mhurhangee/ep-ind-claims huggingface dataset:
A method for managing an electrical grid distribution feeder line (11, 108) responsively to characterized electrical parameters thereat, the line having a first line node being a substation (23, 110) with an associated voltage controller that is adapted to control the voltage thereat, and, downstream thereof, a second line node that is electrically coupled to a customer's energy resource (15, 16, 22), the method being for characterizing the voltage phasor at the second line node for a period of time, the method comprising: (i) coupling a first μPMU (24, 104) at said first line node that is adapted to timestamp measure the electrical voltage and current waveforms thereat; (ii) (a) coupling a voltage transformer (21, 114) between said second line node and said customer's energy resource (15, 16, 22) with drop lines (109, 116, 117), and (b) coupling a second μPMU (20, 106, 107) on the drop between the transformer (21, 114) and said customer's energy resource (15, 16, 22), that is adapted to timestamp measure the electrical voltage and current waveforms thereat; (iii) making said first μPMU timestamped measurements and making said second μPMU timestamped measurements and time-synchronizing one of said first μPMU timestamped measurements with one of said second μPMU timestamped measurements; (iv) determining, for the period, the impedances of said drop lines (109, 116, 117) and said transformer between said second line node and said customer's energy resource (15, 16, 22) based on transformer properties, drop line properties and sensor measurements at the second line node; (v) determining, for the period, the voltage at the second line node based on said drop line impedances and said transformer impedance and said second μPMU measurements; and (vi) informing said determined second line node voltage, to said voltage controller. (i) coupling a first μPMU (24, 104) at said first line node that is adapted to timestamp measure the electrical voltage and current waveforms thereat; (ii) (a) coupling a voltage transformer (21, 114) between said second line node and said customer's energy resource (15, 16, 22) with drop lines (109, 116, 117), and (b) coupling a second μPMU (20, 106, 107) on the drop between the transformer (21, 114) and said customer's energy resource (15, 16, 22), that is adapted to timestamp measure the electrical voltage and current waveforms thereat; (iii) making said first μPMU timestamped measurements and making said second μPMU timestamped measurements and time-synchronizing one of said first μPMU timestamped measurements with one of said second μPMU timestamped measurements; (iv) determining, for the period, the impedances of said drop lines (109, 116, 117) and said transformer between said second line node and said customer's energy resource (15, 16, 22) based on transformer properties, drop line properties and sensor measurements at the second line node; (v) determining, for the period, the voltage at the second line node based on said drop line impedances and said transformer impedance and said second μPMU measurements; and (vi) informing said determined second line node voltage, to said voltage controller.
A suction cleaner comprising a source of suction, for creating a suction airflow; a separator upstream of the source of suction, for separating and retaining entrained matter from the suction airflow; a reservoir for liquid; and characterised in that the cleaner further comprises a liquid delivery device operable selectively to deliver the liquid either into the suction airflow upstream of the separator or to a surface-cleaning head or tool connected to the cleaner.
A fish-bait discharger comprising an elongate streamlined hollow container which has a nose portion, is globular at its forward end, and tapers towards its tail portion, the container having a first part and a second part, the first and second parts (18 and 20) both extending from the nose portion to the tail portion and the said second part being provided with a hinge at its rear end, by which it is pivotably attached to the said first part of the container so as to be pivotable between an open position, in which the container can be filled with or emptied of bait, and a closed position, in which bait is retained within the container, the nose portion being provided with an impact sensitive release mechanism by which the said second part is released from its closed position to enable it to adopt its open position upon impact of the discharger with the surface of water which is to be baited, characterised in that the said first part of the container is a main part thereof, and the said second part of the container is a lid thereof, and in that the angle (α) through which the said main part extends around an imaginary central axis of the discharger, at least at forward positions along that axis rearwardly of the release mechanism, exceeds 1.1π radians.
