mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device system for measuring blood pressure, the system comprising: a pressure sensing guidewire including a pressure sensor and a first optical fiber extending proximally from the pressure sensor ; and an optical connector cable including a distal connector capable of being coupled to the guidewire ; wherein the optical connector cable includes a second optical fiber that is capable of optically communicating with the first optical fiber ; characterised in that the system further comprises a coupler disposed within the distal connector and disposed between the first optical fiber and the second optical fiber , wherein the coupler is a deformable disc or cylinder; and in that the system is configured such that the proximal end of the guidewire can be advanced into the distal connector until the first optical fiber presses against the coupler . a pressure sensing guidewire including a pressure sensor and a first optical fiber extending proximally from the pressure sensor ; and an optical connector cable including a distal connector capable of being coupled to the guidewire ; wherein the optical connector cable includes a second optical fiber that is capable of optically communicating with the first optical fiber ; characterised in that the system further comprises a coupler disposed within the distal connector and disposed between the first optical fiber and the second optical fiber , wherein the coupler is a deformable disc or cylinder; and in that the system is configured such that the proximal end of the guidewire can be advanced into the distal connector until the first optical fiber presses against the coupler .
Device for tightening screw connections which are arranged along a flange connection which surrounds, in ring-shaped form, a space and preferably the interior of the tower of a wind turbine, and of which each screw connection is made up of a threaded element and a nut screwed onto said threaded element, and the nut is supported against the first side, and the threaded element is supported against the second side, of the flange connection, wherein the device has: - a tool carrier which is movable along the flange connection and which is equipped with a preferably electric traction drive, - a tool which is arranged on the tool carrier and which serves for tightening the screw connection and rotating the nut relative to the flange connection, - a control unit which is designed to, by means of traction drive control signals, move the tool carrier into a working position in which the tool is situated opposite the screw connection that is respectively to be tightened, and to control the tightening of the screw connection and rotation of the nut by means of tool control signals, wherein, on the tool carrier , in addition to the tool , there is arranged a holding tool with at least one counter-holding surface which can be caused to bear against the threaded element , wherein the tool carrier is equipped with a drive for a forwards and backwards movement of the holding tool between a rest position and a counter-holding position in which the counter-holding surface comes to bear against the threaded element , wherein the control unit is additionally designed to, by means of holding tool control signals, control the drive of the holding tool , wherein, for the tightening of screw connections, the threaded element of which is equipped, on the second side of the flange connection , with at least one flat, the counter-holding surface is designed to abut areally against the flat, and wherein the holding tool comprises a tool main body , which is connected at a drive side to the drive , and a tool portion , which has the at least one counter-holding surface , characterized in that the tool portion is guided movably, counter to the force of a spring , on the tool main body , wherein the movement direction is identical to the direction of the forwards and backwards movement of the holding tool . - a tool carrier which is movable along the flange connection and which is equipped with a preferably electric traction drive, - a tool which is arranged on the tool carrier and which serves for tightening the screw connection and rotating the nut relative to the flange connection, - a control unit which is designed to, by means of traction drive control signals, move the tool carrier into a working position in which the tool is situated opposite the screw connection that is respectively to be tightened, and to control the tightening of the screw connection and rotation of the nut by means of tool control signals,
A reactive composition for making a PIR comprising foam at an isocyanate index of at least 120, said composition comprising at least: a) An isocyanate composition comprising one or more isocyanate compounds, and b) An isocyanate-reactive composition comprising one or more isocyanate-reactive compounds, and c) At least one PIR promoting catalyst, and d) At least one physical blowing agent with a lambda gas ≤ 12 mW/m.K at 10 °C, and e) At least one CO 2 scavenging compound selected from at least one epoxy compound having an equivalent weight lower than 300g/mol, and f) Optionally a catalyst promoting epoxy reaction with CO 2 Characterized in that the amount of isocyanate-reactive compounds b) in the reactive composition is at least 10 wt% calculated on the total weight of the reactive composition or at least more than the amount of epoxy compounds, and the molar amount of epoxy compounds in the reactive composition is at least 7.8 times higher than the molar amount of CO 2 formed by the water present in the reactive composition after reaction with isocyanates. a) An isocyanate composition comprising one or more isocyanate compounds, and b) An isocyanate-reactive composition comprising one or more isocyanate-reactive compounds, and c) At least one PIR promoting catalyst, and d) At least one physical blowing agent with a lambda gas ≤ 12 mW/m.K at 10 °C, and e) At least one CO 2 scavenging compound selected from at least one epoxy compound having an equivalent weight lower than 300g/mol, and f) Optionally a catalyst promoting epoxy reaction with CO 2
