mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by an access point (112, 500, 600) configured to operate on a channel according to a first wireless technology, upcoming interference associated with a second wireless technology on a channel on which the access point is currently operating; determining if there are one or more adjacent channels for the access point to switch to, the one or more adjacent channels having a same bandwidth as the channel on which the access point is currently operating; and based on at least a type of the access point and availability of other channels for the access point to switch to, selecting, by the access point, a process to proactively avoid interference between signals of the access point and signals of the second wireless technology, wherein, if the type of the access point is not IEEE 802.11ax, the process is switching to a channel having a lower bandwidth than the channel on which the access point is currently operating, and wherein switching to the channel having the lower bandwidth is selected as the process responsive to determining that there is no adjacent channel for the access point to switch to. determining, by an access point (112, 500, 600) configured to operate on a channel according to a first wireless technology, upcoming interference associated with a second wireless technology on a channel on which the access point is currently operating; determining if there are one or more adjacent channels for the access point to switch to, the one or more adjacent channels having a same bandwidth as the channel on which the access point is currently operating; and based on at least a type of the access point and availability of other channels for the access point to switch to, selecting, by the access point, a process to proactively avoid interference between signals of the access point and signals of the second wireless technology, wherein, if the type of the access point is not IEEE 802.11ax, the process is switching to a channel having a lower bandwidth than the channel on which the access point is currently operating, and wherein switching to the channel having the lower bandwidth is selected as the process responsive to determining that there is no adjacent channel for the access point to switch to.
A unit comprising a socket forming a first part, a second part mountable on the socket, a frame between the socket and the second part, said frame having an opening surrounding a connecting section of the two parts (2, 3), wherein said opening is larger than said connecting section, said first part and said second part are connected by means of a catch mechanism, said catch mechanism having at least two locking positions, characterized in that said second part comprises a collar being larger than said opening, wherein a compressible material is arranged between said collar and said frame, said compressible material being pressed against said frame by means of said collar, a distance between two adjacent locking positions being smaller than a thickness of the compressible material in an uncompressed state.
A toner composition, comprising: a carrier liquid, a resin, and treated fluoropolymer particles, wherein the treated fluoropolymer particles include fluoropolymer particles having ammonium halide salts disposed on the surface of the fluoropolymer particles, wherein the fluoropolymer particles are selected from the group consisting of: a polytetrafluoroethylene (PTFE) particle, a perfluoroalkoxy polymer resin particle, a fluorinated ethylene-propylene particle, and combinations thereof. a carrier liquid, a resin, and treated fluoropolymer particles, wherein the treated fluoropolymer particles include fluoropolymer particles having ammonium halide salts disposed on the surface of the fluoropolymer particles,
Pinch valve comprising a tubular valve member, which extends between a media inlet and a media outlet and encloses a main passage facilitating the flow-through of a main medium, further comprising a valve seat body, which extends in the main passage while ensuring both an open media inlet and an open media outlet in the longitudinal direction of the main passage and which defines at its outer circumference a valve seat surface provided for acting together with the valve member, and further comprising actuating means, by which the tubular valve member is deformable transversely to its longitudinal direction between at least one open position opening up the main passage for the main medium to flow through and a closed position in tight contact with the valve seat surface of the valve seat body, wherein the valve body has in its interior at least one auxiliary passage, which extends past the valve seat surface and through which an auxiliary medium can flow while a main medium simultaneously flows through the main passage, wherein the wall of the valve seat body is formed without openings within the main passage, characterised in that the valve seat body passes through the whole of the main passage in its longitudinal direction, wherein the valve seat body including the auxiliary passage extends on the one hand at least to the region of the media inlet and on the other hand at least to the region of the media outlet, so that the flow of the auxiliary medium does not influence the flow of the main medium in the main passage.
