mhurhangee/ep-ind-claims huggingface dataset:
A dish washing machine, comprising: a body; a plurality of jet nozzles (311,313,330,340) configured to jet washing water; a sump configured to store washing water; a pump including a pumping motor configured to pump the washing water stored in the sump, a pumping motor shaft, and a housing including a plurality of outlets (222a,222b,222c,222d); and a distributor configured to distribute the washing water pumped by the pump to at least one of the plurality of jet nozzles through at least one of the plurality of outlets, the distributor including: a distributor motor shaft having an axial direction different from an axial direction of the pumping motor shaft, at least one opening and closing member (255, 256) configured to be rotatable in the housing of the pump to selectively open and close at least one of the plurality of outlets, and a distributor motor configured to rotate the at least one opening and closing member (255, 256) about the distributor motor shaft, characterized in that, the at least one opening and closing member (255, 256) includes a first opening and closing member and a second opening and closing member disposed one after the other along the axial direction of the distributor motor shaft. a body; a plurality of jet nozzles (311,313,330,340) configured to jet washing water; a sump configured to store washing water; a pump including a pumping motor configured to pump the washing water stored in the sump, a pumping motor shaft, and a housing including a plurality of outlets (222a,222b,222c,222d); and a distributor configured to distribute the washing water pumped by the pump to at least one of the plurality of jet nozzles through at least one of the plurality of outlets, the distributor including: a distributor motor shaft having an axial direction different from an axial direction of the pumping motor shaft, at least one opening and closing member (255, 256) configured to be rotatable in the housing of the pump to selectively open and close at least one of the plurality of outlets, and a distributor motor configured to rotate the at least one opening and closing member (255, 256) about the distributor motor shaft, characterized in that, the at least one opening and closing member (255, 256) includes a first opening and closing member and a second opening and closing member disposed one after the other along the axial direction of the distributor motor shaft. a distributor motor shaft having an axial direction different from an axial direction of the pumping motor shaft, at least one opening and closing member (255, 256) configured to be rotatable in the housing of the pump to selectively open and close at least one of the plurality of outlets, and a distributor motor configured to rotate the at least one opening and closing member (255, 256) about the distributor motor shaft, characterized in that, the at least one opening and closing member (255, 256) includes a first opening and closing member and a second opening and closing member disposed one after the other along the axial direction of the distributor motor shaft.
A method of training a system for characterising a lubricant oil sample, said lubricant oil sample being obtained directly from an oil engine, a transmission, or any other lubricant oil using unit and said lubricant oil sample being subjected to the method without any changes in concentration, said method comprising the steps of a) providing a batch of lubricant oil samples having a predetermined content for training the system to recognise at least one characteristic of the sample, b) exposing a lubricant oil sample from said batch to electromagnetic radiation within one or both range(s) of wavelengths from 200 nm to 800 nm and/or from 750 nm to 3000 nm, c) monitoring the electromagnetic radiation emitted from the lubricant oil sample from said batch at an exposing range from 200 nm to 800 nm, and/or monitoring the electromagnetic radiation transmitted through and/or reflected from the lubricant oil sample from said batch at an exposing range from 750 nm to 3000 nm, in order to determine at least one physical spectroscopic parameter, d) repeating step b) to c) until the at least one physical spectroscopic parameter of all lubricant oil samples of said batch have been determined, e) performing data processing of the obtained physical spectroscopic parameters thereby obtaining data variables, f) performing a multivariate data analysis of the obtained data variables obtaining model parameters describing the variation of the data variables, g) obtaining characterisation information related to each lubricant oil sample from said batch. a) providing a batch of lubricant oil samples having a predetermined content for training the system to recognise at least one characteristic of the sample, b) exposing a lubricant oil sample from said batch to electromagnetic radiation within one or both range(s) of wavelengths from 200 nm to 800 nm and/or from 750 nm to 3000 nm, c) monitoring the electromagnetic radiation emitted from the lubricant oil sample from said batch at an exposing range from 200 nm to 800 nm, and/or monitoring the electromagnetic radiation transmitted through and/or reflected from the lubricant oil sample from said batch at an exposing range from 750 nm to 3000 nm, in order to determine at least one physical spectroscopic parameter, d) repeating step b) to c) until the at least one physical spectroscopic parameter of all lubricant oil samples of said batch have been determined, e) performing data processing of the obtained physical spectroscopic parameters thereby obtaining data variables, f) performing a multivariate data analysis of the obtained data variables obtaining model parameters describing the variation of the data variables, g) obtaining characterisation information related to each lubricant oil sample from said batch.
