mhurhangee/ep-ind-claims huggingface dataset:
A data capture terminal configured to automatically capture data from targets located within a range of working distances from the terminal, comprising: an imaging assembly configured to focus and capture return light from the targets over a field of view, and to generate respective electrical signals each indicative of the captured return light, wherein the imaging assembly includes a solid-state imager having an array of image sensors; and a controller configured to process one of the electrical signals from one of the targets into data indicative of the one target by automatically controlling a set of focal parameters of the imaging assembly, to determine that the data of the one target has been successfully captured, and to store one of the focal parameters of the imaging assembly upon a successful determination, the set of focal parameters of the imaging assembly corresponding to the range of working distances, and the controller being further configured to subsequently process another of the electrical signals from another of the targets into data indicative of the other target by automatically selecting a subset of the focal parameters determined by the stored one focal parameter, and to determine that the data of the other target has been successfully captured, the subset containing the stored one focal parameter, and the subset being smaller than the set of the focal parameters of the imaging assembly and corresponding to a restricted zone within the range of working distances to enhance data capture performance of the terminal. an imaging assembly configured to focus and capture return light from the targets over a field of view, and to generate respective electrical signals each indicative of the captured return light, wherein the imaging assembly includes a solid-state imager having an array of image sensors; and a controller configured to process one of the electrical signals from one of the targets into data indicative of the one target by automatically controlling a set of focal parameters of the imaging assembly, to determine that the data of the one target has been successfully captured, and to store one of the focal parameters of the imaging assembly upon a successful determination, the set of focal parameters of the imaging assembly corresponding to the range of working distances, and the controller being further configured to subsequently process another of the electrical signals from another of the targets into data indicative of the other target by automatically selecting a subset of the focal parameters determined by the stored one focal parameter, and to determine that the data of the other target has been successfully captured, the subset containing the stored one focal parameter, and the subset being smaller than the set of the focal parameters of the imaging assembly and corresponding to a restricted zone within the range of working distances to enhance data capture performance of the terminal.
A dishwasher comprising a washing tub, a sump situated at the lower side of the washing tub and wherein the water in the washing tub accumulates during the washing process, a hollow cylindrical filter that is situated in the sump, that has a framework and a sieve mounted onto the framework and that allows the wash water to pass from the washing tub into the sump and holding the dirt carried with the water, and a pump that delivers the wash water accumulating in the sump back to the washing tub, charcterised in that - the filter has at least one channel that is situated on the framework and that at least partially surrounds the framework, - the channel comprises at least one inlet port that is arranged thereon and that enables the water to be taken into the channel, and at least one spraying port that provides the spraying of the water onto the filter surface, - the filter comprises at least one linear channel that is situated on the framework in the vertical direction and that provides the transfer of the water from the sump to the channel. - the filter has at least one channel that is situated on the framework and that at least partially surrounds the framework, - the channel comprises at least one inlet port that is arranged thereon and that enables the water to be taken into the channel, and at least one spraying port that provides the spraying of the water onto the filter surface, - the filter comprises at least one linear channel that is situated on the framework in the vertical direction and that provides the transfer of the water from the sump to the channel.
