mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , by an apparatus, an indication of a first subcarrier spacing; and transmitting or receiving , by the apparatus, an orthogonal frequency division multiplexing, OFDM, signal according to the first subcarrier spacing and associated with a first transmission time unit, TTU, wherein the first TTU comprises a fixed additional cyclic prefix, CP, duration and a first number of consecutive scalable symbol durations of the first subcarrier spacing, each scalable symbol duration of the first subcarrier spacing having a same time length and each comprising a first CP part and a first useful OFDM signal part, and wherein the first subcarrier spacing is a 2 n multiple of a base subcarrier spacing, where n is a non-zero integer and the base subcarrier spacing is associated with a second TTU, the second TTU having a same time length as the first TTU and the second TTU comprising the fixed additional CP duration and a second number of consecutive scalable symbol durations of the base subcarrier spacing, each scalable symbol duration of the base subcarrier spacing having a same time length and each comprising a second CP part and a second useful OFDM signal part, and wherein a time length of the second CP part is the 2 n multiple of a time length of the first CP part and a time length of the second useful OFDM signal part is the 2 n multiple of a time length of the first useful OFDM signal part. receiving , by an apparatus, an indication of a first subcarrier spacing; and transmitting or receiving , by the apparatus, an orthogonal frequency division multiplexing, OFDM, signal according to the first subcarrier spacing and associated with a first transmission time unit, TTU, wherein the first TTU comprises a fixed additional cyclic prefix, CP, duration and a first number of consecutive scalable symbol durations of the first subcarrier spacing, each scalable symbol duration of the first subcarrier spacing having a same time length and each comprising a first CP part and a first useful OFDM signal part, and wherein the first subcarrier spacing is a 2 n multiple of a base subcarrier spacing, where n is a non-zero integer and the base subcarrier spacing is associated with a second TTU, the second TTU having a same time length as the first TTU and the second TTU comprising the fixed additional CP duration and a second number of consecutive scalable symbol durations of the base subcarrier spacing, each scalable symbol duration of the base subcarrier spacing having a same time length and each comprising a second CP part and a second useful OFDM signal part, and wherein a time length of the second CP part is the 2 n multiple of a time length of the first CP part and a time length of the second useful OFDM signal part is the 2 n multiple of a time length of the first useful OFDM signal part.
A capsule assembly comprising a capsule for the preparation of beverages and a conveyor cap that is mounted on said capsule for conveying the beverage exiting the said capsule, said capsule having an inlet wall , an outlet wall and a lateral wall defining an internal volume inside which at least one beverage ingredient (I) is housed, the outlet wall comprising one or more capsule beverage outlets , said conveyor cap being mounted on said capsule to define an enclosure space between the outlet wall and an inner surface of said conveyor cap, and said conveyor cap having one or more beverage delivery openings , characterized in that said conveyor cap is movably mounted on said capsule , and in that said capsule beverage outlets and said conveyor cap are configured to interact so that the capsule beverage outlets are opened by the conveyor cap due to a relative movement between the capsule and the conveyor cap .
A medical chewing gum comprising gum base polymers and one or more cannabinoids as an active pharmaceutical ingredient, the gum base polymers comprising polyvinyl acetate and vinyl laurate-vinyl acetate copolymer in an amount of more than 90% by weight of the gum base polymers, wherein the gum base polymers include 20 - 95% by weight of polyvinyl acetate and 5 - 80% by weight of vinyl laurate-vinyl acetate copolymer.
An arrangement for controlling flow speed in a mold for continuous casting of metal, comprising: at least two first front cores with associated first magnetic coils arranged on one side of the mold; at least two second front cores with associated second magnetic coils arranged on an opposite side of the mold in substantial alignment with the first front cores; an external magnetic loop connecting the second front cores to the first front cores, to allow a one-directional magnetic flux to pass through the mold from the first front cores to the second front cores or vice versa; and a control interface enabling independent control of two subsets of the first magnetic coils, characterized in that the front cores are provided with reconfigurable flux-shaping elements for allowing a spatially non-uniform magnetic flux to pass through the mold, wherein the reconfigurable flux-shaping elements comprise a plurality of freely positionable magnetic protrusions . at least two first front cores with associated first magnetic coils arranged on one side of the mold; at least two second front cores with associated second magnetic coils arranged on an opposite side of the mold in substantial alignment with the first front cores; an external magnetic loop connecting the second front cores to the first front cores, to allow a one-directional magnetic flux to pass through the mold from the first front cores to the second front cores or vice versa; and a control interface enabling independent control of two subsets of the first magnetic coils, characterized in that the front cores are provided with reconfigurable flux-shaping elements for allowing a spatially non-uniform magnetic flux to pass through the mold, wherein the reconfigurable flux-shaping elements comprise a plurality of freely positionable magnetic protrusions .
