mhurhangee/patent-ind-claim-en huggingface dataset:
Flushing device for a flushing cistern, comprising a valve seat which extends about a central axis (M) and, when viewed in the flow direction, is arranged upstream of an outflow opening , a closure body having a seal which interacts with the valve seat , wherein the closure body is liftable from a closure position into a flushing position, and an electrically controllable drive element which moves the closure body from the closure position into the flushing position, wherein the electrically controllable drive element is a plunger coil actuator having an electrical coil and having a ferromagnetic counterpart , wherein, by way of the plunger coil actuator , a mechanical force is able to be applied to the closure body such that the latter is movable from the closure position into the flushing position, characterized in that the coil is arranged on the closure body , and in that the counterpart is arranged fixedly in its position with respect to the valve seat and spaced apart from the valve seat .
An aircraft, comprising: a fuselage (1008; 1102), wherein the fuselage is a truncated fuselage; a main wing , wherein the main wing is a fixed, forward swept and tapered wing; a canard ; a plurality of port-side rotors , wherein the plurality of port-side rotors is coupled to a trailing edge of the main wing on the port side of the aircraft; a plurality of starboard-side rotors , wherein the plurality of starboard-side rotors is coupled to the trailing edge of the main wing on the starboard side of the aircraft; and at least one canard rotor that is attached to the canard, wherein the plurality of port-side rotors , the plurality of starboard-side rotors and the at least one canard rotor are fixed rotors with an axis of rotation that is tilted downward from horizontal at an angle between 20° to 40°, inclusive. a fuselage (1008; 1102), wherein the fuselage is a truncated fuselage; a main wing , wherein the main wing is a fixed, forward swept and tapered wing; a canard ; a plurality of port-side rotors , wherein the plurality of port-side rotors is coupled to a trailing edge of the main wing on the port side of the aircraft; a plurality of starboard-side rotors , wherein the plurality of starboard-side rotors is coupled to the trailing edge of the main wing on the starboard side of the aircraft; and at least one canard rotor that is attached to the canard, wherein the plurality of port-side rotors , the plurality of starboard-side rotors and the at least one canard rotor are fixed rotors with an axis of rotation that is tilted downward from horizontal at an angle between 20° to 40°, inclusive.
An assembly for a turbine comprising a plurality of sectors which are adjacent to one another, each sector comprising at least one connecting edge of composite material with a ceramic matrix , each connecting edge comprising at least one groove or a housing and a sealing tongue present in each groove or housing, each sealing tongue having a laminated structure comprising a plurality of strips , characterized in that the lower strip and the upper strip of the laminated structure each being formed by a film of monolithic ceramic material.
A method of packet transmission over IP networks , the method comprising: transmitting a plurality of input IP media broadcast streams (42; 62), each input stream (42; 62) consisting of a sequence of IP media packets of broadcast data with each IP media packet including header information containing source information identifying the source of the IP media packet and packet ordering data and each input stream (42; 62) representing the same one or more media broadcasts and being transmitted on separate network paths; receiving the plurality of input IP media broadcast streams ; buffering each IP media packet from the plurality of IP media broadcast streams in a first buffer with respect to its source information and its packet ordering data; and outputting an output media broadcast stream using the buffered IP media packets , the method characterized by , where a duplicate IP media packet is received which has identical broadcast data to an IP media packet previously buffered, the previously buffered IP media packet is overwritten by the duplicate IP media packet without comparison of the header information of the duplicate IP media packet with the header information of the previously buffered IP media packet, where the source information and packet ordering data of the duplicate IP media packet are identical to those of the previously buffered IP media packet. transmitting a plurality of input IP media broadcast streams (42; 62), each input stream (42; 62) consisting of a sequence of IP media packets of broadcast data with each IP media packet including header information containing source information identifying the source of the IP media packet and packet ordering data and each input stream (42; 62) representing the same one or more media broadcasts and being transmitted on separate network paths; receiving the plurality of input IP media broadcast streams ; buffering each IP media packet from the plurality of IP media broadcast streams in a first buffer with respect to its source information and its packet ordering data; and outputting an output media broadcast stream using the buffered IP media packets , the method characterized by , where a duplicate IP media packet is received which has identical broadcast data to an IP media packet previously buffered, the previously buffered IP media packet is overwritten by the duplicate IP media packet without comparison of the header information of the duplicate IP media packet with the header information of the previously buffered IP media packet, where the source information and packet ordering data of the duplicate IP media packet are identical to those of the previously buffered IP media packet.
