mhurhangee/patent-ind-claim-en huggingface dataset:
A press detection apparatus configured to detect a pressing operation that a user performs on a press target, comprising: a measured-value detection unit configured to detect a measured value indicating a pressing force applied by the user to the press target in a predetermined cycle and to output the detected measured value to a definitive-value determination unit ; wherein the definitive-value determination unit is configured to determine a definitive value for use in determination on the pressing operation that the user performs based on the measured value detected by the measured-value detection unit , wherein, if a measured value detected by the measured-value detection unit at one timing N has changed by an amount less than a reference amount from a definitive value determined by the definitive-value determination unit itself at a timing N-1 one cycle before the one timing N, the definitive-value determination unit is configured to determine the measured value detected at the one timing N as a definitive value at the one timing N, and wherein, if the measured value detected at the one timing N has changed by an amount equal to or more than the reference amount from the definitive value at the preceding timing N-1, the definitive-value determination unit is configured to determine a value obtained by adding the reference amount to the definitive value at the preceding timing N-1 as the definitive value at the one timing N. a measured-value detection unit configured to detect a measured value indicating a pressing force applied by the user to the press target in a predetermined cycle and to output the detected measured value to a definitive-value determination unit ; wherein the definitive-value determination unit is configured to determine a definitive value for use in determination on the pressing operation that the user performs based on the measured value detected by the measured-value detection unit , wherein, if a measured value detected by the measured-value detection unit at one timing N has changed by an amount less than a reference amount from a definitive value determined by the definitive-value determination unit itself at a timing N-1 one cycle before the one timing N, the definitive-value determination unit is configured to determine the measured value detected at the one timing N as a definitive value at the one timing N, and wherein, if the measured value detected at the one timing N has changed by an amount equal to or more than the reference amount from the definitive value at the preceding timing N-1, the definitive-value determination unit is configured to determine a value obtained by adding the reference amount to the definitive value at the preceding timing N-1 as the definitive value at the one timing N.
A vacuum lifter apparatus for lifting sheet material articles , comprising an upper chassis joined to a substantially planar lower suction plate and an airflow suction system for conveying vacuum air pressure to the suction plate, wherein: - the suction plate comprises a lower side and an upper side , the upper side of the suction plate being affixed to a lower side of the chassis, and the suction plate lower side providing a downwardly oriented and substantially planar suction lifting surface for making contact with the upper surface of said articles, said suction lifting surface comprising a plurality of laterally adjacent portions , each of said portions comprising a plurality of orifices through which, in use, air is drawn along airflow paths by the airflow suction system to provide a suction lifting pressure; - the airflow suction system comprises at least one air outlet for connection to a source of vacuum air pressure , and between said outlet and the suction plate at least one airflow manifold, said manifold comprising a plurality of branched ends, said ends being configured to convey said vacuum air pressure from said outlet to corresponding portions of the suction plate; and - the lower side of the chassis comprises a plurality of downwardly-concave recesses , each of said recesses being separately spanned by different ones of said portions along seams where the chassis is affixed to the upper side of the suction plate whereby each of said recesses providing one of said branched ends of said airflow manifold. - the suction plate comprises a lower side and an upper side , the upper side of the suction plate being affixed to a lower side of the chassis, and the suction plate lower side providing a downwardly oriented and substantially planar suction lifting surface for making contact with the upper surface of said articles, said suction lifting surface comprising a plurality of laterally adjacent portions , each of said portions comprising a plurality of orifices through which, in use, air is drawn along airflow paths by the airflow suction system to provide a suction lifting pressure; - the airflow suction system comprises at least one air outlet for connection to a source of vacuum air pressure , and between said outlet and the suction plate at least one airflow manifold, said manifold comprising a plurality of branched ends, said ends being configured to convey said vacuum air pressure from said outlet to corresponding portions of the suction plate; and - the lower side of the chassis comprises a plurality of downwardly-concave recesses , each of said recesses being separately spanned by different ones of said portions along seams where the chassis is affixed to the upper side of the suction plate whereby each of said recesses providing one of said branched ends of said airflow manifold.