A prosthetic heart valve comprising a plurality of leaflets secured together and retained within an expandable tubular member, each leaflet comprising cross-linked porcine small intestine submucosa tissue, wherein the porcine small intestine submucosa tissue is chemically cross-linked while it is under tension.
An in vitro process for producing an insulin-producing cell by direct differentiation induction from a somatic cell selected from the group consisting of a fibroblast and a mesenchymal stem cell as a starting material, comprising a step of culturing the somatic cell in a differentiation induction medium in the presence of an RSK inhibitor, a cAMP inducer and a GSK3 inhibitor, wherein the RSK inhibitor is BRD7389 or BI-D1870, the GSK3 inhibitor is CHIR99021 and the cAMP inducer is forskolin and wherein the differentiation induction medium does not contain serum.
A rotation stroke module consisting of a housing , two rotary motors , an actuator shaft , which is mounted in the housing so as to be rotatably and axially movable and which, with its end protruding out of the housing , is in operative connection with a work element , and a thread stroke spindle arranged in the housing and parallel to the actuator shaft with a nut operatively connected to the thread of the stroke thread spindle , wherein a first rotary motor transfers its rotary motion to the actuator shaft via a bushing , through which the actuator shaft is passed in a coaxially and axially movable manner, and a second rotary motor transfers its rotary motion onto the thread stroke spindle and thereby causes the nut on the thread stroke spindle to move in a linear manner, wherein the nut is in operative connection with the actuator shaft via a driver and transfers its linear movement onto the actuator shaft , characterised in that the actuator shaft is configured as a hollow body and a piston rod is passed through the actuator shaft in a coaxially and axially movable manner, wherein the piston rod , at its end protruding from the housing , is in operative connection with the work element arranged on the actuator shaft and, at its opposite end, is in operative connection with an operating cylinder and transfer a force from the operating cylinder onto the work element at the opposite end.
Two-walled cooking utensil comprising an inner wall provided to contain food to cook, an outer wall provided to be heated, an air gap being arranged between the inner wall and the outer wall , the inner wall and the outer wall being assembled sealed, characterised in that the inner wall and the outer wall are assembled by welding, in that the inner wall is made of normal steel and has a nitrocarburized and post-oxidised inner cooking face , in that the inner wall has a nitrocarburized and post-oxidised outer face , in that the outer wall is made of normal steel and has a nitrocarburized and post-oxidised outer heating face , in that the outer wall has a nitrocarburized and post-oxidised inner face , and in that the outer wall has an orifice , the orifice arranged in the outer wall making it possible to put in communication the inner face of the outer wall and the outer wall of the inner wall with the nitrocarburizing environment, the orifice being sealed after nitrocarburizing and post-oxidising treatments.
A package with printing stocks and interlayers arranged in exact register contained therein, wherein the printing stock are security paper sheets for manufacturing value documents, comprising a) a stack carrier ; b) a first interlayer arranged on the stack carrier , a first printing stock stack arranged on the first interlayer , a second interlayer arranged on the first printing stock stack , a second printing stock stack arranged on the second interlayer and optionally at least one further sequence of elements consisting of a further interlayer arranged on the printing stock stack located therebelow and a further printing stock stack arranged on the further interlayer; c) a jacket , which contains the elements arranged on the stack carrier , consisting of the first interlayer , the first printing stock stack , the second interlayer , the second printing stock stack and the optional further elements, completely in the form of a hood extending from the stack carrier to the uppermost element on four side surfaces and an upper side. a) a stack carrier ; b) a first interlayer arranged on the stack carrier , a first printing stock stack arranged on the first interlayer , a second interlayer arranged on the first printing stock stack , a second printing stock stack arranged on the second interlayer and optionally at least one further sequence of elements consisting of a further interlayer arranged on the printing stock stack located therebelow and a further printing stock stack arranged on the further interlayer; c) a jacket , which contains the elements arranged on the stack carrier , consisting of the first interlayer , the first printing stock stack , the second interlayer , the second printing stock stack and the optional further elements, completely in the form of a hood extending from the stack carrier to the uppermost element on four side surfaces and an upper side.
