mhurhangee/ep-ind-claims huggingface dataset:
A device for reducing elevated intraocular pressure in an eye of a mammalian subject, comprising: a stimulation electrode assembly adapted to be positioned at least one of on, within, or near said eye (102, 300, 422, 802, 902, 1350, 1450) of said mammalian subject, wherein said stimulation electrode assembly is adapted to deliver a stimulation signal to at least one intraocular structure in a therapeutically effective amount to reduce said elevated intraocular pressure within a mammalian eye by i) decreasing aqueous humor inflow into an anterior segment of said eye, and/or ii) increasing aqueous humor outflow from said anterior segment of said eye, wherein said stimulation electrode assembly is (522, 1310, 1315, 1410, 1415, 1510, 1512, 1710, 1712, 1810, 1812, 1910, 1912, 2410, 2412, 2710, 2712, 3402, 3452, 3610, 3612, 3710, 3712, 3862, 3864) adapted to receive time-varying electromagnetic fields that transfer power from a wireless power transfer signal generator (110, 506) and to transmit that as the stimulation signal to said at least one intraocular structure by flowing current between stimulation electrodes. i) decreasing aqueous humor inflow into an anterior segment of said eye, and/or ii) increasing aqueous humor outflow from said anterior segment of said eye,
A method for preparation of a carbogel from starch, characterised in that an aqueous suspension comprising 1-30% by wt. of a starch composition prepared from two types of starch and consisting rice starch in the amount of 75-100% by wt. and another starch type in the amount of up to 25% by wt. is subjected to polycondensation at a temperature of 50-90°C, then a solvent exchange is carried out using an aqueous solutions of an alcohol or a ketone with a concentration increasing from 10% to 99.8% and then the obtained organic alcogel is subjected to a pyrolysis process at a temperature of 300-2000°C, wherein a drying step after solvent exchange is eliminated which allows to obtain a carbogel directly from the starch alcogel in a single step process.
Release paper base paper, comprising: a substrate; and a coating agent containing a modified polyvinyl alcohol and sodium acetate, the substrate coated with the coating agent, wherein the modified polyvinyl alcohol has 0.005 mol% or more and less than 10 mol% of double bonds derived from unsaturated carboxylic acid or a derivative thereof in side chains, has 1.4 mol% or more and 2.0 mol% or less of 1,2-glycol bond units, and is water soluble, and a content of the sodium acetate relative to the modified polyvinyl alcohol is 0.01 mass% or more and 10 mass% or less, and wherein the derivative of the unsaturated carboxylic acid is selected from unsaturated carboxylic acid anhydride, unsaturated carboxylic acid alkyl ester, unsaturated carboxylic acid hydroxy ester, unsaturated carboxylic acid alkoxyester, unsaturated dicarboxylic acid monoester and unsaturated dicarboxylic acid diester. the modified polyvinyl alcohol has 0.005 mol% or more and less than 10 mol% of double bonds derived from unsaturated carboxylic acid or a derivative thereof in side chains, has 1.4 mol% or more and 2.0 mol% or less of 1,2-glycol bond units, and is water soluble, and a content of the sodium acetate relative to the modified polyvinyl alcohol is 0.01 mass% or more and 10 mass% or less, and wherein the derivative of the unsaturated carboxylic acid is selected from unsaturated carboxylic acid anhydride, unsaturated carboxylic acid alkyl ester, unsaturated carboxylic acid hydroxy ester, unsaturated carboxylic acid alkoxyester, unsaturated dicarboxylic acid monoester and unsaturated dicarboxylic acid diester.
A floating structure installation system for installing a floating structure including a first portion having a submersible section to be located under a water surface during installation and a second portion connectable to the first portion, the floating structure installation system comprising: a body capable of traveling on water; a first holding part capable of holding the first portion on the body; wherein the first holding part includes a first lifting unit for lifting and lowering the first portion, characterized in that a first cradle includes the first holding part, and the floating structure installation system comprises a second cradle including a second holding part capable of holding the second portion on the body, and a moving device configured to move at least one of the first cradle or the second cradle on the body to connect the first portion held by the first holding part and the second portion held by the second holding part, wherein the second cradle is configured to cover the first cradle from above when the second cradle is moved to the same position as the first cradle so that the first cradle is placed inside the second cradle. a body capable of traveling on water; a first holding part capable of holding the first portion on the body; wherein the first holding part includes a first lifting unit for lifting and lowering the first portion, characterized in that a first cradle includes the first holding part, and the floating structure installation system comprises a second cradle including a second holding part capable of holding the second portion on the body, and a moving device configured to move at least one of the first cradle or the second cradle on the body to connect the first portion held by the first holding part and the second portion held by the second holding part, wherein the second cradle is configured to cover the first cradle from above when the second cradle is moved to the same position as the first cradle so that the first cradle is placed inside the second cradle.