A fluid control valve comprising: a cover portion with a first inner surface , the cover portion including a central section and an inversion inhibitor circumscribing the central section ; a body portion with a second inner surface, the first and second inner surfaces defining a chamber when the cover portion and the body portion are joined, the inversion inhibitor projecting into the chamber toward a central axis of the chamber , and a diaphragm disposed between the cover portion and the body portion , the diaphragm including a flexible member disposed in the chamber and having a first position in which the flexible member is inverted to define a passageway to permit communication between an inlet and an outlet and a second position to prevent fluid communication between the inlet and the outlet , wherein the inversion inhibitor is a deviation from a surface curvature of the central section that is greatest at an edge of the cover portion adjacent to the diaphragm , wherein further the deviation decreases to zero in a direction towards the central section , the surface curvature of the central section being defined by a radius that is constant, wherein, at the first position, the inversion inhibitor prevents the flexible member from reaching its natural-inverted position and creates a force within the flexible member that urges the flexible member from the first position to the second position. a cover portion with a first inner surface , the cover portion including a central section and an inversion inhibitor circumscribing the central section ; a body portion with a second inner surface, the first and second inner surfaces defining a chamber when the cover portion and the body portion are joined, the inversion inhibitor projecting into the chamber toward a central axis of the chamber , and a diaphragm disposed between the cover portion and the body portion , the diaphragm including a flexible member disposed in the chamber and having a first position in which the flexible member is inverted to define a passageway to permit communication between an inlet and an outlet and a second position to prevent fluid communication between the inlet and the outlet , wherein the inversion inhibitor is a deviation from a surface curvature of the central section that is greatest at an edge of the cover portion adjacent to the diaphragm , wherein further the deviation decreases to zero in a direction towards the central section , the surface curvature of the central section being defined by a radius that is constant, wherein, at the first position, the inversion inhibitor prevents the flexible member from reaching its natural-inverted position and creates a force within the flexible member that urges the flexible member from the first position to the second position.
Tripping device, in particular for valves of fire protection devices, hydrogen applications and the like, and also for mechanical devices such as roll bars and pedestrian protection devices on motor vehicles, having a housing, having an actuating rod which is mounted on or in the housing axially displaceably in and counter to a tripping direction, having a tripping spring for preloading the actuating rod in the tripping direction, having a locking device for locking the actuating rod in a preloaded position against the action of the tripping spring, wherein the locking device has at least one locking element , wherein the actuating rod can be released by means of a movement of the locking element , wherein the actuating rod has a circumferential groove or a recess, and wherein the locking element is arranged movably with respect to the actuating rod in the radial direction, wherein the locking element engages into the circumferential groove or the recess in the actuating rod in a locking position and is arranged outside the circumferential groove or the recess in the actuating rod in a release position, and wherein a slide is provided, which is mounted displaceably in the axial direction in the housing and which, in a first position, blocks the at least one locking element in the circumferential groove or in the recess in the actuating rod and, in a second position, allows a movement of the locking element out of the circumferential groove or out of the recess, wherein the at least one locking element is in the form of a roller or ball, wherein a first actuator is provided for moving the slide from the first position to the second position in order to trigger the tripping device, characterized in that the first actuator has a permanent magnet and an electromagnet, and in that the first actuator has an armature component which is arranged and formed such that, starting from a starting position, it covers an acceleration distance until it meets the slide which is in the first position, wherein in particular the actuating rod can be displaced counter to the tripping direction until the armature component is in the starting position.
A packet forwarding method, comprising: receiving (S53), by a second node , a first packet from a first node , wherein the first packet comprises a first session identifier; and sending, by the second node , the first packet based on the first session identifier, wherein the first session identifier comprises a first application-aware identifier corresponding to the first packet, wherein the application-aware identifier is based on an application-aware networking, APN or an application-aware IPv6 networking, APN6 and comprises an application identifier and a user identifier, wherein the first session identifier is used by the second node to perform load balancing, and wherein the sending, by the second node , the first packet based on the first session identifier comprises: generating (S54), by the second node , a session table based on the first session identifier, wherein the session table comprises a key value and next-hop information, and the key value comprises the first application-aware identifier; and finding (S55), by the second node , the next-hop information based on the key value corresponding to the first session identifier, and sending the first packet based on the next-hop information. receiving (S53), by a second node , a first packet from a first node , wherein the first packet comprises a first session identifier; and sending, by the second node , the first packet based on the first session identifier, wherein the first session identifier comprises a first application-aware identifier corresponding to the first packet, wherein the application-aware identifier is based on an application-aware networking, APN or an application-aware IPv6 networking, APN6 and comprises an application identifier and a user identifier, wherein the first session identifier is used by the second node to perform load balancing, and wherein the sending, by the second node , the first packet based on the first session identifier comprises: generating (S54), by the second node , a session table based on the first session identifier, wherein the session table comprises a key value and next-hop information, and the key value comprises the first application-aware identifier; and finding (S55), by the second node , the next-hop information based on the key value corresponding to the first session identifier, and sending the first packet based on the next-hop information. generating (S54), by the second node , a session table based on the first session identifier, wherein the session table comprises a key value and next-hop information, and the key value comprises the first application-aware identifier; and finding (S55), by the second node , the next-hop information based on the key value corresponding to the first session identifier, and sending the first packet based on the next-hop information.
