mhurhangee/ep-ind-claims huggingface dataset:
A coated conductor comprising: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine having structure: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine having structure: a polyolefin; and a triazine having structure:
A mimetic of a peptide which is a maturation product of the Basic Prolin-rich Lacrimal Protein (BPLP) or of a peptide derivative of said maturation product, wherein: (i) the peptide or peptide derivative exhibits an inhibitory property against a metallo-ectopeptidase; (ii) the peptide or peptide derivative is at most 15 amino acids long; (iii) the peptide comprises the sequence X1-X2-Arg-Phe-Ser-Arg, wherein: - X1 represents H atom, - X2 represents Gln or Glp, wherein said sequence X1-X2-Arg-Phe-Ser-Arg is the C-terminal part of said peptide; and (iv) the peptide derivative derives from said peptide by one to two amino acid substitutions; and wherein the mimetic retains the binding specificity and/or physiological activity of said peptide or peptide derivative; wherein the BPLP protein consists in SEQ ID NO:2, wherein a maturation product of BPLP is a peptide obtained through cleavage of the BPLP protein by natural maturases or prohormone converting enzymes, or related mono or paired basic amino-acid cleaving enzymes, and wherein said mimetic is obtained (i) by replacement of one or more amide bond by a non-amide bond, (ii) by replacement of one or more amino acid side chain by a different chemical moiety, (iii) by protecting one or more of the N-terminus, the C-terminus or one or more side chain by a protecting group, (iv) by introducing double bonds and/or cyclization and/or stereo-specificity into the amino acid chain to increase rigidity and/or binding affinity, (v) by means of computer-assisted drug design development, (vi) by protecting the NH 2 and COOH hydrophilic groups by esterification (COOH) with lipophilic alcohols or by amidation (COOH) and/or by acetylation or addition of carboxyalkyl or aromatic hydrophobic chain at the NH 2 terminus, (vii) by isomeric retroinversion of the CO-NH amide bonds or methylation of the amide functions, (viii) by substituting L aminoacids for D aminoacids, or (ix) by isosteric replacement. (i) the peptide or peptide derivative exhibits an inhibitory property against a metallo-ectopeptidase; (ii) the peptide or peptide derivative is at most 15 amino acids long; (iii) the peptide comprises the sequence X1-X2-Arg-Phe-Ser-Arg, wherein: - X1 represents H atom, - X2 represents Gln or Glp, wherein said sequence X1-X2-Arg-Phe-Ser-Arg is the C-terminal part of said peptide; and - X1 represents H atom, - X2 represents Gln or Glp, (iv) the peptide derivative derives from said peptide by one to two amino acid substitutions;
Sliding window device comprising a rectangular window frame for installation in a window cut-out, which comprises a floor-side frame part, a ceiling-side frame part and two lateral frame parts, in which window frame a first, fixed window element and a second, displaceable window element are arranged, wherein the second, displaceable window element comprises a glass pane, which is framed by a circumferential pane enclosure, which comprises a floor-side and a ceiling-side edging profile (51, 52) as well as two lateral edging profiles, characterised in that a horizontal groove is arranged in the vertical sections of the circumferential pane enclosure on at least one side of the glass pane in continuation of the top edge of the floor-side edging profile, into which groove a cover plate projects, which is arranged on the floor-side frame part of the window frame and which covers this floor-side frame part in certain areas, which simultaneously covers the top edge of the floor-side edging profile in certain areas on this side of the glass pane.
Electrical contact for a terminal of the screwless type for connecting electrical conductors, comprising at least one contact wall having a contact edge for contacting the electrical conductor, a side wall joined to a base and at least one elastic arm that joins the side wall with the contact wall, the elastic arm having a flexion point such that two end portions joined by a flexed portion are defined in the elastic arm, characterized in that the two end portions of the elastic arm form an angle (a) bigger than 0° and smaller than 90°, the contact wall and the portion of the elastic arm arranged between the flexion point and the contact wall forming a unit that flexes towards the side wall by the introduction of the conductor and in that the contact wall is disposed obliquely in relation to the axial axis of the electrical conductor.
