mhurhangee/patent-ind-claim-en huggingface dataset:
Capacitive switching apparatus for converting a manual or mechanical feed movement into an electrical switching signal by means of which an electrical device is controlled, consisting of: - a housing , in which a receiving opening is incorporated, - a touch screen arranged in the receiving opening of the housing and surrounded on the outside by an electrically insulating cover plate and on the inside by a display , - wherein the cover plate , the touch screen and the display form an assembly which is axially movably mounted in the receiving opening of the housing , - wherein the touch screen and the display have at least one capacitively operated button which is switched when a human finger or a mechanical feed member approaches, - and an evaluation device electrically coupled to the relevant button , by means of which device a switching signal corresponding to the relevant button is generated when the electrical field changes, wherein an elastically deformable tube is inserted between the cover plate and the housing , said tube including at least one hollow chamber , and wherein a medium is provided in the at least one hollow chamber of the tube , characterized in that at least one opening is incorporated into the tube , into which opening a pressure sensor is inserted, or in that a pressure sensor is arranged in each of the at least one hollow chambers in such a way that the relevant pressure sensor detects the pressure fluctuations of the medium in the relevant hollow chamber and forwards said pressure fluctuations to the evaluation device for the physical calculation of the pressure state in the interior of the tube . - a housing , in which a receiving opening is incorporated, - a touch screen arranged in the receiving opening of the housing and surrounded on the outside by an electrically insulating cover plate and on the inside by a display , - wherein the cover plate , the touch screen and the display form an assembly which is axially movably mounted in the receiving opening of the housing , - wherein the touch screen and the display have at least one capacitively operated button which is switched when a human finger or a mechanical feed member approaches, - and an evaluation device electrically coupled to the relevant button , by means of which device a switching signal corresponding to the relevant button is generated when the electrical field changes, an elastically deformable tube is inserted between the cover plate and the housing , said tube including at least one hollow chamber , and wherein a medium is provided in the at least one hollow chamber of the tube , characterized in that at least one opening is incorporated into the tube , into which opening a pressure sensor is inserted, or in that a pressure sensor is arranged in each of the at least one hollow chambers in such a way that the relevant pressure sensor detects the pressure fluctuations of the medium in the relevant hollow chamber and forwards said pressure fluctuations to the evaluation device for the physical calculation of the pressure state in the interior of the tube .
A method for a wireless communication device having a first subscription and a second subscription to request uplink grants associated with the first subscription, the method comprising: tuning (B510) away from the first subscription to the second subscription for a tune-away time interval; determining (B520) whether the tune-away time interval exceeds a threshold; transmitting (B530) at least one scheduling request associated with the first subscription for a throttled count in response to the tune-away time interval exceeding the threshold, wherein the throttled count is less than a default count; determining (B540) whether an uplink grant has been received in response to any of the at least one scheduling request transmitted within the throttled count; and initiating (B550) an uplink data Random Access Channel, RACH, process in response to not receiving the uplink grant, characterized in that the throttled count is determined as inversely proportional to the length of the tune-away time interval, wherein ranges of the length of the tune-away time interval are associated with a certain throttled count. tuning (B510) away from the first subscription to the second subscription for a tune-away time interval; determining (B520) whether the tune-away time interval exceeds a threshold; transmitting (B530) at least one scheduling request associated with the first subscription for a throttled count in response to the tune-away time interval exceeding the threshold, wherein the throttled count is less than a default count; determining (B540) whether an uplink grant has been received in response to any of the at least one scheduling request transmitted within the throttled count; and initiating (B550) an uplink data Random Access Channel, RACH, process in response to not receiving the uplink grant, characterized in that the throttled count is determined as inversely proportional to the length of the tune-away time interval, wherein ranges of the length of the tune-away time interval are associated with a certain throttled count.
A method for electric power management of a plurality of peripheral interfaces (4213, 4214; 24, 27) for connecting a plurality of peripheral devices to an electronic device (40; 20), characterized in that the method comprises: selecting , upon detecting that the sum of electric currents delivered to the plurality of peripheral interfaces exceeds a limit, at least one peripheral interface of said plurality of peripheral interfaces for limiting electric current delivered to the selected at least one peripheral interface; and limiting electric current delivered to the selected at least one peripheral interface to a maximum value, the maximum value being the limit minus the sum of electric currents delivered to peripheral interfaces that have not been selected in the selecting step. selecting , upon detecting that the sum of electric currents delivered to the plurality of peripheral interfaces exceeds a limit, at least one peripheral interface of said plurality of peripheral interfaces for limiting electric current delivered to the selected at least one peripheral interface; and limiting electric current delivered to the selected at least one peripheral interface to a maximum value, the maximum value being the limit minus the sum of electric currents delivered to peripheral interfaces that have not been selected in the selecting step.
