mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: receiving, by a second multi-link device, a management frame from a first multi-link device on a link on which a station in the second multi-link device operates, wherein the management frame comprises a receiver address, a transmitter address, and link indication information, the receiver address is an address of the station in the second multi-link device, and the link indication information indicates that the management frame is applied to at least one link corresponding to the link indication information, wherein the link indication information comprises link identifier information, and the link identifier information indicates that the management frame is applied to one or more links, wherein the link identifier information comprises a link identifier bitmap; wherein the management frame comprises a first address, the first address carries a media access control, MAC, address of an access point, AP, that transmits the management frame, and the AP is affiliated with an AP multi-link device, MLD, and applying , by the second multi-link device, the management frame to the at least one corresponding link based on the link indication information. receiving, by a second multi-link device, a management frame from a first multi-link device on a link on which a station in the second multi-link device operates, wherein the management frame comprises a receiver address, a transmitter address, and link indication information, the receiver address is an address of the station in the second multi-link device, and the link indication information indicates that the management frame is applied to at least one link corresponding to the link indication information, wherein the link indication information comprises link identifier information, and the link identifier information indicates that the management frame is applied to one or more links, wherein the link identifier information comprises a link identifier bitmap; wherein the management frame comprises a first address, the first address carries a media access control, MAC, address of an access point, AP, that transmits the management frame, and the AP is affiliated with an AP multi-link device, MLD, and applying , by the second multi-link device, the management frame to the at least one corresponding link based on the link indication information.
A detachable phone wallet apparatus for coupling to an electronic device , the phone wallet apparatus comprising: a rigid body having a cavity formed therein; a hinged panel having a first end portion fixed to an outer surface of the rigid body and a second free end portion that is adapted to extend over and cover a first open end of the cavity; a base portion of the rigid body forming a second closed end of the cavity; a backing portion of the base portion of the rigid body, wherein the backing portion forms an exterior of the rigid body; alignment magnets sandwiched between the base portion and backing portion of the rigid body; panel magnets associated with one of the hinged panel and the rigid body; and wherein the hinged panel includes a plurality of hinged folds. a rigid body having a cavity formed therein; a hinged panel having a first end portion fixed to an outer surface of the rigid body and a second free end portion that is adapted to extend over and cover a first open end of the cavity; a base portion of the rigid body forming a second closed end of the cavity; a backing portion of the base portion of the rigid body, wherein the backing portion forms an exterior of the rigid body; alignment magnets sandwiched between the base portion and backing portion of the rigid body; panel magnets associated with one of the hinged panel and the rigid body; and wherein the hinged panel includes a plurality of hinged folds.
A photoacoustic wave measurement device to be applied against a measurement object and comprising: a pulsed-light outputter for outputting a pulsed light (P), wherein the pulsed-light outputter is connected to a pulsed light source, an arrangement member disposed between a pulsed-light output end of the pulsed-light outputter and the measurement object when the measurement device is applied against said measurement object, the arrangement member being adapted to allow the pulsed light (P) to pass therethrough; and a photoacoustic wave detector for receiving a photoacoustic wave (W) generated by the measurement object by the pulsed light (P) and for converting the photoacoustic wave (W) into an electric signal, wherein the photoacoustic wave detector is farther from the measurement object than the pulsed-light output end when the measurement device is applied against the measurement object, characterised in that the arrangement member has such a sufficient thickness that noise (B) to be detected by the photoacoustic wave detector after a start time (t1) of detection of the photoacoustic wave (W) starts to be detected after an end time (t2) of the detection of the photoacoustic wave (W), and said noise (B) is caused by another photoacoustic wave, which is generated in the vicinity of the pulsed-light output end and which is reflected by a boundary surface between the arrangement member and the measurement object . a pulsed-light outputter for outputting a pulsed light (P), wherein the pulsed-light outputter is connected to a pulsed light source, an arrangement member disposed between a pulsed-light output end of the pulsed-light outputter and the measurement object when the measurement device is applied against said measurement object, the arrangement member being adapted to allow the pulsed light (P) to pass therethrough; and a photoacoustic wave detector for receiving a photoacoustic wave (W) generated by the measurement object by the pulsed light (P) and for converting the photoacoustic wave (W) into an electric signal, wherein the photoacoustic wave detector is farther from the measurement object than the pulsed-light output end when the measurement device is applied against the measurement object, characterised in that the arrangement member has such a sufficient thickness that noise (B) to be detected by the photoacoustic wave detector after a start time (t1) of detection of the photoacoustic wave (W) starts to be detected after an end time (t2) of the detection of the photoacoustic wave (W), and said noise (B) is caused by another photoacoustic wave, which is generated in the vicinity of the pulsed-light output end and which is reflected by a boundary surface between the arrangement member and the measurement object .
