mhurhangee/ep-ind-claims huggingface dataset:
A water treatment system comprising a cold water feed line and a hot water feed line coupled to a mixing valve, wherein the mixing valve comprises an output which is coupled to a treatment outlet via a mixed water feed line (124, 126), wherein an electronically operated mixed water valve is included in the mixed water feed line (124, 126); in addition to the mixed water feed line a cold water bypass line is coupling the cold water feed line to the treatment outlet via an electronically operated cold water valve included in the cold water bypass line; and wherein a controller is coupled to the mixed water valve and the cold water valve and is configured to operate the mixed water valve and/or the cold water valve to change the water temperature at the treatment outlet according to a water treatment procedure, characterized in that the mixed water feed line (124, 126) includes a diverter valve arranged upstream of the mixed water valve, wherein the diverter valve is configured to divert mixed water to the water treatment outlet via the mixed water valve or to another outlet; the controller is coupled with at least one sensor that provides data representing a valve position of the diverter valve, and that the controller is configured to operate the mixed water valve and/or the cold water valve depending on the position of the diverter valve; and in that the controller is configured to initiate the water treatment procedure only if the position of the diverter valve allows providing mixed water to the treatment outlet. is coupled to the mixed water valve and the cold water valve and is configured to operate the mixed water valve and/or the cold water valve to change the water temperature at the treatment outlet according to a water treatment procedure,
A hair fixative composition comprising: at least one fixative polymer wherein the polymer is derived from 18 to 25 weight percent of at least one acid-containing monomer, based on the total weight of the monomer content in the polymer, and at least one N-alkyl (meth)acrylamide that is N-n-octyl acrylamide or N-t-octyl acrylamide; and a solvent system comprising one or more solvents selected from the group consisting of a C 2 -C 6 straight or branched chain alcohol, butyl cellusolve, propylene glycol, water and mixtures thereof, with the proviso that the at least one fixative polymer is solution polymerized such that the fixative polymer is a solute dissolved in the solvent system. at least one fixative polymer wherein the polymer is derived from 18 to 25 weight percent of at least one acid-containing monomer, based on the total weight of the monomer content in the polymer, and at least one N-alkyl (meth)acrylamide that is N-n-octyl acrylamide or N-t-octyl acrylamide; and a solvent system comprising one or more solvents selected from the group consisting of a C 2 -C 6 straight or branched chain alcohol, butyl cellusolve, propylene glycol, water and mixtures thereof, with the proviso that the at least one fixative polymer is solution polymerized such that the fixative polymer is a solute dissolved in the solvent system.
Method for the production of a product made of thermoplastic material by extrusion, at which the material is plasticised in an extruder and is expedited in a direction of flow to an extrusion die, through which the material is output and shaped, wherein between the outlet of the extruder and the inlet of the extrusion dies at least one melt cooler is arranged by which the material which is plasticised in the extruder is cooled, characterized in that the extruder is designed as double screw extruder with two conical worms (3, 4) which mesh with another, wherein the two worms (3, 4) are rotated by a drive in the same direction at the extrusion.
A process for producing sausages in which sausage meat is introduced into a tubular case by means of a filling machine and the filled case is divided into portions by means of a twisting-off device for producing twist-off locations so that the result is a sausage chain, wherein the sausage chain is further transported by means of at least two transport devices (6, 8) connected in succession in the sausage chain transport direction, characterised in that the transport devices (6, 8) are so controlled by means of a control device that the transport speed of the second transport device in the transport direction is temporarily increased to the transport speed of the first transport device, wherein transport of the sausage chain is effected discontinuously or continuously and the speed of the first and second transport device (6, 8) can be individually predetermined by means of the control device.
A drug delivery composition comprising: a drug elution rate-controlling excipient comprising an elastomeric polymer defining a reservoir, and the reservoir contains at least one discrete solid dosage form comprising rasagiline hemitartrate, wherein the drug delivery composition is in an implantable dosage form. a drug elution rate-controlling excipient comprising an elastomeric polymer defining a reservoir, and the reservoir contains at least one discrete solid dosage form comprising rasagiline hemitartrate, wherein the drug delivery composition is in an implantable dosage form.
