mhurhangee/ep-ind-claims huggingface dataset:
A robotic apparatus comprising: a first guide rail for guiding movement in two directions; an elongate support attached to the first guide rail such that the elongate support is movable along the first guide rail in the two directions and rotatable in an elongate support axis parallel to a second limb axis at each position along the first guide rail, wherein the elongate support comprises a second guide rail; a first limb attached to the second guide rail of the elongate support such that the first limb is movable along the second guide rail; a second limb pivotably attached to an end of the first limb such that the second limb is pivotable about the end of the first limb in the second limb axis perpendicular to the two directions; an end effector mount located at an end of the second limb such that the end effector mount is rotatable at the end of the second limb; and a third guide rail attached to the elongate support to guide movement of the elongate support in the two directions that the elongate support is movable along the first guide rail, wherein the elongate support is rotatable at each position along the third guide rail; and a plurality of driving mechanisms to drive movements of the elongate support, the first limb, the second limb, and the end effector mount, characterised in that the first limb is extendable and retractable. a first guide rail for guiding movement in two directions; an elongate support attached to the first guide rail such that the elongate support is movable along the first guide rail in the two directions and rotatable in an elongate support axis parallel to a second limb axis at each position along the first guide rail, wherein the elongate support comprises a second guide rail; a first limb attached to the second guide rail of the elongate support such that the first limb is movable along the second guide rail; a second limb pivotably attached to an end of the first limb such that the second limb is pivotable about the end of the first limb in the second limb axis perpendicular to the two directions; an end effector mount located at an end of the second limb such that the end effector mount is rotatable at the end of the second limb; and a third guide rail attached to the elongate support to guide movement of the elongate support in the two directions that the elongate support is movable along the first guide rail, wherein the elongate support is rotatable at each position along the third guide rail; and a plurality of driving mechanisms to drive movements of the elongate support, the first limb, the second limb, and the end effector mount, characterised in that the first limb is extendable and retractable.
Method for thermal management of an after treatment system of an internal combustion engine, the ATS including at least one pollutants abatement device, such as DOC, DPF, SCR, CUC, TWC, the method comprising a preliminary step of checking whether an ATS temperature is below a first predetermined threshold, the method comprising the following steps, which are carried out if the ATS temperature is below the first predetermined threshold: - a first step of heating a working gas by compression, by means of a compressor, the working gas being defined by fresh air sucked from the environment or by an exhaust gas produced by the internal combustion engine; - a second step of adjusting a temperature of said pollutants abatement device by the compressed and heated working gas flowing: a) into a heat exchanger arranged immediately upstream of the pollutants abatement device, or b) directly into the pollutants abatement device, wherein the working gas is exhaust gas; - a third step of circulating said working gas through a turbine to drain residual energy, so that the nature of the working gas flowing through the compressor is the same as the one of the working gas flowing through the turbine, thereby no fuel is injected in the circulated working gas; - a fourth step of releasing said working gas in the environment; wherein a first energy amount consumed in said first step is higher than a second energy amount recovered with said third step. - a first step of heating a working gas by compression, by means of a compressor, the working gas being defined by fresh air sucked from the environment or by an exhaust gas produced by the internal combustion engine; - a second step of adjusting a temperature of said pollutants abatement device by the compressed and heated working gas flowing: a) into a heat exchanger arranged immediately upstream of the pollutants abatement device, or b) directly into the pollutants abatement device, wherein the working gas is exhaust gas; a) into a heat exchanger arranged immediately upstream of the pollutants abatement device, or b) directly into the pollutants abatement device, wherein the working gas is exhaust gas; - a third step of circulating said working gas through a turbine to drain residual energy, so that the nature of the working gas flowing through the compressor is the same as the one of the working gas flowing through the turbine, thereby no fuel is injected in the circulated working gas; - a fourth step of releasing said working gas in the environment;
