mhurhangee/ep-ind-claims huggingface dataset:
An ECG connector assembly, comprising: a housing having a first opening disposed therein dimensioned to operably receive the press stud of an ECG electrode pad; an electrical contact member having a second opening disposed therein, the second opening disposed substantially concentrically to the first opening, wherein the perimeter of the second opening is less than the perimeter of the first opening; a resilient member having a movable leg and a fixed leg, wherein the movable leg has at least a relaxed position and a compressed position, the movable leg being configured in its compressed position to operably engage a narrow waist portion of the press stud and further configured to couple the narrow waist portion of the press stud with the electrical contact member, the resilient member being coupled to the housing within a cavity; and a lever pivotably coupled to the housing and having at least an open position and a closed position, wherein the lever has a pivot hole dimensioned to pivotably couple the lever to a further pin of the housing and includes a cam configured to cause the resilient member to move to its compressed position when the lever is in the closed position, characterised in that the resilient member is a V-spring having a coil base, the V-spring is retained at its base by a pin and is joined to the housing at its fixed end by a saddle such that the movable leg is biased in a distal direction. a housing having a first opening disposed therein dimensioned to operably receive the press stud of an ECG electrode pad; an electrical contact member having a second opening disposed therein, the second opening disposed substantially concentrically to the first opening, wherein the perimeter of the second opening is less than the perimeter of the first opening; a resilient member having a movable leg and a fixed leg, wherein the movable leg has at least a relaxed position and a compressed position, the movable leg being configured in its compressed position to operably engage a narrow waist portion of the press stud and further configured to couple the narrow waist portion of the press stud with the electrical contact member, the resilient member being coupled to the housing within a cavity; and a lever pivotably coupled to the housing and having at least an open position and a closed position, wherein the lever has a pivot hole dimensioned to pivotably couple the lever to a further pin of the housing and includes a cam configured to cause the resilient member to move to its compressed position when the lever is in the closed position, characterised in that the resilient member is a V-spring having a coil base, the V-spring is retained at its base by a pin and is joined to the housing at its fixed end by a saddle such that the movable leg is biased in a distal direction.
A method of replenishing indium ions in indium electroplating compositions, said method comprising: a) providing an electroplating composition comprising one or more sources of indium ions; b) electroplating indium metal on a substrate; and c) replenishing indium ions in the composition during electroplating with one or more of indium acetate, indium tartrate and indium oxalate, wherein the specific gravity of the composition ranges from 1 to 1.2. a) providing an electroplating composition comprising one or more sources of indium ions; b) electroplating indium metal on a substrate; and c) replenishing indium ions in the composition during electroplating with one or more of indium acetate, indium tartrate and indium oxalate,
Method for measuring a distance separating a camera from a reference object, the reference object comprising a predetermined number of corners arranged in a pattern and at least two reference points (P1, P2) separated by a reference length, the method comprising steps of: - acquiring an image comprising the reference object with the camera, - detecting corners in the image, - attributing a class (+X, +Y, -X, -Y) to each corner, chosen from a plurality of classes, based on an orientation of the corner, - detecting the reference object in the image based on the corners and attributed classes (+X, +Y, -X, -Y), - placing the reference points (P1, P2) in the image based on the corners of the reference object and measuring an imaged length separating the reference points (P1, P2), and - comparing the reference length to the imaged length and obtaining the distance separating the camera from the reference object. - acquiring an image comprising the reference object with the camera, - detecting corners in the image, - attributing a class (+X, +Y, -X, -Y) to each corner, chosen from a plurality of classes, based on an orientation of the corner, - detecting the reference object in the image based on the corners and attributed classes (+X, +Y, -X, -Y), - placing the reference points (P1, P2) in the image based on the corners of the reference object and measuring an imaged length separating the reference points (P1, P2), and - comparing the reference length to the imaged length and obtaining the distance separating the camera from the reference object.
Inclusion complex, of a macrolide with gamma cyclodextrin, wherein the weight ratio between said macrolide and said gamma cyclodextrin is comprised between 1:100 and 1:400, characterized in that said macrolide is selected from Rapamycin, Pimecrolimus, Temsirolimus, Everolimus, Tacrolimus.
Rail vehicle with side windows in the passenger compartment, characterised in that each side window is assigned semi-transparent external shading which is disposed on the exterior of the rail vehicle and which has a reflective coating on its side facing away from the side window.
