mhurhangee/ep-ind-claims huggingface dataset:
A flexible memory device comprising: a flexible substrate; a plurality of contact pads disposed on the flexible substrate; a plurality of lines disposed on the flexible substrate, each line of the plurality of lines connected to a contact pad of the plurality of contact pads; characterised in that: at least one contact pad of the plurality of contact pads forms at least one first tamper evident contact pad; at least one line of the plurality of lines forms at least one first tamper evident line and is connected to the at least one tamper evident contact pad; a first partially weakened portion of the flexible substrate arranged across the at least one tamper evident line. a flexible substrate; a plurality of contact pads disposed on the flexible substrate; a plurality of lines disposed on the flexible substrate, each line of the plurality of lines connected to a contact pad of the plurality of contact pads; characterised in that: at least one contact pad of the plurality of contact pads forms at least one first tamper evident contact pad; at least one line of the plurality of lines forms at least one first tamper evident line and is connected to the at least one tamper evident contact pad; at least one contact pad of the plurality of contact pads forms at least one first tamper evident contact pad; at least one line of the plurality of lines forms at least one first tamper evident line and is connected to the at least one tamper evident contact pad; a first partially weakened portion of the flexible substrate arranged across the at least one tamper evident line.
A process of recovering oil comprising (a) converting a starch-containing material into dextrins with an alpha-amylase; (b) saccharifying the dextrins using a carbohydrate source generating enzyme to form a sugar; (c) fermenting the sugar in a fermentation medium into a fermentation product using a fermenting organism, wherein the fermentation medium comprises a hemicellulase(s), an endoglucanase(s), and a GH61 polypeptide; (d) distilling the fermentation product to form a whole stillage; (e) separating the whole stillage into thin stillage and wet cake; and (f) recovering the oil from the thin stillage. (a) converting a starch-containing material into dextrins with an alpha-amylase; (b) saccharifying the dextrins using a carbohydrate source generating enzyme to form a sugar; (c) fermenting the sugar in a fermentation medium into a fermentation product using a fermenting organism, wherein the fermentation medium comprises a hemicellulase(s), an endoglucanase(s), and a GH61 polypeptide; (d) distilling the fermentation product to form a whole stillage; (e) separating the whole stillage into thin stillage and wet cake; and (f) recovering the oil from the thin stillage.
Device for connecting two rigid objects, comprising a male part and a female part, which are interconnectable, wherein said female part comprises an inner wall portion with at least one first holding section positioned at the inner periphery of said female part and said male part comprises a sleeve with at least one second holding section positioned on the outer periphery of said male part, a ring-shaped element being arranged to be placed between the parts when inserting said male part into said female part through an opening, said ring-shaped element being provided with at least one axial protruding resilient tongue having a first means being arranged to engage said first holding section of said female part when inserting said ring-shaped element into said female part, and/or said resilient tongue further having a second means being arranged to resiliently snap into a holding position at said second holding section of said male part when inserting said male part into said ring-shaped element and said female part, wherein adjacent to said first holding section of said female part is arranged at least one disengagement element having a radially acting wedge portion on which said resilient tongue runs, which allows separation of said female part and said male part when turning said ring-shaped element with a predetermined force relatively to said male and female part to a position where said second means of said resilient tongue is placed, by running said resilient tongue on said wedge portion, radially outside said second holding section of said male part, so that said resilient tongue is kept in this position until said turning force is relived and said resilient tongue automatically returns to its originally position, characterised in that said disengagement element is a separate ring-shaped disengagement element which is being arranged to be placed between the parts (2, 3) when inserting said male part into said female part before said ring-shaped element is being arranged.
