mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising a file generation unit configured to generate an audio file comprising audio data of a plurality of types, wherein: the file generation unit is configured to allocate a plurality of audio tracks to the audio file, wherein each audio track is associated with one type of audio data from the plurality of types; and the audio data of the plurality of audio tracks is arranged in the audio file in units of subsegments, each subsegment corresponding to a predetermined length of time; wherein each subsegment comprises at least one moof box and at least one mdat box comprising audio streams for each of the plurality of audio tracks being successively arranged in each mdat box for the predetermined length of time. the file generation unit is configured to allocate a plurality of audio tracks to the audio file, wherein each audio track is associated with one type of audio data from the plurality of types; and the audio data of the plurality of audio tracks is arranged in the audio file in units of subsegments, each subsegment corresponding to a predetermined length of time; wherein each subsegment comprises at least one moof box and at least one mdat box comprising audio streams for each of the plurality of audio tracks being successively arranged in each mdat box for the predetermined length of time.
A system for assisting a marine vessel to maneuver, said system comprising: at least one tugboat suitable for assisting said marine vessel to maneuver, said tugboat comprising: a towing line attached to the tugboat at one end and attachable to the marine vessel at another end; a towing line force sensor; and a remote control unit configured for wirelessly controlling the operation of said at least one tugboat from a position remote from said at least one tugboat in dependence on sensor data from the towing line force sensor, said remote control unit being configured to transmit thrust commands wirelessly to said at least one tugboat in the form of a vector in relation to the hull of the assisted marine vessel , and said tugboat being configured to carry out thrust commands wirelessly received from said remote control unit with a required tension in the towing line . at least one tugboat suitable for assisting said marine vessel to maneuver, said tugboat comprising: a towing line attached to the tugboat at one end and attachable to the marine vessel at another end; a towing line force sensor; and a remote control unit configured for wirelessly controlling the operation of said at least one tugboat from a position remote from said at least one tugboat in dependence on sensor data from the towing line force sensor, a towing line attached to the tugboat at one end and attachable to the marine vessel at another end; a towing line force sensor; and a remote control unit configured for wirelessly controlling the operation of said at least one tugboat from a position remote from said at least one tugboat in dependence on sensor data from the towing line force sensor, said remote control unit being configured to transmit thrust commands wirelessly to said at least one tugboat in the form of a vector in relation to the hull of the assisted marine vessel , and said tugboat being configured to carry out thrust commands wirelessly received from said remote control unit with a required tension in the towing line .
Tyre tread made of elastomeric material, having a tread surface intended to come into contact with a road surface when said tyre rolls, said tread comprising a plurality of cuts opening onto the tread surface, each cut having: - a sipe delimited by facing first walls ; - a widening zone delimited by second walls widening said sipe in the depth of the tread; characterized in that the roughness of the first walls is different from the roughness of said second walls , the roughness being formed of microroughness elements . - a sipe delimited by facing first walls ; - a widening zone delimited by second walls widening said sipe in the depth of the tread;
A method for supporting periodic and triggered location of a user equipment, UE, performed by a location server, the method comprising: sending a request for a periodic or triggered location to the UE, the request including an indication that the UE may report detected periodic or triggering events using a request for early connection release, a request for immediate connection release, or both; receiving a response from the UE, the response confirming the periodic or triggered location; receiving from a core network, CN, node an event report message and a Release Assistance Indication, RAI, sent by the UE to the CN node, wherein the RAI comprises a request for immediate connection release or a request for early connection release, wherein the request for early connection release comprises an indication that no response message from the location server is expected by the UE, or an indication that one response message from the location server is expected by the UE, wherein the event report message contains event information obtained by the UE after the UE detected a periodic or triggering event, wherein the event information comprises at least one of location measurements, a location estimate, a type of detected triggering event, or a combination thereof; determining location information for the UE based on the event information; and transmitting the location information for the UE to another entity. sending a request for a periodic or triggered location to the UE, the request including an indication that the UE may report detected periodic or triggering events using a request for early connection release, a request for immediate connection release, or both; receiving a response from the UE, the response confirming the periodic or triggered location; receiving from a core network, CN, node an event report message and a Release Assistance Indication, RAI, sent by the UE to the CN node, wherein the RAI comprises a request for immediate connection release or a request for early connection release, wherein the request for early connection release comprises an indication that no response message from the location server is expected by the UE, or an indication that one response message from the location server is expected by the UE, wherein the event report message contains event information obtained by the UE after the UE detected a periodic or triggering event, wherein the event information comprises at least one of location measurements, a location estimate, a type of detected triggering event, or a combination thereof; determining location information for the UE based on the event information; and transmitting the location information for the UE to another entity.