Plastics composition, characterised in that the plastics composition comprises at least one platelet-shaped metal pigment in a quantity from a range of from 0.01 to 25 % by weight, at least one light stabiliser in a quantity from a range of from 0.01 to 10 % by weight and at least one antioxidant in a quantity from a range of from 0.01 to 2 % by weight, in each case relative to the proportion by weight of the plastics composition, the platelet-shaped metal pigment being an iron and/or iron alloy pigment.
Method for producing a water guard for vehicle doors, suitable to produce a water guard comprising a plastic element and a gasket which adheres to a coupling profile arranged at an upper portion of said plastic element; said method being characterised in that it occurs in a double mould having a first cavity and a second cavity and in that it comprises the steps of: - moulding said plastic element in a first cavity of said double mould; said first cavity having the shape of said plastic element; during said moulding of said plastic element, the mould is provided with movable devices suitable to define a plurality of holes at the coupling portion between said plastic element and said gasket; said holes being suitable to be subsequently filled with said silicone rubber or said thermoplastic elastomer in order to form nail heads which establish a mechanical constraint between the plastic element and the gasket; - transferring said plastic element, by now solidified, to said second cavity of said double mould; said transfer being carried out by a mechanical arm; said second cavity having the shape of said complete water guard; - injecting a predetermined amount of silicone rubber or of a thermoplastic elastomer, such as TPE, at the empty portion of said second cavity of said double mould, the remaining cavity portion being filled with said plastic element; - waiting for the time of solidification of said silicone rubber or said thermoplastic elastomer which will form said gasket and removal of the complete water guard. - moulding said plastic element in a first cavity of said double mould; said first cavity having the shape of said plastic element; during said moulding of said plastic element, the mould is provided with movable devices suitable to define a plurality of holes at the coupling portion between said plastic element and said gasket; said holes being suitable to be subsequently filled with said silicone rubber or said thermoplastic elastomer in order to form nail heads which establish a mechanical constraint between the plastic element and the gasket; - transferring said plastic element, by now solidified, to said second cavity of said double mould; said transfer being carried out by a mechanical arm; said second cavity having the shape of said complete water guard; - injecting a predetermined amount of silicone rubber or of a thermoplastic elastomer, such as TPE, at the empty portion of said second cavity of said double mould, the remaining cavity portion being filled with said plastic element; - waiting for the time of solidification of said silicone rubber or said thermoplastic elastomer which will form said gasket and removal of the complete water guard.
A method of making an activated metalloaluminophosphate molecular sieve, the method comprising the steps of: a) providing a metalloaluminophosphate molecular sieve having a template therein; b) heating the metalloaluminophosphate molecular sieve in an atmosphere comprising at least 1 wt.% steam, based on the total weight of the atmosphere composition at a first temperature to remove the template and form an activated metalloaluminophosphate molecular sieve, wherein said first temperature is a temperature greater than the critical temperature of water; and c) contacting said activated molecular sieve with a dry gas at a second temperature of at least 225°C, the second temperature being at least 50°C lower than the first temperature until the molecular sieve has a water content of 1.25 wt. % or less. a) providing a metalloaluminophosphate molecular sieve having a template therein; b) heating the metalloaluminophosphate molecular sieve in an atmosphere comprising at least 1 wt.% steam, based on the total weight of the atmosphere composition at a first temperature to remove the template and form an activated metalloaluminophosphate molecular sieve, wherein said first temperature is a temperature greater than the critical temperature of water; and c) contacting said activated molecular sieve with a dry gas at a second temperature of at least 225°C, the second temperature being at least 50°C lower than the first temperature until the molecular sieve has a water content of 1.25 wt. % or less.
