mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a first conductive semiconductor layer; an AlGaInP-based active layer on the first conductive semiconductor layer; a second conductive clad layer on the AlGaInP-based active layer; a second conductive GaP layer having a first concentration on the second conductive clad layer; characterized by; an undoped AlInP-based layer interposed between the AlGaInP-based active layer and the second conductive clad layer and a second conductive GaP layer having a second concentration higher than the first concentration on the second conductive GaP layer having the first concentration, a reflective layer on a bottom surface of the first conductive semiconductor layer, wherein the energy level of the undoped AlInP-based layer is higher than the energy level of the active layer, wherein the second conductive GaP layer has a Mg doping concentration, and wherein the second conductive GaP layer having the second concentration has a Mg doping concentration in a range of 1×10 17 atoms/cm 3 to 9×10 17 atoms/cm 3, wherein the reflective layer comprises distributed bragg-reflectors having a mirror structure, and wherein the reflective layer has an AlAs/AlGaAs layer and an AlGaInP/AlInP layer sequentially deposited at a thickness of 1⁄4 wavelength. a first conductive semiconductor layer; an AlGaInP-based active layer on the first conductive semiconductor layer; a second conductive clad layer on the AlGaInP-based active layer; a second conductive GaP layer having a first concentration on the second conductive clad layer; characterized by; an undoped AlInP-based layer interposed between the AlGaInP-based active layer and the second conductive clad layer and a second conductive GaP layer having a second concentration higher than the first concentration on the second conductive GaP layer having the first concentration, a reflective layer on a bottom surface of the first conductive semiconductor layer, wherein the energy level of the undoped AlInP-based layer is higher than the energy level of the active layer, wherein the second conductive GaP layer has a Mg doping concentration, and wherein the second conductive GaP layer having the second concentration has a Mg doping concentration in a range of 1×10 17 atoms/cm 3 to 9×10 17 atoms/cm 3, wherein the reflective layer comprises distributed bragg-reflectors having a mirror structure, and wherein the reflective layer has an AlAs/AlGaAs layer and an AlGaInP/AlInP layer sequentially deposited at a thickness of 1⁄4 wavelength.
A wireless electromagnetic coupler arrangement for providing spatial selectivity in interaction with an RF terminated planar metallic trace of arbitrary geometric shape by means of electromagnetic energy, the electromagnetic coupler arrangement comprising: a sequential array of coupling elements shunted onto a phase compensated differential transmission line (PC TRL), for coupling the electromagnetic energy to the RF terminated planar metallic trace by means of reactive near field coupling; and a plurality of switchable resistor elements being included in the paths between the differential transmission line (PC TRL) and a respective one of the coupling elements forming the array, so as to alternatively switch the resistance of the electric connection between the differential transmission line (PC TRL) and the respective coupling element to a first or a second value (R 1, R 2), the second value (R 2) being smaller than the first value (R 1), by controlling a respective switch; wherein each of the coupling elements is associated with: a respective harvester element for collecting energy that is fed from the differential transmission line (PC TRL); and a respective feedback loop for providing feedback from the harvester element to the respective switch for switching the resistor elements included in the respective path based on a DC voltage established at the harvester element. a sequential array of coupling elements shunted onto a phase compensated differential transmission line (PC TRL), for coupling the electromagnetic energy to the RF terminated planar metallic trace by means of reactive near field coupling; and a plurality of switchable resistor elements being included in the paths between the differential transmission line (PC TRL) and a respective one of the coupling elements forming the array, so as to alternatively switch the resistance of the electric connection between the differential transmission line (PC TRL) and the respective coupling element to a first or a second value (R 1, R 2), the second value (R 2) being smaller than the first value (R 1), by controlling a respective switch; wherein each of the coupling elements is associated with: a respective harvester element for collecting energy that is fed from the differential transmission line (PC TRL); and a respective feedback loop for providing feedback from the harvester element to the respective switch for switching the resistor elements included in the respective path based on a DC voltage established at the harvester element. a respective harvester element for collecting energy that is fed from the differential transmission line (PC TRL); and a respective feedback loop for providing feedback from the harvester element to the respective switch for switching the resistor elements included in the respective path based on a DC voltage established at the harvester element.
