mhurhangee/ep-ind-claims huggingface dataset:
A characterization device for non-destructively characterizing a material (2; 2-1; 2-2; 2-3), the device comprising emitter/receiver cells, each cell being configured in an emit mode to emit ultrasound waves towards the material (2; 2-1; 2-2; 2-3) for characterizing, and in a receive mode to receive ultrasound waves that have been transmitted through said material (2; 2-1; 2-2; 2-3), the non-destructive characterization device comprises a ring (500; 500-1; 500-2; 500-3; 500-4) made up of a plurality of adjacent angular sectors, each angular sector comprising ultrasound cells stacked in a radial direction of the ring (500; 500-1; 500-2; 500-3; 500-4), characterized in that the device further comprises control means comprising: - a first selector module configured to select an angular sector as an emit angular sector; - a second selector module configured to select a set of adjacent angular sectors as receive angular sectors, the second module being configured to select said set over an angular range that is diametrically opposite the emit angular sector; - a first switch module configured to switch all of the cells in the receive angular sectors into receive mode; and - a second switch module configured to switch one cell at a time in alternation in the emit angular sector into emit mode; the control means being configured to actuate the modules (300, 301, 302, 303) for different angular sectors. - a first selector module configured to select an angular sector as an emit angular sector; - a second selector module configured to select a set of adjacent angular sectors as receive angular sectors, the second module being configured to select said set over an angular range that is diametrically opposite the emit angular sector; - a first switch module configured to switch all of the cells in the receive angular sectors into receive mode; and - a second switch module configured to switch one cell at a time in alternation in the emit angular sector into emit mode;
Method for generating and/or providing of data for a tissue treatment by means of a low-energy irradiation device, wherein the low-energy irradiation device has an radiation source for generating soft radiation with a spectrum of 0 to a maximal ray energy of 100keV, in particular a radiation with a spectrum of 0 to a maximal radiation energy of 50keV and an emitting device for emitting the radiation to a tissue which is to be irradiated, characterized by the following steps: - physical data of the radiation emitted by the radiation source is determined directly at a location or in the area or vicinity of the location, where the radiation leaves the emitting device; - quality data of the tissue is determined; - physical property data of the determined tissue is determined in connection with the radiation of the radiation source; - data for the tissue treatment is generated from the determined data and/or the determined data is provided for generating data for the tissue treatment. - physical data of the radiation emitted by the radiation source is determined directly at a location or in the area or vicinity of the location, where the radiation leaves the emitting device; - quality data of the tissue is determined; - physical property data of the determined tissue is determined in connection with the radiation of the radiation source; - data for the tissue treatment is generated from the determined data and/or the determined data is provided for generating data for the tissue treatment.
A storage cabinet for a passenger cabin of a means of transport for storing equipment, with the storage cabinet comprising: a body of a height of at least 140 cm; and exclusively one attachment device, wherein the attachment device is arranged in a floor region of the storage cabinet and is designed for detachably attaching the storage cabinet to corresponding floor attachment elements in the passenger cabin underneath a cabin element; characterized in that the storage cabinet is configured so as to be attached exclusively at its floor region; the attachment device is designed for being clicked into the floor attachment elements; the attachment device is designed for undoing the attachment of the storage cabinet from the corresponding floor attachment elements of the passenger cabin by lifting; and handles are arranged on two opposite sidewalls on the outside of the storage cabinet, so that lifting of the storage cabinet for the purpose of undoing the attachment device is facilitated. a body of a height of at least 140 cm; and exclusively one attachment device, wherein the attachment device is arranged in a floor region of the storage cabinet and is designed for detachably attaching the storage cabinet to corresponding floor attachment elements in the passenger cabin underneath a cabin element; characterized in that the storage cabinet is configured so as to be attached exclusively at its floor region; the attachment device is designed for being clicked into the floor attachment elements; the attachment device is designed for undoing the attachment of the storage cabinet from the corresponding floor attachment elements of the passenger cabin by lifting; and handles are arranged on two opposite sidewalls on the outside of the storage cabinet, so that lifting of the storage cabinet for the purpose of undoing the attachment device is facilitated. wherein the attachment device is arranged in a floor region of the storage cabinet and is designed for detachably attaching the storage cabinet to corresponding floor attachment elements in the passenger cabin underneath a cabin element; characterized in that the storage cabinet is configured so as to be attached exclusively at its floor region; the attachment device is designed for being clicked into the floor attachment elements; the attachment device is designed for undoing the attachment of the storage cabinet from the corresponding floor attachment elements of the passenger cabin by lifting; and handles are arranged on two opposite sidewalls on the outside of the storage cabinet, so that lifting of the storage cabinet for the purpose of undoing the attachment device is facilitated.
