mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry appliance system , comprising: an appliance having a cabinet operable between a docked position and a plurality of use positions raised above the docked position ; a lift system operably coupled to the appliance and configured to move the cabinet between the docked position and the plurality of use positions ; a user-interface assembly operably coupled to the cabinet , wherein the user-interface assembly is configured to receive a user input corresponding with a selected use position of the plurality of use positions ; and a controller configured to operate the lift system to move the cabinet to the selected use position in response to the user input, characterized in that the user-interface assembly includes a sensor , and wherein the controller is configured to determine a height-related characteristic of a user based on sensed information received from the sensor and to automatically adjust the lift system , wherein the height-related characteristic of the user is a location of eyes of the user or a location of the head or shoulders of the user. an appliance having a cabinet operable between a docked position and a plurality of use positions raised above the docked position ; a lift system operably coupled to the appliance and configured to move the cabinet between the docked position and the plurality of use positions ; a user-interface assembly operably coupled to the cabinet , wherein the user-interface assembly is configured to receive a user input corresponding with a selected use position of the plurality of use positions ; and a controller configured to operate the lift system to move the cabinet to the selected use position in response to the user input, the user-interface assembly includes a sensor , and wherein the controller is configured to determine a height-related characteristic of a user based on sensed information received from the sensor and to automatically adjust the lift system , wherein the height-related characteristic of the user is a location of eyes of the user or a location of the head or shoulders of the user.
Deflector device for a wheel of a motor vehicle, comprising a baseplate and a deflector wall which is configured to be mounted with the ability to move with respect to the baseplate between: - a deployed position and - a retracted position, the deflector device comprising an articulated mechanism for moving the deflector wall , comprising at least one link rod connected to the deflector wall so as to allow said deflector wall to be moved between the retracted and deployed position via said at least one link rod , the articulated mechanism comprising at least two sets of link rods , each set of link rods comprising at least a first and a second link rod articulated to one another, characterized in that the deflector device comprises at least two transverse bars connecting the two first link rods . - a deployed position and - a retracted position, the deflector device comprising an articulated mechanism for moving the deflector wall , comprising at least one link rod connected to the deflector wall so as to allow said deflector wall to be moved between the retracted and deployed position via said at least one link rod , the articulated mechanism comprising at least two sets of link rods , each set of link rods comprising at least a first and a second link rod articulated to one another, characterized in that the deflector device comprises at least two transverse bars connecting the two first link rods .
A system for use in cardiac evaluation comprising: an electrode apparatus comprising a plurality of external electrodes to be disposed proximate a patient's skin; and a computing apparatus comprising processing circuitry, the computing apparatus operably coupled to the electrode apparatus and configured to: monitor electrical activity from tissue of a patient using a plurality of external electrodes to generate a plurality of electrical signals; filter at least one of the electrical signals of the plurality of electrical signals; detect at least one disturbance in the at least one electrical signal using the at least one filtered signal; and determine a temporal location of the at least one disturbance in the at least one electrical signal based on a time that the at least one filtered signal crosses a predetermined threshold, wherein the computing apparatus is further configured to remove the at least one disturbance, and wherein after removing the at least one disturbance, the computing apparatus is configured to use the electrical signals to determine a plurality of cardiac activation times. an electrode apparatus comprising a plurality of external electrodes to be disposed proximate a patient's skin; and a computing apparatus comprising processing circuitry, the computing apparatus operably coupled to the electrode apparatus and configured to: monitor electrical activity from tissue of a patient using a plurality of external electrodes to generate a plurality of electrical signals; filter at least one of the electrical signals of the plurality of electrical signals; detect at least one disturbance in the at least one electrical signal using the at least one filtered signal; and determine a temporal location of the at least one disturbance in the at least one electrical signal based on a time that the at least one filtered signal crosses a predetermined threshold, monitor electrical activity from tissue of a patient using a plurality of external electrodes to generate a plurality of electrical signals; filter at least one of the electrical signals of the plurality of electrical signals; detect at least one disturbance in the at least one electrical signal using the at least one filtered signal; and determine a temporal location of the at least one disturbance in the at least one electrical signal based on a time that the at least one filtered signal crosses a predetermined threshold, wherein the computing apparatus is further configured to remove the at least one disturbance, and wherein after removing the at least one disturbance, the computing apparatus is configured to use the electrical signals to determine a plurality of cardiac activation times.