A needle-free syringe system comprising: a syringe body comprising a nozzle at one end and a dose setting surface substantially opposite the nozzle ; and a plunger system comprising a plunger body comprising a leading end, a seal and a hammer surface substantially opposite the leading end, wherein the syringe body defines a dosage space within the syringe between the nozzle and the plunger seal , which dosage space has a selected dosage volume when the plunger body is positioned within the syringe body such that the dose setting surface and hammer surface are co-planar; and wherein the plunger system further comprises: a separable shaft between the plunger body and a handle , the handle being substantially opposite the plunger body ; and a break line defined in the separable shaft , said break line providing for the handle and separable shaft to be removed from the plunger body . a syringe body comprising a nozzle at one end and a dose setting surface substantially opposite the nozzle ; and a plunger system comprising a plunger body comprising a leading end, a seal and a hammer surface substantially opposite the leading end, wherein the syringe body defines a dosage space within the syringe between the nozzle and the plunger seal , which dosage space has a selected dosage volume when the plunger body is positioned within the syringe body such that the dose setting surface and hammer surface are co-planar; and wherein the plunger system further comprises: a separable shaft between the plunger body and a handle , the handle being substantially opposite the plunger body ; and a break line defined in the separable shaft , said break line providing for the handle and separable shaft to be removed from the plunger body . a separable shaft between the plunger body and a handle , the handle being substantially opposite the plunger body ; and a break line defined in the separable shaft , said break line providing for the handle and separable shaft to be removed from the plunger body .
A method of manufacturing an article of footwear , the method comprising: assembling at least a portion of an upper of the article of footwear, the upper having a lower perimeter edge ; securing a lasting element to the upper adjacent to the lower perimeter edge, the lasting element including a pressurized barrier formed from a polymer material; and joining a sole structure of the article of footwear to at least one of the upper and the lasting element ; wherein the step of securing the lasting element to the upper includes joining a flange that extends around a perimeter of the barrier to the upper , the flange being formed of the polymer material of the pressurized barrier ; and the method further comprising locating a tensile member within the barrier and secured to opposite sides of the barrier . assembling at least a portion of an upper of the article of footwear, the upper having a lower perimeter edge ; securing a lasting element to the upper adjacent to the lower perimeter edge, the lasting element including a pressurized barrier formed from a polymer material; and joining a sole structure of the article of footwear to at least one of the upper and the lasting element ; wherein the step of securing the lasting element to the upper includes joining a flange that extends around a perimeter of the barrier to the upper , the flange being formed of the polymer material of the pressurized barrier ; and the method further comprising locating a tensile member within the barrier and secured to opposite sides of the barrier .
A method for recovering phosphorus, comprising the following steps: i) thermochemical reaction of a phosphorus-containing material in the presence of calcium-containing particles in a moving bed reactor, ii) separation of fines enriched with phosphorus from the moving bed reactor, wherein the seperation of the fines enriched with phosphorus is carried out from the reactor discharge in one or more separation devices which may be disposed inside or outside the moving bed reactor, wherein the operating temperature of the first separation device is over 400 °C, in order to reduce the quantity of heavy metals and polyaromatic hydrocarbons, and iii) reaction of the fines enriched with phosphorus obtained from step ii) with an acid in order to obtain a phytoavailable phosphorus-enriched useful material. i) thermochemical reaction of a phosphorus-containing material in the presence of calcium-containing particles in a moving bed reactor, ii) separation of fines enriched with phosphorus from the moving bed reactor, wherein the seperation of the fines enriched with phosphorus is carried out from the reactor discharge in one or more separation devices which may be disposed inside or outside the moving bed reactor, wherein the operating temperature of the first separation device is over 400 °C, in order to reduce the quantity of heavy metals and polyaromatic hydrocarbons, and iii) reaction of the fines enriched with phosphorus obtained from step ii) with an acid in order to obtain a phytoavailable phosphorus-enriched useful material.
A high-speed connector comprising at least one twisted pair of electrical conductors and one pair of connection elements of male or female type that are parallel and installed in an insert of insulating material forming a support for said connection elements, each of said connection elements of said pair of connection elements being electrically connected to an electrical conductor of the twisted pair of electrical conductors , wherein an end portion of said insert is shaped to define a baffle between the two connection elements, which baffle is suitable for imparting dielectric contact to the abutment interface between said insert and another insert that is similar and forms part of another connector, thereby establishing dielectric continuity at said abutment interface, to ensure a good conservation of the characteristic impedance at the level of the connection.
