mhurhangee/ep-ind-claims huggingface dataset:
A coating composition for imparting water repellency from a rubber element of automotive wiper blade to a windshield, the coating on the windshield having a water droplet contact angle of greater than or equal to 80° as measured by ASTM C813; wherein the composition comprises: i) an oil selected from a group consisting of a silicone oil, fluoropolymer oil, or a combination thereof; ii) a silicone resin soluble in the above oil; and iii) a particulate lubricant; wherein the composition is free of all of a silicone wax, a curing agent and a curing catalyst operative to cross link said oil or said resin. i) an oil selected from a group consisting of a silicone oil, fluoropolymer oil, or a combination thereof; ii) a silicone resin soluble in the above oil; and iii) a particulate lubricant;
Boron nitride agglomerates comprising hexagonal boron nitride primary particles, wherein the hexagonal boron nitride primary particles are joined to one another by means of an inorganic binding phase, and wherein the binding phase comprises at least one nitride and/or oxynitride of the elements aluminum, silicon, and titanium.
A dosage form comprising: an aqueous solution comprising therapeutically effective amount of a vinca alkaloid drug or its pharmaceutically acceptable salt in a flexible infusion container and a light protective secondary packaging containing the flexible infusion container, wherein the space between the flexible infusion container and the light protective secondary packaging is occupied with an inert gas, wherein the solution is free of preservative and anti-oxidant, wherein the dosage form is ready-to-infuse and wherein the aqueous solution is stable at room temperature. an aqueous solution comprising therapeutically effective amount of a vinca alkaloid drug or its pharmaceutically acceptable salt in a flexible infusion container and a light protective secondary packaging containing the flexible infusion container, wherein the space between the flexible infusion container and the light protective secondary packaging is occupied with an inert gas, wherein the solution is free of preservative and anti-oxidant, wherein the dosage form is ready-to-infuse and wherein the aqueous solution is stable at room temperature.
A virtual reality system, comprising: a head-mount display device, configured for displaying virtual reality visions; a processing device, for communicating with the head-mount display device, the processing device being configured to: provide a first virtual reality scene as the virtual reality visions to be displayed on the head-mount display device; obtain a motion displacement of the head-mount display device; compare the motion displacement with a threshold displacement; the processing device being characterised by being configured to, in response to the motion displacement being shorter than the threshold displacement, provide the first virtual scene in a first portion of the virtual reality visions and provide a second virtual scene in a second portion of the virtual reality visions according to the motion displacement; and in response to the motion displacement exceeding the threshold displacement, provide the second virtual scene as the virtual reality visions to be displayed on the head-mount display device. a head-mount display device, configured for displaying virtual reality visions; a processing device, for communicating with the head-mount display device, the processing device being configured to: provide a first virtual reality scene as the virtual reality visions to be displayed on the head-mount display device; obtain a motion displacement of the head-mount display device; compare the motion displacement with a threshold displacement; the processing device being characterised by being configured to, in response to the motion displacement being shorter than the threshold displacement, provide the first virtual scene in a first portion of the virtual reality visions and provide a second virtual scene in a second portion of the virtual reality visions according to the motion displacement; and in response to the motion displacement exceeding the threshold displacement, provide the second virtual scene as the virtual reality visions to be displayed on the head-mount display device. provide a first virtual reality scene as the virtual reality visions to be displayed on the head-mount display device; obtain a motion displacement of the head-mount display device; compare the motion displacement with a threshold displacement; the processing device being characterised by being configured to, in response to the motion displacement being shorter than the threshold displacement, provide the first virtual scene in a first portion of the virtual reality visions and provide a second virtual scene in a second portion of the virtual reality visions according to the motion displacement; and in response to the motion displacement exceeding the threshold displacement, provide the second virtual scene as the virtual reality visions to be displayed on the head-mount display device.
A method for producing instruments used in invasive medicine and coated with ferrofluids, characterized in that spherical iron oxide nanoparticles having a core of Fe 3 O 4 which makes up at least 90 % by weight of the nanoparticles, have a shell of SiO 2, which makes up about 3 to 5 % by weight of the nanoparticles and in which a residual moisture of approximaltely 5 % by weight is remaining, wherein the density of these iron oxide nanoparticles is 4.6 g/cm 3, being suspended in tetrahydrofuran and this suspension being dispersed to form a ferrofluid with a density of 0.998 g/cm 3 and a diameter of 200 nm in a carrier liquid containing polyurethane, wherein the matrix material of the instruments is coated wholly or partially with the ferrofluid thus obtained, which contains iron oxide nanoparticles with a range of of 10 % by weight and an amount of 65 x 10 15 iron oxide nanoparticles per 100 ml and the carrier liquid is hardened, wherein the dried coating comprises iron oxide nanoparticles in a range of 62 +/- 5 % by weight.
