mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving an uplink traffic characteristic information signal from each of a plurality of communication devices; selecting multiple communication devices of the plurality of communication devices as members of a client uplink group based at least on traffic information indicated by the respective uplink traffic characteristic information signals; transmitting an uplink group definition frame to each member of the client uplink group, the uplink group definition frame indicating an uplink multi-user multiple input multiple output, MU-MIMO, transmission schedule for the client uplink group for members of the client uplink group to simultaneously transmit to an access point, wherein the uplink group definition frame includes association identifiers of the members of the client uplink group; and triggering the members of the client uplink group to transmit independent uplink MU-MIMO data units simultaneously according to the uplink MU-MIMO transmission schedule; simultaneously receiving said independent uplink MU-MIMO data units from the client uplink group. receiving an uplink traffic characteristic information signal from each of a plurality of communication devices; selecting multiple communication devices of the plurality of communication devices as members of a client uplink group based at least on traffic information indicated by the respective uplink traffic characteristic information signals; transmitting an uplink group definition frame to each member of the client uplink group, the uplink group definition frame indicating an uplink multi-user multiple input multiple output, MU-MIMO, transmission schedule for the client uplink group for members of the client uplink group to simultaneously transmit to an access point, wherein the uplink group definition frame includes association identifiers of the members of the client uplink group; and triggering the members of the client uplink group to transmit independent uplink MU-MIMO data units simultaneously according to the uplink MU-MIMO transmission schedule; simultaneously receiving said independent uplink MU-MIMO data units from the client uplink group.
An image processing apparatus for performing positioning between a plurality of spectral band images obtained by capturing images inside a lumen by using a plurality of rays of light having wavelength bands different from one another, the image processing apparatus comprising: a spectral band image acquisition unit configured to acquire the plurality of spectral band images; a spatial frequency component extraction unit configured to extract feature data for each spatial frequency band from each pixel in at least one spectral band image of the plurality of spectral band images; a weight calculation unit configured to calculate weights for each spatial frequency band given to the at. least one spectral band image, based on the feature data for each spatial frequency band extracted from each pixel in the at least one spectral band image; and a positioning unit configured to perform positioning between the plurality of spectral band images based on the weights for each spatial frequency band. a spectral band image acquisition unit configured to acquire the plurality of spectral band images; a spatial frequency component extraction unit configured to extract feature data for each spatial frequency band from each pixel in at least one spectral band image of the plurality of spectral band images; a weight calculation unit configured to calculate weights for each spatial frequency band given to the at. least one spectral band image, based on the feature data for each spatial frequency band extracted from each pixel in the at least one spectral band image; and a positioning unit configured to perform positioning between the plurality of spectral band images based on the weights for each spatial frequency band.
A feedstuff for ruminants containing a kraft pulp derived from a lignocellulosic material, wherein the kraft pulp has a Canadian standard freeness of 400 ml or more.
An apparatus comprising: a hose support block (165, 222, 261); a first air hose (28, 186) configured to couple at a first end to a first pneumatic tire valve stem of a first pneumatic tire, the first air hose (28, 186) further coupled at a second end to the hose support block (165, 222, 261), the first air hose being configured to hold open the first pneumatic tire valve stem so as to allow two-way fluid flow through the first pneumatic tire valve stem; and a first tire pressure monitoring system sensor (204, 218, 263) pneumatically coupled to the first air hose (28, 186) so as to sense the pressure in the first air hose (28, 186); characterized in that the first air hose (28, 186) includes an auxiliary port provided in a hose fitting disposed at the second end of the first air hose (28, 186), the first tire pressure monitoring system sensor (204, 218, 263) being coupled to the first air hose (28, 186) at the second end thereof so as to position the first tire pressure monitoring system sensor (204, 218, 263) away from the first pneumatic tire valve stem. a hose support block (165, 222, 261); a first air hose (28, 186) configured to couple at a first end to a first pneumatic tire valve stem of a first pneumatic tire, the first air hose (28, 186) further coupled at a second end to the hose support block (165, 222, 261), the first air hose being configured to hold open the first pneumatic tire valve stem so as to allow two-way fluid flow through the first pneumatic tire valve stem; and a first tire pressure monitoring system sensor (204, 218, 263) pneumatically coupled to the first air hose (28, 186) so as to sense the pressure in the first air hose (28, 186); characterized in that the first air hose (28, 186) includes an auxiliary port provided in a hose fitting disposed at the second end of the first air hose (28, 186), the first tire pressure monitoring system sensor (204, 218, 263) being coupled to the first air hose (28, 186) at the second end thereof so as to position the first tire pressure monitoring system sensor (204, 218, 263) away from the first pneumatic tire valve stem.