An electronic smoking article comprising: an outer tube extending in a longitudinal direction; an inner tube within the outer tube; a liquid supply comprising a liquid material, the liquid supply contained in an outer annulus between the outer tube and the inner tube; a coil heater located in the inner tube; a wick in communication with the liquid supply and surrounded by the coil heater such that the wick delivers liquid material to the coil heater and the coil heater heats the liquid material to a temperature sufficient to vaporize the liquid material and form an aerosol in the inner tube; characterized in that the electronic smoking article further comprises: at least one air inlet formed in the outer tube; and an aroma carrier on an outer surface of the outer tube, the aroma carrier including fragrance material and being operable to deliver fragrance during smoking, wherein the aroma carrier includes an inner layer impregnated with the fragrance material and an outer layer that is removable prior to smoking; and wherein the outer layer is larger than the inner layer and the outer layer covers the inner layer and the at least one air inlet formed in the outer tube of the smoking article prior to smoking. an outer tube extending in a longitudinal direction; an inner tube within the outer tube; a liquid supply comprising a liquid material, the liquid supply contained in an outer annulus between the outer tube and the inner tube; a coil heater located in the inner tube; a wick in communication with the liquid supply and surrounded by the coil heater such that the wick delivers liquid material to the coil heater and the coil heater heats the liquid material to a temperature sufficient to vaporize the liquid material and form an aerosol in the inner tube; characterized in that the electronic smoking article further comprises: at least one air inlet formed in the outer tube; and an aroma carrier on an outer surface of the outer tube, the aroma carrier including fragrance material and being operable to deliver fragrance during smoking, wherein the aroma carrier includes an inner layer impregnated with the fragrance material and an outer layer that is removable prior to smoking; and wherein the outer layer is larger than the inner layer and the outer layer covers the inner layer and the at least one air inlet formed in the outer tube of the smoking article prior to smoking.
An internal combustion engine system comprising - at least one combustor, - a compressor arranged to compress air, - an air guide arranged to guide compressed air from the compressor to at least one of the at least one combustor, - an expander arranged to expand exhaust gases from at least one of the at least one combustor and to extract energy from the expanded exhaust gases, and - an exhaust guide arranged to guide exhaust gases from at least one of the at least one combustor to the expander, - the exhaust guide being at least partly integrated with the air guide, - wherein the exhaust guide comprises an integrated portion which is located within the air guide, characterized in that the integrated portion presents a wall delimiting the integrated portion, and that the integrated portion comprises an insulation layer located inside the wall. - at least one combustor, - a compressor arranged to compress air, - an air guide arranged to guide compressed air from the compressor to at least one of the at least one combustor, - an expander arranged to expand exhaust gases from at least one of the at least one combustor and to extract energy from the expanded exhaust gases, and - an exhaust guide arranged to guide exhaust gases from at least one of the at least one combustor to the expander, - the exhaust guide being at least partly integrated with the air guide, - wherein the exhaust guide comprises an integrated portion which is located within the air guide, characterized in that the integrated portion presents a wall delimiting the integrated portion, and that the integrated portion comprises an insulation layer located inside the wall.
A method for producing a metal element for a continuously variable transmission, in which the metal element is produced by, using a mold, press forming and punching out a band-shaped metal element material having a constant section, the metal element comprising a pair of ring slots into which a pair of metal rings are fitted, a neck part that is positioned between the pair of ring slots, an ear part that is connected to a radially outer side of the neck part, and a body part that has formed thereon a saddle face connected to a radially inner side of the neck part and supporting an inner peripheral face of the metal ring, a front face of the body part having formed thereon a rocking edge extending in a left-and-right direction so as to overlap a front edge of the saddle face and an inclined face extending from the rocking edge radially inward and rearward, wherein an inclined face-corresponding part of the metal element material that corresponds to the inclined face of the metal element comprises a first inclined face-corresponding portion that is inclined rearward at a first inclination angle (θ1) from a rocking edge-corresponding part that corresponds to the rocking edge of the metal element, and a second inclined face-corresponding portion that is inclined rearward at a second inclination angle (θ2) that is larger than the first inclination angle (θ1) from a radially inner end of the first inclined face-corresponding portion, the mold comprises a first inclined face-molding portion that is inclined rearward at the first inclination angle (θ1) from a rocking edge-molding portion that abuts against the rocking edge-corresponding part, and at a time of press forming, the first inclined face-molding portion abuts against the first inclined face-corresponding portion of the metal element material to form a gap (α) between the first inclined face-molding portion and the second inclined face-corresponding portion.
