mhurhangee/ep-ind-claims huggingface dataset:
A barrier assembly (1, 61, 67, 85) for shoreline preservation or restoration comprising a gabion having opposed side walls (13, 15) connected together at spaced intervals along the length of the gabion by a plurality of partition walls (11, 9), the spaces between neighbouring partition walls defining, together with the opposed side walls, at least one individual compartment (7, 7T) of the gabion, the at least one individual compartment of the gabion being bounded by the respective opposed side walls or by opposed side wall sections of the respective opposed side walls, the partition walls being pivotally connected to the side walls, the individual compartment of the gabion having extending therefrom in a direction away from the individual compartment convergent at least partly open framework panels (21, 79) forming or forming part of a protuberant compartment (5, 71, 5T) on the gabion.
A progressive former having a bolster and a ram reciprocal towards and away from the bolster, a plurality of workstations evenly spaced across the bolster and ram including aligned tool and die piece holders (22, 24) on the bolster and ram, cylindrical die cases in the tool and die holders (22, 24) on the bolster and cylindrical tool cases in the tool and die holders (22, 24) on the ram, the tool and die cases (23, 25) at the workstations being coaxial, a sideways forming mechanism at one of said workstations, the mechanism including a cam and a cam follower (51, 52) radially outward of the axially projected area of the associated tool and die cases (23, 25), the cam follower (51, 52) being arranged to be activated by forward motion of the ram towards the bolster, the mechanism including a tool for forming a blank by applying a sideways force on the blank and arranged to pierce opposite sides of a hollow cylindrical wall of the blank to form holes in the wall by shearing out slugs.
Motor vehicle door latch, with a locking mechanism, furthermore with an electrical drive (3, 4) for the locking mechanism and with a child lock element with an associated sensor, whereby according to the position of the child lock element queried with the aid of the sensor the electrical drive (3, 4) can be activated or deactivated to open the locking mechanism, characterized in that by means of a switch the activated child lock element can be deactivated in emergency operation and the locking mechanism can be opened by the electrical drive (3, 4) and the switch optionally ensures temporary electrical deactivation of the activated child lock.
A pore-forming polyene macrolide for use in treating a disease or condition characterized by decreased expression or reduced function of an ion channel, wherein the disease or condition characterized by decreased expression or reduced function of an ion channel is selected from the group consisting of cystic fibrosis, hyperkalemic periodic paralysis, paramyotonia congenita, potassium aggravated myotonia, generalized epilepsy with febrile seizures plus (GEFS+), episodic ataxia, familial hemiplegic migraine, spinocerebellar ataxia type 13, long QT syndrome, Brugada syndrome, and mucolipidosis type IV.
A method for operating a compressed air supply device having - a first valve unit for pressurizing a compressor control port via a compressor control line, - a second valve unit for opening a regeneration line, wherein the second valve unit is connected to the compressor control line, and - an unloader valve unit for unloading a supply line, wherein a control port of the unloader valve unit is connected to the regeneration line, comprising the steps of - pressurizing the compressor control port, - opening the unloader valve unit, - locking the unloader valve unit, and - depressurizing the compressor control port. - a first valve unit for pressurizing a compressor control port via a compressor control line, - a second valve unit for opening a regeneration line, wherein the second valve unit is connected to the compressor control line, and - an unloader valve unit for unloading a supply line, wherein a control port of the unloader valve unit is connected to the regeneration line, comprising the steps of - pressurizing the compressor control port, - opening the unloader valve unit, - locking the unloader valve unit, and - depressurizing the compressor control port.
A plurality of particles consisting of (a) water; (b) pectin; (c) gelatin; (d) optionally one or more carbohydrates; (e) optionally one or more organic acids or salt(s) thereof; and (f) optionally one or more inorganic salts, and having a size of from 3.4 mm (6 mesh) to 0.4 mm (40 mesh), which are obtained by a method comprising: (a) dissolving pectin in an aqueous solution to produce an aqueous solution of dissolved pectin; (b) mixing the aqueous solution of dissolved pectin with liquid gelatin to produce a gelatin/pectin mixture; (c) drying the gelatin/pectin mixture; and (d) milling the gelatin/pectin mixture to produce the plurality of particles. (a) water; (b) pectin; (c) gelatin; (d) optionally one or more carbohydrates; (e) optionally one or more organic acids or salt(s) thereof; and (f) optionally one or more inorganic salts, (a) dissolving pectin in an aqueous solution to produce an aqueous solution of dissolved pectin; (b) mixing the aqueous solution of dissolved pectin with liquid gelatin to produce a gelatin/pectin mixture; (c) drying the gelatin/pectin mixture; and (d) milling the gelatin/pectin mixture to produce the plurality of particles.
