mhurhangee/patent-ind-claim-en huggingface dataset:
Food composition comprising an iron nicotinate complex comprising fruits comprising chromophore compounds wherein the fruits are selected from the group consisting of strawberry, raspberry, blueberry, blackberry, apricot, pear, banana, quince and mixtures of these.
Liquid dispenser for dispensing a cosmetic or pharmaceutical liquid which is produced by mixing at least two starting liquids, with the following features: a. the liquid dispenser has at least two liquid reservoirs for holding the starting liquids, wherein the liquid reservoirs extend in a main direction of extent of the liquid dispenser and are separated from each other by a partition wall , and b. the liquid dispenser has at least one discharge opening and at least one pump device by means of which liquid can be delivered from the liquid reservoirs to the discharge opening , and c. a respective intake opening for removing the liquid by means of the at least one pump device is provided at a top end of the liquid reservoirs , and d. a respective intake tube extends from the intake opening to a bottom end of the respective liquid reservoir , and e. a respective filling opening is provided in a base region at the bottom end of the liquid reservoirs , characterized by one of the following features: f. the liquid reservoirs have a reservoir base in the base region, which is perforated by a filling opening in each case, wherein the reservoir bases are each provided with oblique guide surfaces at least in some places, by virtue of which intake tubes are pushed away from the respective filling opening during the installation of the liquid dispenser , or g. barrier sections , which are arranged inside the respective liquid reservoir so that they are flush with the respective filling openings and which block the respective intake tube from entering the filling openings during the installation of the liquid dispenser , are provided in the base region of the liquid reservoirs . a. the liquid dispenser has at least two liquid reservoirs for holding the starting liquids, wherein the liquid reservoirs extend in a main direction of extent of the liquid dispenser and are separated from each other by a partition wall , and b. the liquid dispenser has at least one discharge opening and at least one pump device by means of which liquid can be delivered from the liquid reservoirs to the discharge opening , and c. a respective intake opening for removing the liquid by means of the at least one pump device is provided at a top end of the liquid reservoirs , and d. a respective intake tube extends from the intake opening to a bottom end of the respective liquid reservoir , and e. a respective filling opening is provided in a base region at the bottom end of the liquid reservoirs , f. the liquid reservoirs have a reservoir base in the base region, which is perforated by a filling opening in each case, wherein the reservoir bases are each provided with oblique guide surfaces at least in some places, by virtue of which intake tubes are pushed away from the respective filling opening during the installation of the liquid dispenser , or g. barrier sections , which are arranged inside the respective liquid reservoir so that they are flush with the respective filling openings and which block the respective intake tube from entering the filling openings during the installation of the liquid dispenser , are provided in the base region of the liquid reservoirs .
A molding made of extruded foam, wherein at least one fiber (F) is present with a fiber region (FB2) within the molding and is surrounded by the extruded foam, while a fiber region (FB1) of the fiber (F) projects from a first side of the molding and a fiber region (FB3) of the fiber (F) projects from a second side of the molding, and the extruded foam is produced by an extrusion process comprising the following steps: I) providing a polymer melt in an extruder, II) introducing at least one blowing agent into the polymer melt provided in step I) to obtain a foamable polymer melt, III) extruding the foamable polymer melt obtained in step II) from the extruder through at least one die aperture into an area at lower pressure, with expansion of the foamable polymer melt to obtain an expanded foam, and IV) calibrating the expanded foam from step III) by conducting the expanded foam through a shaping tool to obtain the extruded foam, where the fiber (F) has been introduced into the extruded foam at an angle α of 10° to 70° relative to the thickness direction (d) of the molding and where two or more fibers (F) are at an angle β to one another in the molding, where the angle β is in the range of β = 360°/n where n is an integer, where n is in the range from 2 to 6, where the extruded foam comprises cells, where at least 50% of the cells are anisotropic, where at least 50% of the cells, based on their largest dimension (a direction), are aligned at an angle γ of ≤ 45° relative to the thickness direction (d) of the molding. I) providing a polymer melt in an extruder, II) introducing at least one blowing agent into the polymer melt provided in step I) to obtain a foamable polymer melt, III) extruding the foamable polymer melt obtained in step II) from the extruder through at least one die aperture into an area at lower pressure, with expansion of the foamable polymer melt to obtain an expanded foam, and IV) calibrating the expanded foam from step III) by conducting the expanded foam through a shaping tool to obtain the extruded foam,
