mhurhangee/ep-ind-claims huggingface dataset:
A latch mechanism for a nacelle comprising: a first half of a latch housing; a second half of the latch housing comprising an external surface and a forward wall (454, 457) extending radially inward from the external surface; a latch handle (310, 70) and a first alignment feature (455, 755) coupled to at least one of: the first half of the latch housing, the second half of the latch housing, or the latch handle (310, 710) and configured to prevent damage to the external surface from contact by the latch handle (310, 710), and characterized by the first alignment feature (455, 755) comprising a guide ramp (562, 662, 664), and wherein the guide ramp (562, 662, 664) is positioned at an angle of between 10°-20° relative to the forward wall (454, 754) of the first half of the latch housing. a first half of a latch housing; a second half of the latch housing comprising an external surface and a forward wall (454, 457) extending radially inward from the external surface; a latch handle (310, 70) and a first alignment feature (455, 755) coupled to at least one of: the first half of the latch housing, the second half of the latch housing, or the latch handle (310, 710) and configured to prevent damage to the external surface from contact by the latch handle (310, 710), and characterized by the first alignment feature (455, 755) comprising a guide ramp (562, 662, 664), and wherein the guide ramp (562, 662, 664) is positioned at an angle of between 10°-20° relative to the forward wall (454, 754) of the first half of the latch housing.
A gel, cream, foam, ointment or aerosol spray composition suitable for topical application to the skin and transdermal delivery comprising a calcium channel blocker active agent, superoxide dismutase, and emu oil.
An computer implemented image processing apparatus for use in histology or pathology comprising: - an input port for receiving a stream of image frames from a microscope camera system; - an image matcher switchable between two modes, the matcher configured to attempt matching the image frames from the microscope camera system against a first image, wherein said first image was generated by a digital slide scanner, wherein the first image serves as a first reference template when the matcher operates in the first mode, wherein the matcher, once a first matching frame is found from among the frames in the stream of frames, operates to switch over into the second mode to now use the first matching frame as a second reference template instead of the first reference template to attempt matching image frames against said second reference template; - an output port configured to output a further matching frame once said further matching frame is found by the image matcher, wherein the first image is acquired of a section held between a slide and a cover glass, wherein the image frames are acquired of the same or a different, second, section without cover glass, and wherein the matcher uses in both modes the same image feature based registration algorithm. - an input port for receiving a stream of image frames from a microscope camera system; - an image matcher switchable between two modes, the matcher configured to attempt matching the image frames from the microscope camera system against a first image, wherein said first image was generated by a digital slide scanner, wherein the first image serves as a first reference template when the matcher operates in the first mode, wherein the matcher, once a first matching frame is found from among the frames in the stream of frames, operates to switch over into the second mode to now use the first matching frame as a second reference template instead of the first reference template to attempt matching image frames against said second reference template; - an output port configured to output a further matching frame once said further matching frame is found by the image matcher,
A method for forming a virtual multipoint transceiver for communication of a target user equipment, TUE, with a network, comprising: transmitting, by the TUE, first information to the network, the first information indicating user equipments, UEs, selected by the TUE to be members of a cooperation candidate set, CCS, for the TUE, wherein the CCS comprises a plurality of potential cooperating user equipment, CUEs, for selection to a cooperation active set, CAS; and receiving, by the TUE, second information from the network, the second information indicating the potential CUEs selected to be members of the CAS, wherein the TUE and a set of CUEs in the CAS form the virtual multipoint transceiver. transmitting, by the TUE, first information to the network, the first information indicating user equipments, UEs, selected by the TUE to be members of a cooperation candidate set, CCS, for the TUE, wherein the CCS comprises a plurality of potential cooperating user equipment, CUEs, for selection to a cooperation active set, CAS; and receiving, by the TUE, second information from the network, the second information indicating the potential CUEs selected to be members of the CAS, wherein the TUE and a set of CUEs in the CAS form the virtual multipoint transceiver.
