mhurhangee/patent-ind-claim-en huggingface dataset:
A steaming system , comprising: a housing , the housing including a first sidewall , a second sidewall , a front wall , a rear wall , a top surface , a lid , and a base portion ; wherein the first sidewall , the second sidewall , the front wall , and the rear wall are each attached to the base portion ; wherein the housing includes an open state and a closed state; wherein the lid comprises a first wall and a second wall ; wherein the lid includes a bent region, and wherein the first wall and the second wall are joined together along the bent region; wherein the lid is raised to form a first opening and a second opening when the housing is in the open state; wherein the first opening is disposed along a plane associated with the front wall ; wherein the second opening is disposed along a plane associated with the top surface ; a plurality of rails including a first rail that extends from the first sidewall to the second sidewall , wherein the first rail is configured to receive at least a portion of one or more articles to be steamed; a compartment configured to receive one or more articles of apparel; a heating chamber configured to provide steam to the compartment ; and wherein the steam evacuates the compartment through the first opening and the second opening when the housing is in the open state. a housing , the housing including a first sidewall , a second sidewall , a front wall , a rear wall , a top surface , a lid , and a base portion ; wherein the first sidewall , the second sidewall , the front wall , and the rear wall are each attached to the base portion ; wherein the housing includes an open state and a closed state; wherein the lid comprises a first wall and a second wall ; wherein the lid includes a bent region, and wherein the first wall and the second wall are joined together along the bent region; wherein the lid is raised to form a first opening and a second opening when the housing is in the open state; wherein the first opening is disposed along a plane associated with the front wall ; wherein the second opening is disposed along a plane associated with the top surface ; a plurality of rails including a first rail that extends from the first sidewall to the second sidewall , wherein the first rail is configured to receive at least a portion of one or more articles to be steamed; a compartment configured to receive one or more articles of apparel; a heating chamber configured to provide steam to the compartment ; and wherein the steam evacuates the compartment through the first opening and the second opening when the housing is in the open state.
A method of identifying a visual beacon by a mobile platform, the method comprising: observing the visual beacon that has a fixed location; determining an approximate position of the visual beacon based on a position determined by the mobile platform; determining a content information for the visual beacon, wherein the content information is at least a sample of the visual beacon content or an image of the visual beacon; generating a visual beacon identifier using the approximate position of the visual beacon and the content information; and wirelessly transmitting the visual beacon identifier to a navigation assistance server having a visual beacon database that associates visual beacons with navigation assistance messages; and if there is a single match between the visual beacon identifier and a visual beacon entry in the visual beacon database, and a navigation assistance message is associated with the visual beacon entry, receiving the navigation assistance message associated with the visual beacon from the navigation assistance server in response to transmitting the visual beacon identifier; and determining a location of the visual beacon based at least in part on the navigation assistance message. observing the visual beacon that has a fixed location; determining an approximate position of the visual beacon based on a position determined by the mobile platform; determining a content information for the visual beacon, wherein the content information is at least a sample of the visual beacon content or an image of the visual beacon; generating a visual beacon identifier using the approximate position of the visual beacon and the content information; and wirelessly transmitting the visual beacon identifier to a navigation assistance server having a visual beacon database that associates visual beacons with navigation assistance messages; and if there is a single match between the visual beacon identifier and a visual beacon entry in the visual beacon database, and a navigation assistance message is associated with the visual beacon entry, receiving the navigation assistance message associated with the visual beacon from the navigation assistance server in response to transmitting the visual beacon identifier; and determining a location of the visual beacon based at least in part on the navigation assistance message.
An information transmission method comprising: receiving , by a terminal, indication information sent by a base station on a first channel, wherein the indication information comprises a timing instance at which a terminal monitors the second channel, the first channel being used for performing a first service and the second channel being used for performing a second service; and monitoring , by the terminal, the second channel and detecting configuration information sent by the base station on the second channel according to the indication information, wherein the first service has a higher priority than the second service, wherein the first service comprises Ultra Reliable and Low Latency Communication, URLLC, service, and the second service comprises Enhance Mobile Broadband, eMBB, service. receiving , by a terminal, indication information sent by a base station on a first channel, wherein the indication information comprises a timing instance at which a terminal monitors the second channel, the first channel being used for performing a first service and the second channel being used for performing a second service; and monitoring , by the terminal, the second channel and detecting configuration information sent by the base station on the second channel according to the indication information, wherein the first service has a higher priority than the second service, wherein the first service comprises Ultra Reliable and Low Latency Communication, URLLC, service, and the second service comprises Enhance Mobile Broadband, eMBB, service.