A system for planning cardiac views of an object of interest, wherein the object of interest is a heart of a subject, said system comprising: at least one processor configured to: receive one or more images including the object of interest, said one or more images being acquired utilizing an mDIXON protocol and including a water image and a fat image of the object of interest, wherein the processor is configured to utilize the fat image for determining a global location of the object of interest and to utilize the water image for determining a location and orientation of the object of interest; thereby determining a position and orientation of the object of interest from the one or more images; match a model of the object of interest to the position and orientation of the object of interest; generate one or more cardiac views of the object of interest from the matched model of the object of interest; and display the one or more cardiac views of the object of interest on a display device . at least one processor configured to: receive one or more images including the object of interest, said one or more images being acquired utilizing an mDIXON protocol and including a water image and a fat image of the object of interest, wherein the processor is configured to utilize the fat image for determining a global location of the object of interest and to utilize the water image for determining a location and orientation of the object of interest; thereby determining a position and orientation of the object of interest from the one or more images; match a model of the object of interest to the position and orientation of the object of interest; generate one or more cardiac views of the object of interest from the matched model of the object of interest; and display the one or more cardiac views of the object of interest on a display device . receive one or more images including the object of interest, said one or more images being acquired utilizing an mDIXON protocol and including a water image and a fat image of the object of interest, wherein the processor is configured to utilize the fat image for determining a global location of the object of interest and to utilize the water image for determining a location and orientation of the object of interest; thereby determining a position and orientation of the object of interest from the one or more images; match a model of the object of interest to the position and orientation of the object of interest; generate one or more cardiac views of the object of interest from the matched model of the object of interest; and display the one or more cardiac views of the object of interest on a display device .
A system, comprising: an exhaust collector tunnel configured to mount inside an exhaust collector of a gas turbine , wherein the exhaust collector tunnel comprises a tunnel wall configured to extend around a turbine shaft of the gas turbine ; wherein the exhaust collector tunnel comprises a first end portion configured to at least partially extend into an exhaust diffuser and a second end portion configured to couple to a diverging section of the exhaust collector , and the diverging section is disposed downstream from the exhaust diffuser ; wherein, when the system is in operation, an exhaust flow path extends through the exhaust diffuser , along the tunnel wall of the exhaust collector tunnel , and along the diverging section ; wherein the tunnel wall has a variable diameter along at least a portion of a length of the exhaust collector tunnel ; and wherein the variable diameter comprises a tapered wall portion having an angle relative to a longitudinal axis of the exhaust collector tunnel , the angle is less than or equal to 30 degrees, and a second wall portion having an angle different than the tapered wall portion, and the tapered wall portion extends along at least 10 percent of the length of the exhaust collector tunnel . an exhaust collector tunnel configured to mount inside an exhaust collector of a gas turbine , wherein the exhaust collector tunnel comprises a tunnel wall configured to extend around a turbine shaft of the gas turbine ; wherein the exhaust collector tunnel comprises a first end portion configured to at least partially extend into an exhaust diffuser and a second end portion configured to couple to a diverging section of the exhaust collector , and the diverging section is disposed downstream from the exhaust diffuser ; wherein, when the system is in operation, an exhaust flow path extends through the exhaust diffuser , along the tunnel wall of the exhaust collector tunnel , and along the diverging section ; wherein the tunnel wall has a variable diameter along at least a portion of a length of the exhaust collector tunnel ; and wherein the variable diameter comprises a tapered wall portion having an angle relative to a longitudinal axis of the exhaust collector tunnel , the angle is less than or equal to 30 degrees, and a second wall portion having an angle different than the tapered wall portion, and the tapered wall portion extends along at least 10 percent of the length of the exhaust collector tunnel .
A method for wireless communications, the method comprising: communicating with a plurality of sectors in an active set; requesting data from the plurality of sectors; and receiving independent data streams from the plurality of sectors on the same carrier at the same time; sorting the independent data streams based on a load of the sector of the plurality of sectors from which the respective independent data stream was received; decoding a first independent data stream selected from the received independent data streams; removing interference based on the first decoded independent data stream selected from the received independent data streams, the interference is removed from the other received independent data streams to create a first iteration of processed received data streams; decoding a second independent data stream selected from the first iteration of processed received data streams; removing interference based on the second decoded independent data stream selected from the first iteration of processed received data streams, the interference is removed from the first iteration of processed received data streams to create a second iteration of processed received data streams; wherein the first independent data stream is received from the sector of the plurality of sectors having the lowest load. communicating with a plurality of sectors in an active set; requesting data from the plurality of sectors; and receiving independent data streams from the plurality of sectors on the same carrier at the same time; sorting the independent data streams based on a load of the sector of the plurality of sectors from which the respective independent data stream was received; decoding a first independent data stream selected from the received independent data streams; removing interference based on the first decoded independent data stream selected from the received independent data streams, the interference is removed from the other received independent data streams to create a first iteration of processed received data streams; decoding a second independent data stream selected from the first iteration of processed received data streams; removing interference based on the second decoded independent data stream selected from the first iteration of processed received data streams, the interference is removed from the first iteration of processed received data streams to create a second iteration of processed received data streams; wherein the first independent data stream is received from the sector of the plurality of sectors having the lowest load.
Piston , in particular for a gear-change selector , comprising a piston body with a piston skirt and with a piston end face for being pressurised with a working fluid, wherein the piston comprises a first sealing portion and a second sealing portion , wherein the piston body and the first sealing portion have mutually complementary geometries so that they form a first vent channel , wherein the first vent channel is arranged in a hydraulic series circuit with the second sealing portion , characterized in that the second sealing portion prevents venting up to a first working fluid pressure (P1) and allows this above the first working fluid pressure (P1).