Crystalline form A and C of 4-(3-chloro-4-(cyclopropylaminocarbonyl)aminophenoxy)-7-methoxy-6-quinolinecarboxamide methanesulfonate, wherein crystalline form A has diffraction peaks at diffraction angles (2θ ± 0.2°) of 9.65° and 18.37° and wherein crystalline form C has diffraction peaks at diffraction angles (2θ ± 0.2°) of 14.20° and 17.59° in a powder X-ray diffraction measured according to "X-Ray Powder Diffration Method" described in Japanese Pharmacopoeia, 14 th Edition, General Test utilizing the equipment and the condition as described in the description.
A continuous process for purifying a chain-extended aliphatic polyester constructed from aliphatic dicarboxylic acids and aliphatic diols in a degassing apparatus, wherein the crude polyester is degassed with an average residence time of 3 to 30 minutes and at a pressure of 0.01 to 5 mbar in the presence of 1% to 7% by weight, based on the total weight of the crude polyester, of an entraining agent.
Composition comprising: - at least one basic amino acid selected from the group constituted by arginine, lysine, histidine, ornithine, hydroxyproline and one of their salts; and - at least one glycosylceramide in the form of a monoglycosylceramide corresponding to a glucuronic acid covalently bonded to a ceramide and/or a polyglycosylceramide corresponding to an oligosaccharide covalently bonded to a ceramide. - at least one basic amino acid selected from the group constituted by arginine, lysine, histidine, ornithine, hydroxyproline and one of their salts; and - at least one glycosylceramide in the form of a monoglycosylceramide corresponding to a glucuronic acid covalently bonded to a ceramide and/or a polyglycosylceramide corresponding to an oligosaccharide covalently bonded to a ceramide.
A target detection device comprising: a transmission unit configured to transmit a wave; a reception unit configured to receive a reflected wave of the wave, the reflected wave being reflected from a detection target object; a detection unit configured to detect the detection target object based on an output of the reception unit; and a control unit configured to select as an optimization target, a distance between the reception unit and the transmission unit, to obtain a transmission level of the transmission unit and a backscattering intensity of a medium through which the wave propagates from input data, to calculate a level of a scattered wave by the medium reaching the reception unit based on the transmission level, the backscattering intensity, the beam shapes and the distance, and to determine the distance in such a way that the level of the scattered wave calculated is equal to or less than a threshold. a transmission unit configured to transmit a wave; a reception unit configured to receive a reflected wave of the wave, the reflected wave being reflected from a detection target object; a detection unit configured to detect the detection target object based on an output of the reception unit; and a control unit configured to select as an optimization target, a distance between the reception unit and the transmission unit, to obtain a transmission level of the transmission unit and a backscattering intensity of a medium through which the wave propagates from input data, to calculate a level of a scattered wave by the medium reaching the reception unit based on the transmission level, the backscattering intensity, the beam shapes and the distance, and to determine the distance in such a way that the level of the scattered wave calculated is equal to or less than a threshold.
A method for deduplication for a storage system using a memory, the memory storing a table containing data of access requests and respective insert identifiers, the method comprising: receiving, with one or more processors, a request to write data to the table, the request including an insert identifier uniquely identifying the data; processing, with the one or more processors, the insert identifier for the request by comparing the received insert identifier with other insert identifiers that have been stored in the table within a time window of predetermined duration moving relative to a current time; determining, with the one or more processors, whether the write data corresponding to the insert identifier is duplicate data; storing, with the one or more processors, the insert identifier in the table and adding the write data to the table when the data is not duplicate data; flagging, with the one or more processors, the duplicate data by maintaining an identifier indicating that the data is a duplicate, when the data is duplicate data; and updating, with the one or more processors, the memory to remove insert identifiers added before the predetermined time window. receiving, with one or more processors, a request to write data to the table, the request including an insert identifier uniquely identifying the data; processing, with the one or more processors, the insert identifier for the request by comparing the received insert identifier with other insert identifiers that have been stored in the table within a time window of predetermined duration moving relative to a current time; determining, with the one or more processors, whether the write data corresponding to the insert identifier is duplicate data; storing, with the one or more processors, the insert identifier in the table and adding the write data to the table when the data is not duplicate data; flagging, with the one or more processors, the duplicate data by maintaining an identifier indicating that the data is a duplicate, when the data is duplicate data; and updating, with the one or more processors, the memory to remove insert identifiers added before the predetermined time window.
