mhurhangee/ep-ind-claims huggingface dataset:
A dual surface-treated injection molding article, comprising: an injection molding substrate formed from a light-transmissive semi-transparent or transparent material; a first print layer formed by etching or removing parts of a first physical vapor deposition, PVD, layer formed by depositing a metal, said first PVD layer formed on the inner surface of the molding substrate; a first paint layer formed on the inner surface of the injection molding substrate; a second print layer formed by a second PVD layer formed by depositing a metal, said second PVD layer being formed on the outer surface of the injection molding substrate at an area exposed by a masking layer formed after the first print layer is formed and which, after the second PVD layer has been formed, is etched or removed; and a second paint layer formed on the outer surface of the injection molding substrate, said second paint layer being transparent. an injection molding substrate formed from a light-transmissive semi-transparent or transparent material; a first print layer formed by etching or removing parts of a first physical vapor deposition, PVD, layer formed by depositing a metal, said first PVD layer formed on the inner surface of the molding substrate; a first paint layer formed on the inner surface of the injection molding substrate; a second print layer formed by a second PVD layer formed by depositing a metal, said second PVD layer being formed on the outer surface of the injection molding substrate at an area exposed by a masking layer formed after the first print layer is formed and which, after the second PVD layer has been formed, is etched or removed; and a second paint layer formed on the outer surface of the injection molding substrate, said second paint layer being transparent.
The use of an adhesion composition as a component in a water-based ink, the adhesion composition comprising: (a) a first polymer selected from acrylic polymers; (b) a second polymer different than said first polymer and consisting essentially of one or more ethylene-acrylic acid copolymer(s); (c) surfactant; and (d) water, where the amount of said water, said first polymer and said second polymer is sufficient to provide the composition with a solids content of greater than 30% based on the total weight of components (a) - (d) in the adhesion composition and where said first polymer and said second polymer consist of solid particles having a D50 particle size of from 10 nanometers (nm) to 2000 nm: wherein the adhesion composition is present in the water-based ink in an amount of from 1 weight percent to 25 weight percent. (a) a first polymer selected from acrylic polymers; (b) a second polymer different than said first polymer and consisting essentially of one or more ethylene-acrylic acid copolymer(s); (c) surfactant; and (d) water, where the amount of said water, said first polymer and said second polymer is sufficient to provide the composition with a solids content of greater than 30% based on the total weight of components (a) - (d) in the adhesion composition and where said first polymer and said second polymer consist of solid particles having a D50 particle size of from 10 nanometers (nm) to 2000 nm: wherein the adhesion composition is present in the water-based ink in an amount of from 1 weight percent to 25 weight percent.
A pharmaceutical composition comprising Pemetrexed represented by formula I, a pharmaceutically acceptable organic amine and optionally containing one or more pharmaceutically acceptable excipients, wherein the organic amine is tromethamine and wherein tromethamine is present in amounts of 40 to 90% by weight of Pemetrexed of formula I, wherein said pharmaceutical composition is produced by a method comprising mixing Pemetrexed according to formula I in a solvent with tromethamine and optionally one or more pharmaceutically acceptable excipients, wherein the solvent is purged with an inert gas before, during or after mixing.
Floating power generation system, which has a sheet covering a liquid reservoir and a power generation unit, wherein the power generation unit has one or more modules for power generation and/or power conversion, preferably photovoltaic cells or solar collectors, which are connected to at least one supporting body or float (4, 5, 9), characterized in that - the power generation unit has one or more flat modules and is arranged on a surface of the sheet and is connected to said sheet, and in that - the supporting bodies or floats (4, 5, 9) have one or more sealed chambers that can be filled with a medium and also controllable or adjustable valve devices for filling and draining the medium into and out of the chambers, and in that - a pressure source and a device for controlling the filling of at least one of the chambers with medium are provided, and in that - the chambers are arranged in relation to the modules in such a way that the shape and extent or buoyancy of the supporting bodies or floats (4, 5, 9) and/or the position or alignment of the flat modules can be varied by the filling of the chambers. - the power generation unit has one or more flat modules and is arranged on a surface of the sheet and is connected to said sheet, and in that - the supporting bodies or floats (4, 5, 9) have one or more sealed chambers that can be filled with a medium and also controllable or adjustable valve devices for filling and draining the medium into and out of the chambers, and in that - a pressure source and a device for controlling the filling of at least one of the chambers with medium are provided, and in that - the chambers are arranged in relation to the modules in such a way that the shape and extent or buoyancy of the supporting bodies or floats (4, 5, 9) and/or the position or alignment of the flat modules can be varied by the filling of the chambers.
