mhurhangee/patent-ind-claim-en huggingface dataset:
An energy generation system , comprising: one or more photovoltaic strings ; a power control system comprising a plurality of inverter power control systems connected in a parallel configuration and coupled to the one or more PV strings , each inverter power control system comprising: an input configured to receive direct current power; a DC to alternating current inverter stage configured to receive the DC power input; an anti-islanding relay coupled to the output of the DC/AC inverter stage ; a transition relay coupled to the anti-islanding relay , transition relay configured to route an output of the inverter power control system between one or more onsite back-up loads and an AC grid , wherein one of the plurality of inverter power control systems is designated as a master that is configured to control an operation of another inverter power control system designated as a slave; and one or more energy storage devices coupled to the plurality of inverter power control systems one or more photovoltaic strings ; a power control system comprising a plurality of inverter power control systems connected in a parallel configuration and coupled to the one or more PV strings , each inverter power control system comprising: an input configured to receive direct current power; a DC to alternating current inverter stage configured to receive the DC power input; an anti-islanding relay coupled to the output of the DC/AC inverter stage ; a transition relay coupled to the anti-islanding relay , transition relay configured to route an output of the inverter power control system between one or more onsite back-up loads and an AC grid , wherein one of the plurality of inverter power control systems is designated as a master that is configured to control an operation of another inverter power control system designated as a slave; and an input configured to receive direct current power; a DC to alternating current inverter stage configured to receive the DC power input; an anti-islanding relay coupled to the output of the DC/AC inverter stage ; a transition relay coupled to the anti-islanding relay , transition relay configured to route an output of the inverter power control system between one or more onsite back-up loads and an AC grid , wherein one of the plurality of inverter power control systems is designated as a master that is configured to control an operation of another inverter power control system designated as a slave; and one or more energy storage devices coupled to the plurality of inverter power control systems
An instrument connection device , in particular for instruments that require a gas supply and a power supply, having a gas junction , which comprises a hollow cylindrical body with a flexible wall that delimits a through channel and that comprises a hole, having a hose , which comprises at least one lumen and is arranged with one end extending in proximal direction into the body , in abutment against the wall , having a wire , which is arranged in the hose projecting in proximal direction therefrom and which extends through the hole, characterized in that the hole is a punctured hole which is elastically widened by the wire and that the flexible wall abuts against the wire at the punctured hole in an elastically tensioned manner. having a gas junction , which comprises a hollow cylindrical body with a flexible wall that delimits a through channel and that comprises a hole, having a hose , which comprises at least one lumen and is arranged with one end extending in proximal direction into the body , in abutment against the wall , having a wire , which is arranged in the hose projecting in proximal direction therefrom and which extends through the hole, characterized in that the hole is a punctured hole which is elastically widened by the wire and that the flexible wall abuts against the wire at the punctured hole in an elastically tensioned manner.
A method comprising: displaying (SI01), on a touch display screen of a mobile terminal , a first widget in a first size and in a first information arrangement associated with the first size and with displaying a first set of information provided through the first widget; changing (S107) to a widget editing mode in response to detecting (S103) a predetermined first touch event on the first widget; while in the widget editing mode, changing the first widget by a second widget related to the first widget, in response to a drag touch input, wherein changing the first widget by the second widget comprises selecting (S109) the second widget when the drag touch input reaches a preset distance in a predetermined direction, and displaying (S111) a preview image of the second widget in a second information arrangement that is associated with the size of the second widget and with displaying a second set of information provided through the second widget, wherein the size of the second widget is different from the first size of the first widget, at least while a contact of the drag touch input is maintained on the touch display screen; and receiving (S113) an additional touch event to exit from the widget editing mode and to display the second widget in the second information arrangement, wherein the second information arrangement is different from the first information arrangement, and wherein the first set of information and the second set of information are updated based on information received from a server. displaying (SI01), on a touch display screen of a mobile terminal , a first widget in a first size and in a first information arrangement associated with the first size and with displaying a first set of information provided through the first widget; changing (S107) to a widget editing mode in response to detecting (S103) a predetermined first touch event on the first widget; while in the widget editing mode, changing the first widget by a second widget related to the first widget, in response to a drag touch input, wherein changing the first widget by the second widget comprises selecting (S109) the second widget when the drag touch input reaches a preset distance in a predetermined direction, and displaying (S111) a preview image of the second widget in a second information arrangement that is associated with the size of the second widget and with displaying a second set of information provided through the second widget, wherein the size of the second widget is different from the first size of the first widget, at least while a contact of the drag touch input is maintained on the touch display screen; and receiving (S113) an additional touch event to exit from the widget editing mode and to display the second widget in the second information arrangement, wherein the second information arrangement is different from the first information arrangement, and wherein the first set of information and the second set of information are updated based on information received from a server.
