mhurhangee/patent-ind-claim-en huggingface dataset:
Composition comprising, as dermatological active principle, at least one polysaccharide consisting of : - a heteropolymer of glucose and trehalose corresponding to the INCI designation maltooligosyl glucoside; and - a hydrogenated homopolymer of branched glucose comprising α (1-4) and α (1-6) bonds corresponding to the INCI designation hydrogenated starch hydrolysate, for use for the treatment of rosacea and/or telangiectasia. - a heteropolymer of glucose and trehalose corresponding to the INCI designation maltooligosyl glucoside; and - a hydrogenated homopolymer of branched glucose comprising α (1-4) and α (1-6) bonds corresponding to the INCI designation hydrogenated starch hydrolysate,
A watch (1; 1B; 1C; 1D; 1E; 1F; 1G), comprising: a watch case ; a cover glass attached to the watch case; and a decorative body attached to the watch case, wherein the watch case includes a holding wall portion provided along an outer periphery of the cover glass, and characterised in that the watch case further includes: a first column portion provided outside the holding wall portion, a second column portion provided outside the holding wall portion, and provided at a distance from the first column portion, and an inclined portion (40; 50; 60; 70; 80; 90; 100) including an inner end portion (45; 55; 65; 75; 85; 95) formed from between the first column portion and the second column portion to the holding wall portion, and continuous with the holding wall portion, and an outer end portion (46; 56; 66; 76; 86; 96) continuous with an outer surface of the watch case and provided at a position close to a rear surface of the watch case, and in that the decorative body is held by the holding wall portion, the first column portion, and the second column portion. a watch case ; a cover glass attached to the watch case; and a decorative body attached to the watch case, wherein the watch case includes a holding wall portion provided along an outer periphery of the cover glass, and characterised in that the watch case further includes: a first column portion provided outside the holding wall portion, a second column portion provided outside the holding wall portion, and provided at a distance from the first column portion, and an inclined portion (40; 50; 60; 70; 80; 90; 100) including an inner end portion (45; 55; 65; 75; 85; 95) formed from between the first column portion and the second column portion to the holding wall portion, and continuous with the holding wall portion, and an outer end portion (46; 56; 66; 76; 86; 96) continuous with an outer surface of the watch case and provided at a position close to a rear surface of the watch case, and in that the decorative body is held by the holding wall portion, the first column portion, and the second column portion. a first column portion provided outside the holding wall portion, a second column portion provided outside the holding wall portion, and provided at a distance from the first column portion, and an inclined portion (40; 50; 60; 70; 80; 90; 100) including an inner end portion (45; 55; 65; 75; 85; 95) formed from between the first column portion and the second column portion to the holding wall portion, and continuous with the holding wall portion, and an outer end portion (46; 56; 66; 76; 86; 96) continuous with an outer surface of the watch case and provided at a position close to a rear surface of the watch case, and in that the decorative body is held by the holding wall portion, the first column portion, and the second column portion.
A compound of Formula : or a pharmaceutically acceptable salt thereof, wherein, each of R 5 , R 6 , and R 7 is hydrogen; A is a single bond; each R 1 is independently selected from C 1-3 alkyl, or each R 1 together with the carbon atom to which they are bonded form a C 3-6 cycloalkyl ring; R 2 is selected from single bond, methane-diyl, and ethane-diyl; R 3 is -C(O)-O-R 4 , wherein R 4 is selected from C 1-10 alkyl, C 1-10 heteroalkyl, C 5-10 arylalkyl, C 3-6 heterocycloalkyl, and substituted C 4-10 heterocycloalkylalkyl; and heteroalkyl refers to an alkyl group in which one or more of the carbon atoms (and certain associated hydrogen atoms) are independently replaced with the same or different heteroatomic group or groups selected from -O-, -S-, -NH-, -N(-CH 3 ), -SO- and -SO 2 -. each of R 5 , R 6 , and R 7 is hydrogen; A is a single bond; each R 1 is independently selected from C 1-3 alkyl, or each R 1 together with the carbon atom to which they are bonded form a C 3-6 cycloalkyl ring; R 2 is selected from single bond, methane-diyl, and ethane-diyl; R 3 is -C(O)-O-R 4 , wherein R 4 is selected from C 1-10 alkyl, C 1-10 heteroalkyl, C 5-10 arylalkyl, C 3-6 heterocycloalkyl, and substituted C 4-10 heterocycloalkylalkyl; and heteroalkyl refers to an alkyl group in which one or more of the carbon atoms (and certain associated hydrogen atoms) are independently replaced with the same or different heteroatomic group or groups selected from -O-, -S-, -NH-, -N(-CH 3 ), -SO- and -SO 2 -.
