mhurhangee/ep-ind-claims huggingface dataset:
A method of using a programmable logic device, hereinafter referred to as a PLD, having configurable logic configured by a configuration memory of the PLD and a decryptor for decrypting encrypted data in a bitstream and a key for use by the decryptor, comprising: placing the PLD into a non-secure mode; and loading the key into the PLD while the PLD is in the non-secure mode; after loading the key into the PLD, placing the PLD into a secure mode; receiving the bitstream from a source external to the PLD; decrypting the encrypted data in the bitstream into decrypted data using the key; loading decrypted data into the configuration memory of the PLD; in response to moving the PLD to the non-secure mode from the secure mode, erasing the key and clearing the configuration memory of the PLD. placing the PLD into a non-secure mode; and loading the key into the PLD while the PLD is in the non-secure mode; after loading the key into the PLD, placing the PLD into a secure mode; receiving the bitstream from a source external to the PLD; decrypting the encrypted data in the bitstream into decrypted data using the key; loading decrypted data into the configuration memory of the PLD; in response to moving the PLD to the non-secure mode from the secure mode, erasing the key and clearing the configuration memory of the PLD.
A charge-pump circuit (1, 1'), comprising a supply voltage input node for applying an input voltage (U in) to be boosted; a boosted voltage output node for outputting a boosted voltage (U out); a plurality of transistor stages connected in series between the supply voltage input node and the boosted voltage output node; and wherein at least one transistor stage comprises a multiple-gate transistor (D1,..., D5), which transistor (D1,.., D5) comprises at least a first gate and a second gate (G i), of which the first gate is realized for switching the transistor (D1,..., D5) on or off according to a voltage applied to the first gate, and the second gate (G i) is realized for controlling the threshold voltage of the multiple-gate transistor (D1,..., D5), independently of the first gate, according to a control voltage (Φ 1, Φ 2) applied to the second gate (G i).
A communication device for a motor vehicle, comprising: - a first control unit; - a second control unit; - a control unit arrangement; - a first data bus to which the first control unit and the control unit arrangement are connected for exchanging data; - a second data bus to which the second control unit and the control unit arrangement are connected for exchanging data; wherein - the control unit arrangement comprises at least a first sensor control unit for controlling a first sensor and a second sensor control unit for controlling a second sensor; - the first sensor and the second sensor have overlapping sensor detection regions; - the first and second sensor control units (SSG1, SSG2) can exchange at least preprocessed sensor data via a third data bus; - the first and second sensor control units are configured to be operated in master-slave operation with respect to at least one functionality, wherein = first items of data which are provided by the first control unit at the first data bus are processed for the control unit arrangement by the first sensor control unit as master of a first functionality; and = first application data for the second control unit are provided at the second data bus by the second sensor control unit as master of a second functionality. - a first control unit; - a second control unit; - a control unit arrangement; - a first data bus to which the first control unit and the control unit arrangement are connected for exchanging data; - a second data bus to which the second control unit and the control unit arrangement are connected for exchanging data; - the control unit arrangement comprises at least a first sensor control unit for controlling a first sensor and a second sensor control unit for controlling a second sensor; - the first sensor and the second sensor have overlapping sensor detection regions; - the first and second sensor control units (SSG1, SSG2) can exchange at least preprocessed sensor data via a third data bus; - the first and second sensor control units are configured to be operated in master-slave operation with respect to at least one functionality, wherein = first items of data which are provided by the first control unit at the first data bus are processed for the control unit arrangement by the first sensor control unit as master of a first functionality; and = first application data for the second control unit are provided at the second data bus by the second sensor control unit as master of a second functionality. = first items of data which are provided by the first control unit at the first data bus are processed for the control unit arrangement by the first sensor control unit as master of a first functionality; and = first application data for the second control unit are provided at the second data bus by the second sensor control unit as master of a second functionality.
A grinding coolant supplier configured to supply a grinding coolant to a grinder configured to grind an element of a machine part having a rolling element, the grinding coolant supplier comprising: a grinding coolant generation apparatus configured to generate a grinding coolant which is a mixture of a water-soluble stock coolant, a first reformed water of which water particles have an average particle size of not smaller than 80 nm and not greater than 150 nm, and a second reformed water of which water particles have an average particle size of not smaller than 5 nm and smaller than 80 nm, wherein the grinding coolant contains 2 to 5% of the stock coolant, 85 to 93% of the first reformed water, and 5 to 10% of the second reformed water; and a grinding coolant supplying device configured to supply the generated grinding coolant to the grinder. a grinding coolant generation apparatus configured to generate a grinding coolant which is a mixture of a water-soluble stock coolant, a first reformed water of which water particles have an average particle size of not smaller than 80 nm and not greater than 150 nm, and a second reformed water of which water particles have an average particle size of not smaller than 5 nm and smaller than 80 nm, wherein the grinding coolant contains 2 to 5% of the stock coolant, 85 to 93% of the first reformed water, and 5 to 10% of the second reformed water; and a grinding coolant supplying device configured to supply the generated grinding coolant to the grinder.