A method for processing circuit switched, CS, services in an evolved packet system, EPS, network, comprising: receiving, by a mobility management entity, MME, a mobile terminated, MT, service indication from a mobile switching center, MSC; sending, by the MME, the MT service indication to a user equipment, UE; further comprising: receiving, by the MME, an MT service response returned by the UE, wherein the MT service response carries a user choice result regarding the MT service; and performing subsequent operations according to the MT service response; wherein the step of performing subsequent operations comprises: if the user choice result is to reject the MT service, returning, by the MME, an MT service reject message to the MSC; or if the user choice result is to accept the MT service, triggering, by the MME, the UE to access a 2 nd generation or 3 rd generation, 2G/3G, network. receiving, by a mobility management entity, MME, a mobile terminated, MT, service indication from a mobile switching center, MSC; sending, by the MME, the MT service indication to a user equipment, UE; receiving, by the MME, an MT service response returned by the UE, wherein the MT service response carries a user choice result regarding the MT service; and performing subsequent operations according to the MT service response; wherein the step of performing subsequent operations comprises:
An implantable device for optically stimulating the brain of a human being or animal, including a biocompatible multi-channel catheter, comprising a plurality of channels (2a-2i) extending substantially in parallel to each other relative to a longitudinal axis of the multi-channel catheter, the multi-channel catheter including a proximal end and a distal end, and further including: - a light guide, extending into a channel of the multi-channel catheter, for optically stimulating the brain, including a proximal end for receiving light emitted by a light source and a distal end for delivering this light inside the brain, the multi-channel catheter acting as a sheath for totally wrapping the light guide, - a functional element, extending into another channel of the multi-channel catheter, for measuring the light injected into the surrounding medium at the distal end of the light guide, the distal end of the multi-channel catheter including a light scattering element including a fluorophore for fluorescence monitoring, that the light scattering element be located at the distal end of the light guide inside the channel into which the light guide extends, characterized in that it further includes a light source, emitting in the infrared range, connected to at least the proximal end of the light guide, and in that the light source includes a sensor and a dichroic mirror, located between the sensor and the scattering element, the sensor enabling wavelengths back from the scattering element emitted by fluorescence to be measured. - a light guide, extending into a channel of the multi-channel catheter, for optically stimulating the brain, including a proximal end for receiving light emitted by a light source and a distal end for delivering this light inside the brain, the multi-channel catheter acting as a sheath for totally wrapping the light guide, - a functional element, extending into another channel of the multi-channel catheter, for measuring the light injected into the surrounding medium at the distal end of the light guide,
An apparatus comprising: a thermal block coupled to an electronic device; a thermal strap coupled to the thermal block; and retention hardware coupled to the thermal strap; characterised in that: the retention hardware extends through the thermal block to retain the thermal block within the thermal strap when the apparatus is exposed to at least one variable environmental condition. a thermal block coupled to an electronic device; a thermal strap coupled to the thermal block; and retention hardware coupled to the thermal strap; characterised in that: the retention hardware extends through the thermal block to retain the thermal block within the thermal strap when the apparatus is exposed to at least one variable environmental condition. the retention hardware extends through the thermal block to retain the thermal block within the thermal strap when the apparatus is exposed to at least one variable environmental condition.
An apparatus for the treatment of urinary incontinence comprising: a shaft; a balloon surrounding at least a portion of the shaft; an electrode coupled to a first portion of the balloon, the electrode being configured to deliver electrical pulses in order to cause a contraction of at least one muscle in communication with the electrode; a second portion of the balloon forming bellows and/or having a thickness less than the first portion of the balloon such that the balloon, when inflated, is configured to expand in a radially non-uniform manner in response to the bellows or to the difference in thicknesses of the first portion and the second portion. a shaft; a balloon surrounding at least a portion of the shaft; an electrode coupled to a first portion of the balloon, the electrode being configured to deliver electrical pulses in order to cause a contraction of at least one muscle in communication with the electrode; a second portion of the balloon forming bellows and/or having a thickness less than the first portion of the balloon such that the balloon, when inflated, is configured to expand in a radially non-uniform manner in response to the bellows or to the difference in thicknesses of the first portion and the second portion.
A method for controlling the operational state of a sensor device for break-in detection, the method being performed in the sensor device and comprising the steps of: determining, while in a low-power state, that a wake-up condition is true when a vibration measurement associated with a barrier is greater than a wake-up threshold; transitioning, when the wake-up condition is true, to an active state; determining, while in the active state, when an activity condition is true, the activity condition being based on vibration measurements associated with the barrier; increasing the wake-up threshold, and transitioning to the low-power state when the activity condition is not determined to be true within a first duration while in the active state; and decreasing the wake-up threshold, when the sensor device stays in the low-power state longer than a second duration. determining, while in a low-power state, that a wake-up condition is true when a vibration measurement associated with a barrier is greater than a wake-up threshold; transitioning, when the wake-up condition is true, to an active state; determining, while in the active state, when an activity condition is true, the activity condition being based on vibration measurements associated with the barrier; increasing the wake-up threshold, and transitioning to the low-power state when the activity condition is not determined to be true within a first duration while in the active state; and decreasing the wake-up threshold, when the sensor device stays in the low-power state longer than a second duration.
