mhurhangee/patent-ind-claim-en huggingface dataset:
Oral dosage form for modified release containing a) particulate, crystalline apixaban and b) matrix former, wherein the apixaban particle size distribution has a D50-value of 11 to 75 μm, and wherein the matrix former is selected from cellulose ether, cellulose ester, starch, gum, shellac, fatty substances, polyvinylchloride, polyvinyl alcohol polyvinyl acetate or copolymers thereof, polymers based on acrylic acid and/or methacrylic acid and ion exchange resins, wherein the fatty substances refer to wax, fat, oil, fatty acid, fatty alcohol, monoglyceride, diglyceride, triglyceride and mixtures thereof, and wherein modified release means that after 60 minutes 1% to 20% of the active agent are released, determined according to the USP method, paddle apparatus II, 900 ml test medium, phosphate buffer with 0.5% sodium dodecyl sulfate, pH 6.8 at 37°C and 75 rpm. a) particulate, crystalline apixaban and b) matrix former,
Drive belt made of elastomer material, having a drive side and a rear side , wherein the rear side has a surface which is provided with an embossed surface structure , characterized in that the surface structure is formed as a pattern of cross projections or raised ridges that is embossed in the elastomer material, in that the projections or ridges enclose a plurality of recesses whose base faces are each formed by sections of the surface of the rear side, in that the height h of the ridges is more than 0.05 mm and less than 0.5 mm, in that the surface structure is designed to be symmetrical with respect to the longitudinal axis of the drive belt in such a way that forces acting transversely to the running direction of the drive belt when the drive belt is running on a belt pulley are compensated for or minimized by virtue of the fact that the surface-structure-forming pattern on the belt is formed mirror-symmetrically to an imaginary surface which, situated orthogonally on the drive or rear side, contains the centre line of the belt.
An assembly, comprising: a busbar that includes: a first layer , wherein: the first layer defines: a first layer top surface ; a first layer bottom surface ; a first layer first end ; a first layer second end ; and a first layer center region between the first layer first and second ends ; and the first layer forms first layer perforations ; a second layer , wherein the second layer is disposed against the first layer bottom surface and electrically isolated from the first layer , and wherein the second layer defines connector orifices , having a same size as each other, that are aligned with the first layer perforations ; and a first capacitor , wherein the first capacitor is supported against and electrically connected to the first layer top surface , and wherein the first capacitor includes busbar connectors , and the busbar connectors respectively extend through the first layer perforations to electrically connect with the connector orifices , characterized in that the first layer perforations are of different sizes about the first layer center region so that perforations closer to the first layer first end are smaller than perforations spaced apart from the first layer first end. the first layer defines: a first layer top surface ; a first layer bottom surface ; a first layer first end ; a first layer second end ; and a first layer center region between the first layer first and second ends ; and the first layer forms first layer perforations ; a second layer , wherein the second layer is disposed against the first layer bottom surface and electrically isolated from the first layer , and wherein the second layer defines connector orifices , having a same size as each other, that are aligned with the first layer perforations ; and a first capacitor , wherein the first capacitor is supported against and electrically connected to the first layer top surface , and wherein the first capacitor includes busbar connectors , and the busbar connectors respectively extend through the first layer perforations to electrically connect with the connector orifices , characterized in that the first layer perforations are of different sizes about the first layer center region so that perforations closer to the first layer first end are smaller than perforations spaced apart from the first layer first end.
A data processing method performed by a computer for monitoring the position of a patient (P), comprising the steps of: - receiving a 3D image dataset of the patient (P); - receiving an initial real image of the patient (P) from a medical imaging system having a known and fixed location in space, thus defining a known viewing direction of the initial real image in space, the real image being taken at a first point in time; - performing 2D/3D registration by calculating a simulated image from the 3D image dataset which matches the initial real image best, the simulated image having a viewing direction onto the 3D image dataset, wherein the 2D/3D registration also involves calculation of an initial similarity measure value for the pair of the initial real image and the calculated simulated image; - storing the initial similarity measure value; - receiving a subsequent real image from the medical imaging system taken at a second point in time later than the first point in time; - calculating a subsequent similarity measure value for the pair of the subsequent real image and the calculated simulated image; and - outputting an indication signal if the difference between the initial similarity measure value and the subsequent similarity measure value fulfills a predetermined criterion. - receiving a 3D image dataset of the patient (P); - receiving an initial real image of the patient (P) from a medical imaging system having a known and fixed location in space, thus defining a known viewing direction of the initial real image in space, the real image being taken at a first point in time; - performing 2D/3D registration by calculating a simulated image from the 3D image dataset which matches the initial real image best, the simulated image having a viewing direction onto the 3D image dataset, wherein the 2D/3D registration also involves calculation of an initial similarity measure value for the pair of the initial real image and the calculated simulated image; - storing the initial similarity measure value; - receiving a subsequent real image from the medical imaging system taken at a second point in time later than the first point in time; - calculating a subsequent similarity measure value for the pair of the subsequent real image and the calculated simulated image; and - outputting an indication signal if the difference between the initial similarity measure value and the subsequent similarity measure value fulfills a predetermined criterion.