A binder composition for a non-aqueous secondary battery electrode comprising: a polymer including 0.1 mass% to 20 mass% of a monomer unit including a functional group, wherein the functional group is at least one selected from the group consisting of a carboxylic acid group, a sulfonate group, and a phosphate group; and an organic compound which is selected from the group consisting of polyethyleneimine and polyethyleneimine derivatives, wherein the binder composition comprises at least 0.1 parts by mass and not more than 8 parts by mass of the organic compound per 100 parts by mass of the polymer. a polymer including 0.1 mass% to 20 mass% of a monomer unit including a functional group, wherein the functional group is at least one selected from the group consisting of a carboxylic acid group, a sulfonate group, and a phosphate group; and an organic compound which is selected from the group consisting of polyethyleneimine and polyethyleneimine derivatives, wherein the binder composition comprises at least 0.1 parts by mass and not more than 8 parts by mass of the organic compound per 100 parts by mass of the polymer.
An isolated monoclonal antibody or fragment thereof, comprising a variable heavy chain that is at least 90% identical to SEQ ID NO:14 and a variable light chain that is at least 90% identical to SEQ ID NO:40, that specifically binds to IL-17RA of SEQ ID NO:431, with a binding affinity of 10 -8 to 10 -10 M and does not bind said polypeptide wherein the aspartic acid residue at position 152 of SEQ ID NO:431 substituted with an arginine, does not specifically bind said polypeptide wherein the aspartic acid residue at position 154 of SEQ ID NO:431 substituted with an arginine, does not specifically bind said polypeptide wherein the glutamic acid residue at position 156 of SEQ ID NO:431 substituted with an arginine does not specifically bind said polypeptide substituted with arginine at position 184 of SEQ ID NO:431, does not specifically bind said polypeptide substituted with arginine at position 186 of SEQ ID NO:431, does not specifically bind said polypeptide substituted with arginine at position 297 of SEQ ID NO:431 and does not specifically bind to a polypeptide consisting of SEQ ID NO: 436.
An apparatus comprising: an amplifier circuit configured to generate an output signal (RX_OUT) by amplifying an input signal (RF_IN) received at an input port, wherein said input signal (RF_IN) is a radio-frequency signal; and a protection circuit configured to (i) generate a detection signal by detecting when a level of said input signal (RF_IN) exceeds a corresponding threshold, wherein said level is (a) a power level, (b) a voltage level or (c) both said power level and said voltage level, (ii) route said input signal (RF_IN) away from said input port of said amplifier circuit and disable said amplifier circuit both in response to said detection signal being continuously active at least a first time duration and (iii) route said input signal (RF_IN) to said input port of said amplifier circuit and enable said amplifier circuit both in response to said detection signal being continuously inactive at least a second time duration. an amplifier circuit configured to generate an output signal (RX_OUT) by amplifying an input signal (RF_IN) received at an input port, wherein said input signal (RF_IN) is a radio-frequency signal; and a protection circuit configured to (i) generate a detection signal by detecting when a level of said input signal (RF_IN) exceeds a corresponding threshold, wherein said level is (a) a power level, (b) a voltage level or (c) both said power level and said voltage level, (ii) route said input signal (RF_IN) away from said input port of said amplifier circuit and disable said amplifier circuit both in response to said detection signal being continuously active at least a first time duration and (iii) route said input signal (RF_IN) to said input port of said amplifier circuit and enable said amplifier circuit both in response to said detection signal being continuously inactive at least a second time duration.
A calming chair for therapeutic treatment, wherein said calming chair comprises; - a supporting region comprising a seat part, a back rest, and a side rest for supporting the body of the sitting user; - at least one supportive part which can be placed upon said user, the supportive part being filled with a plurality of objects for increasing the weight of said supportive part, and which objects exert a sporadic pressure on the body of the user; - a pre-shaped element constituting a shell having the shape of a chair; wherein the seat part comprises a seat section being filled with a plurality of mutually displaceable substantially spherical objects, characterized in that the seat part also comprises an elastically deformable base section; wherein the seat section is positioned on top of the elastically deformable base section, wherein the seat section and the elastically deformable base fits into a recess in the pre-shaped element where it is the edge defining this recess that is part of the seat part, and wherein the chair further comprises a cover, which covers the pre-shaped element(s) and the at least one supportive part. - a supporting region comprising a seat part, a back rest, and a side rest for supporting the body of the sitting user; - at least one supportive part which can be placed upon said user, the supportive part being filled with a plurality of objects for increasing the weight of said supportive part, and which objects exert a sporadic pressure on the body of the user; - a pre-shaped element constituting a shell having the shape of a chair; wherein the seat part comprises a seat section being filled with a plurality of mutually displaceable substantially spherical objects, characterized in that the seat part also comprises an elastically deformable base section; wherein the seat section is positioned on top of the elastically deformable base section, wherein the seat section and the elastically deformable base fits into a recess in the pre-shaped element where it is the edge defining this recess that is part of the seat part, and wherein the chair further comprises a cover, which covers the pre-shaped element(s) and the at least one supportive part.