A lateral guide (10, 10', 10") for guiding and/or holding freight packages, in particular containers and/or pallets, in an aircraft, comprising: - a fastening rail extending in the longitudinal direction (v); - at least one lateral guide device attachable to the fastening rail in the longitudinal direction (v) at various positions (A, B, C, D), characterized in that : the lateral guide (10, 10', 10") comprises at least one first and at least one second fastening device for attaching the lateral guide (10, 10', 10") in a respective perforated rail on a freight deck of the aircraft; and in that at least the first attachment device encompasses the fastening rail and/or engages into the fastening rail in such a manner that the first fastening device is displaceable in the longitudinal direction (v) relative to the second fastening device so as to adjust the lateral guide (10, 10', 10") to different relative spacings of the perforated rails . - a fastening rail extending in the longitudinal direction (v); - at least one lateral guide device attachable to the fastening rail in the longitudinal direction (v) at various positions (A, B, C, D),
A binding protein for a soluble form of the fibroblast growth factor receptor 3 (sFGFR3) comprising an amino acid sequence with at least 89 % sequence identity to SEQ ID NO: 1 or SEQ ID NO: 2.
A therapeutic particle comprising a biocompatible polymer, a YAP1/WWRT1 inhibiting agent and a glutaminase inhibiting agent, wherein the glutaminase inhibiting agent is 2-Cyclopropyl-N-[5-(4-{ [5-(2-phenylacetamido)-l,3,4-thiadiazol-2-yl]amino}piperidin-l-yl)-1,3,4-thiadiazol-2-yl] acetamide.
A computing system comprising: a semi-flexible printed circuit board assembly (PCBA) with a first element and a second element , wherein the first element is configured to move in a non-planar direction with respect to the second element ; an internal trace connecting the first element and the second element of the semi-flexible PCBA, wherein the internal trace is flexible; a support mechanism configured to constrain relative movements between the first element with respect to the second element of the semi-flexible PCBA; characterised by a removable mounting system, the removable mounting system configured to prevent the internal trace breaching a minimum bending radius and comprises a bracket assembly and a support device , wherein the support device comprises an elongated body, a tab element , and a rounded element , wherein the elongated body positioned between the first element and the second element of the semi-flexible PCBA and extending along the edges of the first element and the second element adjacent to each other, and the rounded element extending from the tab element and configured to abut the internal trace and constrain the semi-flexible PCBA from breaching the minimum bending radius. a semi-flexible printed circuit board assembly (PCBA) with a first element and a second element , wherein the first element is configured to move in a non-planar direction with respect to the second element ; an internal trace connecting the first element and the second element of the semi-flexible PCBA, wherein the internal trace is flexible; a support mechanism configured to constrain relative movements between the first element with respect to the second element of the semi-flexible PCBA; characterised by a removable mounting system, the removable mounting system configured to prevent the internal trace breaching a minimum bending radius and comprises a bracket assembly and a support device , wherein the support device comprises an elongated body, a tab element , and a rounded element , wherein the elongated body positioned between the first element and the second element of the semi-flexible PCBA and extending along the edges of the first element and the second element adjacent to each other, and the rounded element extending from the tab element and configured to abut the internal trace and constrain the semi-flexible PCBA from breaching the minimum bending radius.
Method for operating a steering system , in particular an electrically assisted steering system, the steering system comprising at least one first fluid sensor unit for the detection of at least one penetrating first fluid and at least one second fluid sensor unit which is arranged separated spatially from the first fluid sensor unit for the detection of at least one penetrating second fluid, and at least one first reaction behaviour being triggered as a reaction to the detection of the first fluid, and at least one second reaction behaviour which differs at least in part from the first reaction behaviour being triggered as a reaction to the detection of the second fluid, characterized in that , in the case of at least one of the reaction behaviours, a current driving mode in the form of an autonomous and/or partially autonomous driving mode is taken into consideration, and a reaction which is linked to the reaction behaviour is adapted in a manner which is dependent on the current driving mode.
