mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent sheet (AS), wherein an absorbent polymer is provided inside a first space region having a periphery which is formed by bonding a first sheet and a second sheet , in the first space region , a plurality of resistance portions are formed by bonding the first sheet and the second sheet , each resistance portion having a linear shape or a dotted line shape disposed at an angle in a plan view which intersects a first direction corresponding to a front-back direction of the absorbent sheet (BF), thereby increasing resistance to gravity movement of the absorbent polymer in the first space region in the first direction, wherein a plurality of the resistance portions are provided at intervals in the first direction to form a resistance portion row, and a pair of resistance portion rows separated in a second direction corresponding to a width direction of the absorbent sheet (WD) intersecting the first direction is formed inside the first space region , wherein one tip of a resistance portion of a first resistance portion row and a corresponding tip of a resistance portion of a second resistance portion row which is opposite to the first are arranged alternately in the first direction, and a spacing portion through which the absorbent polymer can pass is provided between the tip of the resistance portion of the first resistance portion row and the corresponding tip of the resistance portion of the second resistance portion row, and wherein the absorbent polymer is free to move in the first space region . an absorbent polymer is provided inside a first space region having a periphery which is formed by bonding a first sheet and a second sheet , in the first space region , a plurality of resistance portions are formed by bonding the first sheet and the second sheet , each resistance portion having a linear shape or a dotted line shape disposed at an angle in a plan view which intersects a first direction corresponding to a front-back direction of the absorbent sheet (BF), thereby increasing resistance to gravity movement of the absorbent polymer in the first space region in the first direction, wherein a plurality of the resistance portions are provided at intervals in the first direction to form a resistance portion row, and a pair of resistance portion rows separated in a second direction corresponding to a width direction of the absorbent sheet (WD) intersecting the first direction is formed inside the first space region , wherein one tip of a resistance portion of a first resistance portion row and a corresponding tip of a resistance portion of a second resistance portion row which is opposite to the first are arranged alternately in the first direction, and a spacing portion through which the absorbent polymer can pass is provided between the tip of the resistance portion of the first resistance portion row and the corresponding tip of the resistance portion of the second resistance portion row, and wherein the absorbent polymer is free to move in the first space region .
A belay device operable for guide mode belaying, the device comprising a body that includes a rope slot through which a bight of rope can pass, a guide-mode anchor connected through an anchoring carabiner directly or indirectly to a fixed anchor, and a release formation , the device being operative to cause frictional locking of a working length of the rope in a condition of loading on the rope corresponding to that which occurs in the event of a fall of a belayed climber, characterised in that the guide-mode anchor is pivotally connected to the body, and arranged such that that when the rope is locked, the body is caused by force applied to the release formation to pivot with respect to the guide-mode anchor , which pivotal movement acts to increase mechanical advantage of the release formation acting on a load applied by the working length of the rope on the body , by increasing the value of the ratio of lengths A/B where length A is the horizontal component of the distance from the working length of the rope to the release formation and length B is the horizontal component of the distance from the working length of the rope to the axis about which the guide-mode anchor can pivot respect to the body .
A balloon expanded stent delivery system comprising: a balloon catheter that includes a catheter with a balloon mounted thereon, and including a wire or other inflation constraint attached to the catheter and spirally wrapped on the balloon ; a stent mounted on the balloon; and wherein the balloon is inflated and the stent has a spiral contour that is defined by and responsive to a spiral shape of the inflated balloon as constrained by the wire or other inflation constraint . a balloon catheter that includes a catheter with a balloon mounted thereon, and including a wire or other inflation constraint attached to the catheter and spirally wrapped on the balloon ; a stent mounted on the balloon; and wherein the balloon is inflated and the stent has a spiral contour that is defined by and responsive to a spiral shape of the inflated balloon as constrained by the wire or other inflation constraint .
A method for adaptation of a frame loss concealment method in audio decoding, the method comprising: detecting a transient in a previously received and reconstructed audio signal; modifying the frame loss concealment method by selectively adjusting a spectrum magnitude of a substitution frame spectrum in response to the detected transient; detecting a burst loss with several consecutive frame losses; and further modifying the frame loss concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum in response to determining that a number of consecutive frames with the detected burst loss exceeds a first threshold value. detecting a transient in a previously received and reconstructed audio signal; modifying the frame loss concealment method by selectively adjusting a spectrum magnitude of a substitution frame spectrum in response to the detected transient; detecting a burst loss with several consecutive frame losses; and further modifying the frame loss concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum in response to determining that a number of consecutive frames with the detected burst loss exceeds a first threshold value.
