mhurhangee/ep-ind-claims huggingface dataset:
A single phase alkaline composition comprising by weight: (a) 10 to 25 percent of nonionic surfactant blend comprising a ratio of between 1:1 to 1:2 of alcohol ethoxylate: fatty alcohol alkoxylate, (b) 3-10% of at least one water soluble solvent, (c) 1-10% of a chelant, (d) 2-12% of an alkalinity source, wherein the alkalinity source is comprised of monoethanolamine, (e) 0.5 - 2% of an anionic surfactant blend comprised of at least 40-70% of a suifosuccinate, wherein the anionic surfactant blend is comprised of a dialkyl ester of the general formula: O 3 S-CH-COOR 1 -CH 2 -COOR 2 wherein R 1 is comprised of C8 to C18 and R 2 is comprised of C8-C18, (f) the balance being water. (a) 10 to 25 percent of nonionic surfactant blend comprising a ratio of between 1:1 to 1:2 of alcohol ethoxylate: fatty alcohol alkoxylate, (b) 3-10% of at least one water soluble solvent, (c) 1-10% of a chelant, (d) 2-12% of an alkalinity source, wherein the alkalinity source is comprised of monoethanolamine, (e) 0.5 - 2% of an anionic surfactant blend comprised of at least 40-70% of a suifosuccinate, wherein the anionic surfactant blend is comprised of a dialkyl ester of the general formula: O 3 S-CH-COOR 1 -CH 2 -COOR 2 wherein R 1 is comprised of C8 to C18 and R 2 is comprised of C8-C18, (f) the balance being water.
A nailing machine for assembling pallets made of wood or the like, comprising a nailing station and advancement and guiding means which define a substantially horizontal resting surface at said nailing station for blocks and for an overlying lid to be assembled to the blocks by nailing in order to provide a pallet; in said nailing station, above said resting surface, nailing clamps being provided which are mounted on a supporting element that can move along a substantially vertical direction with respect to said resting surface; said nailing clamps being feedable with the nails to be used for nailing and each one being provided with a nailing piston that protrudes upwardly from the corresponding nailing clamp; above the nailing pistons of the various nailing clamps an actuation element being provided that can move on command with respect to said nailing clamps along a substantially vertical direction toward said resting surface in order to operate, by means of said nailing pistons, on the nails fed into said nailing clamps for their expulsion or in the opposite direction with respect to said resting plane in order to allow the feeding of the nailing clamps with another nail, the nailing machine further comprising at least one additional shim (14a, 14b, 15a, 15b, 16a, 16b), which can move on command from an inactive position, in which it is arranged outside the engagement region of the upper end of at least one corresponding nailing piston with said actuation element, to an active position, in which it is interposed between the upper end of said at least one corresponding nailing piston and said actuation element, said nailing clamps being arranged along at least one row which is oriented transversely to the advancement direction of the blocks and of the lids along said resting surface, said actuation element comprising a horizontal beam which is arranged transversely to said advancement direction and faces, with its lower face, the upper end of said nailing pistons, characterized in that said at least one additional shim (14a, 14b, 15a, 15b, 16a, 16b) comprising a central additional shim (14a, 14b) and two lateral additional shims (15a, 15b, 16a, 16b), which are arranged on mutually opposite sides with respect to said central additional shim (14a, 14b), said additional shims (14a, 14b, 15a, 15b, 16a, 16b) being mutually laterally adjacent along a direction that is substantially perpendicular to said advancement direction and being movable individually with respect to said beam parallel to said advancement direction in order to pass from said inactive position, in which they are laterally offset with respect to said at least one corresponding nailing piston, to said active position, in which they are interposed between the lower face of said beam and the upper end of said at least one corresponding nailing piston, and vice versa.
