mhurhangee/patent-ind-claim-en huggingface dataset:
A method for treating cement kiln dust comprising at least one heavy metal, the method comprising: volatizing heavy metal in cement kiln dust to separate the heavy metal from the cement kiln dust to create a heavy-metal-containing gas stream; treating the heavy-metal-containing gas stream with a treating fluid containing at least one alkaline-earth metal polysulfide; and removing at least a portion of the heavy metal from the stream. volatizing heavy metal in cement kiln dust to separate the heavy metal from the cement kiln dust to create a heavy-metal-containing gas stream; treating the heavy-metal-containing gas stream with a treating fluid containing at least one alkaline-earth metal polysulfide; and removing at least a portion of the heavy metal from the stream.
A camera module , characterized by comprising: a fixing member ; a rotating member , rotatably connected to the fixing member , and comprising: a base ; and a light redirecting member , fixed to the base , for redirecting an incident light; a plurality of first balls , disposed between the base and the fixing member , capable of moving the rotating member around a first axis (A1) relative to the fixing member ; and a plurality of second balls , disposed between the base and the fixing member , capable of moving the rotating member around a second axis (A2) relative to the fixing member ; wherein the direction of the first axis (A1) is perpendicular to the direction of the second axis (A2); wherein centers of the plurality of first balls are located on the first axis (A1), and centers of the plurality of second balls are located on the second axis (A2). a fixing member ; a rotating member , rotatably connected to the fixing member , and comprising: a base ; and a light redirecting member , fixed to the base , for redirecting an incident light; a base ; and a light redirecting member , fixed to the base , for redirecting an incident light; a plurality of first balls , disposed between the base and the fixing member , capable of moving the rotating member around a first axis (A1) relative to the fixing member ; and a plurality of second balls , disposed between the base and the fixing member , capable of moving the rotating member around a second axis (A2) relative to the fixing member ; wherein the direction of the first axis (A1) is perpendicular to the direction of the second axis (A2); wherein centers of the plurality of first balls are located on the first axis (A1), and centers of the plurality of second balls are located on the second axis (A2).
A method for computer networking, the method comprising: performing by one or more processors, a plurality of network interfaces , or a combination of one or more processors and a plurality of network interfaces in a network device : - establishing a plurality of network links between the first network device and a second network device over at least two different network interfaces; - establishing a virtual private network (VPN) tunnel between the first network device and the second network device, wherein the VPN tunnel is implemented using a plurality of network links established over at least two different network interfaces; - receiving a layer two packet through a local area network (LAN) interface; - creating a protocol header, wherein the protocol header comprises VPN tunnel association information, wherein said VPN tunnel association information includes a network link identification, and a tunnel sequence number; - encapsulating said layer two packet into one or more layer three packets with said protocol header, wherein said layer three packets have the same or different source addresses, wherein said layer three packets have the same or different destination addresses; - delivering said one or more layer three packets through a plurality of said at least two different network interfaces; wherein the said network interfaces are wide area network (WAN) interfaces; wherein said network link identification is used to identify the network link and virtual private tunnel said layer two packet belongs to; wherein said tunnel sequence number is used to identify the sequence of said one or more layer three packets in a network link . - establishing a plurality of network links between the first network device and a second network device over at least two different network interfaces; - establishing a virtual private network (VPN) tunnel between the first network device and the second network device, wherein the VPN tunnel is implemented using a plurality of network links established over at least two different network interfaces; - receiving a layer two packet through a local area network (LAN) interface; - creating a protocol header, wherein the protocol header comprises VPN tunnel association information, wherein said VPN tunnel association information includes a network link identification, and a tunnel sequence number; - encapsulating said layer two packet into one or more layer three packets with said protocol header, wherein said layer three packets have the same or different source addresses, wherein said layer three packets have the same or different destination addresses; - delivering said one or more layer three packets through a plurality of said at least two different network interfaces; wherein the said network interfaces are wide area network (WAN) interfaces;
A subsea garage for a UUV, the garage comprising: a body having a receptacle for the UUV, an open top providing a transit path for the UUV into and out of the receptacle and a base opposed to the open top, the base being arranged to lie on the seabed ; characterised in that at least one post is movable, subsea, relative to the body into a deployed position extending upwardly from the body above the open top and into a retracted position substantially beneath the open top; and wherein the or each post is accommodated within the body when in the retracted position. a body having a receptacle for the UUV, an open top providing a transit path for the UUV into and out of the receptacle and a base opposed to the open top, the base being arranged to lie on the seabed ; at least one post is movable, subsea, relative to the body into a deployed position extending upwardly from the body above the open top and into a retracted position substantially beneath the open top; and wherein the or each post is accommodated within the body when in the retracted position.