A non-destructive method of quality control of a biopharmaceutical-containing product to be distributed or used by measuring the extent of aggregation of a biopharmaceutical in said biopharmaceutical-containing product, said method comprising measuring the transverse relaxation rate of water R 2 in the biopharmaceutical-containing product, and extrapolating the extent of aggregation of the biopharmaceutical from a standard calibration curve using the measured R 2 of water, wherein the R 2 is measured using nuclear magnetic resonance or magnetic resonance imaging.
Composite rod to keep two elements apart a determined distance, carrying the loads between them, wherein the rod comprises: • two hollow bodies, an outer body and an inner body, each one of the two bodies able to withstand the loads, providing a double path load, • two rod ends, one at each end of the structure comprised by the two bodies (1, 2), • the inner body's inner diameter is bigger in substantially the centre of the structure than in the edges, characterized in that: • the two bodies are made of a composite structure, and • between the two bodies the rod comprises a conductor material, preferably at least one layer of copper foil. • two hollow bodies, an outer body and an inner body, each one of the two bodies able to withstand the loads, providing a double path load, • two rod ends, one at each end of the structure comprised by the two bodies (1, 2), • the inner body's inner diameter is bigger in substantially the centre of the structure than in the edges, • the two bodies are made of a composite structure, and • between the two bodies the rod comprises a conductor material, preferably at least one layer of copper foil.
An optical wireless communications, OWC, transmitter, comprising: a laser diode; a bias current delivery circuit for delivering a bias current to the laser diode suitable for bipolar modulation; a modulator for injecting a bipolar modulation current to the laser diode superposed with the bias current; a temperature sensor for sensing a temperature associated with the laser diode; and a controller adapted to set the bias current and the current modulation depth in dependence on the sensed temperature, where the modulation depth is selected based on the sensed temperature and to achieve a target operating condition, the target operating condition being a data transmissions rate and where the bias current is set to a lowest possible level with the current modulation depth selected, and when a higher data transmission rate is needed the modulation depth is increased taking into account a current upper limit. a laser diode; a bias current delivery circuit for delivering a bias current to the laser diode suitable for bipolar modulation; a modulator for injecting a bipolar modulation current to the laser diode superposed with the bias current; a temperature sensor for sensing a temperature associated with the laser diode; and a controller adapted to set the bias current and the current modulation depth in dependence on the sensed temperature, where the modulation depth is selected based on the sensed temperature and to achieve a target operating condition, the target operating condition being a data transmissions rate and where the bias current is set to a lowest possible level with the current modulation depth selected, and when a higher data transmission rate is needed the modulation depth is increased taking into account a current upper limit.
A method for a wireless Near Field Communication between a NFC enabled device and a NFC capable mobile telecommunication end device, the method comprising transferring data via NFC from the NFC enabled device to the NFC capable mobile telecommunication end device, wherein at least some of the transferred data represent a code in a descriptive web interface language, generating further data by the NFC capable mobile telecommunication end device in response to the transferred data, wherein the further data are indicative for a user interaction between the NFC capable mobile telecommunication end device and a user of the NFC capable mobile telecommunication end device, and retransferring via NFC the generated further data from the NFC capable mobile telecommunication end device to the NFC enabled device.
An electrical device for providing an output depending on an electrical input, wherein the electrical device is a lamp; and wherein the electrical device is adapted for being connected to a direct current power grid system for receiving the electrical input from the DC power grid system, wherein the DC power grid system is provided with a modifying unit for modifying the electrical input to the electrical device; wherein the electrical device comprises: - a light generating unit, and a driving unit for driving the light generating unit, - an electrical input detection unit comprising - a measuring unit arranged for measuring the electrical input, the electrical input being a DC voltage supplied to the electrical device; - a control signal determination unit arranged for determining a control signal to be applied to the light generating unit of the electrical device depending on the measured electrical input; characterized in that the electrical device is adapted to provide a constant output, if the electrical input is in a first electrical input range, and a dependent output, if the electrical input is in a second electrical input range, wherein the dependent output depends on the electrical input, wherein the electrical device is adapted such that in the second electrical input range the dependence of the output on the electrical input forms a step function; or a hysteresis function; and/or such that the output is modifiable by modifying the electrical input, only if the electrical input has been in the second electrical input range for a predefined time; wherein the electrical inputs within the second electrical input range is assigned to different colors of the lamp such that the lamp can be switched between different colors depending on the electrical input. - a light generating unit, and a driving unit for driving the light generating unit, - an electrical input detection unit comprising - a measuring unit arranged for measuring the electrical input, the electrical input being a DC voltage supplied to the electrical device; - a control signal determination unit arranged for determining a control signal to be applied to the light generating unit of the electrical device depending on the measured electrical input; characterized in that the electrical device is adapted to provide a constant output, if the electrical input is in a first electrical input range, and a dependent output, if the electrical input is in a second electrical input range, wherein the dependent output depends on the electrical input, wherein the electrical device is adapted such that in the second electrical input range the dependence of the output on the electrical input forms a step function; or a hysteresis function; and/or such that the output is modifiable by modifying the electrical input, only if the electrical input has been in the second electrical input range for a predefined time; wherein the electrical inputs within the second electrical input range is assigned to different colors of the lamp such that the lamp can be switched between different colors depending on the electrical input.