A symmetric key stream cipher cryptographic method for encrypting a plaintext, the method comprising the steps of - scanning the plaintext to be encrypted with an input / output data buffer, - performing encryption using a key automaton, wherein a pseudo random character sequence of a given length is generated based on a seed of a pseudo random number generator for a subsequent character of the plaintext, the transition matrix of the key automaton being a 16 x 16 or 256 x 256 Latin square is stored in a data memory and the key automaton is an automaton without output, and in the course of the encryption of the subsequent character of the plaintext, - transmitting the pseudo random character sequence to the key automaton as input signal sequence, - creating with the key automaton a subsequent character of a ciphertext, which is chosen to be the last element of a state sequence through which the key automaton is transited starting from a state being the same as the subsequent character of the plaintext scanned by the input / output data buffer effected by the input signal sequence. - scanning the plaintext to be encrypted with an input / output data buffer, - performing encryption using a key automaton, wherein a pseudo random character sequence of a given length is generated based on a seed of a pseudo random number generator for a subsequent character of the plaintext, the transition matrix of the key automaton being a 16 x 16 or 256 x 256 Latin square is stored in a data memory and the key automaton is an automaton without output, and in the course of the encryption of the subsequent character of the plaintext, - transmitting the pseudo random character sequence to the key automaton as input signal sequence, - creating with the key automaton a subsequent character of a ciphertext, which is chosen to be the last element of a state sequence through which the key automaton is transited starting from a state being the same as the subsequent character of the plaintext scanned by the input / output data buffer effected by the input signal sequence.
A dispersion preparation containing colloidal bismuth pectin, wherein 1 g of the preparation comprises: 44.0-900.0mg of colloidal bismuth pectin; 1.0-500mg of a penetration enhancer, wherein the penetration enhancer is a material capable of promoting penetration of moisture into dispersible tablet; 2.0-312.5mg of acid-source pore forming agent; 2.0-250.0mg of alkali-source pore forming agent; and 1.0-400.0mg of a disintegrating agent; wherein the penetration enhancer comprises calcium sulphate dihydrate; the acid-source pore-forming agent is selected from at least one member from anhydrous citric acid, monohydrate citric acid, tartaric acid, fumaric acid, monopotassium phosphate, sodium dihydrogen phosphate, glycine and EDTA; and the alkali-source pore-forming agent is sodium bicarbonate. 44.0-900.0mg of colloidal bismuth pectin; 1.0-500mg of a penetration enhancer, wherein the penetration enhancer is a material capable of promoting penetration of moisture into dispersible tablet; 2.0-312.5mg of acid-source pore forming agent; 2.0-250.0mg of alkali-source pore forming agent; and 1.0-400.0mg of a disintegrating agent; wherein the penetration enhancer comprises calcium sulphate dihydrate; the acid-source pore-forming agent is selected from at least one member from anhydrous citric acid, monohydrate citric acid, tartaric acid, fumaric acid, monopotassium phosphate, sodium dihydrogen phosphate, glycine and EDTA; and the alkali-source pore-forming agent is sodium bicarbonate.
A method for recording auditory steady-state responses of a person, the method comprising a) providing an acoustic stimulus signal (ac-stim) to an ear of the person, b) recording the auditory steady-state responses (rec n) of the person originating from said acoustic stimulus signal (ac-stim), wherein the acoustic stimulus signal comprises a speech-like stimulus provided as a combination of a series of frequency-specific stimuli (fs-stim), each having a specified, e.g. predetermined, a) frequency bandwidth, b) presentation rate, c) amplitude and d) amplitude-modulation, CHARACTERIZED IN THAT said amplitude modulation of the individual frequency-specific stimuli (fs-stim) corresponds to a low-frequency modulation which occurs in normal speech.
A method for producing a chemical by continuous fermentation, comprising: a fermentation step for converting a fermentation feedstock, through fermentation by culturing a microorganism or culture cells, into a fermented liquid containing the chemical by a fermentation tank; and a membrane separation step for collecting the chemical, as a filtrate, from the fermented liquid with the use of a plurality of separation membrane modules, and returning a non-filtered liquid to a fermented tank, wherein in the membrane separation step, an intermittent filtration treatment is performed such that a filtration treatment and a filtration-stop treatment are alternately repeated with the plurality of the separation membrane modules and using the plurality of the separation membrane modules that are arranged in series, and the timing of the filtration-stop treatment in each separation membrane module is controlled during the intermittent filtration treatment. a fermentation step for converting a fermentation feedstock, through fermentation by culturing a microorganism or culture cells, into a fermented liquid containing the chemical by a fermentation tank; and a membrane separation step for collecting the chemical, as a filtrate, from the fermented liquid with the use of a plurality of separation membrane modules, and returning a non-filtered liquid to a fermented tank, wherein in the membrane separation step, an intermittent filtration treatment is performed such that a filtration treatment and a filtration-stop treatment are alternately repeated with the plurality of the separation membrane modules and using the plurality of the separation membrane modules that are arranged in series, and the timing of the filtration-stop treatment in each separation membrane module is controlled during the intermittent filtration treatment.