A security element for securing security papers, value documents and other data carriers, having a magnet code composed of a plurality of magnet regions that are arranged spaced apart along a longitudinal direction (L), the sequence of magnet regions and gaps lying between the magnet regions forming a first code of the magnet code, characterized in that the magnet regions are formed by a magnetic material applied in even thickness (d), but the magnet regions have different quantities of magnetic material in a transverse direction (Q) that is perpendicular to the longitudinal direction, the sequence of magnet regions of different material quantities (24-H, 24-M, 24-L) forming a second code of the magnet code .
A lighting system, comprising a control unit , a solar panel for plugging into the control unit, and at least one light connected to the control unit, wherein the control unit comprises a control circuit , a battery bay for receiving at least one battery that supplies battery power to the control circuit , and a socket for receiving a plug of the solar panel for supplying solar power to the control circuit , wherein the control circuit is adapted to detect whether the solar panel is plugged into the control unit , and in response is adapted to switch from a battery power mode in which the control circuit powers the at least one light from the battery power, to a solar power mode in which the control circuit powers the at least one light from the solar power, wherein the solar power mode is an energy saving mode which uses less energy in comparison to the battery power mode.
An apparatus comprising: means for transmitting downlink data related to one or more downlink hybrid automatic repeat request processes to a user equipment , means for receiving hybrid automatic repeat request acknowledgment information from the user equipment containing a first set of hybrid automatic repeat request acknowledge information and a second set of hybrid automatic repeat request acknowledgment information, wherein the first set of hybrid automatic repeat request acknowledge information includes acknowledgement and/or negative acknowledgement information, and wherein the second set of hybrid automatic repeat request acknowledgement information provides additional information regarding at least a subset of negatively acknowledged hybrid automatic repeat request processes identified in the first set of hybrid automatic repeat request acknowledgment information without providing additional information regarding positively acknowledged hybrid automatic repeat request processes, and means for configuring the user equipment , wherein the configuring includes a maximum number of hybrid automatic repeat request processes for the second set of hybrid automatic repeat request acknowledgment information. means for transmitting downlink data related to one or more downlink hybrid automatic repeat request processes to a user equipment , means for receiving hybrid automatic repeat request acknowledgment information from the user equipment containing a first set of hybrid automatic repeat request acknowledge information and a second set of hybrid automatic repeat request acknowledgment information, wherein the first set of hybrid automatic repeat request acknowledge information includes acknowledgement and/or negative acknowledgement information, and wherein the second set of hybrid automatic repeat request acknowledgement information provides additional information regarding at least a subset of negatively acknowledged hybrid automatic repeat request processes identified in the first set of hybrid automatic repeat request acknowledgment information without providing additional information regarding positively acknowledged hybrid automatic repeat request processes, and means for configuring the user equipment , wherein the configuring includes a maximum number of hybrid automatic repeat request processes for the second set of hybrid automatic repeat request acknowledgment information.
An in vitro or ex vivo method for transducing a target cell, the method comprising the step of contacting a target cell with a retroviral vector and a poloxamer having a molecular weight of about 14,6 kDa, wherein said poloxamer has the formula HO(C 2 H 4 O) x -(C 3 H 6 O) z -(C 2 H 4 O) y H, wherein x+y = about 265 and z = about 50 on average, wherein "about" refers to -10% to +20%, and wherein said poloxamer is provided at a concentration of about 50 to 5000 μg/ml.
A container comprising: a container body having a cavity for receiving a product therein and a lid sealing an opening to said cavity, the container body having a front surface , back surface , first sidewall and second sidewall , characterised in that it has a first bumper attached to the first sidewall of the container body , the first bumper configured to absorb forces applied to the container , wherein the first bumper comprises a first engagement mechanism configured to lockingly engage a second engagement mechanism located on the container body ; and a second bumper attached to the second sidewall of the container body , the second bumper configured to lockingly engage the container body , wherein the first bumper and the second bumper are formed as bellows and are compressible along one of a width and height axis. a container body having a cavity for receiving a product therein and a lid sealing an opening to said cavity, the container body having a front surface , back surface , first sidewall and second sidewall , characterised in that it has a first bumper attached to the first sidewall of the container body , the first bumper configured to absorb forces applied to the container , wherein the first bumper comprises a first engagement mechanism configured to lockingly engage a second engagement mechanism located on the container body ; and a second bumper attached to the second sidewall of the container body , the second bumper configured to lockingly engage the container body , wherein the first bumper and the second bumper are formed as bellows and are compressible along one of a width and height axis.