An antibody or antigen-binding fragment thereof that specifically binds to a lysyl oxidase-like 2 (LOXL2) protein, and inhibits the enzyme activity of the LOXL2 protein, wherein the inhibition is non-competitive, which is an isolated antibody, wherein the antibody or fragment thereof competes for binding to LOXL2 with another antibody that specifically binds to a region of LOXL2 comprising SEQ ID NO: 6.
Method for producing a composite pane, which comprises the following steps: a) providing a carrier film having an infrared-reflecting coating, b) placing a first laminating film (4.1) on the infrared-reflecting coating of the carrier film, c) joining the carrier film and the first laminating film (4.1) to form a bilayer, wherein the carrier film and the first laminating film (4.1) are unrolled from a roll in each case, are joined to form a bilayer, and the bilayer is rolled onto a roll, d) arranging the bilayer on an outer pane or an inner pane such that the first laminating film (4.1) lies areally on the outer pane or the inner pane and arranging a second laminating film (4.2) on the bilayer such that the second laminating film (4.2) lies areally on the carrier film, e) placing an outer pane or an inner pane on the second laminating film (4.2), f) autoclaving the layer stack, comprising - outer pane, - bilayer made of the first laminating film (4.1) and the carrier film having an infrared-reflecting coating, - second laminating film (4.2), and - inner pane to form a composite pane, wherein the carrier film and the first laminating film (4.1) are joined in step c) under pressure at a temperature of 45°C to 65°C to form a bilayer, and wherein in step d), before the placement of the second laminating film (4.2), the carrier film having an infrared-reflecting coating is removed at least in one edge region of the composite pane. a) providing a carrier film having an infrared-reflecting coating, b) placing a first laminating film (4.1) on the infrared-reflecting coating of the carrier film, c) joining the carrier film and the first laminating film (4.1) to form a bilayer, wherein the carrier film and the first laminating film (4.1) are unrolled from a roll in each case, are joined to form a bilayer, and the bilayer is rolled onto a roll, d) arranging the bilayer on an outer pane or an inner pane such that the first laminating film (4.1) lies areally on the outer pane or the inner pane and arranging a second laminating film (4.2) on the bilayer such that the second laminating film (4.2) lies areally on the carrier film, e) placing an outer pane or an inner pane on the second laminating film (4.2), f) autoclaving the layer stack, comprising - outer pane, - bilayer made of the first laminating film (4.1) and the carrier film having an infrared-reflecting coating, - second laminating film (4.2), and - inner pane - outer pane, - bilayer made of the first laminating film (4.1) and the carrier film having an infrared-reflecting coating, - second laminating film (4.2), and - inner pane
A display device comprising: a display panel that displays an image; a plurality of light-emitting sources that radiates light toward the display panel from a back surface side of the display panel, and is arranged in a matrix along the display panel; a back plate where the light-emitting sources are mounted; and a reflection sheet that is attached to the back plate, provided with insertion holes, and reflects light radiated from the light-emitting sources, the light-emitting sources being inserted into the insertion holes respectively, wherein the back plate has a plurality of protrusions that causes portions of the reflection sheet to bulge out toward the display panel with the reflection sheet being attached to the back plate; and characterized in that the back plate has, on a peripheral edge part, an inclined section that is increasingly closer to the display panel toward an end of a peripheral edge, and the reflection sheet is attached to the inclined section. a display panel that displays an image; a plurality of light-emitting sources that radiates light toward the display panel from a back surface side of the display panel, and is arranged in a matrix along the display panel; a back plate where the light-emitting sources are mounted; and a reflection sheet that is attached to the back plate, provided with insertion holes, and reflects light radiated from the light-emitting sources, the light-emitting sources being inserted into the insertion holes respectively, wherein the back plate has a plurality of protrusions that causes portions of the reflection sheet to bulge out toward the display panel with the reflection sheet being attached to the back plate; and characterized in that the back plate has, on a peripheral edge part, an inclined section that is increasingly closer to the display panel toward an end of a peripheral edge, and the reflection sheet is attached to the inclined section.
