mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (100, 200, 300) for coating an electrode slurry, the apparatus comprising: a coater which coats an electrode slurry on a metal foil; a remaining oil level measuring unit which measures a remaining oil level on a surface of the metal foil before coating the electrode slurry; and a controller which determines whether the remaining oil level is excessive from a measurement value of the remaining oil level, and determines whether to coat the electrode slurry therefrom, characterised in that: the remaining oil level measuring unit measures at least one of a spread degree and a contact angle of the electrode slurry dropped on the metal foil. a coater which coats an electrode slurry on a metal foil; a remaining oil level measuring unit which measures a remaining oil level on a surface of the metal foil before coating the electrode slurry; and a controller which determines whether the remaining oil level is excessive from a measurement value of the remaining oil level, and determines whether to coat the electrode slurry therefrom, characterised in that: the remaining oil level measuring unit measures at least one of a spread degree and a contact angle of the electrode slurry dropped on the metal foil.
Console for fastening a holding profile (92; 192) for façade panels (93; 193) to a building structure (91; 191), with a base (10; 110), which has a back (81; 181) for arranging towards the building structure (91; 191) and a front (82; 182) opposite the back (81; 181), and a first side plate (21; 121) and a second side plate (22; 122), in which both side plates (21, 22; 121, 122) are arranged on the base (10; 110), project from the base (10; 110) on the front (82; 182) of the base (10; 110) and form a U shape together with the base (10; 110), characterised in that a first slot (11; 111), through which the first side plate (21; 121) may be pushed completely, and a second slot (12; 112), through which the second side plate (22; 122) may be pushed completely, are provided in the base (10; 110), the first side plate (21; 121) runs through the first slot (11; 111) and the second side plate (22; 122) runs through the second slot (12; 112), and a first head element (31; 131) is provided on the first side plate (21; 121) and a second head element (32; 132) is provided on the second side plate (22; 122), in which the first head element (31; 131) forms an extraction stop against the first side plate (21; 121) being pulled out of the base (10; 110) and the second head element (32; 132) forms an extraction stop against the second side plate (22; 122) being pulled out of the base (10; 110).
An apparatus for stuffing a piston assembly into an associated bore of an engine block, said piston assembly comprising: a rod cap; and a piston subassembly comprising a connecting rod having a groove therein suitable for coupling to said rod cap and a piston head; said apparatus characterized in that it comprises: a first robot having a gripper for picking up said piston subassembly and inserting it into said associated bore of the engine block, said gripper having a finger for insertion into said groove when the gripper picks up said piston subassembly for insertion into said associated bore of said engine block; and one or more tools for inserting said rod cap into said bore and allowing it to be fastened to said connecting rod. a rod cap; and a piston subassembly comprising a connecting rod having a groove therein suitable for coupling to said rod cap and a piston head; said apparatus characterized in that it comprises: a first robot having a gripper for picking up said piston subassembly and inserting it into said associated bore of the engine block, said gripper having a finger for insertion into said groove when the gripper picks up said piston subassembly for insertion into said associated bore of said engine block; and one or more tools for inserting said rod cap into said bore and allowing it to be fastened to said connecting rod.
A hydraulic machine comprising: - an outer casing comprising a first front plate and a second front plate, - a shaft rotatably carried by said first and second front plates (16, 18) around a main axis, - a first rotor comprising a first rotor body rotatable with said shaft about said main axis, and a plurality of first pistons with respective spherical ring heads, fixed to said first rotor body, - a second rotor comprising a second rotor body and a plurality of second pistons with respective spherical ring heads, wherein the second rotor is rotatable about a secondary axis, inclined with respect to said main axis, and - a plurality of sleeves that are separate and independent from each other, each having a cylinder open at opposite ends and engaged on opposite sides by a first piston and by a second piston, with the spherical ring heads (36, 48) of the first and of the second piston (34, 46) in hydraulic sealing contact with the cylinder, wherein each sleeve has a respective transverse symmetry plane orthogonal with respect to the longitudinal axis of the cylinder, characterised by - a guiding device that engages said sleeves in a floating manner and constrains the sleeves so that the transverse symmetry planes of the individual sleeves are consistently contained in a common reference plane. - an outer casing comprising a first front plate and a second front plate, - a shaft rotatably carried by said first and second front plates (16, 18) around a main axis, - a first rotor comprising a first rotor body rotatable with said shaft about said main axis, and a plurality of first pistons with respective spherical ring heads, fixed to said first rotor body, - a second rotor comprising a second rotor body and a plurality of second pistons with respective spherical ring heads, wherein the second rotor is rotatable about a secondary axis, inclined with respect to said main axis, and - a plurality of sleeves that are separate and independent from each other, each having a cylinder open at opposite ends and engaged on opposite sides by a first piston and by a second piston, with the spherical ring heads (36, 48) of the first and of the second piston (34, 46) in hydraulic sealing contact with the cylinder, wherein each sleeve has a respective transverse symmetry plane orthogonal with respect to the longitudinal axis of the cylinder, characterised by - a guiding device that engages said sleeves in a floating manner and constrains the sleeves so that the transverse symmetry planes of the individual sleeves are consistently contained in a common reference plane.