A method for decoding encoded image data, the method comprising: receiving quantized transform coefficients; dequantizing the quantized transform coefficients; performing an inverse transform process to the dequantized transform coefficients, wherein the elements of the inverse transform process and the dequantization process are obtained by: factorizing an inverse discrete cosine transform matrix into a product of matrices, at least one of the matrices being a diagonal matrix and at least one of the matrices being a non-diagonal simplified inverse transform matrix comprising elements constituting irrational numbers; approximating elements of the non-diagonal simplified inverse transform matrix constituting irrational numbers by rational numbers to form a further simplified inverse transform matrix; characterised by adjusting elements of the diagonal matrix to compensate for the approximation of elements of the non-diagonal simplified inverse transform matrix by rational numbers such that a product of a reassembled matrix and the transpose of the reassembled matrix is equal to the identity matrix, when the reassembled matrix is formed from the further simplified inverse transform matrix and the adjusted diagonal matrix; and calculating elements of a dequantization matrix based on a quantization parameter and on the adjusted elements of the diagonal matrix. receiving quantized transform coefficients; dequantizing the quantized transform coefficients; performing an inverse transform process to the dequantized transform coefficients, factorizing an inverse discrete cosine transform matrix into a product of matrices, at least one of the matrices being a diagonal matrix and at least one of the matrices being a non-diagonal simplified inverse transform matrix comprising elements constituting irrational numbers; approximating elements of the non-diagonal simplified inverse transform matrix constituting irrational numbers by rational numbers to form a further simplified inverse transform matrix; adjusting elements of the diagonal matrix to compensate for the approximation of elements of the non-diagonal simplified inverse transform matrix by rational numbers such that a product of a reassembled matrix and the transpose of the reassembled matrix is equal to the identity matrix, when the reassembled matrix is formed from the further simplified inverse transform matrix and the adjusted diagonal matrix; and calculating elements of a dequantization matrix based on a quantization parameter and on the adjusted elements of the diagonal matrix.
Apparatus for shaping plastics material preforms into plastics material containers with a sealing device for sealing off intermediate spaces formed between bodies (12, 14) arranged so as to be movable with respect to each other, wherein the sealing device has a main body which is formed from a resilient and gas-tight material and which extends completely in a peripheral direction, through which a portion of the first of the two bodies (12, 14) is capable of being guided, and a first end portion, which is capable of being fastened to the second body, and a second end portion, which is capable of being set against the first movable body, wherein the second end portion is movable with respect to the first end portion in a first transverse direction which extends at an angle different from 0° with respect to the longitudinal direction, characterized in that a sliding sealing device, which is capable of being applied to the first movable body in such a way that a relative rotation is made possible between the first body and the second body by a pre-set angle, is arranged on the second end portion of the sealing device.
A cosmetic composition in the form of an emulsion, containing • at least one urea derivative selected from at least one compound according to formula, in which the functional groups R1, R2, R3 and R4 represent, independently of one another, a hydrogen atom, a C 1 -C 4 alkyl group, a C 2 -C 6 alkenyl group or a C 2 -C 6 hydroxyalkyl group comprising at least one hydroxy group, with the proviso that at least one of said functional groups represents a C 2 -C 6 hydroxyalkyl group comprising at least one hydroxy group, and • at least one salt of C 12-20 alkyl phosphate, in particular a salt of cetyl phosphate, and • at least one C 14-20 monoacylglyceride or diacylglyceride, preferably at least one C 16-18 monoacylglyceride or diacylglyceride, particularly preferably selected from hydrogenated palm glycerides, and • water, wherein the C 14-20 monoacylglycerides or diacylglycerides, preferably the C 16-18 monoacylglycerides or diacylglycerides, particularly preferably the hydrogenated palm glycerides, are contained in a total amount of from 0.1 to 1.7 wt.%, based on the total weight of the composition. • at least one urea derivative selected from at least one compound according to formula, in which the functional groups R1, R2, R3 and R4 represent, independently of one another, a hydrogen atom, a C 1 -C 4 alkyl group, a C 2 -C 6 alkenyl group or a C 2 -C 6 hydroxyalkyl group comprising at least one hydroxy group, with the proviso that at least one of said functional groups represents a C 2 -C 6 hydroxyalkyl group comprising at least one hydroxy group, and • at least one salt of C 12-20 alkyl phosphate, in particular a salt of cetyl phosphate, and • at least one C 14-20 monoacylglyceride or diacylglyceride, preferably at least one C 16-18 monoacylglyceride or diacylglyceride, particularly preferably selected from hydrogenated palm glycerides, and • water,