A computer-implemented method comprising: receiving one or more update requests; identifying, based on the one or more update requests, a set of foundational relationships for deletion from a graph database; inferring, using one or more relationship inference rules, a set of inferred relationships for deletion from the graph database based on the set of foundational relationships for deletion, comprising: searching for relationships in the set of foundational relationships for deletion that match a relationship specified in a precondition of at least one of the one or more relationship inference rules; determining whether the precondition is satisfiable using at least one of the matching relationships; and in response to the precondition being satisfiable, inferring at least one of the relationships of the set of inferred relationships for deletion using at least one of the matching relationships; and deleting, from the graph database, a set of relationships for deletion comprising the set of foundational relationships for deletion and the set of inferred relationships for deletion. receiving one or more update requests; identifying, based on the one or more update requests, a set of foundational relationships for deletion from a graph database; inferring, using one or more relationship inference rules, a set of inferred relationships for deletion from the graph database based on the set of foundational relationships for deletion, comprising: searching for relationships in the set of foundational relationships for deletion that match a relationship specified in a precondition of at least one of the one or more relationship inference rules; determining whether the precondition is satisfiable using at least one of the matching relationships; and in response to the precondition being satisfiable, inferring at least one of the relationships of the set of inferred relationships for deletion using at least one of the matching relationships; and searching for relationships in the set of foundational relationships for deletion that match a relationship specified in a precondition of at least one of the one or more relationship inference rules; determining whether the precondition is satisfiable using at least one of the matching relationships; and in response to the precondition being satisfiable, inferring at least one of the relationships of the set of inferred relationships for deletion using at least one of the matching relationships; and deleting, from the graph database, a set of relationships for deletion comprising the set of foundational relationships for deletion and the set of inferred relationships for deletion.
An apparatus for signal transmission in a Fast Frequency Hopping-Orthogonal Frequency Division Multiplexing communication system, the apparatus comprising: an S/P converter configured to convert input data signals into M parallel signals; a fast frequency hopping unit configured to change mapping between the converted M parallel signals to M subcarriers; a Fast Fourier Transform FFT, unit configured to perform M-point FFT on the converted M parallel signals; and an Inverse Fast Fourier Transform, IFFT, unit for performing Q-point IFFT on the M-point FFTed signals, the M-point FFTed signals are applied frequency hopping, wherein the IFFT unit is configured to receive the M-point FFTed data that are input to consecutive M-input points among Q-input points of the IFFT unit. an S/P converter configured to convert input data signals into M parallel signals; a fast frequency hopping unit configured to change mapping between the converted M parallel signals to M subcarriers; a Fast Fourier Transform FFT, unit configured to perform M-point FFT on the converted M parallel signals; and an Inverse Fast Fourier Transform, IFFT, unit for performing Q-point IFFT on the M-point FFTed signals, the M-point FFTed signals are applied frequency hopping, wherein the IFFT unit is configured to receive the M-point FFTed data that are input to consecutive M-input points among Q-input points of the IFFT unit.
Valve for a valve assembly for regulating the pressure of a fluid guided in a hydraulic system to supply pressure to at least one hydraulic load (12a, 12b), with a valve housing comprising: - a pilot control stage and a main control stage to at least partially release or block a fluid path from a supply port to a discharge port; and - a relief stage for relieving the pressure in a fluid chamber arranged between the pilot control stage and the main control stage, the relief stage comparing the load pressure present at a load port assigned to the at least one hydraulic load (12a, 12b) with the discharge pressure at the discharge port and, if the two pressures are approximately similar or equal, releasing the pressure relief, the relief stage controlling a connection between the fluid chamber and a pressure relief pipe assigned to the discharge port, the relief stage being able to be connected directly to the load port and load pressure being able to be applied to said relief stage, characterised in that a connecting pipe is provided from the pilot control stage to the pressure relief pipe and in that the connecting pipe is guided from a piston chamber in the pilot control stage to the relief pipe in the valve housing. - a pilot control stage and a main control stage to at least partially release or block a fluid path from a supply port to a discharge port; and - a relief stage for relieving the pressure in a fluid chamber arranged between the pilot control stage and the main control stage, the relief stage comparing the load pressure present at a load port assigned to the at least one hydraulic load (12a, 12b) with the discharge pressure at the discharge port and, if the two pressures are approximately similar or equal, releasing the pressure relief, the relief stage controlling a connection between the fluid chamber and a pressure relief pipe assigned to the discharge port, the relief stage being able to be connected directly to the load port and load pressure being able to be applied to said relief stage, characterised in that a connecting pipe is provided from the pilot control stage to the pressure relief pipe and in that the connecting pipe is guided from a piston chamber in the pilot control stage to the relief pipe in the valve housing.