A method by a user equipment, UE, in a wireless communication system, the method comprising: receiving information for configuring Bandwidth part, BWP, for a cell; receiving information for configuring at least one Control Resource Set, CORESET, for the BWP; receiving information for configuring a plurality of search space sets associated with the at least one CORESET; monitoring a first search space set among the plurality of search space sets, based on a first periodicity of the first search space set; receiving, via a first time unit, a Group Common - Physical Downlink Control Channel, GC-PDCCH, including information related to a second search space set among the plurality of search space sets; and monitoring, from a second time unit, the second search space set based on the GC-PDCCH, based on a second periodicity of the second search space set, wherein the second search space set is different from the first search space set, and wherein the second time unit is after at least one time unit from the first time unit. receiving information for configuring Bandwidth part, BWP, for a cell; receiving information for configuring at least one Control Resource Set, CORESET, for the BWP; receiving information for configuring a plurality of search space sets associated with the at least one CORESET; monitoring a first search space set among the plurality of search space sets, based on a first periodicity of the first search space set; receiving, via a first time unit, a Group Common - Physical Downlink Control Channel, GC-PDCCH, including information related to a second search space set among the plurality of search space sets; and monitoring, from a second time unit, the second search space set based on the GC-PDCCH, based on a second periodicity of the second search space set, wherein the second search space set is different from the first search space set, and wherein the second time unit is after at least one time unit from the first time unit.
A medication injection device, comprising: a barrel; a plunger disposed to dispense a fluid from the barrel; a dosage tracking system coupled to output data indicative of an amount of the fluid dispensed; and a controller disposed within the medication injection device and coupled to receive the data from the dosage tracking system, wherein the controller includes logic that when executed by the controller causes the controller to perform operations including: determining, based on the data, whether an air shot event occurred while dispensing the fluid; and characterized in that the dosage tracking system includes an ultrasonic transducer located in a plunger head of the medication injection device, the ultrasonic transducer being oriented to emit ultrasonic signals through the fluid along a length of the barrel and to receive reflected ultrasonic signals, wherein the data is indicative of a time of flight of the ultrasonic signals; and wherein the determining comprises: measuring a distance travelled by the plunger head based upon the time of flight of the ultrasonic signals; and determining that the air shot event occurred while dispensing the fluid when the distance travelled by the plunger head is below a threshold distance. a barrel; a plunger disposed to dispense a fluid from the barrel; a dosage tracking system coupled to output data indicative of an amount of the fluid dispensed; and a controller disposed within the medication injection device and coupled to receive the data from the dosage tracking system, wherein the controller includes logic that when executed by the controller causes the controller to perform operations including: determining, based on the data, whether an air shot event occurred while dispensing the fluid; and characterized in that the dosage tracking system includes an ultrasonic transducer located in a plunger head of the medication injection device, the ultrasonic transducer being oriented to emit ultrasonic signals through the fluid along a length of the barrel and to receive reflected ultrasonic signals, wherein the data is indicative of a time of flight of the ultrasonic signals; and wherein the determining comprises: measuring a distance travelled by the plunger head based upon the time of flight of the ultrasonic signals; and determining that the air shot event occurred while dispensing the fluid when the distance travelled by the plunger head is below a threshold distance. measuring a distance travelled by the plunger head based upon the time of flight of the ultrasonic signals; and determining that the air shot event occurred while dispensing the fluid when the distance travelled by the plunger head is below a threshold distance.
