mhurhangee/ep-ind-claims huggingface dataset:
Welding head for the formation of a metal mesh comprising longitudinal wires and transverse wires, comprising at least a feed unit able to feed step-wise a plurality of said longitudinal wires, and a welding unit by means of which said longitudinal wires are welded to corresponding transverse wires, said welding unit comprising at least two electrodes (19,20) selectively movable between a first feed position, in which at least a first electrode is distant from said transverse and longitudinal wires, and a second welding position, in which both the electrodes (19,20) contact and grip said wires (12,13) and apply different tensions in order to weld said wires (12,13) to each other, wherein the welding head comprises at least a movement member operatively associated at least with the first electrode in order to move it between said first and said second position, and wherein said movement member is of the fluid-dynamic type, characterized in that the welding head further comprises a first position sensor associated with said movement member and configured to detect the position of the first electrode with respect to the two wires (12,13) and to cause a reduction of the speed of movement of said first electrode, by means of a reduction of a flow rate of the fluid through a delivery pipe managed by an electro-valve, when said first electrode is in a position near to said wires (12, 13), and a second and a third pressure sensors (30,31) associated with the movement organ, and configured to detect the working pressure of the first electrode when the first electrode contacts said wires (12, 13) and to cause the stoppage, by said electro-valve, which is electronically connected both to the first position sensor and also to the second and third pressure sensors (30, 31), of the movement member when a pre-determined threshold of pressure is reached, and to cause the activation of a tension generator unit to carry out the welding.
A use-side unit comprising: an evaporator that recovers moisture obtained by cooling and condensing air to be fed out into a space to be air-conditioned by heat exchange so as to perform dehumidification; and a condenser that heats the air having passed the evaporator by heat exchange to feed the air out into said space to be air-conditioned or the like; characterized in that the use-side unit further comprises a first temperature detector that detects a dry-bulb temperature of the air to be fed out into said space to be air-conditioned or the like; and a controller (5,6) that determines a target intermediate dry-bulb temperature (T1m) of the air having passed through said evaporator to said condenser on the basis of a target dry-bulb temperature (Tm) and a target relative humidity (hm) and if it is determined that a difference between the dry-bulb temperature according to the detection of said first temperature detector and said target dry-bulb temperature (Tm) is larger than a predetermined value, that calculates a correction value on the basis of the difference between the dry-bulb temperature according to the detection of said first temperature detector and said target dry-bulb temperature (Tm) to perform processing to correct said target intermediate dry-bulb temperature (T1m) on the basis of the corrected value. an evaporator that recovers moisture obtained by cooling and condensing air to be fed out into a space to be air-conditioned by heat exchange so as to perform dehumidification; and a condenser that heats the air having passed the evaporator by heat exchange to feed the air out into said space to be air-conditioned or the like; characterized in that the use-side unit further comprises a first temperature detector that detects a dry-bulb temperature of the air to be fed out into said space to be air-conditioned or the like; and a controller (5,6) that determines a target intermediate dry-bulb temperature (T1m) of the air having passed through said evaporator to said condenser on the basis of a target dry-bulb temperature (Tm) and a target relative humidity (hm) and if it is determined that a difference between the dry-bulb temperature according to the detection of said first temperature detector and said target dry-bulb temperature (Tm) is larger than a predetermined value, that calculates a correction value on the basis of the difference between the dry-bulb temperature according to the detection of said first temperature detector and said target dry-bulb temperature (Tm) to perform processing to correct said target intermediate dry-bulb temperature (T1m) on the basis of the corrected value.
A process cartridge comprising: an electrophotographic photosensitive member having a drum shape; a developing unit for developing an electrostatic latent image on a surface of the electrophotographic photosensitive member with toner stored in the developing unit; and a cleaning blade for removing the toner on the surface of the electrophotographic photosensitive member, the cleaning blade being in contact with the electrophotographic photosensitive member, characterized in that the electrophotographic photosensitive member comprises wrinkles on the surface of the electrophotographic photosensitive member, and the toner has a fluidity torque E of 320 mJ or more as measured according to the description. an electrophotographic photosensitive member having a drum shape; a developing unit for developing an electrostatic latent image on a surface of the electrophotographic photosensitive member with toner stored in the developing unit; and a cleaning blade for removing the toner on the surface of the electrophotographic photosensitive member, the cleaning blade being in contact with the electrophotographic photosensitive member, characterized in that the electrophotographic photosensitive member comprises wrinkles on the surface of the electrophotographic photosensitive member, and the toner has a fluidity torque E of 320 mJ or more as measured according to the description.