A solar cell precursor comprising as precursor parts i. a wafer with a back face and a front face, wherein the front face comprises a p-doped layer ii. a first paste comprising ▪ Ag particles; ▪ Al particles in a range from 0.01 to 5 wt. %, based on the total weight of the paste; ▪ a vehicle; ▪ a glass frit in a range from 0.1 to 5 wt. %, based on the total weight of the paste, wherein the glass frit comprises a first glass frit with a glass transition temperature T gl and a further glass frit with a glass transition temperature T gf, wherein T gf differs from T gl by at least 10 °C; ▪ an additive; superimposed on a first area on said p-doped layer. i. a wafer with a back face and a front face, wherein the front face comprises a p-doped layer ii. a first paste comprising ▪ Ag particles; ▪ Al particles in a range from 0.01 to 5 wt. %, based on the total weight of the paste; ▪ a vehicle; ▪ a glass frit in a range from 0.1 to 5 wt. %, based on the total weight of the paste, wherein the glass frit comprises a first glass frit with a glass transition temperature T gl and a further glass frit with a glass transition temperature T gf, wherein T gf differs from T gl by at least 10 °C; ▪ an additive; superimposed on a first area on said p-doped layer. ▪ Ag particles; ▪ Al particles in a range from 0.01 to 5 wt. %, based on the total weight of the paste; ▪ a vehicle; ▪ a glass frit in a range from 0.1 to 5 wt. %, based on the total weight of the paste, wherein the glass frit comprises a first glass frit with a glass transition temperature T gl and a further glass frit with a glass transition temperature T gf, wherein T gf differs from T gl by at least 10 °C; ▪ an additive;
Electrical drive system for a motor vehicle, which has at least two electric machines as well as at least one inverter with silicon semiconductor components and at least one inverter with silicon carbide semiconductor components, characterised in that at least one electric machine of the at least two electric machines are supplied by the at least one Si inverter and is configured to drive a front axle of the motor vehicle, and at least one electric machine of the at least two electric machines is supplied by the at least one SiC inverter and is configured to drive a rear axle of the motor vehicle, wherein in driving mode of the motor vehicle, electric machines supplied with alternating current solely via SiC inverter are used to drive a rear axle of the motor vehicle, when a torque demand is less than a maximum torque that can be produced by the electric machines supplied via SiC inverter; and both electric machines supplied with alternating current by SiC inverter are used to drive a rear axle of the motor vehicle and also electric machines supplied with alternating current by Si inverter are used to drive a front axle of the motor vehicle, when the torque demand is greater than the maximum torque that can be produced by the electric machines supplied with alternating current via SiC inverter.
A vane assembly (260; 360; 460) comprising: a plurality of airfoils (262; 362; 762) extending from a first end to a second, opposed end; a first platform (264; 364; 564; 764) at the first end, the first platform (264; 364; 564; 764) being joined to the plurality of airfoils (262; 362; 762); a second platform (266; 366; 466; 566; 766) at the second end, the second platform (266; 366; 466; 566; 766) being joined to the plurality of airfoils (262; 362; 762), at least one of the first platform (264; 364; 564; 764), the second platform (266; 366; 466; 566; 766) and the plurality of airfoils (262; 362; 762) including a three-dimensional arrangement of continuous fibers and at least one different one of the first platform (264; 364; 564; 764), the second platform (266; 366; 466; 566; 766) and the plurality of airfoils (262; 362; 762) including a two-dimensional arrangement of continuous fibers; characterised in that: the second platform is a hollow structure (269; 469) including walls that define an interior cavity (271; 471) that opens at opposed ends (271a; 271b); the walls include a first portion extending around the interior cavity and attachment portions protruding outwardly from the first portion; and each of the attachment portions includes a pair of coextending spaced-apart walls, between which one of the plurality of airfoils (262; 362; 762) is received. a plurality of airfoils (262; 362; 762) extending from a first end to a second, opposed end; a first platform (264; 364; 564; 764) at the first end, the first platform (264; 364; 564; 764) being joined to the plurality of airfoils (262; 362; 762); a second platform (266; 366; 466; 566; 766) at the second end, the second platform (266; 366; 466; 566; 766) being joined to the plurality of airfoils (262; 362; 762), at least one of the first platform (264; 364; 564; 764), the second platform (266; 366; 466; 566; 766) and the plurality of airfoils (262; 362; 762) including a three-dimensional arrangement of continuous fibers and at least one different one of the first platform (264; 364; 564; 764), the second platform (266; 366; 466; 566; 766) and the plurality of airfoils (262; 362; 762) including a two-dimensional arrangement of continuous fibers; characterised in that: the second platform is a hollow structure (269; 469) including walls that define an interior cavity (271; 471) that opens at opposed ends (271a; 271b); the walls include a first portion extending around the interior cavity and attachment portions protruding outwardly from the first portion; and each of the attachment portions includes a pair of coextending spaced-apart walls, between which one of the plurality of airfoils (262; 362; 762) is received.
A communications system, comprising: a first queue pair, further referred as "QP", associated with a first connection, the first QP comprising a first send queue, further referred as "SQ"; a second QP associated with a second connection, the second QP comprising a second SQ; a general pool comprising a shared receive queue, further referred as "SRQ", the SRQ being shared between the first QP and the second QP, thereby providing resources for a plurality of connections; characterized in that the first QP comprises a first limit queue, further referred as "LQ", that limits an amount of resources of the SRQ that the first QP can access; the second QP comprises a second LQ that limits an amount of resources of the SRQ that the second QP can access; and at least one of the first LQ and the second LQ comprises a maximum value relating to a size of a hole in a transport protocol sequence space.
