mhurhangee/ep-ind-claims huggingface dataset:
A method for assistance in detection of a hard landing of an aircraft, characterized in that it comprises: - determining (72, 76) an instant of impact (14, 16) of said aircraft on a landing runway from measured parameters; - estimating (74, 78) a plurality of said parameters at said determined instant of impact (t 0, t 1); - estimating at least one load criterion (C i) for a structural component (100, 102, 104) of said aircraft, said estimating comprising: ∘ a step of calculating at least one load criterion (C i) for said structural component with at least one neural network receiving said estimated parameters as input (x i). - determining (72, 76) an instant of impact (14, 16) of said aircraft on a landing runway from measured parameters; - estimating (74, 78) a plurality of said parameters at said determined instant of impact (t 0, t 1); - estimating at least one load criterion (C i) for a structural component (100, 102, 104) of said aircraft, said estimating comprising: ∘ a step of calculating at least one load criterion (C i) for said structural component with at least one neural network receiving said estimated parameters as input (x i). ∘ a step of calculating at least one load criterion (C i) for said structural component with at least one neural network receiving said estimated parameters as input (x i).
Train set with at least one suspension device on which at least one high-voltage cable section is suspended, - wherein the train set comprises at least two carriages and the suspension device accommodates the high-voltage cable section between each two adjacent carriages of the train set, and - wherein each high-voltage cable section comprises two ends (31, 32) each connected by a plug connection (41, 42) to a respective associated high-voltage line (45, 46) in a respective associated carriage, wherein the suspension device is attached to a mechanical intermediate coupling between the two carriages, and - the entire high-voltage cable section is flexible and is movably and elastically supported on the suspension device, characterised in that - the suspension device comprises three arms (21, 22, 23), wherein a first arm is attached to the intermediate coupling from below and a second arm and a third arm are directed downwardly away from the intermediate coupling, and wherein the high-voltage cable section is supported between the second arm and third arm. - wherein the train set comprises at least two carriages and the suspension device accommodates the high-voltage cable section between each two adjacent carriages of the train set, and - wherein each high-voltage cable section comprises two ends (31, 32) each connected by a plug connection (41, 42) to a respective associated high-voltage line (45, 46) in a respective associated carriage, wherein the suspension device is attached to a mechanical intermediate coupling between the two carriages, and - the entire high-voltage cable section is flexible and is movably and elastically supported on the suspension device, characterised in that - the suspension device comprises three arms (21, 22, 23), wherein a first arm is attached to the intermediate coupling from below and a second arm and a third arm are directed downwardly away from the intermediate coupling, and wherein the high-voltage cable section is supported between the second arm and third arm.
A hinge for use with movable components comprising: a generally rectangular body including: a bend region; a first flange; a second flange, the first flange and second flange being positioned on opposing sides of the bend region, and including a filler medium, an upper composite layer and a lower composite layer, the upper composite layer being bonded to at least a portion of a first edge of the filler medium and the lower composite layer being bonded to at least a portion of a second, opposing, edge of the filler medium; and a portion of the bend region having a reduced thickness relative to the first and second flange such that a hinge axis is defined within the bend region about which at least one of the first flange and the second flange are configured to rotate, wherein the upper composite layer and the lower composite layer each include a first layer of unidirectional fibers and an additional layer of unidirectional fibers arranged at a different fiber orientation from the first layer; wherein the bend region is created by forming a groove (40, 42) in a central portion of the filler medium; and wherein the upper composite layer and the lower composite layer do not extend over a portion of the filler medium in the bend region. a bend region; a first flange; a second flange, the first flange and second flange being positioned on opposing sides of the bend region, and including a filler medium, an upper composite layer and a lower composite layer, the upper composite layer being bonded to at least a portion of a first edge of the filler medium and the lower composite layer being bonded to at least a portion of a second, opposing, edge of the filler medium; and a portion of the bend region having a reduced thickness relative to the first and second flange such that a hinge axis is defined within the bend region about which at least one of the first flange and the second flange are configured to rotate, wherein the upper composite layer and the lower composite layer each include a first layer of unidirectional fibers and an additional layer of unidirectional fibers arranged at a different fiber orientation from the first layer; wherein the bend region is created by forming a groove (40, 42) in a central portion of the filler medium; and wherein the upper composite layer and the lower composite layer do not extend over a portion of the filler medium in the bend region.