A fifth wheel for locking to a kingpin of a towed trailer, the fifth wheel comprises: an operating arm pivotable into and between a locked position for locking the kingpin in the fifth wheel and an unlocked position in which the kingpin can be removed from or inserted into the fifth wheel ; a housing coupled to the operating arm ; characterized in that the fifth wheel further comprises: a pull handle slidable in the housing into and between an extended position in which the pull handle extends from the housing and a retracted position in which the pull handle is retracted into the housing ; and a spring in the housing that biases the pull handle towards the retracted position; wherein when the operating arm is pivoted into the locked position the pull handle is forced into the extended position, and wherein after the operating arm is pivoted to the unlocked position the pull handle automatically moves to the retracted position. an operating arm pivotable into and between a locked position for locking the kingpin in the fifth wheel and an unlocked position in which the kingpin can be removed from or inserted into the fifth wheel ; a housing coupled to the operating arm ; a pull handle slidable in the housing into and between an extended position in which the pull handle extends from the housing and a retracted position in which the pull handle is retracted into the housing ; and a spring in the housing that biases the pull handle towards the retracted position;
Pressure vessel, preferably intended for use with bladder accumulators , comprising a multi-part container body , consisting of a cylindrical middle section , which comprises a closure region at at least one of its two ends, a cap being provided as part of the respective closure region , said cap being joined to the cylinder end of the middle section to which it can be assigned in each case, characterised in that the caps are bonded to the associated cylinder end, in that two cover parts that are separated from one another are provided as another part of the respective closure region , said cover parts being designed as a kind of covering laminate and protruding over the edges of the middle section in the region of the end of said middle section that can be assigned in each case, leading to a firm connection.
A telecommunications device comprising: an enclosure having an enclosure wall and a plurality of sleeves , the sleeves each defining a connector port that extends through the enclosure wall, the sleeves each including a connector fastening structure adjacent an outer end of the sleeve, the connector fastening structure being configured to mate with a corresponding fastening structure of an exterior hardened connector to secure the exterior hardened connector within the connector port, the sleeves each also including an inner end ; and a subassembly that mounts within the enclosure at the inner end of one of the sleeves , the subassembly including a housing including a front housing piece that fastens to the inner end of the sleeve, the subassembly also including a ferrule alignment sleeve that mounts within the front housing piece , the subassembly further including a ferrule assembly including a ferrule and a ferrule hub mounted at a rear end of the ferrule, the ferrule having a front end portion that fits within the ferrule alignment sleeve , the ferrule supporting an optical fiber that extends through the ferrule in a rear-to-front orientation, and the subassembly further including a rear housing piece that attaches to a rear end of the front housing piece and captures the ferrule assembly within the front housing piece , the telecommunications device being characterised in that the plurality of sleeves each are unitarily integrated at a seamless connection with the enclosure wall. an enclosure having an enclosure wall and a plurality of sleeves , the sleeves each defining a connector port that extends through the enclosure wall, the sleeves each including a connector fastening structure adjacent an outer end of the sleeve, the connector fastening structure being configured to mate with a corresponding fastening structure of an exterior hardened connector to secure the exterior hardened connector within the connector port, the sleeves each also including an inner end ; and a subassembly that mounts within the enclosure at the inner end of one of the sleeves , the subassembly including a housing including a front housing piece that fastens to the inner end of the sleeve, the subassembly also including a ferrule alignment sleeve that mounts within the front housing piece , the subassembly further including a ferrule assembly including a ferrule and a ferrule hub mounted at a rear end of the ferrule, the ferrule having a front end portion that fits within the ferrule alignment sleeve , the ferrule supporting an optical fiber that extends through the ferrule in a rear-to-front orientation, and the subassembly further including a rear housing piece that attaches to a rear end of the front housing piece and captures the ferrule assembly within the front housing piece , the telecommunications device being characterised in that the plurality of sleeves each are unitarily integrated at a seamless connection with the enclosure wall.