An injection molding apparatus for a fiber reinforced resin comprising: a cylinder in which a discharge nozzle is formed on a front side; a screw that is provided rotatably and movably in a rotation axis direction in an inner portion of the cylinder; a resin feed section that feeds a resin raw material into the cylinder; and a fiber feed section that is provided ahead of the resin feed section and feeds reinforcing fibers into the cylinder, wherein the screw includes a first stage that is located on a rear side, and in which the resin raw material is melted, and a second stage that is located on the front side and is connected to the first stage, and in which the melted resin raw material and the reinforcing fibers are mixed, characterized in that a lead L2 of a second thread provided in the second stage is larger than a lead L1 of a first thread provided in the first stage at least in a fiber receiving region where the reinforcing fibers are fed from the fiber feed section. a cylinder in which a discharge nozzle is formed on a front side; a screw that is provided rotatably and movably in a rotation axis direction in an inner portion of the cylinder; a resin feed section that feeds a resin raw material into the cylinder; and a fiber feed section that is provided ahead of the resin feed section and feeds reinforcing fibers into the cylinder, wherein the screw includes a first stage that is located on a rear side, and in which the resin raw material is melted, and a second stage that is located on the front side and is connected to the first stage, and in which the melted resin raw material and the reinforcing fibers are mixed, characterized in that a lead L2 of a second thread provided in the second stage is larger than a lead L1 of a first thread provided in the first stage at least in a fiber receiving region where the reinforcing fibers are fed from the fiber feed section.
System for covering flat surfaces that is installed on support structures formed by support poles maintained in position by a network of tie-rods, both the support poles and the tie-rods being fixed on the surface by means of suitable pins, said system comprising a plurality of pairs of elongated support elements (6, 6') having a lower portion positioned on such poles and being joined together in raised position in proximity to their upper end, to form a plurality of pairs of slopes on which protection nets or protection sheets are positioned, which in open position cover the area below the support structure and which in closed position are compact and amassed between adjacent poles of the same row; the movement from the open position to the closed one and vice versa being obtained through the sliding of the sheet along the elongated support elements by means of movement means, wherein on the top of such structures above said sheets electrical energy generation units can be installed, wherein the sheets are associated with the elongated support elements (6, 6') by means of a plurality of constraining means slidable along such elongated support elements, said constraining means comprising a sleeve made of two annular sectors (81,82) provided with notches on the edge, that when such sectors are joined together form a groove which is crimped on the edge of the sheet, a through hole of the sleeve allows the sliding on the elongated support element.
Method of generating white light pulses with a white light generation device, comprising the steps of: - coupling pump laser pulses along a pump light path into a white light generation crystal, - generating the white light pulses by an optically non-linear conversion of the pump laser pulses in the white light generation crystal, - detecting at least one pulse characteristic of at least one of the pump laser pulses and the white light pulses, wherein the at least one pulse characteristic is capable of indicating a normal working range of the white light generation crystal, and - controlling the white light generation device using a control loop device, wherein the white light generation device is adjusted in dependency on the at least one detected pulse characteristic, characterized in that - the step of controlling the white light generation device includes adjusting an axial focus position (z) of the pump laser pulses along the pump light path through the white light generation crystal in dependency on a deviation of the at least one pulse characteristic and at least one normal working range characteristic indicating the normal working range of the white light generation crystal. - coupling pump laser pulses along a pump light path into a white light generation crystal, - generating the white light pulses by an optically non-linear conversion of the pump laser pulses in the white light generation crystal, - detecting at least one pulse characteristic of at least one of the pump laser pulses and the white light pulses, wherein the at least one pulse characteristic is capable of indicating a normal working range of the white light generation crystal, and - controlling the white light generation device using a control loop device, wherein the white light generation device is adjusted in dependency on the at least one detected pulse characteristic, characterized in that - the step of controlling the white light generation device includes adjusting an axial focus position (z) of the pump laser pulses along the pump light path through the white light generation crystal in dependency on a deviation of the at least one pulse characteristic and at least one normal working range characteristic indicating the normal working range of the white light generation crystal.