A SERPINA3 inhibitor compound, for use in the prevention and/or therapeutic treatment of a prion or prion-like disease in a subject in need thereof, said compound having the general formula (I) wherein R is a saturated or unsaturated 5- or 6-membered ring containing at least one heteroatom; and R' is a halogen atom or a C 1 -C 4 alkyloxy group substituted with at least one halogen atom. R is a saturated or unsaturated 5- or 6-membered ring containing at least one heteroatom; and R' is a halogen atom or a C 1 -C 4 alkyloxy group substituted with at least one halogen atom.
Input device having a plurality of input areas , a plurality of detection devices (T1, T2, F1, F2) which are each designed to detect either touching of the input area or actuation of the input area independently of one another, an evaluation unit (A) which is designed, only upon detection by at least two of the detection devices (T1, T2, F1, F2), to assign a switching or control function to the input device upon actuation or touching, wherein at least one detection device (F1, F2) is designed to detect actuation, wherein at least the one detection device (F1, F2) which is designed to detect actuation has a matrix of force sensors, and the matrix of force sensors is designed to detect an action location of the actuation force (F), and the evaluation unit (A) is designed, on the basis of the action location of the actuation force (F), to assign an action-location-specific switching or control function from a plurality of switching or control functions to the input device , characterized in that the plurality of detection devices (T1, T2, F1, F2) are integrated in a common film layer structure , and one of the input areas is assigned to each force sensor.
A light emitting system comprising: an LED structure on a base outputting light in a pattern about an axis; an optical coupling device comprising a central axis and comprising a reflecting surface positioned relative to the LED structure to accept light from the LED structure and to direct the light to exit the optical coupling device in a direction substantially perpendicular to the central axis ; and at least one light guide positioned relative to the optical coupling device to accept light emitted from the optical coupling device ; characterized in that said base comprises a perimeter support surrounding said LED structure , wherein the LED is located beneath a lower surface of the optical coupling device . an LED structure on a base outputting light in a pattern about an axis; an optical coupling device comprising a central axis and comprising a reflecting surface positioned relative to the LED structure to accept light from the LED structure and to direct the light to exit the optical coupling device in a direction substantially perpendicular to the central axis ; and at least one light guide positioned relative to the optical coupling device to accept light emitted from the optical coupling device ; characterized in that said base comprises a perimeter support surrounding said LED structure , wherein the LED is located beneath a lower surface of the optical coupling device .