A circuit comprising: first and second circuit inputs (In 1, In 2); a circuit output (Out); a first capacitor (C 1); a second capacitor (C 2) connected to the circuit output; an amplifier having first and second amplifier inputs and an amplifier output; and a plurality of switches (Φ1, Φ2) operable to be in a first configuration and operable to be in a second configuration, wherein, in the first configuration of the switches (Φ2): the amplifier output is disconnected from the circuit output; the first capacitor is connected across the amplifier inputs to sense a DC offset of the amplifier; and the second capacitor is connected only between the circuit output and one of the circuit inputs, wherein, in the second configuration of the switches (Φ1): the amplifier output is connected to the circuit output; the first capacitor is connected to one of the amplifier inputs to compensate for the DC offset of the amplifier; and the second capacitor is connected to the amplifier in a feedback loop. first and second circuit inputs (In 1, In 2); a circuit output (Out); a first capacitor (C 1); a second capacitor (C 2) connected to the circuit output; an amplifier having first and second amplifier inputs and an amplifier output; and a plurality of switches (Φ1, Φ2) operable to be in a first configuration and operable to be in a second configuration, wherein, in the first configuration of the switches (Φ2): the amplifier output is disconnected from the circuit output; the first capacitor is connected across the amplifier inputs to sense a DC offset of the amplifier; and the second capacitor is connected only between the circuit output and one of the circuit inputs, the amplifier output is disconnected from the circuit output; the first capacitor is connected across the amplifier inputs to sense a DC offset of the amplifier; and the second capacitor is connected only between the circuit output and one of the circuit inputs, wherein, in the second configuration of the switches (Φ1): the amplifier output is connected to the circuit output; the first capacitor is connected to one of the amplifier inputs to compensate for the DC offset of the amplifier; and the second capacitor is connected to the amplifier in a feedback loop. the amplifier output is connected to the circuit output; the first capacitor is connected to one of the amplifier inputs to compensate for the DC offset of the amplifier; and the second capacitor is connected to the amplifier in a feedback loop.
A device control method, comprising: a mobile terminal discovering a controlled device when the mobile terminal and the controlled device log into a same instant messaging account; the mobile terminal inquiring device information of the controlled device through the same instant messaging account to establish a connection with the controlled device; the mobile terminal establishing a connection with the controlled device based on the obtained device information and inquiring service information of the controlled device via the established connection, the service information comprising device control service information (202,203); the mobile terminal establishing a device control service connection with the controlled device based on the device control service information; and the mobile terminal generating control information based on a user operation performed on the mobile terminal and transmitting the control information to the controlled device via the device control service connection to control the controlled device based on the control information (205,206). a mobile terminal discovering a controlled device when the mobile terminal and the controlled device log into a same instant messaging account; the mobile terminal inquiring device information of the controlled device through the same instant messaging account to establish a connection with the controlled device; the mobile terminal establishing a connection with the controlled device based on the obtained device information and inquiring service information of the controlled device via the established connection, the service information comprising device control service information (202,203); the mobile terminal establishing a device control service connection with the controlled device based on the device control service information; and the mobile terminal generating control information based on a user operation performed on the mobile terminal and transmitting the control information to the controlled device via the device control service connection to control the controlled device based on the control information (205,206).
An agricultural machine in the form of a field sprayer towed by a towing vehicle or in the form of a self-propelled field sprayer with a tyre pressure regulation system, the agricultural machine comprising: • at least two, three, or more wheels pressurised with a tyre air pressure, • at least one air pressure regulator used to vary the tyre air pressure existing in the wheels, • at least one storage tank used to carry along and supply the plant protection product to be distributed, • at least one monitoring element used to determine and detect the fill level of the storage tank, • at least one distributor boom that is swivelable between a folded-out work position and a folded-in transport position, • at least one computer unit used to actuate the at least one air pressure regulator and to process the data on the fill level of the storage tank detected by means of the at least one monitoring element, characterised in that the actuation of the air pressure regulator is carried out depending on the drive mode of the field sprayer, wherein a first pressure range is active in a road drive mode, and wherein a second pressure range is active in a work mode, wherein the work mode is defined by a folded-out distributor boom or by a steering set to active or by a driving speed that is below a defined driving speed, or is manually selectable by an operator, wherein the first pressure range and the second pressure range are defined depending on the load capacity of the wheels, wherein the first pressure range is defined such that the tyre air pressure cannot assume a value that is below a load capacity of the wheels required for a particular speed and a particular weight. • at least two, three, or more wheels pressurised with a tyre air pressure, • at least one air pressure regulator used to vary the tyre air pressure existing in the wheels, • at least one storage tank used to carry along and supply the plant protection product to be distributed, • at least one monitoring element used to determine and detect the fill level of the storage tank, • at least one distributor boom that is swivelable between a folded-out work position and a folded-in transport position, • at least one computer unit used to actuate the at least one air pressure regulator and to process the data on the fill level of the storage tank detected by means of the at least one monitoring element, characterised in that the actuation of the air pressure regulator is carried out depending on the drive mode of the field sprayer, wherein a first pressure range is active in a road drive mode, and wherein a second pressure range is active in a work mode, wherein the work mode is defined by a folded-out distributor boom or by a steering set to active or by a driving speed that is below a defined driving speed, or is manually selectable by an operator, wherein the first pressure range and the second pressure range are defined depending on the load capacity of the wheels, wherein the first pressure range is defined such that the tyre air pressure cannot assume a value that is below a load capacity of the wheels required for a particular speed and a particular weight.