A medical or veterinary device (10, 300, 350, 370, 400) for delivery of acoustic or mechanical energy to perform an action at a target site of an object including humans and animals, the medical or veterinary device comprising: a conduit having a proximal end and a distal end with a tip; a displacement signal source (14, DS1-DS8) for generating a displacement signal including an acoustic wave or a mechanical wave; a coupling assembly (42, 250, 356) having a first end coupled to the displacement signal source and a second end coupled at a coupling point on the conduit between the proximal end and the distal end of the conduit, wherein the second end is coupled to the conduit at a coupling angle between the second end of the coupling assembly and the conduit, the coupling assembly being configured to couple the displacement signal to the conduit during use; a pressure controller (18, 318) coupled to the proximal end of the conduit and being configured to vary an amount of pressure in the conduit during use; and a control unit coupled to the displacement signal source for controlling the displacement signal source to generate the displacement signal based on at least one of the location of the coupling point and the coupling angle to implement a desired acoustic or mechanical wave mode at a portion of the conduit. a conduit having a proximal end and a distal end with a tip; a displacement signal source (14, DS1-DS8) for generating a displacement signal including an acoustic wave or a mechanical wave; a coupling assembly (42, 250, 356) having a first end coupled to the displacement signal source and a second end coupled at a coupling point on the conduit between the proximal end and the distal end of the conduit, wherein the second end is coupled to the conduit at a coupling angle between the second end of the coupling assembly and the conduit, the coupling assembly being configured to couple the displacement signal to the conduit during use; a pressure controller (18, 318) coupled to the proximal end of the conduit and being configured to vary an amount of pressure in the conduit during use; and a control unit coupled to the displacement signal source for controlling the displacement signal source to generate the displacement signal based on at least one of the location of the coupling point and the coupling angle to implement a desired acoustic or mechanical wave mode at a portion of the conduit.
A process to stabilize the perhydrolysis activity of an enzyme in a formulation comprising said enzyme and a carboxylic acid ester, the process comprising: (a) providing an aqueous formulation comprising at least one enzyme structurally classified as a CE-7 enzyme having perhydrolysis activity, at least one excipient, and optionally at least one surfactant which is preferably polysorbate 80; (b) spray-drying the aqueous formulation of (a) to produce an enzyme powder comprising said at least one enzyme, said at least one excipient, and optionally said at least one surfactant; and (c) combining the enzyme powder of (b) with (i) at least one buffer selected from the group consisting of a sodium salt, a potassium salt, and mixtures of sodium or potassium salts of bicarbonate, pyrophosphate, phosphate, methylphosphonate, citrate, acetate, malate, fumarate, tartrate, maleate, or succinate; and (ii) a carboxylic acid ester to form a formulation, wherein the addition of the at least one buffer to the formulation enhances the stability of the perhydrolysis activity of said at least one enzyme in said formulation. (a) providing an aqueous formulation comprising at least one enzyme structurally classified as a CE-7 enzyme having perhydrolysis activity, at least one excipient, and optionally at least one surfactant which is preferably polysorbate 80; (b) spray-drying the aqueous formulation of (a) to produce an enzyme powder comprising said at least one enzyme, said at least one excipient, and optionally said at least one surfactant; and (c) combining the enzyme powder of (b) with (i) at least one buffer selected from the group consisting of a sodium salt, a potassium salt, and mixtures of sodium or potassium salts of bicarbonate, pyrophosphate, phosphate, methylphosphonate, citrate, acetate, malate, fumarate, tartrate, maleate, or succinate; and (ii) a carboxylic acid ester (i) at least one buffer selected from the group consisting of a sodium salt, a potassium salt, and mixtures of sodium or potassium salts of bicarbonate, pyrophosphate, phosphate, methylphosphonate, citrate, acetate, malate, fumarate, tartrate, maleate, or succinate; and (ii) a carboxylic acid ester
A liquid crystal display device comprising a liquid crystal display panel that includes a thin film transistor substrate having a matrix arrangement of pixel electrodes and thin film transistors for controlling signals to be applied to the pixel electrodes and an opposing substrate having color filters formed at positions corresponding to the pixel electrodes, the thin film transistor substrate being larger than the opposing substrate and comprising a terminal section formed in a portion where the thin film transistor substrate extends beyond the opposing substrate, wherein an upper polarizing plate is bonded to the opposing substrate and a light shielding material is laid in the periphery of the upper polarizing plate on the opposing substrate along a side thereof opposite to the terminal section; characterised in that a front window is placed over the upper polarizing plate, and the upper polarizing plate is smaller than the front window and edges of the upper polarizing plate are located inward of the edges of the front window; wherein the upper polarizing plate and the front window are bonded with a bonding material made from an ultraviolet curable resin and the light shielding material is laid between the ultraviolet curable resin and the opposing substrate; wherein the edges of the front window, except the edge congruent with the terminal section, are located inward of the edges of the opposing substrate; wherein chamfers are formed in the front window and the bonding material does not adhere to the chamfers, and wherein the upper polarizing plate and the light shielding material abut each other.
