mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: detecting an occurrence of a trigger event; and, if the occurrence of the trigger event is detected, changing a first configuration currently in use in a network node to a second configuration for the network node, the second configuration being associated with the trigger event, characterized in that the second configuration is predefined and provided by a profile configuration unit using a context database comprising predictable information on traffic expectations of the trigger event. detecting an occurrence of a trigger event; and, if the occurrence of the trigger event is detected, changing a first configuration currently in use in a network node to a second configuration for the network node, the second configuration being associated with the trigger event, characterized in that the second configuration is predefined and provided by a profile configuration unit using a context database comprising predictable information on traffic expectations of the trigger event.
Component - with a body with first and second internal electrodes (14, 15), arranged alternately therein, of a multilayer capacitor and - with electrical external contacts (11, 12), comprising a first electrical external contact and a second electrical external contact, all the electrical external contacts (11, 12) being arranged on a bottom of the body, such that a top and at least regions of planar configuration of the side faces of the body are free of electrical external contacts (11, 12), - the first and second electrical external contacts (11, 12) being formed by a printed- or rolled-on and stoved layer and having a plane surface and the first internal electrodes being conductively connected with the first electrical external contact and the second internal electrodes being conductively connected with the second electrical external contact, characterized in that - the first and second internal electrodes (14, 15) are oriented in parallel with the bottom of the body and are connected to the electrical external contacts (11, 12) by means of vias (16, 17), - the first internal electrodes are connected together and to the first external contact by means of a first via arranged in the body and - the second internal electrodes are connected together and with the second external contact by means of a second via arranged in the body. - with a body with first and second internal electrodes (14, 15), arranged alternately therein, of a multilayer capacitor and - with electrical external contacts (11, 12), comprising a first electrical external contact and a second electrical external contact, all the electrical external contacts (11, 12) being arranged on a bottom of the body, such that a top and at least regions of planar configuration of the side faces of the body are free of electrical external contacts (11, 12), - the first and second electrical external contacts (11, 12) being formed by a printed- or rolled-on and stoved layer and having a plane surface and the first internal electrodes being conductively connected with the first electrical external contact and the second internal electrodes being conductively connected with the second electrical external contact, characterized in that - the first and second internal electrodes (14, 15) are oriented in parallel with the bottom of the body and are connected to the electrical external contacts (11, 12) by means of vias (16, 17), - the first internal electrodes are connected together and to the first external contact by means of a first via arranged in the body and - the second internal electrodes are connected together and with the second external contact by means of a second via arranged in the body.
A method for detecting and compensating for fluctuations in the amount of CO 2 detected by a sniffer probe of a leak detector in the gas flow aspirated from the ambient atmosphere of a test piece pressurized with an oxygen-free test gas containing at least one amount of CO 2, wherein the amount of COt in the test gas in the aspirated gas flow is detected, characterized in that the amount of oxygen in the ambient air is measured and that the amount of CO 2 of the ambient air that does not result from a leak in the test piece is concluded from the measured amount of oxygen in the ambient air, wherein a decrease in the oxygen concentration in the ambient air is proportional to a corresponding increase in the CO 2 concentration in the ambient air.
An antireflection, antistatic transparent coating for an optical article, comprising at least one electrically conductive layer, wherein said electrically conductive layer contains at least one metal selected from silver, gold and platinum, and has a thickness of 0.2 nm.
An article comprising: one or more water-soluble fibrous elements wherein at least one of the water-soluble fibrous elements comprises one or more filament-forming materials and one or more active agents releasable from the water-soluble fibrous elements; and an edge seal being generally positioned along at least a portion of the perimeter of the article; and wherein the article exhibits an edge seal strength of from 0.1 N/in to 4 N/in (from 0.04 N/cm to 1.6 N/cm) as measured according to the Edge Seal Strength Test Method; and wherein the edge seal comprises one or more particles. one or more water-soluble fibrous elements wherein at least one of the water-soluble fibrous elements comprises one or more filament-forming materials and one or more active agents releasable from the water-soluble fibrous elements; and an edge seal being generally positioned along at least a portion of the perimeter of the article; and wherein the article exhibits an edge seal strength of from 0.1 N/in to 4 N/in (from 0.04 N/cm to 1.6 N/cm) as measured according to the Edge Seal Strength Test Method; and wherein the edge seal comprises one or more particles.