A method (S1A-S1D) for dismantling a steam generator including a tube plate having a plurality of through-holes , a plurality of heat transfer tubes each inserted into the through-holes , and fixed to inner wall surfaces of the through-holes, a plurality of plugs inserted into each of the plurality of heat transfer tubes , and welded portions fixing end portions of the heat transfer tubes and the tube plate to each other, the method comprising: a step (S2A-S2D) of reducing a fixing force of the heat transfer tubes to the tube plate from which the welded portions are removed; and a step (S3, S3D) of removing the heat transfer tubes from an inside of the through-holes , characterized in that in a case where the end portions of the heat transfer tube are sealed by the plurality of plugs inserted into the heat transfer tubes , the welded portions are removed including the plugs . a step (S3, S3D) of removing the heat transfer tubes from an inside of the through-holes , characterized in that in a case where the end portions of the heat transfer tube are sealed by the plurality of plugs inserted into the heat transfer tubes , the welded portions are removed including the plugs .
A fast method for determining mutual inductance terms representing the misalignment and distance between at least a transmitter coil and a magnetically coupled receiver coil in a wireless power charging system having a transmitter that receives input voltage and current that generates an electromagnetic field in the transmitter coil , and a receiver with the receiver coil that receives power from the electromagnetic field and uses it to charge a load battery, comprising the steps of: exciting the transmitter coil of the wireless power charging system under different conditions and measuring the response in order to provide enough equivalent circuit system equations to at least match the number of unknowns in the system equations, so that the unknowns, including at least the mutual inductance terms and the load impedance or load power, can be calculated with the knowledge of the input voltage and input current of the transmitter coil , but without feedback from the receiver coil ; solving the system equations; and optimizing the wireless power charging system based on the solved system equations. exciting the transmitter coil of the wireless power charging system under different conditions and measuring the response in order to provide enough equivalent circuit system equations to at least match the number of unknowns in the system equations, so that the unknowns, including at least the mutual inductance terms and the load impedance or load power, can be calculated with the knowledge of the input voltage and input current of the transmitter coil , but without feedback from the receiver coil ; solving the system equations; and optimizing the wireless power charging system based on the solved system equations.
A method of transmitting a signal, by an apparatus having a plurality of antennas in a wireless communication system, comprising: mapping complex modulation symbols to L number of layers; sequentially applying a unit matrix U, a diagonal matrix D, and a precoding matrix W to the complex modulation symbols mapped to the L number of layers; and mapping symbols mapped to a plurality of demodulation reference signal, DMRS, ports by applying the W and the D to a resource and transmitting the symbols, wherein the W corresponds to one of M number of precoder set, characterized in that : the plurality of DMRS ports are configured to a number of DMRS ports corresponding to the M*L when the L is less than a predetermined number, the plurality of DMRS ports are configured to a number of DMRS ports corresponding to the L when the L is greater than or equal to the predetermined number, wherein the M number is 2 or 4, and, wherein the predetermined number is configured to be 8. mapping complex modulation symbols to L number of layers; sequentially applying a unit matrix U, a diagonal matrix D, and a precoding matrix W to the complex modulation symbols mapped to the L number of layers; and mapping symbols mapped to a plurality of demodulation reference signal, DMRS, ports by applying the W and the D to a resource and transmitting the symbols, wherein the W corresponds to one of M number of precoder set, characterized in that : the plurality of DMRS ports are configured to a number of DMRS ports corresponding to the M*L when the L is less than a predetermined number, the plurality of DMRS ports are configured to a number of DMRS ports corresponding to the L when the L is greater than or equal to the predetermined number, wherein the M number is 2 or 4, and, wherein the predetermined number is configured to be 8. the plurality of DMRS ports are configured to a number of DMRS ports corresponding to the M*L when the L is less than a predetermined number, the plurality of DMRS ports are configured to a number of DMRS ports corresponding to the L when the L is greater than or equal to the predetermined number, wherein the M number is 2 or 4, and, wherein the predetermined number is configured to be 8.
A method of wirelessly streaming display data, the method comprising: establishing a wireless display session between a mobile device and a base station coupled to a display terminal ; receiving, at the mobile device, electromagnetic radiation emitted from the base station and incident upon an antenna of the mobile device; and transmitting a screen image for display on the display terminal from the mobile device to the base station by modulating an impedance of the antenna of the mobile device between two or more states to encode the screen image on a backscatter channel of the electromagnetic radiation. establishing a wireless display session between a mobile device and a base station coupled to a display terminal ; receiving, at the mobile device, electromagnetic radiation emitted from the base station and incident upon an antenna of the mobile device; and transmitting a screen image for display on the display terminal from the mobile device to the base station by modulating an impedance of the antenna of the mobile device between two or more states to encode the screen image on a backscatter channel of the electromagnetic radiation.