An isolated human monoclonal antibody, or antigen binding fragment thereof, that binds to human MASP-2 and inhibits MASP-2 dependent complement activation, wherein the antibody or antigen-binding fragment thereof comprises: a) a heavy chain variable region comprising the amino acid set forth in SEQ ID NO: 20; and b) a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 24. a) a heavy chain variable region comprising the amino acid set forth in SEQ ID NO: 20; and b) a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 24.
A jelly-roll type of electrode assembly in which a negative electrode sheet, a positive electrode sheet, and a separation membrane interposed between the negative electrode sheet and the positive electrode sheet are wound together, comprising: at least one electrode tab (140, 160) attached to the negative electrode sheet or the positive electrode sheet and at least a portion extending outside; and a heat radiation tape adhered to the electrode tab (140, 160), wherein the electrode tab (140, 160) to which the heat radiation tape is adhered is positioned between the center part of the wound electrode assembly and an external circumferential surface, or on the external circumferential surface, the electrode tab (140, 160) is attached to an uncoated region (115, 125) in which an active material is not formed among the surface of the negative electrode sheet or the positive electrode sheet, an adhesion area where the heat radiation tape is adhered is larger than an attachment area where the electrode tab (140, 160) is attached to the negative electrode sheet or the positive electrode sheet, the heat radiation tape is adhered to the uncoated region (115, 125) and the electrode tab (140, 160), the heat radiation tape includes a heat diffusion layer, and the heat diffusion layer includes at least one of graphite and a metal foil. at least one electrode tab (140, 160) attached to the negative electrode sheet or the positive electrode sheet and at least a portion extending outside; and a heat radiation tape adhered to the electrode tab (140, 160), wherein the electrode tab (140, 160) to which the heat radiation tape is adhered is positioned between the center part of the wound electrode assembly and an external circumferential surface, or on the external circumferential surface, the electrode tab (140, 160) is attached to an uncoated region (115, 125) in which an active material is not formed among the surface of the negative electrode sheet or the positive electrode sheet, an adhesion area where the heat radiation tape is adhered is larger than an attachment area where the electrode tab (140, 160) is attached to the negative electrode sheet or the positive electrode sheet, the heat radiation tape is adhered to the uncoated region (115, 125) and the electrode tab (140, 160), the heat radiation tape includes a heat diffusion layer, and the heat diffusion layer includes at least one of graphite and a metal foil.
A method for wireless communications, comprising: identifying a set of transmission parameters for transmission of data via a shared channel over multiple transmission time intervals, TTIs, the set of transmission parameters comprising a first subset of transmission parameters and a second subset of transmission parameters that is different from the first subset of transmission parameters; transmitting, to a user equipment UE, a multi-TTI grant comprising a base grant and an extended grant, wherein the base grant indicates the first subset of transmission parameters and the extended grant indicates the second subset of transmission parameters, and wherein the base grant and the extended grant are transmitted within the same TTI; and communicating with the UE in accordance with the first and second subsets of transmission parameters. identifying a set of transmission parameters for transmission of data via a shared channel over multiple transmission time intervals, TTIs, the set of transmission parameters comprising a first subset of transmission parameters and a second subset of transmission parameters that is different from the first subset of transmission parameters; transmitting, to a user equipment UE, a multi-TTI grant comprising a base grant and an extended grant, wherein the base grant indicates the first subset of transmission parameters and the extended grant indicates the second subset of transmission parameters, and wherein the base grant and the extended grant are transmitted within the same TTI; and communicating with the UE in accordance with the first and second subsets of transmission parameters.