An aerosol generating device configured to operate with a tobacco article comprising a substrate portion and a mouthpiece portion arranged successively along an article axis (X), the aerosol generating device comprising: - a device body extending along a device axis (Y) from a fixing end, and comprising a heating chamber configured to receive the substrate portion of the tobacco article and defining an opening adjacent to the fixing end of the device body and a closed end opposite to the opening according to the device axis (Y); - a mouthpiece fixed on the fixing end of the device body and forming an inner volume between this fixing end and an inner surface of the mouthpiece , the mouthpiece being configured to be engaged with the mouthpiece portion of the tobacco article and defining at least one airflow inlet on its internal surface in fluid communication with the closed end of the heating chamber ; the aerosol generating device being characterized in that it further comprises leakage preventing means (180; 280) preventing flow leakage from the inner volume via the airflow inlet . - a device body extending along a device axis (Y) from a fixing end, and comprising a heating chamber configured to receive the substrate portion of the tobacco article and defining an opening adjacent to the fixing end of the device body and a closed end opposite to the opening according to the device axis (Y); - a mouthpiece fixed on the fixing end of the device body and forming an inner volume between this fixing end and an inner surface of the mouthpiece , the mouthpiece being configured to be engaged with the mouthpiece portion of the tobacco article and defining at least one airflow inlet on its internal surface in fluid communication with the closed end of the heating chamber ; the aerosol generating device being characterized in that it further comprises leakage preventing means (180; 280) preventing flow leakage from the inner volume via the airflow inlet .
A method for controlling a communication system, the communication system comprising at least one radio terminal equipment and one or more secondary units coupled to the at least one radio terminal equipment, the method comprising: storing audio characteristics information for determining audio modes in the at least one radio terminal equipment; receiving information in the at least one radio terminal equipment on an audio mode of a secondary unit of the one or more secondary units; and setting audio properties of the secondary unit by the at least one radio terminal equipment using audio characteristics information corresponding to the audio mode of the secondary unit. storing audio characteristics information for determining audio modes in the at least one radio terminal equipment; receiving information in the at least one radio terminal equipment on an audio mode of a secondary unit of the one or more secondary units; and setting audio properties of the secondary unit by the at least one radio terminal equipment using audio characteristics information corresponding to the audio mode of the secondary unit.
A quick-chill beverage cooler , comprising: a frame configured for placement in a retail store; a cooling engine supported by the frame and comprising a plurality of cooling cells , each cooling cell comprising: a cup holder , configured for holding a beverage container, the cup holder comprising a thermally conductive material; and a cooling device, affixed to an outer surface of the cup holder , the cooling device in thermally conductive contact with the outer surface; an insulated storage container supported by the frame , wherein the container is configured to store beverage containers after the beverage containers are cooled in the cooling engine to prevent warming; and a processor, configured to control the cooling engine . a frame configured for placement in a retail store; a cooling engine supported by the frame and comprising a plurality of cooling cells , each cooling cell comprising: a cup holder , configured for holding a beverage container, the cup holder comprising a thermally conductive material; and a cooling device, affixed to an outer surface of the cup holder , the cooling device in thermally conductive contact with the outer surface; a cup holder , configured for holding a beverage container, the cup holder comprising a thermally conductive material; and a cooling device, affixed to an outer surface of the cup holder , the cooling device in thermally conductive contact with the outer surface; an insulated storage container supported by the frame , wherein the container is configured to store beverage containers after the beverage containers are cooled in the cooling engine to prevent warming; and a processor, configured to control the cooling engine .