Formulation for use in the treatment of heart disease or of the risk of having a heart disease or a heart failure or for use in treating, ameliorating, reversing the effects of, protecting or preventing an individual or a patient against a heart disease, a heart failure, a decrease in heart function or cardiac output, a decrease in heart function or cardiac output due to a heart infection or a heart condition, or for use in enhancing calcium handling in intact cardiac myocytes by increasing sarcoplasmic reticulum Ca 2+ uptake and/or increased Ca 2+ transients with reduced time of relaxation in intact cardiac myocytes, or for use in inhibiting the generation of intracellular cAMP levels in cardiac myocytes, or for use in protecting a cardiac myocyte from a programmed cell death (apoptosis) signal, or decreasing the number of cardiac myocytes signaled to programmed cell death (apoptosis) subsequent to an apoptotic signal, or for use in heart failure patients or in individuals having a heart infection or a heart condition resulting in a decrease in heart function or cardiac output for increasing heart function or cardiac output, reducing symptom and/or decreasing mortality or reducing the frequency of hospitalizations for heart failure, characterized by the composition comprising a cyclic adenosine monophosphate-incompetent (cAMP-incompetent) adenylyl cyclase type 6 protein or polypeptide (AC6mut) or a AC6mut-encoding nucleic acid or gene, wherein the AC6mut does not catalyze the breakdown of ATP to cAMP, or has an impaired ability to catalyze the breakdown of ATP to cAMP, especially an impaired ability to catalyze the breakdown of ATP to cAMP of only about 1%, 10%, 20%, 30%, 40%, 50%, 60%, 70%, 80%, 90% or 95% of the ATP to cAMP catalytic activity of wild type AC6.
Device for recording the strap tension of a strap, in particular of a lashing strap, with a measuring element which can be applied against the strap surface and is guided in a housing, wherein the measuring element is configured in two parts with a guiding section incorporated in the housing and measuring section that can be applied to the strap surface, and wherein the measuring section is configured as a measuring bar connecting two guiding arms on the strap side, and with at least one sensor assigned to the measuring element, wherein the sensor records deformations of the measuring element when it is applied and forces the strap to deflect in a manner proportional to the tension, and wherein the measuring element is applied to the strap by means of a handle (10, 11) that can displaced along a control curve, characterised in that - the sensor is designed as an expansion measuring strip that reacts to deformations of the measuring bar, wherein - a control unit for evaluating the signal from the sensor is provided, and wherein - a transmitting/receiver unit is connected to the control unit in order, via the transmitting/receiver unit, to send all the measuring bar deformation values recorded by way of the control unit and the strap tension values derived therefrom to an external receiver and/or an evaluation unit. - the sensor is designed as an expansion measuring strip that reacts to deformations of the measuring bar, wherein - a control unit for evaluating the signal from the sensor is provided, and wherein - a transmitting/receiver unit is connected to the control unit in order, via the transmitting/receiver unit, to send all the measuring bar deformation values recorded by way of the control unit and the strap tension values derived therefrom to an external receiver and/or an evaluation unit.
A lock input unit, comprising a base, a mechanical combination lock dial and an electronic password input portion, wherein the base is disposed on a surface of a lock, and the mechanical combination lock dial is rotatably disposed on the base, with password scales disposed around the bottom thereof, configured to control opening of a mechanical combination lock portion of the lock; and the electronic password input portion comprises a housing, a power source, an electronic processing member and an electronic input member, configured to control opening of an electronic combination lock portion of the lock, the power source and the electronic processing member are disposed inside the housing, the housing is disposed on an outer side of the mechanical combination lock dial, and the electronic input member is disposed on an outer side surface of the housing, characterized in that the lock input unit further comprises a pull block comprising a fixture block and a circuit joint, wherein if the pull block is pulled out, the input unit can rotate and the circuit of the electronic lock is disconnected, and if the pull block is not pulled out, the input unit cannot rotate, and the electronic password input manner is used.