A fusion construct comprising a biologically active agent functionally linked with a functional moiety comprising an LC3 or GABARAP protein, wherein the biologically active agent comprises an antibody, an antigen-binding fragment thereof, a single-chain variable fragment (scFv), or a nanobody which specifically binds a cellular target comprising misfolded proteins, protein inclusions, protein aggregates, lipid droplets, or mitochondria.
A device for processing data delivered by a photon detector, comprising: a first analog circuit capable of generating, on a first node, a first signal (E) having a series of pulses, each pulse having an amplitude proportional to the energy released by an interaction of a photon in the detector; a unique second analog circuit connected to the first node and configured for providing a second signal (Va) switching from a first state to a second state when the first signal (E) crosses a maximum value; and a capture element comprising a plurality of capacitors (Ci), each having a first electrode connected to the first node via a write switch (Wi) and a second electrode connected to a node of application of a reference voltage, the capture element further comprising a control circuit receiving the second signal (Va), the control circuit being capable of controlling the write switches (Wi) to record the value of the first signal (E) into one of the capacitors (Ci) when the second signal (Va) switches from the first to the second state, characterized in that the second analog circuit comprises a unique subtractor and a unique comparator , the inputs of the subtractor receiving respectively the first signal (E) and the first signal (E) delayed by a predetermined delay (τ') by a delay line, the output of the subtractor being connected to a first input of the comparator , the second input of the comparator receiving a reference voltage (Vt), and the output of the comparator delivering the second signal (Va). a first analog circuit capable of generating, on a first node, a first signal (E) having a series of pulses, each pulse having an amplitude proportional to the energy released by an interaction of a photon in the detector; a unique second analog circuit connected to the first node and configured for providing a second signal (Va) switching from a first state to a second state when the first signal (E) crosses a maximum value; and a capture element comprising a plurality of capacitors (Ci), each having a first electrode connected to the first node via a write switch (Wi) and a second electrode connected to a node of application of a reference voltage, the capture element further comprising a control circuit receiving the second signal (Va), the control circuit being capable of controlling the write switches (Wi) to record the value of the first signal (E) into one of the capacitors (Ci) when the second signal (Va) switches from the first to the second state, characterized in that the second analog circuit comprises a unique subtractor and a unique comparator , the inputs of the subtractor receiving respectively the first signal (E) and the first signal (E) delayed by a predetermined delay (τ') by a delay line, the output of the subtractor being connected to a first input of the comparator , the second input of the comparator receiving a reference voltage (Vt), and the output of the comparator delivering the second signal (Va).
A three-dimensional puzzle with movable sectors , which can change their positions relative to each other and have guides that allow movable elements to move, the position of the movable elements relative to the movable sectors being visible to the user, thereby forming various configurations of the three-dimensional puzzle, characterized in that the movable elements are manufactured as permanent magnets , the motion of each magnet is limited by its own guide , each magnet can be situated in at least one of two extreme positions, and the guides are installed in the movable sectors so that, as the movable sectors change their positions relative to each other, the magnets interact with each other and change their positions relative to the movable sectors.
A liquid filter element comprising: a first endcap and a second endcap ; filter media extending between the first endcap and the second endcap , wherein the filter media defines a central opening and is coupled to the first endcap and the second endcap ; a breather filter housing coupled to the first endcap ; a filter cover coupled to the breather filter housing , wherein the breather filter housing and the filter cover mutually define a breather filter cavity (154, 182; 354, 382); and a breather filter disposed in the breather filter cavity (154, 182; 354, 382), wherein the breather filter defines a first flow face and a second flow face , and wherein the breather filter housing defines a first tortuous airflow pathway between an ambient environment and the second flow face , and the filter cover defines a second tortuous airflow pathway between the ambient environment and the first flow face . a first endcap and a second endcap ; filter media extending between the first endcap and the second endcap , wherein the filter media defines a central opening and is coupled to the first endcap and the second endcap ; a breather filter housing coupled to the first endcap ; a filter cover coupled to the breather filter housing , wherein the breather filter housing and the filter cover mutually define a breather filter cavity (154, 182; 354, 382); and a breather filter disposed in the breather filter cavity (154, 182; 354, 382), wherein the breather filter defines a first flow face and a second flow face , and wherein the breather filter housing defines a first tortuous airflow pathway between an ambient environment and the second flow face , and the filter cover defines a second tortuous airflow pathway between the ambient environment and the first flow face .