A subsea flexible riser installation, comprising: a seabed foundation ; a steep-configuration flexible riser anchored to the seabed by the foundation , the riser extending from a generally horizontal bottom section to a generally upright ascending section via a curved sag bend section extending upwardly from the seabed ; an attachment formation fixed relative to the riser at a position elevated above the seabed and above the sag bend section of the riser ; and a locating formation fixed relative to the foundation at a position elevated above the seabed , the locating formation being engageable with the attachment formation on the riser to hold the attachment formation and the riser against axial, lateral and rotational movement when so engaged. a seabed foundation ; a steep-configuration flexible riser anchored to the seabed by the foundation , the riser extending from a generally horizontal bottom section to a generally upright ascending section via a curved sag bend section extending upwardly from the seabed ; an attachment formation fixed relative to the riser at a position elevated above the seabed and above the sag bend section of the riser ; and a locating formation fixed relative to the foundation at a position elevated above the seabed , the locating formation being engageable with the attachment formation on the riser to hold the attachment formation and the riser against axial, lateral and rotational movement when so engaged.
A method for controlling the temperature of a NOx controlling component in an exhaust after treatment system of an internal combustion engine, said NOx controlling component having inner surface portions defining an interior component space through which exhaust gases are arranged to flow in order to be NOx controlled, and having outer surface portions facing away from said interior component space , the method comprising: controlling the temperature of at least a portion of said NOx controlling component by a heat transfer medium arranged outside of said outer surface portions , wherein said step of controlling the temperature comprises cooling at least a portion of said NOx controlling component by said heat transfer medium , characterized by the further step of bleeding a sub portion of the exhaust gases downstream of said NOx controlling component , and using said sub portion to form at least a part of said heat transfer medium . controlling the temperature of at least a portion of said NOx controlling component by a heat transfer medium arranged outside of said outer surface portions , wherein said step of controlling the temperature comprises cooling at least a portion of said NOx controlling component by said heat transfer medium , characterized by the further step of bleeding a sub portion of the exhaust gases downstream of said NOx controlling component , and using said sub portion to form at least a part of said heat transfer medium .
An electronic device comprising: a housing having a base plate and a sidewall , the sidewall having a shape bent and extended from an end of the base plate ; a duct in the base plate that is parallel to a surface of the base plate and having an external end open to the sidewall of the housing and wherein the electronic device is arranged so that water is able to flow in the duct ; a speaker placed on an internal surface of the base plate to cover at least a portion of the duct , wherein a sound wave is emitted from the speaker via the duct to the outside through the external end ; a waterproof sheet disposed between the duct and the speaker to protect the speaker ; and wherein the waterproof sheet covers whole of an acoustic emission area of the speaker . a housing having a base plate and a sidewall , the sidewall having a shape bent and extended from an end of the base plate ; a duct in the base plate that is parallel to a surface of the base plate and having an external end open to the sidewall of the housing and wherein the electronic device is arranged so that water is able to flow in the duct ; a speaker placed on an internal surface of the base plate to cover at least a portion of the duct , wherein a sound wave is emitted from the speaker via the duct to the outside through the external end ; a waterproof sheet disposed between the duct and the speaker to protect the speaker ; and wherein the waterproof sheet covers whole of an acoustic emission area of the speaker .
A gastroretentive dosage form comprising an immediate release portion and an extended release portion, wherein the immediate release portion comprises an immediate release drug layer containing pyridostigmine bromide, wherein the extended release portion comprises a core and a permeable elastic membrane surrounding the core, wherein the core comprises pyridostigmine bromide, an acid, a gas-generating agent, and a water-soluble hydrophilic polymer that swells via imbibition of gastric fluid, wherein the permeable elastic membrane comprises a plasticizer and a copolymer based on ethyl acrylate, methyl methacrylate, and trimethylammonioethyl methacrylate chloride, and wherein the dosage form provides an extended release, with reduced initial burst release, of pyridostigmine bromide, for at least about 14 hours.