A HEMT device, comprising: - a buffer layer on a substrate, the buffer layer including AlGaN; - a semiconductor layer on the buffer layer; - an isolation layer (16, 17) on the semiconductor layer, the isolation layer (16,17) having a bi-layer structure with a lower layer including AlGaN and an upper layer including AlGaN; - a source and a drain which are in contact with the semiconductor layer; and a gate between the source and the drain formed on the lower layer of the isolation layer, said gate being formed in a trench in the upper layer of the isolation layer; - a channel (32, 33) in the semiconductor layer under the gate is pinched off; wherein the Al composition of the upper layer of the isolation layer is larger than the Al composition of the lower layer of the isolation layer, wherein: - the Al composition of the buffer layer is between 5-15 %, - the Al composition of the lower layer of the isolation layer is close to the Al composition of the buffer layer, characterized in that the thickness of the semiconductor layer is between 10 and 30 nm, and in that the Al composition of the upper layer of the isolation layer is between 25-45 %. - a buffer layer on a substrate, the buffer layer including AlGaN; - a semiconductor layer on the buffer layer; - an isolation layer (16, 17) on the semiconductor layer, the isolation layer (16,17) having a bi-layer structure with a lower layer including AlGaN and an upper layer including AlGaN; - a source and a drain which are in contact with the semiconductor layer; and a gate between the source and the drain formed on the lower layer of the isolation layer, said gate being formed in a trench in the upper layer of the isolation layer; - a channel (32, 33) in the semiconductor layer under the gate is pinched off; - the Al composition of the buffer layer is between 5-15 %, - the Al composition of the lower layer of the isolation layer is close to the Al composition of the buffer layer,
A method for compressing a plurality of images on a system with a plurality of processors comprising: dividing each image of the plurality of images into a plurality of slices; for each of at least two processors, associating a thread per processor; assigning each slice to an associated thread; for each slice, when the associated thread is executed on its corresponding processor, compressing the slice; and once a slice is compressed, sending the compressed slice along with an indication of which image it belongs to and where it belongs to within the image from a server of the system to a client. dividing each image of the plurality of images into a plurality of slices; for each of at least two processors, associating a thread per processor; assigning each slice to an associated thread; for each slice, when the associated thread is executed on its corresponding processor, compressing the slice; and once a slice is compressed, sending the compressed slice along with an indication of which image it belongs to and where it belongs to within the image from a server of the system to a client.
A system for automatically defining a user experience or system behavior related to a scene image content using a marked image, the system comprising: (a) an imager configured to capture or generate the scene image content; and (b) an encoding unit configured to receive the scene image content from the imager and combine the scene image content with at least one visible marker to create the marked image, the marker encoding at least one imager parameter, wherein the at least one imager parameter includes at least one of information associated with (i) a lens of the imager or (ii) a camera of the imager; and (c) a display device or an algorithm unit configured to automatically define the user experience or the system behavior using the at least one imager parameter decoded from the marker, wherein the user experience or system behavior include at least one of (i) image distortion correction or (ii) image enhancement. (a) an imager configured to capture or generate the scene image content; and (b) an encoding unit configured to receive the scene image content from the imager and combine the scene image content with at least one visible marker to create the marked image, the marker encoding at least one imager parameter, wherein the at least one imager parameter includes at least one of information associated with (i) a lens of the imager or (ii) a camera of the imager; and (c) a display device or an algorithm unit configured to automatically define the user experience or the system behavior using the at least one imager parameter decoded from the marker, wherein the user experience or system behavior include at least one of (i) image distortion correction or (ii) image enhancement.
An acoustic device comprising at least one box subdivided into at least one "technical" compartment containing at least one loudspeaker, and a second compartment separated from the technical compartment by at least one acoustically-transparent wall, the second compartment being arranged to be capable of storing at least one accessory, and being provided with an opening together with shutter means for shutting said opening so that when the secondary compartment is empty, it is acoustically useful, the acoustic device being characterized in that the acoustically-transparent wall includes at least one acoustically-transparent web and a set of baffles.
A hearing aid comprising: • first wireless link means configured to receive a first data signal using a first carrier frequency; • second wireless link means configured to receive a second data signal using a second carrier frequency; wherein the second wireless link means comprises frequency mixing means configured such that a frequency mixed signal with a down-mixed intermediate carrier frequency is provided by multiplying the second data signal with a mixing signal, wherein the down-mixed intermediate carrier frequency corresponds to the first carrier frequency of the first wireless link means, wherein the second wireless link means comprises a first band pass filter that comprises an electrical antenna of the first wireless link means, wherein said first band pass filter is configured to pass said down-mixed intermediate carrier frequency of the frequency mixed signal. • first wireless link means configured to receive a first data signal using a first carrier frequency; • second wireless link means configured to receive a second data signal using a second carrier frequency; wherein the second wireless link means comprises frequency mixing means configured such that a frequency mixed signal with a down-mixed intermediate carrier frequency is provided by multiplying the second data signal with a mixing signal, wherein the down-mixed intermediate carrier frequency corresponds to the first carrier frequency of the first wireless link means, wherein the second wireless link means comprises a first band pass filter that comprises an electrical antenna of the first wireless link means, wherein said first band pass filter is configured to pass said down-mixed intermediate carrier frequency of the frequency mixed signal.