Server of a cellular network, said server being characterized in that it includes: - means for receiving an identifier of a user, an identifier of a restricted-access cell, access to which is reserved for a closed set of users and is authorized for this user, and at least one identifier of a detection area of said restricted-access cell, said detection area corresponding to the coverage area of a cell of the cellular network and being detected by an access point for the restricted-access cell, said identifiers of the user, of the restricted-access cell and of the detection area being received by the receiving means from the access point for said restricted-access cell; - means for storing said received identifiers (U1, MC1, RAC1); - means (14; 24) for sending said identifier of said restricted-access cell to a mobile terminal of said user, said server further including means for detecting that said mobile terminal is in a detection area of a restricted-access cell, access to which is, however, authorized for a user of the terminal, and in that said means for sending said restricted-access cell identifier to said mobile terminal are activated when said mobile terminal is in said detection area. - means for receiving an identifier of a user, an identifier of a restricted-access cell, access to which is reserved for a closed set of users and is authorized for this user, and at least one identifier of a detection area of said restricted-access cell, said detection area corresponding to the coverage area of a cell of the cellular network and being detected by an access point for the restricted-access cell, said identifiers of the user, of the restricted-access cell and of the detection area being received by the receiving means from the access point for said restricted-access cell; - means for storing said received identifiers (U1, MC1, RAC1); - means (14; 24) for sending said identifier of said restricted-access cell to a mobile terminal of said user, said server further including means for detecting that said mobile terminal is in a detection area of a restricted-access cell, access to which is, however, authorized for a user of the terminal, and in that said means for sending said restricted-access cell identifier to said mobile terminal are activated when said mobile terminal is in said detection area.
A fiber comprising a polymer, wherein the polymer comprises poly(alkylene furandicarboxylate) obtained by polymerization of reaction mixture comprising furan dicarboxylic acid or its functional equivalent and a C 2 to C 12 aliphatic diol selected from the group consisting of ethylene glycol, diethylene glycol, 1,2-propanediol, 1,3-propanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, 1,4-cyclohexanedimethanol, and 2,2-dimethyl-1,3-propanediol, wherein the poly(alkylene furandicarboxylate) has a number average molecular weight of 10,000-18,000 g/mol and is amorphous.
A chopper assembly for a crop residue distribution system of an agricultural combine, the chopper assembly including a rotor shaft extending lengthwise along a rotational axis between a first end and a second end, the chopper assembly also including a plurality of flail blades pivotally coupled to the rotor shaft, each flail blade being configured to pivot relative to the rotor shaft about a pivot axis, the plurality of flail blades being spaced apart axially from one another between the first and second ends of the rotor shaft, the chopper assembly being characterized by: a plurality of spring tines coupled to the rotor shaft, the plurality of spring tines being spaced apart from one another between the first and second ends of the rotor shaft.
Leveling shim for building, comprising a plastic plate, flexible coupling means and through holes, characterized in that said coupling means are adapted to be housed in at least one cavity of the plate, and that the leveling shim comprises at least one coupling through hole.
A composition comprising Mogroside V and a Rebaudioside component in a weight ratio ≥1:1 and ≤6:1, wherein the Rebaudioside component consists of one or more compounds selected from the group consisting of Rebaudioside A, Rebaudioside B and Rebaudioside D; wherein the Mogroside V is provided in the form of a Luo Han Guo extract and constitutes at least 40 wt% of the Luo Han Guo extract; and wherein the Luo Han Guo extract has been treated with activated carbon.
Interferon-lambda for use in the treatment of fibrosis, wherein the fibrosis is kidney fibrosis, lung fibrosis, small intestine fibrosis, or skin fibrosis.
A wiper for wiping off a cosmetics applicator during the withdrawal from its storage container, wherein the wiper forms a substantially rectangular passage, which in the unstressed state is closed off by two mutually opposing wiper lips (4, 5) that are respectively divided into several bending elements which are elastically deformed when the cosmetics applicator is pushed through and thus clear the way for the applicator to pass through the passage, wherein the bending elements are designed as triangular tongues, characterized in that the triangular tongues of mutually opposing wiper lips are disposed with an offset rapport.
A method of manufacturing the plant imitation decorative cloth, comprising the cloth, characterized in that: first a weaving program constituted by the longitudinal cloth tendon and the horizontal cloth tendon is inputted into a yarn woven machine, and a porous metal wire cloth composed of the multiple strip longitudinal cloth tendons and the multiple strip horizontal cloth tendons is woven by the yarn woven machine, wherein the metal wire cloth refers to a fabric containing 3 % to 8 % metal wire and formed by the drawn metal wire that is processed into the metallic fiber and transplanted into the cloth, and then the simulation plant is fixed on the tendon face of the multiple strip longitudinal cloth tendons and the multiple strip horizontal cloth tendons by sewing, splicing and bonding, with one or both sides of the porous cloth covered.