A communication method, characterized in that the method comprises: obtaining (S201, S303, S403), by a wearable device that is in a cellular-based Narrowband Internet of Things mode from a server, a communication notification message that has not been received by the wearable device or not been viewed by a user based on a preset period or a preset time point; and upon receipt of a reply operation performed by the user in response to the communication notification message, switching (S202, S305, S405), by the wearable device based on the reply operation performed by the user, from the cellular-based Narrowband Internet of Things mode to a cellular mobile network mode to reply to the communication notification message. obtaining (S201, S303, S403), by a wearable device that is in a cellular-based Narrowband Internet of Things mode from a server, a communication notification message that has not been received by the wearable device or not been viewed by a user based on a preset period or a preset time point; and upon receipt of a reply operation performed by the user in response to the communication notification message, switching (S202, S305, S405), by the wearable device based on the reply operation performed by the user, from the cellular-based Narrowband Internet of Things mode to a cellular mobile network mode to reply to the communication notification message.
A medical implant comprising a plurality of biocomposite layers , said biocomposite comprising a polymer and a plurality of continuous reinforcement fibers , such that each layer comprises said biocomposite, wherein said fibers are uni-directionally aligned within each layer , wherein a diameter of said fibers is in a range of 0.1-100 μm, wherein said implant is bioabsorbable and said polymer is biodegradable; wherein a distance between layers , as determined by a distance between a last fiber in one layer and a first fiber in an adjacent layer, is between 0-60 μm.
A headphone system comprising: a pair of earcups ; a continuous headband spring connecting the pair of earcups, the continuous headband spring having an internal slot with an opening along an inner surface thereof; and an adjustment apparatus coupled with one of the pair of earcups and the continuous headband spring, the adjustment apparatus comprising: a shoe coupled with the one of the pair of earcups and positioned in the internal slot; a tongue coupled with the shoe and extending at least partially along the continuous headband spring; a resistance member coupled with the tongue for resisting movement of the tongue relative to the continuous headband spring, characterized in that the tongue is configured to move relative to the resistance member in order to allow for adjustment of the position of the one of the pair of earcups relative to the continuous headband spring. a pair of earcups ; a continuous headband spring connecting the pair of earcups, the continuous headband spring having an internal slot with an opening along an inner surface thereof; and an adjustment apparatus coupled with one of the pair of earcups and the continuous headband spring, the adjustment apparatus comprising: a shoe coupled with the one of the pair of earcups and positioned in the internal slot; a tongue coupled with the shoe and extending at least partially along the continuous headband spring; a resistance member coupled with the tongue for resisting movement of the tongue relative to the continuous headband spring, characterized in that the tongue is configured to move relative to the resistance member in order a shoe coupled with the one of the pair of earcups and positioned in the internal slot; a tongue coupled with the shoe and extending at least partially along the continuous headband spring; a resistance member coupled with the tongue for resisting movement of the tongue relative to the continuous headband spring, characterized in that the tongue is configured to move relative to the resistance member in order to allow for adjustment of the position of the one of the pair of earcups relative to the continuous headband spring.
An avionics chassis assembly, comprising: a housing for housing a plurality of avionics system cards ; said housing having an outer surface, defining an exterior of the housing , an inner surface, defining an interior of the housing , a set of walls at least partially separating the exterior of the housing from the interior of the housing , and a selectively removable cover ; a heat generating component comprised by an avionics system card located within the interior of the housing ; and a thermal plane comprised by said avionics system card thermally coupled to the heat generating component and configured to direct heat away from the heat generating component ; wherein an opening is included in the cover of the housing ; characterised in that : at least a portion of the avionics system card extends through the opening; wherein the opening is configured to receive at least a portion of the thermal plane such that the at least a portion of the thermal plane passes through the opening and is located exteriorly of the housing to define an extending thermal plane portion . a housing for housing a plurality of avionics system cards ; said housing having an outer surface, defining an exterior of the housing , an inner surface, defining an interior of the housing , a set of walls at least partially separating the exterior of the housing from the interior of the housing , and a selectively removable cover ; a heat generating component comprised by an avionics system card located within the interior of the housing ; and a thermal plane comprised by said avionics system card thermally coupled to the heat generating component and configured to direct heat away from the heat generating component ; wherein an opening is included in the cover of the housing ; at least a portion of the avionics system card extends through the opening; wherein the opening is configured to receive at least a portion of the thermal plane such that the at least a portion of the thermal plane passes through the opening and is located exteriorly of the housing to define an extending thermal plane portion .