A system, comprising: a display; control circuitry configured to receive finger input gathered by a finger device that is worn on a finger of a user while leaving a finger pad at the tip of the finger exposed, wherein the finger device has a U-shaped housing having first and second sides coupled by a top portion ; a gaze tracker configured to produce point-of-gaze information associated with eyes of the user, characterised in that the control circuitry is configured to use the display to display virtual content that is overlaid on a real-world object and wherein the control circuitry is configured to use the display to display the virtual content based on the finger input and the point-of-gaze information, and sensor circuitry configured to gather finger position information as the finger interacts with the displayed virtual content, and to determine a movement of the real-world object based on the finger position information. a display; control circuitry configured to receive finger input gathered by a finger device that is worn on a finger of a user while leaving a finger pad at the tip of the finger exposed, wherein the finger device has a U-shaped housing having first and second sides coupled by a top portion ; a gaze tracker configured to produce point-of-gaze information associated with eyes of the user, characterised in that the control circuitry is configured to use the display to display virtual content that is overlaid on a real-world object and wherein the control circuitry is configured to use the display to display the virtual content based on the finger input and the point-of-gaze information, and sensor circuitry configured to gather finger position information as the finger interacts with the displayed virtual content, and to determine a movement of the real-world object based on the finger position information.
A thermal inkjet latex ink comprising: a liquid vehicle; pigment dispersed in the liquid vehicle; latex dispersed in the liquid vehicle; and a polystyrene anti-fouling additive dispersed in the liquid vehicle as a free solution; wherein the polystyrene anti-fouling additive is a copolymer of styrene, alpha methyl styrene, and acrylic acid having a molecular weight of approximately 8,000, an acid number of 150-160 mg of KOH/g of resin and a glass transition temperature of approximately 74° C.. a liquid vehicle; pigment dispersed in the liquid vehicle; latex dispersed in the liquid vehicle; and a polystyrene anti-fouling additive dispersed in the liquid vehicle as a free solution; wherein the polystyrene anti-fouling additive is a copolymer of styrene, alpha methyl styrene, and acrylic acid having a molecular weight of approximately 8,000, an acid number of 150-160 mg of KOH/g of resin and a glass transition temperature of approximately 74° C..
A temperature sensor package comprising: a temperature sensor having a first side and a second side, wherein the first side of the temperature sensor includes an active region configured for coupling with a target area for temperature measurement of an object ; and a circuit board having a first side and a second side, the first side of the circuit board being an underside of the circuit board, the underside of the circuit board attached to the second side of the temperature sensor so the active region of the temperature sensor faces away from the circuit board, and overlap with the circuit board in a direction perpendicular to the circuit board, wherein the circuit board provides thermal insulation between the active region of the temperature sensor and an environment on the second side of the circuit board. a temperature sensor having a first side and a second side, wherein the first side of the temperature sensor includes an active region configured for coupling with a target area for temperature measurement of an object ; and a circuit board having a first side and a second side, the first side of the circuit board being an underside of the circuit board, the underside of the circuit board attached to the second side of the temperature sensor so the active region of the temperature sensor faces away from the circuit board, and overlap with the circuit board in a direction perpendicular to the circuit board, wherein the circuit board provides thermal insulation between the active region of the temperature sensor and an environment on the second side of the circuit board.
An anode shroud comprising: a body portion having a tapered upper section that includes an apex , the upper section sloping downwards from the apex, the body portion having an inner wall that defines an off-gas collection cavity , an underside of the body portion being unenclosed; a plurality of anode guides on opposing slopes of the upper section of the body portion, each of the plurality of anode guides defining a passage that leads to the off-gas collection cavity within the body portion ; and a chimney structure extending from the apex of the upper section and connected to the off-gas collection cavity of the body portion, the chimney structure including an inner tube within an outer tube , an end of the inner tube connected to an inner wall of the body portion , and an end of the outer tube connected to the upper section . a body portion having a tapered upper section that includes an apex , the upper section sloping downwards from the apex, the body portion having an inner wall that defines an off-gas collection cavity , an underside of the body portion being unenclosed; a plurality of anode guides on opposing slopes of the upper section of the body portion, each of the plurality of anode guides defining a passage that leads to the off-gas collection cavity within the body portion ; and a chimney structure extending from the apex of the upper section and connected to the off-gas collection cavity of the body portion, the chimney structure including an inner tube within an outer tube , an end of the inner tube connected to an inner wall of the body portion , and an end of the outer tube connected to the upper section .