Rigid-spine push chain, comprising chain links (1, 1a, 2, 70-73) which are successively pivotally interconnected by means of connecting elements such as bolts (3, 3'), pins or rivets, substantially all the successively connected chain links (1, 1a, 2, 69; 70-73) being formed as single pieces, so as to have a U-shaped cross section, at least in a longitudinal portion, and so as to have a connecting spine piece (5, 5'; 35, 74-77), from which connecting piece two substantially parallel lateral limbs (6, 7; 36; 37) protrude at a right angle, which limbs are connected by means of the connecting spine piece (5, 5', 35, 74-77), and the end face portions (29, 29', 30; 57-60, 86, 87; 90, 91) of which limbs comprise rounded partial portions (29a, 29a) on the ends thereof facing away from the connecting spine piece (5, 5'; 35; 74-77), such that the rounded partial portions of the limbs allow adjacent chain links to have mutually angled positions, the successively connected chain links (1, 1a, 2; 70-73) each consisting of an identically shaped part, each of the two substantially parallel limbs (6, 7; 36, 37) comprising two first connecting portions (12, 13; 38, 39; 81, 82), arranged next to one another in the longitudinal direction (4; 92) of the chain link so as to enclose a shoulder (8, 9; 41, 42; 79; 80) in each case, and second connecting portions (14, 14', 15, 15'; 43, 44) on which mutual spacings of the two substantially parallel limbs (6, 7; 36, 37) are different, the two substantially parallel limbs (6, 7; 36, 37) being interconnected at the first connecting portions (12, 12', 13, 13'; 38, 39; 81, 82) thereof by means of the connecting spine piece (5, 5'; 35; 74-77) so as to have a U-shaped cross section, the second connecting portions (14, 14', 15, 15'; 43, 44) of the two substantially parallel limbs (6, 7; 36, 37) together being in the form of fork-like limb portions (10, 10', 11, 11') and each shoulder (8; 9; 41, 42; 79, 80) of the two substantially parallel limbs (6, 7; 36, 37) comprising a first shoulder support surface (19, 19'; 20, 20') or a contact edge (23, 24; 49, 50; 84, 85) on an inner face of the shoulder (8, 9; 41, 42; 79, 80) in each case and comprising a second shoulder support surface (21, 22) or contact edge (25, 26; 51, 52; 90, 91) on an outer face of the shoulder (8, 9; 41, 42; 79, 80), characterised in that when the chain link (1 or 70) is oriented at an angle to a directly adjacent chain link (2 or 71), each of the rounded partial portions (29a, 30a) of the end face portions (29, 30), which are formed on the first connecting portions (12, 13 or 81, 82) of the substantially parallel limbs (6, 7) of the chain link (1 or 70), rest against the first shoulder support surfaces (19', 20') or contact edges (84', 85') of the adjacent chain link (2 or 71), and each of the rounded partial portions (31a', 32a') of the end face portions (31', 32'), which are formed on the connecting portions (14', 15') or fork-like limb portions (81a', 82a') of the adjacent chain link, rest against the second shoulder support surfaces (21, 22 or 90, 91) of the chain link (1 or 70).
A rear wheel arch assembly, characterized by comprising: a rear wheel arch main body, the rear wheel arch main body defining a contour matching a rear wheel; and a second stiffener, characterized in that the second stiffener is attached to a second side, close to a vehicle body, of the rear wheel arch main body, the second stiffener is constituted by a die cast member, the second stiffener is provided with a plurality of apertures (24, 25), and a plurality of nuts are attached to the second stiffener at the positions of the plurality of apertures (24, 25) to provide shock absorber mounting points. a rear wheel arch main body, the rear wheel arch main body defining a contour matching a rear wheel; and a second stiffener, characterized in that the second stiffener is attached to a second side, close to a vehicle body, of the rear wheel arch main body, the second stiffener is constituted by a die cast member, the second stiffener is provided with a plurality of apertures (24, 25), and a plurality of nuts are attached to the second stiffener at the positions of the plurality of apertures (24, 25) to provide shock absorber mounting points.
A signal communication method performed by a network side device, the method comprising: determining a reference signal transmission resource configured for a terminal, wherein the reference signal transmission resource is included in a frequency domain resource of a CORESET#0 or an initial Bandwidth Part, BWP or a frequency offset between the reference signal transmission resource and the CORESET#0 or initial BWP is less than a preset value; sending a reference signal to the terminal in an idle state or in an inactive state or in an inactive period in a connected state through the reference signal transmission resource, wherein the reference signal is a Tracking Refernece Signal, TRS. determining a reference signal transmission resource configured for a terminal, wherein the reference signal transmission resource is included in a frequency domain resource of a CORESET#0 or an initial Bandwidth Part, BWP or a frequency offset between the reference signal transmission resource and the CORESET#0 or initial BWP is less than a preset value; sending a reference signal to the terminal in an idle state or in an inactive state or in an inactive period in a connected state through the reference signal transmission resource, wherein the reference signal is a Tracking Refernece Signal, TRS.