An ultrasound sensor, comprising: a transmitting/receiving device configured to transmit/receive ultrasound waves; and a controller configured to provide a transmission signal to the transmitting/receiving device to make the transmitting/receiving device transmit an ultrasound burst wave, as each of the ultrasound waves, the controller being configured to detect an object in a detection area to which the ultrasound waves are transmitted, through a reception signal that is output from the transmitting/receiving device , wherein the transmitting/receiving device is configured to more increase amplitude of the reception signal, as a number of waves included in the received ultrasound burst wave is larger in a range where the amplitude of the reception signal is not saturated, and wherein the controller is configured to define, as a pulse number, the number of waves included in the ultrasound burst wave, the controller being configured to determine that the object is present, when a reception signal level is equal to or more than a threshold, the reception signal level being equivalent to the amplitude of the reception signal that corresponds to waves reflected by the object, the controller being configured to cyclically select the pulse number to be used from a plurality of pulse numbers that are set in stages, and detect the object with the pulse number being used when having determined that the object is present, the controller being configured to store at least a first pulse number and a second pulse number that is more than the first pulse number, the controller being configured to operate in: a monitoring mode of transmitting/receiving the ultrasound burst wave while cyclically selecting the pulse number to be used from the first and second pulse numbers until preliminarily detecting presence of the object; and a detecting mode of transmitting/receiving the ultrasound burst wave with the pulse number, selected from the first and second pulse numbers, being used at a time point when having preliminarily detected the presence of the object, characterized in that the controller being configured to, when having determined that the object is present in the monitoring mode, reduce the threshold in the detecting mode as a distance to the object, obtained in the monitoring mode, is longer and the second pulse number is selected by the controller. a monitoring mode of transmitting/receiving the ultrasound burst wave while cyclically selecting the pulse number to be used from the first and second pulse numbers until preliminarily detecting presence of the object; and a detecting mode of transmitting/receiving the ultrasound burst wave with the pulse number, selected from the first and second pulse numbers, being used at a time point when having preliminarily detected the presence of the object, characterized in that the controller being configured to, when having determined that the object is present in the monitoring mode, reduce the threshold in the detecting mode as a distance to the object, obtained in the monitoring mode, is longer and the second pulse number is selected by the controller.
An interface device between a trampoline and a receiving pit which is adjacent to the trampoline , comprising: - a first support and a second support intended to be fastened respectively on opposite lateral walls of a trampoline pit ; - a first arm which is pivotally mounted on the first support and a second arm which is pivotally mounted on the second support , the first arm and the second arm pivoting about the same transverse axis of rotation (A), - a rigid transverse bar linked to an end of the first arm and to an end of the second arm , such that it can tilt about the axis of rotation (A) of the first arm and second arm between an initial position and a retracted position, said rigid transverse bar being adapted to hooking the trampoline . - a first support and a second support intended to be fastened respectively on opposite lateral walls of a trampoline pit ; - a first arm which is pivotally mounted on the first support and a second arm which is pivotally mounted on the second support , the first arm and the second arm pivoting about the same transverse axis of rotation (A), - a rigid transverse bar linked to an end of the first arm and to an end of the second arm , such that it can tilt about the axis of rotation (A) of the first arm and second arm between an initial position and a retracted position, said rigid transverse bar being adapted to hooking the trampoline .
A quickly foldable crib frame, comprising: a first U-shaped surrounding frame and a second U-shaped surrounding frame , wherein a first surrounding frame connector and a second surrounding frame connector , which are integrally formed, are arranged at each of tail ends on both sides of the first U-shaped surrounding frame and the second U-shaped surrounding frame , respectively, the first surrounding frame connector and the second surrounding frame connector on each of both sides are rotatably riveted to an upper vertical rod connector , respectively, wherein the upper vertical rod connector is fixedly sleeved on a top end of an upper vertical rod , a bottom end of the upper vertical rod is slidably inserted in an inner cavity of a lower vertical rod , a bottom end of the lower vertical rod is fixedly inserted in a rotating base , one end of a first bottom horizontal brace rod and one end of a second bottom horizontal brace rod are rotatably riveted to a front side and a rear side of the rotating base , respectively, one end of a first bottom horizontal brace linkage and one end of a second bottom horizontal brace linkage are rotatably riveted to inner walls of the first bottom horizontal brace rod and the second bottom horizontal brace rod , respectively, a sliding sleeve is slidably sleeved on the lower vertical rod , and both the other end of the first bottom horizontal brace linkage and the other end of the second bottom horizontal brace linkage are rotatably riveted to the sliding sleeve .