A microcontroller arrangement comprising: - a chip having a microcontroller unit MCU provided thereon as an integrated circuit, the MCU comprising: -- one or several resource components (R-C) which respectively have a configuration which respectively is switchable between at least two different possible configurations; and -- a resource manager (RM) which is devised to receive a configuration string (fep) and to switch the one or several resource components in a configuration corresponding to the configuration string; - a secondary chip, further comprised by the microcontroller arrangement and electrically coupled to the chip, having a secure element (SE) provided thereon as an integrated circuit; - a secure channel infrastructure, devised for operating a secure channel (CH) between the resource manager (RM) and the secure element (SE), so that the resource manager (RM) is under exclusive control of the secure element (SE), characterized in that: the resource manager (RM) comprises a register which is devised to receive the configuration string (fep), wherein only the secure element (SE) has the possibility of writing access to the register. - a chip having a microcontroller unit MCU provided thereon as an integrated circuit, the MCU comprising: -- one or several resource components (R-C) which respectively have a configuration which respectively is switchable between at least two different possible configurations; and -- a resource manager (RM) which is devised to receive a configuration string (fep) and to switch the one or several resource components in a configuration corresponding to the configuration string; -- one or several resource components (R-C) which respectively have a configuration which respectively is switchable between at least two different possible configurations; and -- a resource manager (RM) which is devised to receive a configuration string (fep) and to switch the one or several resource components in a configuration corresponding to the configuration string; - a secondary chip, further comprised by the microcontroller arrangement and electrically coupled to the chip, having a secure element (SE) provided thereon as an integrated circuit; - a secure channel infrastructure, devised for operating a secure channel (CH) between the resource manager (RM) and the secure element (SE), so that the resource manager (RM) is under exclusive control of the secure element (SE), characterized in that: the resource manager (RM) comprises a register which is devised to receive the configuration string (fep), wherein only the secure element (SE) has the possibility of writing access to the register.
Flow deflector of a discharge valve system of a compressor of a double flow turbomachine, the flow deflector being arranged at least in part in a flowpath (V1, V2) of the turbomachine in which circulates an air flow and comprising a wall provided with a plurality of ejection channels capable of discharging a discharge air flow (Fc) from the compressor in the flowpath (V1, V2) of the turbomachine , the ejection channels being arranged in rows along aligned directions that are substantially parallel to an axial plane (S) of the deflector, the ejection channels of each row being oriented at an angle (a) defined between a normal line (D) to the wall and the axes (C) of the ejection channels, characterised in that the angle of the ejection channels vary by decreasing from an upstream edge to a downstream edge of the wall defined along the direction of movement of a fan air flow (F) and in that at least the channels of at least one row situated in the proximity of the upstream edge are oriented such that the discharge flow (Fc) is substantially flush with the wall of the deflector and along the direction of movement of the air flow (F).
N -(2,6-diethylphenyl)-8-(14-[4-(dimethylamino)piperidin-1-yl]-2-methoxyphenyl} amino)-1-methyl-4,5-dihydro-1 H -pyrazolo[4,3-h]quinazoline-3-carboxamide phosphate of formula (II):
A film-based article comprising: a release liner having first and second major sides; and, a plurality of filaments disposed on the first major side of the liner, wherein the filaments comprise hot melt adhesive material. a release liner having first and second major sides; and, a plurality of filaments disposed on the first major side of the liner, wherein the filaments comprise hot melt adhesive material.
A component for a vehicle, the component comprising: two or more first members each formed of a plateable resin and defining a front surface, wherein the front surfaces of the first members (i) are spaced apart from each other such that they appear discontinuous and (ii) collectively correspond to an outer surface of the component; a second member formed of a non-plateable resin and connected to each of the first members; and a chrome plating applied to one or more exposed surfaces of each of the first members; characterized in that the two or more first members are interconnected at connective portions of the first members and connective portions of the second member hide the connective portions of the first members when viewing the chrome plating applied to the exposed surfaces. two or more first members each formed of a plateable resin and defining a front surface, wherein the front surfaces of the first members (i) are spaced apart from each other such that they appear discontinuous and (ii) collectively correspond to an outer surface of the component; a second member formed of a non-plateable resin and connected to each of the first members; and a chrome plating applied to one or more exposed surfaces of each of the first members; characterized in that the two or more first members are interconnected at connective portions of the first members and connective portions of the second member hide the connective portions of the first members when viewing the chrome plating applied to the exposed surfaces.