A device for isolating microvesicles comprising; a column comprising an inner tube and an outer frit; a capture surface configured within the column, the capture surface having at least one membrane that is positively charged and functionalized with quaternary ammonium R-CH 2 -N + (CH 3) 3; a holder that secures the capture surface between the outer frit and the inner tube; and a collection tube.
A method of testing a subsea electronics module SEM for an underwater well installation, comprising the steps of: providing test equipment configured for testing an SEM, the test equipment comprising a plurality of processors and a first Local Area Network LAN switch, such that the processors may communicate with the first LAN switch; providing an SEM for an underwater well installation, the SEM comprising a data acquisition means and a second LAN switch, such that the data acquisition means may communicate with the second switch; passing packages of test data from each of the processors of the test equipment, in parallel, to the data acquisition means of the SEM undergoing testing via the first and second LAN switches to thereby reduce testing time; and monitoring for a corresponding response of the SEM in response to the test data passed to the SEM, the monitoring performed by the test equipment to evaluate operation of the SEM. providing test equipment configured for testing an SEM, the test equipment comprising a plurality of processors and a first Local Area Network LAN switch, such that the processors may communicate with the first LAN switch; providing an SEM for an underwater well installation, the SEM comprising a data acquisition means and a second LAN switch, such that the data acquisition means may communicate with the second switch; passing packages of test data from each of the processors of the test equipment, in parallel, to the data acquisition means of the SEM undergoing testing via the first and second LAN switches to thereby reduce testing time; and monitoring for a corresponding response of the SEM in response to the test data passed to the SEM, the monitoring performed by the test equipment to evaluate operation of the SEM.
A method of operation of a navigation system comprising: receiving a destination; generating a route to the destination based on a current location of a user of the navigation system; characterized by generating a non-native dynamic navigation based on the route, wherein the non-native dynamic navigation is a zero-install, turn-by-turn navigation application adapted to run in a web browser installed on a device; and delivering the non-native dynamic navigation to the device for launching the non-native dynamic navigation in the context of the web browser at runtime. receiving a destination; generating a route to the destination based on a current location of a user of the navigation system;
A device-to-device, D2D, service transmission method, comprising: obtaining, by user equipment, UE, signal quality of a first cell of a base station operating on a first transmission carrier frequency; receiving, by the UE, first indication information related to the first cell, wherein the first indication information is used to indicate that the base station can control the UE to transmit device-to-device, D2D, service data on a second transmission carrier frequency in the first cell, and the first transmission carrier frequency and the second transmission carrier frequency are located at different frequencies; when the UE determines that the signal quality of the first cell is higher than a preset threshold, and the first indication information related to the first cell is received, selecting, by the UE, the first cell as a serving cell; and transmitting, by the UE, the D2D service data on the second transmission carrier frequency. obtaining, by user equipment, UE, signal quality of a first cell of a base station operating on a first transmission carrier frequency; receiving, by the UE, first indication information related to the first cell, wherein the first indication information is used to indicate that the base station can control the UE to transmit device-to-device, D2D, service data on a second transmission carrier frequency in the first cell, and the first transmission carrier frequency and the second transmission carrier frequency are located at different frequencies; when the UE determines that the signal quality of the first cell is higher than a preset threshold, and the first indication information related to the first cell is received, selecting, by the UE, the first cell as a serving cell; and transmitting, by the UE, the D2D service data on the second transmission carrier frequency.
An electric device unit comprising a frame housing, that has electric connectors, a module housing, that contains electric and/or electronic built-in parts and that can be inserted into the frame housing, a plug connector that has at least one contact bushing and at least one contact pin engaging in the latter, and a locking system that is assigned to the plug connector and that has an actuator that can pivot about an axis, the locking system of the plug connector having at least one locking pin engaging in an approximately semicircular guide groove on a bearing part of the actuator and which is formed on the side wall (26, 27) of the module housing, the part-circle-shaped guide groove extending from an insertion opening provided on the circumferential edge of the bearing part approximately radially towards the pivot axis of the actuator, characterised in that a bearing receptacle provided for the bearing part of the actuator in a supporting wall (17, 18) of the frame housing has an inlet opening for the locking pin, which inlet opening is congruent with the insertion opening of the guide groove when the actuator is pivoted back into an opening position, and that when the locking pin is inserted into the inlet opening and the insertion opening of the guide groove the module housing can be shifted purely by pivoting the actuator towards the frame housing.
