mhurhangee/ep-ind-claims huggingface dataset:
Continuously variable saturable shunt reactor, comprising a laminated core having two wound limbs (1, 2) for each phase, which limbs are connected by yokes, wherein a network winding branch (3, 4) is arranged on each wound limb (1, 2), and the high-voltage ends of the two network winding branches (3, 4) of a phase are connected to a phase conductor and the low-voltage ends (N1, N2) of these network winding branches are connected to a DC voltage source, characterized in that the DC voltage source comprises two stabilized, single-pole-grounded power converters (6, 7) with opposite polarities and also two electronic transistor changeover switches (5a, 5b), which are controlled by a control system, for each phase, and in that the control system is designed in such a way that direct current is fed to the two network winding branches (3, 4) of a phase in pulses by means of the corresponding electronic transistor changeover switch (5a, 5b), and that the direct current is fed into the two network winding branches (3, 4) at opposite poles from different power converters (6, 7).
A transfer device for substrate transfer along a transport direction and for change between a first transport path and a second transport path extending along the transport direction, wherein the first transport path is displaced with respect to the second transport path in a switch direction perpendicular to the transport direction, the transfer device comprising: a first substrate support assembly defining a first track to support a substrate or substrate carrier in a chamber, wherein the first substrate support assembly includes first support elements; a second substrate support assembly defining a second track to support a substrate or substrate carrier in the chamber, wherein the second substrate support assembly includes second support elements, characterized in that the first substrate support assembly and the second substrate support assembly are moveable relative to each other at least in the switch direction. a first substrate support assembly defining a first track to support a substrate or substrate carrier in a chamber, wherein the first substrate support assembly includes first support elements; a second substrate support assembly defining a second track to support a substrate or substrate carrier in the chamber, wherein the second substrate support assembly includes second support elements, characterized in that the first substrate support assembly and the second substrate support assembly are moveable relative to each other at least in the switch direction.
A frameless containment system for providing a substantially dust-tight working space surrounding a work area, said frameless containment system comprising: - a flexible enclosure comprising one or more flexible sheets adapted to be placed around said work area, said one or more flexible sheets comprising an outlet for releasing gas and particles; - one or more gas inlet devices; wherein said flexible enclosure when placed around said work area, defines a dust-tight working space through magnetic means, located, at least partially, within the edge of said flexible enclosure; characterized in that, when assembled, said flexible enclosure comprises one or more wedge shaped elements between said magnetic means and said working area and wherein said one or more wedge shaped elements comprise said outlet for releasing gas and particles and said one or more gas inlet devices. - a flexible enclosure comprising one or more flexible sheets adapted to be placed around said work area, said one or more flexible sheets comprising an outlet for releasing gas and particles; - one or more gas inlet devices; wherein said flexible enclosure when placed around said work area, defines a dust-tight working space through magnetic means, located, at least partially, within the edge of said flexible enclosure; characterized in that, when assembled, said flexible enclosure comprises one or more wedge shaped elements between said magnetic means and said working area and wherein said one or more wedge shaped elements comprise said outlet for releasing gas and particles and said one or more gas inlet devices.
A nerve stimulation system for positioning an administration needle proximate a target nerve in a patient, the needle being adapted for the administration of an anesthetic and the system comprising: an operator interface (14, 16), a controller, and a pulse generator, the operator interface including an operator input, the controller being operatively connected to the pulse generator and to the operator interface, the pulse generator generating a pulse output waveform at a pair of output terminals (22, 24), a lead interconnecting one of the output terminals to the administration needle and a return current path lead interconnecting the patient to the other output terminal, the waveform comprising pulses, each pulse having a pulse charge, each pulse charge comprising the pulse current amplitude and the pulse width as pulse charge components, characterized in that one of the pulse charge components varies as a function of the incrementally adjusted value of the other, an operator interface (14, 16), a controller, and a pulse generator, the operator interface including an operator input, the controller being operatively connected to the pulse generator and to the operator interface, the pulse generator generating a pulse output waveform at a pair of output terminals (22, 24), a lead interconnecting one of the output terminals to the administration needle and a return current path lead interconnecting the patient to the other output terminal, the waveform comprising pulses, each pulse having a pulse charge, each pulse charge comprising the pulse current amplitude and the pulse width as pulse charge components, characterized in that one of the pulse charge components varies as a function of the incrementally adjusted value of the other,
A pharmaceutical formulation comprising one or more lectins for use in the prophylaxis or/and the prevention or reduction of metastasis in cancer patients or/and for increasing or inducing immune defence or/and for immunogenising cancer cells, wherein the cancer is a carcinoma, wherein the lectin is a pea lectin or/and a lens lectin, wherein the lectin or lectins are present in micellised form.