A mutated adeno-associated virus (AAV) capsid protein that when present in an AAV virion imparts decreased immunoreactivity to the virion as compared to the corresponding wild-type virion, wherein the mutation comprises at least one amino acid substitution to the native protein, and wherein the amino acid substitution comprises a substitution of the amino acid occurring at a position corresponding to a position of the AAV-2 VP2 capsid selected from the group consisting of amino acids 127.
Device for generating electrical, magnetic and/or electromagnetic signals, which can be used with different treatment frequencies for treating the human body, characterised in that as means of providing a noise signal that can be used for the selection of a treatment frequency, an electronic noise element is provided, the properties of which have at least a partial dependence on at least one biophysical radiation of the human body, wherein any electronic component that, in addition to an output signal, outputs a noise signal that superimposes the output signal is considered as an electronic noise element within the meaning of the invention and wherein the usable noise signal can be influenced individually on the basis of a biophysical radiation of a body of a person to be treated such that a suitable selection of a treatment frequency can take place by an interaction between a human body of a person to be treated and a resulting noise influenced by the corresponding radiation of the human body, wherein at least one sensor for detecting an electrical, magnetic or electromagnetic field, a sensor for detecting infrared radiation or a sensor for detecting heat radiation is provided as a means for providing a noise signal that can be used for the selection of a treatment frequency, wherein means for signal processing and for generating a digital data stream of the noise signal are provided for evaluating the noise signal and wherein means for statistically evaluating the digital data stream and means for determining a treatment frequency depending on the statistical evaluation are provided for evaluating the noise signal.
A resin-coated metal sheet including a metal sheet and a layer of a polyester resin which comprises an ethylene terephthalate unit formed on at least one surface of the metal sheet, characterised in that said polyester resin is a blended polyester resin which is a blend of a lowly crystalline polyester resin and a highly crystalline polyester resin; wherein said highly crystalline polyester resin is a homopolyethylene terephthalate or a polyethylene terephthalate that contains the isophthalic acid in an amount of not larger than 3 mol% and said lowly crystalline polyester resin is a polyethylene terephthalate that contains the isophthalic acid in an amount of 12 to 18 mol%.
A pharmaceutical composition for transplantation comprising a therapeutic alternative corneal endothelial cell sphere suspension and a viscoelastic substance, wherein the viscoelastic substance is hyaluronic acid or a salt or ester thereof and chondroitin sulfate or a salt or ester thereof.
A pet food composition for use in a method for treating, preventing, or ameliorating a symptom associated with, an inflammatory disease, disorder or condition in a companion animal in need thereof; wherein the companion animal is a canine; wherein the pet food composition comprises: (a) from 700 ppm to 10,000 ppm of betaine; and (b) from 50 ppm to 1000 ppm of carnitine; wherein the mass ratio of betaine to carnitine is between 18 : 1 and 8 : 1. wherein the companion animal is a canine; wherein the pet food composition comprises: (a) from 700 ppm to 10,000 ppm of betaine; and (b) from 50 ppm to 1000 ppm of carnitine; (a) from 700 ppm to 10,000 ppm of betaine; and (b) from 50 ppm to 1000 ppm of carnitine; wherein the mass ratio of betaine to carnitine is between 18 : 1 and 8 : 1.
A vending machine (100; 200), comprising: an access port ; a chassis including a plurality of trays (206a-206n) and a plurality of columns (208a-208n); a movable stage ; a tilting cup apparatus comprising a product catch coupled to the movable stage , wherein the product catch is operable to move in a first direction to accept a product from one of the plurality of trays (206a-206n), and wherein the product catch is operable to move in a second direction to deposit the product in the access port , characterized in that the tilting cup apparatus includes a motor and a gear coupled to the motor , wherein the motor is configured to rotate the gear that meshes with teeth of a hinged plate coupled to the product catch to rotate the hinged plate to apply force to the product catch in the first direction in order to move the product catch to receive a product from the plurality of trays (206a-206n). an access port ; a chassis including a plurality of trays (206a-206n) and a plurality of columns (208a-208n); a movable stage ; a tilting cup apparatus comprising a product catch coupled to the movable stage , wherein the product catch is operable to move in a first direction to accept a product from one of the plurality of trays (206a-206n), and wherein the product catch is operable to move in a second direction to deposit the product in the access port , characterized in that the tilting cup apparatus includes a motor and a gear coupled to the motor , wherein the motor is configured to rotate the gear that meshes with teeth of a hinged plate coupled to the product catch to rotate the hinged plate to apply force to the product catch in the first direction in order to move the product catch to receive a product from the plurality of trays (206a-206n).
