mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing an all-trans retinoic acid liposome formulation, wherein the all-trans retinoic acid liposome formulation comprises all-trans retinoic acid and a liposome vector, a molar ratio of the all-trans retinoic acid to the liposome vector is in a range of 1: (5-20), a raw material of the liposome comprises a phospholipid, a cholesterol, and a pegylated phospholipid, a molar ratio between the phospholipid, the cholesterol and the pegylated phospholipid in the raw material of the liposome is in a range of (30-80): (0.1-40): (0.1-30); the method comprises the following steps: taking all raw materials for preparing a liposome according to a ratio, and dissolving with ethanol to obtain an ethanol mixture; adding an aqueous solution of calcium acetate having a pH of 7.0 to 11.0 to the ethanol mixture in step to obtain a liposome vesicle, a concentration of calcium acetate in the aqueous solution of calcium acetate is 120 mM to 360 mM; sequentially extruding the liposome vesicle obtained in step through polycarbonate membranes having different pore diameters to obtain a blank liposome having a uniform particle diameter; placing the blank liposome prepared in step into an isotonic liquid having a pH of 6.0 to 7.0, to obtain a blank liposome having a calcium acetate gradient between an inner aqueous phase and an outer aqueous phase; adding an all-trans retinoic acid suspension to the blank liposome having the calcium acetate gradient between the inner aqueous phase and the outer aqueous phase obtained in step , incubating, and removing free all-trans retinoic acid, to obtain the all-trans retinoic acid liposome formulation. taking all raw materials for preparing a liposome according to a ratio, and dissolving with ethanol to obtain an ethanol mixture; adding an aqueous solution of calcium acetate having a pH of 7.0 to 11.0 to the ethanol mixture in step to obtain a liposome vesicle, a concentration of calcium acetate in the aqueous solution of calcium acetate is 120 mM to 360 mM; sequentially extruding the liposome vesicle obtained in step through polycarbonate membranes having different pore diameters to obtain a blank liposome having a uniform particle diameter; placing the blank liposome prepared in step into an isotonic liquid having a pH of 6.0 to 7.0, to obtain a blank liposome having a calcium acetate gradient between an inner aqueous phase and an outer aqueous phase; adding an all-trans retinoic acid suspension to the blank liposome having the calcium acetate gradient between the inner aqueous phase and the outer aqueous phase obtained in step , incubating, and removing free all-trans retinoic acid, to obtain the all-trans retinoic acid liposome formulation.
A process for the preparation of lurasidone or pharmaceutically acceptable salt thereof comprising the steps of: a) converting ((R,R)-cyclohexane-1,2-diyl)bis((1 H -imidazol-1-yl)methanone) to trans (R,R)-1,2- bis(hydroxymethyl)cyclohexane, b) converting trans (R,R)-1,2-bis(hydroxymethyl)cyclohexane obtained in step (a) to Lurasidone and c) optionally converting Lurasidone free base into its pharmaceutically acceptable salt. a) converting ((R,R)-cyclohexane-1,2-diyl)bis((1 H -imidazol-1-yl)methanone) to trans (R,R)-1,2- bis(hydroxymethyl)cyclohexane, b) converting trans (R,R)-1,2-bis(hydroxymethyl)cyclohexane obtained in step (a) to Lurasidone and c) optionally converting Lurasidone free base into its pharmaceutically acceptable salt.
A method of transmitting a sounding reference signal, SRS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a serving cell, a synchronization signal/physical broadcast channel, SS/PBCH, block including a master information block, MIB; performing an SRS transmission with an SRS transmission power determined by the UE; receiving (S2201), from the serving cell, neighbor cell information related to the SRS transmission, the neighbor cell information including information regarding a downlink reference signal, DL RS, resource of a neighbor cell which is a non-serving cell of the LTE; and performing (S2203), on the DL RS resource of the neighbor cell which is the non-serving cell, a path loss reference RS measurement for determining the SRS transmission power, wherein the SRS transmission is related to positioning, and wherein, based on i) that SRS resources for the SRS transmission are related to the neighbor cell which is the non-serving cell and ii) that the path loss reference RS measurement on the DL RS resource of the neighbor cell does not satisfy an accuracy criterion, the LTE performs a serving cell DL path loss measurement for the serving cell, and determines the SRS transmission power based on the serving cell DL path loss measurement for the serving cell. receiving, from a serving cell, a synchronization signal/physical broadcast channel, SS/PBCH, block including a master information block, MIB; performing an SRS transmission with an SRS transmission power determined by the UE; receiving (S2201), from the serving cell, neighbor cell information related to the SRS transmission, the neighbor cell information including information regarding a downlink reference signal, DL RS, resource of a neighbor cell which is a non-serving cell of the LTE; and performing (S2203), on the DL RS resource of the neighbor cell which is the non-serving cell, a path loss reference RS measurement for determining the SRS transmission power, wherein the SRS transmission is related to positioning, and wherein, based on i) that SRS resources for the SRS transmission are related to the neighbor cell which is the non-serving cell and ii) that the path loss reference RS measurement on the DL RS resource of the neighbor cell does not satisfy an accuracy criterion, the LTE performs a serving cell DL path loss measurement for the serving cell, and determines the SRS transmission power based on the serving cell DL path loss measurement for the serving cell.