Method for manufacturing a container by stretch blow-molding from a preform made of plastic material in a forming unit, the forming unit comprising: - at least one mold defining an impression of the container to be formed and comprising at least one boxing insert for a handle, the or each insert being movable through a wall of the mold; an elongation rod that is movable heightwise within the mold along an extension axis (Xe) and intended to stretch the preform, - the method comprising, in succession, a pre-blow-molding step (S1) and a blow-molding step (S2), - the method also comprising: - a step of stretching of the preform comprising, in succession, a phase of lowering (E1), and a phase of rising (E2) of the elongation rod along the extension axis; - a step of boxing (B) of a handle using the insert or inserts, the handle being formed by deforming at least one portion, called "deformed portion" , of a wall of the container, characterized in that : - the phase of rising of the elongation rod is initiated before the blow-molding step; - the boxing step is initiated after the rising of the elongation rod beyond a predetermined height along the extension axis on which the handle is formed, the handle being formed on the extension axis of the elongation rod. - at least one mold defining an impression of the container to be formed and comprising at least one boxing insert for a handle, the or each insert being movable through a wall of the mold; an elongation rod that is movable heightwise within the mold along an extension axis (Xe) and intended to stretch the preform, - the method comprising, in succession, a pre-blow-molding step (S1) and a blow-molding step (S2), - the method also comprising: - a step of stretching of the preform comprising, in succession, a phase of lowering (E1), and a phase of rising (E2) of the elongation rod along the extension axis; - a step of boxing (B) of a handle using the insert or inserts, the handle being formed by deforming at least one portion, called "deformed portion" , of a wall of the container, characterized in that : - the phase of rising of the elongation rod is initiated before the blow-molding step; - the boxing step is initiated after the rising of the elongation rod beyond a predetermined height along the extension axis on which the handle is formed, the handle being formed on the extension axis of the elongation rod. - a step of stretching of the preform comprising, in succession, a phase of lowering (E1), and a phase of rising (E2) of the elongation rod along the extension axis; - a step of boxing (B) of a handle using the insert or inserts, the handle being formed by deforming at least one portion, called "deformed portion" , of a wall of the container, characterized in that : - the phase of rising of the elongation rod is initiated before the blow-molding step; - the boxing step is initiated after the rising of the elongation rod beyond a predetermined height along the extension axis on which the handle is formed, the handle being formed on the extension axis of the elongation rod.
An information processing system configured to execute: an acquisition step of acquiring boundary information representing a boundary of a work area targeted by an autonomous work machine , characterised in that the information processing system is configured to further execute a setting step of setting, based on the acquired boundary information, a route of the work machine for minimizing an unreached area in the work area, when work quality of a case where the route set by a first method is used does not satisfy a predetermined standard, setting the route by a second method, and when a switch condition is satisfied after the autonomous work machine has reached an end point of the route set by the second method, setting the route by the first method. an acquisition step of acquiring boundary information representing a boundary of a work area targeted by an autonomous work machine , characterised in that the information processing system is configured to further execute a setting step of setting, based on the acquired boundary information, a route of the work machine for minimizing an unreached area in the work area, when work quality of a case where the route set by a first method is used does not satisfy a predetermined standard, setting the route by a second method, and when a switch condition is satisfied after the autonomous work machine has reached an end point of the route set by the second method, setting the route by the first method.
A method of treating water that contains a target anion, the method comprising: providing a treatment composition solution containing a metal treatment agent; mixing the treatment composition solution with the water; then increasing the pH of the mixture of the treatment composition solution and water to a first pH that is greater than 7.5 thereby precipitating the metal treatment agent to form a slurry; then adjusting the pH of the slurry to a second pH that is less than 4.5 thereby causing the target anion to adsorb onto the precipitated metal treatment agent; and then physically separating the precipitated metal treatment agent with the adsorbed target anion from the water. providing a treatment composition solution containing a metal treatment agent; mixing the treatment composition solution with the water; then increasing the pH of the mixture of the treatment composition solution and water to a first pH that is greater than 7.5 thereby precipitating the metal treatment agent to form a slurry; then adjusting the pH of the slurry to a second pH that is less than 4.5 thereby causing the target anion to adsorb onto the precipitated metal treatment agent; and then physically separating the precipitated metal treatment agent with the adsorbed target anion from the water.
A communication control device for controlling wireless communication in compliance with a time division duplex, TDD, scheme, the communication control device comprising: a selection unit configured to select a link direction configuration for the wireless communication among a plurality of candidates for the link direction configuration which indicates a link direction in units of sub-frames of a radio frame which includes a plurality of sub-frames; and an application unit configured to apply the selected link direction configuration to the wireless communication, characterized in that the plurality of candidates include at least one of a link direction configuration dedicated to a downlink, in which all sub-frames are sub-frames for a downlink, and a link direction configuration dedicated to an uplink, in which all radio frames other than a first sub-frame are sub-frames for an uplink. a selection unit configured to select a link direction configuration for the wireless communication among a plurality of candidates for the link direction configuration which indicates a link direction in units of sub-frames of a radio frame which includes a plurality of sub-frames; and an application unit configured to apply the selected link direction configuration to the wireless communication, characterized in that the plurality of candidates include at least one of a link direction configuration dedicated to a downlink, in which all sub-frames are sub-frames for a downlink, and a link direction configuration dedicated to an uplink, in which all radio frames other than a first sub-frame are sub-frames for an uplink.