Method of conditioning fabrics, comprising: (a) contacting fabric with a liquid composition comprising an amino-functional silicone and a quaternary ammonium, and (b) drying said fabric so that the fabric temperature is 93°C (200 degrees F) or greater, wherein the quaternary ammonium component of the composition comprises at least one of amidoamine quaternary ammonium, dimethyl ditallowamine, imidazolinium quaternary amine and mixtures thereof. (a) contacting fabric with a liquid composition comprising an amino-functional silicone and a quaternary ammonium, and (b) drying said fabric so that the fabric temperature is 93°C (200 degrees F) or greater,
A method of preparing a compound of Formula II comprising reacting, in a polar aprotic ethereal solvent, a compound of Formula I, wherein R is selected from the group consisting of alkyl, branched alkyl, aryl, alkenyl, alkynyl, as well as substituted carbon or heteroatom containing alkyl, branched alkyl, aryl, alkenyl or alkynyl, with at least one organometallic reagent to produce the compound of Formula II; and, isolating the compound of Formula II.
A method of increasing the hydrodynamic size of a recombinant polypeptide, wherein said polypeptide is coagulation factor VIIa (FVIIa), the method comprising: (i) a step of recombinantly fusing three chorionic gonadotrophin carboxy terminal peptide units (CTPs) to the carboxy terminus of said coagulation factor VIIa (FVIIa), (ii) followed by a step of expressing the recombinant CTP-modified polypeptide in a Chinese hamster ovary host cell, wherein expression comprises glycosylating said CTP units. (i) a step of recombinantly fusing three chorionic gonadotrophin carboxy terminal peptide units (CTPs) to the carboxy terminus of said coagulation factor VIIa (FVIIa), (ii) followed by a step of expressing the recombinant CTP-modified polypeptide in a Chinese hamster ovary host cell, wherein expression comprises glycosylating said CTP units.
A rotary beater adapted to be rotated in a predetermined direction of rotation, the beater comprising: - a drive shaft adapted to be coupled to a drive arrangement, the drive shaft defining a longitudinal axis about which the beater is rotatable; - a beater body, comprising at least one wire loop which is coupled to the drive shaft and which extends from the drive shaft in the direction of the longitudinal axis and is led back to drive shaft after a plurality of changes in its direction, wherein the at least one wire loop comprises: - a first section comprising two substantially straight first segments (8a, 8h) connecting the wire loop to the drive shaft, - a second section comprising two substantially straight upper segments (8b, 8g) and two substantially straight lower segments (8c, 8f), wherein each upper segment (8b, 8g) is connected to a respective first segment (8a,8h) of the first section, and to a respective lower segment (8c, 8f) of the second section, - a third section comprising two substantially straight third segments (8d, 8e), each third segment (8d, 8e) being connected to the other third segment (8e, 8d) and to one lower segment (8c, 8f) of the second section, and wherein each couple of mutually connected upper and lower segments (8b, 8c; 8g, 8f) of the second section define a plane (Xa, Xb) which is substantially parallel to the longitudinal axis, and wherein said mutually connected upper and lower segments (8b, 8c; 8g, 8f) define an angle (γ) with respect to each other in said plane (Xa, Xb), such that said mutually connected upper segments (8b, 8g) and lower segments (8c, 8f) have different angular orientations with respect to the longitudinal direction, and wherein a lower end of the respective upper segment (8b, 8g) is trailing an upper end thereof, and that an upper end of the respective lower segment (8c, 8f) is trailing a lower end thereof in the direction of rotation. - a drive shaft adapted to be coupled to a drive arrangement, the drive shaft defining a longitudinal axis about which the beater is rotatable; - a beater body, comprising at least one wire loop which is coupled to the drive shaft and which extends from the drive shaft in the direction of the longitudinal axis and is led back to drive shaft after a plurality of changes in its direction, wherein the at least one wire loop comprises: - a first section comprising two substantially straight first segments (8a, 8h) connecting the wire loop to the drive shaft, - a second section comprising two substantially straight upper segments (8b, 8g) and two substantially straight lower segments (8c, 8f), wherein each upper segment (8b, 8g) is connected to a respective first segment (8a,8h) of the first section, and to a respective lower segment (8c, 8f) of the second section, - a third section comprising two substantially straight third segments (8d, 8e), each third segment (8d, 8e) being connected to the other third segment (8e, 8d) and to one lower segment (8c, 8f) of the second section, and
An elevator system in which a belt-type suspension means is guided over a driving pulley of a drive unit and over two deflection rollers of an elevator car, characterized in that the belt-type suspension means between the two deflection rollers of the elevator car is also guided over a tensioning element that applies a force to the belt-type suspension means, and in that the tensioning element is movably arranged such that the belt-type suspension means is displaced by the tensioning element when the tension diminishes and is thereby tensioned again.