An edge emitting semiconductor laser device comprising a semiconductor layer portion having an active layer and performing multi-lateral mode oscillation of laser light, wherein the semiconductor layer portion includes a top surface having a constant height, first and second regions , the second region being located closer to a facet on a laser light radiation side than the first region , wherein the first region and the second region include a stripe region (S) in which the laser light is guided to thereby emit the laser light therefrom, wherein the first region includes a ridge structure formed by two trench grooves (Tr1) on the top surface, wherein no trench grooves and thus no ridge structure is formed in the second region , and wherein the ridge structure has a width (Ws) at its bottom portion and coincides at the bottom portion with an interval between the trench grooves of 80 μm or more and 500 μm or less, such that the second region has no optical confinement effect of the laser light in a horizontal direction to the stripe region (S), and the horizontal direction in which the laser light is confined in the stripe region (S) of the first region is perpendicular to a laser light radiation direction (L). the semiconductor layer portion includes a top surface having a constant height, first and second regions , the second region being located closer to a facet on a laser light radiation side than the first region , wherein the first region and the second region include a stripe region (S) in which the laser light is guided to thereby emit the laser light therefrom, wherein the first region includes a ridge structure formed by two trench grooves (Tr1) on the top surface, wherein no trench grooves and thus no ridge structure is formed in the second region , and wherein the ridge structure has a width (Ws) at its bottom portion and coincides at the bottom portion with an interval between the trench grooves of 80 μm or more and 500 μm or less, such that the second region has no optical confinement effect of the laser light in a horizontal direction to the stripe region (S), and the horizontal direction in which the laser light is confined in the stripe region (S) of the first region is perpendicular to a laser light radiation direction (L).
A flow assay device for detecting a presence of an analyte in a sample, the flow assay device comprising: at least one hydrophilic porous layer having a proximal end through which the sample can be introduced, a distal end spaced from the proximal end, a first side spaced from a second side , and a gap located between the proximal end and the distal end and located between the first side and the second side; at least one first hydrophobic layer disposed adjacent to the first side of the at least one hydrophilic porous layer to partially define the gap; at least one second hydrophobic layer disposed adjacent to the second side of the at least one hydrophilic porous layer to partially define the gap; a first electrode electrically coupled to the at least one first hydrophobic layer and separated from the at least one hydrophilic porous layer by the at least one first hydrophobic layer; a second electrode electrically coupled to the at least one second hydrophobic layer and separated from the at least one hydrophilic porous layer by the at least one second hydrophobic layer; and a power source electrically coupled to the first and second electrodes, the power source configured to generate a voltage between the first electrode and the second electrode to enable at least the analyte to flow across the gap of the at least one hydrophilic porous layer. at least one hydrophilic porous layer having a proximal end through which the sample can be introduced, a distal end spaced from the proximal end, a first side spaced from a second side , and a gap located between the proximal end and the distal end and located between the first side and the second side; at least one first hydrophobic layer disposed adjacent to the first side of the at least one hydrophilic porous layer to partially define the gap; at least one second hydrophobic layer disposed adjacent to the second side of the at least one hydrophilic porous layer to partially define the gap; a first electrode electrically coupled to the at least one first hydrophobic layer and separated from the at least one hydrophilic porous layer by the at least one first hydrophobic layer; a second electrode electrically coupled to the at least one second hydrophobic layer and separated from the at least one hydrophilic porous layer by the at least one second hydrophobic layer; and a power source electrically coupled to the first and second electrodes, the power source configured to generate a voltage between the first electrode and the second electrode to enable at least the analyte to flow across the gap of the at least one hydrophilic porous layer.
