mhurhangee/ep-ind-claims huggingface dataset:
A closed-loop therapy delivery system for treating dysfunction or degeneration of at least one organ as a result of aging in a mammal, the system comprising: at least one electrode configured to deliver a therapy signal to an autonomic nervous system nerve target associated with at least one target organ; a power source in electrical communication with said at least one electrode; at least one sensor in electrical communication with said at least one electrode, wherein said at least one sensor is configured to detect at least one physiological parameter associated with said at least one target organ and generate a sensor signal based on the detected physiological parameter; and a controller in electrical communication with each of said at least one electrode and said at least one sensor, said controller being configured to automatically coordinate operation of said power source; wherein said controller is configured to automatically activate the therapy delivery system to adjust application of the therapy signal to the ANS nerve target in response to the sensor signal to treat the at least one target organ; and wherein said controller is configured to direct delivery of the therapy signal to the ANS nerve target for at least 1 millisecond and in an amount sufficient to effect a change in sympathetic and/or parasympathetic activity associated with the at least one target organ to treat the dysfunction or degeneration of the at least one organ as a result of the aging, wherein the dysfunction or degeneration of the at least one organ is caused by dysfunction of the ANS, the central nervous system, or both. at least one electrode configured to deliver a therapy signal to an autonomic nervous system nerve target associated with at least one target organ; a power source in electrical communication with said at least one electrode; at least one sensor in electrical communication with said at least one electrode, wherein said at least one sensor is configured to detect at least one physiological parameter associated with said at least one target organ and generate a sensor signal based on the detected physiological parameter; and a controller in electrical communication with each of said at least one electrode and said at least one sensor, said controller being configured to automatically coordinate operation of said power source; wherein said controller is configured to automatically activate the therapy delivery system to adjust application of the therapy signal to the ANS nerve target in response to the sensor signal to treat the at least one target organ; and wherein said controller is configured to direct delivery of the therapy signal to the ANS nerve target for at least 1 millisecond and in an amount sufficient to effect a change in sympathetic and/or parasympathetic activity associated with the at least one target organ to treat the dysfunction or degeneration of the at least one organ as a result of the aging, wherein the dysfunction or degeneration of the at least one organ is caused by dysfunction of the ANS, the central nervous system, or both.
An accommodating intraocular lens (AIOL) comprising: an optic; and at least one haptic plate coupled to the optic by at least one connector (130a-130d), the connector (130a-130d) being less rigid than the haptic plate, said at least one haptic plate surrounding the optic, characterized by the optic having an edge thickness of 50 - 150 microns and the optic and haptic plate having a combined surface area between 80 mm 2 and 100 mm 2; wherein said at least one haptic plate includes one or more rib implants (180a-180h) to increase rigidity of said at least one haptic plate. an optic; and at least one haptic plate coupled to the optic by at least one connector (130a-130d), the connector (130a-130d) being less rigid than the haptic plate, said at least one haptic plate surrounding the optic, characterized by the optic having an edge thickness of 50 - 150 microns and the optic and haptic plate having a combined surface area between 80 mm 2 and 100 mm 2; wherein said at least one haptic plate includes one or more rib implants (180a-180h) to increase rigidity of said at least one haptic plate.
A method comprising: determining that a charge session has been initiated between an apparatus and a first electronic apparatus wherein the charge session provides power from the apparatus to the first electronic apparatus; receiving an identifier indicative of the identity of the first electronic apparatus; determining a non-charging operation based, at least in part, on the identifier of the first electronic apparatus and the charge session wherein said determining is based, at least in part, on an existence of at least one rule associated with the identifier of the first electronic apparatus and the charge session, wherein the non-charging operation is identified by the rule; and causing performance of the non-charging operation, by transmitting, based on the identifier and the initiation of the charge session, a message to a second electronic apparatus, wherein the message is indicative of charge session initiation; and wherein a recipient of the message is predetermined and designated by the rule. determining that a charge session has been initiated between an apparatus and a first electronic apparatus wherein the charge session provides power from the apparatus to the first electronic apparatus; receiving an identifier indicative of the identity of the first electronic apparatus; determining a non-charging operation based, at least in part, on the identifier of the first electronic apparatus and the charge session wherein said determining is based, at least in part, on an existence of at least one rule associated with the identifier of the first electronic apparatus and the charge session, wherein the non-charging operation is identified by the rule; and causing performance of the non-charging operation, by transmitting, based on the identifier and the initiation of the charge session, a message to a second electronic apparatus, wherein the message is indicative of charge session initiation; and wherein a recipient of the message is predetermined and designated by the rule.