Cosmetic preparation comprising a) calcium chloride and/or calcium carbonate at a total concentration of 0.01 to 3% by weight, based on the total weight of the preparation, b) glycerin, c) calcium starch octenylsuccinate (INCI Calcium Starch Octenylsuccinate). a) calcium chloride and/or calcium carbonate at a total concentration of 0.01 to 3% by weight, based on the total weight of the preparation, b) glycerin, c) calcium starch octenylsuccinate (INCI Calcium Starch Octenylsuccinate).
A recording device for vehicles comprising: a video data acquisition unit configured to acquire: video data collected from a camera imaging an area around an own vehicle, and first sound data collected from an in-cabin microphone inside a vehicle cabin of the own vehicle; a sound volume detection unit configured to detect a sound volume of an audio sound played back in the own vehicle; and a recording control unit configured to loop record, into a recording unit , video-sound data including the first sound data by which the sound volume of the played back audio sound can be determined and second sound data on which an effect of the played back audio sound is small, when the sound volume of the played back audio sound is greater than a predetermined sound volume, wherein the recording control unit is further configured to loop record video-sound data including only first sound data when the sound volume of the played back audio sound is less than or equal to the predetermined sound volume, and wherein the second sound data is at least one of: collected outside the vehicle cabin of the own vehicle from an out-of-cabin microphone by the video acquisition unit , and obtained by cancelling, by a cancellation processing unit of the recording device for vehicles, the played back audio sound from the first sound data based on an audio signal acquired from an audio device outputting the played back audio sound. a video data acquisition unit configured to acquire: video data collected from a camera imaging an area around an own vehicle, and first sound data collected from an in-cabin microphone inside a vehicle cabin of the own vehicle; a sound volume detection unit configured to detect a sound volume of an audio sound played back in the own vehicle; and a recording control unit configured to loop record, into a recording unit , video-sound data including the first sound data by which the sound volume of the played back audio sound can be determined and second sound data on which an effect of the played back audio sound is small, when the sound volume of the played back audio sound is greater than a predetermined sound volume, wherein the recording control unit is further configured to loop record video-sound data including only first sound data when the sound volume of the played back audio sound is less than or equal to the predetermined sound volume, and wherein the second sound data is at least one of: collected outside the vehicle cabin of the own vehicle from an out-of-cabin microphone by the video acquisition unit , and obtained by cancelling, by a cancellation processing unit of the recording device for vehicles, the played back audio sound from the first sound data based on an audio signal acquired from an audio device outputting the played back audio sound. collected outside the vehicle cabin of the own vehicle from an out-of-cabin microphone by the video acquisition unit , and obtained by cancelling, by a cancellation processing unit of the recording device for vehicles, the played back audio sound from the first sound data based on an audio signal acquired from an audio device outputting the played back audio sound.
A transporter catheter configured to be located inside a lumen of an outer catheter, the transporter catheter comprising: a shaft , said shaft comprising a proximal end , a distal end , at least one orienting balloon and at least one anchoring balloon ; the at least one orienting balloon positioned on the shaft adjacent to the distal end of the shaft , the at least one orienting balloon configured to slidably engage an inner surface of a patient's vasculature; the at least one anchoring balloon located on the shaft between the at least one orienting balloon and the proximal end of the shaft , the at least one anchoring balloon configured to non-slidably anchor the transporter catheter to the outer catheter by pressing against an inner surface of the lumen of the outer catheter; and the shaft configured to be pushed and/or torqued to advance and maneuver the outer catheter through the patient's vasculature. a shaft , said shaft comprising a proximal end , a distal end , at least one orienting balloon and at least one anchoring balloon ; the at least one orienting balloon positioned on the shaft adjacent to the distal end of the shaft , the at least one orienting balloon configured to slidably engage an inner surface of a patient's vasculature; the at least one anchoring balloon located on the shaft between the at least one orienting balloon and the proximal end of the shaft , the at least one anchoring balloon configured to non-slidably anchor the transporter catheter to the outer catheter by pressing against an inner surface of the lumen of the outer catheter; and the shaft configured to be pushed and/or torqued to advance and maneuver the outer catheter through the patient's vasculature.