A portable media player case (100, 101) for housing a portable media player, comprising: a case body for housing the portable media player; and an extendable socket attached to the case body, the socket including: an accordion forming a conical shape and capable of extending outward from the case body and retracting back toward the case body, and a foot disposed at the distal end of the accordion, wherein the accordion comprises walls (8, 10, 11, 12) interspersed with flexural hinges, the walls being rigid relative to the hinges, and is constructed and arranged such that the walls remain generally parallel to the axis of the accordion when the accordion is collapsed. a case body for housing the portable media player; and an extendable socket attached to the case body, the socket including: an accordion forming a conical shape and capable of extending outward from the case body and retracting back toward the case body, and a foot disposed at the distal end of the accordion, wherein the accordion comprises walls (8, 10, 11, 12) interspersed with flexural hinges, the walls being rigid relative to the hinges, and is constructed and arranged such that the walls remain generally parallel to the axis of the accordion when the accordion is collapsed. an accordion forming a conical shape and capable of extending outward from the case body and retracting back toward the case body, and a foot disposed at the distal end of the accordion, wherein the accordion comprises walls (8, 10, 11, 12) interspersed with flexural hinges, the walls being rigid relative to the hinges, and is constructed and arranged such that the walls remain generally parallel to the axis of the accordion when the accordion is collapsed.
A cosmetic, non-therapeutic method with a bio-revitalizing action for improving the appearance of the skin comprising the cross-linking by photo-induction of hyaluronic acid or a physiologically acceptable salt thereof positioned or implanted subcutaneously characterized in that cross-linking is carried out by irradiation with laser light with a combination of three wavelengths of 450, 650 and 1064 nm, emitted by a laser device of low level laser therapy, LLLT, type.
A method of detecting intrusions in closed volumes, in particular for passenger compartments of vehicles, comprising the following steps; - generating a main signal at a main frequency, propagation of which is caused in a predetermined closed volume or space; - detecting an auxiliary signal obtained from interaction between the main signal and said space; - phase-demodulating said auxiliary signal, sampling the same at least at a frequency (fa, fb) lower than said main frequency, thus obtaining at least one corresponding demodulated signal (30, 40); wherein said phase-demodulating said auxiliary signal comprises: • demodulating said auxiliary signal at a first frequency (fa), thus obtaining a corresponding first demodulated signal; • demodulating said auxiliary signal at a second frequency (fb), thus obtaining a corresponding second demodulated signal, said first and second demodulated signals being mutually out of phase by a predetermined non-zero phase displacement (d), which phase displacement is preferably equal to 90°, at least one of said first and second frequencies (fa, fb) being lower than said main frequency; - carrying out a first comparison of said at least one demodulated signal (30, 40) with at least one predetermined threshold (s1, s2); - generating an alarm signal as a function of said first comparison. - generating a main signal at a main frequency, propagation of which is caused in a predetermined closed volume or space; - detecting an auxiliary signal obtained from interaction between the main signal and said space; - phase-demodulating said auxiliary signal, sampling the same at least at a frequency (fa, fb) lower than said main frequency, thus obtaining at least one corresponding demodulated signal (30, 40); wherein said phase-demodulating said auxiliary signal comprises: • demodulating said auxiliary signal at a first frequency (fa), thus obtaining a corresponding first demodulated signal; • demodulating said auxiliary signal at a second frequency (fb), thus obtaining a corresponding second demodulated signal, said first and second demodulated signals being mutually out of phase by a predetermined non-zero phase displacement (d), which phase displacement is preferably equal to 90°, at least one of said first and second frequencies (fa, fb) being lower than said main frequency; • demodulating said auxiliary signal at a first frequency (fa), thus obtaining a corresponding first demodulated signal; • demodulating said auxiliary signal at a second frequency (fb), thus obtaining a corresponding second demodulated signal, said first and second demodulated signals being mutually out of phase by a predetermined non-zero phase displacement (d), which phase displacement is preferably equal to 90°, at least one of said first and second frequencies (fa, fb) being lower than said main frequency; - carrying out a first comparison of said at least one demodulated signal (30, 40) with at least one predetermined threshold (s1, s2); - generating an alarm signal as a function of said first comparison.