A computer implemented method for predicting or prognosticating the probability of death or vasospasm in a patient with a subarachnoid hemorrhage, characterized in that it comprises the following steps: - obtaining a computerized axial tomography scan image of the patient's skull; - normalizing the image obtained of the patient's skull according to a standard skull template; - obtaining a region corresponding to intracranial blood by segmenting the normalized image of the patient's skull; - calculating the following parameters of the region of intracranial blood obtained: total volume,VOL, and fractal dimension,FDR, when determining vasospasm, or surface-volume, SRAVOL, ratio when determining the probability of death; and - determining the probability of death according to at least the following parameters: surface-volume SRAVOL ratio, patient classification grade on the World Federation of Neurosurgeons,WFNS, scale, and the age,AGE, and sex,SEX, of the patient; or vasospasm according to at least the following parameters: volume,VOL, fractal dimension, FDR, and patient classification grade on the Hunt and Hess, HUNT_HESS, scale in the patient. - obtaining a computerized axial tomography scan image of the patient's skull; - normalizing the image obtained of the patient's skull according to a standard skull template; - obtaining a region corresponding to intracranial blood by segmenting the normalized image of the patient's skull; - calculating the following parameters of the region of intracranial blood obtained: total volume,VOL, and fractal dimension,FDR, when determining vasospasm, or surface-volume, SRAVOL, ratio when determining the probability of death; and - determining the probability of death according to at least the following parameters: surface-volume SRAVOL ratio, patient classification grade on the World Federation of Neurosurgeons,WFNS, scale, and the age,AGE, and sex,SEX, of the patient; or vasospasm according to at least the following parameters: volume,VOL, fractal dimension, FDR, and patient classification grade on the Hunt and Hess, HUNT_HESS, scale in the patient.
Compacting machine for compacting a fabric, comprising at least a first compacting module and at least a second compacting module, disposed in direct connection and directly downstream of said first compacting module in a direction of feed of the fabric, characterized in that said first compacting module is suitable to carry out a mechanical-type compacting treatment and said second compacting module is suitable to carry out a felt-type compacting treatment, said first mechanical compacting module comprising an introduction cylinder, or feed cylinder, a rubber-coated cylinder or retarding cylinder, and a shaped blade to introduce the fabric between the two cylinders (18, 20), said second felt-type compacting module comprising a heated cylinder, around which the fabric to be compacted winds, a felt strip that presses the fabric against the heated cylinder, and an introduction element, or lead-in element, suitable to introduce the fabric between the surface of the heated cylinder and said felt strip.
A reducing gas generator, comprising: a merging chamber configured to receive an oxidant, a recycle gas and a hydrocarbon fuel, and to discharge a feed stream including the oxidant, the recycle gas and the hydrocarbon fuel; a first conduit having a first outlet opening to the merging chamber, for conveying the oxidant into the merging chamber; a second conduit having a second outlet opening to the merging chamber, for conveying the recycle gas into the merging chamber; a third conduit having a third outlet opening to the merging chamber, for conveying the hydrocarbon fuel into the merging chamber; a recycle pump in direct fluid communication with the merging chamber and positioned within the second conduit and the recycle pump being configured to pressurize a flow of the recycle gas through the second outlet and into the merging chamber such that the flow of the oxidant, a flow of the hydrocarbon fuel, and the pressurized flow of recycle gas are merged therein to form the feed stream; a catalytic reformer including a catalyst and being in fluid communication with the merging chamber and configured to receive the feed stream and to reform the feed stream to yield a reducing gas; and a junction operable to receive a portion of the reducing gas and direct a portion of the reducing gas to the recycle pump as the recycle gas. a merging chamber configured to receive an oxidant, a recycle gas and a hydrocarbon fuel, and to discharge a feed stream including the oxidant, the recycle gas and the hydrocarbon fuel; a first conduit having a first outlet opening to the merging chamber, for conveying the oxidant into the merging chamber; a second conduit having a second outlet opening to the merging chamber, for conveying the recycle gas into the merging chamber; a third conduit having a third outlet opening to the merging chamber, for conveying the hydrocarbon fuel into the merging chamber; a recycle pump in direct fluid communication with the merging chamber and positioned within the second conduit and the recycle pump being configured to pressurize a flow of the recycle gas through the second outlet and into the merging chamber such that the flow of the oxidant, a flow of the hydrocarbon fuel, and the pressurized flow of recycle gas are merged therein to form the feed stream; a catalytic reformer including a catalyst and being in fluid communication with the merging chamber and configured to receive the feed stream and to reform the feed stream to yield a reducing gas; and a junction operable to receive a portion of the reducing gas and direct a portion of the reducing gas to the recycle pump as the recycle gas.