A system for sharing selected visual and/or audio data by a phone call with a specific recipient, comprising: a. at least one caller phone device, configured to get a Caller ID, link visual and/or audio data to said Caller ID, send said visual and/or audio data and the linked Caller ID, and initiate a phone call event to a recipient phone device; b. at least one recipient phone device, configured to receive said visual and/or audio data and the linked Caller ID, get said phone call's Caller ID, match the visual and/or audio data and the phone call event by matching the Caller ID of said phone call event with the Caller ID linked to said visual and/or audio data, and present said visual and/or audio data; c. wherein, the caller device shares the selected V&A data with the recipient device in a concurrent manner with initiation of said phone call event, characterized in that the or each recipient device is also configured to match the time that the phone call was received, and a timestamp of the received visual and/or audio data, so as to match the visual and/or audio data and the phone call event. a. at least one caller phone device, configured to get a Caller ID, link visual and/or audio data to said Caller ID, send said visual and/or audio data and the linked Caller ID, and initiate a phone call event to a recipient phone device; b. at least one recipient phone device, configured to receive said visual and/or audio data and the linked Caller ID, get said phone call's Caller ID, match the visual and/or audio data and the phone call event by matching the Caller ID of said phone call event with the Caller ID linked to said visual and/or audio data, and present said visual and/or audio data; c. wherein, the caller device shares the selected V&A data with the recipient device in a concurrent manner with initiation of said phone call event, characterized in that the or each recipient device is also configured to match the time that the phone call was received, and a timestamp of the received visual and/or audio data, so as to match the visual and/or audio data and the phone call event.
A semiconductor chip , comprising: an integrated circuit disposed on a packaging substrate ; and a power distribution network that is electrically connectable to the integrated circuit via a programmable connectivity array via the packaging substrate ; and wherein the programmable connectivity array comprises an array of programmable decoupling capacitors ; the array of programmable decoupling capacitors and power distribution network are integrated in the chip; the array of programmable decoupling capacitors comprises a plurality of discrete blocks of programmable decoupling capacitors ; and a selected number of discrete blocks of the programmable decoupling capacitors is connected to the power distribution network and the integrated circuit and a selected number of discrete blocks of the programmable decoupling capacitors is not connected to the power distribution network and the integrated circuit. an integrated circuit disposed on a packaging substrate ; and a power distribution network that is electrically connectable to the integrated circuit via a programmable connectivity array via the packaging substrate ; and wherein the programmable connectivity array comprises an array of programmable decoupling capacitors ; the array of programmable decoupling capacitors and power distribution network are integrated in the chip; the array of programmable decoupling capacitors comprises a plurality of discrete blocks of programmable decoupling capacitors ; and a selected number of discrete blocks of the programmable decoupling capacitors is connected to the power distribution network and the integrated circuit and a selected number of discrete blocks of the programmable decoupling capacitors is not connected to the power distribution network and the integrated circuit.
A horizontal axis wind turbine comprising a rotor having a plurality of blades , the rotor having a radius R of at least 80 meters, the blades comprising: a root end and a tip end , the blades extending in a spanwise direction from the root end to the tip end; a leading edge and a trailing edge , the blades extending in a chordwise direction along a chord from the leading edge to the trailing edge; a shoulder between the root end and the tip end where a chord length defined between the leading edge and the trailing edge is at a maximum; the blades being twisted between the root end and the tip end and the twist is defined by a twist distribution curve along the spanwise direction of the blades, each blade further comprising: an inboard region between the root end of the blade and the shoulder of the blade; an outboard region between a rotor radius 0.9R and the tip end of the blade; and a mid-board region located between the inboard region and the outboard region; a noise reduction feature in the mid-board region of the blade, the noise reduction feature projecting from the trailing edge and extending from a first radial position R1 toward the tip end; wherein the twist distribution curve comprises a first inflection point in the vicinity of the first radial position R1. a root end and a tip end , the blades extending in a spanwise direction from the root end to the tip end; a leading edge and a trailing edge , the blades extending in a chordwise direction along a chord from the leading edge to the trailing edge; a shoulder between the root end and the tip end where a chord length defined between the leading edge and the trailing edge is at a maximum; an inboard region between the root end of the blade and the shoulder of the blade; an outboard region between a rotor radius 0.9R and the tip end of the blade; and a mid-board region located between the inboard region and the outboard region; a noise reduction feature in the mid-board region of the blade, the noise reduction feature projecting from the trailing edge and extending from a first radial position R1 toward the tip end; wherein the twist distribution curve comprises a first inflection point in the vicinity of the first radial position R1.