Damper for a combustor assembly of a gas turbine plant comprising: - a first damper body , which defines at least one first damping volume and comprises at least one opening ; - a neck coupled to the opening of the first damper body and configured for fluidly connecting the first damping volume with a combustion chamber (15; 14) of the combustor assembly ; - a second damper body , which extends, at least in part, about at least a portion of the neck and defines at least one second damping volume ; the second damper body comprising at least one opening configured for fluidly connecting the second damping volume to the combustion chamber (15;14) of the combustor assembly ; the damper being characterized in that the second damper body comprises a plurality of second damping volumes , each of which is configured to be fluidly connected to the combustion chamber (15; 14) of the combustor assembly by means of a respective plurality of openings . - a first damper body , which defines at least one first damping volume and comprises at least one opening ; - a neck coupled to the opening of the first damper body and configured for fluidly connecting the first damping volume with a combustion chamber (15; 14) of the combustor assembly ; - a second damper body , which extends, at least in part, about at least a portion of the neck and defines at least one second damping volume ; the second damper body comprising at least one opening configured for fluidly connecting the second damping volume to the combustion chamber (15;14) of the combustor assembly ;
A key for a lock cylinder having a shaft and having at least one locking recess arranged in the shaft for pin tumblers of the lock cylinder , wherein the locking recess has a flank arranged inclined relative to the vertical (S) on the shaft , wherein the flank is convexly shaped, characterized in that a deepest section of the locking recess has a smaller angle of inclination (A) to the vertical (S) on the shaft than a shallowest section and that a middle section has a rounded contour and transitions steplessly to the deepest section and to the shallowest section .
A method of processing multimedia data comprising compressed audio data, the method comprising: parsing the compressed audio data of the multimedia data into compressed audio frames; extracting at least two metadata parameters from each of the compressed audio frames, the at least two metadata parameters including side information and scale factors; identifying a root mean square, RMS, value for each of the compressed audio frames based on the extracted at least two metadata parameters; determining a sum of at least one RMS value for at least one frame included in each window of a sliding window having a predetermined time interval, over the determined RMS values arranged in a time series; and determining, as a highlighted part, at least one frame corresponding to a sliding window having the maximum sum among the sum for the each sliding window. parsing the compressed audio data of the multimedia data into compressed audio frames; extracting at least two metadata parameters from each of the compressed audio frames, the at least two metadata parameters including side information and scale factors; identifying a root mean square, RMS, value for each of the compressed audio frames based on the extracted at least two metadata parameters; determining a sum of at least one RMS value for at least one frame included in each window of a sliding window having a predetermined time interval, over the determined RMS values arranged in a time series; and determining, as a highlighted part, at least one frame corresponding to a sliding window having the maximum sum among the sum for the each sliding window.
A memory block reclamation method, wherein the method is applied to a computer system , the computer system comprises a memory controller , a medium controller , and a non-volatile memory connected to the medium controller , the non-volatile memory comprises a plurality of memory blocks, and the method comprises: receiving (S201, S301), by the medium controller , an unmap command sent by the memory controller , wherein the unmap command comprises memory logical address information of a to-be-reclaimed memory block; and reclaiming (S202), by the medium controller , the memory block based on the memory logical address information, wherein the reclaimed memory block is an available memory block, characterized in that : the memory controller communicates with the medium controller by using an NVDIMM-P protocol, wherein the reclaiming (S202), by the medium controller , the memory block based on the memory logical address information comprises: deleting (S302), by the medium controller , a mapping relationship between a memory logical address and a corresponding memory physical address of the memory block based on the memory logical address information; and adding (S303), by the medium controller , the memory physical address of the memory block to a memory idle list. receiving (S201, S301), by the medium controller , an unmap command sent by the memory controller , wherein the unmap command comprises memory logical address information of a to-be-reclaimed memory block; and reclaiming (S202), by the medium controller , the memory block based on the memory logical address information, wherein the reclaimed memory block is an available memory block, characterized in that : the memory controller communicates with the medium controller by using an NVDIMM-P protocol, wherein the reclaiming (S202), by the medium controller , the memory block based on the memory logical address information comprises: deleting (S302), by the medium controller , a mapping relationship between a memory logical address and a corresponding memory physical address of the memory block based on the memory logical address information; and adding (S303), by the medium controller , the memory physical address of the memory block to a memory idle list. the memory controller communicates with the medium controller by using an NVDIMM-P protocol, wherein the reclaiming (S202), by the medium controller , the memory block based on the memory logical address information comprises: deleting (S302), by the medium controller , a mapping relationship between a memory logical address and a corresponding memory physical address of the memory block based on the memory logical address information; and adding (S303), by the medium controller , the memory physical address of the memory block to a memory idle list. deleting (S302), by the medium controller , a mapping relationship between a memory logical address and a corresponding memory physical address of the memory block based on the memory logical address information; and adding (S303), by the medium controller , the memory physical address of the memory block to a memory idle list.