Packaging installation comprising - at least two packaging devices arranged sequentially one after the other, each packaging device having an infeed belt and an outfeed belt, and the infeed belt delivers packagings to the packaging device and the outfeed belt receives packagings which have been processed by the packaging devices, - a conveyor belt which is arranged between the outfeed belt of a first packaging device and the infeed belt of a second packaging device, and - a central controller, characterised in that - the central controller determines at least the actual speed of the infeed belts and of the outfeed belts of the packaging devices and of the conveyor belt, and - the central controller determines at least the actual packaging density of the infeed belts and of the outfeed belts of the packaging devices and of the conveyor belt, and - the central controller determines at least desired speeds for the infeed belts and for the outfeed belts of the packaging devices and for the conveyor belt, based on the actual packaging density and on the actual speeds, such that the distance between the packagings does not fall below a minimum distance. - at least two packaging devices arranged sequentially one after the other, each packaging device having an infeed belt and an outfeed belt, and the infeed belt delivers packagings to the packaging device and the outfeed belt receives packagings which have been processed by the packaging devices, - a conveyor belt which is arranged between the outfeed belt of a first packaging device and the infeed belt of a second packaging device, and - a central controller, - the central controller determines at least the actual speed of the infeed belts and of the outfeed belts of the packaging devices and of the conveyor belt, and - the central controller determines at least the actual packaging density of the infeed belts and of the outfeed belts of the packaging devices and of the conveyor belt, and - the central controller determines at least desired speeds for the infeed belts and for the outfeed belts of the packaging devices and for the conveyor belt, based on the actual packaging density and on the actual speeds, such that the distance between the packagings does not fall below a minimum distance.
A thermal transfer donor element comprising a polymeric support having at least a portion thereof coated with a thermal transferable protective transparent film that comprises: a poly(vinyl acetal) in an amount of at least 50 weight % and up to and including 70 weight % based on the total thermal transferable protective transparent film dry weight, a second polymer selected from a poly(vinyl acetal) and a cellulose acetate propionate, and colloidal silica, wherein: (a) the molecular weight of the second polymer is greater than the molecular weight of the poly(vinyl acetal), (b) the weight ratio of the poly(vinyl acetal) to the second polymer is at least 5:1 and up to and including 12:1, (c) the weight ratio of colloidal silica to the second polymer is at least 1.5:1 and up to and including 3:1, and (d) the amount of colloidal silica is at least 10 weight % and up to and including 20 weight %, based on total thermal transferable protective transparent film dry weight. (a) the molecular weight of the second polymer is greater than the molecular weight of the poly(vinyl acetal), (b) the weight ratio of the poly(vinyl acetal) to the second polymer is at least 5:1 and up to and including 12:1, (c) the weight ratio of colloidal silica to the second polymer is at least 1.5:1 and up to and including 3:1, and (d) the amount of colloidal silica is at least 10 weight % and up to and including 20 weight %, based on total thermal transferable protective transparent film dry weight.
A method comprising, in real time: capturing a plurality of images of a user by a sensor; determining, based on photoplethysmogram, PPG, data obtained from the plurality of images, one or more cardiological signals of the user during a period of time; estimating, based on the cardiological signals, a first emotional state of the user; detecting a face of the user in the plurality of images; determining, based on facial action coding system, FACS, data obtained from the plurality of images, one or more neurological signals of the user during the period of time; estimating, based on the neurological signals, a second emotional state of the user; determining one or more neuroanatomical signals based on lateralization of the user in the plurality of images; comparing the first estimated emotional state to the second estimated emotional state; in response to a determination that the first estimated emotional state corresponds to the second estimated emotional state, determining, based on the first estimated emotional state and second estimated emotional state, a third emotional state of the user during the period of time; and verifying the third emotional state of the user based on a consistency between the neuroanatomical signals and the determined third emotional state. capturing a plurality of images of a user by a sensor; determining, based on photoplethysmogram, PPG, data obtained from the plurality of images, one or more cardiological signals of the user during a period of time; estimating, based on the cardiological signals, a first emotional state of the user; detecting a face of the user in the plurality of images; determining, based on facial action coding system, FACS, data obtained from the plurality of images, one or more neurological signals of the user during the period of time; estimating, based on the neurological signals, a second emotional state of the user; determining one or more neuroanatomical signals based on lateralization of the user in the plurality of images; comparing the first estimated emotional state to the second estimated emotional state; in response to a determination that the first estimated emotional state corresponds to the second estimated emotional state, determining, based on the first estimated emotional state and second estimated emotional state, a third emotional state of the user during the period of time; and verifying the third emotional state of the user based on a consistency between the neuroanatomical signals and the determined third emotional state.