A vibration control assembly for an aircraft comprising: a housing configured to be coupled the aircraft; a cage disposed within an interior region of the housing , the cage rotatable within the housing about a first axis ; a gyroscope wheel disposed within the cage and rotatable about a second axis other than the first axis , wherein the gyroscope wheel is configured to impose a controllable moment on the aircraft upon rotation of the gyroscope wheel to counter vibratory moments produced by the aircraft; and wherein the vibration control assembly further comprises a planetary gear arrangement configured to transmit power to the gyroscope wheel to rotate the gyroscope wheel about the second axis , the planetary gear arrangement comprising a sun gear ; a motor operatively coupled to the cage with a motor shaft to rotate the cage and to control precession of the vibration control assembly , the motor shaft rotatable about a motor axis, wherein the sun gear of the planetary gear arrangement is configured to rotate about the sun gear axis that coincides with the motor axis; and wherein the sun gear and the motor shaft are coaxially aligned with each other and with the first axis that the cage is configured to rotate about. a housing configured to be coupled the aircraft; a cage disposed within an interior region of the housing , the cage rotatable within the housing about a first axis ; a gyroscope wheel disposed within the cage and rotatable about a second axis other than the first axis , wherein the gyroscope wheel is configured to impose a controllable moment on the aircraft upon rotation of the gyroscope wheel to counter vibratory moments produced by the aircraft; and wherein the vibration control assembly further comprises a planetary gear arrangement configured to transmit power to the gyroscope wheel to rotate the gyroscope wheel about the second axis , the planetary gear arrangement comprising a sun gear ; a motor operatively coupled to the cage with a motor shaft to rotate the cage and to control precession of the vibration control assembly , the motor shaft rotatable about a motor axis, wherein the sun gear of the planetary gear arrangement is configured to rotate about the sun gear axis that coincides with the motor axis; and wherein the sun gear and the motor shaft are coaxially aligned with each other and with the first axis that the cage is configured to rotate about.
A method for computer-assisted karyotyping, comprising: inputting a digitized image of metaphase chromosomes into a processor comprising an image processing module and a classifier module, wherein the image processing module comprises: a segmenting function adapted for segmenting the digitized image for extracting individual chromosome images, wherein the segmenting function comprises measuring the curvature of a chromosome border to detect extremes corresponding to telomeres and centromeres; a bend correcting function adapted to straighten images of chromosomes that are bent or curved, wherein the bend correction function comprises an algorithm adapted to conformally map an ideal chromosome to the individual chromosome image; a feature selection function adapted for distinguishing between chromosome bands; wherein the classifier module generates a classification of the image as normal or abnormal and generates an output therefrom. a segmenting function adapted for segmenting the digitized image for extracting individual chromosome images, wherein the segmenting function comprises measuring the curvature of a chromosome border to detect extremes corresponding to telomeres and centromeres; a bend correcting function adapted to straighten images of chromosomes that are bent or curved, wherein the bend correction function comprises an algorithm adapted to conformally map an ideal chromosome to the individual chromosome image; a feature selection function adapted for distinguishing between chromosome bands; wherein the classifier module generates a classification of the image as normal or abnormal and generates an output therefrom.
Cooling device for the brake of an electric-motor-operated vehicle , in particular a utility vehicle , having at least one evaporation vessel made of a heat-conducting material, at least one heating element which is designed to convert the electrical energy generated by the electric motor into heat, such that a fluid contained in the evaporation vessel is evaporated by the heat input, and at least one discharge line which is fluidically connected to the evaporation vessel and is designed to discharge the evaporated fluid to the environment.
A method comprising: pointing a laser beam of a laser communication system including an integrated Acquisition and Tracking Sensor (ATS) towards a celestial body having a known location, wherein the laser communications beam is co-boresighted to the ATS carried by a first platform ; determining attitude of the first platform based, at least in part, on the ATS of the laser communication system pointed at and tracking the celestial body ; aiming the laser beam toward a second platform located within a field of uncertainty ; scanning the field of uncertainty with the laser beam until the laser beam illuminates the second platform ; establishing a laser communication link between the first platform and the second platform after determining the attitude of the first platform based, at least in part, on the ATS of the laser communication system pointed at and tracking the celestial body ; and transferring data between the first platform and the second platform over the laser communication link . pointing a laser beam of a laser communication system including an integrated Acquisition and Tracking Sensor (ATS) towards a celestial body having a known location, wherein the laser communications beam is co-boresighted to the ATS carried by a first platform ; determining attitude of the first platform based, at least in part, on the ATS of the laser communication system pointed at and tracking the celestial body ; aiming the laser beam toward a second platform located within a field of uncertainty ; scanning the field of uncertainty with the laser beam until the laser beam illuminates the second platform ; establishing a laser communication link between the first platform and the second platform after determining the attitude of the first platform based, at least in part, on the ATS of the laser communication system pointed at and tracking the celestial body ; and transferring data between the first platform and the second platform over the laser communication link .