An inductive component (1a..1e) comprising: - at least two coils (2..4b) in a closed main magnetic circuit (5a..5j) for guiding a magnetic main flow (Φ H) penetrating all coils (2..4b), wherein the main magnetic circuit (5a..5j) comprises a central shank and at least one outer shank and the at least two coils (2..4b) are arranged on the central shank, and - a leakage field guide component (6a..8c) or a plurality of leakage field guide components (6a..8c), wherein a leakage field guide component (6a..8c) is arranged between two coils (2..4b) in each case, separated by two air gaps (E..J) from the main magnetic circuit and intended for guiding a magnetic leakage flux (Φ S) different from the main flux (Φ H), and wherein one air gap (E, G, I) faces the central shank and one air gap (F, H, J) faces the outer shank, characterised in that the main magnetic circuit (5a..5j) and/or the leakage field guide components (6a..8c) consist of a magnetically isotropic material. - at least two coils (2..4b) in a closed main magnetic circuit (5a..5j) for guiding a magnetic main flow (Φ H) penetrating all coils (2..4b), wherein the main magnetic circuit (5a..5j) comprises a central shank and at least one outer shank and the at least two coils (2..4b) are arranged on the central shank, and - a leakage field guide component (6a..8c) or a plurality of leakage field guide components (6a..8c), wherein a leakage field guide component (6a..8c) is arranged between two coils (2..4b) in each case, separated by two air gaps (E..J) from the main magnetic circuit and intended for guiding a magnetic leakage flux (Φ S) different from the main flux (Φ H), and wherein one air gap (E, G, I) faces the central shank and one air gap (F, H, J) faces the outer shank,
A persistent current estimator that is configured to estimate a persistent current produced by a direct conversion material of a photon counting detector pixel and to generate a persistent current compensation signal based on the estimate, the persistent current estimator comprising circuitry, which is configured to receive and process the electrical pulse output by a shaper that is configured to generate an electrical pulse indicative of an energy level of the radiation illuminating the direct conversion material based on the amplified persistent current compensated signal and to generate the persistent current compensation signal based thereon; the circuitry comprising a first resistive element that is configured to receive the electrical pulse output by the shaper and to generate a first output signal indicative of the generation of trapped holes in the direct conversion material; and an integrator, including: an amplifier; and a feedback circuit, including: a second resistive element indicative of the trapped hole recombination rate of the direct conversion material; and a capacitive element, wherein the second resistive element and the capacitive element are electrically in parallel, wherein the integrator is configured to receive and integrate the first output signal and to generate the persistent current compensation signal based thereon. a first resistive element that is configured to receive the electrical pulse output by the shaper and to generate a first output signal indicative of the generation of trapped holes in the direct conversion material; and an amplifier; and a feedback circuit, including: a second resistive element indicative of the trapped hole recombination rate of the direct conversion material; and a capacitive element, wherein the second resistive element and the capacitive element are electrically in parallel, wherein the integrator is configured to receive and integrate the first output signal and to generate the persistent current compensation signal based thereon. a second resistive element indicative of the trapped hole recombination rate of the direct conversion material; and a capacitive element, wherein the second resistive element and the capacitive element are electrically in parallel,
A sample processing apparatus, comprising: a sample processing unit configured to process a sample, comprising a measuring unit (31, 32), a transport unit, and a display; a controller which is part of an information processing unit, said controller being connected with the sample processing unit and with the display, and comprising a memory for storing an electronic manual for the sample processing apparatus, the electronic manual being a file recording an operation method of the sample processing apparatus in page sequence; wherein the memory is configured to store link information designating a relevant part of the electronic manual with respects to each type of error in association with types of errors; and wherein the controller is configured to determine that an error has occurred in the sample processing unit, to read out the link information from the memory upon determination that an error has occurred and to cause the display to show the relevant part of the electronic manual designated with the link information according to the type of the occurred error. a sample processing unit configured to process a sample, comprising a measuring unit (31, 32), a transport unit, and a display; a controller which is part of an information processing unit, said controller being connected with the sample processing unit and with the display, and comprising a memory for storing an electronic manual for the sample processing apparatus, the electronic manual being a file recording an operation method of the sample processing apparatus in page sequence; wherein the memory is configured to store link information designating a relevant part of the electronic manual with respects to each type of error in association with types of errors; and wherein the controller is configured to determine that an error has occurred in the sample processing unit, to read out the link information from the memory upon determination that an error has occurred and to cause the display to show the relevant part of the electronic manual designated with the link information according to the type of the occurred error.