A flexible chip on film comprising: a base insulating layer; a metal layer disposed on an upper surface of the base insulating layer and including a circuit pattern; an integrated circuit chip disposed on an upper surface of the metal layer and electrically connected to the metal layer; an insulating solder resist layer disposed on the metal layer; and a reinforcing layer disposed on an upper surface of the solder resist layer, characterised in that the thickness and elastic modulus of the reinforcing layer relative to the other layers are such that a neutral surface, in which a vector sum of a tensile force and a compressive force becomes substantially zero when the chip on film is bent, is positioned in the metal layer. a base insulating layer; a metal layer disposed on an upper surface of the base insulating layer and including a circuit pattern; an integrated circuit chip disposed on an upper surface of the metal layer and electrically connected to the metal layer; an insulating solder resist layer disposed on the metal layer; and a reinforcing layer disposed on an upper surface of the solder resist layer,
A hydraulic cylinder device to be used at a suspension arrangement for shock, noise and vibration damping suspension of an operator cab on a frame of a working machine, comprising a hydraulic cylinder having a cylinder body having an inner cylinder space, a piston which is displaceably movable in the cylinder, a piston rod which in an inner end is connected to the piston and extends through and is displaceable to and fro through a piston rod bore in an end of the cylinder body, wherein the piston delimits two hydraulic fluid chambers having variable volumes and more precisely a first hydraulic fluid chamber on the side of the piston which is facing away from the piston rod, as well as a second hydraulic fluid chamber on the piston rod side of the piston, hydraulic fluid passages through the cylinder body to the first as well as the second hydraulic fluid chamber for feeding of hydraulic fluid via hydraulic lines (25, 27) to and from the respective hydraulic fluid chamber, as well as an at least partly gas filled accumulator which is in hydraulic fluid communication with the first hydraulic fluid chamber, characterized in that the first hydraulic fluid chamber and the accumulator are connected via a first throttle and a first one-way valve, which are coupled in parallel to each other and of which the first one-way valve allows hydraulic flow from the first hydraulic fluid chamber but blocks hydraulic flow in the opposite direction, in that the piston comprises two through flow passages which connect the first and second hydraulic fluid chambers and of which one through flow passage is a second throttle while the second is a second one-way valve which allows hydraulic flow from the first to the second hydraulic fluid chamber but blocks hydraulic flow in the opposite direction, and in that the hydraulic fluid passage to and from the second hydraulic fluid chamber comprises a third throttle.
Gas burner for a cooking zone, with a gas shut-off valve, a burner housing, which can be fastened to a gas supply line of the gas burner, and a burner head which can be moved relative to the burner housing, wherein the burner head can be moved from an open position into a closed position for optionally opening and closing the gas shut-off valve, wherein the burner head is pretensioned in the direction of the closed position with the aid of a spring device, wherein the burner housing and/or the burner head has at least one primary air supply opening for supplying primary air into a mixing chamber of the gas burner, wherein the gas shut-off valve has a valve body, which is received at least in sections in the burner head, characterised in that the valve body has at least one radially arranged burner gas inlet opening.
The process for the preparation of the dry powder formulation comprising the following steps: a) the additive is divided into two portions, b) first portion of the additive is mixed with the pharmaceutically acceptable carrier for a period of time to obtain Premix-1 and second portion of the additive is mixed with the active substance for a period of time to obtain Premix-2, c) then, Premix-1 and Premix-2 are added into a suitable mixing apparatus and they are mixed for a period of time to obtain the dry powder formulation. a) the additive is divided into two portions, b) first portion of the additive is mixed with the pharmaceutically acceptable carrier for a period of time to obtain Premix-1 and second portion of the additive is mixed with the active substance for a period of time to obtain Premix-2, c) then, Premix-1 and Premix-2 are added into a suitable mixing apparatus and they are mixed for a period of time to obtain the dry powder formulation.
Method for preparing an aesthetic operative intervention with regard to an examination region of an examination object comprising the following method steps: - providing preoperative MR image data of the examination region comprising lipid MR data having a lipid contrast and comprising water MR data having a water contrast, - segmenting the lipid MR data to delineate fat tissue from surrounding tissue by means of a segmentation unit, - creating a lipid map of the examination object based on the segmented lipid MR data by means of an extraction unit, - determining a lipid density map comprising a relative fat component based on the water MR data and the lipid MR data by means of a determination unit, - providing a reference map for fat tissue that is representative of an ideal state, wherein the ideal state is dependent upon individual data of the examination object, - providing a further reference map for a lipid density that is representative of the ideal state, - ascertaining a comparison result comprising a difference between the lipid map and the reference map and a difference between the lipid density map and the further reference map by means of a differentiation unit, - determining at least one subregion of the segmented lipid MR data based on the comparison result, which subregion corresponds to a tissue to be removed, comprising a checking of the subregion with regard to a pathological and/or physiological relevancy by means of a determination unit, - providing the comparison result. - providing preoperative MR image data of the examination region comprising lipid MR data having a lipid contrast and comprising water MR data having a water contrast, - segmenting the lipid MR data to delineate fat tissue from surrounding tissue by means of a segmentation unit, - creating a lipid map of the examination object based on the segmented lipid MR data by means of an extraction unit, - determining a lipid density map comprising a relative fat component based on the water MR data and the lipid MR data by means of a determination unit, - providing a reference map for fat tissue that is representative of an ideal state, wherein the ideal state is dependent upon individual data of the examination object, - providing a further reference map for a lipid density that is representative of the ideal state, - ascertaining a comparison result comprising a difference between the lipid map and the reference map and a difference between the lipid density map and the further reference map by means of a differentiation unit, - determining at least one subregion of the segmented lipid MR data based on the comparison result, which subregion corresponds to a tissue to be removed, comprising a checking of the subregion with regard to a pathological and/or physiological relevancy by means of a determination unit, - providing the comparison result.