A vending machine with superimposed trays, comprising: - a storage area for products to be dispensed, - a plurality of trays accommodated within said storage area, each tray having a plurality of seats for holding products to be dispensed, - at least one pair of horizontal guides associated with at least one of said trays for allowing said tray to be at least partially pulled out of said storage area, - each guide of said pair of horizontal guides being rigidly joined to a respective pair of uprights, each upright comprises a plurality of identical, superimposed through openings, each guide comprising appendages adapted to be freely introduced into respective through openings of the uprights, said appendages inhibiting translation of the guide relative to its respective uprights and allowing rotation of the guide about an axis of rotation perpendicular to the uprights, characterized in that it further comprising, relative to its respective uprights, a stop member for each guide having an appendage that can be freely introduced into an opening of a respective upright and can be secured by mechanical interference to its respective guide to inhibit said rotation of the guide. - a storage area for products to be dispensed, - a plurality of trays accommodated within said storage area, each tray having a plurality of seats for holding products to be dispensed, - at least one pair of horizontal guides associated with at least one of said trays for allowing said tray to be at least partially pulled out of said storage area, - each guide of said pair of horizontal guides being rigidly joined to a respective pair of uprights,
A data sending method, comprising: sending, by a base station, a medium access control protocol data unit, MAC PDU on a preset resource location of a physical downlink control channel, PDCCH, on a non-legacy resource, wherein the MAC PDU comprises a resource location information of PDCCH on next non-legacy resource, and the MAC PDU is a MAC PDU of a random access response, RAR; wherein the resource location information of the PDCCH on the next non-legacy resource in the sent MAC PDU of the RAR comprises: a vacant bit in the sent MAC PDU of the RAR is used to indicate of the resource location of the PDCCH on the next non-legacy resource. sending, by a base station, a medium access control protocol data unit, MAC PDU on a preset resource location of a physical downlink control channel, PDCCH, on a non-legacy resource, wherein the MAC PDU comprises a resource location information of PDCCH on next non-legacy resource, and the MAC PDU is a MAC PDU of a random access response, RAR; wherein the resource location information of the PDCCH on the next non-legacy resource in the sent MAC PDU of the RAR comprises: a vacant bit in the sent MAC PDU of the RAR is used to indicate of the resource location of the PDCCH on the next non-legacy resource. a vacant bit in the sent MAC PDU of the RAR is used to indicate of the resource location of the PDCCH on the next non-legacy resource.
A method of making a frame for an endoluminal assembly, comprising: providing a cylindrical tube; cutting the cylindrical tube to form a frame which comprises: a collar configured for attachment to a support wire; a support portion for attachment to a filter element; multiple support struts, configured to extend radially outward from the collar to the support portion. providing a cylindrical tube; cutting the cylindrical tube to form a frame which comprises: a collar configured for attachment to a support wire; a support portion for attachment to a filter element; multiple support struts, configured to extend radially outward from the collar to the support portion. a collar configured for attachment to a support wire; a support portion for attachment to a filter element; multiple support struts, configured to extend radially outward from the collar to the support portion.
Method for printing a curved surface by means of a digital printing process in which defined amounts of liquid are sprayed off from individually controllable outlet openings arranged on a plane exit surface of a print head, wherein the amounts of liquid impinge on the curved surface as liquid droplets, in which method the curved surface and the exit surface are aligned with one another in such a way that an area of the curved surface is directed parallel to the exit surface, wherein this area with a convex curvature of the surface has a minimum distance B from the exit surface and with a concave curvature of the surface has a maximum distance C from the exit surface, wherein during printing only outlet openings for the discharge of an amount of liquid can be controlled, the distance of which from the point of impact of the liquid discharged by them onto the curved surface is between the minimum distance B and the maximum distance C, wherein the minimum distance B is given by the trajectory which the amount of liquid exiting from the outlet opening requires for formation of a liquid droplet, and the maximum distance C exceeds the minimum distance by a predetermined distance t along which a liquid droplet does not degenerate and its path proceeds in a straight line, such that with a relative movement between the exit surface and the surface perpendicular to the curvature of the surface, the surface can be printed with a track, the width X of which, with a convex curvature of the surface, corresponds to the distance between the outlet openings spaced in the direction of the curvature of the surface with maximum distance C and with concave curvature of the surface corresponds to the distance between the outlet openings spaced apart in the direction of the curvature of the surface with a minimum distance B.