A system for differentiating between a pelvic floor muscles, PFM, ascent/contraction and a PFM descent/strain of a subject, the system comprising: a vaginal probe device including a housing which contains an orientation sensor and is configured to be located within the vaginal canal of the subject, in which the orientation sensor provides or measures a time sequence of data points, with each data point defining the measured orientation of the vaginal probe device at a particular point in time; a processor communicating with the vaginal probe device and configured to: receive data measured by the orientation sensor, process the orientation sensor data to monitor the orientation of the probe device inside the vaginal canal, in which the processor is further configured to (i) determine the direction of rotation of the probe device by monitoring a change in the orientation of the probe device; (ii) use the determined direction of rotation to determine whether there has been PFM ascent / contraction or a PFM descent/strain, and (iii) generate an output indicating a PFM ascent/contraction or a PFM descent/strain. a vaginal probe device including a housing which contains an orientation sensor and is configured to be located within the vaginal canal of the subject, in which the orientation sensor provides or measures a time sequence of data points, with each data point defining the measured orientation of the vaginal probe device at a particular point in time; a processor communicating with the vaginal probe device and configured to: receive data measured by the orientation sensor, process the orientation sensor data to monitor the orientation of the probe device inside the vaginal canal, in which the processor is further configured to (i) determine the direction of rotation of the probe device by monitoring a change in the orientation of the probe device; (ii) use the determined direction of rotation to determine whether there has been PFM ascent / contraction or a PFM descent/strain, and (iii) generate an output indicating a PFM ascent/contraction or a PFM descent/strain. receive data measured by the orientation sensor, process the orientation sensor data to monitor the orientation of the probe device inside the vaginal canal, in which the processor is further configured to (i) determine the direction of rotation of the probe device by monitoring a change in the orientation of the probe device; (ii) use the determined direction of rotation to determine whether there has been PFM ascent / contraction or a PFM descent/strain, and (iii) generate an output indicating a PFM ascent/contraction or a PFM descent/strain.
An array substrate for a liquid crystal display of the advanced super-dimensional switching type, the array substrate comprising: a base substrate; a data line and a common electrode line on the base substrate; and a first gate line and a second gate line on the base substrate, both the first gate line and the second gate line being insulated from and crossing both the data line and the common electrode line to define a sub-pixel, wherein the sub-pixel comprises: a pixel electrode on the base substrate; a common electrode on a side of the pixel electrode distal to the base substrate; and an insulating layer between the pixel electrode and the common electrode, wherein the common electrode comprises a plurality of slits, and the plurality of slits extend in the same direction as the data line; wherein the plurality of slits comprise a first slit close to the data line, the pixel electrode comprises a first side surface close to the data line, and an orthographic projection of the first side surface of the pixel electrode on the base substrate is located within an orthographic projection of the first slit on the base substrate; wherein the sub-pixel further comprises a light shielding portion, and an orthographic projection of the light shielding portion on the base substrate is located between an orthographic projection of the data line on the base substrate and an orthographic projection of the pixel electrode on the base substrate; and wherein the light shielding portion and the pixel electrode are located in the same layer. a base substrate; a data line and a common electrode line on the base substrate; and a first gate line and a second gate line on the base substrate, both the first gate line and the second gate line being insulated from and crossing both the data line and the common electrode line to define a sub-pixel, wherein the sub-pixel comprises: a pixel electrode on the base substrate; a common electrode on a side of the pixel electrode distal to the base substrate; and an insulating layer between the pixel electrode and the common electrode, a pixel electrode on the base substrate; a common electrode on a side of the pixel electrode distal to the base substrate; and an insulating layer between the pixel electrode and the common electrode, wherein the common electrode comprises a plurality of slits, and the plurality of slits extend in the same direction as the data line; wherein the plurality of slits comprise a first slit close to the data line, the pixel electrode comprises a first side surface close to the data line, and an orthographic projection of the first side surface of the pixel electrode on the base substrate is located within an orthographic projection of the first slit on the base substrate; wherein the sub-pixel further comprises a light shielding portion, and an orthographic projection of the light shielding portion on the base substrate is located between an orthographic projection of the data line on the base substrate and an orthographic projection of the pixel electrode on the base substrate; and wherein the light shielding portion and the pixel electrode are located in the same layer.
A modular stirrer for liquid or semi-liquid food products which can be fixed to a rotary shaft of a stirring machine, comprising: - a teaspoon-shaped stirring element; - a fixing body, equipped with first coupling means for coupling to said stirring element and second coupling means for coupling to said rotary shaft, positioned above said stirring element relative to an axis of extension according to a direction of vertical extension, wherein: - the second coupling means comprise a seat for receiving the rotary shaft; - said second coupling means are positioned outside the seat; - the second coupling means comprise at least one elastically compliant tab connected at one end to the seat; - and wherein the first coupling means comprise at least one elastic element, configured for retaining the stirring element. - a teaspoon-shaped stirring element; - a fixing body, equipped with first coupling means for coupling to said stirring element and second coupling means for coupling to said rotary shaft, positioned above said stirring element relative to an axis of extension according to a direction of vertical extension, wherein: - the second coupling means comprise a seat for receiving the rotary shaft; - said second coupling means are positioned outside the seat; - the second coupling means comprise at least one elastically compliant tab connected at one end to the seat; - and wherein the first coupling means comprise at least one elastic element, configured for retaining the stirring element.