A molecular probe, comprising: a detector molecule specific to a target molecule; and at least one label linked covalently or non-covalently to the detector molecule and comprising a catalyst for generating mediators from a solution, wherein the mediators are capable of accumulating in the solution for a period of time and participating in a chemical reaction that directly or indirectly generates signals corresponding to a concentration or a presence of the mediators. a detector molecule specific to a target molecule; and at least one label linked covalently or non-covalently to the detector molecule and comprising a catalyst for generating mediators from a solution, wherein the mediators are capable of accumulating in the solution for a period of time and participating in a chemical reaction that directly or indirectly generates signals corresponding to a concentration or a presence of the mediators.
Pressure wave massager for the clitoris, comprising a pressure field generating device which has a hollow space with a first end and a second end located opposite the first end and remote from the first end, wherein the first end is provided with at least one opening for placement on the clitoris, and a drive device (20, 22), which is designed to effect a change in the volume of the at least one hollow space between a minimum volume and a maximum volume in such a way that a stimulating pressure field is generated in the at least one opening, characterised in that the hollow space is formed by a single continuous chamber and the ratio of volume change to minimum volume is not less than 1/10 and not greater than 1. a pressure field generating device which has a hollow space with a first end and a second end located opposite the first end and remote from the first end, wherein the first end is provided with at least one opening for placement on the clitoris, and a drive device (20, 22), which is designed to effect a change in the volume of the at least one hollow space between a minimum volume and a maximum volume in such a way that a stimulating pressure field is generated in the at least one opening, characterised in that the hollow space is formed by a single continuous chamber and the ratio of volume change to minimum volume is not less than 1/10 and not greater than 1.
A first extremely high frequency, EHF, protocol converter comprising: a first dielectric channel portion (202, 310) that provides a first lane through which EHF data signals may be conducted, the first dielectric channel portion having a first end configured as a first electromagnetic signal port associated with a first external surface of the first EHF protocol converter for conveying an electromagnetic EHF data signal between the first dielectric channel portion and an external electromagnetic EHF channel when the external electromagnetic EHF channel is coupled with the first electromagnetic signal port; at least a first transducer electromagnetically coupled with the first dielectric channel portion, the first transducer configured to convert between a first electromagnetic EHF data signal and a first electrical EHF signal; at least a first EHF communication circuit configured to convert between a first baseband data signal and the first electrical EHF signal; a protocol conversion circuit adapted to convert between the first baseband data signal when the first baseband data signal has data formatted according to a first data protocol associated with a first external device and a second baseband data signal having data formatted according to a second data protocol different than the first data protocol; and a circuit port coupled to the protocol conversion circuit for conducting the second baseband data signal to a second external device configured to operate with the second baseband data signal. a first dielectric channel portion (202, 310) that provides a first lane through which EHF data signals may be conducted, the first dielectric channel portion having a first end configured as a first electromagnetic signal port associated with a first external surface of the first EHF protocol converter for conveying an electromagnetic EHF data signal between the first dielectric channel portion and an external electromagnetic EHF channel when the external electromagnetic EHF channel is coupled with the first electromagnetic signal port; at least a first transducer electromagnetically coupled with the first dielectric channel portion, the first transducer configured to convert between a first electromagnetic EHF data signal and a first electrical EHF signal; at least a first EHF communication circuit configured to convert between a first baseband data signal and the first electrical EHF signal; a protocol conversion circuit adapted to convert between the first baseband data signal when the first baseband data signal has data formatted according to a first data protocol associated with a first external device and a second baseband data signal having data formatted according to a second data protocol different than the first data protocol; and a circuit port coupled to the protocol conversion circuit for conducting the second baseband data signal to a second external device configured to operate with the second baseband data signal.
