mhurhangee/patent-ind-claim-en huggingface dataset:
A level shifter , comprising: a power supply system current source including: a first resistor (R1) having a first end that is connected to a first power supply voltage (V BB ), and having a second end, and a first transistor (T1) having a first main electrode and a first gate electrode that are connected to the second end of the first resistor (R1), and having a second main electrode that is connected to a second power supply voltage (V SS ) having a lower voltage than the first power supply voltage (V BB ); a second transistor (T2) having a third main electrode that is connected to an input voltage signal terminal (S1), a fourth main electrode that is connected to an output voltage signal terminal (S2), and a second gate electrode that is connected to a third power supply voltage (V CC ) having a voltage that is lower than the first power supply voltage (V BB ) and higher than the second power supply voltage (V SS ); a second resistor (R2) having a first end that is connected between the fourth main electrode and the output voltage signal terminal (S2), and having a second end; and a third transistor (T3) having a fifth main electrode that is connected to the second end of the second resistor (R2), a sixth main electrode that is connected to the second power supply voltage (V SS ), and a third gate electrode that is connected to the first gate electrode. a first resistor (R1) having a first end that is connected to a first power supply voltage (V BB ), and having a second end, and a first transistor (T1) having a first main electrode and a first gate electrode that are connected to the second end of the first resistor (R1), and having a second main electrode that is connected to a second power supply voltage (V SS ) having a lower voltage than the first power supply voltage (V BB ); a second transistor (T2) having a third main electrode that is connected to an input voltage signal terminal (S1), a fourth main electrode that is connected to an output voltage signal terminal (S2), and a second gate electrode that is connected to a third power supply voltage (V CC ) having a voltage that is lower than the first power supply voltage (V BB ) and higher than the second power supply voltage (V SS ); a second resistor (R2) having a first end that is connected between the fourth main electrode and the output voltage signal terminal (S2), and having a second end; and a third transistor (T3) having a fifth main electrode that is connected to the second end of the second resistor (R2), a sixth main electrode that is connected to the second power supply voltage (V SS ), and a third gate electrode that is connected to the first gate electrode.
A method of capturing carbon dioxide molecules from air with contained release of carbon dioxide molecules comprising: (A) exposing a contactor in which a polyamine sorbent is associated with the contactor to a flow of air, wherein the flow of air is laminar, where a plurality of carbon dioxide molecules form a bond with the polyamine sorbent; (B) introducing the contactor into a resonant cavity comprising: (a) a gas sealable entrance adapted to seal the resonant cavity with the contactor inside the resonant cavity ; (b) a vacuum port in gaseous connection with a vacuum pump ; and (c) a microwave generator adapted to be electromagnetically connected to the resonant cavity , where the microwave generator is adapted to select a microwave frequency to optimize breaking the bond with the polyamine sorbent; (C) sealing the resonant cavity ; (D) evacuating the sealed resonant cavity ; (E) irradiating the polyamine sorbent with the selected microwave frequency to release the plurality of carbon dioxide molecules into the resonant cavity ; and (F) removing the plurality of carbon dioxide molecules in the resonant cavity through the vacuum port using the vacuum pump . (A) exposing a contactor in which a polyamine sorbent is associated with the contactor to a flow of air, wherein the flow of air is laminar, where a plurality of carbon dioxide molecules form a bond with the polyamine sorbent; (B) introducing the contactor into a resonant cavity comprising: (a) a gas sealable entrance adapted to seal the resonant cavity with the contactor inside the resonant cavity ; (b) a vacuum port in gaseous connection with a vacuum pump ; and (c) a microwave generator adapted to be electromagnetically connected to the resonant cavity , where the microwave generator is adapted to select a microwave frequency to optimize breaking the bond with the polyamine sorbent; (a) a gas sealable entrance adapted to seal the resonant cavity with the contactor inside the resonant cavity ; (b) a vacuum port in gaseous connection with a vacuum pump ; and (c) a microwave generator adapted to be electromagnetically connected to the resonant cavity , where the microwave generator is adapted to select a microwave frequency to optimize breaking the bond with the polyamine sorbent; (C) sealing the resonant cavity ; (D) evacuating the sealed resonant cavity ; (E) irradiating the polyamine sorbent with the selected microwave frequency to release the plurality of carbon dioxide molecules into the resonant cavity ; and (F) removing the plurality of carbon dioxide molecules in the resonant cavity through the vacuum port using the vacuum pump .
A synthetic nutritional composition comprising 2'-fucosyllactose (2'FL) as the only fucosylated oligosaccharide and lacto-N-neotetraose (LNnT)_as the only N-acetylated oligosaccharide, for use in preventing and/or treating allergy symptoms in an infant or a young child, by increasing colonic propionate production in said infant or young children; and the composition does not contain any sialylated oligosaccharide(s), any GOS and/or any bovine milk oligosaccharide.