An arrangement for contactless energy transfer, wherein a primary conductor can be fed with electricity from an AC supply, wherein the primary conductor comprises a forward conductor and a return conductor, which are connected in each case by their first ends to a respective potential of the AC supply and are connected together by their respective other ends, wherein at least one carriage which is movable along the primary conductor is provided, wherein a means for data transfer is provided on the carriage, wherein both the forward conductor and the return conductor are composed in each case of individual litz wires which are provided electrically insulated from each other, wherein the means for data transfer comprises a first coupling element which is provided inductively coupled to the litz wires of the forward conductor such that signal voltages can be coupled into and/or out of the litz wires of the forward conductor, wherein the means for data transfer comprises a second coupling element which is provided inductively coupled to the litz wires of the return conductor such that signal voltages can be coupled into and/or out of the litz wires of the return conductor, wherein each coupling element comprises a coupling-in winding and the winding is provided about a centre arm of an E-shaped ferrite core, wherein the centre arm is oriented perpendicularly to the direction of the primary conductor, i.e. of the forward conductor or the return conductor.
An intravascular filter assembly having an expanded state for capturing thrombi in a patient's blood vessel and a collapsed state for removal from the patient's blood vessel, the filter assembly comprising: a fixed hub; a plurality of struts extending from a first axial side of the fixed hub, the struts having an expanded configuration when the filter is in the expanded state and a collapsed configuration when the filter is in the collapsed state; an axially movable hub having a first position radially surrounding at least a portion of the fixed hub and a second position along the struts, the struts being in the collapsed configuration when the movable hub is in the second position; a first coupling member extending from the first axial side from the movable hub; and a second coupling member extending from a second axial side of the movable hub opposite the first axial side of the movable hub: characterized in that the axially movable hub is axially spaced apart from the fixed hub along the struts in the second position; and wherein an annular collar formed on the fixed hub adjacent the tubular portion forms a stopper preventing the movable hub moving past the tubular portion on the second axial side. a fixed hub; a plurality of struts extending from a first axial side of the fixed hub, the struts having an expanded configuration when the filter is in the expanded state and a collapsed configuration when the filter is in the collapsed state; an axially movable hub having a first position radially surrounding at least a portion of the fixed hub and a second position along the struts, the struts being in the collapsed configuration when the movable hub is in the second position; a first coupling member extending from the first axial side from the movable hub; and a second coupling member extending from a second axial side of the movable hub opposite the first axial side of the movable hub: characterized in that the axially movable hub is axially spaced apart from the fixed hub along the struts in the second position; and wherein an annular collar formed on the fixed hub adjacent the tubular portion forms a stopper preventing the movable hub moving past the tubular portion on the second axial side. characterized in that the axially movable hub is axially spaced apart from the fixed hub along the struts in the second position; and wherein an annular collar formed on the fixed hub adjacent the tubular portion forms a stopper preventing the movable hub moving past the tubular portion on the second axial side.
Hydraulic actuating device for a press, comprising a hydraulic actuator, a working cylinder and a conduit fluidically communicating the hydraulic actuator and the working cylinder, the hydraulic actuator comprising a casing, a rod which moves between a passive position and an active position, and a chamber delimited between the rod and the casing, the working cylinder comprising a casing, a rod which moves between a passive position and an active position, and a chamber delimited between the rod and the casing, and the conduit fluidically communicating the chamber of the hydraulic actuator with the chamber of the working cylinder, characterized in that the device further comprises an actuating cylinder adapted for being fixed to a moving part of the press, such that when fixed to the moving part it acts on the rod of the hydraulic actuator as a result of the movement of said moving part towards the hydraulic actuator, the actuating cylinder comprising an interchangeable actuating element arranged facing the rod of the hydraulic actuator when said actuating cylinder is fixed to the moving part, and said actuating element comprising a weakening area rated at a specific maximum pressure, such that when the moving part causes the actuating cylinder to act on the hydraulic actuator with a pressure equal to or greater than the specific determined maximum pressure of the weakening area, said weakening area breaks, the pressure to be supported by the hydraulic actuator being reduced.
A non-natural, modified α1-α2 domain of a natural NKG2D ligand molecule, wherein said modified α1-α2 domain comprises the amino acid sequence of SEQ ID NO.: 90, 91, 92, 93, 94, 95 or 96.