An ambient active stain removal composition for removal of stains from stained substrates, the composition comprising the combination of: (i) one or more enzymes; and (ii) an arginine alkyl ester. (i) one or more enzymes; and (ii) an arginine alkyl ester.
Stereo camera for recording surroundings, comprising a right and a left image sensor, each of which is assigned a lens for forming an image of the surroundings on the image sensors, the image sensors being kept next to one another and at a distance from one another by a carrier, and comprising a circuit board, which is arranged on the carrier and has at least the signalling and supply lines of the two image sensors, characterized in that each of the image sensors is mounted on a separate carrier substrate, the lenses and both carrier substrates are arranged on the carrier and at a distance from the circuit board, and the image sensors are connected to the signalling and supply lines by means of flexible connections, resulting in flexible contacting between the circuit board and the carrier substrates.
A responsive rehabilitation device for responding to user interaction with the device configured with a surface enclosing a compressible body and characterized in, that said responsive rehabilitation device embeds: - at least one sensor configured to sense deformation of the compressible body in response to pressure applied to the surface and which sensor is a capacitive sensor consisting of two conducting bodies separated by a dielectric material and is configured for measuring change in capacitance between said two conducting bodies, said change in capacitance is a result of a change in distance between said two conducting bodies and material properties and wherein the at least one sensor is configured to generate a quantitative sensor output in response to pressure applied to the surface to - a controller configured to control - at least one transponder configured to give an audio-or-visual output as a function of the sensor output. - at least one sensor configured to sense deformation of the compressible body in response to pressure applied to the surface and which sensor is a capacitive sensor consisting of two conducting bodies separated by a dielectric material and is configured for measuring change in capacitance between said two conducting bodies, said change in capacitance is a result of a change in distance between said two conducting bodies and material properties and wherein the at least one sensor is configured to generate a quantitative sensor output in response to pressure applied to the surface to - a controller configured to control - at least one transponder configured to give an audio-or-visual output as a function of the sensor output.
Method for the sequential filling of plastic parts produced cyclically by a plastics processing machine into a plurality of containers with a filling unit, wherein a plurality of plastic parts are filled into each container, characterized in that all the plastic parts produced and ejected from the plastics processing machine are inspected for at least one feature during transport to the filling unit by means of a inspection system, each of the plurality of containers is identified before filling via a unique identification feature, the unique identification feature is transmitted to the inspection system and the features of the filled plastic parts are assigned to the identified container (10.2), wherein the method comprises the following further steps: - determining the number of cyclically produced plastic parts, - determining the duration between the inspection and filling of the plastic parts, - assigning the features of the filled plastic parts to the identified container, taking into account the duration between inspection and filling the plastic parts, - filling a predetermined number of plastic parts in the identified container (10.2), taking into account the number of cyclically produced plastic parts and the duration between inspection and filling the plastic parts. - determining the number of cyclically produced plastic parts, - determining the duration between the inspection and filling of the plastic parts, - assigning the features of the filled plastic parts to the identified container, taking into account the duration between inspection and filling the plastic parts, - filling a predetermined number of plastic parts in the identified container (10.2), taking into account the number of cyclically produced plastic parts and the duration between inspection and filling the plastic parts.
A method for encoding video data for a picture, the video data having local brightness variation, comprising the step of: inter-coding the video data using a localized weighted function to determine weights for the local brightness variation, wherein the weights for the localized weighted function are derived without explicit coding. inter-coding the video data using a localized weighted function to determine weights for the local brightness variation, wherein the weights for the localized weighted function are derived without explicit coding.
A valve position sensor of a sliding sleeve of a flow control valve within a mandrel comprising: a sliding sleeve displacement converting means (3, 4) for converting a sleeve displacement (DSP1, DSP3) into a radial displacement, and a measuring means for detecting the radial displacement and correlating the radial displacement to the position of the sliding sleeve within the flow control valve, the measuring means comprising an electromagnetic measuring device, wherein the sleeve displacement converting means comprises a plurality of grooves positioned on the sliding sleeve outside circumference and a groove detecting device, each groove defining a determined depth associated with a determined position of the sliding sleeve, wherein the groove detecting device is configured to follow the exterior surface of the sliding sleeve, and wherein the measuring means detects the radial displacement of the groove detecting device. a sliding sleeve displacement converting means (3, 4) for converting a sleeve displacement (DSP1, DSP3) into a radial displacement, and a measuring means for detecting the radial displacement and correlating the radial displacement to the position of the sliding sleeve within the flow control valve, the measuring means comprising an electromagnetic measuring device, wherein the sleeve displacement converting means comprises a plurality of grooves positioned on the sliding sleeve outside circumference and a groove detecting device, each groove defining a determined depth associated with a determined position of the sliding sleeve, wherein the groove detecting device is configured to follow the exterior surface of the sliding sleeve, and wherein the measuring means detects the radial displacement of the groove detecting device.