A magnetic flux source system comprising at least one tunable current element, each of the at least one tunable current elements comprising: a superconducting quantum interference device, SQUID, comprising a plurality of Josephson junctions (J 1, J 2) that are inductively coupled to a respective plurality of first control lines configured to conduct a respective plurality of first control currents (CTRL X), such that the first control currents (CTRL X) induce a bias flux in the SQUID to decrease relative energy barriers between discrete energy states of the respective at least one tunable current element; and an inductor (L 1) arranged in a series loop with the SQUID and being inductively coupled to a second control line configured to conduct a second control current (CTRLz), such that the second control current (CTRL Z) induces a control flux in the series loop to change a potential energy of the discrete energy states of the respective at least one tunable current element to set an energy state of the at least one tunable current element to one of the discrete energy states, such that the SQUID is configured to generate a current that provides a magnetic flux at an amplitude corresponding to the energy state of the at least one tunable current element. a superconducting quantum interference device, SQUID, comprising a plurality of Josephson junctions (J 1, J 2) that are inductively coupled to a respective plurality of first control lines configured to conduct a respective plurality of first control currents (CTRL X), such that the first control currents (CTRL X) induce a bias flux in the SQUID to decrease relative energy barriers between discrete energy states of the respective at least one tunable current element; and an inductor (L 1) arranged in a series loop with the SQUID and being inductively coupled to a second control line configured to conduct a second control current (CTRLz), such that the second control current (CTRL Z) induces a control flux in the series loop to change a potential energy of the discrete energy states of the respective at least one tunable current element to set an energy state of the at least one tunable current element to one of the discrete energy states, such that the SQUID is configured to generate a current that provides a magnetic flux at an amplitude corresponding to the energy state of the at least one tunable current element.
Proton exchange membrane fuel cell designed to equip a submarine, comprising a circuit for supplying oxygenated gas to the cathode, connected to a source of oxygenated gas rich in oxygen, and a circuit for discharging the effluent gas from the cathode, the oxygenated gas rich in oxygen of the source being a gas which contains more than 60% of oxygen, preferably more than 80% of oxygen, the circuit for discharging the effluent gas being extended to the circuit for supplying oxygenated gas upstream of the cathode by a recycling circuit, so as to allow the cathode to be supplied with a gas mixture containing more than 60% of neutral gas, the recycling circuit having a controllable booster for increasing the pressure of the effluent gas; and, the circuit for supplying oxygenated gas to the cathode being connected to the source of oxygenated gas rich in oxygen via a controlled pressure regulator, and wherein: - the circuit for supplying oxygenated gas comprises, between the junction point with the effluent gas recycling circuit and the inlet of the cathode, a device for measuring the oxygen content of the gas mixture feeding the cathode of the fuel cell; - the cell comprises a control and regulation module for regulating the oxygen content of the gas mixture feeding the cathode, the device for measuring the oxygen content of the gas mixture feeding the cathode being connected to the module, the module emitting commands to the controlled pressure regulator and to the booster; and characterized in that: - the recycling circuit includes a means for refilling of neutral gas. - the circuit for supplying oxygenated gas comprises, between the junction point with the effluent gas recycling circuit and the inlet of the cathode, a device for measuring the oxygen content of the gas mixture feeding the cathode of the fuel cell; - the cell comprises a control and regulation module for regulating the oxygen content of the gas mixture feeding the cathode, the device for measuring the oxygen content of the gas mixture feeding the cathode being connected to the module, the module emitting commands to the controlled pressure regulator and to the booster; and characterized in that: - the recycling circuit includes a means for refilling of neutral gas. - the recycling circuit includes a means for refilling of neutral gas.
A suspoemulsion formulation, comprising: a continuous aqueous phase; (i) a dispersed emulsion phase comprising at least one liquid and abamectin; (ii) an emulsifier in a sufficient amount to emulsify the liquid and abamectin; and (i) a dispersed solid phase comprising imidacloprid having an average particle size of less than 1 micron; (ii) at least one dispersing agent in a sufficient amount to disperse imidacloprid and any other solid technical material present in the formulation; wherein the solid phase is dispersed in aqueous and/or emulsion phase. a continuous aqueous phase; (i) a dispersed emulsion phase comprising at least one liquid and abamectin; (ii) an emulsifier in a sufficient amount to emulsify the liquid and abamectin; and (i) a dispersed emulsion phase comprising at least one liquid and abamectin; (ii) an emulsifier in a sufficient amount to emulsify the liquid and abamectin; and (i) a dispersed solid phase comprising imidacloprid having an average particle size of less than 1 micron; (ii) at least one dispersing agent in a sufficient amount to disperse imidacloprid and any other solid technical material present in the formulation; wherein the solid phase is dispersed in aqueous and/or emulsion phase. (i) a dispersed solid phase comprising imidacloprid having an average particle size of less than 1 micron; (ii) at least one dispersing agent in a sufficient amount to disperse imidacloprid and any other solid technical material present in the formulation; wherein the solid phase is dispersed in aqueous and/or emulsion phase.