Laminate made of two differently structured films (2, 5), whereby repeating cavities are formed in the laminate within the two differently structured films, whereby a first film comprises openings and a second film comprises tapered regions, the cavities are formed from openings of the first film which bridge tapered regions of the second film, which are tapered with respect to a film thickness of the second film, and the openings of the first film are arranged appropriately such that the tapered regions of the second film are bridged only partially by the openings of the second film, characterised in that multiple openings in the first film are arranged appropriately in an edge region of a tapered region in the second films such that the tapered region is roofed in the middle by a fin of the first film.
A blood purifier package obtained by packing a blood purifier comprising selectively permeable separation membranes as a main component, characterized in that said blood purifier is packed and sealed together with an oxygen scavenger in a packaging material capable of shutting out an external air and a water vapor, wherein a relative humidity in the packaging material is above 40%RH at 25°C.
A gyratory crusher comprising: a spider hub; a mainshaft having an upper end supported within the spider hub; a movable piston positioned within the spider hub for receiving and supporting the upper end of the mainshaft; a hydraulic fluid chamber that receives a supply of pressurized hydraulic fluid, wherein the piston partially defines the hydraulic fluid chamber such that the receipt of the supply of pressurized hydraulic fluid within the hydraulic fluid chamber moves the piston relative to the spider hub; and a stop member positioned within the spider hub to limit the movement of the piston, wherein the stop member is a stop nut selectively positionable within the spider hub to selectively limit the upward movement of the piston within the spider hub, characterized in that the stop nut includes a series of threads that engage a mating series of threads positioned within the spider hub such that the rotation of the stop nut within the spider hub moves the stop nut relative to the spider hub, and in that the gyratory crusher further comprising a drive member coupled to the stop nut, wherein the drive member is operable to rotate the stop nut within the spider hub. a spider hub; a mainshaft having an upper end supported within the spider hub; a movable piston positioned within the spider hub for receiving and supporting the upper end of the mainshaft; a hydraulic fluid chamber that receives a supply of pressurized hydraulic fluid, wherein the piston partially defines the hydraulic fluid chamber such that the receipt of the supply of pressurized hydraulic fluid within the hydraulic fluid chamber moves the piston relative to the spider hub; and a stop member positioned within the spider hub to limit the movement of the piston, wherein the stop member is a stop nut selectively positionable within the spider hub to selectively limit the upward movement of the piston within the spider hub, characterized in that the stop nut includes a series of threads that engage a mating series of threads positioned within the spider hub such that the rotation of the stop nut within the spider hub moves the stop nut relative to the spider hub, and in that the gyratory crusher further comprising a drive member coupled to the stop nut, wherein the drive member is operable to rotate the stop nut within the spider hub.
A device for pivoting one or more nose flaps of a track-guided vehicle, a railway vehicle in particular, wherein the device comprises the following: - at least one supporting frame connectable to the vehicle undercarriage; and - at least one actuating device connected on one side to the at least one supporting frame and on the other to the pivotable nose flap (1a; 1b) for pivoting the nose flap (1a; 1b) relative to the supporting frame from a closed state into an opened state and vice versa, wherein the actuating device comprises at least one lifting spindle drive (30a, 32a; 30b, 32b), characterized in that the actuating device comprises a first lifting spindle drive (30a; 30b) and a second lifting spindle drive (32a; 32b), wherein the first and the second lifting spindle drives (30a, 32a; 30b, 32b) are jointly allocated to the nose flap (1a; 1b) for pivoting said nose flap (1a; 1b) when needed; and wherein a synchronizing element (40a; 40b) in the form of a rod-shaped element is further provided to synchronize the actuating of the first and second lifting spindle drives (30a, 32a; 30b, 32b). - at least one supporting frame connectable to the vehicle undercarriage; and - at least one actuating device connected on one side to the at least one supporting frame and on the other to the pivotable nose flap (1a; 1b) for pivoting the nose flap (1a; 1b) relative to the supporting frame from a closed state into an opened state and vice versa, wherein the actuating device comprises at least one lifting spindle drive (30a, 32a; 30b, 32b), characterized in that the actuating device comprises a first lifting spindle drive (30a; 30b) and a second lifting spindle drive (32a; 32b), wherein the first and the second lifting spindle drives (30a, 32a; 30b, 32b) are jointly allocated to the nose flap (1a; 1b) for pivoting said nose flap (1a; 1b) when needed; and wherein a synchronizing element (40a; 40b) in the form of a rod-shaped element is further provided to synchronize the actuating of the first and second lifting spindle drives (30a, 32a; 30b, 32b).