A method for triggering an application action based on a shortcut touch gesture, in an electronic device comprising a user interface, a haptic device and a controller, the method comprising: receiving, by said user interface, a touch gesture at a surface of said user interface of said electronic device, the touch gesture comprising a continuous movement on the surface; determining, by said controller, a recognition level of the touch gesture during the receiving, the recognition level being based on a similarity between the touch gesture and a predetermined shortcut touch gesture associated with an application action; generating, by said haptic device, a haptic effect at the user interface during the receiving and varying the haptic effect based on the recognition level; and triggering, by said controller, the application action associated with the predetermined shortcut touch gesture as the touch gesture is being received if the recognition level exceeds a threshold, wherein the threshold is that the touch gesture matches no more than one predetermined shortcut touch gesture and the recognition level is at least 90%. receiving, by said user interface, a touch gesture at a surface of said user interface of said electronic device, the touch gesture comprising a continuous movement on the surface; determining, by said controller, a recognition level of the touch gesture during the receiving, the recognition level being based on a similarity between the touch gesture and a predetermined shortcut touch gesture associated with an application action; generating, by said haptic device, a haptic effect at the user interface during the receiving and varying the haptic effect based on the recognition level; and triggering, by said controller, the application action associated with the predetermined shortcut touch gesture as the touch gesture is being received if the recognition level exceeds a threshold, wherein the threshold is that the touch gesture matches no more than one predetermined shortcut touch gesture and the recognition level is at least 90%.
A modular device for increasing the effectiveness of the convective heat exchange of radiators comprising a control and power supply module which supplies electric power to at least one fan module, on at least one of their longitudinal ends said modules (2, 3) including male or female connector means (31, 32), said fan modules being equal to each other and each of them comprises at least one vertical-axis fan, placed internally to a box-like body whose horizontal faces are properly perforated for allowing air to pass through and at the longitudinal ends of which said male connection means and said female connection means, suitable for being functionally associated with corresponding connection means of at least one adjacent module, are defined, said device comprising hanging means for hanging it below a radiator; said control and power supply module being functionally connected to at least one sensor which detects the surface temperature of the radiator, characterized in that said male/female connector means (31,32) comprise also male/female input and output electrical connection means (35,36) providing a direct mechanical connection and electric connection between said fan module and an adjacent module.
A method of gas sensing, the method comprising: obtaining, by a resistive gas sensor, a first signal comprising a resistance of the gas sensor and indicating a response of the gas sensor to a concentration of a target gas at the gas sensor; generating one or more second signals from the first signal, wherein said one or more second signals comprise at least one of a temporal derivative (R') of the first signal, an integral of the first signal, an energy vector of multiple first signals or a dynamic moment of the gas sensor, wherein the one or more second signals comprise information of a temporal evolution of the resistive gas sensor; determining a sensor status using the first signal and the one or more second signals; determining an optimal metric using the sensor status, the first signal and the one or more second signals, by calculating a first weight value corresponding to the first signal and calculating one or more second weight values corresponding to each of the one or more second signals, and assigning the first weight value to the first signal and assigning the one or more second weight values to the one or more second signals; and estimating a concentration of the target gas using the optimal metric including calculating the concentration using the calculated weights of the optimal metric. obtaining, by a resistive gas sensor, a first signal comprising a resistance of the gas sensor and indicating a response of the gas sensor to a concentration of a target gas at the gas sensor; generating one or more second signals from the first signal, wherein said one or more second signals comprise at least one of a temporal derivative (R') of the first signal, an integral of the first signal, an energy vector of multiple first signals or a dynamic moment of the gas sensor, wherein the one or more second signals comprise information of a temporal evolution of the resistive gas sensor; determining a sensor status using the first signal and the one or more second signals; determining an optimal metric using the sensor status, the first signal and the one or more second signals, by calculating a first weight value corresponding to the first signal and calculating one or more second weight values corresponding to each of the one or more second signals, and calculating a first weight value corresponding to the first signal and calculating one or more second weight values corresponding to each of the one or more second signals, and assigning the first weight value to the first signal and assigning the one or more second weight values to the one or more second signals; and estimating a concentration of the target gas using the optimal metric including calculating the concentration using the calculated weights of the optimal metric.