Prechamber spark plug , having • a housing with a bore along its longitudinal axis, as a result of which the housing has an outer side and an inner side , • a cap which is arranged on the housing at the combustion chamber-side end of the housing and which, together with the housing , forms a prechamber , • an insulator which is arranged within the housing , • a centre electrode which is arranged within the insulator , and • an earth electrode , wherein the earth electrode and the centre electrode are arranged such that the two electrodes form a spark gap, wherein the earth electrode is arranged on the inner side of the housing , the housing has a bore in its housing wall, the earth electrode being inserted and fastened into the said bore, and wherein the housing has a recess on its outer side , the bore being formed in said recess, characterized in that the outside diameter of the housing at the recess is smaller than a core diameter of a thread for screwing the spark plug into a cylinder head which is arranged on the outer side of the housing . • a housing with a bore along its longitudinal axis, as a result of which the housing has an outer side and an inner side , • a cap which is arranged on the housing at the combustion chamber-side end of the housing and which, together with the housing , forms a prechamber , • an insulator which is arranged within the housing , • a centre electrode which is arranged within the insulator , and • an earth electrode , wherein the earth electrode and the centre electrode are arranged such that the two electrodes form a spark gap, wherein the earth electrode is arranged on the inner side of the housing , the housing has a bore in its housing wall, the earth electrode being inserted and fastened into the said bore, and wherein the housing has a recess on its outer side , the bore being formed in said recess, characterized in that the outside diameter of the housing at the recess is smaller than a core diameter of a thread for screwing the spark plug into a cylinder head which is arranged on the outer side of the housing .
Passenger seat that includes a seat bottom ; a seat back having a back side; a tray table assembly of a type that moves between a raised, stowed position and a lowered, deployed position, and having a tray table , wherein, in the stowed position, the tray table resides in a locked condition against the back side of the seat back ; a literature pocket extending across a width of the seat back , being located at least partially behind the tray table when the tray table is in the stowed position and being defined by a lateral retention bar extending across the width of the seat back above the tray table when the tray table is in the stowed position; wherein the lateral retention bar is configured to retain contents of the literature pocket in both the stowed and deployed positions of the tray table ; and a light fixture powered by an electrical circuit mounted on the literature pocket and adapted to direct light into a space directly aft of the seat back for use by an aft-seated passenger; wherein the light fixture is embodied as a vertical retention bar light fixture and extends downwardly from the lateral retention bar towards a deployed position of the tray table ; and the literature pocket and the light fixture are positioned in a recess in an aft-facing surface of the seat back , wherein the tray table fits flush against the seat back and the light fixture when the tray table is in the stowed position. a seat bottom ; a seat back having a back side; a tray table assembly of a type that moves between a raised, stowed position and a lowered, deployed position, and having a tray table , wherein, in the stowed position, the tray table resides in a locked condition against the back side of the seat back ; a literature pocket extending across a width of the seat back , being located at least partially behind the tray table when the tray table is in the stowed position and being defined by a lateral retention bar extending across the width of the seat back above the tray table when the tray table is in the stowed position; wherein the lateral retention bar is configured to retain contents of the literature pocket in both the stowed and deployed positions of the tray table ; and a light fixture powered by an electrical circuit mounted on the literature pocket and adapted to direct light into a space directly aft of the seat back for use by an aft-seated passenger; the light fixture is embodied as a vertical retention bar light fixture and extends downwardly from the lateral retention bar towards a deployed position of the tray table ; and the literature pocket and the light fixture are positioned in a recess in an aft-facing surface of the seat back , wherein the tray table fits flush against the seat back and the light fixture when the tray table is in the stowed position.