A multimodal copolymer of ethylene and at least two alpha-olefin-comonomers characterized by having a) a density of from 906 to 925 kg/m 3 determined according to ISO 1183, b) an MFR 21 of 10 - 200 g/10 min. determined according to ISO1133, c) an amount of hexane soluble fraction (C6 FDA ) of 4.50 wt.% or below, wherein the multimodal copolymer of ethylene comprises d) a first copolymer of ethylene comprising a first alpha-olefin comonomer having 4 to 10 carbon atoms and further characterised by comprising at least a first and a second fraction of the first copolymer of ethylene and the first alpha-olefin comonomer and e) a second copolymer of ethylene comprising a second alpha-olefin comonomer having 6 to 10 carbon atoms. a) a density of from 906 to 925 kg/m 3 determined according to ISO 1183, b) an MFR 21 of 10 - 200 g/10 min. determined according to ISO1133, c) an amount of hexane soluble fraction (C6 FDA ) of 4.50 wt.% or below, wherein the multimodal copolymer of ethylene comprises d) a first copolymer of ethylene comprising a first alpha-olefin comonomer having 4 to 10 carbon atoms and further characterised by comprising at least a first and a second fraction of the first copolymer of ethylene and the first alpha-olefin comonomer and e) a second copolymer of ethylene comprising a second alpha-olefin comonomer having 6 to 10 carbon atoms.
Hybrid drive module for a motor vehicle, wherein the hybrid drive module has an input shaft (IN), an electric machine with a rotationally fixed stator (S) and a rotatable rotor (R), a separating clutch (K0) in the force flow between the input shaft (IN) and the rotor (R), and also a torque converter (TC), the housing (TCG) of which is connected in a rotationally fixed manner to the rotor (R), - wherein the separating clutch (K0) can be actuated in the closing direction by applying pressure to a first pressure chamber (DK1) via a first piston (K0K), wherein the first pressure chamber (DK1) is arranged outside the housing (TCG) of the torque converter (TC), - wherein the torque converter (TC) has a bridging clutch (WK) which is arranged inside the housing (TCG) of the torque converter (TC) and is designed to bridge a hydrodynamic path of the torque converter (TC), - wherein the bridging clutch (WK) can be actuated in the closing direction by applying pressure to a second pressure chamber (DK2) by means of a second piston (WKK), wherein the second pressure chamber (DK2) is intended solely for actuating the bridging clutch (WK) and is arranged inside the housing (TCG) of the torque converter (TC), wherein both the first pressure chamber (DK1) and the second pressure chamber (DK2) are delimited by the housing (TCG) of the torque converter (TC) at least in portions, wherein the housing (TCG) of the torque converter (TC) directly separates the first pressure chamber (DK1) from the second pressure chamber (DK2), characterized in that the effective area of the first piston (KOK) is smaller than the effective area of the second piston (WKK), wherein the first pressure chamber (DK1) and the second pressure chamber (DK2) are arranged radially one above the other at least in portions, and wherein the second piston (WKK) surrounds the first pressure chamber (DK1) in portions. - wherein the separating clutch (K0) can be actuated in the closing direction by applying pressure to a first pressure chamber (DK1) via a first piston (K0K), wherein the first pressure chamber (DK1) is arranged outside the housing (TCG) of the torque converter (TC), - wherein the torque converter (TC) has a bridging clutch (WK) which is arranged inside the housing (TCG) of the torque converter (TC) and is designed to bridge a hydrodynamic path of the torque converter (TC), - wherein the bridging clutch (WK) can be actuated in the closing direction by applying pressure to a second pressure chamber (DK2) by means of a second piston (WKK), wherein the second pressure chamber (DK2) is intended solely for actuating the bridging clutch (WK) and is arranged inside the housing (TCG) of the torque converter (TC),
Pinion gear for transmitting movement about an axis of rotation (Z), delimited laterally by two faces, characterized in that each of the two faces comprises a bearing surface , these support surfaces having a same pattern in relief, the relief pattern being such that the superimposing of this pattern and its mirror image, regardless of the angular position of superposition of the mirror image relative to the pattern , gives only at an intersection point or more.