A turbine rotor comprising: a hub part connected to a rotation shaft ; and a plurality of blade parts formed around an outer periphery of the hub part , the hub part and the blade parts being integrated into one piece, wherein the hub part has a rear side surface ; an annular recess is formed on the rear side surface around the rotation shaft ; the rear side surface has a plane area on an outer periphery side of the annular recess ; a diameter of the hub part gradually increases toward the rear side surface on an end side of the hub part along the direction of the rotation shaft ; a cross-section of the annular recess in the direction of the rotation shaft is formed from a part of either an arc (F) of a circle or a major arc (E) of an oval shape (G'), which major arc (E) is formed so that the oval shape (G') is divided by a major axis as a symmetrical axis of the oval shape (G'), said major axis being parallel to the rear side surface ; and the major axis or a center (P) of the arc (F) of the circle is located outside of the hub part at a distance (S) from the rear side surface . a hub part connected to a rotation shaft ; and a plurality of blade parts formed around an outer periphery of the hub part , the hub part and the blade parts being integrated into one piece, wherein the hub part has a rear side surface ; an annular recess is formed on the rear side surface around the rotation shaft ; the rear side surface has a plane area on an outer periphery side of the annular recess ; a diameter of the hub part gradually increases toward the rear side surface on an end side of the hub part along the direction of the rotation shaft ; a cross-section of the annular recess in the direction of the rotation shaft is formed from a part of either an arc (F) of a circle or a major arc (E) of an oval shape (G'), which major arc (E) is formed so that the oval shape (G') is divided by a major axis as a symmetrical axis of the oval shape (G'), said major axis being parallel to the rear side surface ; and the major axis or a center (P) of the arc (F) of the circle is located outside of the hub part at a distance (S) from the rear side surface .
A method in a wireless communication device comprising: receiving a resource allocation in a control information message, the resource allocation comprising one or more resource blocks, wherein each of the one or more resource blocks comprises a plurality of subcarriers; receiving an indication in the control information message identifying whether one or more guard subcarriers are present on a respective one or more of the edges of at least one resource block of the resource allocation; receiving in control information an indication of the number of guard subcarriers, wherein the indication of the number of guard subcarriers comprises a ratio of the number of guard subcarriers to the number of allocated subcarriers in the resource allocation. receiving a resource allocation in a control information message, the resource allocation comprising one or more resource blocks, wherein each of the one or more resource blocks comprises a plurality of subcarriers; receiving an indication in the control information message identifying whether one or more guard subcarriers are present on a respective one or more of the edges of at least one resource block of the resource allocation; receiving in control information an indication of the number of guard subcarriers, wherein the indication of the number of guard subcarriers comprises a ratio of the number of guard subcarriers to the number of allocated subcarriers in the resource allocation.
A nuclear reactor , comprising a vessel that houses a core , comprising a bundle of fuel elements and immersed in a primary cooling fluid (F) of the core ; the fuel elements extend along respective longitudinal and parallel axes (A) and are mechanically supported by respective heads joined to each other and joined to an anchoring structure by support devices acting between adjacent fuel elements , or acting between fuel elements situated on the periphery of the core and the anchoring structure , characterized in that the support devices constitute an integral part of the heads of the fuel elements .