A method for editing a machining program for a machine tool, the method comprising: obtaining tool information regarding a tool (Ta, T1, T2) mountable on a machine tool; displaying a program editing window and at least one assistance window (310, 312, 314) such that the program editing window and the at least one assistance window (310, 312, 314) are arranged side by side, the program editing window being for displaying a program code of the machining program for controlling the machine tool, the at least one assistance window (310, 312, 314) being for displaying the tool information regarding a tool (Ta, T1, T2) and a controlling method for controlling the tool (Ta, T1, T2); specifying, in the program code, an insertion position to insert a new code into the program code; and upon selection of the at least one piece of information from the tool information and the controlling method in the at least one assistance window (310, 312, 314) by a programmer, inserting a command into the program code at the insertion position, even when the tool information or the controlling method is displayed in the at least one assistance window (310, 312, 314), the command corresponding to the at least one piece of information. obtaining tool information regarding a tool (Ta, T1, T2) mountable on a machine tool; displaying a program editing window and at least one assistance window (310, 312, 314) such that the program editing window and the at least one assistance window (310, 312, 314) are arranged side by side, the program editing window being for displaying a program code of the machining program for controlling the machine tool, the at least one assistance window (310, 312, 314) being for displaying the tool information regarding a tool (Ta, T1, T2) and a controlling method for controlling the tool (Ta, T1, T2); specifying, in the program code, an insertion position to insert a new code into the program code; and upon selection of the at least one piece of information from the tool information and the controlling method in the at least one assistance window (310, 312, 314) by a programmer, inserting a command into the program code at the insertion position, even when the tool information or the controlling method is displayed in the at least one assistance window (310, 312, 314), the command corresponding to the at least one piece of information.
Antibody formats, characterised in that they comprise all or part of the VHH or humanised VHH domains, fused to constant regions of human antibodies, in that they are of Fab type and comprise, in association, two different VHH domains, or two human VH domains on which are grafted the VHH CDRs, one of the domains being fused to the constant CK or Cλ human region, the other to the CH1 region of an immunoglobulin, and in that they are bispecific/monovalent or bi-epitopic/monovalent type.
A lubricating oil degradation evaluation system, comprising: an imaging apparatus; a light transmitting container; a storage unit configured to store evaluation reference data regarding evaluation of degradation of a lubricating oil; a creation unit configured to acquire imaging data of an evaluation lubricating oil serving as an evaluation target captured by the imaging apparatus having a communication function and to create image analysis data regarding degradation of the evaluation lubricating oil from the imaging data, wherein the imaging data is obtained by imaging the evaluation lubricating oil serving as the evaluation target stored in the light-transmitting container; and an evaluation unit configured to create an evaluation result of a degree of degradation of the evaluation lubricating oil from the image analysis data on the basis of the evaluation reference data; wherein the imaging apparatus includes a detachable imaging assistance device configured to specify a distance of the imaging apparatus from the evaluation target to be imaged and an angle of the imaging apparatus relative to the direction from the imaging apparatus to the evaluation target to be imaged. an imaging apparatus; a light transmitting container; a storage unit configured to store evaluation reference data regarding evaluation of degradation of a lubricating oil; a creation unit configured to acquire imaging data of an evaluation lubricating oil serving as an evaluation target captured by the imaging apparatus having a communication function and to create image analysis data regarding degradation of the evaluation lubricating oil from the imaging data, wherein the imaging data is obtained by imaging the evaluation lubricating oil serving as the evaluation target stored in the light-transmitting container; and an evaluation unit configured to create an evaluation result of a degree of degradation of the evaluation lubricating oil from the image analysis data on the basis of the evaluation reference data; wherein the imaging apparatus includes a detachable imaging assistance device configured to specify a distance of the imaging apparatus from the evaluation target to be imaged and an angle of the imaging apparatus relative to the direction from the imaging apparatus to the evaluation target to be imaged.