System, comprising a machine for moving a movable object and comprising a control device, wherein the machine is designed with two or more axes, a drive being assigned to each axis, wherein the control device is connected to the drives, wherein the machine for moving the object that is movable by the machine is suitably designed such that the object is guided by the machine along a trajectory that overcomes a real or virtual obstacle, wherein the control device comprises means for determining the trajectory, which comprise means for determining a ballistic parabola trajectory section of a ballistic parabola, which are suitably designed to determine the ballistic parabola in a gravitational field that has a reduced acceleration value compared to normal gravity, wherein a first axis is a horizontal axis and a second axis is a vertical axis.
A buck converter comprising: an inductor; and a current-mode regulator comprising: an inner current loop circuit coupled to an input node of the inductor and an output node of the inductor, the inner current loop circuit comprising: - a series circuit of a resistor and a sensing capacitor, wherein a first terminal of the sensing capacitor is coupled to a first terminal of the resistor and a second terminal of the resistor is coupled to the input node of the inductor; - a slope capacitor coupled to the output node of the inductor with a first terminal of the slope capacitor and to a second terminal of the sensing capacitor with a second terminal; - a switch coupled in parallel with the slope capacitor and configured to be closed when a voltage at the input node of the inductor is at a first voltage to discharge the slope capacitor and to be opened when the voltage at the input node of the inductor is at a second voltage different from the first voltage to charge the slope capacitor; and - a power bridge circuit; and - a comparator configured to compare a voltage (V f) at the node between the resistor and the sensing capacitor with a control voltage (V ctrl) to control the power bridge circuit. - a series circuit of a resistor and a sensing capacitor, wherein a first terminal of the sensing capacitor is coupled to a first terminal of the resistor and a second terminal of the resistor is coupled to the input node of the inductor; - a slope capacitor coupled to the output node of the inductor with a first terminal of the slope capacitor and to a second terminal of the sensing capacitor with a second terminal; - a switch coupled in parallel with the slope capacitor and configured to be closed when a voltage at the input node of the inductor is at a first voltage to discharge the slope capacitor and to be opened when the voltage at the input node of the inductor is at a second voltage different from the first voltage to charge the slope capacitor; and - a power bridge circuit; and - a comparator configured to compare a voltage (V f) at the node between the resistor and the sensing capacitor with a control voltage (V ctrl) to control the power bridge circuit.
An access assembly for providing access to a lateral sewer pipe located below a surface of the ground via an excavated hole in the ground whereby the access assembly is disposable within the excavated hole; said access assembly comprising: a saddle comprising a curved plate having an upstanding boss and a concave surface that is substantially concentric to an outer peripheral surface of the pipe, said curved plate being shaped to surround more than 180 degrees of the outer peripheral surface of the pipe; an access pipe having a lower end that, during installation, is fitted within the upstanding boss such that an upper end of the access pipe extends upwardly from the saddle via said excavated hole to a region adjacent the surface of the ground; a sealing material arranged to provide a fluid tight seal between the concave surface of the curved plate and the outer peripheral surface of the pipe; and wherein the curved plate of the saddle is formed from a flexible material that permits the curved plate to flex in an outward radial direction and then snap back to its original curved configuration in response to downward pressure applied to the access pipe from above the surface of the ground thereby facilitating connection of the curved plate to the outer peripheral surface of the pipe; and characterized in that the curved plate further comprises a pair of outwardly flared flanges adjacent to each lower edge thereof. a saddle comprising a curved plate having an upstanding boss and a concave surface that is substantially concentric to an outer peripheral surface of the pipe, said curved plate being shaped to surround more than 180 degrees of the outer peripheral surface of the pipe; an access pipe having a lower end that, during installation, is fitted within the upstanding boss such that an upper end of the access pipe extends upwardly from the saddle via said excavated hole to a region adjacent the surface of the ground; a sealing material arranged to provide a fluid tight seal between the concave surface of the curved plate and the outer peripheral surface of the pipe; and wherein the curved plate of the saddle is formed from a flexible material that permits the curved plate to flex in an outward radial direction and then snap back to its original curved configuration in response to downward pressure applied to the access pipe from above the surface of the ground thereby facilitating connection of the curved plate to the outer peripheral surface of the pipe; and characterized in that the curved plate further comprises a pair of outwardly flared flanges adjacent to each lower edge thereof.