Procedure designed to evaluate measuring signals of a level transmitter (10, 30) which works with radar measuring signals according to the time-of-flight principle, said transmitter serving to measure the level of a medium in a vessel, wherein said procedure comprises the following steps: Recording of reference signal data depending on the time-of-flight of the signal; Recording of at least one measuring curve from current measuring signals along a measurement section; Comparison of the measuring curve or selected signal data of the measuring curve with the reference signal data or selected reference signal data; Search for interference signals and useful signals among the measuring signals; Distinguishing of the interference signals from the useful signals on the basis of prespecified signal information, wherein the amplitude, the sign, the phase position, the width, the shape and/or the position of the signal data are used as signal information; Determination of the level (L) from an interference signal determined at an earlier time (t) for a known position (x) of the vessel or the level transmitter (10, 30), from a useful signal determined at the same earlier time (t) and from a modified position (x) of the interference signal in the current measuring curve in the event that no useful signal is found in the current measuring curve or that no useful signal can be clearly determined in the current measuring curve. Recording of reference signal data depending on the time-of-flight of the signal; Recording of at least one measuring curve from current measuring signals along a measurement section; Comparison of the measuring curve or selected signal data of the measuring curve with the reference signal data or selected reference signal data; Search for interference signals and useful signals among the measuring signals; Distinguishing of the interference signals from the useful signals on the basis of prespecified signal information, wherein the amplitude, the sign, the phase position, the width, the shape and/or the position of the signal data are used as signal information; Determination of the level (L) from an interference signal determined at an earlier time (t) for a known position (x) of the vessel or the level transmitter (10, 30), from a useful signal determined at the same earlier time (t) and from a modified position (x) of the interference signal in the current measuring curve in the event that no useful signal is found in the current measuring curve or that no useful signal can be clearly determined in the current measuring curve.
A device for preventing a vehicle moving without a driver present in said vehicle, the device comprising a control module and a brake module; wherein the control module is adapted to: receive a signal from a first driver sensor in said vehicle to detect a first condition indicative of said driver leaving said vehicle; receive a signal from a brake sensor in said vehicle to detect an engaged or disengaged state of a parking brake system in said vehicle; receive a signal from a speed sensor to detect the speed of said vehicle; and wherein the control module is adapted to send an activating signal to the brake module when the control module: detects said first condition indicative of said driver leaving said vehicle; detects that the braking system is disengaged; and detects a vehicle speed of less than 10 km/h; wherein the brake module is adapted to engage a braking system in said vehicle when the brake module receives said activating signal; wherein the device comprises a reset button or switch to restore the device to its previous condition after an emergency application of said braking system, and wherein the reset button or switch deactivates the brake module so the brake module no longer engages said braking system. wherein the control module is adapted to: receive a signal from a first driver sensor in said vehicle to detect a first condition indicative of said driver leaving said vehicle; receive a signal from a brake sensor in said vehicle to detect an engaged or disengaged state of a parking brake system in said vehicle; receive a signal from a speed sensor to detect the speed of said vehicle; receive a signal from a first driver sensor in said vehicle to detect a first condition indicative of said driver leaving said vehicle; receive a signal from a brake sensor in said vehicle to detect an engaged or disengaged state of a parking brake system in said vehicle; receive a signal from a speed sensor to detect the speed of said vehicle; and wherein the control module is adapted to send an activating signal to the brake module when the control module: detects said first condition indicative of said driver leaving said vehicle; detects that the braking system is disengaged; and detects a vehicle speed of less than 10 km/h; detects said first condition indicative of said driver leaving said vehicle; detects that the braking system is disengaged; and detects a vehicle speed of less than 10 km/h; wherein the brake module is adapted to engage a braking system in said vehicle when the brake module receives said activating signal; wherein the device comprises a reset button or switch to restore the device to its previous condition after an emergency application of said braking system, and wherein the reset button or switch deactivates the brake module so the brake module no longer engages said braking system.