Refrigerator, in particular a household refrigerator, having a holding device (10, 10') for storing bottles or cans, comprising a base part acting as a bottom and two side parts (2, 3) that are directed upwards from the base part and connected to both sides of the base part, which together with the base part form an opening plane, wherein the holding device (10, 10') is open forwardly towards the opening plane, wherein the base part defines a support plane for the holding device (10, 10'), wherein the opening plane is aligned substantially transversely to the base part and the two side parts, and bottles, cans or other refrigerated goods can be inserted into the holding device through the opening plane, wherein the holding device is suitable for stackable, horizontal storage, characterised in that the holding device (10, 10') formed by the base part and the side parts (2, 3) has a substantially V-shaped or substantially X-shaped cross-section.
A detection system for a target nucleic acid molecule, preferably a single stranded nucleic acid molecule, comprising a short pAgo protein, comprising a MID and a PIWI domain; an effector protein comprising a Toll-Interleukin1 receptor -Analog of PAZ (APAZ) domains or SIR2-APAZ domains; a guide nucleic acid (gNA) that is able to hybridize to the target nucleic acid molecule; and a nicotinamide adenine dinucleotide, or an analogue thereof. a short pAgo protein, comprising a MID and a PIWI domain; an effector protein comprising a Toll-Interleukin1 receptor -Analog of PAZ (APAZ) domains or SIR2-APAZ domains; a guide nucleic acid (gNA) that is able to hybridize to the target nucleic acid molecule; and a nicotinamide adenine dinucleotide, or an analogue thereof.
A class D amplification device that includes a bridge circuit having a plurality of switching elements, and controls the switching elements of the bridge circuit to switch a DC supply voltage and amplify a power of an audio signal input to the subject device, the class D amplification device comprising: a controller thatreceives an input signal level of the input audio signal, and at least sets a voltage value of the DC supply voltage, wherein a dead time of a signal for switching the switching elements and the voltage value of the DC supply voltage are associated with each other. a controller thatreceives an input signal level of the input audio signal, and at least sets a voltage value of the DC supply voltage, wherein a dead time of a signal for switching the switching elements and the voltage value of the DC supply voltage are associated with each other.
Method for stabilising a hydrated sulphate comprising the following steps: a) heating a hydrated sulphate until melting and then adding an acid or neutral anhydrous compound with high absorptive capacity, said anhydrous compound representing 1 to 50% in weight of the mixture, preferably 8 to 40%, or, a') heating a mixture comprising a hydrated sulphate and an acid or neutral anhydrous compound with high absorptive capacity, the said anhydrous compound representing 1 to 50% in weight of the mixture, preferably 8 to 40%, b) evaporating 5 to 20% in weight of the water from the liquid obtained in step a) or a') c) solidifying the product obtained in step b) and d) recovering the solidified product. a) heating a hydrated sulphate until melting and then adding an acid or neutral anhydrous compound with high absorptive capacity, said anhydrous compound representing 1 to 50% in weight of the mixture, preferably 8 to 40%, or, a') heating a mixture comprising a hydrated sulphate and an acid or neutral anhydrous compound with high absorptive capacity, the said anhydrous compound representing 1 to 50% in weight of the mixture, preferably 8 to 40%, b) evaporating 5 to 20% in weight of the water from the liquid obtained in step a) or a') c) solidifying the product obtained in step b) and d) recovering the solidified product.