A rubber compound for treads comprising a styrene-butadiene rubber (SBR), carbon black and a vulcanization system; said compound being characterized in that it comprises a filler comprising 5 to 30 phr of a thermoplastic polymer having a Tg ranging from 50 to 70°C, a molecular weight (Mw) not exceeding 200,000 g/mol and a crystallinity not exceeding 10%.
An apparatus for performing bioelectric stimulation, the apparatus comprising: a stimulation unit ; a measurement unit comprising an amplifier; first and second stimulation electrodes configured to to apply electrical signals to tissue of a patient; first and second measurement electrodes configured to receive first and second measurement signals from the tissue of the patient; wherein the stimulation unit is configured to deliver a first stimulation signal to the first stimulation electrode and a second stimulation signal to the second stimulation electrode ; wherein the first stimulation signal and the second stimulation signal are mirrored about a biasing voltage, the biasing voltage set in dependence of the dynamic range of the amplifier. a stimulation unit ; a measurement unit comprising an amplifier; first and second stimulation electrodes configured to to apply electrical signals to tissue of a patient; first and second measurement electrodes configured to receive first and second measurement signals from the tissue of the patient; wherein the stimulation unit is configured to deliver a first stimulation signal to the first stimulation electrode and a second stimulation signal to the second stimulation electrode ; wherein the first stimulation signal and the second stimulation signal are mirrored about a biasing voltage, the biasing voltage set in dependence of the dynamic range of the amplifier.
A power supply control method for a power conversion apparatus, wherein the power conversion apparatus comprises a control unit and a power unit, the power unit is configured to convert a direct current output by a charging power of a charger into a pulse current and charge a power battery, and the control unit is configured to control the power unit to conduct the power conversion, the method comprises: conducting (S210) a power-on self-test with an auxiliary power of the charger by the power conversion apparatus; determining (S220) the power supply priority order of a charging power of the charger and the power battery on the basis of a state parameter of the power battery, under the condition that the self-test of the power conversion apparatus succeeds; determining (S230) the one of the charging power of the charger and the power battery with a higher power supply priority as a current working power of the power conversion apparatus by the power conversion apparatus, wherein the working power is a power supply for the control unit; powering the control unit according to the current working power. conducting (S210) a power-on self-test with an auxiliary power of the charger by the power conversion apparatus; determining (S220) the power supply priority order of a charging power of the charger and the power battery on the basis of a state parameter of the power battery, under the condition that the self-test of the power conversion apparatus succeeds; determining (S230) the one of the charging power of the charger and the power battery with a higher power supply priority as a current working power of the power conversion apparatus by the power conversion apparatus, wherein the working power is a power supply for the control unit; powering the control unit according to the current working power.
An aerosol generating device comprising: a piezoelectric transducer ; drive circuitry connected to the piezoelectric transducer and configured to apply an oscillating current to the transducer ; and control circuitry connected to the drive circuitry and configured to monitor the resonant behaviour of the piezoelectric transducer , the control circuitry configured to control the operation of the drive circuitry based on the resonant behaviour of the piezoelectric transducer; wherein the piezoelectric transducer forms part of a transducer assembly in a liquid pump, and the transducer assembly comprises a membrane or surface configured to contact a liquid aerosol-forming substrate, the transducer assembly configured to drive the membrane or surface into vibration, the vibration of the membrane or surface forcing the liquid through an adjacent liquid valve in the liquid pump. a piezoelectric transducer ; drive circuitry connected to the piezoelectric transducer and configured to apply an oscillating current to the transducer ; and control circuitry connected to the drive circuitry and configured to monitor the resonant behaviour of the piezoelectric transducer , the control circuitry configured to control the operation of the drive circuitry based on the resonant behaviour of the piezoelectric transducer; wherein the piezoelectric transducer forms part of a transducer assembly in a liquid pump, and the transducer assembly comprises a membrane or surface configured to contact a liquid aerosol-forming substrate, the transducer assembly configured to drive the membrane or surface into vibration, the vibration of the membrane or surface forcing the liquid through an adjacent liquid valve in the liquid pump.