A fibrous material in sheet form corresponding to a paper or cardboard sheet, optionally as a manufactured article, characterized in that it is treated by a deep impregnation in the thickness of said fibrous material with an aqueous composition comprising: - at least one alkaline metal silicate, and preferably a silicate of Na, K or Li or of a mixture of these alkaline metals, - at least one mineral filler, the mass ratio between the mineral filler and the alkaline silicate in the dry extract of the composition being from 0.25 to 4, and preferably from 0.3 to 3 and preferentially from 0.5 to 1.5. - at least one alkaline metal silicate, and preferably a silicate of Na, K or Li or of a mixture of these alkaline metals, - at least one mineral filler,
A method for sorting tires on basis of its components, characterized in that said tires are sorted on basis of its silica content, wherein said silica content of said tires is measured by using one or more sensor-based technologies chosen from the group of electrical resistivity, X-ray fluorescence, Near-infrared and laser-induced plasma spectroscopy (LIPS).
A mouthpiece for an apparatus for generating an inhalable medium, the mouthpiece defining an aperture extending from a first opening at a first end of the mouthpiece to a second opening at an opposing end of the mouthpiece, the mouthpiece being arranged to receive in the aperture through the first opening a flavour element for imparting a flavour to a flow of at least one of a vapour and an aerosol that passes through the mouthpiece in use, the aperture having a first radial dimension (dl) towards the first opening, and a second radial dimension towards the second opening, wherein the second radial dimension is smaller than the first radial dimension (dl); and the mouthpiece further comprising the flavour element received in the aperture through the first opening.
A method for evacuating hollow chambers (1", 1"', 1"") of plastic windows, in which an opening is produced in an outer wall of the hollow chamber (1", 1"', 1""), the opening is sealed by a suction trunk, air is evacuated from the hollow chamber (1", 1"', 1""), and a seal is placed on the opening directly after the evacuation of the air in order to seal said opening, wherein several profile sections (1, 1') which are cut in a mitered manner and provided with several hollow chambers (1", 1"', 1"") are welded at the ends in order to form a frame, and at least one first hollow chamber (1") is evacuated in that the opening is produced in an outer wall of the first hollow chamber (1"), air is evacuated from the first hollow chamber (1"), and thereupon the opening is closed off, characterised in that prior to the evacuation and preferably prior to the welding at least one transfer opening in form of an exposed area in a web (3', 3") is produced between the first hollow chamber (1") and a further hollow chamber (1"', 1"").
Sensor arrangement for measuring at least one process variable, comprising - a support element which has at least one recess, - a substrate arranged on the support element, wherein the substrate is formed as a transfer tape which has adhesive areas on both sides, - a membrane layer arranged above the substrate, at least in the area of the recess, having one or more electrically conductive conductor tracks (6.1, 6.2), wherein the membrane layer consists of ceramic or glass ceramic, and - at least one sensor element, which is arranged on the membrane layer and is electrically conductively connected to at least one conductor track (6.1, 6.2) via a temperature-stable contact-making means. - a support element which has at least one recess, - a substrate arranged on the support element, wherein the substrate is formed as a transfer tape which has adhesive areas on both sides, - a membrane layer arranged above the substrate, at least in the area of the recess, having one or more electrically conductive conductor tracks (6.1, 6.2), wherein the membrane layer consists of ceramic or glass ceramic, and - at least one sensor element, which is arranged on the membrane layer and is electrically conductively connected to at least one conductor track (6.1, 6.2) via a temperature-stable contact-making means.