A process for extracting proteins, starch and fibers from a buckwheat flour or from a buckwheat groat, the process comprises the following steps of: a) preparing, at a temperature below 50°C, an aqueous suspension from the buckwheat flour or from the buckwheat groat with a pH between 7 and 9; b) fractionating the aqueous suspension by density, so as to obtain a light fraction comprising proteins, soluble carbohydrates and salts, and a heavy fraction comprising starch and fibers; c) treating the light fraction, so as to isolate the proteins; d) treating the heavy fraction, so as to separate starch from fibers. a) preparing, at a temperature below 50°C, an aqueous suspension from the buckwheat flour or from the buckwheat groat with a pH between 7 and 9; b) fractionating the aqueous suspension by density, so as to obtain a light fraction comprising proteins, soluble carbohydrates and salts, and a heavy fraction comprising starch and fibers; c) treating the light fraction, so as to isolate the proteins; d) treating the heavy fraction, so as to separate starch from fibers.
A system for use in determining food freshness, comprising; a perishable food product; a storage unit for holding the food product; a module for monitoring an environmental condition and transmitting information about the environmental condition, the module is positioned within the storage unit; a printer containing data relating to the food product, the printer is connected to the module and configured to receive information transmitted by the module; a printable or encodable medium, the medium configured to receive data from the printer relating to the information received from the module; wherein the printer with information received from the module is configured to produce a freshness record for applying to the food product, wherein the freshness record comprises an encodable indication that a temperature or environmental condition inside storage unit has been maintained in an appropriate range, the system being characterised in that the printer is configured to provide the encodable indication encoded in an RFID tag and printed in regular language. a perishable food product; a storage unit for holding the food product; a module for monitoring an environmental condition and transmitting information about the environmental condition, the module is positioned within the storage unit; a printer containing data relating to the food product, the printer is connected to the module and configured to receive information transmitted by the module; a printable or encodable medium, the medium configured to receive data from the printer relating to the information received from the module; wherein the printer with information received from the module is configured to produce a freshness record for applying to the food product, wherein the freshness record comprises an encodable indication that a temperature or environmental condition inside storage unit has been maintained in an appropriate range, the system being characterised in that the printer is configured to provide the encodable indication encoded in an RFID tag and printed in regular language.
Ironing machine or laundry mangle comprising a control device for controlling the ironing or mangling operation, and comprising an ironing trough and a rotating ironing roller which transports the laundry items to be ironed or mangled from the input region to the output region of the appliance during the ironing and mangling process, wherein the ironing machine or laundry mangle comprises a sensor system which is arranged in the input region for the laundry items, and wherein the sensor system detects the input position of a laundry item and the ironing or mangling region not occupied by the laundry item when the ironing or mangling process is being carried out, and wherein the sensor system is connected to a display device for the purposes of control, wherein a display can be shown in the display device that relates to the input position occupied by the laundry item in each case and/or to the ironing or mangling region not occupied by the laundry item, wherein the sensor system comprises a plurality of sensor elements (61 to 6n) which are arranged in parallel next to one another in the input region of the ironing machine or laundry mangle or on the ironing trough.
