mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic vehicle tyre having a tread profile with at least one circumferential channel (2, 5) and with at least one block row which is delimited at least on one side by a circumferential channel, the blocks of which block row are separated from one another by transverse channels which are delimited at the block surfaces by block edges (9, 10), a leading block edge which meets the ground first during the rolling movement of the tyre (during forward travel) and the trailing block edge which is provided on the adjacent block, wherein the leading block edge is made up of two sections (10a, 10b), of which the section adjoining the circumferential channel is the relatively short section and which run toward one another at an obtuse angle (γ), such that each block has a wedge-shaped or triangular projection between one section and that block edge which delimits the block in the circumferential direction at the circumferential channel, wherein the relatively long section of the leading block edge is provided, over its length, with a bevel which forms an oblique surface which tapers off along the relatively short section, wherein the trailing block edge has, over its entire extent, an altogether substantially straight or slightly curved profile, wherein the mutual spacing between the leading block edge and the trailing block edge is at its greatest at a bend point between the two sections (10a, 10b) of the leading block edge and decreases in both directions proceeding from the bend point, characterized in that the bevel formed at the leading block edge has its greatest surface width (f b) at the bend point between the sections (10a, 10b) of said block edge.
Moisture meter having at least one first measuring apparatus (12a; 12b) which is designed to detect at least one moisture characteristic variable (14a; 14b) of moisture in a surface region (16a; 16b) of a measurement object (18a; 18b), in particular a wall, characterized by a second measuring apparatus (30a; 30b) which is designed to detect a moisture characteristic variable (32a; 32b) of moisture in at least one depth region (34a; 34b) of the measurement object (18a; 18b), wherein the first measuring apparatus and the second measuring apparatus are designed to determine moisture information using different measurement methods, and an evaluation unit (20a; 20b) which is designed to determine an item of moisture profile information (22a; 22b) of the measurement object (18a; 18b) at least from the moisture characteristic variables (14a, 32a; 14b, 32b), which item of information at least indicates whether there is a higher level of moisture in the depth region (34a; 34b) or in the surface region (16a; 16b) of the measurement object (18a; 18b).
A fastener driver comprising: a cylinder; a drive piston positioned within the cylinder; a driver blade attached to the drive piston and movable from a retracted position to an extended, driven position for driving a fastener into a workpiece; a gas spring mechanism for driving the driver blade from the retracted position to the driven position, the gas spring mechanism including a storage chamber cylinder containing a pressurized gas, the storage chamber cylinder being in fluid communication with a portion of the cylinder above the drive piston, the portion of the cylinder beneath the drive piston being in fluid communication with ambient air at atmospheric pressure, the cylinder and the driver piston being positioned within and coaxial with the storage chamber cylinder; means for determining a pressure in the storage cylinder chamber; and an indicator activated in response to the determined pressure in the storage cylinder chamber being less than a predetermined pressure value. a cylinder; a drive piston positioned within the cylinder; a driver blade attached to the drive piston and movable from a retracted position to an extended, driven position for driving a fastener into a workpiece; a gas spring mechanism for driving the driver blade from the retracted position to the driven position, the gas spring mechanism including a storage chamber cylinder containing a pressurized gas, the storage chamber cylinder being in fluid communication with a portion of the cylinder above the drive piston, the portion of the cylinder beneath the drive piston being in fluid communication with ambient air at atmospheric pressure, the cylinder and the driver piston being positioned within and coaxial with the storage chamber cylinder; means for determining a pressure in the storage cylinder chamber; and an indicator activated in response to the determined pressure in the storage cylinder chamber being less than a predetermined pressure value.