Method for precipitation of lignin from an organosolv pulping liquor, comprising a mixture of water and at least one organic solvent and lignin which is dissolved in the mixture, in which the organosolv pulping liquor is introduced into an aqueous dispersion of lignin particles or into a filtrate of an aqueous dispersion of lignin particles, the at least one organic solvent being removed at least partially from the mixture produced by introduction of the organosolv pulping liquor into the aqueous dispersion so that the content of the at least one organic solvent in the mixture is kept lower than in the organosolv pulping liquor, wherein from the dissolved lignin a separate lignin-comprising phase is formed which is present in the mixture in a dispersed state. the organosolv pulping liquor is introduced into an aqueous dispersion of lignin particles or into a filtrate of an aqueous dispersion of lignin particles, the at least one organic solvent being removed at least partially from the mixture produced by introduction of the organosolv pulping liquor into the aqueous dispersion so that the content of the at least one organic solvent in the mixture is kept lower than in the organosolv pulping liquor, wherein from the dissolved lignin a separate lignin-comprising phase is formed which is present in the mixture in a dispersed state.
Fill level measurement device for determining the topology of a surface of a filling material or bulk material, comprising: a rotatable antenna unit having: an array of radiator elements for emitting a measurement signal towards a filling material surface and/or for receiving the measurement signal reflected from the filling material surface; and a high-frequency and signal processing unit, which is integrated in the antenna unit, for generating the measurement signal and for processing or for preprocessing the received reflected measurement signal; a power supply and communication unit which is coupled to the high-frequency and signal processing unit by means of a sliding contact or a pair of coils (303, 305) in order to supply said high-frequency and signal processing unit with the electrical power required for the measurement operation. a rotatable antenna unit having: an array of radiator elements for emitting a measurement signal towards a filling material surface and/or for receiving the measurement signal reflected from the filling material surface; and a high-frequency and signal processing unit, which is integrated in the antenna unit, for generating the measurement signal and for processing or for preprocessing the received reflected measurement signal; an array of radiator elements for emitting a measurement signal towards a filling material surface and/or for receiving the measurement signal reflected from the filling material surface; and a high-frequency and signal processing unit, which is integrated in the antenna unit, for generating the measurement signal and for processing or for preprocessing the received reflected measurement signal; a power supply and communication unit which is coupled to the high-frequency and signal processing unit by means of a sliding contact or a pair of coils (303, 305) in order to supply said high-frequency and signal processing unit with the electrical power required for the measurement operation.
Roofing underlayment comprising a carrier fleece that forms the underside facing the rafters when the roofing underlayment is being laid, a waterproof but water-vapor-permeable barrier layer arranged thereon, and a cover fleece which is arranged on the barrier layer and consists at least predominantly of polyester, wherein the barrier layer is a hot-melt adhesive film which does not contain polyester and which has migrated, at least in some regions, into the carrier fleece and the cover fleece so that the carrier fleece connects to the cover fleece, and said barrier layer extends to the top side of the roofing underlayment, such that the top side is formed both by portions of the barrier layer and by portions of the cover fleece and forms adhesive bonding surfaces for adhering an acrylate adhesive of an adhesive tape.
An endoscopic procedure simulator module comprising: a lesion indicating part having a discharge hole formed therein, through which a fluid is discharged to present a bleeding state; a module body to which the lesion indicating part is coupled, the module body having a fluid channel and a spacing space formed therein, wherein the fluid to be discharged through the discharge hole flows through the fluid channel and the spacing space is separated from the fluid channel; and a diaphragm provided in the spacing space of the module body so as to be expandable, wherein the diaphragm is expanded by a separate fluid injected into the spacing space and closes the discharge hole of the lesion indicating part, wherein the lesion indicating part has a syringe needle passage portion that is formed around the discharge hole thereof and through which a syringe needle configured to inject the separate fluid into the spacing space passes. a lesion indicating part having a discharge hole formed therein, through which a fluid is discharged to present a bleeding state; a module body to which the lesion indicating part is coupled, the module body having a fluid channel and a spacing space formed therein, wherein the fluid to be discharged through the discharge hole flows through the fluid channel and the spacing space is separated from the fluid channel; and a diaphragm provided in the spacing space of the module body so as to be expandable, wherein the diaphragm is expanded by a separate fluid injected into the spacing space and closes the discharge hole of the lesion indicating part, wherein the lesion indicating part has a syringe needle passage portion that is formed around the discharge hole thereof and through which a syringe needle configured to inject the separate fluid into the spacing space passes.