An isolated, synthetic, or recombinant nucleic acid molecule comprising a nucleic acid sequence exhibiting at least 80% sequence identity to at least 300 contiguous nucleotides of a nucleic acid sequence selected from the group consisting of SEQ ID NO: 198, SEQ ID NO: 196 and SEQ ID NO: 191.
A friction damper for dampening out vibrations generated by a drum of a laundry treating machine, comprising: - a hollow piston body ; - a piston rod adapted to move telescopically along a central longitudinal axis (X) of said piston body ; - a friction element made of a resilient material interposed in between the piston body and the piston rod such that friction occurs when said piston rod moves relative to said piston body ; - fixation portions provided at free ends of the piston rod and the piston body to connect the friction damper to the laundry treating machine; - at least one stopper portion interposed in between the piston body and the piston rod for limitation of the motion of the friction element in the direction of the central longitudinal axis (X) wherein the friction damper comprises two separate stopper portions with a first inclined surface and a second inclined surface facing, respectively, the opposite flat impact surfaces of the friction element , wherein said inclined surfaces are inclined with respect to the central longitudinal axis (X) of said piston body , and are arranged to be stroked by said flat impact surface of the friction element , characterised in that the each inclined surface is arranged to form an annular cavity between the stopper portion and the piston rod such that when the friction element hits the stopper portion , one of the free ends of the friction element smashes and enters partially into said annular cavity . - a hollow piston body ; - a piston rod adapted to move telescopically along a central longitudinal axis (X) of said piston body ; - a friction element made of a resilient material interposed in between the piston body and the piston rod such that friction occurs when said piston rod moves relative to said piston body ; - fixation portions provided at free ends of the piston rod and the piston body to connect the friction damper to the laundry treating machine; - at least one stopper portion interposed in between the piston body and the piston rod for limitation of the motion of the friction element in the direction of the central longitudinal axis (X) wherein the friction damper comprises two separate stopper portions with a first inclined surface and a second inclined surface facing, respectively, the opposite flat impact surfaces of the friction element , wherein said inclined surfaces are inclined with respect to the central longitudinal axis (X) of said piston body , and are arranged to be stroked by said flat impact surface of the friction element , characterised in that the each inclined surface is arranged to form an annular cavity between the stopper portion and the piston rod such that when the friction element hits the stopper portion , one of the free ends of the friction element smashes and enters partially into said annular cavity .
A composition comprising: a) nicotinamide riboside and b) a urolithin which is a compound of formula (I) or a salt thereof: wherein: A, B, C and D are each independently selected from H and OH; W, X and Y are each independently selected from H and OH; and Z is selected from H and OH. a) nicotinamide riboside and b) a urolithin which is a compound of formula (I) or a salt thereof: wherein: A, B, C and D are each independently selected from H and OH; W, X and Y are each independently selected from H and OH; and Z is selected from H and OH. A, B, C and D are each independently selected from H and OH; W, X and Y are each independently selected from H and OH; and Z is selected from H and OH.
A spinal cage comprising: first and second spinal attachment members attachable to vertebrae, said first and second spinal attachment members articulating with one another by means of an articulation joint ; a wedge element arranged for wedging between said first and second spinal attachment members ; and an actuator linked to said wedge element for moving said wedge element axially with respect to said first and second spinal attachment members , said actuator comprising a threaded member adjacent said wedge element , and wherein upon turning of said threaded member , said wedge element is advanced with respect to said articulation joint so that said first and second spinal attachment members are tilted or parallel with respect to each other; characterised by a biasing device positioned between at least one of said first and second spinal attachment members and said wedge element , and wherein said biasing device applies a biasing force on said wedge element to move said wedge element axially. first and second spinal attachment members attachable to vertebrae, said first and second spinal attachment members articulating with one another by means of an articulation joint ; a wedge element arranged for wedging between said first and second spinal attachment members ; and an actuator linked to said wedge element for moving said wedge element axially with respect to said first and second spinal attachment members , said actuator comprising a threaded member adjacent said wedge element , and wherein upon turning of said threaded member , said wedge element is advanced with respect to said articulation joint so that said first and second spinal attachment members are tilted or parallel with respect to each other; characterised by a biasing device positioned between at least one of said first and second spinal attachment members and said wedge element , and wherein said biasing device applies a biasing force on said wedge element to move said wedge element axially.
