mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a cavity backed antenna for off-body communications, the cavity backed antenna comprising a substantially omnidirectional antenna element, a cavity filler, and a cavity back plate, the method comprising the steps of: a. selecting a position upon a user's body above an underlying bone (17, 22) of the user's body; b. determining mechanical and electrical characteristics of the user's body at the selected position; c. configuring the substantially omnidirectional antenna element (11, 21) for the mechanical and electrical characteristics of the user's body at the selected position; d. applying the substantially omnidirectional antenna element (11, 21) at the selected position above the underlying bone (17, 22) of the user's body, such that the underlying bone (17, 22) of the user's body forms the cavity back plate and the soft tissue (14, 15, 16, 23) of the user's body between the underlying bone (17, 22) and the substantially omnidirectional antenna element (11, 21) forms the cavity filler; such that the gain of the cavity backed antenna is concentrated in a direction away from the user's body. a. selecting a position upon a user's body above an underlying bone (17, 22) of the user's body; b. determining mechanical and electrical characteristics of the user's body at the selected position; c. configuring the substantially omnidirectional antenna element (11, 21) for the mechanical and electrical characteristics of the user's body at the selected position; d. applying the substantially omnidirectional antenna element (11, 21) at the selected position above the underlying bone (17, 22) of the user's body, such that the underlying bone (17, 22) of the user's body forms the cavity back plate and the soft tissue (14, 15, 16, 23) of the user's body between the underlying bone (17, 22) and the substantially omnidirectional antenna element (11, 21) forms the cavity filler;
A first node (110, 115, 135, 200) being arranged for an IP connection with a second node over an A interface between a Radio Access Network and a Circuit Switched Core Network, said IP connection comprising an RTP connection for user plane data and an associated RTCP connection for control signaling, the first node being arranged to have an RTP address for the RTP connection, the RTP address comprising an IP address and a UDP port, and being arranged to make a change to the RTP address and to signal said change by transmitting a change message to the second node (200, 135, 110, 115) over the RTCP connection and to receive an ACK message over the RTCP connection from the second node in response, the first node being arranged to, following said change to the RTP address, receive user plane data over the RTP connection from the second node at both its changed and unchanged RTP address and to initiate an Internal handover with Mobile Switching Centre support if said ACK message from the second node is not received within a defined time limit.
A composition comprising a mixture of galactooligosaccharides which comprises disaccharides Gal (ß1-3)-Glc; Gal (ß1-3)-Gal; Gal (ß1-6)-Gal; Gal (α1-6)-Gal; trisaccharides Gal (ß1-6)-Gal (ß1-4)-Glc; Gal (ß1-3)-Gal (ß1-4)-Glc; tetrasaccharide Gal (ß1-6)-Gal (ß1-6)-Gal (ß1-4)-Glc and pentasaccharide Gal (ß1-6)-Gal (ß1-6)-Gal (ß1-6)-Gal (ß1-4)-Glc for use in a method for preventing or reducing the risk of developing metabolic syndrome.
A source of bromide for use in the treatment of autism spectral disorder wherein the source of bromide is a bromide salt selected from potassium, sodium, ammonium, calcium or lithium salts, alone or mixtures of 2, 3, 4 or 5 of said salts and wherein the treatment involves the alleviation of one or more symptoms associated with ASD selected from reduced social interaction, absence of interest in others, preference to remain alone, repetitive behaviours, unusual interests or behaviours, absence of understanding of personal space boundaries, avoidance or resistance to physical contact, repetitive motions, routine behaviours, impulsivity, delays in social and learning skills.