A papermaking forming fabric that comprises a series of repeat units, each of the repeat units comprising: a set of top machine direction yarns; a set of top cross-machine direction yarns interwoven with the top MD yarns to form a top fabric layer; a set of bottom MD yarns; a set of bottom CMD yarns interwoven with the bottom MD yarns to form a bottom fabric layer; a set of stitching yarns interwoven with the top and bottom fabric layers; wherein the bottom MD yarns and bottom CMD yarns are woven such that floats formed by the bottom CMD yarns under the bottom MD yarns are at least 1.8 mm in length; and wherein a first ratio of top MD yarn coverage area to bottom MD yarn coverage area is less than 0.5; characterized in that a second ratio of bottom CMD yarn cross-sectional area to bottom MD yarn cross-sectional area is greater than 2.0. a set of top machine direction yarns; a set of top cross-machine direction yarns interwoven with the top MD yarns to form a top fabric layer; a set of bottom MD yarns; a set of bottom CMD yarns interwoven with the bottom MD yarns to form a bottom fabric layer; a set of stitching yarns interwoven with the top and bottom fabric layers; wherein the bottom MD yarns and bottom CMD yarns are woven such that floats formed by the bottom CMD yarns under the bottom MD yarns are at least 1.8 mm in length; and wherein a first ratio of top MD yarn coverage area to bottom MD yarn coverage area is less than 0.5;
Motor vehicle with a lighting module for generating a set of symbols on the ground in the vicinity of the motor vehicle and with a control device for controlling the operation of said lighting module, wherein the control device is designed such that it predicts the movement of a road user present in the vicinity of the motor vehicle on the basis of information relating to said road user, and that it adapts the set of symbols automatically depending on the predicted movement of the road user, wherein at least a part of the set of symbols is generated, depending on the predicted movement of the road user, at a location on the ground at which the road user will, in accordance with the predicted movement thereof, be located in the future, and at which a risk of collision with the motor vehicle exists if the road user continues to move, wherein the road user is moving next to the road surface on which the motor vehicle is driving, wherein the control device is designed such that at least a part of the set of symbols is generated at the location at which the road user will enter the road surface according to its predicted movement, wherein the control device is designed in such a way that it adapts the set of symbols to an intended movement of the motor vehicle, characterized in that the control device is designed in such a way that an intended avoidance maneuvre of the motor vehicle for avoiding a collision with the road user is additionally displayed by means of the set of symbols.
A composition, comprising: an oxidized and maleated compound, wherein the oxidized and maleated compound is a compound or salt thereof comprising at least two or more hydrocarbon-based backbone structures, wherein at least one of the backbone structures is substituted by at least one of an α,β unsaturated carboxylic acid or anhydride, and wherein each backbone structure is linked to one other backbone structure by an ether linkage located at a non-terminal position of each backbone structure, and wherein the oxidized and maleated compound has one or more derivatized carboxylic acid moieties that each comprise a carboxylic acid reacted with one or more of ricinoleic acid, a polyamine, an amino alcohol, an imidazoline, a metal chelator, an acetylenic alcohol, morpholine, a phosphate ester, an amino acid, a xanthate, a thiophosphate ester, a hydroxamic acid, a sulfonate, and a sulfate.
A communication control device for controlling one or more communication nodes representing control targets, said device comprising: an acquisition unit configured to acquire first interference information indicating a first interference from communication involving a communication node that is not controlled by the communication control device and does hence not represent a control target and second interference information indicating a second interference from communication involving another communication node that is controlled by the communication control device and does hence represent a control target, with respect to each of a plurality of communication nodes representing control targets; and a classifying unit configured to classify the plurality of communication nodes into a plurality of groups related to a decision of a radio resource that a communication node is able to utilize, on the basis of the first interference information and the second interference information with respect to the plurality of communication nodes, wherein the plurality of groups are a plurality of groups corresponding to an order in which the radio resource is decided, wherein the plurality of groups include at least a first group and a second group, and wherein a communication node classified into the first group is a communication node in which a level of the first interference relative to the second interference is larger, as compared with a communication node classified into the second group. an acquisition unit configured to acquire first interference information indicating a first interference from communication involving a communication node that is not controlled by the communication control device and does hence not represent a control target and second interference information indicating a second interference from communication involving another communication node that is controlled by the communication control device and does hence represent a control target, with respect to each of a plurality of communication nodes representing control targets; and a classifying unit configured to classify the plurality of communication nodes into a plurality of groups related to a decision of a radio resource that a communication node is able to utilize, on the basis of the first interference information and the second interference information with respect to the plurality of communication nodes, wherein the plurality of groups are a plurality of groups corresponding to an order in which the radio resource is decided, wherein the plurality of groups include at least a first group and a second group, and wherein a communication node classified into the first group is a communication node in which a level of the first interference relative to the second interference is larger, as compared with a communication node classified into the second group.
A securing strap for an equine hoof boot, the strap being configured for securing the boot to a horse's hoof at a location above the horse's coronary band and for fixing to the boot at generally central locations on a front and rear of the boot, wherein the strap has two sections (10a, 10b), each section (10a, 10b) configured to extend either side of the horse's pastern bone, the two sections (10a, 10b) configured for coming together at a location above the horse's coronary band for securement to the hoof, wherein the two sections (10a, 10b) come together at a centrally positioned coupler above the front of the boot.