Method for operating a hybrid double coupling transmission drive train , which has an internal combustion engine (VM), a double coupling arrangement having a first and a second friction coupling , a first partial transmission (TG1), a second partial transmission (TG2) and an electric machine (EM) which is or can be connected to the input of the second partial transmission (TG2), wherein, in hybrid boost operation, initially drive power from the electric machine (EM) is transmitted via the second partial transmission (TG2), and the friction coupling assigned to the second partial transmission (TG2) is opened and the gear stage 2 engaged, and drive power from the internal combustion engine (VM) is transmitted via the first partial transmission (TG1), and the friction coupling arranged in the first partial transmission (TG1) is closed and the gear stage 3 engaged, and upon further acceleration the method comprises switching the electric machine (EM) in terms of drive to the first partial transmission (TG1), characterized in that both drive machines (EM, VM) are operated in the gear stage 3 via the first partial transmission (TG1) until the electric machine (EM) is shifted to the gear stage 4 shortly before the limit rotational speed (nVM) of the internal combustion engine (VM) is reached (shifting process 1), and the internal combustion engine is shifted from gear stage 3 to gear stage 4 at a short time interval with respect to the shifting of the electric machine (EM) (shifting process 2).
A carboxylic acid-modified nitrile-based copolymer latex comprising a carboxylic acid-modified nitrile-based copolymer including: 65.5 wt% to 82.5 wt% of a conjugated diene-based monomer-derived unit, 15 wt% to 30 wt% of an ethylenic unsaturated nitrile-based monomer-derived unit, and 2.5 wt% to 4.5 wt% of an ethylenic unsaturated acid monomer-derived unit, wherein the carboxylic acid-modified nitrile-based copolymer latex satisfies the following General Formula 1: 1.0 mm 2 / s ≤ CV 0 ≤ 3.0 mm 2 / s wherein CV 0 represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex which is measured in a swollen state in a methyl ethyl ketone solvent; wherein CV 0 is measured by the method disclosed under Experimental Example 1.
A silicon-oxygen compound, wherein the silicon-oxygen compound has a chemical formula of SiO x , in which 0 <x <2, characterized in that , the silicon-oxygen compound contains both sulfur and manganese element, and a content of the sulfur element is 20 ppm-600 ppm; and a mass ratio of the sulfur element to the manganese element is from 1.5 to 10.0.
A mooring connector assembly comprising: a bracket arranged to be mounted to a structure to be moored; a tube pivotally mounted on the bracket for movement about a pivot axis, at least a part of the tube extending below the pivot axis when so mounted and oriented for use, and a stopper mounted to the part of the tube which extends below the pivot axis in use and operative to retain a mooring line relative to the tube , characterised in that the mooring connector assembly comprises a tensioner mountable on the tube for tensioning a mooring line retained by the stopper such that the tensioner urges the line at a point which is below the pivot axis when the tube is oriented for use. a bracket arranged to be mounted to a structure to be moored; a tube pivotally mounted on the bracket for movement about a pivot axis, at least a part of the tube extending below the pivot axis when so mounted and oriented for use, and a stopper mounted to the part of the tube which extends below the pivot axis in use and operative to retain a mooring line relative to the tube , characterised in that the mooring connector assembly comprises a tensioner mountable on the tube for tensioning a mooring line retained by the stopper such that the tensioner urges the line at a point which is below the pivot axis when the tube is oriented for use.
Compressive knitted fabric part, more particularly flat-knitted fabric part, consisting of at least one knitting thread and an inserted elastic weft thread, having a first knitted fabric section with a compressive first main construction, where, in two or more stitch courses of the first knitted fabric section , between two regions of the first knitted fabric section , there is a second knitted fabric section knitted, adjoining the first knitted fabric section and having a second construction, different from the main construction, which gives the second knitted fabric section a greater elasticity in longitudinal and/or transverse direction of the knitted fabric section than in the first knitted fabric section ; characterized in that there, furthermore, there is a third knitted fabric section knitted, adjoining the second knitted fabric section and having a third construction, different from the first main construction and from the second construction, which gives the third knitted fabric section a greater elasticity in longitudinal and/or transverse direction of the knitted fabric section than in the second knitted fabric section , where the second and third knitted fabric sections form a locally defined relief zone.