A method for adapting at least one target speed in order to control the speed of a vehicle, wherein the speed controller comprises: a driver's request speed controller which applies a first target speed (v targ1) via a drive train of the vehicle, wherein the first target speed (v targ1) is determined as a function of a selected driver's request speed (v tempopilot); and a brake speed controller which applies a second target speed (v targ2) via a brake device of the vehicle, wherein the second target speed (v targ2) relates to the driver's request speed (v tempopilot) via an offset value (Δ); providing a topography of a route as topography data; calculating a speed profile of the vehicle in advance in accordance with the topography data for a specified section of the route lying ahead, a driving resistance of the vehicle, a current speed (v act) of the vehicle and the set second target speed; and reducing the second target speed to a value below a specified speed limit (v crit) if the speed profile which is calculated in advance reveals that the vehicle speed is continuously above the speed limit (v crit) for longer than a predetermined speed-limit-exceeding period (t max); characterized in that, if the value of the reduced second target speed is not above the first target speed at least by a predetermined minimum offset value (Δ min), the first target speed is reduced to a value which is below the reduced second target speed at least by the minimum offset value (Δ min). a driver's request speed controller which applies a first target speed (v targ1) via a drive train of the vehicle, wherein the first target speed (v targ1) is determined as a function of a selected driver's request speed (v tempopilot); and a brake speed controller which applies a second target speed (v targ2) via a brake device of the vehicle, wherein the second target speed (v targ2) relates to the driver's request speed (v tempopilot) via an offset value (Δ); providing a topography of a route as topography data; calculating a speed profile of the vehicle in advance in accordance with the topography data for a specified section of the route lying ahead, a driving resistance of the vehicle, a current speed (v act) of the vehicle and the set second target speed; and reducing the second target speed to a value below a specified speed limit (v crit) if the speed profile which is calculated in advance reveals that the vehicle speed is continuously above the speed limit (v crit) for longer than a predetermined speed-limit-exceeding period (t max);
Multilayer structure, comprising a) at least one layer A comprising an ethylene polymer, b) at least one layer B comprising a propylene random copolymer having a branching index g' ≤ 0.90, where layer B is immediately adjacent to layer A, wherein the random copolymer comprises 1 wt% to 6 wt% of ethylene, when the comonomer is ethylene. a) at least one layer A comprising an ethylene polymer, b) at least one layer B comprising a propylene random copolymer having a branching index g' ≤ 0.90, where layer B is immediately adjacent to layer A,
Use of a paraffinic gasoil in a diesel fuel composition for reducing the build up of deposits in an Exhaust Gas Recirculation system of a compression ignition internal combustion engine, wherein the paraffinic gasoil is a Fischer-Tropsch derived gasoil comprising greater than 98wt% iso- and normal paraffins, based on the total weight of the paraffinic gasoil, and having a kinematic viscosity at 40°C in the range from 2.0 to 5.0 mm 2 /s, a density in the range from 0.76 to 0.80 g/cm 3 and a cetane number of 70 to 77.
A composition comprising a population of polysaccharide derivatives of a protein, wherein the protein is insulin or an insulin-like protein, wherein the insulin-like protein is an insulin homologue having at least 50% of the activity of insulin and having 90% or greater sequence identity at the amino acid level with SEQ ID NO: 1, wherein the polysaccharide is polysialic acid, which comprises between 2 and 125 sialic acid units, and wherein at least 85% of the derivatives of the protein are derivatised only at the N-terminal of the B-chain of the insulin or insulin-like protein.