Method of applying adhesive to particles, wherein the particles are transported by means of a carrier medium in a transporting pipeline in a flow direction (F), wherein with at least one primary nozzle a binding agent is sprayed into the transporting line , wherein after emerging from the primary nozzle in the flow direction (F) the binding agent spray jet is hit and deflected by a compressed air and/or steam and/or water jet from a secondary nozzle at a distance from the primary nozzle , wherein with the aid of the secondary nozzle a flow direction is determined for the injected-in binding agent, wherein an angle of 10 to 80° between the binding agent spray jet from the primary nozzle and the compressed air and/or steam and/or water jet from the secondary nozzle is set, wherein the secondary nozzle does not spray any medium which could harden, characterised in that the primary nozzle is aligned essentially perpendicularly, i.e. at an angle of up to ±20° to the flow direction (F) and in that the compressed air and/or steam and/or water jet injected in from the secondary nozzle has a velocity component directed against the direction of flow (F).
A backend device for transmitting power supply to a frontend device and receiving an analog signal therefrom through a single cable , the backend device comprising: a power , configured to transmit the power supply; a signal processing circuit, configured to generate a processed signal based on the analog signal; a signal receiver , configured to receive the processed signal; and a backend interface , configured to receive the analog signal from the cable , receive the power supply from the power , separate the analog signal and the power supply, transmit the analog signal to the signal processing circuit, and transmit the power supply to the cable , characterised in that the backend interface comprises: a port for plugging in a frontend device ; an identification module , configured to obtain a voltage at the port, determine whether the frontend device is plugged into the port based on the voltage, and determine a rise time of the voltage at the port upon determining that a frontend device is plugged into the port; and a processing module , configured to determine whether the rise time is within a preset time range and transmit a turn-on signal upon determining that the rise time is within the preset time range, wherein the turn-on signal causes the backend device to provide the power supply through the cable to the frontend device . a power , configured to transmit the power supply; a signal processing circuit, configured to generate a processed signal based on the analog signal; a signal receiver , configured to receive the processed signal; and a backend interface , configured to receive the analog signal from the cable , receive the power supply from the power , separate the analog signal and the power supply, transmit the analog signal to the signal processing circuit, and transmit the power supply to the cable , characterised in that the backend interface comprises: a port for plugging in a frontend device ; an identification module , configured to obtain a voltage at the port, determine whether the frontend device is plugged into the port based on the voltage, and determine a rise time of the voltage at the port upon determining that a frontend device is plugged into the port; and a processing module , configured to determine whether the rise time is within a preset time range and transmit a turn-on signal upon determining that the rise time is within the preset time range, wherein the turn-on signal causes the backend device to provide the power supply through the cable to the frontend device . a port for plugging in a frontend device ; an identification module , configured to obtain a voltage at the port, determine whether the frontend device is plugged into the port based on the voltage, and determine a rise time of the voltage at the port upon determining that a frontend device is plugged into the port; and a processing module , configured to determine whether the rise time is within a preset time range and transmit a turn-on signal upon determining that the rise time is within the preset time range, wherein the turn-on signal causes the backend device to provide the power supply through the cable to the frontend device .
A display device comprising: a window member ; an optical adhesive layer coated on an inner surface of the window member; a display panel bonded on the inner surface of the window member, with the optical adhesive layer therebetween; a bonding area in which a part of the display panel extends beyond the optical adhesive layer from an edge of at least one side of the display panel, and directly faces the window member; a first space (S1) formed between the window member and the bonding area, in correspondence with the thickness of at least the optical adhesive layer; and a sealing member filled at least partially in the first space; wherein the optical adhesive layer comprises protrusion areas protruding from both side ends of the window member, respectively, wherein at least a part of the bonding area is interposed between the protrusion areas. a window member ; an optical adhesive layer coated on an inner surface of the window member; a display panel bonded on the inner surface of the window member, with the optical adhesive layer therebetween; a bonding area in which a part of the display panel extends beyond the optical adhesive layer from an edge of at least one side of the display panel, and directly faces the window member; a first space (S1) formed between the window member and the bonding area, in correspondence with the thickness of at least the optical adhesive layer; and a sealing member filled at least partially in the first space; wherein the optical adhesive layer comprises protrusion areas protruding from both side ends of the window member, respectively, wherein at least a part of the bonding area is interposed between the protrusion areas.