Pipe insulation, in particular for hot exhaust pipes, comprising: - a flexible felt mat which is placed around the pipe in one or more layers and is formed of inorganic fibres, - a thin metal foil which is arranged over the felt mat, is impermeable to moisture, water and oils and has a thickness in a range of from 0.03 to 0.1 mm, and - a fabric layer which is arranged over the impermeable foil and is a glass fibre fabric, wherein the fabric layer has a loss on ignition of less than 0.5 %, preferably of less than 0.1 %. - a flexible felt mat which is placed around the pipe in one or more layers and is formed of inorganic fibres, - a thin metal foil which is arranged over the felt mat, is impermeable to moisture, water and oils and has a thickness in a range of from 0.03 to 0.1 mm, and - a fabric layer which is arranged over the impermeable foil and is a glass fibre fabric,
A centrifugal compressor of a turboshaft engine comprising: • a cover including an upstream end and a downstream end; • a casing presenting an upstream edge and a downstream edge; and • a bladed impeller mounted to rotate in said casing; said cover being designed to cover the blades of the impeller so as to define an outside surface of a gas-flow passage extending between the upstream and downstream edges of the casing, being fastened to the upstream edge of the casing via its upstream end while its downstream end remains free, characterized in that the cover further includes an abutment for limiting the axial movement of its downstream end relative to the downstream edge of the casing while the compressor is in operation. • a cover including an upstream end and a downstream end; • a casing presenting an upstream edge and a downstream edge; and • a bladed impeller mounted to rotate in said casing;
A method (600, 700), comprising: receiving (602, 702) synchronization signals at a base station via a low reuse channel; and coarsely aligning the clock of the base station to a first synchronization signal received upon a first subset of resources of the low reuse channel; and finely aligning the clock of the base station to a second synchronization signal received upon a second subset of resources of one or more of the low reuse channel or a separate channel, wherein the second subset of resources is reserved for transmission from at least one base station with at least a predetermined level of synchronous accuracy. receiving (602, 702) synchronization signals at a base station via a low reuse channel; and coarsely aligning the clock of the base station to a first synchronization signal received upon a first subset of resources of the low reuse channel; and finely aligning the clock of the base station to a second synchronization signal received upon a second subset of resources of one or more of the low reuse channel or a separate channel, wherein the second subset of resources is reserved for transmission from at least one base station with at least a predetermined level of synchronous accuracy.
Condensation dryer with a housing having a wall area forming a rear side and with a process air circuit for circulating process air, in which are arranged a fan for circulating the process air and a drying chamber for holding objects to be dried, wherein a heat pump (13, 14, 15) with a heat sink thermally coupled to the process air circuit and a heat source thermally coupled to the process air circuit is disposed in the housing, characterised in that the process air circuit has a section outside of the housing and running along the wall area and otherwise being located inside the housing, said section being formed by a profile part placed on the wall area and being covered by a hood that is placed in a sealing fashion on the wall area, and wherein a continuous gap is disposed between the profile part and the hood.
A smart meter with electronics for detecting current consumption and for the output of data representing the current consumption via a data communication Interface (5, 6), comprising a housing accommodating the electronics, said housing being suitable for installation in a top-hat rail of a distributor box for a low voltage network, wherein the electronics of the smart meter comprises a primary circuit with connections (L1-In, L2-In, L3-in, L1-Out, L2-OUt, L3-Out) for the three phases of a three-phase alternating current, a secondary circuit with at least one data communication interface (5, 6) arranged on an operator side of the housing and a measuring circuit with a smart metering microchip arranged between the primary circuit and the secondary circuit, wherein the measuring circuit comprises a protective insulation (A, B) with an insulating resistance of at least 3 kV both with respect to the primary circuit and respectively with respect to the secondary circuit, wherein the sum of the insulation resistances of the two protective insulations (A, B) amounts to at least 8 kV and wherein the secondary circuit comprises an 8 kV protective insulation with respect to the primary circuit.
Inhibitor of the CD95 signalling pathway for use in the treatment of Myelodysplasia Syndrom, wherein the MDS is selected from the IPSS low-risk MDS subgroup and the IPSS intermediate-1 (int-) risk MDS subgroup, and wherein the inhibitor binds to CD95 receptor and/or the CD95 ligand (CD95L).