A device comprising: a photodiode a first terminal of which is coupled by a resistor to a first node configured to receive a high supply potential and a second terminal of which is coupled by a switch, preferably a MOS transistor, to a second node configured to receive a reference potential; a read circuit configured to provide a pulse when the diode enters into avalanche; and a control circuit configured to control an opening of the switch in response to the beginning of said pulse and to control a closing of the switch in response to the end of said pulse; characterized in that a capacitive bridge divider (C1, C2) is connected between the first terminal of the diode and the second node, an input terminal of the read circuit being connected to an intermediate node of the capacitive divider bridge. a photodiode a first terminal of which is coupled by a resistor to a first node configured to receive a high supply potential and a second terminal of which is coupled by a switch, preferably a MOS transistor, to a second node configured to receive a reference potential; a read circuit configured to provide a pulse when the diode enters into avalanche; and a control circuit configured to control an opening of the switch in response to the beginning of said pulse and to control a closing of the switch in response to the end of said pulse; characterized in that a capacitive bridge divider (C1, C2) is connected between the first terminal of the diode and the second node, an input terminal of the read circuit being connected to an intermediate node of the capacitive divider bridge.
Method for manufacturing a rotor of a rotating electrical machine, notably an alternator, the rotor comprising two rotary fields (20; 22) defining, between them, at least one inter-polar space arranged to receive at least one magnet, the method comprising, before the assembly of the two rotary fields, the following steps: - producing, on at least one of the rotary fields, at least one angular indexing mark, - forming, by machining, on the rotary field, at least one groove partially delimiting the interpolar space, by keeping the rotary field in an angular position dependent on the angular indexing mark. - producing, on at least one of the rotary fields, at least one angular indexing mark, - forming, by machining, on the rotary field, at least one groove partially delimiting the interpolar space, by keeping the rotary field in an angular position dependent on the angular indexing mark.
An SCR system urea mixer, comprising an outer pipe and an inner pipe disposed in the outer pipe, wherein the outer pipe comprises an intake cone pipe and an intake straight pipe connected with the intake cone pipe, the inner pipe comprises an intake rectifying pipe and a porous pipe, the porous pipe is sleeved inside the intake rectifying pipe, and the intake rectifying pipe is provided with an exhaust gas flow rotating mechanism configured to rotate exhaust gas entering the intake cone pipe, the exhaust gas flow rotating mechanism is partially disposed inside the intake cone pipe, a urea nozzle installation plate is provided at an intake port of the SCR system urea mixer, and the urea nozzle installation plate is installed at an inlet of the intake rectifying pipe.
A method for generation of integrated test scenarios for software testing, the method comprising: creating, by a computing device, a test process model comprising a plurality of processes and one or more interaction paths amongst the plurality of processes based on process information, wherein an interaction path between two processes from the plurality of processes define a flow between the two processes; identifying, by the computing device, a plurality of test scenarios based on an analysis of the plurality of processes and the one or more interaction paths amongst the plurality of processes, wherein each of the plurality of test scenarios comprises a unique process flow path comprising at least one of the plurality of processes and at least one of the one or more interaction paths; assigning, by the computing device, a risk weight and a criticality weight to each process covered in the plurality of test scenarios based on predefined criteria pertaining to the number or occurrences of said process in each of the plurality of test scenarios; determining, by the computing device, a risk weight and a criticality weight associated with each of the plurality of test scenarios by computing an average of risk weight and an average of criticality weight assigned to each process in said each of the plurality of test scenarios; and identifying, by the computing device, at least one test scenario from the plurality of test scenarios based on a comparison of the risk weight and the criticality weight determined for each of the plurality of test scenarios with an associated threshold weight. creating, by a computing device, a test process model comprising a plurality of processes and one or more interaction paths amongst the plurality of processes based on process information, wherein an interaction path between two processes from the plurality of processes define a flow between the two processes; identifying, by the computing device, a plurality of test scenarios based on an analysis of the plurality of processes and the one or more interaction paths amongst the plurality of processes, wherein each of the plurality of test scenarios comprises a unique process flow path comprising at least one of the plurality of processes and at least one of the one or more interaction paths; assigning, by the computing device, a risk weight and a criticality weight to each process covered in the plurality of test scenarios based on predefined criteria pertaining to the number or occurrences of said process in each of the plurality of test scenarios; determining, by the computing device, a risk weight and a criticality weight associated with each of the plurality of test scenarios by computing an average of risk weight and an average of criticality weight assigned to each process in said each of the plurality of test scenarios; and identifying, by the computing device, at least one test scenario from the plurality of test scenarios based on a comparison of the risk weight and the criticality weight determined for each of the plurality of test scenarios with an associated threshold weight.