A steam-type air fryer, comprising a shell , a cooking cavity located at a lower side of an interior of the shell and a control cavity located at an upper side of the interior of the shell , wherein the control cavity is provided therein with a control panel and a drive motor, and an upper side of the shell is provided with a vent in communication with the control cavity , wherein a top portion of the shell is provided with a water tank , the shell is provided therein with a steam generator in communication with the water tank , the steam generator is configured to input steam into the cooking cavity , the water tank being detachably mounted on the shell , characterized in that the water tank is in a structure having an opened bottom and a closed top.
A distributed amplifier , comprising: a distributed amplifier monolithic microwave integrated circuit (MMIC) chip , said chip comprising an RF input configured to receive an RF signal that propagates down an input transmission line, a plurality of parallel-connected FET amplifier stages and an output transmission line that connects the drain terminals (28a - 28e) of the FET amplifier stages, said FET amplifier stages producing an amplified RF signal over a bandwidth at an RF output of the last FET amplifier stage; an off-chip bias circuit comprising a common input for receiving a DC bias current from a DC supply and a plurality of parallel-connected bias chokes (66a - 66c) among which the DC bias current is divided, each bias choke comprising a series inductor L (68a - 68c) connected to a grounded capacitor C (70a - 70c), said series inductor L having sufficient impedance to block RF energy from reaching the common input over the entire bandwidth; and a plurality of connections (72a - 72c) that electrically and physical connected the plurality of series inductors L in parallel to a like plurality of the drain terminals at different FET amplifier stages to supply DC bias current at different locations along the output transmission line. a distributed amplifier monolithic microwave integrated circuit (MMIC) chip , said chip comprising an RF input configured to receive an RF signal that propagates down an input transmission line, a plurality of parallel-connected FET amplifier stages and an output transmission line that connects the drain terminals (28a - 28e) of the FET amplifier stages, said FET amplifier stages producing an amplified RF signal over a bandwidth at an RF output of the last FET amplifier stage; an off-chip bias circuit comprising a common input for receiving a DC bias current from a DC supply and a plurality of parallel-connected bias chokes (66a - 66c) among which the DC bias current is divided, each bias choke comprising a series inductor L (68a - 68c) connected to a grounded capacitor C (70a - 70c), said series inductor L having sufficient impedance to block RF energy from reaching the common input over the entire bandwidth; and a plurality of connections (72a - 72c) that electrically and physical connected the plurality of series inductors L in parallel to a like plurality of the drain terminals at different FET amplifier stages to supply DC bias current at different locations along the output transmission line.
Connecting arrangement (1; 22) for electrically connecting at least two cable ends (2, 3; 24-28) of electrical cables which, apart from cable ends that have been stripped of insulation, comprise an insulating sheath , in particular of stranded cables, and for providing a hermetic seal between the cable ends (2, 3; 24-28), having a) a connection sleeve (8; 23) for receiving the cable ends, wherein a1) the connection sleeve (8; 23) comprises at least a first chamber for receiving one of the cable ends, a2) the first chamber comprises a partition wall with respect to the other cable end, and a3) the connection sleeve (8; 23) is electrically conductive in order to electrically connect the two cable ends to one another, and b) a first tubing which b1) encompasses the outside of the connection sleeve (8; 23) over its entire length in order to produce an outer sealing arrangement, and b2) consists of an elastic and electrically insulating material and is embodied as a shrink tubing that shrinks under the influence of heat, characterized by c) a sealing body in at least one of the chambers , wherein the sealing body c1) seals an intermediate chamber between the cable end , which is inserted into the chamber , and the inner wall of the chamber , and c2) encompasses the associated cable end in the region of the insulating sheath . a) a connection sleeve (8; 23) for receiving the cable ends, wherein a1) the connection sleeve (8; 23) comprises at least a first chamber for receiving one of the cable ends, a2) the first chamber comprises a partition wall with respect to the other cable end, and a3) the connection sleeve (8; 23) is electrically conductive in order to electrically connect the two cable ends to one another, and a1) the connection sleeve (8; 23) comprises at least a first chamber for receiving one of the cable ends, a2) the first chamber comprises a partition wall with respect to the other cable end, and a3) the connection sleeve (8; 23) is electrically conductive in order to electrically connect the two cable ends to one another, and b) a first tubing which b1) encompasses the outside of the connection sleeve (8; 23) over its entire length in order to produce an outer sealing arrangement, and b2) consists of an elastic and electrically insulating material and is embodied as a shrink tubing that shrinks under the influence of heat, characterized by b1) encompasses the outside of the connection sleeve (8; 23) over its entire length in order to produce an outer sealing arrangement, and b2) consists of an elastic and electrically insulating material and is embodied as a shrink tubing that shrinks under the influence of heat, c) a sealing body in at least one of the chambers , wherein the sealing body c1) seals an intermediate chamber between the cable end , which is inserted into the chamber , and the inner wall of the chamber , and c2) encompasses the associated cable end in the region of the insulating sheath . c1) seals an intermediate chamber between the cable end , which is inserted into the chamber , and the inner wall of the chamber , and c2) encompasses the associated cable end in the region of the insulating sheath .