A composition comprising: a nanocarrier obtainable by self-assembly of a mixture of amphiphilic polymers and amphiphilic polymers having conjugated thereto a nicotine moiety; wherein the nicotine moiety has the structure below or is a nicotine metabolite selected from the group consisting of: cotinine, cotinine N'-oxide, 3'-hydroxycotinine, 5'-hydroxycotinine, 5'-hydroxycotinine-N-oxide, 3'-hydroxycotinine glucuronide, norcotinine, nornicotine, nicotine-N'-oxide, -nicotine-N-B-glucuronide (Nicotine-Gluc), or cotinine-glucuronide (Cotinine-Gluc): to provide low affinity, high avidity binding to antigen-presenting cell surfaces as compared to the binding of an APC-specific antibody that is an IgG2a isotype antibody selected from the group consisting of: anti-CD1c (BDCA-1) anti-CD11c;andanti-CD169; wherein, when the nicotine moiety has the said structure, it is covalently bonded to the amphiphilic polymer at one of R 1 -R 7, and the remainder of R 1 -R 7 are selected from H, alkyl, aryl, alkoxy, aryloxy, alkaryl, and aralkyl, any of which may be substituted or unsubstituted and may contain one or more heteroatoms; and R 8 is an alkyl group; and a pharmaceutically acceptable excipient. a nanocarrier obtainable by self-assembly of a mixture of amphiphilic polymers and amphiphilic polymers having conjugated thereto a nicotine moiety; wherein the nicotine moiety has the structure below or is a nicotine metabolite selected from the group consisting of: cotinine, cotinine N'-oxide, 3'-hydroxycotinine, 5'-hydroxycotinine, 5'-hydroxycotinine-N-oxide, 3'-hydroxycotinine glucuronide, norcotinine, nornicotine, nicotine-N'-oxide, -nicotine-N-B-glucuronide (Nicotine-Gluc), or cotinine-glucuronide (Cotinine-Gluc): to provide low affinity, high avidity binding to antigen-presenting cell surfaces as compared to the binding of an APC-specific antibody that is an IgG2a isotype antibody selected from the group consisting of: anti-CD1c (BDCA-1) anti-CD11c;andanti-CD169; wherein, when the nicotine moiety has the said structure, it is covalently bonded to the amphiphilic polymer at one of R 1 -R 7, and the remainder of R 1 -R 7 are selected from H, alkyl, aryl, alkoxy, aryloxy, alkaryl, and aralkyl, any of which may be substituted or unsubstituted and may contain one or more heteroatoms; and R 8 is an alkyl group; and a pharmaceutically acceptable excipient.
A method for linking a second remote control unit to a first remote control unit that is provided for a radio connection with a transceiver unit, and has the following method steps: - linking the first remote control unit to the transceiver unit for a radio connection, - transmitting a unique address of the second remote control unit to the transceiver unit by near field communication (22, 24), - sending the unique address of the second remote control unit by the transceiver unit to the first remote control unit via the radio connection, - linking the first remote control unit to the second remote control unit by the sent unique address of the second remote control unit, - sending a command by the second remote control unit to the transceiver unit of an industrial truck, wherein the command is sent by the second remote control unit to the first remote control unit that forwards the command by radio to the transceiver unit. - linking the first remote control unit to the transceiver unit for a radio connection, - transmitting a unique address of the second remote control unit to the transceiver unit by near field communication (22, 24), - sending the unique address of the second remote control unit by the transceiver unit to the first remote control unit via the radio connection, - linking the first remote control unit to the second remote control unit by the sent unique address of the second remote control unit, - linking the first remote control unit to the second remote control unit by the sent unique address of the second remote control unit, - sending a command by the second remote control unit to the transceiver unit of an industrial truck, wherein the command is sent by the second remote control unit to the first remote control unit that forwards the command by radio to the transceiver unit.
A method comprising: creating, in a computing network, a loop-free routing topology for reaching a destination device, the loop-free routing topology comprising a set of distinct paths for reaching the destination device, the loop-free routing topology providing, to each network node having at least two data links in the network topology, respective paths for reaching the destination device that do not share any common data link for reaching the destination device; generating a set of serialized representations describing the loop-free routing topology, each serialized representation describing a corresponding one of the paths; and propagating the set of serialized representations from the destination device to network nodes in the computing network, enabling the network nodes to establish loop-free label switched paths for reaching the destination device via the loop-free routing topology. creating, in a computing network, a loop-free routing topology for reaching a destination device, the loop-free routing topology comprising a set of distinct paths for reaching the destination device, the loop-free routing topology providing, to each network node having at least two data links in the network topology, respective paths for reaching the destination device that do not share any common data link for reaching the destination device; generating a set of serialized representations describing the loop-free routing topology, each serialized representation describing a corresponding one of the paths; and propagating the set of serialized representations from the destination device to network nodes in the computing network, enabling the network nodes to establish loop-free label switched paths for reaching the destination device via the loop-free routing topology.