A measuring device having two testing functionalities for chemical analysis and capable of performing two separate electrochemical assays for measuring two different analytes, the device comprising: a test port(400,500) adapted for use in combination with two different types of test strips, the test port comprising: two electrically conductive indicator contacts capable of specifically interacting with an electrically conductive indicator on a test strip when the test strip is releasably engaged in the test port, whereby when a first strip for testing the first analyte is releasably engaged in the test port, a circuit is closed between the two electrically conductive indicator contacts thereby selecting a first testing functionality for the first analyte, and whereby when a second strip for testing the second analyte is releasably engaged in the test port, the circuit remains open between the two electrically conductive indicator contacts, thereby selecting the second testing functionality, and two test circuitries for specifically measuring reactions on the test strips corresponding to the two testing functionalities. a test port(400,500) adapted for use in combination with two different types of test strips, the test port comprising: two electrically conductive indicator contacts capable of specifically interacting with an electrically conductive indicator on a test strip when the test strip is releasably engaged in the test port, whereby when a first strip for testing the first analyte is releasably engaged in the test port, a circuit is closed between the two electrically conductive indicator contacts thereby selecting a first testing functionality for the first analyte, and whereby when a second strip for testing the second analyte is releasably engaged in the test port, the circuit remains open between the two electrically conductive indicator contacts, thereby selecting the second testing functionality, and two test circuitries for specifically measuring reactions on the test strips corresponding to the two testing functionalities. two electrically conductive indicator contacts capable of specifically interacting with an electrically conductive indicator on a test strip when the test strip is releasably engaged in the test port, whereby when a first strip for testing the first analyte is releasably engaged in the test port, a circuit is closed between the two electrically conductive indicator contacts thereby selecting a first testing functionality for the first analyte, and whereby when a second strip for testing the second analyte is releasably engaged in the test port, the circuit remains open between the two electrically conductive indicator contacts, thereby selecting the second testing functionality, and two test circuitries for specifically measuring reactions on the test strips corresponding to the two testing functionalities.
A process for preparing a reduced-lactose or lactose free mammalian milk product comprising the steps of: - (a) enzymatically hydrolysing the lactose present in mammalian milk; (b) diluting the enzymatically hydrolysed milk with a lactose-reduced liquid which is water to reduce the sweetness imparted by the presence of glucose and galactose; and (c) reformulating the diluted enzymatically hydrolysed milk by adding one or more of a protein, a mineral, a vitamin, a gum, a starch, a stabiliser, and/or an emulsifier to provide a reduced-lactose or lactose-free milk product that retains the flavour, taste and nutritional values of a full lactose-containing milk; wherein the process does not use lactose separation technology or by-products, including permeate and retentate of filtration technology, and wherein the hydrolysed milk comprises 0.1% w/v or less lactose, and wherein the process comprises the step of adjusting the amount of butterfat in the milk to compensate for the dilution with water. (a) enzymatically hydrolysing the lactose present in mammalian milk; (b) diluting the enzymatically hydrolysed milk with a lactose-reduced liquid which is water to reduce the sweetness imparted by the presence of glucose and galactose; and (c) reformulating the diluted enzymatically hydrolysed milk by adding one or more of a protein, a mineral, a vitamin, a gum, a starch, a stabiliser, and/or an emulsifier to provide a reduced-lactose or lactose-free milk product that retains the flavour, taste and nutritional values of a full lactose-containing milk;
A water-soluble thickening polyurethane resulting from the condensation: a) of at least one polyethoxylated alcohol of formula: in which: - x and y represent, independently of one another, 0 or 1, - p, q, s and r are integers at least one of which is non zero, - 5 < p + x + q + 2r + yr + rs < 11 and - n represents an integer or a decimal number varying between 20 and 40, b) of at least one poly(alkylene glycol) and c) of at least one polyisocyanate. a) of at least one polyethoxylated alcohol of formula: in which: - x and y represent, independently of one another, 0 or 1, - p, q, s and r are integers at least one of which is non zero, - 5 < p + x + q + 2r + yr + rs < 11 and - n represents an integer or a decimal number varying between 20 and 40, - x and y represent, independently of one another, 0 or 1, - p, q, s and r are integers at least one of which is non zero, - 5 < p + x + q + 2r + yr + rs < 11 and - n represents an integer or a decimal number varying between 20 and 40, b) of at least one poly(alkylene glycol) and c) of at least one polyisocyanate.