Body cladding for a motor vehicle with an exposed driver, in particular for a single-track vehicle, having - a first cladding part , - a second cladding part , which is arranged such that it can move in relation to the first cladding part , - wherein the body cladding is formed in such a way that the second cladding part can be arranged at least in a first position relative to the first cladding part and a second position relative to the first cladding part , - wherein, in an open state of the body cladding , in which the second cladding part is arranged in the second position relative to the first cladding part , a stowage space is formed between the first cladding part and the second cladding part , characterized in that the first cladding part and/or the second cladding part are/is in the form of a side cladding part. - a first cladding part , - a second cladding part , which is arranged such that it can move in relation to the first cladding part , - wherein the body cladding is formed in such a way that the second cladding part can be arranged at least in a first position relative to the first cladding part and a second position relative to the first cladding part , - wherein, in an open state of the body cladding , in which the second cladding part is arranged in the second position relative to the first cladding part , a stowage space is formed between the first cladding part and the second cladding part , characterized in that the first cladding part and/or the second cladding part are/is in the form of a side cladding part.
A battery assembly locking device applied to an automated guided vehicle and comprises a battery assembly ; a locking hook mounted on the battery assembly ; a locking member mounted on a body of the automated guided vehicle; wherein the battery assembly is locked on the body of the automated guided vehicle by locking the locking hook to the locking member ; the battery assembly locking device being characterized by further comprising: an unlocking member mounted on the battery assembly , wherein the unlocking member pushes the locking member such that the locking hook unlocks with the locking member ; wherein the unlocking member includes: an unlocking sleeve mounted on the battery assembly ; an unlocking rod that is mounted in the unlocking sleeve and faces an end of the locking member , wherein there is a first distance between the unlocking rod and an unlocking handle provided in the locking member ; a return spring that is mounted in the unlocking sleeve and is sleeved outside the unlocking rod to provide the unlocking rod with a force for increasing the first distance. a battery assembly ; a locking hook mounted on the battery assembly ; a locking member mounted on a body of the automated guided vehicle; wherein the battery assembly is locked on the body of the automated guided vehicle by locking the locking hook to the locking member ; the battery assembly locking device being characterized by further comprising: an unlocking member mounted on the battery assembly , wherein the unlocking member pushes the locking member such that the locking hook unlocks with the locking member ; an unlocking member mounted on the battery assembly , wherein the unlocking member pushes the locking member such that the locking hook unlocks with the locking member ; wherein the unlocking member includes: an unlocking sleeve mounted on the battery assembly ; an unlocking rod that is mounted in the unlocking sleeve and faces an end of the locking member , wherein there is a first distance between the unlocking rod and an unlocking handle provided in the locking member ; a return spring that is mounted in the unlocking sleeve and is sleeved outside the unlocking rod to provide the unlocking rod with a force for increasing the first distance. an unlocking sleeve mounted on the battery assembly ; an unlocking rod that is mounted in the unlocking sleeve and faces an end of the locking member , wherein there is a first distance between the unlocking rod and an unlocking handle provided in the locking member ; a return spring that is mounted in the unlocking sleeve and is sleeved outside the unlocking rod to provide the unlocking rod with a force for increasing the first distance.
An electric power conversion device that is applied to a DC power supply and transmission system in which a plurality of power supply systems are connected by a DC line and are interconnected with each other, the electric power conversion device comprising: a converter being connected between the power supply systems and the DC line and performing electric power conversion; a reactor connected between the converter and the DC line ; characterised in that the electric power conversion device further comprises: an earthing switch unit having a limited current circuit and a disconnecting switch each of which is connected in series with each other and a switch connected in parallel to the limited current circuit , wherein the earthing switch unit is connected at least between the reactor and the DC line . a converter being connected between the power supply systems and the DC line and performing electric power conversion; a reactor connected between the converter and the DC line ; characterised in that the electric power conversion device further comprises: an earthing switch unit having a limited current circuit and a disconnecting switch each of which is connected in series with each other and a switch connected in parallel to the limited current circuit , wherein an earthing switch unit having a limited current circuit and a disconnecting switch each of which is connected in series with each other and a switch connected in parallel to the limited current circuit , wherein the earthing switch unit is connected at least between the reactor and the DC line .