. A PET imaging device dedicated to the observation of the brain, having, as a whole, a structure with a shape capable of housing a head, comprising independent gamma ray detection modules, wherein said detection modules comprise continuous scintillation crystals of polygonal main section, in which the detection modules together form a hollow three-dimensional structure capable of circling the head, and said elongated three-dimensional structure having a major axis in the direction corresponding to the front-nape direction and a shorter axis in the direction corresponding to the straight line joining the ears, and the adjacent scintillation crystals being arranged to fit laterally in an exact manner with each other throughout their entire thickness, building a mosaic, that is to say, without leaving gaps and without overlapping each other.
A tubular electromechanical actuator for a closure or sun protection home automation installation, the electromechanical actuator comprising at least: - an electric motor, - a casing, the casing being hollow and configured to house at least the electric motor, the casing comprising a first end and a second end, the second end being opposite the first end, - a closure element, the closure element being configured to close off the second end of the casing, the closure element comprising indentations configured to cooperate with recesses of the casing, the recesses being arranged at the second end of the casing, and - a crown, the crown being positioned at least around the casing and at the second end of the casing, the crown being a monobloc part, characterized in that the crown comprises: ∘ clearances, the clearances of the crown being configured to cooperate with the indentations of the closure element, during the assembly of the crown with the closure element, and ∘ a stop, the stop being configured to cooperate with the indentations of the closure element, following the assembly of the crown with the closure element and a rotational movement of the crown relative to the closure element, so as to block the translation of the crown with respect to the closure element. - an electric motor, - a casing, the casing being hollow and configured to house at least the electric motor, the casing comprising a first end and a second end, the second end being opposite the first end, - a closure element, the closure element being configured to close off the second end of the casing, the closure element comprising indentations configured to cooperate with recesses of the casing, the recesses being arranged at the second end of the casing, and - a crown, the crown being positioned at least around the casing and at the second end of the casing, the crown being a monobloc part, ∘ clearances, the clearances of the crown being configured to cooperate with the indentations of the closure element, during the assembly of the crown with the closure element, and ∘ a stop, the stop being configured to cooperate with the indentations of the closure element, following the assembly of the crown with the closure element and a rotational movement of the crown relative to the closure element, so as to block the translation of the crown with respect to the closure element.
An automatic beverage preparation machine operable to prepare and dispense a beverage in a container; the automatic beverage preparation machine comprises a casing, a support for the container, and a beverage preparation assembly operable to prepare and dispense a beverage in the container; the beverage preparation assembly comprise a fluid supply circuit operable to supply a fluid to be heated for preparing the beverage; a fluid outlet circuit to supply a heated fluid, and at least one electromagnetic-induction, continuous-flow heater fluidly connected to the fluid supply circuit and to the fluid outlet circuit; the electromagnetic-induction, continuous-flow heater comprises a tubular body in fluidic communication with the fluid supply circuit and the fluid outlet circuit and delimiting a path for a flow of the fluid to be heated; and fluidic connection means arranged between an end portion of the tubular body and the fluid outlet circuit; characterised in that the fluidic connection means delimit a chamber into which the end portion of the tubular body opens and comprises a plug-shaped body (37A, 37B) to close the chamber and configured to define a fluid passage in communication with the chamber, releasable connection means to retain the plug-shaped body (37A; 37B), and an electric winding electrically powerable to generate an electromagnetic induction field to heat a fluid flowing in the tubular body; in that the casing has an opening that puts the inside of the casing in communication with the outside; in that the plug-shaped body (37A, 37B) is arranged outside of the casing or is extractable from the casing through the opening; and in that the releasable connection means are removable by acting from the outside of the casing.