mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling a medical device,, comprising: a radio frequency, RF, circuit configured to exchange RF signals with the medical device; a memory device; and a processing device connected to the RF circuit and the memory device and configured to employ a selected one of at least two wireless communication protocols to exchange, via the RF circuit, RF signals with the medical device, wherein the at least two wireless communication protocols comprises a first communication protocol that is employed by the processing device to pair the device with the medical device to securely send secure information chosen from configuration data, medical device operation data, and control signals to operate the medical device, and a second communication protocol that is employed by the processing device to pair with one or more devices different from the medical device and to send information chosen from medical device data and notifications that requires less security than the secure information to the one or more other devices, wherein the device is configured to constrain the secure information chosen from the configuration data, the medical device operation date, and the control signals to communication via the first communication protocol by providing the secure information with metadata to signify that the first communication protocol is needed to exchange the secure information between the device and the medical device and to preclude communication of the secured information to the one or more other devices that do not also employ the first communication protocol. a radio frequency, RF, circuit configured to exchange RF signals with the medical device; a memory device; and a processing device connected to the RF circuit and the memory device and configured to employ a selected one of at least two wireless communication protocols to exchange, via the RF circuit, RF signals with the medical device, wherein the at least two wireless communication protocols comprises a first communication protocol that is employed by the processing device to pair the device with the medical device to securely send secure information chosen from configuration data, medical device operation data, and control signals to operate the medical device, and a second communication protocol that is employed by the processing device to pair with one or more devices different from the medical device and to send information chosen from medical device data and notifications that requires less security than the secure information to the one or more other devices, wherein the device is configured to constrain the secure information chosen from the configuration data, the medical device operation date, and the control signals to communication via the first communication protocol by providing the secure information with metadata to signify that the first communication protocol is needed to exchange the secure information between the device and the medical device and to preclude communication of the secured information to the one or more other devices that do not also employ the first communication protocol.
A fusion protein comprising a fragment of IL-37, wherein the fragment of IL-37 consists of amino acids 46-206 of isoform B of IL-37, and a heavy chain portion of an antibody comprising an IgG-Fc sequence.
A semiconductor humidity sensor device, comprising: - a substrate comprising a main surface, - a sensor region on, above, or embedded in the main surface, - a sensor element in the sensor region, and - a coating layer above the main surface, the coating layer encompassing the sensor region, - wherein the sensor element is completely covered by the coating layer, - the coating layer is formed of a material that can be penetrated by moisture, - a trench is formed in the coating layer around the sensor region, the trench providing drainage of a liquid from the coating layer, - the coating layer has an upper surface facing away from the substrate, the upper surface being plane in an area surrounded by the trench, and - the sensor element is a humidity sensor, characterized in that - a hydrophilic liner is arranged between the main surface and the coating layer, and - the hydrophilic liner is exposed in the trench. - a substrate comprising a main surface, - a sensor region on, above, or embedded in the main surface, - a sensor element in the sensor region, and - a coating layer above the main surface, the coating layer encompassing the sensor region, - wherein the sensor element is completely covered by the coating layer, - the coating layer is formed of a material that can be penetrated by moisture, - a trench is formed in the coating layer around the sensor region, the trench providing drainage of a liquid from the coating layer, - the coating layer has an upper surface facing away from the substrate, the upper surface being plane in an area surrounded by the trench, and - the sensor element is a humidity sensor, characterized in that - a hydrophilic liner is arranged between the main surface and the coating layer, and - the hydrophilic liner is exposed in the trench.
Composition comprising an effective amount of at least one inhibitor of a miRNA involved in the angiogenesis, wherein said inhibitor is microencapsulated into polymeric biodegradable and biocompatible microspheres, wherein at least 50% of said microspheres are presenting a diameter comprised between 5 and 15 μm, and wherein the said at least one inhibitor consists of an antisense oligonucleotide targeting or being complementary to miR-92a.
A display device comprising: a thin film transistor (204, 402) comprising an active layer (304, 305) comprising crystalline silicon over a substrate (201,301); an electrode (207a, 328) above the thin film transistor (204, 402), which is electrically connected to the thin film transistor (204, 402); an anode (207b, 329) formed on and in contact with the electrode; a light-emitting layer (209, 210, 211, 331, 332) over the anode (207b, 329); a cathode (212, 333) over the light-emitting layer (209, 210, 211, 331, 332); and an opposing substrate over the cathode (212, 333), wherein the electrode (207a, 328) comprises silver, and wherein the anode (207b, 329) comprises a transparent oxide conductive material. a thin film transistor (204, 402) comprising an active layer (304, 305) comprising crystalline silicon over a substrate (201,301); an electrode (207a, 328) above the thin film transistor (204, 402), which is electrically connected to the thin film transistor (204, 402); an anode (207b, 329) formed on and in contact with the electrode; a light-emitting layer (209, 210, 211, 331, 332) over the anode (207b, 329); a cathode (212, 333) over the light-emitting layer (209, 210, 211, 331, 332); and an opposing substrate over the cathode (212, 333), wherein the electrode (207a, 328) comprises silver, and wherein the anode (207b, 329) comprises a transparent oxide conductive material.