An automatically controlled vehicle for transporting an object such as an item of luggage or goods similar thereto such as a parcel, the vehicle comprising: - a chassis having on an upper side a carrying surface for the object, - a first wheel support arm connected to the chassis for pivoting about a first pivot axis and having respectively a left and right first wheel at the opposite outer ends thereof, - a second wheel support arm connected to the chassis for pivoting about a second pivot axis located at a distance from the first pivot axis and having respectively a left and right second wheel at the opposite outer ends thereof, - per wheel (7; 10) an electric drive motor (14; 16) connected thereto for driving the relevant wheel, - a control unit for separate control of each of the drive motors, - a source of electrical energy such as a battery which is connected to each of the drive motors and to the control unit, wherein the chassis is formed at least substantially by an elongate central chassis beam extending in a longitudinal direction of the vehicle, wherein the first wheel support arm is connected to the chassis beam at a first distance from a first outer end of the chassis beam, and wherein the second wheel support arm is connected to the chassis beam at a second distance from a second outer end of the chassis beam, the vehicle being characterized in that it further comprises a substantially rectangularly shaped object carrying part with an object carrying element which defines the carrying surface, wherein the object carrying part is connected at a first outer end thereof to the chassis beam with a first connecting member closer to the first outer end than the first wheel support arm, and is connected at a second outer end thereof to the chassis beam with a second connecting member closer to the second outer end than the second wheel support arm. - a chassis having on an upper side a carrying surface for the object, - a first wheel support arm connected to the chassis for pivoting about a first pivot axis and having respectively a left and right first wheel at the opposite outer ends thereof, - a second wheel support arm connected to the chassis for pivoting about a second pivot axis located at a distance from the first pivot axis and having respectively a left and right second wheel at the opposite outer ends thereof, - per wheel (7; 10) an electric drive motor (14; 16) connected thereto for driving the relevant wheel, - a control unit for separate control of each of the drive motors, - a source of electrical energy such as a battery which is connected to each of the drive motors and to the control unit,
A lubricated system comprising: a) a component comprising a first surface which is a diamond-like carbon surface; b) a component comprising a second surface; and c) a lubricant formulation interposed between the first surface and second surface, wherein the lubricant formulation comprises: i) a base stock; ii) a molybdenum compound; iii) an organic polymer comprising a first hydrophobic polymeric sub unit selected from polyesters and functionalised polyolefins and a second hydrophilic polymeric sub unit selected from polyethers wherein the first polymeric sub unit is more hydrophobic than the second polymeric sub unit and the second polymeric sub unit is more hydrophilic than the first polymeric sub unit; and iv) optionally, other additives. a) a component comprising a first surface which is a diamond-like carbon surface; b) a component comprising a second surface; and c) a lubricant formulation interposed between the first surface and second surface, wherein the lubricant formulation comprises: i) a base stock; ii) a molybdenum compound; iii) an organic polymer comprising a first hydrophobic polymeric sub unit selected from polyesters and functionalised polyolefins and a second hydrophilic polymeric sub unit selected from polyethers wherein the first polymeric sub unit is more hydrophobic than the second polymeric sub unit and the second polymeric sub unit is more hydrophilic than the first polymeric sub unit; and iv) optionally, other additives. i) a base stock; ii) a molybdenum compound; iii) an organic polymer comprising a first hydrophobic polymeric sub unit selected from polyesters and functionalised polyolefins and a second hydrophilic polymeric sub unit selected from polyethers wherein the first polymeric sub unit is more hydrophobic than the second polymeric sub unit and the second polymeric sub unit is more hydrophilic than the first polymeric sub unit; and iv) optionally, other additives.
A read / write device for chip cards, comprising: - a holder for a module support, and - a module support which can be removed from the holder and which can be inserted into the holder and locked, - wherein the module support comprises a contactless module for contactless communication with a chip card, characterized by the holder comprising a contacting arm for guiding electrical connections to contact points on the chip card, - wherein in the inserted and locked state, the module support is electrically connected to the holder via electrical lines and plug connectors (125-1, 125-2), - wherein the module support comprises a further module for contact-based communication with the chip card, which in the inserted and locked state is electrically connected to the contacting arm via the plug connectors (125-1, 125-2) so that the signals of the further module to the corresponding contact points on the chip card can be fed from the holder via the electrical lines to the contacting arm. - a holder for a module support, and - a module support which can be removed from the holder and which can be inserted into the holder and locked, - wherein the module support comprises a contactless module for contactless communication with a chip card, characterized by the holder comprising a contacting arm for guiding electrical connections to contact points on the chip card, - wherein in the inserted and locked state, the module support is electrically connected to the holder via electrical lines and plug connectors (125-1, 125-2), - wherein the module support comprises a further module for contact-based communication with the chip card, which in the inserted and locked state is electrically connected to the contacting arm via the plug connectors (125-1, 125-2) so that the signals of the further module to the corresponding contact points on the chip card can be fed from the holder via the electrical lines to the contacting arm.