Arrangement with a device for picking and provision of goods in the correct sequence, in particular of cubic piece goods, such as containers, cartons or (beverage) crates, and with at least one palletising station, comprising at least two horizontally or essentially horizontally running transport lanes (16; 16-1, 16-2, 16-3, 16-4, 16-5, 16-6, 16-7) arranged on top of each other, through which the goods can be taken up separately at an inbound-goods end of the at least two horizontally running transport lanes (16; 16-1, 16-2, 16-3, 16-4, 16-5, 16-6, 16-7) and moved to an outbound-goods end (16") of the at least two horizontally running transport lanes (16; 16-1, 16-2, 16-3, 16-4, 16-5, 16-6, 16-7), characterized by at least one vertically or essentially vertically running transport lane (20; 20-1, 20-2, 20-3), to which the goods can be transferred, to be moved vertically up in the transport direction, from the outbound-goods end (16") of the at least two horizontally running transport lanes (16; 16-1, 16-2, 16-3, 16-4, 16-5, 16-6, 16-7) to an inbound-goods end of the at least one vertically running transport lane (20; 20-1, 20-2, 20-3), in which the goods from the at least two horizontally running transport lanes (16; 16-1, 16-2, 16-3, 16-4, 16-5, 16-6, 16-7) can be combined and moved by the at least one vertically running transport lane (20; 20-1, 20-2, 20-3) to an outbound-goods end (20") of the at least one vertical transport lane (20; 20-1, 20-2, 20-3) that is assigned to the one palletising station or one of the palletising stations vertically upwards in the transport direction to the assigned palletising station and transferred to the palletising station, with all horizontally or essentially horizontally running transport lanes (16; 16-1, 16-2, 16-3, 16-4, 16-5, 16-6, 16-7) and the at least one vertically or essentially vertically running transport lane (20; 20-1, 20-2, 20-3) being formed in such a way that the path of a piece of goods from the inbound-goods end of each of the at least two horizontally running transport lanes (16; 16-1, 16-2, 16-3, 16-4, 16-5, 16-6, 16-7) to the outbound-goods end (20") of one of the at least one vertical transport lanes (20; 20-1, 20-2, 20-3) of the assigned palletising station is of the same length.
A contact assembly for electrically connecting a first terminal with a second terminal that are rotatable relative to each other about a rotation axis, the assembly comprising: a plurality of conducting rings, each ring of the plurality comprising a contact element at its inner circle for electrically contacting the first terminal; a plurality of isolating rings alternatively stacked with the plurality of conducting rings (no) to form a stack of rings (no, 120), wherein the conducting rings (no) are electrically isolated from each other; a plurality of finger-shaped spring elements adapted to be electrically connected to the second terminal and configured to provide multiple sliding electrical contacts to outer circles of the conducting rings while rotating the first terminal relative to the second terminal about the rotational axis; and a case including pivot bearings (135, 136) for the stack of rings (110, 120), wherein the stack of rings (110,120) is rotationally fixed relative to the first terminal and the stack of rings (110, 120) is placed between the pivot bearings (135, 136), characterized by the case comprising a support for the plurality of spring elements, wherein the support is configured to hold the spring elements while each spring exerts a bias force on the outer circle of the respective conducing ring (no), wherein the support is rotatable to separate the plurality of spring elements from the plurality of conducting rings or vice versa. a plurality of conducting rings, each ring of the plurality comprising a contact element at its inner circle for electrically contacting the first terminal; a plurality of isolating rings alternatively stacked with the plurality of conducting rings (no) to form a stack of rings (no, 120), wherein the conducting rings (no) are electrically isolated from each other; a plurality of finger-shaped spring elements adapted to be electrically connected to the second terminal and configured to provide multiple sliding electrical contacts to outer circles of the conducting rings while rotating the first terminal relative to the second terminal about the rotational axis; and a case including pivot bearings (135, 136) for the stack of rings (110, 120), wherein the stack of rings (110,120) is rotationally fixed relative to the first terminal and the stack of rings (110, 120) is placed between the pivot bearings (135, 136), characterized by the case comprising a support for the plurality of spring elements, wherein the support is configured to hold the spring elements while each spring exerts a bias force on the outer circle of the respective conducing ring (no), wherein the support is rotatable to separate the plurality of spring elements from the plurality of conducting rings or vice versa.