An image sensor , characterized in that the image sensor comprises: a color filter array , comprising a plurality of first color filters (A), a plurality of second color filters (B) and a plurality of third color filters (C); a pixel array , comprising a plurality of pixels, wherein each of the pixels corresponds to a color filter of the color filter array and is configured to receive light passing through the corresponding color filter to generate an electrical signal to obtain an analog pixel signal; and a plurality of analog-to-digital converters, ADCs, , configured to convert the analog pixel signal obtained by the pixels corresponding to the first color filters (A) into a digital pixel signal based on a first bit precision, and to convert the analog pixel signal obtained by pixels corresponding to the second color filters (B) and the third color filters (C) into a digital pixel signal based on a second bit precision that is lower than the first bit precision. a color filter array , comprising a plurality of first color filters (A), a plurality of second color filters (B) and a plurality of third color filters (C); a pixel array , comprising a plurality of pixels, wherein each of the pixels corresponds to a color filter of the color filter array and is configured to receive light passing through the corresponding color filter to generate an electrical signal to obtain an analog pixel signal; and a plurality of analog-to-digital converters, ADCs, , configured to convert the analog pixel signal obtained by the pixels corresponding to the first color filters (A) into a digital pixel signal based on a first bit precision, and to convert the analog pixel signal obtained by pixels corresponding to the second color filters (B) and the third color filters (C) into a digital pixel signal based on a second bit precision that is lower than the first bit precision.
An apparatus for reprogramming an integrated circuit device, the apparatus comprising: a semiconductor fuse array , disposed on a die , into which is programmed configuration data, said semiconductor fuse array characterized by : a first plurality of semiconductor fuses, configured to store said configuration data in an encoded and compressed format, wherein the configuration data comprises one or more compressed data fields for each of a plurality of configuration data types which are demarcated by end-of-type fields; and a second plurality of semiconductor fuses, configured to store first fuse correction data that indicates locations and values corresponding to a first one or more fuses within said first plurality of fuses whose states are to be changed from that which was previously stored; and a plurality of cores , disposed on said die , wherein each of said plurality of cores is coupled to said semiconductor fuse array and is configured to access all of said configuration data and said first fuse correction data during power-up/reset, wherein each of said plurality of cores is configured to decompress said first fuse correction data to render data that indicates said locations and values corresponding to said first one or more fuses within said first plurality of fuses for changing the states of said configuration data corresponding to said first one or more fuses so that the states of said first one or more fuses are changed prior to decompression of their corresponding compressed data. a first plurality of semiconductor fuses, configured to store said configuration data in an encoded and compressed format, wherein the configuration data comprises one or more compressed data fields for each of a plurality of configuration data types which are demarcated by end-of-type fields; and a second plurality of semiconductor fuses, configured to store first fuse correction data that indicates locations and values corresponding to a first one or more fuses within said first plurality of fuses whose states are to be changed from that which was previously stored; and a plurality of cores , disposed on said die , wherein each of said plurality of cores is coupled to said semiconductor fuse array and is configured to access all of said configuration data and said first fuse correction data during power-up/reset, wherein each of said plurality of cores is configured to decompress said first fuse correction data to render data that indicates said locations and values corresponding to said first one or more fuses within said first plurality of fuses for changing the states of said configuration data corresponding to said first one or more fuses so that the states of said first one or more fuses are changed prior to decompression of their corresponding compressed data.
Retinal pigment epithelial cells for use in a method of medical treatment as substitutes for corneal endothelial cells.
Process for production of a whole broth enzyme composition, comprising the following steps: (a) providing a fermentation medium, originating from hydrolysis of lignocellulosic biomass, with a glucose content of from 5 to 450 g/L, a xylose content of from 2 to 300 g/L, a density of from 1 to 2 kg/L and a dry matter content of from 10 to 75 wt.-%; (b) addition of at least one filamentous fungus cell wherein SEQ1 gene sequence SEQ ID NO:1 has been disrupted; (c) mixing of the fermentation medium and the at least one filamentous fungus cell for a time period of from 1 minute to 10 days at a temperature of from 20 to 35 °C; (d) obtaining a whole broth enzyme composition. (a) providing a fermentation medium, originating from hydrolysis of lignocellulosic biomass, with a glucose content of from 5 to 450 g/L, a xylose content of from 2 to 300 g/L, a density of from 1 to 2 kg/L and a dry matter content of from 10 to 75 wt.-%; (b) addition of at least one filamentous fungus cell wherein SEQ1 gene sequence SEQ ID NO:1 has been disrupted; (c) mixing of the fermentation medium and the at least one filamentous fungus cell for a time period of from 1 minute to 10 days at a temperature of from 20 to 35 °C; (d) obtaining a whole broth enzyme composition.