A humanized L243 antibody or antigen-binding fragment thereof, wherein the antibody or the antigen-binding fragment is conjugated to a therapeutic agent or a diagnostic agent, wherein the antibody or the antigen-binding fragment binds to at least one epitope of HLA-DR on HLA-DR+ cells and comprises a heavy chain variable domain and a light chain variable domain, wherein the CDR1 (NYGMN), CDR2 (WINTYTREPTYADDFKG), and CDR3 (DITAVVPTGFDY) regions and framework residues 27, 38, 46, 68 and 91 of said heavy chain variable domain using the Kabat numbering system are from the mouse monoclonal antibody mL243 heavy chain and the remainder of the immunoglobulin heavy chain framework domains are from one or more human heavy chains, wherein the CDR1 (RASENIYSNLA), CDR2 (AASNLAD), and CDR3 (QHFWTTPWA) regions and framework residues 37, 39, 48 and 49 of said light chain variable domain using the Kabat numbering system are from the mouse monoclonal antibody mL243 light chain and the remainder of the immunoglobulin light chain framework domains are from one or more human light chains.
A vaccine composition for generating a protective cellular immune response against infection with hepatitis C virus and for administration using any type of adjuvant, said composition comprising a combination of Hepatitis C virus structural antigens: core, E1 and E2 in a proportion by weight of 1:160:160, respectively.
A spacer comprising a two component flexible thermoset polymer, one component carrying a desiccant powder, and the other component being the catalyst for cure, wherein the polymer is formed without the use of a traditional energy intensive extrusion, heat curing, and heat baking process; wherein the components are mixed and cast directly on to at least one of a vapor barrier web of corrugated sheet material and a non-metal multi-layer vapor barrier web; wherein side edges of the vapor barrier web are turned up to form lipped edges for containing the mixed polymer material to fill to a consistent desired thickness level before cure; to form a cured and continuous web; wherein the cured and continuous web has final cure assistance through the addition of modular radiant heat equipment from above; wherein the cured and continuous web of desiccated spacer material enters a cutting head with static blades that are spacer width adjustable from at least 5mm to 50mm widths, whereby the cured and continuous web of desiccated spacer material is cut to at least 5mm to 50mm widths to form plural such spacers.
A method of extracting nucleic acid from cellular source material, said method comprising: a) providing i) cellular source material and ii) an aqueous extraction solution comprising one or more amine monomers, a chaotrope, a detergent, a buffer and an alcohol, wherein said amine monomers are selected from the group consisting of 2,2'-(ethylenedioxy)bis(ethylamine) (EDBE), 1,3-diaminopropane and 3-amino-1-propanol, and wherein the concentration of amine monomer in said aqueous extraction solution is about 20 % to about 50 %; and b) contacting said cellular source material with said extraction solution resulting in lysis of the cellular material and extraction of the nucleic acids. a) providing i) cellular source material and ii) an aqueous extraction solution comprising one or more amine monomers, a chaotrope, a detergent, a buffer and an alcohol, wherein said amine monomers are selected from the group consisting of 2,2'-(ethylenedioxy)bis(ethylamine) (EDBE), 1,3-diaminopropane and 3-amino-1-propanol, and wherein the concentration of amine monomer in said aqueous extraction solution is about 20 % to about 50 %; and b) contacting said cellular source material with said extraction solution resulting in lysis of the cellular material and extraction of the nucleic acids.
Damping device having a rotary damper for a vehicle for damping a pivoting movement occurring at an input element, in particular a coupling rod, wherein the input element when pivoting drives via a transmission a rotor of the rotary damper, wherein the rotary damper is an electrical rotary damper which works as a generator, characterised in that the input element is coupled via a friction clutch with the transmission, that torques occurring at the friction clutch which lie above a predetermined threshold torque lead to a relative movement between the input element and the transmission, and that the input element has a fixing eyelet, wherein the input element engages at the friction clutch.