Air conditioning device for conditioning an air flow guided within a duct for air conditioning a space, comprising - a nozzle bank including a plurality of nozzles arranged to be distributed across the duct's cross-section and applied with pressurized water for outputting water in particular in the form of spray, as well as - a heat exchanger configured, on the one hand, to be flown through by the air flow and exhibiting a multitude of air flow ducts, and, on the other hand, comprising connections (15, 16) for passing a heat and/or cold fluid through one or more tempering channels, wherein the heat exchanger is arranged downstream the nozzle bank in the flow direction of the air flow, characterized in that the feeding with a heat fluid for post-evaporating humidifying particles entrained in the air flow and/or for heating the air flow is performed such that the heat fluid flows through the heat exchanger in the flow direction of the air flow, and the feeding with a cold fluid for cooling the air flow and/or for dehumidifying the air flow is performed such that the cold fluid flows through the heat exchanger opposite to the flow direction of the air flow. - a nozzle bank including a plurality of nozzles arranged to be distributed across the duct's cross-section and applied with pressurized water for outputting water in particular in the form of spray, as well as - a heat exchanger configured, on the one hand, to be flown through by the air flow and exhibiting a multitude of air flow ducts, and, on the other hand, comprising connections (15, 16) for passing a heat and/or cold fluid through one or more tempering channels,
An anchor device (100, 300) for securing the position of a medical instrument, the anchor device comprising: a retainer body (110, 310) comprising a first body portion (120, 320) that is hingedly coupled to a second body portion (120, 320) about a longitudinal folding region (160, 360); one or more flexible adhesive strips (170, 370) mounted to the retainer body and being configured to adhesively attach with one or more corresponding exterior surfaces of a medical instrument, wherein the one or more flexible adhesive strips comprises a single flexible adhesive strip extending proximally from a proximal end of the retainer body; and first and second anchors (140, 340) that extend distally from a distal end of the retainer body, each anchor comprising a flexible tine (145, 345) that is deployable in a subcutaneous region to secure the retainer body relative to a penetration point, the first anchor being coupled to the first body portion and the second anchor being coupled to the second body portion, wherein the first body portion of the retainer body is hingedly movable relative to the second body portion about the longitudinal folding region (160, 360) so that the first and second anchors are adjustable from a first configuration in which the flexible tines extend outwardly away from one another to a second configuration in which the flexible tines extend generally in the same direction. a retainer body (110, 310) comprising a first body portion (120, 320) that is hingedly coupled to a second body portion (120, 320) about a longitudinal folding region (160, 360); one or more flexible adhesive strips (170, 370) mounted to the retainer body and being configured to adhesively attach with one or more corresponding exterior surfaces of a medical instrument, wherein the one or more flexible adhesive strips comprises a single flexible adhesive strip extending proximally from a proximal end of the retainer body; and first and second anchors (140, 340) that extend distally from a distal end of the retainer body, each anchor comprising a flexible tine (145, 345) that is deployable in a subcutaneous region to secure the retainer body relative to a penetration point, the first anchor being coupled to the first body portion and the second anchor being coupled to the second body portion, wherein the first body portion of the retainer body is hingedly movable relative to the second body portion about the longitudinal folding region (160, 360) so that the first and second anchors are adjustable from a first configuration in which the flexible tines extend outwardly away from one another to a second configuration in which the flexible tines extend generally in the same direction.
A heat shrinkable polyester film having a haze value of 2 % or less (JIS K 7136), a glossiness of 200 % or more at a measurement angle of 45 ° for at least one face (JIS Z 8741), a dynamic friction coefficient between one face and the other face of 1.5 or less (JIS K 7125), a shrinkage ratio of 50 % or more in the main shrinkage direction when the film is immersed in hot water at 95 °C for 10 seconds, and a surface resistivity of 13 logΩ or less at a relative humidity of 65 % (as measured at an application voltage of 100 V at 23 °C and 65% RH), wherein the heat shrinkable polyester film is a laminated film having a base film of a polyester resin and a surface layer formed on at least one face of the base film, wherein the surface layer contains colloidal silica with a particle diameter of 1 nm or more and 300 nm or less (measured as described in paragraph), and an anionic antistatic agent, wherein the amount of the anionic antistatic agent in the film surface is 0.001 to 0.5 g/m 2.
Optoelectronic taxiing-aid device for aircraft located on an airport taxiway, the device comprising at least one head-up display and a processor dedicated to the display; the processor comprising means of displaying on the display at least so-called 3D symbols which are superimposed on the taxiway and which represent lateral safety marks, which are positioned at regular intervals and which are located at one side and the other of the centre line of the taxiway equidistant therefrom, characterized in that, at the turns, the marks are posts of variable height, representing the limit of the taxiway, the posts being in a representation which conforms to, that is to say, which is superimposed precisely on, the external elements which they represent.
A beverage preparation machine for producing a beverage, into which a cartridge system comprising a cartridge and a cartridge receptacle connected to the cartridge can be inserted, the beverage preparation machine also having a holding unit, into which the cartridge receptacle connected to the cartridge can be inserted, characterized in that the holding unit has a light element, which is formed in such a way that the light element at least partially encloses the cartridge receptacle received in the holding unit.