A neural injection system comprising: an at least partially hollow cannula being defined by a first inside diameter, a first outside diameter, and a first length, and a side port located along the cannula for fluid communication from inside said at least partially hollow cannula to outside said at least partially hollow cannula ; wherein said cannula has an open distal end; and a stylet , wherein the stylet is capable of being releasably locked in a first position within said cannula ; characterized in that a distal portion of the cannula comprises shoulders proximate to the open distal end, the shoulders adapting the cannula for penetrating tissue during an insertion procedure, and further characterized in that the shoulders of the distal end of the cannula are tapered or slanted to enable the cannula to act as an introducer for access across a tissue of a patient, and wherein the system omits an introducer separate from the cannula . an at least partially hollow cannula being defined by a first inside diameter, a first outside diameter, and a first length, and a side port located along the cannula for fluid communication from inside said at least partially hollow cannula to outside said at least partially hollow cannula ; wherein said cannula has an open distal end; and a stylet , wherein the stylet is capable of being releasably locked in a first position within said cannula ; characterized in that a distal portion of the cannula comprises shoulders proximate to the open distal end, the shoulders adapting the cannula for penetrating tissue during an insertion procedure, and further
Operating device for lighting means , comprising: - output terminals supplying lighting means , such as e.g. a LED load, - a control circuitry for controlling an electrical supply of the lighting means ; - a NFC module configured to receive NFC signals and output a pulse width modulation, PWM, signal with variable duty cycle; - a conversion circuitry arranged for being supplied with the PWM signal and for outputting a DC voltage supplied to an input of the control circuitry , characterized in that the supplied DC voltage is a function of the duty cycle of the PWM signal according to a set conversion rate, the conversion circuitry is configured to be supplied with an internal control signal to set at least two conversion rates, wherein the operating device comprises a detection circuitry configured to detect if a supply voltage of the operating device is a AC or DC voltage and to set the internal control signal for the conversion rate differently in case of presence of AC or DC voltage, respectively. - output terminals supplying lighting means , such as e.g. a LED load, - a control circuitry for controlling an electrical supply of the lighting means ; - a NFC module configured to receive NFC signals and output a pulse width modulation, PWM, signal with variable duty cycle; - a conversion circuitry arranged for being supplied with the PWM signal and for outputting a DC voltage supplied to an input of the control circuitry , characterized in that the supplied DC voltage is a function of the duty cycle of the PWM signal according to a set conversion rate, the conversion circuitry is configured to be supplied with an internal control signal to set at least two conversion rates, wherein the operating device comprises a detection circuitry configured to detect if a supply voltage of the operating device is a AC or DC voltage and to set the internal control signal for the conversion rate differently in case of presence of AC or DC voltage, respectively. characterized in that the supplied DC voltage is a function of the duty cycle of the PWM signal according to a set conversion rate, the conversion circuitry is configured to be supplied with an internal control signal to set at least two conversion rates, wherein the operating device comprises a detection circuitry configured to detect if a supply voltage of the operating device is a AC or DC voltage and to set the internal control signal for the conversion rate differently in case of presence of AC or DC voltage, respectively.
An electrical connector for an electric vehicle, the electrical connector comprising: a connector body having a latch area , the latch area having a bottom surface; a plurality of connector pins and a ground pin in the connector body ; and a latch mounted in the latch area on the connector body for holding the electrical connector to the electric vehicle, characterized in that : the connector body has a plurality of holes that are open to the latch area at the bottom surface and extend horizontally from the latch area , or optionally extend downwardly from the latch area , for allowing water entering the latch area to exit the latch area , wherein the connector body comprises: a two-part potting compound ; a premold formed over the potting compound ; and an outer connector body formed in a single piece over the premold . a connector body having a latch area , the latch area having a bottom surface; a plurality of connector pins and a ground pin in the connector body ; and a latch mounted in the latch area on the connector body for holding the electrical connector to the electric vehicle, characterized in that : the connector body has a plurality of holes that are open to the latch area at the bottom surface and extend horizontally from the latch area , or optionally extend downwardly from the latch area , for allowing water entering the latch area to exit the latch area , wherein the connector body comprises: a two-part potting compound ; a premold formed over the potting compound ; and an outer connector body formed in a single piece over the premold . the connector body has a plurality of holes that are open to the latch area at the bottom surface and extend horizontally from the latch area , or optionally extend downwardly from the latch area , for allowing water entering the latch area to exit the latch area , wherein the connector body comprises: a two-part potting compound ; a premold formed over the potting compound ; and an outer connector body formed in a single piece over the premold . a two-part potting compound ; a premold formed over the potting compound ; and an outer connector body formed in a single piece over the premold .