Pump for circulating a fluid intended for a hydraulic installation comprising: - a pump body comprising a circulation zone arranged to circulate a fluid from a suction opening to a delivery opening, - an electric motor comprising a rotor and a stator (24b, 31) comprising an electrical part, and integral with the pump body, - an electronic control configured to control the electric motor, - a chamber arranged to at least partially house the electrical part of the stator (24b, 31), said circulation zone and said chamber being separated by a wall so as to prevent circulation of the fluid in the chamber, - at least one sensor connected to the electronic control and arranged inside the chamber, so as to make it possible to measure at least a physical quantity characteristic of the fluid circulating in the circulation zone and to transmit the physical quantity measured to the electronic control, said chamber being delimited radially by a carcass adapted to allow the connection of the stator (24b, 31) to the electronic control and said carcass being provided with an opening, characterized in that the sensor comprises connection means housed at least partially in the chamber and passing through said opening to connect to the electronic control. - a pump body comprising a circulation zone arranged to circulate a fluid from a suction opening to a delivery opening, - an electric motor comprising a rotor and a stator (24b, 31) comprising an electrical part, and integral with the pump body, - an electronic control configured to control the electric motor, - a chamber arranged to at least partially house the electrical part of the stator (24b, 31), said circulation zone and said chamber being separated by a wall so as to prevent circulation of the fluid in the chamber, - at least one sensor connected to the electronic control and arranged inside the chamber, so as to make it possible to measure at least a physical quantity characteristic of the fluid circulating in the circulation zone and to transmit the physical quantity measured to the electronic control,
A method for controlling a surgical microscope, wherein the position of the optical system of the microscope is tracked within an operating space by a position tracking system, wherein the optical system carrier can be moved by means of a motorized carrier moving system (22, 23, 24), characterized in that the line of sight of the optical system is automatically set by the motorized carrier moving system (22, 23, 24) moving the optical system carrier, wherein the line of sight is aligned with a predefined direction in said operating space.
A method for diagnosing chronic valvular disease in an animal comprising: a. analyzing a biological sample from the animal for the presence of gene expression markers associated with chronic valvular disease; and b. comparing the amount of gene expression markers identified in the sample to a corresponding amount of the same gene expression markers present in a sample from one or more comparable control animals that do not suffer from chronic valvular disease; and c. using said comparison to diagnose chronic valvular disease in the animal if the gene expression markers found in the animal's sample are greater than the amount present in the control animal's sample, wherein the diagnosis is based upon determining if the gene expression markers found in the animal's mitral valve sample are greater compared to the amount present in the control animal's mitral valve sample, wherein the gene expression markers are NOS3, COL6A5 (COL29A1), Serpine1 (PAI-1), and SELP. a. analyzing a biological sample from the animal for the presence of gene expression markers associated with chronic valvular disease; and b. comparing the amount of gene expression markers identified in the sample to a corresponding amount of the same gene expression markers present in a sample from one or more comparable control animals that do not suffer from chronic valvular disease; and c. using said comparison to diagnose chronic valvular disease in the animal if the gene expression markers found in the animal's sample are greater than the amount present in the control animal's sample,
A nutrition composition comprising a protein or peptide, and one or more kinds of free amino acids selected from the group consisting of valine, leucine, isoleucine and histidine, and: (a) a lipid comprising ω-3 fatty acid and ω-6 fatty acid at a weight ratio (ω-6 fatty acid to ω-3 fatty acid) of 0.5 - 3; and (b) a soybean protein or a hydrolysate thereof, wherein the content of the protein or peptide in a nitrogen source per 100 kcal of the composition is not more than 3.5 g, and the content of the soybean protein or a hydrolysate thereof in the protein or peptide is 20 wt% - 100 wt%. (a) a lipid comprising ω-3 fatty acid and ω-6 fatty acid at a weight ratio (ω-6 fatty acid to ω-3 fatty acid) of 0.5 - 3; and (b) a soybean protein or a hydrolysate thereof, wherein the content of the protein or peptide in a nitrogen source per 100 kcal of the composition is not more than 3.5 g, and the content of the soybean protein or a hydrolysate thereof in the protein or peptide is 20 wt% - 100 wt%.