A method for transmitting user data over a plastic optical fibre including the steps of: generating (1921, 1922, 1923) a synchronization sequence indicating start of a frame, a reference signal for timing recovery and channel estimation and a control signal; forming the frame starting with the generated synchronization sequence and including a plurality of portions for transmitting the user data, a plurality of portions of the reference signal including pilot symbols, and a plurality of portions of the control data, wherein a portion for transmitting the user data is located between each two of the synchronization sequence, a portion of the reference signal and a portion of the control data, wherein the synchronization sequence is a predefined sequence of symbols modulated by a 2-level pulse-amplitude modulation, the reference signal is a sequence of predetermined symbols modulated by an M-level pulse-amplitude modulation with M being an integer larger than 2, the control data is modulated by a 2-dimensional binary phase shift keying 2-level pulse-amplitude modulation, 2D BPSK 2-PAM, and the user data is modulated by an N-level pulse-amplitude modulation with N being an integer larger than or equal to 2; and transmitting the generated frame over a plastic optical fibre. generating (1921, 1922, 1923) a synchronization sequence indicating start of a frame, a reference signal for timing recovery and channel estimation and a control signal; forming the frame starting with the generated synchronization sequence and including a plurality of portions for transmitting the user data, a plurality of portions of the reference signal including pilot symbols, and a plurality of portions of the control data, wherein a portion for transmitting the user data is located between each two of the synchronization sequence, a portion of the reference signal and a portion of the control data, wherein the synchronization sequence is a predefined sequence of symbols modulated by a 2-level pulse-amplitude modulation, the reference signal is a sequence of predetermined symbols modulated by an M-level pulse-amplitude modulation with M being an integer larger than 2, the control data is modulated by a 2-dimensional binary phase shift keying 2-level pulse-amplitude modulation, 2D BPSK 2-PAM, and the user data is modulated by an N-level pulse-amplitude modulation with N being an integer larger than or equal to 2; and transmitting the generated frame over a plastic optical fibre.
A positive photosensitive insulating resin composition comprising: an alkali soluble resin having a phenolic hydroxyl group and a weight-average molecular weight of at least 2000, a compound having a quinonediazido group, which is an ester formed between either 1,2-naphthoquinonediazido-4-sulfonic acid or 1,2-naphthoquinonediazido-5-sulfonic acid and a compound having at least one phenolic hydroxyl group, crosslinked fine particles at 1 to 50 parts by weight based on 100 parts by weight of the alkali soluble resin having a phenolic hydroxyl group, wherein the polymer making up the particles has a Tg of not higher than 0°C, a compound containing at least two alkyletherified amino groups in the molecule, wherein the compound is a nitrogen-containing compound in which all or part of active methylol groups in (poly) methylolated melamine, (poly) methylolated glycoluril, (poly) methylolated benzoguanamine or (poly) methylolated urea are alkyletherified, a thermal acid generator, and a solvent. an alkali soluble resin having a phenolic hydroxyl group and a weight-average molecular weight of at least 2000, a compound having a quinonediazido group, which is an ester formed between either 1,2-naphthoquinonediazido-4-sulfonic acid or 1,2-naphthoquinonediazido-5-sulfonic acid and a compound having at least one phenolic hydroxyl group, crosslinked fine particles at 1 to 50 parts by weight based on 100 parts by weight of the alkali soluble resin having a phenolic hydroxyl group, wherein the polymer making up the particles has a Tg of not higher than 0°C, a compound containing at least two alkyletherified amino groups in the molecule, wherein the compound is a nitrogen-containing compound in which all or part of active methylol groups in (poly) methylolated melamine, (poly) methylolated glycoluril, (poly) methylolated benzoguanamine or (poly) methylolated urea are alkyletherified, a thermal acid generator, and a solvent.
A light emitting diode device, comprising: an LED chip on a mount surface; a conversion layer disposed on said LED chip, said conversion layer covering the top light emitting surface and side surfaces of said LED chip, said conversion layer having a left edge and a right edge in a cross-sectional view, and a binder material and a plurality of phosphor particles dispersed throughout said binder material, wherein said conversion layer is conformal to said LED chip; a plurality of nanoparticles disposed throughout said binder material, said nanoparticles having a refractive index higher than said binder material, wherein said conversion layer comprises greater than 10% nanoparticles by volume; a light scattering layer on said conversion layer and in contact with said mount surface, said light scattering layer comprising a plurality of light scattering particles disposed throughout a surrounding medium, wherein light conversion only takes place in the conversion layer; and a planar reflective element on said LED chip opposite said conversion layer, said planar reflective element located between the mount surface and the LED chip and extending only from said left edge of said conversion layer to said right edge of said conversion layer. an LED chip on a mount surface; a conversion layer disposed on said LED chip, said conversion layer covering the top light emitting surface and side surfaces of said LED chip, said conversion layer having a left edge and a right edge in a cross-sectional view, and a binder material and a plurality of phosphor particles dispersed throughout said binder material, wherein said conversion layer is conformal to said LED chip; a plurality of nanoparticles disposed throughout said binder material, said nanoparticles having a refractive index higher than said binder material, wherein said conversion layer comprises greater than 10% nanoparticles by volume; a light scattering layer on said conversion layer and in contact with said mount surface, said light scattering layer comprising a plurality of light scattering particles disposed throughout a surrounding medium, wherein light conversion only takes place in the conversion layer; and a planar reflective element on said LED chip opposite said conversion layer, said planar reflective element located between the mount surface and the LED chip and extending only from said left edge of said conversion layer to said right edge of said conversion layer.