A method for determining, with geodesic precision, the position of a target point on a target object using a geodesic measuring device embodied as total station or theodolite comprising • a sighting device, in particular a telescopic sight, wherein the sighting device is pivotable relative to a base of the measuring device in order to change the alignment thereof and at least has □ an objective unit that defines an optical aiming axis, □ an electronic distance measuring unit, and □ a thermal imaging camera for acquiring a thermal image in the direction of the optical aiming axis, • an angle measuring functionality for acquiring, with high precision, the alignment of the aiming axis, and • a control unit for controlling the angle measuring functionality and the thermal imaging camera, and in particular the alignment of the sighting unit, characterized in that in a thermal image measurement mode as a result of the initiation of a measurement process, position data of the sighted target point which are determined in this case, together with temperature information read out by image processing from the thermal image for the target point sighted using the aiming axis, are linked to one another in pairs in such a way that they can be called up in a manner associated with one another, in particular wherein the position data of the target point are stored in a manner correlated with the temperature information. • a sighting device, in particular a telescopic sight, wherein the sighting device is pivotable relative to a base of the measuring device in order to change the alignment thereof and at least has □ an objective unit that defines an optical aiming axis, □ an electronic distance measuring unit, and □ a thermal imaging camera for acquiring a thermal image in the direction of the optical aiming axis, □ an objective unit that defines an optical aiming axis, □ an electronic distance measuring unit, and □ a thermal imaging camera for acquiring a thermal image in the direction of the optical aiming axis, • an angle measuring functionality for acquiring, with high precision, the alignment of the aiming axis, and • a control unit for controlling the angle measuring functionality and the thermal imaging camera, and in particular the alignment of the sighting unit,
Use of a poorly-water-soluble thermophosphate fertilizer, characterized in that it is for use for reducing water eutrophication caused by fertilizers, in which the poorly-soluble thermophosphate fertilizer comprises, in% by mass based on the total mass of the fertilizer: P 2 O 5: minimum 15.0% and maximum 21.0%; Ca: minimum 13.5% and maximum 22.5%; Mg: minimum 3.0% and maximum 11.0% and Si: minimum 6.3% and maximum 13.7%; the poorly water-soluble thermophosphate fertilizer being a thermophosphate fertilizer with phosphorus solubility (in terms of P 2 O 5) in water of at most 1000 ppm; and the poorly water-soluble thermophosphate fertilizer being obtained by melting at temperatures of from 1350 °C to 1450 °C, followed by quenching. P 2 O 5: minimum 15.0% and maximum 21.0%; Ca: minimum 13.5% and maximum 22.5%; Mg: minimum 3.0% and maximum 11.0% and Si: minimum 6.3% and maximum 13.7%; the poorly water-soluble thermophosphate fertilizer being a thermophosphate fertilizer with phosphorus solubility (in terms of P 2 O 5) in water of at most 1000 ppm; and the poorly water-soluble thermophosphate fertilizer being obtained by melting at temperatures of from 1350 °C to 1450 °C, followed by quenching.
An optical anti-counterfeiting element, comprising: a substrate, comprising a first surface and a second surface that are opposite to each other; a surface micro-structure layer, formed on at least a part of the first surface of the substrate, wherein at least part of the surface micro-structure layer comprises a first set of a micro-prism, the micro-prism has refractive and reflective functions simultaneously, each pixel (A', B') of a first pattern corresponds to refractive illumination spots of one or more micro-prisms in the first set of the micro-prism, so that: when the optical anti-counterfeiting element is irradiated on a first side of the optical anti-counterfeiting element, the refractive illumination spots of the first set of the micro-prism form the first pattern on a receiving carrier in a plane at a first distance from the second surface; characterised in that when the optical anti-counterfeiting element is irradiated on a second side of the optical anti-counterfeiting element, the refractive illumination spots of the first set of the micro-prism form the first pattern on a receiving carrier in a plane at a second distance from the first surface; and a virtual image of the first pattern is observed when observed from the first side and from the second side of the optical anti-counterfeiting element, and the first side is a side at which the first surface is located, and the second side is a side at which the second surface is located. a substrate, comprising a first surface and a second surface that are opposite to each other; a surface micro-structure layer, formed on at least a part of the first surface of the substrate, wherein at least part of the surface micro-structure layer comprises a first set of a micro-prism, the micro-prism has refractive and reflective functions simultaneously, each pixel (A', B') of a first pattern corresponds to refractive illumination spots of one or more micro-prisms in the first set of the micro-prism, so that: when the optical anti-counterfeiting element is irradiated on a first side of the optical anti-counterfeiting element, the refractive illumination spots of the first set of the micro-prism form the first pattern on a receiving carrier in a plane at a first distance from the second surface; characterised in that when the optical anti-counterfeiting element is irradiated on a second side of the optical anti-counterfeiting element, the refractive illumination spots of the first set of the micro-prism form the first pattern on a receiving carrier in a plane at a second distance from the first surface; and a virtual image of the first pattern is observed when observed from the first side and from the second side of the optical anti-counterfeiting element, and the first side is a side at which the first surface is located, and the second side is a side at which the second surface is located.