A method for detecting an analyte comprising 2,4,6-trinitrotoluene, comprising: - providing an indicator solution, comprising a cation, an anion and a polar solvent; - interacting the indicator solution with the analyte; - photocatalytically induced forming of a complex, comprising the analyte and the anion, by means of UV exposure of the indicator solution interacting with the analyte; - fluorescence optically detecting the formed complex; and - optionally assigning a fluorescence signal recorded during the fluorescence optical detection to a quantity or to a concentration of the analyte, the cation being selected from: a tetraalkylammonium cation, a trialkylammonium cation, and a dialkylammonium cation, the anion being selected from: an acetate anion; a propionate anion; a butyrate anion; a carboxylate anion including a number of carbon atoms from 4 to 15; a phosphate anion; a hydrogen phosphate anion; a dihydrogen phosphate anion; a benzoate anion; a phenylacetate anion; a phenolate anion; a cyanide anion; a fluoride anion; a carbonate anion; a hydrogencarbonate anion; and a formate anion, the indicator solution comprising a polar, non-fluorescent solvent, and the UV exposure comprising an exposure of the indicator solution interacting with the analyte in a wavelength range of 255 to 300 nm. - providing an indicator solution, comprising a cation, an anion and a polar solvent; - interacting the indicator solution with the analyte; - photocatalytically induced forming of a complex, comprising the analyte and the anion, by means of UV exposure of the indicator solution interacting with the analyte; - fluorescence optically detecting the formed complex; and - optionally assigning a fluorescence signal recorded during the fluorescence optical detection to a quantity or to a concentration of the analyte, the cation being selected from: a tetraalkylammonium cation, a trialkylammonium cation, and a dialkylammonium cation, the anion being selected from: an acetate anion; a propionate anion; a butyrate anion; a carboxylate anion including a number of carbon atoms from 4 to 15; a phosphate anion; a hydrogen phosphate anion; a dihydrogen phosphate anion; a benzoate anion; a phenylacetate anion; a phenolate anion; a cyanide anion; a fluoride anion; a carbonate anion; a hydrogencarbonate anion; and a formate anion, an acetate anion; a propionate anion; a butyrate anion; a carboxylate anion including a number of carbon atoms from 4 to 15; a phosphate anion; a hydrogen phosphate anion; a dihydrogen phosphate anion; a benzoate anion; a phenylacetate anion; a phenolate anion; a cyanide anion; a fluoride anion; a carbonate anion; a hydrogencarbonate anion; and a formate anion, the indicator solution comprising a polar, non-fluorescent solvent, and the UV exposure comprising an exposure of the indicator solution interacting with the analyte in a wavelength range of 255 to 300 nm.
A holographic information display for a motor vehicle, wherein the holographic information display is adapted for receiving at least one information content from a vehicle device, wherein the information is displayed as at least a speedometer display, a tachometer display, a tank gauge display, a park assistance display, a cruise control display, a motor status display, and/or an air conditioner system display and wherein the holographic information display comprises: a receiver for receiving the at least one information content, an image processing unit determining a hologram of a display of the vehicle device such that the hologram has a plurality of layers separated in view line by a distance from each other, the hologram indicating the at least one information content, wherein the image processing unit determines the hologram by combining a stored image of the display of the vehicle device and the at least one information content, wherein the image processing unit comprises a decision unit for determining the priority of the at least one information content, and an assignment unit for assigning an information content to be displayed to one of the plurality of layers based on the priority determined; a holographic projector having a spatial light phase modulator generating the determined hologram and a coherent light source emitting towards the spatial light phase modulator for projecting a reconstructed hologram of the display of the vehicle device to present the at least one information content. a receiver for receiving the at least one information content, an image processing unit determining a hologram of a display of the vehicle device such that the hologram has a plurality of layers separated in view line by a distance from each other, the hologram indicating the at least one information content, wherein the image processing unit determines the hologram by combining a stored image of the display of the vehicle device and the at least one information content, wherein the image processing unit comprises a decision unit for determining the priority of the at least one information content, and an assignment unit for assigning an information content to be displayed to one of the plurality of layers based on the priority determined; a holographic projector having a spatial light phase modulator generating the determined hologram and a coherent light source emitting towards the spatial light phase modulator for projecting a reconstructed hologram of the display of the vehicle device to present the at least one information content.
A tire having insulation prepared from a rubber composition for insulation of a tire comprising: 0.2 to 4 parts by mass of an alkylphenol-sulfur chloride condensate, and 20 to 59 parts by mass of carbon black having a BET specific surface area of 25 to 50 m 2 /g, based on 100 parts by mass of a rubber component consisting of 30 to 85% by mass of a natural rubber and/or an isoprene rubber, 0 to 70% by mass of at least one styrene butadiene rubber selected from the group consisting of an emulsion-polymerized styrene butadiene rubber, a solution-polymerized styrene butadiene rubber and an emulsion-polymerized modified styrene butadiene rubber, and 0 to 60% by mass of a high cis 1,4-polybutadiene rubber and/or a butadiene rubber comprising 1,2-syndiotactic polybutadiene crystals. 0.2 to 4 parts by mass of an alkylphenol-sulfur chloride condensate, and 20 to 59 parts by mass of carbon black having a BET specific surface area of 25 to 50 m 2 /g, based on 100 parts by mass of a rubber component consisting of 30 to 85% by mass of a natural rubber and/or an isoprene rubber, 0 to 70% by mass of at least one styrene butadiene rubber selected from the group consisting of an emulsion-polymerized styrene butadiene rubber, a solution-polymerized styrene butadiene rubber and an emulsion-polymerized modified styrene butadiene rubber, and 0 to 60% by mass of a high cis 1,4-polybutadiene rubber and/or a butadiene rubber comprising 1,2-syndiotactic polybutadiene crystals.