A bonded body comprising: an aluminum member made of an aluminum alloy; and a copper member made of copper or a copper alloy, the aluminum member and the copper member being bonded to each other by solid phase diffusion bonding, wherein the aluminum member is made of an Al-Mn-based alloy containing Mn, an Mn concentration C 0 of an entirety of the aluminum member is in a range of 0.4 mass% or more and 1.5 mass% or less, characterised in that an Mn concentration in a region excluding a precipitate in the aluminum member is defined as an Mn solid solution concentration C 1 and a value obtained by subtracting the Mn solid solution concentration C 1 from the Mn concentration C 0 of the entire aluminum member is defined as an Mn precipitate concentration C 2, a ratio C 1 /C 2 of the Mn solid solution concentration C 1 to the Mn precipitate concentration C 2 is in a range of 0.1 or more and 2.7 or less. an aluminum member made of an aluminum alloy; and a copper member made of copper or a copper alloy, the aluminum member and the copper member being bonded to each other by solid phase diffusion bonding, wherein the aluminum member is made of an Al-Mn-based alloy containing Mn, an Mn concentration C 0 of an entirety of the aluminum member is in a range of 0.4 mass% or more and 1.5 mass% or less, characterised in that an Mn concentration in a region excluding a precipitate in the aluminum member is defined as an Mn solid solution concentration C 1 and a value obtained by subtracting the Mn solid solution concentration C 1 from the Mn concentration C 0 of the entire aluminum member is defined as an Mn precipitate concentration C 2, a ratio C 1 /C 2 of the Mn solid solution concentration C 1 to the Mn precipitate concentration C 2 is in a range of 0.1 or more and 2.7 or less.
A vanadium redox cell having a positive half-cell, a negative half-cell, a positive half-cell solution and a negative half-cell solution the positive half-cell solution includes at least one vanadium ion selected from the group consisting of vanadium, vanadium and vanadium; and the negative half-cell solution includes at least one vanadium ion selected from the group consisting of vanadium, vanadium and vanadium further comprising: a perfluorinated ionically conducting membrane located between the positive half-cell and the negative half-cell and in contact with the positive half-cell solution and the negative half-cell solution wherein the membrane is a cast cation exchange membrane, characterized in that the cast perfluorinated cation exchange membrane includes a polymer selected from the group consisting of a polytetrafluoroethylene (PTFE), perfluorosulfonic acid and a perfluorosulphonic acid/PTFE copolymer, and the membrane has a thickness of between 12.7 μm and 127 μm (between 0.5 and 5 mil), an acid capacity of between 0.5 and 2 meq/g, a conductivity at 25 °C of between 0.01 and 1 S/cm, a water uptake of between 30% and 70% at 100 °C for 1 hour, a tensile strength of between 20 and 60 MPa in both in-plane perpendicular directions when water soaked at 23 °C, a linear expansion selected from the group consisting of less than 8%, preferably less than 5% and more preferably less than 3% in both directions from 50% Relative Humidity at 23°C to water soaked at 23°C, and a melting point ranging from 180 to 240 °C; wherein the membrane is treated prior to use in the redox cell by a method comprising the step of soaking the membrane in an aqueous solution, said solution being selected from the group consisting of boiling or near boiling water and solutions of H 2 SO 4, H 2 O 2, HCl or NaOH, under concentration, duration and temperature conditions sufficient to reduce resistivity of the membrane and enhance voltage efficiency during charge-discharge cycling whilst avoiding damaging the membrane.
Transmission gear assembly comprising a housing with an axial center line, the housing having a circumferential wall extending in an axial direction, an end wall at a motor side and a front wall at an output side, the end wall and the front wall extending in a radial direction, the walls defining an oil reservoir having an upper part and a lower part, - an opening being provided in the end wall for receiving an input shaft, - a gear system being rotatably mounted in the housing and connectable to the input shaft, - an opening being provided in the front wall for receiving an output shaft that is connectable to the gear system, - a breather opening (8,16) being provided in the circumferential wall, the transmission gear assembly characterized in that the front wall comprises an annular groove that is in fluid communication with the breather opening (8,16) at an upper side of the front wall, the annular groove being covered by a substantially circular plate having a perimeter at a first distance (r) from the axial center line, the perimeter having a predetermined length and extending near the circumferential wall, with on each transverse side of the axial center line in at least the lower part an air/oil inlet and outlet (25,26) defined by a recess of the perimeter at a distance (r 3,r 4) from the axial center line that is smaller than the first distance r, each recess having a circumferential length (L3,L4) and being in fluid communication with the annular groove, and with on each transverse side of the axial center line in the upper part an air/oil inlet (23,24) is defined by a recess of the perimeter at a distance (r 1,r 2) from the axial center line that is smaller than the first distance (r) and having a circumferential length (L1,L2) that is shorter than the circumferential length (L3,L4) of the inlet/outlets (25,26). - an opening being provided in the end wall for receiving an input shaft, - a gear system being rotatably mounted in the housing and connectable to the input shaft, - an opening being provided in the front wall for receiving an output shaft that is connectable to the gear system, - a breather opening (8,16) being provided in the circumferential wall,