A device comprising: a determination unit configured to determine whether transmission timing of a first frame received from a communication terminal is a first timing in an intra-body communication system; a timing decision unit configured to decide timing to transmit a second frame to the communication terminal on the basis of a determination result by the determination unit ; wherein each of the frames has a frame format based on ECMA-401 standard; and characterized in that the determination unit determines that the first frame is transmitted at the first timing when TDS Number in the frame format of the first frame is TDS0 to 3, and determines that the first frame is transmitted at timing other than the first timing when TDS Number in the frame format of the first frame is TDS4 to 7. a determination unit configured to determine whether transmission timing of a first frame received from a communication terminal is a first timing in an intra-body communication system; a timing decision unit configured to decide timing to transmit a second frame to the communication terminal on the basis of a determination result by the determination unit ; wherein each of the frames has a frame format based on ECMA-401 standard; and characterized in that the determination unit determines that the first frame is transmitted at the first timing when TDS Number in the frame format of the first frame is TDS0 to 3, and determines that the first frame is transmitted at timing other than the first timing when TDS Number in the frame format of the first frame is TDS4 to 7.
A method of wireless communication, comprising: receiving , by a user equipment, UE , a master information block, MIB, that indicates a location of one or more system information blocks, SIBs; receiving , by the UE, the one or more SIBs based at least in part on the MIB, wherein the one or more SIBs indicate a list of channels for frequency hopping in an unlicensed radio frequency spectrum band; and communicating , by the UE, by frequency hopping on a plurality of channels, included in the list of channels, based at least in part on the indication in the one or more SIBs, wherein the MIB further indicates whether the list of channels has changed from a previously indicated list. receiving , by a user equipment, UE , a master information block, MIB, that indicates a location of one or more system information blocks, SIBs; receiving , by the UE, the one or more SIBs based at least in part on the MIB, wherein the one or more SIBs indicate a list of channels for frequency hopping in an unlicensed radio frequency spectrum band; and communicating , by the UE, by frequency hopping on a plurality of channels, included in the list of channels, based at least in part on the indication in the one or more SIBs, wherein the MIB further indicates whether the list of channels has changed from a previously indicated list.
Injection molding tool for the production of an injection molded part, comprising - a base plate made of steel, - a mold insert , mounted on the base plate , which, together with a matching counterpart on the nozzle side, forms one or more molds for the injection molded parts intended for production, wherein the mold insert comprises at least one through bore which ends in the mold, - at least one ejector for ejecting the injection molded part or parts, wherein the ejector o is moveably mounted in a first direction (R1) in the injection molding tool and extends at least partially into the through bore such, that the ejector can be inserted into the mold, and o comprises a first section and a second section which interact with each other at a separation point and which are moveable in the separation point in a second direction (R2) which runs vertically to the first direction (R1), and - the separation point is arranged outside of the mold insert , wherein - the injection molding tool comprises a biasing means which interacts with the second section and which biases the second section towards the separation point , characterized in that the mold insert mounted on the base plate is made of plastic and in that the injection molding tool comprises an adapter plate , arranged between the base plate and the mold insert , which is made of steel and has numerous guide bores for guiding the ejector , wherein the biasing means rest against the adapter plate . - a base plate made of steel, - a mold insert , mounted on the base plate , which, together with a matching counterpart on the nozzle side, forms one or more molds for the injection molded parts intended for production, wherein the mold insert comprises at least one through bore which ends in the mold, - at least one ejector for ejecting the injection molded part or parts, wherein the ejector o is moveably mounted in a first direction (R1) in the injection molding tool and extends at least partially into the through bore such, that the ejector can be inserted into the mold, and o comprises a first section and a second section which interact with each other at a separation point and which are moveable in the separation point in a second direction (R2) which runs vertically to the first direction (R1), and o is moveably mounted in a first direction (R1) in the injection molding tool and extends at least partially into the through bore such, that the ejector can be inserted into the mold, and o comprises a first section and a second section which interact with each other at a separation point and which are moveable in the separation point in a second direction (R2) which runs vertically to the first direction (R1), and - the separation point is arranged outside of the mold insert , wherein - the injection molding tool comprises a biasing means which interacts with the second section and which biases the second section towards the separation point ,
A data processing method, applied to a storage system, wherein the storage system comprises a host, a controller and a solid state disk, SSD, the controller is located between the host and the SSD, and as a bridge implements data exchange between the host and the SSD, and the method comprises: receiving, by the SSD, a write request from the controller, wherein the write request carries to-be-written data; compressing, by the SSD, the to-be-written data to obtain compressed data; storing, by the SSD, the compressed data; and sending, by the SSD, first feedback information to the controller, wherein the first feedback information indicates a remaining capacity of the SSD after the compressed data is stored. receiving, by the SSD, a write request from the controller, wherein the write request carries to-be-written data; compressing, by the SSD, the to-be-written data to obtain compressed data; storing, by the SSD, the compressed data; and sending, by the SSD, first feedback information to the controller, wherein the first feedback information indicates a remaining capacity of the SSD after the compressed data is stored.