A rubber composition obtained by mixing 30 to 80 parts by mass of carbon black, whose DBP absorption value, CTAB adsorption specific surface area and an average amount of surface acidic functional groups satisfy the following relational formulas to, into 100 parts by mass of a rubber component, wherein macrodispersion D(%) of carbon black in the rubber composition is 1% or more and less than 10% and wherein the macrodispersion D(%) is evaluated by using an image analysis of a cut surface sample in an unvulcanized rubber composition by the steps of four arbitrarily selected optical images are gathered from the cut surface, surface defects having a size larger than 10 μm are measured according to an image analysis procedure, a total defect area per an inspection unit area is obtained, an undispersed area% is calculated by the following formula, and the undispersed area% corresponds to the macrodispersion D(%); DBP absorption value cm 3 / 100 g < 3.0 × CTAB adsorption specific surface area m 2 / g − 270 DBP absorption value cm 3 / 100 g < 115 and CTAB adsorption specific surface area m 2 / g < 230 0.20 ≤ average amount of surface acidic functional groups μeq / m 2 ≤ 2.00 undispersed area % = 1 Am ∑ i = 1 m Ni Π Di 2 4 wherein Am denotes surface area of all samples inspected, Ni denotes number of defects having a size of Di, Di denotes a diameter of a circle having the same area as that of the defect, which is equivalent circle diameter, and m denotes number of images. four arbitrarily selected optical images are gathered from the cut surface, surface defects having a size larger than 10 μm are measured according to an image analysis procedure, a total defect area per an inspection unit area is obtained, an undispersed area% is calculated by the following formula, and the undispersed area% corresponds to the macrodispersion D(%);
An agricultural machine, in particular a mowing unit combination, having at least two working units (3, 4, 5, 40, 50), which are arranged one behind the other in the direction of travel and cover neighboring travel lanes offset to one another in terms of lane, wherein at least one the working units, by means of a transverse drive (6, 7, 60, 70), is adjustable transversally to the direction of travel relative to the other working unit(s), as well as having an electronic control device for the control of the travel lanes passed over by the working units (3, 4, 5, 40, 50), wherein the control device comprises a crop edge detection device for detecting the course and/or the position of a crop edge, and a steering angle control unit for providing a steering angle signal depending on the detected course and/or the detected position of the crop edge, characterized in that an overlap detection unit for the detection of the overlap (U1, U2, U3, U4) of the travel lanes of the working units measures the actual travel lane overlap of the working units by means of at least one contactless-operating overlapping sensor (11, 12), and an overlap control unit for the control of the transverse drive (6, 7, 60, 70) is provided depending on the measured, actual travel lane overlap
A wave rotor (10, 110) comprising a rotor drum mounted for rotation about a central axis of the wave rotor, the rotor drum formed to include a plurality of rotor passages (26, 126) that extend along the central axis, a first end plate (16, 116) aligned axially with the rotor drum and formed to include a port aperture (24, 124) extending axially through the first end plate (16, 116) along an arc around the central axis and aligned radially with the rotor passages (26, 126), and a first canceling resonator (18A, 118A, 218) including a body (30A, 130A) and a neck (32A, 132A) that cooperate to define a cavity (34A, 134A), wherein the neck is narrower than the body and is formed to include a mouth (36A, 136A) positioned adjacent to the port aperture (24, 124); wherein the first end plate (16, 116) includes a leading edge wall (50, 150) and a trailing edge wall (52, 152) spaced apart circumferentially from the leading edge wall to form portions of the port aperture (24, 124), the rotor passages (26, 126) are configured to rotate in a direction from the leading edge wall to the trailing edge wall, the mouth (36A, 136A) is positioned adjacent to the leading edge wall, and the first canceling resonator (18A, 118A, 218) extends circumferentially away from the port aperture (24, 124); or wherein the first end plate includes a leading edge wall, a trailing edge wall spaced apart circumferentially from the leading edge wall, a radial outer wall interconnecting the leading edge wall and the trailing edge wall, and a radial inner wall radially spaced apart from the radial outer wall and interconnecting the leading edge wall and the trailing edge wall to form the port aperture, the mouth is positioned adjacent to one of the radial outer wall and the radial inner wall, and the first canceling resonator extends radially away from the port aperture.