Protection unit for the protection of an AC or DC low-voltage power supply line, comprising: - at least first electronic protection means operatively coupled to a circuit breaker having at least one pole for inserting on said conductor, said first electronic protection means comprising a processing unit; - means for detecting the current circulating in one or more power supply line conductors, said detection means comprising at least one resistor, suitable for being connected electrically in series to said circuit breaker pole and enabling the passage of the current circulating in said conductor, and at least a first electronic processing circuit that receives a signal indicative of the voltage at the terminals (51, 52) of said resistor and that delivers a signal to said first electronic protection means that is indicative of the current circulating in said line conductor; characterized in that said first electronic processing circuit comprises an analog-to-digital A/D converter unit and a circuit safeguard device inserted between said resistor and said A/D converter unit, said circuit safeguard device creating an isolating barrier upstream said A/D converter unit so that a circuit processing part (21, 2) of said protection unit is isolated from a mains power network or main circuit. - at least first electronic protection means operatively coupled to a circuit breaker having at least one pole for inserting on said conductor, said first electronic protection means comprising a processing unit; - means for detecting the current circulating in one or more power supply line conductors, said detection means comprising at least one resistor, suitable for being connected electrically in series to said circuit breaker pole and enabling the passage of the current circulating in said conductor, and at least a first electronic processing circuit that receives a signal indicative of the voltage at the terminals (51, 52) of said resistor and that delivers a signal to said first electronic protection means that is indicative of the current circulating in said line conductor;
An electrical stimulation device comprising: a power management circuit (111, 114, 116) generating a first voltage (V+) and a second voltage (V-); and an electrical stimulation generation circuit comprising an amplifier powered by the first voltage and the second voltage, a working-electrode contact, and a reference-electrode contact, generating a first electrical signal at the working-electrode contact by the amplifier, and generating a second electrical signal (S2A, S2B) at the reference-electrode contact, wherein the first electrical signal comprises a plurality of first alternating-current, AC, pulses configuring to electrically stimulate a target region of a target object, and the electrical stimulation device is electrically connected to a lead, a plurality of working electrodes and a plurality of reference electrodes are disposed on the lead, the working-electrode contact is coupled to the plurality of working electrodes through the lead, and the reference-electrode contact is coupled to the plurality of reference electrodes through the lead. a power management circuit (111, 114, 116) generating a first voltage (V+) and a second voltage (V-); and an electrical stimulation generation circuit comprising an amplifier powered by the first voltage and the second voltage, a working-electrode contact, and a reference-electrode contact, generating a first electrical signal at the working-electrode contact by the amplifier, and generating a second electrical signal (S2A, S2B) at the reference-electrode contact, wherein the first electrical signal comprises a plurality of first alternating-current, AC, pulses configuring to electrically stimulate a target region of a target object, and the electrical stimulation device is electrically connected to a lead, a plurality of working electrodes and a plurality of reference electrodes are disposed on the lead, the working-electrode contact is coupled to the plurality of working electrodes through the lead, and the reference-electrode contact is coupled to the plurality of reference electrodes through the lead.
Nozzle body for a fuel injection valve, the nozzle body having a cavity and comprising an injection channel for dispensing fuel from the cavity, wherein the injection channel has a first section and a second section, downstream of the first section, the first and second sections (22, 24) having a common interface the first section extends from an fuel inlet opening to a second opening which is comprised by the common interface, the second section extends from a bottom surface which is comprised by the common interface and perforated by the second opening to a fuel outlet opening, the bottom surface extends circumferentially around the second opening, the cross-sectional area of the second section is monotonically increasing in the course from the common interface to the fuel outlet opening, and the second section has the shape of a truncated cone widening in the course from the bottom surface to the fuel outlet opening, characterized in that the cross-sectional area of the first section is monotonically decreasing in the course from the fuel inlet opening to the common interface, the first section has the shape of a truncated cone tapering in the course from the fuel inlet opening to the second opening.
A computer implemented method for obtaining at least one physical property of a subsurface volume of a hydrocarbon reservoir over time, the subsurface volume comprising a porous medium containing at least one fluid, the method being carried out by a system for obtaining at least one physical property of a subsurface volume of a hydrocarbon reservoir over time, said method comprising the following steps: - obtaining observed data representative of a fluid saturation in the subsurface volume over time, - mapping a location of at least one observed fluid front over time from the observed data, - obtaining simulated data representative of the fluid saturation in the subsurface volume over time using at least one reservoir model, - mapping a location of at least one simulated fluid front over time from the simulated data, - obtaining simulated fluid flow streamlines in the subsurface volume over time from a flow simulator, characterized by - computing a cost function representing a mismatch between the observed data and the simulated data by calculating at least one shortest distance (d) among a plurality of distances (d) along a corresponding plurality of simulated fluid flow streamlines, each of said simulated fluid flow streamlines connecting a same first location of the observed fluid front to a same second location of the simulated fluid front, - minimizing said cost function, - obtaining the at least one physical property of the subsurface model over time. - obtaining observed data representative of a fluid saturation in the subsurface volume over time, - mapping a location of at least one observed fluid front over time from the observed data, - obtaining simulated data representative of the fluid saturation in the subsurface volume over time using at least one reservoir model, - mapping a location of at least one simulated fluid front over time from the simulated data, - obtaining simulated fluid flow streamlines in the subsurface volume over time from a flow simulator, characterized by - computing a cost function representing a mismatch between the observed data and the simulated data by calculating at least one shortest distance (d) among a plurality of distances (d) along a corresponding plurality of simulated fluid flow streamlines, each of said simulated fluid flow streamlines connecting a same first location of the observed fluid front to a same second location of the simulated fluid front, - minimizing said cost function, - obtaining the at least one physical property of the subsurface model over time.