A pharmaceutical composition for use in the treatment of an attention deficit disorder in an individual, the pharmaceutical composition comprising a therapeutically effective amount of methylphenidate and a therapeutically effective amount of cyproheptadine, wherein the cyproheptadine increases attentiveness and reduces an appetite reduction symptom of an attention deficit disorder in the individual, and wherein the pharmaceutical composition is a controlled release delivery platform.
Device for fixing a sensor to a tire, which device comprises at least one base provided with a seat adapted to house at least partially a first portion of at least one sensor for tires, and at least one cover adapted to house at least partially a second portion of the sensor, wherein the cover comprises at least one seat adapted to house at least partially the base, wherein the base comprises at least one first portion which is arranged adjacent to the seat of the base and at least one second portion which at least partially surrounds the seat of the base, wherein the cover comprises at least one first portion which is adapted to at least partially surround the seat of the cover and at least one second portion which is adapted to at least partially surround the second portion of the sensor, wherein the first portion of the base comprises at least one support surface on one side of the base opposite the second portion of the base, wherein the first portion of the cover comprises at least one support surface on a side of the cover opposite the second portion of the cover, wherein the support surface of the cover is adapted to be joined to an internal surface of a tire, characterized in that the first portion of the base comprises at least one protuberance that at least partially surrounds the first portion of the base.
A vacuum pump, comprising: a grating having a grating opening and a grating interior bounded by at least one grating surface; and a sublimation element located within the grating interior and being configured to sublimate and form a reactive film on the grating interior upon heating of the sublimation element above a sublimation temperature; the reactive film being effective to capture gas molecules entering the grating interior through the grating opening and contacting the reactive film. a grating having a grating opening and a grating interior bounded by at least one grating surface; and a sublimation element located within the grating interior and being configured to sublimate and form a reactive film on the grating interior upon heating of the sublimation element above a sublimation temperature; the reactive film being effective to capture gas molecules entering the grating interior through the grating opening and contacting the reactive film.
An apparatus comprising: a magnetic tunneling junction device comprising: a free layer; and a spin torque enhancing layer responsive to the free layer, wherein the spin torque enhancing layer comprises a nano-oxide layer and the magnetic tunneling junction device further comprises a capping layer adjacent to the spin torque enhancing layer, characterized in that the nano-oxide layer includes an oxidation layer of a non-magnetic metal alloy. a magnetic tunneling junction device comprising: a free layer; and a spin torque enhancing layer responsive to the free layer, a free layer; and a spin torque enhancing layer responsive to the free layer,
An ablation system comprising: a catheter having an ablation tip for transmitting a radiofrequency ablation electromagnetic wave; a locating system, operative with said catheter, so as to provide a location of at least said ablation tip in space; and a mechanism for monitoring a location of said ablation tip in space when ablation is being applied thereby, characterized in that said system includes an auto-sensing apparatus wherein the autosensing apparatus comprises a pickup coil, an amplifier, a band-pass filter, a rectifier and a comparator, configured so that an output of the pickup coil is fed to the amplifier, the amplified signal is filtered by the band-pass filter, having a centre frequency at the same frequency as the RF ablation current, the rectifier transforms the AC signal to a DC signal, and the comparator compares the output level to a predefined threshold, and further determines that ablation is effectively applied when the output level is higher than the threshold, and vice versa. whereby the system is configured to determine an ablation start time and further characterized in that said mechanism is configured to either report to an operator or automatically terminate an applied ablation when a location of said ablation tip spatially deviates beyond a predetermined threshold from a desired treatment location. a catheter having an ablation tip for transmitting a radiofrequency ablation electromagnetic wave; a locating system, operative with said catheter, so as to provide a location of at least said ablation tip in space; and a mechanism for monitoring a location of said ablation tip in space when ablation is being applied thereby, characterized in that said system includes an auto-sensing apparatus wherein the autosensing apparatus comprises a pickup coil, an amplifier, a band-pass filter, a rectifier and a comparator, configured so that an output of the pickup coil is fed to the amplifier, the amplified signal is filtered by the band-pass filter, having a centre frequency at the same frequency as the RF ablation current, the rectifier transforms the AC signal to a DC signal, and the comparator compares the output level to a predefined threshold, and further determines that ablation is effectively applied when the output level is higher than the threshold, and vice versa. whereby the system is configured to determine an ablation start time and further characterized in that said mechanism is configured to either report to an operator or automatically terminate an applied ablation when a location of said ablation tip spatially deviates beyond a predetermined threshold from a desired treatment location.