A method for providing a custom-fit selection of a recommended golf ball (1100; 2100) for a golfer , the method comprising steps of: (i) obtaining (a) a first set of measurements for a first golf ball for the golfer , including at least one ball back-spin measurement for each of a plurality of golf clubs (1200; 1300) having different club lofts, and (b) a second set of measurements for a second golf ball for the golfer , including at least one ball back-spin measurement for each of the plurality of golf clubs (1200; 1300); (ii) determining (a) a first spin slope based upon the first set of measurements, wherein the first spin slope is based upon a line best fitting the first set of measurements, when the first set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value, and (b) a second spin slope based upon the second set of measurements, wherein the second spin slope is based upon a line best fitting the second set of measurements, when the second set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value; and (iii) providing a selection of a recommended golf ball (1100; 2100) between the first golf ball and the second golf ball ; wherein the recommended golf ball (1100; 2100) is the first golf ball if the first spin slope is larger than the second spin slope , and the recommended golf ball (1100; 2100) is the second golf ball if the first spin slope is not larger than the second spin slope . (i) obtaining (a) a first set of measurements for a first golf ball for the golfer , including at least one ball back-spin measurement for each of a plurality of golf clubs (1200; 1300) having different club lofts, and (b) a second set of measurements for a second golf ball for the golfer , including at least one ball back-spin measurement for each of the plurality of golf clubs (1200; 1300); (ii) determining (a) a first spin slope based upon the first set of measurements, wherein the first spin slope is based upon a line best fitting the first set of measurements, when the first set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value, and (b) a second spin slope based upon the second set of measurements, wherein the second spin slope is based upon a line best fitting the second set of measurements, when the second set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value; and (iii) providing a selection of a recommended golf ball (1100; 2100) between the first golf ball and the second golf ball ;
A rotor assembly comprising: plural blades mounted to a rotor disk and spaced apart along an outer periphery of the rotor disk , the blades having airfoils extending from the rotor disk , the blades including a carrier shroud and a lid shroud extending from the respective airfoil in generally opposite directions to respective distal ends , the carrier shrouds defining pockets that extend into the carrier shrouds , opposing distal ends of the carrier shroud of one of the blades and of the lid shroud of a neighboring blade being separated from each other by a shroud gap and being configured to engage each other; and damping inserts disposed in the pockets of the carrier shrouds of the blades and free-floating within the pockets , the damping inserts configured to dampen vibrations of the blades during rotation of the blades and the rotor disk via engaging an interior surface within the corresponding pocket of the carrier shroud and engaging the lid shroud of the neighboring blade , wherein a contact force applied by each damping insert on the distal end of the lid shroud of the neighboring blade is based on a rotational speed of the blades and the rotor disk , characterized in that openings of the pockets are defined along corresponding edge surfaces at the opposing distal ends of the carrier shrouds ; and that the damping inserts are elongated along a central axis and are held in the corresponding pockets of the carrier shrouds such that the central axis is generally parallel to the edge surface of the corresponding carrier shroud . plural blades mounted to a rotor disk and spaced apart along an outer periphery of the rotor disk , the blades having airfoils extending from the rotor disk , the blades including a carrier shroud and a lid shroud extending from the respective airfoil in generally opposite directions to respective distal ends , the carrier shrouds defining pockets that extend into the carrier shrouds , opposing distal ends of the carrier shroud of one of the blades and of the lid shroud of a neighboring blade being separated from each other by a shroud gap and being configured to engage each other; and damping inserts disposed in the pockets of the carrier shrouds of the blades and free-floating within the pockets , the damping inserts configured to dampen vibrations of the blades during rotation of the blades and the rotor disk via engaging an interior surface within the corresponding pocket of the carrier shroud and engaging the lid shroud of the neighboring blade , wherein a contact force applied by each damping insert on the distal end of the lid shroud of the neighboring blade is based on a rotational speed of the blades and the rotor disk , characterized in that openings of the pockets are defined along corresponding edge surfaces at the opposing distal ends of the carrier shrouds ; and that the damping inserts are elongated along a central axis and are held in the corresponding pockets of the carrier shrouds such that the central axis is generally parallel to the edge surface of the corresponding carrier shroud .