A roller system, wherein the roller system comprises a roller assembly and a roller brake device (500; 600), and the roller brake device (500; 600) includes: a body (501; 601), by which the roller brake device (500; 600) is mounted to the roller assembly; an actuation device mounted to the body (501; 601); and a brake (502; 602) connected to the body (501; 601) in a pivotable manner, and the actuation device can move the brake (502; 602) from a rest position to a brake position, wherein the brake (502; 602) engages and brakes a roller (203; 511; 611) in the roller assembly at the brake position, and the brake (502; 602) is disengaged from the roller (511; 611) at the rest position, and wherein, a part of the brake (502; 602) acted by the actuation device and a part of the brake (502; 602) engaging the roller (203; 511; 611) are both located on the same side of a pivot shaft (507; 607) between the body (501; 601) and the brake (502; 602); characterized in that : the actuation device includes an actuation lever (504; 604) connected to the body (501; 601) in a pivotable manner, and one end of the actuation lever (504; 604) is used to actuate the brake (500; 600). a body (501; 601), by which the roller brake device (500; 600) is mounted to the roller assembly; an actuation device mounted to the body (501; 601); and a brake (502; 602) connected to the body (501; 601) in a pivotable manner, and the actuation device can move the brake (502; 602) from a rest position to a brake position, wherein the brake (502; 602) engages and brakes a roller (203; 511; 611) in the roller assembly at the brake position, and the brake (502; 602) is disengaged from the roller (511; 611) at the rest position, and wherein, a part of the brake (502; 602) acted by the actuation device and a part of the brake (502; 602) engaging the roller (203; 511; 611) are both located on the same side of a pivot shaft (507; 607) between the body (501; 601) and the brake (502; 602);
An optogenetic signal processing system for an auditory prosthesis with an intracochlear array of a plurality of optical stimulation sources for implanting in a patient having auditory neurons genetically modified with light sensitive ion channels, the system comprising: a preprocessor filter bank configured to generate a plurality of band pass signals, each band pass signal representing a given band of audio frequencies and associated with a set of corresponding auditory neurons, wherein each band pass signal has characteristic temporal fine structure features; a stimulation timer configured to generate stimulation timing signals for the corresponding auditory neurons for each band pass signal based on the characteristic temporal fine structure features, wherein the stimulation timing signals include: i. one or more channel opening signals adapted to open the ion channels of the corresponding auditory neurons to activate neural excitation, and ii. one or more channel closing signals adapted to close the ion channels of the corresponding ion channels to inhibit neural excitation; and a pulse generator configured to generate optical stimulation signals for the optical stimulation sources based on the stimulation timing signals. a preprocessor filter bank configured to generate a plurality of band pass signals, each band pass signal representing a given band of audio frequencies and associated with a set of corresponding auditory neurons, wherein each band pass signal has characteristic temporal fine structure features; a stimulation timer configured to generate stimulation timing signals for the corresponding auditory neurons for each band pass signal based on the characteristic temporal fine structure features, wherein the stimulation timing signals include: i. one or more channel opening signals adapted to open the ion channels of the corresponding auditory neurons to activate neural excitation, and ii. one or more channel closing signals adapted to close the ion channels of the corresponding ion channels to inhibit neural excitation; and i. one or more channel opening signals adapted to open the ion channels of the corresponding auditory neurons to activate neural excitation, and ii. one or more channel closing signals adapted to close the ion channels of the corresponding ion channels to inhibit neural excitation; and a pulse generator configured to generate optical stimulation signals for the optical stimulation sources based on the stimulation timing signals.
A three-dimensional printer system comprising: a heated extrusion nozzle including a nozzle outlet ; and a feeding mechanism constructed and arranged to feed a filament into the heated extrusion nozzle; characterised by a cutting mechanism constructed and arranged to cut the filament at a location at, or upstream from, the nozzle outlet . a heated extrusion nozzle including a nozzle outlet ; and a feeding mechanism constructed and arranged to feed a filament into the heated extrusion nozzle; characterised by a cutting mechanism constructed and arranged to cut the filament at a location at, or upstream from, the nozzle outlet .