A delivery assembly, comprising: a console including a vial containment region ; a vial assembly ; a vial engagement mechanism extending from the console within the vial containment region , wherein the engagement mechanism is configured to engage the vial assembly ; and a sled assembly removably couplable to the console at the vial containment region ; wherein the sled assembly is configured to partially receive the vial assembly; characterized in that : the delivery assembly further comprises: a safety shield removably couplable to the console over the vial containment region such that the vial engagement mechanism and the sled assembly are encapsulated within the safety shield when the safety shield is coupled thereto; and in that : the sled assembly , the vial assembly , and the safety shield are configured to inhibit radioactive emissions from within the vial containment region . a console including a vial containment region ; a vial assembly ; a vial engagement mechanism extending from the console within the vial containment region , wherein the engagement mechanism is configured to engage the vial assembly ; and a sled assembly removably couplable to the console at the vial containment region ; wherein the sled assembly is configured to partially receive the vial assembly; characterized in that : the delivery assembly further comprises: a safety shield removably couplable to the console over the vial containment region such that the vial engagement mechanism and the sled assembly are encapsulated within the safety shield when the safety shield is coupled thereto; and in that : the sled assembly , the vial assembly , and the safety shield are configured to inhibit radioactive emissions from within the vial containment region .
A system to synchronize progress in primary and secondary portions of an electronic book, comprising: a system database configured to maintain user progress data, primary book data corresponding to the primary portion and secondary book data corresponding to the secondary portion, the primary book data including primary position information and the secondary book data including secondary position information; a correlation data store configured to maintain correlation data indicating correspondence between the primary position information and the secondary position information, and to allow generation of the user progress data from the correlation data; and a display configured to present a user progress indicator responsive to the user progress data, the user progress indicator comprising a first element indicating a current position in the primary portion and a second element indicating a corresponding position in the secondary portion, the display further configured to present the primary portion at the current position and replace presentation of the primary portion with presentation of the secondary portion at the corresponding position responsive to user-selection of the second element. a system database configured to maintain user progress data, primary book data corresponding to the primary portion and secondary book data corresponding to the secondary portion, the primary book data including primary position information and the secondary book data including secondary position information; a correlation data store configured to maintain correlation data indicating correspondence between the primary position information and the secondary position information, and to allow generation of the user progress data from the correlation data; and a display configured to present a user progress indicator responsive to the user progress data, the user progress indicator comprising a first element indicating a current position in the primary portion and a second element indicating a corresponding position in the secondary portion, the display further configured to present the primary portion at the current position and replace presentation of the primary portion with presentation of the secondary portion at the corresponding position responsive to user-selection of the second element.