A method of reusing data which improves processing performance of a medical display processing system, the method comprising: acquiring , over time via a plurality of electrodes, electrical signals, each signal acquired via one of the plurality of electrodes and indicating electrical activity at a location of a portion of patient anatomy in a three dimensional sp ace; filtering electrical signal data, corresponding to the electrical signals, according to a first plurality of filter parameter settings; generating first mapping information for displaying a map of the portion of patient anatomy and the filtered electrical signal data on a display; specifying, by a user, a region of the portion of patient anatomy on the map and indicating the region via lines or shapes on the display; and generating , second mapping information for displaying, at the region on the map , a portion of the electrical signal data previously filtered from display . acquiring , over time via a plurality of electrodes, electrical signals, each signal acquired via one of the plurality of electrodes and indicating electrical activity at a location of a portion of patient anatomy in a three dimensional sp ace; filtering electrical signal data, corresponding to the electrical signals, according to a first plurality of filter parameter settings; generating first mapping information for displaying a map of the portion of patient anatomy and the filtered electrical signal data on a display; specifying, by a user, a region of the portion of patient anatomy on the map and indicating the region via lines or shapes on the display; and generating , second mapping information for displaying, at the region on the map , a portion of the electrical signal data previously filtered from display .
Filling device for a rail vehicle emergency brake line (NBL), comprising a main reservoir line (HBL) and a filling valve (FV), wherein a brake control unit (BSG) is provided which electrically actuates the filling valve (FV) by means of a filling signal , wherein the opening of the filling valve (FV) is blocked under specific operating states of the brake control unit (BSG), characterised in that the brake control unit (BSG) limits the opening time of the filling valve (FV) for each filling process to a specific period of time.
Method of manufacturing a laminate panel, including the steps of: - providing a polymeric composite layer and having an upper face which has a temperature above its melting temperature, said polymeric composite layer being a mixture of a polymer and a non-polymeric or partially polymeric composite substance; - providing a polymeric layer , the polymeric layer being a polymeric film having a thickness of less than 1500μm, a decoration pattern being provided on the polymeric film, - placing the polymeric layer on the upper face of the polymeric composite layer , and - pressing the polymeric composite layer and the polymeric layer together. - providing a polymeric composite layer and having an upper face which has a temperature above its melting temperature, said polymeric composite layer being a mixture of a polymer and a non-polymeric or partially polymeric composite substance; - providing a polymeric layer , the polymeric layer being a polymeric film having a thickness of less than 1500μm, a decoration pattern being provided on the polymeric film, - placing the polymeric layer on the upper face of the polymeric composite layer , and - pressing the polymeric composite layer and the polymeric layer together.
A warehouse material handling vehicle comprising: an automation arbitration controller ; a material handling vehicle controller ; a plurality of automation controllers including a zoning and positioning controller and an automated guided vehicle controller , the zoning and positioning controller configured to determine a position of the warehouse material handling vehicle within a warehouse by communicating with a position sensing system , the automated guided vehicle controller configured to supply drive commands based on paths to travel chosen by a navigation sensing system ; an automation communication bus that connects the automation arbitration controller of the warehouse material handling vehicle to the plurality of automation controllers of the warehouse material handling vehicle , the automation arbitration controller configured to arbitrate automation requests received from the plurality of automation controllers on the automation communication bus to determine vehicle control information; and a vehicle communication bus that connects the automation arbitration controller to the material handling vehicle controller , the automation arbitration controller configured to communicate the determined vehicle control information to the material handling vehicle controller on the vehicle communication bus . an automation arbitration controller ; a material handling vehicle controller ; a plurality of automation controllers including a zoning and positioning controller and an automated guided vehicle controller , the zoning and positioning controller configured to determine a position of the warehouse material handling vehicle within a warehouse by communicating with a position sensing system , the automated guided vehicle controller configured to supply drive commands based on paths to travel chosen by a navigation sensing system ; an automation communication bus that connects the automation arbitration controller of the warehouse material handling vehicle to the plurality of automation controllers of the warehouse material handling vehicle , the automation arbitration controller configured to arbitrate automation requests received from the plurality of automation controllers on the automation communication bus to determine vehicle control information; and a vehicle communication bus that connects the automation arbitration controller to the material handling vehicle controller , the automation arbitration controller configured to communicate the determined vehicle control information to the material handling vehicle controller on the vehicle communication bus .