A method for quantitatively measuring strength and affinity of an interaction between a first membrane protein or part thereof and a second membrane or soluble protein or part thereof comprising: (a) providing a host mammalian cell including a detectable gene (reporter gene) having a binding site for a transcription factor, such that the detectable gene expresses a measurable detectable product when the detectable gene is transcriptionally activated; (b) expressing in the host mammalian cell the first protein or part thereof, the first protein or part thereof being attached through a suitable first linker to a C-terminal sub-domain of a human ubiquitin (Cub) and the transcription factor; (c) expressing in the host mammalian cell the second protein or part thereof, the second protein or part thereof being attached to a wild-type N-terminal sub-domain of the human ubiquitin protein (Nub) through a second suitable linker; and (d) measuring an expression output of the detectable product as a measure of the amount of interaction between the first and the second proteins, wherein the first linker and the second linker is a peptide comprising the amino acid sequence (GGGGS)n, wherein "n" is an integer equal to or larger than 1, and wherein the detectable gene includes a fluorescent reporter gene and the detectable product is luciferase. (a) providing a host mammalian cell including a detectable gene (reporter gene) having a binding site for a transcription factor, such that the detectable gene expresses a measurable detectable product when the detectable gene is transcriptionally activated; (b) expressing in the host mammalian cell the first protein or part thereof, the first protein or part thereof being attached through a suitable first linker to a C-terminal sub-domain of a human ubiquitin (Cub) and the transcription factor; (c) expressing in the host mammalian cell the second protein or part thereof, the second protein or part thereof being attached to a wild-type N-terminal sub-domain of the human ubiquitin protein (Nub) through a second suitable linker; and (d) measuring an expression output of the detectable product as a measure of the amount of interaction between the first and the second proteins, wherein the first linker and the second linker is a peptide comprising the amino acid sequence (GGGGS)n, wherein "n" is an integer equal to or larger than 1, and wherein the detectable gene includes a fluorescent reporter gene and the detectable product is luciferase.
A method of sharing optical spectrum between a plurality of users of a submarine optical system including Submarine Line Terminating Equipment (SLTE), a spectrum partitioning device and a wet plant, the method comprising the spectrum partitioning device: receiving one or more optical signals from the plurality of users of the submarine optical system, wherein each of the plurality of users are assigned a slice of optical spectrum on the submarine optical system, wherein each of the slices of the optical spectrum is defined with a total output power and a power spectral density mask that is monitored for compliance thereto; optically monitoring each of the one or more optical signals which are from the Submarine Line Terminating Equipment SLTE that is separate from the spectrum partitioning device to determine optical compliance, with one or more constraints related to spectrum width and total output power of each of the optical signals; and based on the optical monitoring, one of i) adding the one or more optical signals to the wet plant of the submarine optical system which is separate from the spectrum partitioning device and the SLTE if compliant with the one or more constraints and ii) adding a power management signal for a specific slice which is not compliant by being below a defined threshold for a total output power and/or a power spectral density mask. receiving one or more optical signals from the plurality of users of the submarine optical system, wherein each of the plurality of users are assigned a slice of optical spectrum on the submarine optical system, wherein each of the slices of the optical spectrum is defined with a total output power and a power spectral density mask that is monitored for compliance thereto; optically monitoring each of the one or more optical signals which are from the Submarine Line Terminating Equipment SLTE that is separate from the spectrum partitioning device to determine optical compliance, with one or more constraints related to spectrum width and total output power of each of the optical signals; and based on the optical monitoring, one of i) adding the one or more optical signals to the wet plant of the submarine optical system which is separate from the spectrum partitioning device and the SLTE if compliant with the one or more constraints and ii) adding a power management signal for a specific slice which is not compliant by being below a defined threshold for a total output power and/or a power spectral density mask.