Method for avoiding black screens during channel tuning, at least comprising the steps: Causing a channel tuning event to tune a receiver from a first channel to a second channel, Determining at least one property of the second channel, wherein the at least one property of the second channel is derived from an EPG, wherein the property represents a content class, wherein the determined content class represents one of a predefined number of content classes, wherein each content class represents a value or function, Determining predefined data and/or signals representing content to be visually and/or acoustically outputted in dependency of the determined property, Routing the predefined data and/or signals from at least one source to a display means for transferring the data and/or signals into visual and/or acoustic content, Outputting the visual and/or acoustic content by means of the display means after the channel tuning event was caused and before the program of the second channel is displayed, wherein the time between the channel tuning event and displaying of the program of the second channel depends on the respective value or function. Causing a channel tuning event to tune a receiver from a first channel to a second channel, Determining at least one property of the second channel, wherein the at least one property of the second channel is derived from an EPG, wherein the property represents a content class, wherein the determined content class represents one of a predefined number of content classes, wherein each content class represents a value or function, Determining predefined data and/or signals representing content to be visually and/or acoustically outputted in dependency of the determined property, Routing the predefined data and/or signals from at least one source to a display means for transferring the data and/or signals into visual and/or acoustic content, Outputting the visual and/or acoustic content by means of the display means after the channel tuning event was caused and before the program of the second channel is displayed, wherein the time between the channel tuning event and displaying of the program of the second channel depends on the respective value or function.
Equipment for forming a tubular rod from a bundle of fibrous material comprising a mandrel having an upstream end section and a downstream end section of smaller cross-sectional area, the mandrel being constructed to form a space within the bundle of fibres as the bundle of fibres advances over the mandrel, wherein the mandrel comprises a passage (94,95) having a longitudinal axis, and an outlet between the upstream and the downstream end sections of the mandrel for delivering a treatment fluid from the passage to the bundle of fibrous material on the mandrel in a direction that is not opposed to the direction of movement of the bundle over the mandrel, the outlet being oriented at an acute angle to the longitudinal axis of the passage such that treatment fluid is discharged into the fibre bundle in a direction of from 20 to 70 degrees to the direction of movement of the bundle over the mandrel, thereby assisting, rather than opposing, the movement of the fibres.
A (a) sphingosine compound having formula I: wherein X is an alkyl or alkenyl having 8-24 carbons, preferably 10 to 20 carbons, more preferably a linear alkyl; R 1 is selected from H and C(=O)C 1-20, preferably R 1 is H; R 2 is selected from H and OH, preferably R 2 is OH; and R 3 is selected from phosphate, OH or F, preferably OH, (b) a conjugate of said compound, or (c) an oral care composition comprising said compound; for use in the treatment, reduction, or prevention of dental erosion or dentine hypersensitivity. (a) sphingosine compound having formula I: wherein X is an alkyl or alkenyl having 8-24 carbons, preferably 10 to 20 carbons, more preferably a linear alkyl; R 1 is selected from H and C(=O)C 1-20, preferably R 1 is H; R 2 is selected from H and OH, preferably R 2 is OH; and R 3 is selected from phosphate, OH or F, preferably OH, wherein X is an alkyl or alkenyl having 8-24 carbons, preferably 10 to 20 carbons, more preferably a linear alkyl; R 1 is selected from H and C(=O)C 1-20, preferably R 1 is H; R 2 is selected from H and OH, preferably R 2 is OH; and R 3 is selected from phosphate, OH or F, preferably OH, (b) a conjugate of said compound, or (c) an oral care composition comprising said compound; for use in the treatment, reduction, or prevention of dental erosion or dentine hypersensitivity.