A hair container arranged to be attached to an attachment comb for a hair cutting appliance , the hair container comprising: - a container housing comprising a hair compartment for accommodating cut hair sections, characterized in that the hair container further comprises: - an attachment portion for attaching the hair container to the attachment comb , and two lateral catching arms which laterally delimit a hair guiding channel , wherein the attachment portion is arranged to attach the hair container to the hair cutting appliance in a mediate fashion, when the attachment comb is attached to the hair cutting appliance . - a container housing comprising a hair compartment for accommodating cut hair sections, - an attachment portion for attaching the hair container to the attachment comb , and two lateral catching arms which laterally delimit a hair guiding channel , wherein the attachment portion is arranged to attach the hair container to the hair cutting appliance in a mediate fashion, when the attachment comb is attached to the hair cutting appliance .
A method for producing a heatsink comprising at least one base plate , a cover plate , and a fluid passage arranged between the base plate and the cover plate for conducting through a coolant fluid, comprising at least one turbulator , wherein at least a part of the components of the heatsink are connected to one another in an integrally-joined manner by induction soldering, comprising the following method steps: - assembling the components of the heatsink in the predetermined position thereof, - inserting the heatsink between respective pressure plates of an induction heating device, characterized in that - the fluid passage comprises at least one turbulator, and the method comprises the following further method steps: - pressing together and soldering the components of the heatsink by switching on the induction coils of the induction heating device, and - on the side of the cover plate facing away from the base plate and/or on the side of the base plate facing away from the cover plate , integrated contours for fixing and/or spacing apart the at least one structural element to be cooled are embossed during the soldering procedure, by way of correspondingly formed pressure plates of the induction heating device, into the base plate and/or the cover plate , which are softened at soldering temperature. - assembling the components of the heatsink in the predetermined position thereof, - inserting the heatsink between respective pressure plates of an induction heating device, characterized in that - the fluid passage comprises at least one turbulator, and the method comprises the following further method steps: - pressing together and soldering the components of the heatsink by switching on the induction coils of the induction heating device, and - on the side of the cover plate facing away from the base plate and/or on the side of the base plate facing away from the cover plate , integrated contours for fixing and/or spacing apart the at least one structural element to be cooled are embossed during the soldering procedure, by way of correspondingly formed pressure plates of the induction heating device, into the base plate and/or the cover plate , which are softened at soldering temperature. - pressing together and soldering the components of the heatsink by switching on the induction coils of the induction heating device, and - on the side of the cover plate facing away from the base plate and/or on the side of the base plate facing away from the cover plate , integrated contours for fixing and/or spacing apart the at least one structural element to be cooled are embossed during the soldering procedure, by way of correspondingly formed pressure plates of the induction heating device, into the base plate and/or the cover plate , which are softened at soldering temperature.
An apparatus for sequencing a nucleic acid by printing droplets at least some of which contain single nucleotides derived from the nucleic acid characterised by comprising; • a planar substrate having a face with droplet-receiving locations arranged in at least one track parallel to a first axis defining the substrate; • a printer head comprising a plurality of droplet-dispensing nozzle groups arranged in line one behind the other and juxtaposed above the droplet-receiving locations so that each nozzle group can in turn dispense a droplet comprised of a different fluid into the droplet-receiving locations; • a means for stepping the droplet-dispensing nozzle groups along the first axis relative to the droplet-receiving locations; • a site upstream of the printer head where an ordered stream of single nucleotides is created from the nucleic acid and delivered to a first droplet-dispensing nozzle group; • at least one source of incident electromagnetic radiation adapted to illuminate the droplet-receiving locations and • at least one photodetector adapted to detect fluorescence radiation emitted by each droplet-receiving location after illumination. • a planar substrate having a face with droplet-receiving locations arranged in at least one track parallel to a first axis defining the substrate; • a printer head comprising a plurality of droplet-dispensing nozzle groups arranged in line one behind the other and juxtaposed above the droplet-receiving locations so that each nozzle group can in turn dispense a droplet comprised of a different fluid into the droplet-receiving locations; • a means for stepping the droplet-dispensing nozzle groups along the first axis relative to the droplet-receiving locations; • a site upstream of the printer head where an ordered stream of single nucleotides is created from the nucleic acid and delivered to a first droplet-dispensing nozzle group; • at least one source of incident electromagnetic radiation adapted to illuminate the droplet-receiving locations and • at least one photodetector adapted to detect fluorescence radiation emitted by each droplet-receiving location after illumination.