A method for generating a physical layer, PHY, orthogonal frequency division multiplexing, OFDM, data unit for transmission via a communication channel, the method comprising: generating the data unit to include i) a first short training field and ii) a first long training field when the data unit is to be transmitted in a normal mode, wherein the normal mode corresponds to a first channel bandwidth that is at least a minimum channel bandwidth; and generating the data unit to include i) a second short training field and ii) a second long training field when the data unit is to be transmitted in a low bandwidth mode, wherein the low bandwidth mode corresponds to a second channel bandwidth that is smaller than the minimum channel bandwidth, wherein the first long training field includes a first pilot sign sequence and the second long training field includes a second pilot sign sequence, wherein a first portion of the first pilot sign sequence corresponds to a lower sideband of the first long training field and a second portion of the first pilot sign sequence corresponds to an upper sideband of the first long training field, and wherein i) a dot product of the second pilot sign sequence and a first portion of the first pilot sign sequence, and ii) a dot product of the second pilot sign sequence and a second portion of the first pilot sign sequence in corresponding overlapping tones of both modes result in low values such that a receiving device can auto-detect whether the data unit corresponds to the low bandwidth mode or the normal mode. generating the data unit to include i) a first short training field and ii) a first long training field when the data unit is to be transmitted in a normal mode, wherein the normal mode corresponds to a first channel bandwidth that is at least a minimum channel bandwidth; and generating the data unit to include i) a second short training field and ii) a second long training field when the data unit is to be transmitted in a low bandwidth mode, wherein the low bandwidth mode corresponds to a second channel bandwidth that is smaller than the minimum channel bandwidth, wherein the first long training field includes a first pilot sign sequence and the second long training field includes a second pilot sign sequence, wherein a first portion of the first pilot sign sequence corresponds to a lower sideband of the first long training field and a second portion of the first pilot sign sequence corresponds to an upper sideband of the first long training field, and wherein i) a dot product of the second pilot sign sequence and a first portion of the first pilot sign sequence, and ii) a dot product of the second pilot sign sequence and a second portion of the first pilot sign sequence in corresponding overlapping tones of both modes result in low values such that a receiving device can auto-detect whether the data unit corresponds to the low bandwidth mode or the normal mode.
A planter arrangement for hydroponics which includes a plurality of plant containers , each plant container defined by a body having an inlet at an operatively upper end of the body for receiving liquid, and an outlet at an operatively lower end of the body, the outlet being in liquid flow communication with the inlet for draining liquid under the force of gravity, the plurality of plant containers arranged side by side, circumferentially about a central axis to define a circular configuration of plant containers , the circular configuration being selected from any one of: a semi-circular configuration, a curved arrangement, an oval arrangement and an arrangement of planters on a circular arc, the plant containers being connected to each other to define the circular configuration, each plant container including one or more connecting formations positioned on a side of the body for connecting the plant containers to each other; and a central support arranged on the central axis, characterized in that the plurality of plant containers is arranged side by side in a hub and spoke configuration, wherein the central support forms the hub and each plant container is connected to the hub via a spoke . a plurality of plant containers , each plant container defined by a body having an inlet at an operatively upper end of the body for receiving liquid, and an outlet at an operatively lower end of the body, the outlet being in liquid flow communication with the inlet for draining liquid under the force of gravity, the plurality of plant containers arranged side by side, circumferentially about a central axis to define a circular configuration of plant containers , the circular configuration being selected from any one of: a semi-circular configuration, a curved arrangement, an oval arrangement and an arrangement of planters on a circular arc, the plant containers being connected to each other to define the circular configuration, each plant container including one or more connecting formations positioned on a side of the body for connecting the plant containers to each other; and a central support arranged on the central axis, characterized in that the plurality of plant containers is arranged side by side in a hub and spoke configuration, wherein the central support forms the hub and each plant container is connected to the hub via a spoke .