A method of improving the uniformity of a tire, comprising: obtaining, by one or more computing devices, uniformity data associated with a set of a plurality of tires, the uniformity data comprising one or more sets of harmonic magnitudes for one or more selected harmonics of a composite uniformity parameter for the set of tires; identifying, by the one or more computing devices, one or more parameters of a Weibull distribution for each of the one or more sets of harmonic magnitudes; identifying, by the one or more computing devices, one or more characteristics of the composite uniformity parameter for the set of tires based at least in part on the one or more parameters of the Weibull distribution for each of the one or more sets of harmonic magnitudes; and modifying tire manufacture based at least in part on the one or more characteristics of the composite uniformity parameter. obtaining, by one or more computing devices, uniformity data associated with a set of a plurality of tires, the uniformity data comprising one or more sets of harmonic magnitudes for one or more selected harmonics of a composite uniformity parameter for the set of tires; identifying, by the one or more computing devices, one or more parameters of a Weibull distribution for each of the one or more sets of harmonic magnitudes; identifying, by the one or more computing devices, one or more characteristics of the composite uniformity parameter for the set of tires based at least in part on the one or more parameters of the Weibull distribution for each of the one or more sets of harmonic magnitudes; and modifying tire manufacture based at least in part on the one or more characteristics of the composite uniformity parameter.
A composition comprising: a distillate fuel; and an oligomer portion consisting essentially of DMM2, DMM3, DMM4, DMM5, or a combination thereof wherein the composition further comprises a stabilizer comprising one or more alcohols selected from isobutano wherein DMMn are dimethoxymethane oligomers where n represents the number of repeating groups in the oligomer. a distillate fuel; and an oligomer portion consisting essentially of DMM2, DMM3, DMM4, DMM5, or a combination thereof wherein the composition further comprises a stabilizer comprising one or more alcohols selected from isobutano wherein DMMn are dimethoxymethane oligomers where n represents the number of repeating groups in the oligomer.
A device for the chromatographic separation of a substance mixture comprising, • a housing , • a middle portion , which includes the separating medium , • an upper portion , which has a radial supply duct to the center of the upper portion , wherein the radial supply duct is open towards the housing interior after the entry into the housing interior, • a lower portion , which has a discharge duct, • separating elements , which separate the upper and the lower portion from the separating medium , characterized in that the radial supply duct widens in a dome shape in the form of a flat ball segment in the center of the upper portion . • a housing , • a middle portion , which includes the separating medium , • an upper portion , which has a radial supply duct to the center of the upper portion , wherein the radial supply duct is open towards the housing interior after the entry into the housing interior, • a lower portion , which has a discharge duct, • separating elements , which separate the upper and the lower portion from the separating medium , characterized in that the radial supply duct widens in a dome shape in the form of a flat ball segment in the center of the upper portion .
Detergent composition comprising at least one reactive dye in an amount of 0.82 to 2.8 wt% and at least one direct dye in an amount of 0.66 to 2.64 wt%, each based on the total amount of the detergent composition, further comprising at least one surfactant in an amount of 0.3% to 20 wt% and at least one fixer in an amount of 0.1% to 30 wt%, the weight percentages each being based on the total amount of the detergent composition.
A liquid/vapor separator for a fuel tank for motor vehicles, comprising a housing having means for separating fuel in vapor form, wherein the housing communicates with a connection opening in a connection volume, in particular a connection volume as an expansion tank, a bubble section or as a space enclosed by a filler pipe of the motor vehicle, having a first connection for a refueling vent line of the fuel tank, said connection opening into the housing , a second connection for a service vent line of the fuel tank, a third connection for a vent line leading to a fuel vapor filter, having at least one refueling vent path from the first connection to the third connection , having at least one service vent path from the second connection to the third connection and at least one valve, which closes at least the service vent path from the second connection to the third connection during refueling of the motor vehicle, wherein the housing comprises a droplet collecting space , and wherein, in the installed position, the valve is arranged within the connection volume, characterized in that the service vent path and the refueling vent path open via a common connection cross section into the connection opening, and in that the valve has a valve body which closes the entire connection cross section in one operating position, and in that the service vent path is routed as the channel bypassing the droplet collecting space directly into the connection opening of the connection volume.
A coupler having a coupler interface comprising a protruding cone , a matching cup and at least one guiding element , wherein the height of the coupler from a center line (M) of the coupler interface to top of the coupler interface is smaller than 200 mm, characterized in that the coupler interface has two guiding elements which are arranged lateral to the protruding cone and the matching cup , namely to the side of the protruding cone and the matching cup in a direction of the center line (M), and which are designed to complement each other, wherein one guiding element has a clamp-like design and is configured to embrace the other guiding element of an identical second coupler, which other guiding element has a tooth-shaped design.