A packaging method for the packaging of plastic injection moulded parts, configured as pipette tips or as medical reaction vessels, in final packaging units, comprising the steps: - simultaneous removal of K injection moulded parts from K cavities, - simultaneous deposit of the K plastic injection moulded parts, uniformly distributed on U subgroups with the aid of first deposit means comprising a gripper, in a preferably horizontal deposit plane, - multiple removal of K injection moulded parts from the K cavities and uniform distribution of the K injection moulded parts onto the U subgroups, until every subgroup has L plastic injection moulded parts, wherein the number L of plastic injection moulded parts of a subgroup corresponds to the number A of the maximum number of plastic injection moulded parts able to be received in a final packaging unit (6, 20), or to an integral submultiple of A, - filling of at least one final packaging unit (6, 20) with A plastic injection moulded parts, characterized in that the distributing of the K plastic injection moulded parts onto the subgroups takes place on a table, situated in a loading position, of a shuttle table arrangement comprising several tables, which after each subgroup has been filled with L plastic injection moulded parts is moved from the loading position into a removal position spaced apart from the loading position along the vertical axis, wherein the tables of the shuttle table arrangement are moved in a coupled movement along the vertical axis, such that always one of the tables is situated in the loading position, when another of the tables is situated in the removal position, wherein the tables situated in the removal position and in the loading position lie vertically in an alignment, at least in certain sections. - simultaneous removal of K injection moulded parts from K cavities, - simultaneous deposit of the K plastic injection moulded parts, uniformly distributed on U subgroups with the aid of first deposit means comprising a gripper, in a preferably horizontal deposit plane, - multiple removal of K injection moulded parts from the K cavities and uniform distribution of the K injection moulded parts onto the U subgroups, until every subgroup has L plastic injection moulded parts, wherein the number L of plastic injection moulded parts of a subgroup corresponds to the number A of the maximum number of plastic injection moulded parts able to be received in a final packaging unit (6, 20), or to an integral submultiple of A, - filling of at least one final packaging unit (6, 20) with A plastic injection moulded parts,
Device for guiding plate-shaped workpieces at a stop fence of a machine tool, particularly of a circular saw bench or a final trimming saw, comprising the following features: a. a pressure unit mounted on the table against which the workpiece is pressed by said unit, b. a vertical post to be fixed on the table and adapted to support said pressure unit, c. means provided on the upper end of said post for anchoring a horizontal cantilever plate, d. said pressure unit is detachably fastened at the opposed, free end of said cantilever plate, e. said post is provided at its plane bottom side with at least one fixing magnet, f. said magnet is non-positively abutting on the table. a. a pressure unit mounted on the table against which the workpiece is pressed by said unit, b. a vertical post to be fixed on the table and adapted to support said pressure unit, c. means provided on the upper end of said post for anchoring a horizontal cantilever plate, d. said pressure unit is detachably fastened at the opposed, free end of said cantilever plate, e. said post is provided at its plane bottom side with at least one fixing magnet, f. said magnet is non-positively abutting on the table.
A composition for a laminate characterized in that it contains (a) epichlorohydrin-type polymer; (b) zinc dithiocarbamate; (c) at least one compound which is a species selected from among the group consisting of 1,8-diazabicyclo[5.4.0]undecene-7 salt, 1,5-diazabicyclo[4.3.0]nonene-5 salt, 1,8-diazabicyclo[5.4.0]undecene-7, and 1,5-diazabicyclo[4.3.0]nonene-5; and (d) metal salt hydrate, wherein the (d) metal salt hydrate is a hydrate of a sulfate or acetate of a metal selected among sodium, aluminum, calcium, zinc, manganese, lanthanum, titanium, zirconium, iron, cobalt, nickel, magnesium, and copper.