Communication device for wireless communication networks with one or more frequencies, characterized in that it comprises means (22, 22A, 22C, 22D, 23, 32-36) for controlling transmission on a frequency of repetitive messages (45, 55) destined for receiving devices having: - at least two receiving frequencies (F1, F2, F3) with at least one receiving frequency shared with a repetitive-message transmission frequency, and - scanning means (25, 22B, 22C, 22D, 21B, 21C, 21D, 60-69, 70-76) with change of receiving frequency according to at least one scanning period, said means for controlling transmission of repetitive messages (45, 55) controlling the transmission of messages (45, 55) according to transmission periods (TE, TE1, TE2, TE3) between the messages of predetermined durations, at least one predetermined transmission period having a value different from said scanning periods of said scanning means, and said means for controlling transmission (22, 22A, 22C, 22D, 23, 32-36) of repetitive messages are intermittently supplied with power and said repetitive messages are desynchronized and transmitted according to transmission periods between the messages of durations of value different from said scanning periods of said scanning means (25, 22B, 22C, 22D, 21B, 21C, 21D, 60-69, 70-76). - at least two receiving frequencies (F1, F2, F3) with at least one receiving frequency shared with a repetitive-message transmission frequency, and - scanning means (25, 22B, 22C, 22D, 21B, 21C, 21D, 60-69, 70-76) with change of receiving frequency according to at least one scanning period,
An encoding method of a multi-channel signal, comprising: obtaining a parameter used to determine an information extraction manner for a current frame of a multi-channel signal; determining an inter-channel phase difference, IPD, parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal, wherein the determined IPD parameter extraction manner for the current frame of multi-channel signal is one of at least two preset IPD parameter extraction manners; extracting an IPD parameter of the current frame of multi-channel signal based on the determined IPD parameter extraction manner for the current frame of multi-channel signal; and quantizing and encoding the extracted IPD parameter; wherein the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises a parameter that is of the current frame and that represents left-right channel coherence; and if a value of the parameter that is of the current frame and that represents left-right channel coherence is greater than a first threshold, the determining an IPD parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises: determining that the IPD parameter extraction manner for the current frame of multi-channel signal is a first extraction manner. obtaining a parameter used to determine an information extraction manner for a current frame of a multi-channel signal; determining an inter-channel phase difference, IPD, parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal, wherein the determined IPD parameter extraction manner for the current frame of multi-channel signal is one of at least two preset IPD parameter extraction manners; extracting an IPD parameter of the current frame of multi-channel signal based on the determined IPD parameter extraction manner for the current frame of multi-channel signal; and quantizing and encoding the extracted IPD parameter; wherein the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises a parameter that is of the current frame and that represents left-right channel coherence; and if a value of the parameter that is of the current frame and that represents left-right channel coherence is greater than a first threshold, the determining an IPD parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises: determining that the IPD parameter extraction manner for the current frame of multi-channel signal is a first extraction manner.
An oxygen concentrator apparatus, comprising: a pressure sensor, the pressure sensor configured to detect a breath pressure of a user; and a processor operable coupled to the pressure sensor, the processor to execute non-transitory program instructions, and wherein the program instructions are operable to automatically measure the time between a plurality of successive breaths, wherein a breath is determined to begin when a drop in pressure is measured using the pressure sensor; determine an average breathing rate based on the time between each breath of the plurality of successive breaths, wherein the time between a penultimate breath and a last breath of the plurality of successive breaths is not used to determine the average breathing rate; and set an inspiration breath pressure threshold for the pressure sensor based on the determined average breathing rate. a pressure sensor, the pressure sensor configured to detect a breath pressure of a user; and a processor operable coupled to the pressure sensor, the processor to execute non-transitory program instructions, and wherein the program instructions are operable to automatically measure the time between a plurality of successive breaths, wherein a breath is determined to begin when a drop in pressure is measured using the pressure sensor; determine an average breathing rate based on the time between each breath of the plurality of successive breaths, wherein the time between a penultimate breath and a last breath of the plurality of successive breaths is not used to determine the average breathing rate; and set an inspiration breath pressure threshold for the pressure sensor based on the determined average breathing rate.
An o-dimethyl substituted triptycene-containing diamine comprising: a 3,6-dimethyl-2,7-diaminotriptycene derivative having the general formula: wherein Ar is an unsubstituted or substituted aromatic moiety.
An apparatus for monitoring geotechnical, geological and structural, hydrogeological and geophysical parameters of soils, rocks and structures in general, which comprises two or more rigid housing elements, with at least one sensor for at least one parameter to be monitored being mounted in at least one of them which at least two or more rigid housing elements are arranged in succession one after the other along a predetermined line or a predetermined axis, a deformable, particularly extensible and flexible connection element being interposed between each rigid housing element and the one immediately next to it, which sensors communicate with means for collecting output signals from said sensors, which may be mounted in the device or in a separate remote station, comprising means for removably securing the device to the soil to be monitored, consisting of anchor elements adapted to radially expand within the borehole, and a line for feeding a pressurized fluid for radial expansion of said anchor elements wherein said deformable connection element has said fluid feeding line stably integrated therein, which feeding line has sealed connections with said rigid housing elements and with the outside and communicates with said anchor elements.