A chimeric gene comprising a coding sequence operably-linked to a plant-expressible promoter which latter is a heterologous regulatory element to the coding sequence, characterized in that the coding sequence comprises a nucleic acid sequence which encodes an HPPD protein comprising the amino acid sequence of SEQ ID No. 4 from amino acid position 2 to amino acid position 350 or an HPPD protein with at least 80 % sequence identity to the amino acid sequence of SEQ ID No. 4 from amino acid position 2 to amino acid position 350, showing the properties of catalysing the conversion of para-hydroxyphenylpyruvate to homogentisate, and being less sensitive to an HPPD inhibitor herbicide than the host plant endogenous HPPD.
A method for electroless deposition of a copper-layer on a semiconductor substrate comprising the steps of a) providing a semiconductor substrate, b) contacting said semiconductor substrate with an aqueous solution comprising at least one colloidal metal and/or salt of a metal, said metal being selected from the group consisting of Ag, Au, Pd, Pt, Rh and mixtures thereof, c) optionally, rinsing said semiconductor substrate obtained in step b), d) contacting said semiconductor substrate with an aqueous solution containing at least one reducing agent, e) optionally, rinsing said semiconductor substrate obtained in step d), f) contacting said semiconductor substrate with a copper plating solution containing at least one water soluble copper salt, at least one complexing agent for copper ions, at least one reducing agent, at least one agent for adjusting the pH to a value of greater than 9.0 with the proviso that the agent is not NaOH at least one water soluble cyano metal compound, at least one non-ionic surfactant, and water, at a temperature below the boiling point of the copper plating solution resulting in the formation of a copper-layer, g) optionally, rinsing said semiconductor substrate obtained in step f), and h) annealing said copper-layer. a) providing a semiconductor substrate, b) contacting said semiconductor substrate with an aqueous solution comprising at least one colloidal metal and/or salt of a metal, said metal being selected from the group consisting of Ag, Au, Pd, Pt, Rh and mixtures thereof, c) optionally, rinsing said semiconductor substrate obtained in step b), d) contacting said semiconductor substrate with an aqueous solution containing at least one reducing agent, e) optionally, rinsing said semiconductor substrate obtained in step d), f) contacting said semiconductor substrate with a copper plating solution containing at least one water soluble copper salt, at least one complexing agent for copper ions, at least one reducing agent, at least one agent for adjusting the pH to a value of greater than 9.0 with the proviso that the agent is not NaOH at least one water soluble cyano metal compound, at least one non-ionic surfactant, and water, at a temperature below the boiling point of the copper plating solution resulting in the formation of a copper-layer, at least one complexing agent for copper ions, at least one reducing agent, at least one agent for adjusting the pH to a value of greater than 9.0 with the proviso that the agent is not NaOH at least one water soluble cyano metal compound, at least one non-ionic surfactant, and water, g) optionally, rinsing said semiconductor substrate obtained in step f), and h) annealing said copper-layer.
A throttle, comprising: a housing, having a throttle throat; a cover mated with the housing, the material of the cover being plastic; an electric machine; a torque transfer apparatus meshed with an output end of the electric machine; a throttle shaft connected in a fixed manner to the torque transfer apparatus, the throttle shaft passing through the throttle throat, and being supported by being inserted into a first mounting hole and a second mounting hole in the throttle housing; a butterfly valve mounted on the throttle shaft and located inside the throttle throat; characterised in that the electric machine is located in a chamber of the cover and an inside wall of the chamber is provided with ridges which press against the electric machine in a transverse direction to damp transverse vibration of the electric machine during operation. a housing, having a throttle throat; a cover mated with the housing, the material of the cover being plastic; an electric machine; a torque transfer apparatus meshed with an output end of the electric machine; a throttle shaft connected in a fixed manner to the torque transfer apparatus, the throttle shaft passing through the throttle throat, and being supported by being inserted into a first mounting hole and a second mounting hole in the throttle housing; a butterfly valve mounted on the throttle shaft and located inside the throttle throat; characterised in that the electric machine is located in a chamber of the cover and an inside wall of the chamber is provided with ridges which press against the electric machine in a transverse direction to damp transverse vibration of the electric machine during operation.