A thermoplastic resin composition, comprising: an aromatic polycarbonate; a copolymer mixture comprising a copolymer of a vinyl cyanide-based monomer and one or more kinds of monomers copolymerizable with said vinyl cyanide-based monomer, and a graft copolymer of a vinyl cyanide-based monomer, one or more kinds of monomers copolymerizable with said vinyl cyanide-based monomer and a rubbery polymer; and at least one kind of metal atom selected from the group consisting of Mg, Al and Ca, wherein the copolymer mixture comprises an acetone-soluble component, wherein said acetone-soluble component has at least two peak tops, being peak top 1 and peak top 2, within the range of 15 to 50% of vinyl cyanide component content rate, when measuring the vinyl cyanide component content rate by high performance liquid chromatography, wherein the peak top 1 is present in the range of 15% or more to 30% or less of vinyl cyanide component content rate, wherein the peak top 2 is present in the range of from more than 30% to 50% or less of vinyl cyanide component content rate, and wherein the total content of the metal atoms as measured by the method described in in the present specification is 10 to 1000 ppm, based on 100 parts by mass of total amount of the aromatic polycarbonate and the copolymer mixture. an aromatic polycarbonate; a copolymer mixture comprising a copolymer of a vinyl cyanide-based monomer and one or more kinds of monomers copolymerizable with said vinyl cyanide-based monomer, and a graft copolymer of a vinyl cyanide-based monomer, one or more kinds of monomers copolymerizable with said vinyl cyanide-based monomer and a rubbery polymer; and at least one kind of metal atom selected from the group consisting of Mg, Al and Ca, wherein the copolymer mixture comprises an acetone-soluble component, wherein said acetone-soluble component has at least two peak tops, being peak top 1 and peak top 2, within the range of 15 to 50% of vinyl cyanide component content rate, when measuring the vinyl cyanide component content rate by high performance liquid chromatography, wherein the peak top 1 is present in the range of 15% or more to 30% or less of vinyl cyanide component content rate, wherein the peak top 2 is present in the range of from more than 30% to 50% or less of vinyl cyanide component content rate, and wherein the total content of the metal atoms as measured by the method described in in the present specification is 10 to 1000 ppm, based on 100 parts by mass of total amount of the aromatic polycarbonate and the copolymer mixture.
Apparatus for generating a three dimensional object, the apparatus comprising: a first scanning carriage, comprising a first energy source to pre-heat an area of a build surface, as the first scanning carriage moves over a build surface during use; and a second scanning carriage, comprising a second energy source to pre-heat an area of a build surface as the second scanning carriage moves over the build surface during use, characterised in that the first scanning carriage and second scanning carriage scan, during use, over a first scanning axis and second scanning axis respectively, the first scanning axis being orthogonal to the second scanning axis, such that a heat profile of the build surface can be controlled in both directions. a first scanning carriage, comprising a first energy source to pre-heat an area of a build surface, as the first scanning carriage moves over a build surface during use; and a second scanning carriage, comprising a second energy source to pre-heat an area of a build surface as the second scanning carriage moves over the build surface during use, characterised in that the first scanning carriage and second scanning carriage scan, during use, over a first scanning axis and second scanning axis respectively, the first scanning axis being orthogonal to the second scanning axis, such that a heat profile of the build surface can be controlled in both directions.
A sliding center console frame assembly for a vehicle having a floor, comprising: a base member; an elongated rack defining a plurality of teeth; a carrier member coupled to the rack; and a gearbox assembly fixed to the base member including a pinion configured to rotate in a first or second direction to translate the carrier member and the elongated rack from a first position to a second position, a rack attachment bracket, wherein the rack attachment bracket couples the carrier member to the elongated rack, wherein the rack attachment bracket defines a longitudinal slot, wherein a nose defined by the pinion of the gearbox assembly is disposed within the longitudinal slot, characterized in that the gearbox assembly includes a cover that includes a cap that defines a recessed pocket and surrounds an outer circumferential surface of the nose of the pinion, and wherein an outer circumferential surface of the cap engages an edge defined by the longitudinal slot. a base member; an elongated rack defining a plurality of teeth; a carrier member coupled to the rack; and a gearbox assembly fixed to the base member including a pinion configured to rotate in a first or second direction to translate the carrier member and the elongated rack from a first position to a second position, a rack attachment bracket, wherein the rack attachment bracket couples the carrier member to the elongated rack, wherein the rack attachment bracket defines a longitudinal slot, wherein a nose defined by the pinion of the gearbox assembly is disposed within the longitudinal slot, characterized in that the gearbox assembly includes a cover that includes a cap that defines a recessed pocket and surrounds an outer circumferential surface of the nose of the pinion, and wherein an outer circumferential surface of the cap engages an edge defined by the longitudinal slot.