A front-end (300A, 300B, 300C) for a frequency-modulated continuous wave radar system comprising: a transmit path including a power amplifier and a transmit antenna, the transmit path being configured for transmitting a transmit signal; a receive path including a receive antenna and a low-noise amplifier, the receive path being configured for receiving at least a leakage from the transmit path, and for generating an amplified signal thereof; a reference path derived from the transmit path and configured for generating a reference signal; and a mixer configured for mixing the amplified signal with the reference signal to generate an output signal at intermediate frequency; wherein the front-end further comprises a compensation unit in the reference path, the compensation unit being configured for generating compensation for a leakage path between the transmit path and the receive path and for applying the generated compensation to the reference signal to generate a compensated reference signal; and wherein the compensation unit is further configured for compensating for delay in leakage propagation time due to at least the leakage between the transmit path and the receive path; and wherein the front-end further comprises a leakage suppression filter in the receive path, the leakage suppression filter being configured for removing DC components in the output signal resulting from mixing the amplified signal with the compensated reference signal. a transmit path including a power amplifier and a transmit antenna, the transmit path being configured for transmitting a transmit signal; a receive path including a receive antenna and a low-noise amplifier, the receive path being configured for receiving at least a leakage from the transmit path, and for generating an amplified signal thereof; a reference path derived from the transmit path and configured for generating a reference signal; and a mixer configured for mixing the amplified signal with the reference signal to generate an output signal at intermediate frequency; wherein the front-end further comprises a compensation unit in the reference path, the compensation unit being configured for generating compensation for a leakage path between the transmit path and the receive path and for applying the generated compensation to the reference signal to generate a compensated reference signal; and wherein the compensation unit is further configured for compensating for delay in leakage propagation time due to at least the leakage between the transmit path and the receive path; and wherein the front-end further comprises a leakage suppression filter in the receive path, the leakage suppression filter being configured for removing DC components in the output signal resulting from mixing the amplified signal with the compensated reference signal.
A method for evaluating the lubrication of friction components, which rub against one another, of an apparatus which can be lubricated by means of a lubricant circuit, in particular an internal combustion engine or an automatic transmission, wherein a lubricant pump of the lubricant circuit is drivable by means of a drive engine forming the apparatus or by means of a drive engine driving the apparatus, characterized in that a pressure ascertainment unit is provided, by means of which the lubricant pressure at at least one defined region of the lubricant circuit is continuously ascertained during an engine start procedure, a travel ascertainment unit is provided, by means of which at multiple pressure points in time, at each of which the lubricant pressure ascertained by means of the pressure ascertainment unit exceeds a defined pressure limiting value (p 1, p 2, p 3), the relative travel between the friction components since the beginning of the engine start procedure is ascertained and/or estimated, and an analysis unit is provided, by means of which an evaluation value, which evaluates the lubricant pressure buildup during the engine start procedure, is ascertained from the total of the relative travel values (φ 1, φ 2, φ 3) ascertained at the pressure points in time. a pressure ascertainment unit is provided, by means of which the lubricant pressure at at least one defined region of the lubricant circuit is continuously ascertained during an engine start procedure, a travel ascertainment unit is provided, by means of which at multiple pressure points in time, at each of which the lubricant pressure ascertained by means of the pressure ascertainment unit exceeds a defined pressure limiting value (p 1, p 2, p 3), the relative travel between the friction components since the beginning of the engine start procedure is ascertained and/or estimated, and an analysis unit is provided, by means of which an evaluation value, which evaluates the lubricant pressure buildup during the engine start procedure, is ascertained from the total of the relative travel values (φ 1, φ 2, φ 3) ascertained at the pressure points in time.