A work vehicle, comprising: - an engine; - a hood enclosure at least partially surrounding an engine compartment and extending between a forward end and an aft end, the hood enclosure including a front grille disposed at the forward end and a secondary grille spaced apart from the front grille, the hood enclosure at least partially defining an airflow compartment; - a baffle extending within the hood enclosure so as to separate the engine compartment from the airflow compartment; - a heat exchanger disposed in the airflow compartment between the front grille and the engine; and - at least one cooling fan (50, 52, 150, 182), the at least one cooling fan (50, 52, 150, 182) being configured to generate a reversible airflow (56, 58) within the airflow compartment between the front grille and the secondary grille, characterized in that the at least one cooling fan is disposed in the airflow compartment between the heat exchanger and the engine and the work vehicle further comprising a controller configured to control operation of the at least one fan (50, 52, 150, 182) based on an airflow parameter of the work vehicle, wherein the airflow parameter comprises at least one of direction of travel (64, 66) of the work vehicle and ambient air temperature. - an engine; - a hood enclosure at least partially surrounding an engine compartment and extending between a forward end and an aft end, the hood enclosure including a front grille disposed at the forward end and a secondary grille spaced apart from the front grille, the hood enclosure at least partially defining an airflow compartment; - a baffle extending within the hood enclosure so as to separate the engine compartment from the airflow compartment; - a heat exchanger disposed in the airflow compartment between the front grille and the engine; and - at least one cooling fan (50, 52, 150, 182), the at least one cooling fan (50, 52, 150, 182) being configured to generate a reversible airflow (56, 58) within the airflow compartment between the front grille and the secondary grille, characterized in that the at least one cooling fan is disposed in the airflow compartment between the heat exchanger and the engine and the work vehicle further comprising a controller configured to control operation of the at least one fan (50, 52, 150, 182) based on an airflow parameter of the work vehicle, wherein the airflow parameter comprises at least one of direction of travel (64, 66) of the work vehicle and ambient air temperature.
An apparatus comprising: an assembly for supporting a plurality of photovoltaic panels above a ground; a plurality of poles configured to support the assembly and the plurality of photovoltaic panels, wherein one or more of the plurality of poles (120,170,216,286,318,268,614) each comprises: a fixed portion (118,168,228,278,422,522,610,710,818,916,968) configured to be fixed on the ground, and a moveable portion (116,166,224,274,332,386,430,530,608,714,814,926,978) configured to be moveably coupled to at least one of: the fixed portion or the assembly, wherein the moveable portion is configured to: at a closed configuration of a pole of the one or more of the plurality of poles, support the assembly by being coupled to the fixed portion, and at an open configuration of the pole, be detached from at least one of: the fixed portion; or the assembly, wherein the assembly remains in the same place at the closed and the open configuration. an assembly for supporting a plurality of photovoltaic panels above a ground; a plurality of poles configured to support the assembly and the plurality of photovoltaic panels, wherein one or more of the plurality of poles (120,170,216,286,318,268,614) each comprises: a fixed portion (118,168,228,278,422,522,610,710,818,916,968) configured to be fixed on the ground, and a moveable portion (116,166,224,274,332,386,430,530,608,714,814,926,978) configured to be moveably coupled to at least one of: the fixed portion or the assembly, wherein the moveable portion is configured to: at a closed configuration of a pole of the one or more of the plurality of poles, support the assembly by being coupled to the fixed portion, and at an open configuration of the pole, be detached from at least one of: the fixed portion; or the assembly, wherein the assembly remains in the same place at the closed and the open configuration.
A system for preparing a customized osteochondral graft, the system comprising: a database comprising information related to a plurality of allografts; a processor configured to: receive a description of a host site; select a first allograft from the database such that the first allograft is suitable for transplantation to the host site; determine an amount of bending suitable to conform the first allograft to the host site; and determine a groove pattern for the first allograft based on the determined amount of bending, wherein: the groove pattern, if cut into the first allograft provides a customized allograft conforming to the host site. a database comprising information related to a plurality of allografts; a processor configured to: receive a description of a host site; select a first allograft from the database such that the first allograft is suitable for transplantation to the host site; determine an amount of bending suitable to conform the first allograft to the host site; and determine a groove pattern for the first allograft based on the determined amount of bending, wherein: receive a description of a host site; select a first allograft from the database such that the first allograft is suitable for transplantation to the host site; determine an amount of bending suitable to conform the first allograft to the host site; and determine a groove pattern for the first allograft based on the determined amount of bending, wherein: the groove pattern, if cut into the first allograft provides a customized allograft conforming to the host site.