A mass flowmeter of the thermal type, which comprises a single flow sensor which is connected to control means and temperature measuring means for flow measuring in different measuring ranges, by switching between several measuring methods, whereby the sensor has a carrier (2,5) provided with a heater H 1 (3, R 1) in an upstream position A and a heater H 2 (4, H 2) in a downstream position B, and with means for determining the temperature difference between positions A and B, the control and temperature measuring means allowing measurements in three adjoining or slightly overlapping measuring ranges by switching between the following measuring methods: - the T hermal B alancing method of measuring flows, from zero upwards, wherein the measuring and control means are adjusted to supply electric power to H 1 and H 2 in alternation and are connected to a control loop for adjusting the temperature difference between A and B down to zero in an iterative process; - the C onstant P ower method, of measuring a flow from approximately zero over a given, comparatively low maximum range, wherein the measuring and control means are adjusted to operate H 1 and H 2 with constant power and to measure the temperature difference between A and B; - the C onstant T emperature method of measuring flows from a given threshold value up to high values, wherein the measuring and control means are adjusted to operate H 1 and H 2 necessary for keeping the temperature difference between A and B at a constant value. - the T hermal B alancing method of measuring flows, from zero upwards, wherein the measuring and control means are adjusted to supply electric power to H 1 and H 2 in alternation and are connected to a control loop for adjusting the temperature difference between A and B down to zero in an iterative process; - the C onstant P ower method, of measuring a flow from approximately zero over a given, comparatively low maximum range, wherein the measuring and control means are adjusted to operate H 1 and H 2 with constant power and to measure the temperature difference between A and B; - the C onstant T emperature method of measuring flows from a given threshold value up to high values, wherein the measuring and control means are adjusted to operate H 1 and H 2 necessary for keeping the temperature difference between A and B at a constant value.
A computer-implemented method for facilitating a compound application across multiple devices, the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: Identifying, on a class level, dependencies authorizing joining between a first transformation chain class and a second transformation chain class, wherein the dependencies are class-based authorizations created by a class author that generated the respective class in order to allow instances of different transformation chain classes to interoperate, and wherein each transformation chain class defines dependency elements and a transformation chain class definition library is used to identify the dependencies between different transformation chain classes (600A, 600B, 600C, 600D); and Authorizing, at runtime by users on an instance level, a first instance of the first transformation chain class and a second instance of the second transformation chain class to be joined, wherein joining allows data to flow between the first and second instances in accordance with the identified dependencies between the first transformation chain class and the second transformation chain class and in accordance with dependency state between the first and second instances. Identifying, on a class level, dependencies authorizing joining between a first transformation chain class and a second transformation chain class, wherein the dependencies are class-based authorizations created by a class author that generated the respective class in order to allow instances of different transformation chain classes to interoperate, and wherein each transformation chain class defines dependency elements and a transformation chain class definition library is used to identify the dependencies between different transformation chain classes (600A, 600B, 600C, 600D); and Authorizing, at runtime by users on an instance level, a first instance of the first transformation chain class and a second instance of the second transformation chain class to be joined, wherein joining allows data to flow between the first and second instances in accordance with the identified dependencies between the first transformation chain class and the second transformation chain class and in accordance with dependency state between the first and second instances.
Rotor for a turbomachine, comprising at least one blade and at least one rotor main body which has at least one recess in which a blade root of the at least one blade is accommodated in a form-fitting manner, the blade root having at least one depression in which at least one projection of the at least one rotor main body that delimits the at least one recess in regions is accommodated, the at least one depression being delimited by a first delimiting surface on the blade root side, and the at least one projection being delimited by a second delimiting surface on the rotor main body side, the first delimiting surface having at least one elevation, characterized in that the elevation narrows a gap extending between the first delimiting surface and the second delimiting surface, at least in regions thereof, and is formed within a non-supporting flank of the blade root. the first delimiting surface having at least one elevation, characterized in that the elevation narrows a gap extending between the first delimiting surface and the second delimiting surface, at least in regions thereof, and is formed within a non-supporting flank of the blade root.