An electrosurgical instrument comprising: a coaxial feed cable for conveying microwave energy and/or radiofrequency energy, the coaxial feed cable having an inner conductor , an outer conductor , and a dielectric material separating the inner conductor and the outer conductor; and a radiating tip disposed at a distal end of the coaxial feed cable to receive the microwave energy and/or the radiofrequency energy, the radiating tip comprising: an energy delivery structure configured to deliver the microwave energy and/or the radiofrequency energy received from the coaxial feed cable from an outer surface of the radiating tip, wherein the energy delivery structure comprises an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction beyond the distal end of the coaxial feed cable; and a dielectric body disposed around the elongate conductor, wherein the dielectric body comprises a cavity therein, the cavity being disposed adjacent the elongate conductor to facilitate flexure of the radiating tip. a coaxial feed cable for conveying microwave energy and/or radiofrequency energy, the coaxial feed cable having an inner conductor , an outer conductor , and a dielectric material separating the inner conductor and the outer conductor; and a radiating tip disposed at a distal end of the coaxial feed cable to receive the microwave energy and/or the radiofrequency energy, the radiating tip comprising: an energy delivery structure configured to deliver the microwave energy and/or the radiofrequency energy received from the coaxial feed cable from an outer surface of the radiating tip, wherein the energy delivery structure comprises an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction beyond the distal end of the coaxial feed cable; and a dielectric body disposed around the elongate conductor, an energy delivery structure configured to deliver the microwave energy and/or the radiofrequency energy received from the coaxial feed cable from an outer surface of the radiating tip, wherein the energy delivery structure comprises an elongate conductor electrically connected to the inner conductor and extending in a longitudinal direction beyond the distal end of the coaxial feed cable; and a dielectric body disposed around the elongate conductor, wherein the dielectric body comprises a cavity therein, the cavity being disposed adjacent the elongate conductor to facilitate flexure of the radiating tip.
A hybridization assay probe for detecting a West Nile Virus (WNV) nucleic acid, comprising: a probe sequence that comprises a target-complementary sequence of nucleotide bases, and optionally one or more nucleotide base sequences that are not complementary to said nucleic acid that is to be detected, wherein said target-complementary sequence of nucleotide bases consists of 18-22 contiguous nucleotide bases contained within the sequence of SEQ ID NO: 103 or the complement thereof, allowing for the presence of RNA and DNA equivalents, nucleotide analogs and up to 10% nucleotide base differences, and wherein said hybridization assay probe has a length of up to 22 nucleotide bases.
An apparatus for slicing food products , in particular a high-performance slicer, having a cutting region (S) at whose end a cutting blade moves, in particular in a rotating and/or revolving manner, in a cutting plane ; and having a transport device which transports products to be sliced in a direction of transport (T) to the cutting region (S) over one track or multiple tracks, wherein the transport device in the or each transport track comprises a plurality of positioners for the products simultaneously driven in the direction of transport (T) and arranged spaced apart from one another in the direction of transport (T) and each section of the transport device between two consecutive positioners in each track forms a product compartment for exactly one product to be sliced, characterized in that the transport device is configured for a cyclic transport operation with continuously consecutive transport cycles, wherein the transport cycles respectively comprise a movement phase with product compartments moving in the direction of transport (T) and a waiting phase with stationary product compartments, and in that a takeover device is provided which takes over products coming from the transport device , with the takeover device being formed by a product supply of the cutting region (S), or with the takeover device being provided in addition to a product supply of the cutting region (S) and being configured to transfer the products coming from the transport device to the product supply , and with the cycling of the transport device being coordinated with the operation of the transfer device . having a cutting region (S) at whose end a cutting blade moves, in particular in a rotating and/or revolving manner, in a cutting plane ; and having a transport device which transports products to be sliced in a direction of transport (T) to the cutting region (S) over one track or multiple tracks, wherein the transport device in the or each transport track comprises a plurality of positioners for the products simultaneously driven in the direction of transport (T) and arranged spaced apart from one another in the direction of transport (T) and each section of the transport device between two consecutive positioners in each track forms a product compartment for exactly one product to be sliced, characterized in that the transport device is configured for a cyclic transport operation with continuously consecutive transport cycles, wherein the transport cycles respectively comprise a movement phase with product compartments moving in the direction of transport (T) and a waiting phase with stationary product compartments, and in that a takeover device is provided which takes over products coming from the transport device , with the takeover device being formed by a product supply of the cutting region (S), or with the takeover device being provided in addition to a product supply of the cutting region (S) and being configured to transfer the products coming from the transport device to the product supply , and with the cycling of the transport device being coordinated with the operation of the transfer device .
A pouch assembly for use in an inflatable toy, the pouch assembly comprising: a pouch comprising a pouch upper layer and a pouch lower layer , the pouch upper layer and the pouch lower layer being sealed together along a first sealing path , wherein the pouch is adapted to receive and retain an illumination device in a predetermined position: wherein the pouch comprises gripping means 3E, 3F provided as one or more projections, adapted to retain said illumination device in a predetermined position.