A computer-implemented method of adjusting a parameter, the parameter being used to derive a physiological characteristic of an individual from colour images of said individual, the method comprising the steps of: obtaining the parameter for the individual ; obtaining corresponding parameters for a plurality of other individuals within a cohort of the individual ; comparing the parameter for the individual with a statistically significant parameter for the plurality of other individuals ; and adjusting the parameter for the individual in accordance with the difference between the parameter for the individual and the statistically significant parameter for the plurality of other individuals.
A furniture joint comprising a first furniture part having a first and a second male part , and a second furniture part having a first and a second female part , wherein the first and the second male parts each are formed by a dowel extending in a longitudinal direction and having a free end facing away from a surface of the first furniture part , the first female part is formed by a recess having a curved extension between a first end portion and a second end portion , said first end portion forming an insertion portion and said second end portion forming a locking portion, and the second female part is formed by a recess having a straight-linear extension between a first end portion and a second end portion , said first end portion forming an insertion portion , said second end portion forming a locking portion, whereby the furniture joint is adapted to be set to a mounting position by moving the first furniture part along the longitudinal directions of said dowels such that the insertion portion of the first female part receives the free end of the dowel forming the first male part , and such that the insertion portion of the second female part receives the free end of the dowel forming the second male part , and from the mounting position to a locking position by rotating the first furniture part relative to the second furniture part such that the dowel forming the first male part is moved along the curved recess forming the first female part from the first end portion to the second end portion , while the dowel forming the second male part is rotated and moved along the straight-linear extension of the recess forming the second female part from the first end portion to the second end portion , whereby the first and second furniture parts in said locking position are prevented from being separated in the longitudinal direction of said dowels .
An image forming apparatus comprising: a printing device configured to print an image on a plate-shaped printing medium (P); a rotator configured to rotate while nipping the plate-shaped printing medium (P) and convey the plate-shaped printing medium (P) to the printing device ; and an upstream support stand configured to support the plate-shaped printing medium (P) at a position upstream from the rotator in a conveyance direction of the plate-shaped printing medium (P), the upstream support stand including a mount , the mount being detachably attached to the rotator . a printing device configured to print an image on a plate-shaped printing medium (P); a rotator configured to rotate while nipping the plate-shaped printing medium (P) and convey the plate-shaped printing medium (P) to the printing device ; and an upstream support stand configured to support the plate-shaped printing medium (P) at a position upstream from the rotator in a conveyance direction of the plate-shaped printing medium (P), the upstream support stand including a mount , the mount being detachably attached to the rotator .
A computer-implemented method for a user equipment, UE (105; 205; 305), the method comprising: passively scanning a radio spectrum to detect a plurality of source signals (120; 220; 330); attempting to detect a source signal (120; 220; 330) from a plurality of synchronization sources (115, 215; 310); and if a source signal (120; 220) of the plurality of source signals is detected, synchronizing to the detected source signal (120; 220); receiving a synchronization request signal (130; 230; 330) from a geographically proximate UE (110; 210); if the synchronization source is an evolved Node B ("eNB") or a global navigation satellite system ("GNSS"); forwarding a synchronization reference signal (135; 235) based on the detected source signal (120; 220) to the geographically proximate UE (110; 210); else if no source signal of the plurality of source signals is detected, generating a synchronization signal (130; 230; 330); and transmitting the generated synchronization signal (130; 230; 330) to the geographically proximate UE . passively scanning a radio spectrum to detect a plurality of source signals (120; 220; 330); attempting to detect a source signal (120; 220; 330) from a plurality of synchronization sources (115, 215; 310); and if a source signal (120; 220) of the plurality of source signals is detected, synchronizing to the detected source signal (120; 220); receiving a synchronization request signal (130; 230; 330) from a geographically proximate UE (110; 210); if the synchronization source is an evolved Node B ("eNB") or a global navigation satellite system ("GNSS"); forwarding a synchronization reference signal (135; 235) based on the detected source signal (120; 220) to the geographically proximate UE (110; 210); else if no source signal of the plurality of source signals is detected, generating a synchronization signal (130; 230; 330); and transmitting the generated synchronization signal (130; 230; 330) to the geographically proximate UE .
Styptic harness tourniquet that consists of a casing with Velcro fastener , in which a sling is located, wherein at one end of the casing there is a buckle and a base on which a fixator is located, wherein the buckle contains at least one hole , wherein a windlass rod is attached to the sling , characterized in that the casing has at least two layers, the base contains at least six holes , a strap of the fixator is located on the base , the strap containing at least one hole , wherein holes of the buckle and the base have teeth on at least one side.