A method for wireless communication performed by a base station, comprising: identifying (205, 1305, 1505) that data is available to be transmitted to a user equipment, UE, that is operating in a discontinuous reception, DRX, mode; transmitting (210, 1310, 1510), to the UE, based at least in part on the data being available, a first wakeup message using a first band supported by the UE; transmitting (210, 1315, 1515), to the UE, based at least in part on the data being available, a second wakeup message using a second band supported by the UE, the second band being different from the first band; and receiving, from the UE, a signal on the first band, the signal indicating a beam index associated with a transmit beam of the base station. identifying (205, 1305, 1505) that data is available to be transmitted to a user equipment, UE, that is operating in a discontinuous reception, DRX, mode; transmitting (210, 1310, 1510), to the UE, based at least in part on the data being available, a first wakeup message using a first band supported by the UE; transmitting (210, 1315, 1515), to the UE, based at least in part on the data being available, a second wakeup message using a second band supported by the UE, the second band being different from the first band; and receiving, from the UE, a signal on the first band, the signal indicating a beam index associated with a transmit beam of the base station.
A rubber composition comprising: a) a rubber component, wherein the rubber component comprises silicone rubber elastomer or at least one diene-based sulfur-vulcanizable elastomer having a Tg below -30 °C, as determined by dynamic mechanical analysis; and b) a polysaccharide; wherein the polysaccharide is selected from i) poly alpha-1,3-glucan; ii) poly alpha-1,3-1,6-glucan; iii) dextran; iv) a composition comprising a poly alpha-1,3-glucan ester compound represented by Structure I: wherein n is at least 6; each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms; and the ester compound has a degree of substitution with the first group of 0.001 to 0.1; or v) water-insoluble cellulose having a weight-average degree of polymerization (DPw) of 10 to 1000 and a cellulose II crystal structure. a) a rubber component, wherein the rubber component comprises silicone rubber elastomer or at least one diene-based sulfur-vulcanizable elastomer having a Tg below -30 °C, as determined by dynamic mechanical analysis; and b) a polysaccharide; wherein the polysaccharide is selected from i) poly alpha-1,3-glucan; ii) poly alpha-1,3-1,6-glucan; iii) dextran; iv) a composition comprising a poly alpha-1,3-glucan ester compound represented by Structure I: wherein n is at least 6; each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms; and the ester compound has a degree of substitution with the first group of 0.001 to 0.1; or v) water-insoluble cellulose having a weight-average degree of polymerization (DPw) of 10 to 1000 and a cellulose II crystal structure. i) poly alpha-1,3-glucan; ii) poly alpha-1,3-1,6-glucan; iii) dextran; iv) a composition comprising a poly alpha-1,3-glucan ester compound represented by Structure I: wherein n is at least 6; each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms; and the ester compound has a degree of substitution with the first group of 0.001 to 0.1; or n is at least 6; each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms; and the ester compound has a degree of substitution with the first group of 0.001 to 0.1; or v) water-insoluble cellulose having a weight-average degree of polymerization (DPw) of 10 to 1000 and a cellulose II crystal structure.
A method of operating an electric vehicle including a battery system having a plurality of battery modules including a first battery module and a second battery module electrically connected together, comprising: receiving a signal at a battery management system from a sensor, wherein the signal is indicative of a defect associated with the second battery module; and in response to the signal, thermally and electrically isolating sections of the battery system, by the battery management system by: selectively activating one or more heaters positioned within the first battery module to discharge energy from the first battery module without activating one or more heaters positioned within the second battery module to decrease a state of charge of the battery system, wherein each of the one or more heaters are positioned within each battery module such that a maximum energy discharged by the one or more heaters does not damage battery cells of the battery module. receiving a signal at a battery management system from a sensor, wherein the signal is indicative of a defect associated with the second battery module; and in response to the signal, thermally and electrically isolating sections of the battery system, by the battery management system by: selectively activating one or more heaters positioned within the first battery module to discharge energy from the first battery module without activating one or more heaters positioned within the second battery module to decrease a state of charge of the battery system, wherein each of the one or more heaters are positioned within each battery module such that a maximum energy discharged by the one or more heaters does not damage battery cells of the battery module.