Controller for an aerosol generator having a vibration head for generating an aerosol, the controller comprising: - a connection unit configured to connect an electric contacting element , the electric contacting element being connectable with the vibration head ; characterized by : - a detection unit configured to detect an electric energy storage capacity parameter related to the connected electric contacting element ; and - a determination unit configured to determine whether the vibration head is connected with the electric contacting element based on the determined electric energy storage capacity parameter. - a connection unit configured to connect an electric contacting element , the electric contacting element being connectable with the vibration head ; characterized by : - a detection unit configured to detect an electric energy storage capacity parameter related to the connected electric contacting element ; and - a determination unit configured to determine whether the vibration head is connected with the electric contacting element based on the determined electric energy storage capacity parameter. - a detection unit configured to detect an electric energy storage capacity parameter related to the connected electric contacting element ; and - a determination unit configured to determine whether the vibration head is connected with the electric contacting element based on the determined electric energy storage capacity parameter.
A stylet control system for selectively advancing and retracting a stylet comprising: a monolithic stylet having a first end and a second end , the second end being threaded ; a screwdriver defining a bore for receiving a portion of the stylet and having a screw-engaging end for engaging a screw , the stylet being rotationally fixed relative to the screwdriver ; and a control device having a passage for receiving the screwdriver and having an inner portion defining a lumen for receiving the portion of the stylet , the inner portion being threaded for engaging the threaded second end of the stylet ; wherein the threaded second end of the stylet is configured to engage the threads of the inner portion of the control device to advance the stylet in a first axial direction when the control device is rotated while the screwdriver is prevented from rotating, and the screwdriver is configured to advance the screw in the first axial direction and the stylet is configured to rotate such that the threaded second end of the stylet engages the threads of the inner portion and retracts in a second axial direction, opposite the first axial direction when the screwdriver is rotated in a first rotation direction and the control device is prevented from rotating. a monolithic stylet having a first end and a second end , the second end being threaded ; a screwdriver defining a bore for receiving a portion of the stylet and having a screw-engaging end for engaging a screw , the stylet being rotationally fixed relative to the screwdriver ; and a control device having a passage for receiving the screwdriver and having an inner portion defining a lumen for receiving the portion of the stylet , the inner portion being threaded for engaging the threaded second end of the stylet ; wherein the threaded second end of the stylet is configured to engage the threads of the inner portion of the control device to advance the stylet in a first axial direction when the control device is rotated while the screwdriver is prevented from rotating, and the screwdriver is configured to advance the screw in the first axial direction and the stylet is configured to rotate such that the threaded second end of the stylet engages the threads of the inner portion and retracts in a second axial direction, opposite the first axial direction when the screwdriver is rotated in a first rotation direction and the control device is prevented from rotating.
An energy extraction system, comprising: an ammonia fuel storage tank assembly configured to store a liquid ammonia fuel; a thermal transfer assembly (38; 64) configured to transform the liquid ammonia fuel into a vaporized ammonia based fuel; a turbo-expander configured to expand the vaporized ammonia based fuel to extract work; a low pressure compressor , the turbo-expander coupled to drive the low pressure compressor ; and an energy conversion device including a combustor , the energy conversion device configured to use the vaporized ammonia based fuel from the turbo-expander to generate a work output, wherein the low pressure compressor is in flow communication with the combustor , the low pressure compressor pressurizing air to be mixed with the vaporized ammonia based fuel in the combustor , and the vaporized ammonia based fuel is mixed with air and ignited in the combustor to generate a high energy exhaust gas flow that is expanded through a turbine . an ammonia fuel storage tank assembly configured to store a liquid ammonia fuel; a thermal transfer assembly (38; 64) configured to transform the liquid ammonia fuel into a vaporized ammonia based fuel; a turbo-expander configured to expand the vaporized ammonia based fuel to extract work; a low pressure compressor , the turbo-expander coupled to drive the low pressure compressor ; and an energy conversion device including a combustor , the energy conversion device configured to use the vaporized ammonia based fuel from the turbo-expander to generate a work output, wherein the low pressure compressor is in flow communication with the combustor , the low pressure compressor pressurizing air to be mixed with the vaporized ammonia based fuel in the combustor , and the vaporized ammonia based fuel is mixed with air and ignited in the combustor to generate a high energy exhaust gas flow that is expanded through a turbine .