Pre-assembled blade for a fan for cooling the coolant contained inside the radiator of operating machines and/or vehicles, comprising a blade body rigidly connected to an axial shank characterized in that the shank has a part axially on the outside of the blade body in the form of a cylindrical pin, holes with a female thread being formed inside the pin; and in that the blade comprises - a blade flange comprising • a hollow cylindrical body, the opposite end bases of which comprise respectively: • a flat edge provided with through-holes • an inset annular seat; - a disk provided with through-holes and an eccentric recess for stably containing a friction pin which is also eccentric, for rotationally actuating the blade about its axis; - screws designed to pass through the through-holes in the disk and mate with the female thread of the holes in the pin in order to fix relative to each other the disk and pin, thereby ensuring a definite angular alignment of the blade relative to the pin during pre-assembly. - a blade flange comprising • a hollow cylindrical body, the opposite end bases of which comprise respectively: • a flat edge provided with through-holes • an inset annular seat; • a hollow cylindrical body, the opposite end bases of which comprise respectively: • a flat edge provided with through-holes • an inset annular seat; - a disk provided with through-holes and an eccentric recess for stably containing a friction pin which is also eccentric, for rotationally actuating the blade about its axis; - screws designed to pass through the through-holes in the disk and mate with the female thread of the holes in the pin in order to fix relative to each other the disk and pin, thereby ensuring a definite angular alignment of the blade relative to the pin during pre-assembly.
Post-processing arrangement for shaped bodies manufactured additively by photopolymerization, which post-processing arrangement has a cleaning station for holding ready a cleaning basin for the shaped body, and a finishing station for post-exposure of the shaped body, characterized in that the cleaning station and the finishing station are housed in a housing capable of standing on a horizontal stand surface, in which housing the cleaning station is housed in a lower section and the finishing station is housed in an upper section lying vertically on top of the lower section, wherein the lower and upper sections (20, 40) are connected to each other by a passage, in that a holder is mounted in the finishing station, on which holder the shaped body can be suspended directly or indirectly in a position suitable for post-processing, in that the cleaning basin is carried by a lifting apparatus which is configured to be capable of lifting the cleaning basin from a holding position in the cleaning station vertically upwards through the passage into the finishing station to a cleaning position in which the shaped body suspended on the holder is received in the cleaning basin, and of lowering the cleaning basin again, in that a control unit is arranged to control the operation of the lifting apparatus and the cleaning and finishing stations (22, 42) in such a manner that after positioning the shaped body on the holder the lifting apparatus lifts the cleaning basin to the cleaning position in order to clean the shaped body with cleaning liquid in the cleaning basin, and, after completion of the cleaning process, to move the cleaning basin by the lifting apparatus downwardly to the holding position in the cleaning station, and to control the operation of the finishing station thereafter for post-exposure.
A method comprising: turning a handle of an assembly to an OFF position and locked position, the assembly including a handle assembly and a base assembly, where the handle assembly is rotatable relative to the base assembly; moving a cover from a first position to a second position, the cover concealing a locking fixation feature when the cover is in the first position and the cover revealing the locking fixation feature when the cover is in the second position; disposing one or more portions of the cover within at least a portion of the base assembly in the second position and preventing rotation of the handle assembly relative to the base assembly with the one or more portions; disposing a locking structure through at least a portion of the locking fixation feature; locking the handle of the handle assembly in a particular orientation; and moving operable barriers of the base assembly, and moving the cover within the base assembly to lock the handle assembly in multiple handle orientations. turning a handle of an assembly to an OFF position and locked position, the assembly including a handle assembly and a base assembly, where the handle assembly is rotatable relative to the base assembly; moving a cover from a first position to a second position, the cover concealing a locking fixation feature when the cover is in the first position and the cover revealing the locking fixation feature when the cover is in the second position; disposing one or more portions of the cover within at least a portion of the base assembly in the second position and preventing rotation of the handle assembly relative to the base assembly with the one or more portions; disposing a locking structure through at least a portion of the locking fixation feature; locking the handle of the handle assembly in a particular orientation; and moving operable barriers of the base assembly, and moving the cover within the base assembly to lock the handle assembly in multiple handle orientations.
A device for identifying a position of at least one glove port intended to equip a panel carried by a glovebox structure delimiting a closed chamber, this device comprising a base, means for attaching this base to the glovebox structure, at least one template (22, 23) comprising an opening able to receive a glove port, each template being carried by the base while being movable with respect to this base, and means for locking each template (22, 23) in position with respect to the base.
A device with a double blade tool having a gearing including a crown wheel engaging into a driving pinion thusly forming an angular gear, and another pinion arranged on the shaft of the crown wheel so that it drives an additional shaft which by means of another pinion arranged on the shaft, which has a hollow design, drives a rotation tool rotating in counterrotation, and a second rotation tool is being driven by the shaft of the crown wheel, the shaft herein being enclosed by the hollow shaft, characterised in that the additional shaft is a conversion shaft rotating in counterrotation with regard to the crown wheel in order to bring about the reversal of the rotation, and the second rotation tool is being driven by a second additional wheel which is driven by the shaft of the crown wheel.