Biodegradable container for horticulture having a troncoconical structure and characterized by being comprised of three components: - vegetable fibers with a lignin content between 60 and 85% (w/w) deriving from fresh grape stalks; - mixtures of amylose and amylopectin corresponding to a starch content between 60 and 80% (w/w) and deriving from industrial processing residues of potatoes, sweet potatoes, carrots, maniocs or mixtures thereof; - hydrophobic extracts containing between 10 and 20% (w/v) of simple lipids, waxes and terpenes, deriving from forestry by-products; according to a proportion which may vary between 6.0:6.0:1.0 and 7.5:4.4:1.1. - vegetable fibers with a lignin content between 60 and 85% (w/w) deriving from fresh grape stalks; - mixtures of amylose and amylopectin corresponding to a starch content between 60 and 80% (w/w) and deriving from industrial processing residues of potatoes, sweet potatoes, carrots, maniocs or mixtures thereof; - hydrophobic extracts containing between 10 and 20% (w/v) of simple lipids, waxes and terpenes, deriving from forestry by-products;
A decorative sheet comprising at least a substrate and a surface protective layer, wherein the surface protective layer contains an ultraviolet absorber, and the substrate contains white pigment particles, and wherein the white pigment particles are titanium oxide particles having a coating containing Al element and Si element and formed on part or the whole of their surfaces, and contain Ti, Al and Si elements in the following mass ratio: when Ti is taken as 1, Al is not less than 0.02 and less than 0.20, and Si is more than 0.002 and not more than 0.070.
Rupturable film for the sealing of a capsule for extractable substances, consisting of at least one carrier layer of non-woven PLA-based fabric and a gas-barrier layer, mutually coupled, characterised in that said carrier layer is composed of a non-woven fabric of a plastic weldable and compostable material, said barrier layer is comprised of a cellulose-based core layer on the outer surfaces of which there are provided thin protective coatings (2"), obtained by deposition of a varnish based on PVdc, PVOH, silica or aluminium oxides or a metallisation of metal aluminium, said carrier layer and said barrier layer being mutually coupled with adhesive.
A method of providing load balancing information in a label switched network by a first router of the label switched network, the method comprising the steps of: - configuring, by the first router of the label switched network, load balancing information, the load balancing information indicating a condition under which load balancing is to be performed, by at least one second router of the label switched network, for a class of data packets comprising one or more data packets, wherein the load balancing information comprises a threshold value and a maximum link bandwidth value of the first router; and wherein load balancing is to be performed, by the at least one second router, for the class of data packets; and - providing, by the first router, the configured load balancing information together with label information, being related to the class of data packets, in one message to the at least one second router, in order for the at least one second router to establish at least a section of a path for label switching the one or more data packets of the class of data packets through the label switched network on the basis of the label information. - configuring, by the first router of the label switched network, load balancing information, the load balancing information indicating a condition under which load balancing is to be performed, by at least one second router of the label switched network, for a class of data packets comprising one or more data packets, wherein the load balancing information comprises a threshold value and a maximum link bandwidth value of the first router; and wherein load balancing is to be performed, by the at least one second router, for the class of data packets; and - providing, by the first router, the configured load balancing information together with label information, being related to the class of data packets, in one message to the at least one second router, in order for the at least one second router to establish at least a section of a path for label switching the one or more data packets of the class of data packets through the label switched network on the basis of the label information.
A process for producing a chewing-gum pellet, comprising the steps of: - mixing gum base with one or more sweetening substances; - putting the mix obtained inside an extruder, where said mix is heated; - extruding said mix through the die plate of the extruder, this being provided with a plurality of openings with a diameter of less than 1.5 mm; - cutting with a knife the strands of mix coming out of the extruder, within a cutting chamber that is traversed by a flow of gas in the cryogenic state, so as to produce granules of chewing gum that have a diameter of less than 2 mm, which are immediately cooled within said cutting chamber and carried away from said chamber, by said flow of gas; and - mixing said granules with one or more flavouring substances and/or one or more sweetening substances and pressing the composition obtained within a mould to form a chewing-gum pellet. - mixing gum base with one or more sweetening substances; - putting the mix obtained inside an extruder, where said mix is heated; - extruding said mix through the die plate of the extruder, this being provided with a plurality of openings with a diameter of less than 1.5 mm; - cutting with a knife the strands of mix coming out of the extruder, within a cutting chamber that is traversed by a flow of gas in the cryogenic state, so as to produce granules of chewing gum that have a diameter of less than 2 mm, which are immediately cooled within said cutting chamber and carried away from said chamber, by said flow of gas; and - mixing said granules with one or more flavouring substances and/or one or more sweetening substances and pressing the composition obtained within a mould to form a chewing-gum pellet.