A porous membrane comprising regenerated cellulose and a block copolymer of the formula: A-B-A or A-B, wherein block A is: a copolymer of glycidol and allyl glycidyl ether, wherein one or more of the allyl groups of the copolymer have been replaced with a group of the formula: -(CH 2) a -S-(CH 2) b -X, wherein a is 3 and b is 1 to 3, and X is selected from an acidic group, a basic group, a cation, an anion, a zwitterion, halo, hydroxyl, acyl, acyloxy, alkylthio, alkoxy, aldehydo, amido, carbamoyl, ureido, cyano, nitro, epoxy, a group of the formula -C (COOH)(NH 2), and a group of the formula - C (COOH)(NHAc), or a salt thereof; and block B is an aromatic hydrophobic polymeric segment selected from polysulfone, polyethersulfone, polyphenylene ether, polyphenylene oxide, polycarbonate, poly(phthalazinone ether sulfone ketone), polyether ketone, polyether ether ketone, polyether ketone ketone, polyimide, polyetherimide, and polyamide-imide. a copolymer of glycidol and allyl glycidyl ether, wherein one or more of the allyl groups of the copolymer have been replaced with a group of the formula: -(CH 2) a -S-(CH 2) b -X, wherein a is 3 and b is 1 to 3, and X is selected from an acidic group, a basic group, a cation, an anion, a zwitterion, halo, hydroxyl, acyl, acyloxy, alkylthio, alkoxy, aldehydo, amido, carbamoyl, ureido, cyano, nitro, epoxy, a group of the formula -C (COOH)(NH 2), and a group of the formula - C (COOH)(NHAc), or a salt thereof; and block B is an aromatic hydrophobic polymeric segment selected from polysulfone, polyethersulfone, polyphenylene ether, polyphenylene oxide, polycarbonate, poly(phthalazinone ether sulfone ketone), polyether ketone, polyether ether ketone, polyether ketone ketone, polyimide, polyetherimide, and polyamide-imide.
A computer readable program storage unit encoded with instructions that, when executed by a computer of a medical device, performs a method for indicating via a communications unit of the medical device an occurrence of an epileptic seizure, comprising: obtaining, using sensors coupled via sensor leads to the medical device, data relating to a portion of a heart beat complex from a patient, wherein the heart beat complex refers to a PQRST complex from a single heart beat; comparing said portion of said heart beat complex with a corresponding portion of a first reference heart beat complex template of said patient; and indicating via the communications unit the occurrence of an epileptic seizure based upon a determination that said heart beat complex fails to match said first reference heart beat complex template. obtaining, using sensors coupled via sensor leads to the medical device, data relating to a portion of a heart beat complex from a patient, wherein the heart beat complex refers to a PQRST complex from a single heart beat; comparing said portion of said heart beat complex with a corresponding portion of a first reference heart beat complex template of said patient; and indicating via the communications unit the occurrence of an epileptic seizure based upon a determination that said heart beat complex fails to match said first reference heart beat complex template.
A lock mechanism comprising a control element arranged for rotation about an axis between an active position and an inactive position, the control element including a control head having at least one axially extending projection (4a-4d), the lock mechanism further comprising a lock element that is axially aligned with the control element and includes a lock element head, the lock element head having at least one axially extending projection (7a-7d), the projection(s) (4a-4d) of the control head and the projection(s) (7a-7d) of the lock element head arranged such that in the active position, the lock element and control element are held apart by the projections (4a-4d, 7a-7d) and in the inactive position, the projections (4a-4d, 7a-7d) can mesh together to permit axial movement of the lock element relative to the control element; characterised in that the control element and the lock element are received within a housing and are axially slidable therein, the lock mechanism including a biasing element to urge the control element and lock element apart.
An adjustable seat tube structure (100, 100a, 100b, 100c) which is for adjusting a height of a saddle for a bicycle, comprising a lower tube (500, 500a), an upper tube (300, 300a, 300b, 300c) and a piston set, wherein the lower tube (500, 500a) comprises a top end, the upper tube (300, 300a, 300b, 300c) is disposed at the lower tube (500, 500a) and is limitedly moved relative to the lower tube (500, 500a), the upper tube (300, 300a, 300b, 300c) is linked up with the saddle, the upper tube (300, 300a, 300b, 300c) comprises an upper end (310, 310b, 310c) protruded out of the top end, an inner space for receiving a gas and an oil, and a lower end (320, 320b, 320c) corresponded to the upper end (310, 310b, 310c), the piston set comprising a piston disposed inside the inner space, a valve disposed inside the piston, and a rod connected to the piston, and the lower end (320, 320b, 320c) moves relative to the piston, characterized in that: the valve further comprises a channel and a valve opening, the channel passing through the piston, the valve opening being a hole disposed at the piston and communicating with the channel, wherein the valve is opened to allow the gas or the oil to pass through the piston, such that the upper tube (300, 300a, 300b, 300c) is moved relative to the piston set so as to adjust a relative distance between the top end and the upper end (310, 310b, 310c), and the relative distance is fixed when the piston is fixed by closing the valve.