A method for manufacturing a reinforced ply comprising an elastomer composition and at least one metallic reinforcing element, wherein said reinforcer is subjected to at least the following successive steps: a. The reinforcer is unwound from storage means on which the reinforcer is wound; b. The reinforcer resulting from the unwinding step is heat treated under temperature and time conditions such that T+13.7.ln(t)>175, where T is the treatment temperature in C° and t is the time for which the reinforcer is kept at the temperature T in seconds; c. The reinforcer resulting from the heat treatment step is fed into a step in which said reinforcer is embedded in an elastomer composition in order to obtain a reinforced ply. a. The reinforcer is unwound from storage means on which the reinforcer is wound; b. The reinforcer resulting from the unwinding step is heat treated under temperature and time conditions such that T+13.7.ln(t)>175, where T is the treatment temperature in C° and t is the time for which the reinforcer is kept at the temperature T in seconds; c. The reinforcer resulting from the heat treatment step is fed into a step in which said reinforcer is embedded in an elastomer composition in order to obtain a reinforced ply.
A natural escapement for a horological movement performing a succession of operating cycles each composed of a first and a second alternation of a balance which comprises a balance wheel as well as a balance plate adjusted on an axis of the balance wheel, this natural escapement comprising a first escapement wheel arranged to be driven by a second mobile, this first escapement wheel in turn driving a second escapement wheel arranged in the same plane as the first escapement wheel, an anchor capable of pivoting around an anchor rod, this anchor comprising means for temporarily locking the first escapement wheel during the first alternation, and means for temporarily locking the second escapement wheel during the second alternation, characterised in that the anchor rod is located outside an angle (α) less than 180° and delimited by two straight lines which pass through the axis of the balance wheel and through a pivot axis of the first escapement wheel for one, and through the axis of the balance wheel and through a pivot axis of the second escapement wheel for the other.
An electric work vehicle comprising: a vehicle body; a left drive wheel and a right drive wheel that support the vehicle body; a left motor configured to drive the left drive wheel and a right motor configured to drive the right drive wheel; a steering unit configured to steer the vehicle body; a traveling motor control unit configured to control the left motor and the right motor independently based on a steering signal from the steering unit; characterized by comprising: a turn response enhancement unit configured to give, to the traveling motor control unit, an additional control amount for the left motor and an additional control amount for the right motor so as to improve turning response during turning of the vehicle body. a vehicle body; a left drive wheel and a right drive wheel that support the vehicle body; a left motor configured to drive the left drive wheel and a right motor configured to drive the right drive wheel; a steering unit configured to steer the vehicle body; a traveling motor control unit configured to control the left motor and the right motor independently based on a steering signal from the steering unit; characterized by comprising: a turn response enhancement unit configured to give, to the traveling motor control unit, an additional control amount for the left motor and an additional control amount for the right motor so as to improve turning response during turning of the vehicle body.
Apparatus for establishing absence of pain in a mammal, comprising - a measurement equipment (3, 4) for providing a skin conductance signal measured at an area of the mammal's skin, and - a control unit, configured to perform the steps of: - obtaining a skin conductance signal measured by said measurement equipment at an area of the mammal's skin through a time interval; - detecting peaks in the skin conductance signal through said time interval; - determining a rate of the peaks through the time interval; - comparing the determined rate of peaks with a predetermined reference value; - if the determined rate of peaks is lower than the predetermined reference value, providing an output signal as indicating the state of absence of pain in the mammal; characterized by that the predetermined reference value is in the range of 0.00 to 0.03 peaks per second. - a measurement equipment (3, 4) for providing a skin conductance signal measured at an area of the mammal's skin, and - a control unit, configured to perform the steps of: - obtaining a skin conductance signal measured by said measurement equipment at an area of the mammal's skin through a time interval; - detecting peaks in the skin conductance signal through said time interval; - determining a rate of the peaks through the time interval; - comparing the determined rate of peaks with a predetermined reference value; - if the determined rate of peaks is lower than the predetermined reference value, providing an output signal as indicating the state of absence of pain in the mammal; - obtaining a skin conductance signal measured by said measurement equipment at an area of the mammal's skin through a time interval; - detecting peaks in the skin conductance signal through said time interval; - determining a rate of the peaks through the time interval; - comparing the determined rate of peaks with a predetermined reference value; - if the determined rate of peaks is lower than the predetermined reference value, providing an output signal as indicating the state of absence of pain in the mammal;
Method for concreting an underground site, comprising the vertical transportation of concrete from a supply site located at an altitude above the underground site to the underground site by means of a continuous supply of concrete to a pipe for transportation between the supply site and the underground site, the descent of a column of concrete in the transportation pipe, and the removal of the concrete from a lower end of said column of concrete in order to distribute the concrete on the underground site, characterised in that the transportation pipe is initially filled with a column of liquid and a movable stopper positioned at the top of the column of liquid, then, during the descent of the column of concrete in the transportation pipe, a vertical counter-thrust is exerted on said stopper by adjusting the height of the column of liquid and/or the pressure of the liquid in the transportation pipe in order to control the descent of the column of concrete.