A hard coating film comprising a hard coating layer comprising: a crosslinked product of (a) a polyrotaxane compound, wherein the polyrotaxane compound is obtainable by introducing 50 g of caprolactone - grafted polyrotaxane polymer into a reactor, adding 4.53 g or 9.06 g of 2-acryloyloxyethyl isocyanate, 20 mg of dibutyltin dilaurate, 110 mg of hydroquinone monomethylene ether and 315 g of methylethylketone thereto, reacting at 70°C for 5 hours, to obtain a polyrotaxane polymer liquid including cyclodextrin to which a polylactone-based compound having an acrylate-based compound introduced at the end is bonded as a macrocycle, dripping the polyrotaxane polymer liquid into n-hexane solvent to precipitate a polymer, and filtering to obtain a white solid polymer, and (b) a binder resin, wherein a ratio of the acrylate-based compound introduced at the end of the lactone-based compound is 46.8 mol% when 4.53 g of 2-acryloyloxyethylisocyanate is added, and wherein a ratio of the acrylate-based compound introduced at the end of the lactone-based compound is 60.0 mol% when 9.06 g of 2-acryloyloxyethyl isocyanate is added.
Door tray for a refrigeration device , comprising a decorative strip , which has a profile that is u-shaped in the cross section and that has inner surfaces , and a container that is open at the top and that has an edge onto which the decorative strip is fitted with the u-shaped profile thereof, with at least one of the inner surfaces being provided at least partially with a material having relatively high static friction that is in contact with the container , wherein the material having relatively high static friction is adhered to the inner surface or is fastened to the inner surface by means of extrusion, characterized in that the material fixes the decorative strip to the container merely due to the static friction of said material, wherein the surface of the material with relatively high static friction which is in contact with the container is provided with fins or ribs , which proceed vertically.
A light emitting diode (LED) array comprising: a first LED comprising an electrically conductive via in a first portion in an epitaxial layer , a p-type contact on a second portion of the epitaxial layer , the first portion and the second portion separated by an isolation region ; and a second LED comprising the epitaxial layer , the second LED electrically coupled to the first LED through a transparent conductive layer ; wherein the epitaxial layer comprises: an n-type layer ; an active region ; and a p-type layer ; and wherein the isolation region and the electrically conductive via extend through the p-type layer , the active region , and only a portion of the n-type layer ; wherein the first LED is separated from the second LED by a separation region ; and wherein the transparent conductive layer electrically coupling the second LED to the first LED is on the n-type layer of the epitaxial layer . a first LED comprising an electrically conductive via in a first portion in an epitaxial layer , a p-type contact on a second portion of the epitaxial layer , the first portion and the second portion separated by an isolation region ; and a second LED comprising the epitaxial layer , the second LED electrically coupled to the first LED through a transparent conductive layer ; an n-type layer ; an active region ; and a p-type layer ; and wherein the isolation region and the electrically conductive via extend through the p-type layer , the active region , and only a portion of the n-type layer ; wherein the first LED is separated from the second LED by a separation region ; and wherein the transparent conductive layer electrically coupling the second LED to the first LED is on the n-type layer of the epitaxial layer .
Dishwasher , in particular household dishwasher, having a dishwasher cavity for receiving items to be washed and at least one water feed extending completely or partially therein for a water distribution means arranged in the dishwasher cavity , in particular in the upper half of the dishwasher cavity , wherein the water feed comprises at least one closed channel extending in certain regions along an upright wall (13;14) of the dishwasher cavity in particular in an upward direction, through which washing fluid can be guided to the water distribution means, wherein at least one lighting device is associated with the water feed , wherein at least one lighting line (17;18;19;20) is associated as the lighting device with the water feed along its guiding direction , and characterised in that the lighting line(s) itself or themselves is or are hidden by the channel and thus is or are not visible from the front side.