Heating device for motor vehicles with at least one heating conductor forming an electrical resistance heater and having a defined temperature coefficient, with a control device associated with said resistance heater and with a temperature sensor, characterized in that the control device is arranged remote from the resistance heater outside its heating region and has an auxiliary resistor which is applied to a voltage or through which a current flows, wherein said voltage or said current is proportional to the voltage applied to the resistance heater or the current flowing through the resistance heater, and that the temperature sensor is arranged within the control device such that it is thermally coupled to the auxiliary resistor, that the control device has a voltage and/or current measuring device assigned to the resistance heater and a microprocessor in which characteristics are stored, which assign the temperature measured via the temperature sensor to the voltage applied to the resistance heater and/or to the current supplied to the resistance heater and thus to the temperature generated by the heating device, and which are matched to the temporal behavior of the temperature changes of the resistance heater due to changes in the voltage applied to the resistance heater and/or due to changes in the current supplied to the resistance heater.
A rocker shoe construction kit (10, 100), comprising a rocker piece (14, 58) of rigid or semi-rigid material having an upper surface configured for securing over a major portion of a lower plantar surface of the sole (26, 28) of a shoe extending from the heel towards the toe of the shoe, and a lower surface of predetermined rocker shape; an intermediate layer for securing over the lower surface of the rocker piece (14, 58); and a layer of tread material configured for securing over the lower surface of the intermediate layer and any exposed portion of the plantar surface of a shoe to which the kit is secured; characterized in that, the intermediate layer comprises one or more enclosures containing a shear thinning fluid.
An antibody or a functional fragment thereof capable of binding to human tumor necrosis factor alpha (TNFa), wherein said antibody or functional fragment comprises (i) a V L domain having an amino acid sequence selected from the group consisting of SEQ ID NO:22 and SEQ ID NO:24, and (ii) a V H domain having the amino acid sequence as shown in SEQ ID NO:21.
Elastic layer for a comfort structure adapted for the comfort of animals in a farm enclosure, said comfort structure being intended to cover a floor of a reception area, the elastic layer comprising two opposite faces: - an upper face which is designed for being deformed and which comprises at least one place on which an animal shall be supported, and - a lower face intended to be turned to the floor of the reception area, said elastic layer is delineated by borders (12, 13), at least one of these borders (12, 13) being formed by a one-piece fixing band intended for receiving means for fixing on the floor of the reception area, said lower face of the elastic layer comprising protruding bodies intended to form a reception surface (6"), and said fixing band not having said protruding bodies, characterized in that the fixing band comprises at least one underlying reinforcing layer and in that the thickness of the fixing band is less than the thickness of the elastic layer so that the fixing means are added to the fixing band, turned towards the floor, then the elastic layer being operated such that the fixing band is curved/folded to form a hem. the elastic layer comprising two opposite faces: - an upper face which is designed for being deformed and which comprises at least one place on which an animal shall be supported, and - a lower face intended to be turned to the floor of the reception area, said elastic layer is delineated by borders (12, 13), at least one of these borders (12, 13) being formed by a one-piece fixing band intended for receiving means for fixing on the floor of the reception area, - an upper face which is designed for being deformed and which comprises at least one place on which an animal shall be supported, and - a lower face intended to be turned to the floor of the reception area, said elastic layer is delineated by borders (12, 13), at least one of these borders (12, 13) being formed by a one-piece fixing band intended for receiving means for fixing on the floor of the reception area, said lower face of the elastic layer comprising protruding bodies intended to form a reception surface (6"), and said fixing band not having said protruding bodies, characterized in that the fixing band comprises at least one underlying reinforcing layer and in that the thickness of the fixing band is less than the thickness of the elastic layer so that the fixing means are added to the fixing band, turned towards the floor, then the elastic layer being operated such that the fixing band is curved/folded to form a hem.
A method for initializing memory, comprising: determining whether to configure a plurality of memory devices in parallel or in sequence, based on a programmable option; configuring the plurality of memory devices (230-1, 230-N, 330-1, 330-N, 430-1, 430-2, 430-3, 430-N) in parallel or in sequence, based on the programmable option, wherein: each one of the plurality of memory devices receive a shared enable signal, and each one of the plurality of memory devices has a respective chain input and a respective chain output; and assigning a unique volume address to each of the plurality of memory devices (230-1, 230-N, 330-1, 330-N, 430-1, 430-2, 430-3, 430-N). determining whether to configure a plurality of memory devices in parallel or in sequence, based on a programmable option; configuring the plurality of memory devices (230-1, 230-N, 330-1, 330-N, 430-1, 430-2, 430-3, 430-N) in parallel or in sequence, based on the programmable option, wherein: each one of the plurality of memory devices receive a shared enable signal, and each one of the plurality of memory devices has a respective chain input and a respective chain output; and each one of the plurality of memory devices receive a shared enable signal, and each one of the plurality of memory devices has a respective chain input and a respective chain output; assigning a unique volume address to each of the plurality of memory devices (230-1, 230-N, 330-1, 330-N, 430-1, 430-2, 430-3, 430-N).