Integrated circuit, comprising: a digital circuit area that comprises a digital circuit; an analogue circuit area that is physically separate from the digital circuit area and comprises an analogue circuit; a control line for transmitting a control signal (S) from the digital circuit to the analogue circuit; a test evaluation unit that is integrated in the digital circuit area; a test line that is within the analogue circuit area, is electrically conductively connected to the control line and is electrically conductively connected to the test evaluation unit, wherein the test evaluation unit is designed to check a digital value of a signal fed back via the test line, characterized in that the integrated circuit comprises N ≥ 2 control lines (S1,...,Sn,...,SN) for transmitting respective control signals (S,...,S[n],...,S) from the digital circuit to the analogue circuit, wherein the analogue circuit also comprises a data compression circuit that is designed to compress control signals (S,...,S[n],...,S) transmitted via the control lines (S1,...,Sn,...,SN) into a compressed test signal (T), wherein the test line is electrically conductively connected to the data compression circuit, and wherein a compressed test signal (T) is fed back to the test evaluation unit by means of the test line for the purpose of checking the digital value of the test signal (T). a digital circuit area that comprises a digital circuit; an analogue circuit area that is physically separate from the digital circuit area and comprises an analogue circuit; a control line for transmitting a control signal (S) from the digital circuit to the analogue circuit; a test evaluation unit that is integrated in the digital circuit area; a test line that is within the analogue circuit area, is electrically conductively connected to the control line and is electrically conductively connected to the test evaluation unit, wherein the test evaluation unit is designed to check a digital value of a signal fed back via the test line, characterized in that the integrated circuit comprises N ≥ 2 control lines (S1,...,Sn,...,SN) for transmitting respective control signals (S,...,S[n],...,S) from the digital circuit to the analogue circuit, wherein the analogue circuit also comprises a data compression circuit that is designed to compress control signals (S,...,S[n],...,S) transmitted via the control lines (S1,...,Sn,...,SN) into a compressed test signal (T), wherein the test line is electrically conductively connected to the data compression circuit, and wherein a compressed test signal (T) is fed back to the test evaluation unit by means of the test line for the purpose of checking the digital value of the test signal (T).
A device for controlling the impulsive feeding of a fluid, comprising: - a substantially cylindrical hollow body with a longitudinal axis and with opposite closure end walls (3, 4) having respectively at least one inlet and one outlet for a pressurized fluid, wherein said hollow body has internally thereof: - a first variable volume chamber interposed between said inlet and said outlet for containing a first volume (V 1) of pressurized fluid (P 1); - an obturating member interacting with the downstream end wall of said hollow body for selectively closing said outlet; - a guide member associated with said obturating member for guiding it between a first end closing position and a second end opening position of said outlet; - operating means adapted to engage said obturating member for promoting the sliding thereof into said hollow body between said first and said second position; wherein said obturating member and said guide member are reciprocally movable, said obturating member being internally hollow to enclose said first chamber and said guide member having a passage adapted to bring said inlet in fluidic communication with said first chamber; characterized in that said operating means comprise a second chamber with variable volume provided with said inlet and adapted to receive a second volume (V 2) of pressurized fluid (P 2), said second chamber being placed upstream to said first chamber and in fluidic communication therewith through said passage, in such a manner to control the pressure (P 1) into said first chamber. - a substantially cylindrical hollow body with a longitudinal axis and with opposite closure end walls (3, 4) having respectively at least one inlet and one outlet for a pressurized fluid, wherein said hollow body has internally thereof: - a first variable volume chamber interposed between said inlet and said outlet for containing a first volume (V 1) of pressurized fluid (P 1); - an obturating member interacting with the downstream end wall of said hollow body for selectively closing said outlet; - a guide member associated with said obturating member for guiding it between a first end closing position and a second end opening position of said outlet; - operating means adapted to engage said obturating member for promoting the sliding thereof into said hollow body between said first and said second position;
A device for adjusting the position of the bootleg with respect to the shell, particularly of the bootleg and the shell of a ski boot, constituted by a blade the first end whereof being associated, for operation, internally and at the rear with respect to said bootleg, said blade interacting selectively, at the second end, with a tooth of a slider arranged adjacent to the heel of the boot, said slider being movable axially with respect to a box-like body and said shell in contrast with an elastically deformable element between a skiing condition and a walking condition, characterized in that said box-like body is embedded in, or is associated with the lower end of said shell in a region that is adjacent to the flat surface of the heel arranged to interact with a jaw of a coupling coupled with a ski, and in that said slider is arranged so as to protrude outward of the box-like body and also of said shell to be able to thus interact with the jaw of the coupling, once the boot is associated with the ski, whereby said slider is forced, in said skiing condition, to move axially inward in contrast to said elastically deformable element by said jaw to position said tooth within a first longitudinal slot of said blade, and, upon release of the boot from the rear coupling, said elastically deformable element pushes the slider outward until said tooth is disengaged, in said walking condition, from said blade.