An installation for molding a curd and serum mixture , the installation comprising: - a supplying device allowing to collect and distribute a volume of curd and serum to be molded, the supplying device comprising a hopper converging towards a lower distribution base provided with distribution openings , - molds inside which the curd and serum mixture is intended to be poured, and - a distribution plate pierced with orifices directly above which the molds are disposed during the molding, the supplying device being movable horizontally with respect to the distribution plate in a direction of displacement (X), the installation being characterized in that the supplying device comprises a connection plate disposed at least in part around the base of the hopper and arranged to be in contact with the distribution plate during the molding of the curd and serum mixture in the molds , the installation being characterized in that it further comprises an exhaust system to guide an air flow expelled by a mold during its filling towards at least one adjacent mold and downstream relative to the direction of displacement of the supplying device . - a supplying device allowing to collect and distribute a volume of curd and serum to be molded, the supplying device comprising a hopper converging towards a lower distribution base provided with distribution openings , - molds inside which the curd and serum mixture is intended to be poured, and - a distribution plate pierced with orifices directly above which the molds are disposed during the molding, the supplying device being movable horizontally with respect to the distribution plate in a direction of displacement (X),
A transceiver comprising: a controller configured to operate the transceiver in a plurality of configurational access modes at a current geographic location of the transceiver based on a plurality of operational parameters, wherein the configurational access modes comprise: a default configurational mode restricting the transceiver to operate with a fixed setting of the plurality of operational parameters for the current geographic location of the transceiver, characterized in that an unregulated configurational mode authorizing a requestor to reconfigure the transceiver by adjusting at least one parameter of the plurality of operational parameters despite the default configurational mode restricting the transceiver for the current geographic location of the transceiver; an authorization component configured to authorize the transceiver to operate in the unregulated configurational mode. a controller configured to operate the transceiver in a plurality of configurational access modes at a current geographic location of the transceiver based on a plurality of operational parameters, wherein the configurational access modes comprise: a default configurational mode restricting the transceiver to operate with a fixed setting of the plurality of operational parameters for the current geographic location of the transceiver, characterized in that an unregulated configurational mode authorizing a requestor to reconfigure the transceiver by adjusting at least one parameter of the plurality of operational parameters despite the default configurational mode restricting the transceiver for the current geographic location of the transceiver; a default configurational mode restricting the transceiver to operate with a fixed setting of the plurality of operational parameters for the current geographic location of the transceiver, characterized in that an unregulated configurational mode authorizing a requestor to reconfigure the transceiver by adjusting at least one parameter of the plurality of operational parameters despite the default configurational mode restricting the transceiver for the current geographic location of the transceiver; an authorization component configured to authorize the transceiver to operate in the unregulated configurational mode.
Method for operating an arrangement of sound transducers according to the wave-field synthesis principle for the supply of an audience area with a same audio signal content, wherein the arrangement of sound transducers is operated such that it radiates wavefronts to the audience area that correspond to those generated in a model by at least two virtual sound sources that, seen from the audience area , are arranged behind the arrangement of sound transducers , and the respective wavefronts corresponding to the same audio signal content, are each oriented to just part of the audience area , wherein the corresponding wavefronts of the audio signal content and beam angles of the wavefronts are obtained from positions of the at least two virtual sound sources with reference to the arrangement of the sound transducers , characterized in that a signal level at the upper end of the frequency range to be transmitted is lowered in the centre of the arrangement of sound transducers in order to bring about a higher efficiency for the sound generation with the remaining frequency range because of the incoherent addition of the corresponding wavefronts, wherein in order for the supply of an audience area with a same audio signal content - the virtual sound sources with the same signal content are arranged at different positions, and - the virtual sound sources with the same signal content are equidistant from a point in the middle of the part in the audience area in which an overlap in their wavefronts cannot be avoided in the model, or the signal content of the virtual sound sources is delayed with respect to one another until their wavefronts arrive at this point at the same time, and - wherein the higher efficiency of the sound generation is brought about by a level increase by the spatially distributed virtual sound sources . - the virtual sound sources with the same signal content are arranged at different positions, and - the virtual sound sources with the same signal content are equidistant from a point in the middle of the part in the audience area in which an overlap in their wavefronts cannot be avoided in the model, or the signal content of the virtual sound sources is delayed with respect to one another until their wavefronts arrive at this point at the same time, and - wherein the higher efficiency of the sound generation is brought about by a level increase by the spatially distributed virtual sound sources .
Clutch-coupling device for transmitting a torque between a drive element and a clutch, having a first shaft and a second shaft , which encloses the first shaft, wherein the two shafts are coupled to one another by means of a connection which is form-fitting in a circumferential direction, wherein at least one elastic element is provided to establish prestressing in the form-fitting connection, wherein the prestressing established is in an order of magnitude which prevents, or at least reduces, rattling and the corresponding development of noise under changes in load, but an amount of play provides for the compensation of small relative movements, characterized in that , on at least part of its circumference, at least one of the shafts has an axially divided-off, separate portion , which can be moved in relation to the rest of the shaft and also has part of the form-fitting connection and can be braced elastically in the axial and/or radial and/or azimuthal direction, and/or by a tumbling movement, in relation to the rest of the respective shaft .