A heat recovery method, comprising the steps of: recovering heat using a heat recovery apparatus from a first gas entraining particles with large particle sizes; and recovering heat using the heat recovery apparatus from a mixed gas, wherein a second gas entraining particles with small particle sizes is mixed with the first gas from which heat has been recovered to form the mixed gas, supplying a combustible material to a pyrolysis chamber (1-1, 21) having a fluidized bed in which a fluidized medium is revolving, and pyrolyzing the combustible material in the fluidized bed, to generate char and pyrolysis gas entraining particles including ash; combusting the char in a fluidized bed in a combustion chamber (1-2, 22) having the fluidized bed in which a fluidized medium is revolving, to generate the first gas; and generating the second gas by introducing the pyrolysis gas into a melting furnace and melting the ash; wherein the first gas is introduced into the heat recovery apparatus, so that the first gas is introduced into the heat recovery apparatus with the particles in the first gas, wherein the second gas is introduced into the heat recovery apparatus at a downstream of flow of the first gas in the heat recovery apparatus so that the second gas is mixed with the first gas; and the second gas is mixed with the first gas at a downstream of flow of the first gas in the heat recovery apparatus. recovering heat using a heat recovery apparatus from a first gas entraining particles with large particle sizes; and recovering heat using the heat recovery apparatus from a mixed gas, wherein a second gas entraining particles with small particle sizes is mixed with the first gas from which heat has been recovered to form the mixed gas, supplying a combustible material to a pyrolysis chamber (1-1, 21) having a fluidized bed in which a fluidized medium is revolving, and pyrolyzing the combustible material in the fluidized bed, to generate char and pyrolysis gas entraining particles including ash; combusting the char in a fluidized bed in a combustion chamber (1-2, 22) having the fluidized bed in which a fluidized medium is revolving, to generate the first gas; and generating the second gas by introducing the pyrolysis gas into a melting furnace and melting the ash; wherein the first gas is introduced into the heat recovery apparatus, so that the first gas is introduced into the heat recovery apparatus with the particles in the first gas, wherein the second gas is introduced into the heat recovery apparatus at a downstream of flow of the first gas in the heat recovery apparatus so that the second gas is mixed with the first gas; and the second gas is mixed with the first gas at a downstream of flow of the first gas in the heat recovery apparatus.
Hollow profile with a tensioning device arranged inside the same for reinforcing the hollow profile, in particular for extensive frame constructions, wherein in the interior of the hollow profile at least one tensile element (3, 3') is arranged and is connected at its ends to the ends of the hollow profile such that a tensile force is exerted on the tensile element (3, 3'), wherein the tension can be applied by means of a tensioning screw (16, 16') on the tensile element (3, 3') from outside of the hollow profile, characterised in that the at least one tensile element (3, 3') is connected to the hollow profile via a tensioning element arranged in the interior of the hollow profile, wherein the tensioning element is configured as a wedge tensioning device (12, 12') and in that the wedge tensioning device (12, 12') has a base element (13, 13') fixedly attached to the hollow profile and at least one wedge element (15, 15') adjustable against it in the longitudinal direction of the tensile element (3, 3').
A thrust reverser assembly for a turbojet engine, comprising a stationary structure, having a main axis; a movable shroud, which is capable of moving in translation along the main axis between an attached position, in which the shroud is attached to the stationary structure, and a spaced position, in which the shroud is spaced from the stationary structure; at least one latch capable of holding the stationary structure and the shroud in the attached position; at least one actuator, mounted between the stationary structure and the shroud, configured to move the shroud along the main axis between the attached position and the spaced position; and a gasket (40,140), configured to provide a seal between the stationary structure and the shroud in the attached position, wherein the gasket has a varying cross section along its circumference. a stationary structure, having a main axis; a movable shroud, which is capable of moving in translation along the main axis between an attached position, in which the shroud is attached to the stationary structure, and a spaced position, in which the shroud is spaced from the stationary structure; at least one latch capable of holding the stationary structure and the shroud in the attached position; at least one actuator, mounted between the stationary structure and the shroud, configured to move the shroud along the main axis between the attached position and the spaced position; and a gasket (40,140), configured to provide a seal between the stationary structure and the shroud in the attached position, wherein the gasket has a varying cross section along its circumference.