a polypeptide or a nucleic acid molecule encoding the polypeptide; wherein the polypeptide comprises or consists of amino acid residues 1 to 132 of an N-domain of human carcinoembryonic antigen; wherein the C-terminal amino acid residue of the polypeptide is amino acid residue 132 of the N-domain; and wherein the polypeptide comprises or consists of the amino acid sequence as shown in SEQ ID NO:1, 7 or 2, or the nucleic acid molecule comprises the nucleic acid sequence as shown in SEQ ID NO:3, 14 or 4.
A dynamic submarine power cable comprising: a first conductor, a first insulation system layer arranged around the first conductor, a first sheath arranged around the first insulation system layer, and a first screen layer arranged between the first insulation system layer and the first sheath, characterized in that the first screen layer comprises a plurality of first screen wires each having a first diameter (Di) and a plurality of first polymer wires each having a second diameter which is larger than the first diameter, the first screen wires and the first polymer wires are arranged in a helical manner around the first insulation system layer, along the axial direction of the first conductor, and wherein in any cross-section of the dynamic submarine power cable the first screen wires and the first polymer wires are arranged alternatingly along the periphery of the first insulation system layer, wherein a radial distance between the central axis of any of the first screen wires and the central axis of the first conductor is less than a radial distance between the central axis of any of the first polymer wires and the central axis of the first conductor. a first conductor, a first insulation system layer arranged around the first conductor, a first sheath arranged around the first insulation system layer, and a first screen layer arranged between the first insulation system layer and the first sheath,
An omega-3 oil in water emulsion for perfusion or cold storage of an organ or tissue ex vivo, wherein the emulsion comprises (a) a perfusion buffer suitable for organ or tissue preservation and transplantation, (b) less than 7% of an omega-3 oil by weight in grams per 100 ml of perfusion buffer, wherein the omega-3 oil (i) comprises from 10% to 99% omega-3 diglyceride, omega-3 triglyceride or combinations thereof by weight per total weight of the omega-3 oil, and at least 20% to 99% of the total acyl groups of the diglycerides and triglycerides comprise eicosapentaenoic acid or docosahexaenoic acid, and (ii) comprises less than 10% omega-6 fatty acids by weight per total weight of the omega-3 oil, (c) less than 10% omega-6 oil by weight in grams per 100 ml of perfusion buffer, and (d) the mean diameter of lipid droplets in the emulsion is from 100 nm to less than 5 microns. (a) a perfusion buffer suitable for organ or tissue preservation and transplantation, (b) less than 7% of an omega-3 oil by weight in grams per 100 ml of perfusion buffer, wherein the omega-3 oil (i) comprises from 10% to 99% omega-3 diglyceride, omega-3 triglyceride or combinations thereof by weight per total weight of the omega-3 oil, and at least 20% to 99% of the total acyl groups of the diglycerides and triglycerides comprise eicosapentaenoic acid or docosahexaenoic acid, and (ii) comprises less than 10% omega-6 fatty acids by weight per total weight of the omega-3 oil, (i) comprises from 10% to 99% omega-3 diglyceride, omega-3 triglyceride or combinations thereof by weight per total weight of the omega-3 oil, and at least 20% to 99% of the total acyl groups of the diglycerides and triglycerides comprise eicosapentaenoic acid or docosahexaenoic acid, and (ii) comprises less than 10% omega-6 fatty acids by weight per total weight of the omega-3 oil, (c) less than 10% omega-6 oil by weight in grams per 100 ml of perfusion buffer, and (d) the mean diameter of lipid droplets in the emulsion is from 100 nm to less than 5 microns.
Braking device having an application body, by means of which a brake lining can be applied against a rotational body, in particular a brake disc, having a crank which is mounted rotatably about a crank rotational axis, having a pin which is configured at least in sections so as to be rotationally symmetrical about a pin centre axis, the pin centre axis being arranged at a constant spacing from, parallel to and eccentrically offset with respect to the crank rotational axis, and having an actuator, by means of which a torque of the crank can be produced, it being possible for an actuating force for applying the brake lining to be provided by means of the pin in response to the said torque, characterized by a compensating eccentric which is mounted in the application body such that it can be rotated about a compensating eccentric rotational axis, the said compensating eccentric rotational axis being arranged at a constant spacing from, parallel to and eccentrically offset with respect to the pin centre axis, the compensating eccentric having a hole or blind hole which is arranged eccentrically with respect to the compensating eccentric rotational axis and is of rotationally symmetrical configuration about the pin centre axis, and the pin being mounted in the said hole or blind hole such that it can be rotated about the pin centre axis with respect to the compensating eccentric, the pin optionally being connected to the crank, in particular in an integrally joined manner.
An oil collector for a mechanical reduction gear of a turbomachine, in particular for an aircraft, the collector comprising a body comprising two opposite lateral faces each configured to extend in part around a planet gear of the reduction gear, the collector further comprising an internal oil circulation cavity connected on the one hand to oil inlets located on said lateral faces, and on the other hand to at least one oil outlet, at least one of said faces comprising columns and rows of several inlets each having a recess with a progressively increasing cross-section, characterized in that each recess is delimited by walls (32a, 32b, 32c, 32d), and wherein at least some of said walls (32a, 32b) have a NACA-type hydrodynamic profile, one of said walls comprising an oil passage window inside said internal cavity, the walls (32a, 32b, 32c, 32d) of the recess comprise two facing lateral walls (32a, 32b) and an angled wall forming a ramp extending between the lateral walls and configured to convey the oil from the lateral face to a bottom wall comprising said window, the lateral walls (32a, 32b) each have an evolutionary shape that is non-planar and has no edges comprising a first convexly curved portion (32a1, 32b1) followed by a second concavely curved portion (32a2, 32b2), the lateral walls (32a, 32b) having the NACA-type hydrodynamic profile.