A method, performed by multiple first apparatuses (1, 1-1, 1-2, 1-3), comprising: automatically and repeatedly obtaining, by each of said first apparatuses (1, 1-1, 1-2, 1-3), information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3); measuring, by each of said first apparatuses (1, 1-1, 1-2, 1-3), an ambient pressure for obtaining said information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3); and automatically and repeatedly sending.or triggering sending, by each of said first apparatuses (1, 1-1, 1-2, 1-3), at least a part of said obtained information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3), wherein said information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3) is at least sent as advertising data using at least one advertising channel. automatically and repeatedly obtaining, by each of said first apparatuses (1, 1-1, 1-2, 1-3), information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3); measuring, by each of said first apparatuses (1, 1-1, 1-2, 1-3), an ambient pressure for obtaining said information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3); and automatically and repeatedly sending.or triggering sending, by each of said first apparatuses (1, 1-1, 1-2, 1-3), at least a part of said obtained information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3), wherein said information representative of an ambient pressure at a respective first apparatus (1, 1-1, 1-2, 1-3) is at least sent as advertising data using at least one advertising channel.
A method of sharing content by a first communication device, the method comprising the steps of: executing, by a processor of the first communication device, an interactive service between the first communication device and a second communication device; receiving, by the processor, a content share request via a content share icon on a screen of the first communication device; transmitting, by the processor, the content share request to the second communication device; receiving, by the processor, a content share acceptance signal indicating that the content share request is accepted from the second communication device; transmitting, by the processor, the content share request to a peripheral device (30_(1-n)) of the first communication device; receiving, by the processor, information about at least one of content and content-related information from the peripheral device (30_(1-n)) of the first communication device in response to the content share request; and transmitting, by the processor, the received information to the second communication device. executing, by a processor of the first communication device, an interactive service between the first communication device and a second communication device; receiving, by the processor, a content share request via a content share icon on a screen of the first communication device; transmitting, by the processor, the content share request to the second communication device; receiving, by the processor, a content share acceptance signal indicating that the content share request is accepted from the second communication device; transmitting, by the processor, the content share request to a peripheral device (30_(1-n)) of the first communication device; receiving, by the processor, information about at least one of content and content-related information from the peripheral device (30_(1-n)) of the first communication device in response to the content share request; and transmitting, by the processor, the received information to the second communication device.
Node-less fish farming grid, having a knitted grid structure consisting of supporting and binding threads (1.1,... 1.4; 2.1,..., 2.4, 3.1,..., 3.4), wherein transverse grid webs are in each case formed by mutually contiguous portions of at least two adjacent meandering supporting threads (1.1,... 1.4; 2.1,..., 2.4), and wherein longitudinal grid webs are formed in each case by mutually contiguous portions of at least two supporting threads (1.1,... 1.4; 2.1,..., 2.4), said longitudinal grid webs being entwined with at least one mesh consisting of at least one binding thread (3.1,..., 3.4), characterized in that the longitudinal grid webs and the transverse grid webs running transversely with respect thereto form a rectangular or square grid structure which is coated on both sides or completely with a coating of thermoplastic material.
Coating system for concrete surfaces, comprising - a base coat having a solvent-free 2K EP coating material consisting of EP resin with a low molecular weight cured by a modified cycloaliphatic polyamine, wherein the 2K EP coating material comprises, as an EP liquid resin, a bisphenol A/F resin, bisphenol A resin or bisphenol F resin with a low molecular weight, having an EP equivalent mass of less than 220, and - a top coat, wherein the top coat is selected from a top coat - comprising a water-dilutable 2K polyurethane paint based on a polyaspartic-based or polyol-based high-solids 2K polyurethane paint. - a base coat having a solvent-free 2K EP coating material consisting of EP resin with a low molecular weight cured by a modified cycloaliphatic polyamine, wherein the 2K EP coating material comprises, as an EP liquid resin, a bisphenol A/F resin, bisphenol A resin or bisphenol F resin with a low molecular weight, having an EP equivalent mass of less than 220, and - a top coat, wherein the top coat is selected from a top coat - comprising a water-dilutable 2K polyurethane paint based on a polyaspartic-based or polyol-based high-solids 2K polyurethane paint. - comprising a water-dilutable 2K polyurethane paint based on a polyaspartic-based or polyol-based high-solids 2K polyurethane paint.
A method for increasing the expression level of a transgene in fungal cells, comprising: introducing a genetic alteration into the fungal cells, which genetic alteration reduces the amount of RNA interference in the cells compared to the amount of RNA interference in the absence of the genetic alteration, wherein the genetic alteration comprises a disruption of the Dicer-like genes dcl-1 and dcl-2; and introducing the transgene for expressing a protein of interest into the cells. introducing a genetic alteration into the fungal cells, which genetic alteration reduces the amount of RNA interference in the cells compared to the amount of RNA interference in the absence of the genetic alteration, wherein the genetic alteration comprises a disruption of the Dicer-like genes dcl-1 and dcl-2; and introducing the transgene for expressing a protein of interest into the cells.