A method of forming a random fiber web using a pneumatic fiber feeding system, the method comprising: providing a plurality of moveable apparatuses including a lickerin and a feeder , the lickerin configured to remove a plurality of fibers from a fibrous mat delivered to adjacent the lickerin by the feeder; doffing the plurality of fibers from the lickerin at a doffing location within the system; communicating an air supply (AS) to entrain the plurality of fibers with the air supply after the doffing; controlling the air supply within a flow path between the lickerin and a collector , wherein controlling the air supply within the flow path comprises a dynamic air control mechanism, and wherein the dynamic air control mechanism comprises an extended doffer bar rotatable within a chamber of the pneumatic fiber feeding system, and wherein rotation of the extended doffer bar causes the air supply to change from a first air flow pattern within the chamber to a second air flow pattern within the chamber; and collecting the plurality of fibers from the air supply on a collector to form the random fiber web. providing a plurality of moveable apparatuses including a lickerin and a feeder , the lickerin configured to remove a plurality of fibers from a fibrous mat delivered to adjacent the lickerin by the feeder; doffing the plurality of fibers from the lickerin at a doffing location within the system; communicating an air supply (AS) to entrain the plurality of fibers with the air supply after the doffing; controlling the air supply within a flow path between the lickerin and a collector , wherein controlling the air supply within the flow path comprises a dynamic air control mechanism, and wherein the dynamic air control mechanism comprises an extended doffer bar rotatable within a chamber of the pneumatic fiber feeding system, and wherein rotation of the extended doffer bar causes the air supply to change from a first air flow pattern within the chamber to a second air flow pattern within the chamber; and collecting the plurality of fibers from the air supply on a collector to form the random fiber web.
A method comprising: at a user equipment device, UE : communicating with a cellular network according to a first downlink control information, DCI, mode; receiving first DCI from the cellular network according to the first DCI mode; determining whether a number of transmission configuration indicator, TCI, states at a TCI code point in the first DCI is greater than 1; selecting a second DCI mode, wherein the first DCI mode is different than the second DCI mode, based on the determination of whether the number of TCI states is greater than 1, wherein: if the number of TCI states is not greater than 1, a multi-DCI mode is selected as the second DCI mode; or if the number of TCI states is greater than 1, a single-DCI mode is selected as the second DCI mode; and receiving second DCI from the cellular network according to the second DCI mode. communicating with a cellular network according to a first downlink control information, DCI, mode; receiving first DCI from the cellular network according to the first DCI mode; determining whether a number of transmission configuration indicator, TCI, states at a TCI code point in the first DCI is greater than 1; selecting a second DCI mode, wherein the first DCI mode is different than the second DCI mode, based on the determination of whether the number of TCI states is greater than 1, wherein: if the number of TCI states is not greater than 1, a multi-DCI mode is selected as the second DCI mode; or if the number of TCI states is greater than 1, a single-DCI mode is selected as the second DCI mode; and if the number of TCI states is not greater than 1, a multi-DCI mode is selected as the second DCI mode; or if the number of TCI states is greater than 1, a single-DCI mode is selected as the second DCI mode; and receiving second DCI from the cellular network according to the second DCI mode.
A magnetic closure , particularly for bags, rucksacks and the like, comprising a male element , a magnet or ferromagnetic element, a female element , a second magnet or ferromagnetic element, wherein the male element accommodates themagnet or ferromagnetic element, said male element being associated with a first flap of a bag, rucksack or the like, and said female element being associated with a second flap of said bag, rucksack or the like, said male element comprising an enclosure with a cavity accommodating said magnet or ferromagnetic element, said enclosure being adapted to mate in a cavity of said female element , said cavity accommodating the magnet or ferromagnetic element enters the female element for coupling between the male element and the female element , and the male element is shaped so that the cavity accommodating the magnet or the ferromagnetic element is such as to allow the accommodation of the magnet or ferromagnetic element, characterized in that the magnet or ferromagnetic element passes through the first flap and couples within the female element and the female element is provided with a cavity that is formed so as to accommodate the second magnet or ferromagnetic element so that it straddles the second flap .