A method for dissipating and entrapping absorbent particles within air permeable structures, for use in the construction of absorbent articles, said method comprising the steps of: (i) constructing an air-permeable, non-woven structure comprising at least first, second and third layers of non-woven fabric, each said numbered layer (n) being bonded, manufactured onto or otherwise joined to each subsequently numbered layer (n+1), and wherein fibres in each said layer are arranged so as to define void spaces therebetween of pre-determined size, corresponding to a given absorbent particle size distribution range; and wherein the void spaces in each said numbered layer (n), are of smaller size than the void spaces in each subsequently numbered layer (n+1); (ii) dispersing, by controllable mechanical means, absorbent particles onto an external surface of the highest numbered layer of said air-permeable, non-woven structure formed in step (i), said absorbent particles having a pre-determined particle size distribution range; (iii) dissipating said dispersed absorbent particles within the air-permeable, non-woven structure by applying an external energy source acting upon the absorbent particles in a direction substantially normal to the plane of the external surface of the air-permeable, non-woven structure, wherein the external energy source is an ultra-sonic vibration source. (i) constructing an air-permeable, non-woven structure comprising at least first, second and third layers of non-woven fabric, each said numbered layer (n) being bonded, manufactured onto or otherwise joined to each subsequently numbered layer (n+1), and wherein fibres in each said layer are arranged so as to define void spaces therebetween of pre-determined size, corresponding to a given absorbent particle size distribution range; and wherein the void spaces in each said numbered layer (n), are of smaller size than the void spaces in each subsequently numbered layer (n+1); (ii) dispersing, by controllable mechanical means, absorbent particles onto an external surface of the highest numbered layer of said air-permeable, non-woven structure formed in step (i), said absorbent particles having a pre-determined particle size distribution range; (iii) dissipating said dispersed absorbent particles within the air-permeable, non-woven structure by applying an external energy source acting upon the absorbent particles in a direction substantially normal to the plane of the external surface of the air-permeable, non-woven structure,
A structural element for constructions comprising: i) a structure made of concrete and/or geopolymer and/or alkali activated material; ii) at least one strip made of a fibre-resin composite which surrounds at least part of said structure, compressing it; characterised in that said at least one strip comprises a plurality of superposed layers made of a fibre-resin composite which surround the structure; said layers are superposed on one another, a more external layer being glued to a more internal layer without external means for maintaining a tension of said at least one strip, the more external layer covering at least partly a more internal layer, whereby the at least one strip at least partly surmounts an external surface of said structure. i) a structure made of concrete and/or geopolymer and/or alkali activated material; ii) at least one strip made of a fibre-resin composite which surrounds at least part of said structure, compressing it;
A sleep disordered breathing therapy device, comprising: a housing configured for location external to a body of a subject; a battery retained in the housing; a primary antenna (50, 150) associated with the housing; and at least one processor in electrical communication with the battery and the primary antenna (50, 150), the at least one processor configured to: generate over a period of at least three hours in duration a primary signal using power supplied by the battery, the primary signal including a pulse train, each pulse of the pulse train including a plurality of stimulation pulses, cause transmission of the primary signal from the primary antenna (50, 150), during a treatment session of at least three hours in duration, to an implant unit, characterized in that at least one of the plurality of stimulation pulses consists of stimulation sub-pulses. a housing configured for location external to a body of a subject; a battery retained in the housing; a primary antenna (50, 150) associated with the housing; and at least one processor in electrical communication with the battery and the primary antenna (50, 150), the at least one processor configured to: generate over a period of at least three hours in duration a primary signal using power supplied by the battery, the primary signal including a pulse train, each pulse of the pulse train including a plurality of stimulation pulses, cause transmission of the primary signal from the primary antenna (50, 150), during a treatment session of at least three hours in duration, to an implant unit, characterized in that at least one of the plurality of stimulation pulses consists of stimulation sub-pulses. generate over a period of at least three hours in duration a primary signal using power supplied by the battery, the primary signal including a pulse train, each pulse of the pulse train including a plurality of stimulation pulses, cause transmission of the primary signal from the primary antenna (50, 150), during a treatment session of at least three hours in duration, to an implant unit, characterized in that at least one of the plurality of stimulation pulses consists of stimulation sub-pulses.
A method comprising: receiving packets at a network device; capturing information describing occupancy of a buffer caused by packet flow through the buffer in the network device; generating analytics packets containing the information; and outputting the analytics packets from the network device; characterized in that the generating comprises: generating at least one of an enqueue analytics packet and a dequeue analytics packet, the enqueue analytics packet comprising information describing properties associated with a packet being enqueued to the buffer in the network device and the dequeue analytics packet comprising information describing properties associated with a packet being dequeued from the buffer in the network device, and inserting an address into the enqueue analytics packet and into the dequeue analytics packet, and in that the outputting comprises: sending the enqueue analytics packet and dequeue analytics packet into the network to a destination. receiving packets at a network device; capturing information describing occupancy of a buffer caused by packet flow through the buffer in the network device; generating analytics packets containing the information; and outputting the analytics packets from the network device; generating at least one of an enqueue analytics packet and a dequeue analytics packet, the enqueue analytics packet comprising information describing properties associated with a packet being enqueued to the buffer in the network device and the dequeue analytics packet comprising information describing properties associated with a packet being dequeued from the buffer in the network device, and inserting an address into the enqueue analytics packet and into the dequeue analytics packet, and in that the outputting comprises: sending the enqueue analytics packet and dequeue analytics packet into the network to a destination. sending the enqueue analytics packet and dequeue analytics packet into the network to a destination.