A flexible connecting structure of a lead screw, comprising: a lead screw , a lead screw nut , a linear guide rail , a push block , a connecting block , and a moving part , wherein the linear guide rail is used as a moving guide on the transmission side of the lead screw , the lead screw nut is threadably coupled to the lead screw , the push block is fixedly connected to the lead screw nut and fixedly connected to a sliding block on the linear guide rail , the moving part is fixedly connected to the connecting block , characterized in that the connecting block is provided with a recess having a resilient dome structure, the resilient dome structure comprises a first point contact mechanism and a second point contact mechanism located on two sides of the recess, the first point contact mechanism is a resilient point contact mechanism and the second point contact mechanism is a rigid point contact mechanism, and the push block is L-shaped and an upright portion of the push block being a insertion block , a transverse portion of the push block being a base, and a gap is provided between the base and the connecting block , the insertion block being inserted into the recess having the resilient dome structure , two sides of the insertion block are in point contact with the first point contact mechanism and the second point contact mechanism, respectively , wherein the first point contact mechanism comprises two resilient ball head plungers which comprises a resilient retractable ball head, and the second point contact mechanism comprises a ball push rod which comprises a rigid fixed ball head , the two sides of the insertion block being in point contact with the resilient retractable ball head and the rigid fixed ball head , wherein axes of the resilient ball head plunger and the ball push rod are both parallel to the linear guide rail , the point contact formed between the two sides of the insertion block and two resilient retractable ball heads and one rigid fixed ball head presenting an isosceles triangle distribution.
Two-speed transmission system for an electric vehicle, the two-speed transmission system comprising: a housing ; a first gear drive assembly ; and a second gear drive assembly , characterized by a one-way clutch assembly adapted to be mounted on an input shaft and to be coupled with the first gear drive assembly ; a multi-plate friction clutch assembly adapted to be mounted on the input shaft and comprising a clutch hub disposed in the housing and mounted on the input shaft ; the second gear drive assembly freely mounted on the input shaft and comprising external spline on an outer diameter adapted to be engaged with the clutch hub of the multi-plate friction clutch assembly , wherein the one-way clutch assembly is adapted to rotate to operate the vehicle in the first gear drive when the input shaft is rotated in a drive direction, and the multi-plate friction clutch assembly is in a disengaged state when the vehicle is operated in the first gear drive. a housing ; a first gear drive assembly ; and a second gear drive assembly , characterized by a one-way clutch assembly adapted to be mounted on an input shaft and to be coupled with the first gear drive assembly ; a multi-plate friction clutch assembly adapted to be mounted on the input shaft and comprising a clutch hub disposed in the housing and mounted on the input shaft ; the second gear drive assembly freely mounted on the input shaft and comprising external spline on an outer diameter adapted to be engaged with the clutch hub of the multi-plate friction clutch assembly , wherein the one-way clutch assembly is adapted to rotate to operate the vehicle in the first gear drive when the input shaft is rotated in a drive direction, and the multi-plate friction clutch assembly is in a disengaged state when the vehicle is operated in the first gear drive.
An optical system , comprising: a seed source ; an optical amplifier coupled to the seed source , wherein the optical amplifier is configured to amplify a power of a seed signal from the seed source ; a controller including logic configured to control the seed source via a first control signal that causes the seed source to vary a power of a seed signal from the seed source between a minimum value and a maximum value in a way that the seed signal exhibits one or more pulse bursts, wherein each pulse burst contains one or more pulses, wherein the logic is further configured to adjust the power of the seed signal to an intermediate value that is greater than the minimum value and less than the maximum value during an inter-pulse period between successive pulses within a pulse burst or between successive pulse bursts via a second control signal, wherein the intermediate value is chosen so that a power of the seed signal has a suitable non-zero value sufficient for unsaturated gain to exist in the optical amplifier at a beginning of a pulse to control a gain in the optical amplifier without varying a pump power supplied to the optical amplifier. a seed source ; an optical amplifier coupled to the seed source , wherein the optical amplifier is configured to amplify a power of a seed signal from the seed source ; a controller including logic configured to control the seed source via a first control signal that causes the seed source to vary a power of a seed signal from the seed source between a minimum value and a maximum value in a way that the seed signal exhibits one or more pulse bursts, wherein each pulse burst contains one or more pulses, wherein the logic is further configured to adjust the power of the seed signal to an intermediate value that is greater than the minimum value and less than the maximum value during an inter-pulse period between successive pulses within a pulse burst or between successive pulse bursts via a second control signal, wherein the intermediate value is chosen so that a power of the seed signal has a suitable non-zero value sufficient for unsaturated gain to exist in the optical amplifier at a beginning of a pulse to control a gain in the optical amplifier without varying a pump power supplied to the optical amplifier.