A medical device communication method for an infusion pump system, the method comprising: a pump motor control, PMC, accepting a request for a connection from a user interface controller, UIC, the request comprising: a device identifier of the UIC, a receiving device number of the PMC to transmit an infusion data message to, wherein the PMC accepts said request and generates a communication identifier, CID, inserting the CID into a connection accept message, transmitting the connection accept message to the UIC, wherein the UIC extracts and stores the CID from the connection accept message, the method further comprising the UIC accepting an infusion request associated with an infusion related medical function, inserting the CID and said medical function into the infusion data message, and transmitting the infusion data message to the PMC. a pump motor control, PMC, accepting a request for a connection from a user interface controller, UIC, the request comprising: a device identifier of the UIC, a receiving device number of the PMC to transmit an infusion data message to, a device identifier of the UIC, a receiving device number of the PMC to transmit an infusion data message to, wherein the PMC accepts said request and generates a communication identifier, CID, inserting the CID into a connection accept message, transmitting the connection accept message to the UIC, wherein the UIC extracts and stores the CID from the connection accept message, the method further comprising the UIC accepting an infusion request associated with an infusion related medical function, inserting the CID and said medical function into the infusion data message, and transmitting the infusion data message to the PMC.
A library containing at least 10 2 independent clones of functional dimers of modular antibody domains comprising a CH2 domain and a CH3 domain, said dimers being capable of binding to a target and to a scaffold ligand selected from the group consisting of CD64, CD16, CD32, Fc receptors, FcRn, serum albumin, Protein A, Protein G and Protein L, wherein the scaffold ligand binds to the backbone of each dimer regardless of the target specificity of the dimer, and wherein binding of the scaffold ligand to the backbone of the dimer indicates that the dimer is expressed and folded correctly, and wherein each dimer comprises an antigen-binding site for said target in a structural loop region of the CH2 domain or the CH3 domain.
A method performed by a network node for protecting control channels of a neighbouring Radio Base Station, RBS, the network node and the RBS being adapted to operate in an Orthogonal Frequency Division Multiplexing, OFDM, based radio communication network, the method comprising: - determining at least one subframe out of a predetermined number of subframes in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power, and - informing the RBS which subframe(s) out of the predetermined number of subframes in which control channels are to be transmitted with reduced transmission power, characterized in that determining which subframe(s) in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power is performed independently of in which subframe(s) data channels are to be transmitted with reduced transmission power. - determining at least one subframe out of a predetermined number of subframes in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power, and - informing the RBS which subframe(s) out of the predetermined number of subframes in which control channels are to be transmitted with reduced transmission power, characterized in that determining which subframe(s) in which control channels are to be transmitted with reduced transmission power in relation to a nominal transmission power is performed independently of in which subframe(s) data channels are to be transmitted with reduced transmission power.
Frame for a drawer (4, 5) having a base a rear wall with a width and at least one such frame, wherein the frame has an inner shell and an outer shell fastened to the inner shell, wherein a vertically upper contact region or a gap between the outer shell and the inner shell is covered by a cover strip, wherein the cover strip is formed in one or several pieces and wherein the outer shell has an exterior wall section, which essentially or completely forms the visible outer wall of the frame on the outer wall side facing away from the drawer bottom, characterised in that towards the rear wall the inner shell is shorter than the outer shell by its width and that towards the rear wall the cover strip is provided with a recess of width B of the rear wall.
An evaporated fuel processing device comprising: a fuel tank; a canister; an evaporated fuel passage connecting the fuel tank and the canister; a purge passage connecting the canister and an intake passage of an internal combustion engine; a first purge control valve disposed in the purge passage, and arranged to open and close the purge passage; a tank open passage connecting a position on an upstream side of the first purge control valve in the purge passage, and the fuel tank; a second purge control valve disposed in the tank open passage, and arranged to open and close the tank open passage, and a blocking valve disposed in the evaporated fuel passage, and arranged to open and close the evaporated fuel passage, wherein a passage area of the second purge control valve is set to a value smaller than a passage area of the blocking valve, characterized in that based on a negative pressure in the fuel tank, the blocking valve is arranged to be closed, and the second purge control valve is arranged to be opened to introduce an atmospheric pressure (Patm) through the canister 3 to the fuel tank. a fuel tank; a canister; an evaporated fuel passage connecting the fuel tank and the canister; a purge passage connecting the canister and an intake passage of an internal combustion engine; a first purge control valve disposed in the purge passage, and arranged to open and close the purge passage; a tank open passage connecting a position on an upstream side of the first purge control valve in the purge passage, and the fuel tank; a second purge control valve disposed in the tank open passage, and arranged to open and close the tank open passage, and a blocking valve disposed in the evaporated fuel passage, and arranged to open and close the evaporated fuel passage, wherein a passage area of the second purge control valve is set to a value smaller than a passage area of the blocking valve, characterized in that based on a negative pressure in the fuel tank, the blocking valve is arranged to be closed, and the second purge control valve is arranged to be opened to introduce an atmospheric pressure (Patm) through the canister 3 to the fuel tank.