A safety function unit that is provided in a power conversion device , wherein the power conversion device comprises a control unit , and is provided to stop the drive of equipment comprising a motor to be driven and which is supplied with power from a drive unit of the power conversion device , based on an interruption signal, the safety function unit comprising: an input terminal that inputs a drive signal from the control unit to drive the equipment to be driven; an output terminal that outputs the drive signal to the drive unit ; a control terminal arranged at the safety function unit that inputs an interruption signal to instruct to stop the equipment to be driven; and an interruption circuit in the safety function unit that interferes with a drive signal in a drive signal path based on the interruption signal, characterized by a buffer in the safety function unit that accumulates the drive signal provided in the drive signal path, and wherein the interruption circuit in the safety function unit stops at least one of the input and output of the signal to the buffer . an input terminal that inputs a drive signal from the control unit to drive the equipment to be driven; an output terminal that outputs the drive signal to the drive unit ; a control terminal arranged at the safety function unit that inputs an interruption signal to instruct to stop the equipment to be driven; and an interruption circuit in the safety function unit that interferes with a drive signal in a drive signal path based on the interruption signal, characterized by a buffer in the safety function unit that accumulates the drive signal provided in the drive signal path, and wherein the interruption circuit in the safety function unit stops at least one of the input and output of the signal to the buffer .
A polyimide-based film, having a yield strain in a uniaxial direction of 3% or more based on ASTM D882 measurement, a pencil hardness of 1H or more based on ASTM D3363 measurement, and a yellowness of 5.0 or less and a light transmittance of 85% or more at 550 nm based on ASTM E313 measurement.
Radiant heater, wherein at least one semiconductor component which emits at least radiation in the wavelength range > 0.7 μm is partly surrounded by a heat sink , wherein at least one surface of the semiconductor component for emitting radiation in the wavelength range > 0.7 μm is not covered by the heat sink , and wherein the heat sink has at least one surface in the direction of the radiation emission of the semiconductor components in the wavelength range > 0.7 μm, and the heat sink , at least in the opposite direction to the radiation emission of the semiconductor components in the wavelength range > 0.7 μm, is arranged at least partly in at least positively locking contact with a thermal insulation , characterized in that furthermore at least one ballast for converting the electrical energy for the operating mode of the semiconductor components is present which is positioned with at least one surface on the surface of or partly in the heat sink and at least one surface of the ballast faces in the direction of the radiation emission of the semiconductor components in the wavelength range > 0.7 μm, and further device elements can be present.
A sensor device, comprising: an electromagnetic energy emitter module positioned to emit an electromagnetic energy beam directed to one or more objects within a first field of view; a beam steering module positioned to receive at least a portion of the electromagnetic energy beam that is reflected from the one or more objects within a second field of view; and an array of semiconductor receiver units positioned to convert the portion of the electromagnetic energy beam into multiple electrical signals , wherein the beam steering module is further positioned to direct the portion of the electromagnetic energy beam to the array of semiconductor receiver units , with individual semiconductor receiver units positioned to detect multiple optical signals from the portion of the electromagnetic energy beam , the multiple optical signals being sequential in a time domain, and convert the multiple optical signals into electrical signals , wherein the sensor device is characterized in that the beam steering module comprises: an optical element that includes a first surface and a second, non-parallel surface, the first surface and the second surface forming an optical element angle , wherein the optical element is positioned to rotate at an angular speed about an axis to direct the portion of the electromagnetic energy beam to the array of semiconductor receiver units , with individual semiconductor receiver units positioned to detect, along a closed path corresponding to the optical element angle , multiple optical signals from the portion of the electromagnetic energy beam . an electromagnetic energy emitter module positioned to emit an electromagnetic energy beam directed to one or more objects within a first field of view; a beam steering module positioned to receive at least a portion of the electromagnetic energy beam that is reflected from the one or more objects within a second field of view; and an array of semiconductor receiver units positioned to convert the portion of the electromagnetic energy beam into multiple electrical signals , wherein the beam steering module is further positioned to direct the portion of the electromagnetic energy beam to the array of semiconductor receiver units , with individual semiconductor receiver units positioned to detect multiple optical signals from the portion of the electromagnetic energy beam , the multiple optical signals being sequential in a time domain, and convert the multiple optical signals into electrical signals , wherein the sensor device is characterized in that an optical element that includes a first surface and a second, non-parallel surface, the first surface and the second surface forming an optical element angle , wherein the optical element is positioned to rotate at an angular speed about an axis to direct the portion of the electromagnetic energy beam to the array of semiconductor receiver units , with individual semiconductor receiver units positioned to detect, along a closed path corresponding to the optical element angle , multiple optical signals from the portion of the electromagnetic energy beam .