An automated method for determining whether a computer belongs to a botnet, the method comprising: using a computer system, collecting, over a time period, email message parameter data for a plurality of email messages sent by a first computer; using a computer system, generating a first set of distribution data representing a statistical distribution of the plurality of email messages received from the first computer, the statistical distribution being based on at least one email message parameter of the email message parameter data; using a computer system, comparing the first set of distribution data with a second set of distribution data corresponding to a statistical distribution of email messages sent by a plurality of other computers over the time period, wherein comparing the first set of distribution data with the second set of distribution data comprises approximating the first set of distribution data to yield a first approximation function and approximating at least a portion of the second set of distribution data to yield a second approximation function and comparing the first approximation function to the second approximation function; and using a computer system, determining, as a result of the comparing, if the first computer belongs to a botnet based on similarity between the first set of distribution data and the at least a portion of the second set of distribution data by determining a degree of coincidence between the first approximation function and the second approximation function. using a computer system, collecting, over a time period, email message parameter data for a plurality of email messages sent by a first computer; using a computer system, generating a first set of distribution data representing a statistical distribution of the plurality of email messages received from the first computer, the statistical distribution being based on at least one email message parameter of the email message parameter data; using a computer system, comparing the first set of distribution data with a second set of distribution data corresponding to a statistical distribution of email messages sent by a plurality of other computers over the time period, wherein comparing the first set of distribution data with the second set of distribution data comprises approximating the first set of distribution data to yield a first approximation function and approximating at least a portion of the second set of distribution data to yield a second approximation function and comparing the first approximation function to the second approximation function; and using a computer system, determining, as a result of the comparing, if the first computer belongs to a botnet based on similarity between the first set of distribution data and the at least a portion of the second set of distribution data by determining a degree of coincidence between the first approximation function and the second approximation function.
A headphone, comprising: at least one cushion constructed and arranged for contact with a wearer, the at least one cushion comprising an interior region; an electro-acoustical driver configured to transmit a sound towards an ear canal of the wearer of the headphone; a plurality of segments comprising a sound absorbing material that partially fill the interior region of the cushion, the segments having air pockets therebetween which provide lower impedance leak paths for air molecules, so the air molecules can better penetrate the sound absorbing material, thereby improving damping characteristics of the cushion; wherein a ratio of an aggregate of the segments' surface area relative to a volume of the aggregate of the segments in the cushion is increased compared to the same ratio in the cushion entirely filled with a single piece of the sound absorbing material. at least one cushion constructed and arranged for contact with a wearer, the at least one cushion comprising an interior region; an electro-acoustical driver configured to transmit a sound towards an ear canal of the wearer of the headphone; a plurality of segments comprising a sound absorbing material that partially fill the interior region of the cushion, the segments having air pockets therebetween which provide lower impedance leak paths for air molecules, so the air molecules can better penetrate the sound absorbing material, thereby improving damping characteristics of the cushion; wherein a ratio of an aggregate of the segments' surface area relative to a volume of the aggregate of the segments in the cushion is increased compared to the same ratio in the cushion entirely filled with a single piece of the sound absorbing material.
A method for supplying fuel to a dual fuel engine or a gaseous fuel engine, the method comprising: regulating a gas admission valve disposed between a gaseous fuel line and an intake port of a cylinder of the engine to reduce flow of gaseous fuel to the cylinder; closing a shut-off valve disposed between a gaseous fuel reservoir and the gaseous fuel line to restrict flow of gaseous fuel from the gaseous fuel reservoir to the gaseous fuel line; actuating an inert gas inlet valve disposed between an inert gas reservoir and the gaseous fuel line to supply inert gas to the gaseous fuel line and to flush gaseous fuel remaining in the gaseous fuel line into the cylinder via the gas admission valve; and closing the inert gas inlet valve to restrict supply of inert gas to the gaseous fuel line. regulating a gas admission valve disposed between a gaseous fuel line and an intake port of a cylinder of the engine to reduce flow of gaseous fuel to the cylinder; closing a shut-off valve disposed between a gaseous fuel reservoir and the gaseous fuel line to restrict flow of gaseous fuel from the gaseous fuel reservoir to the gaseous fuel line; actuating an inert gas inlet valve disposed between an inert gas reservoir and the gaseous fuel line to supply inert gas to the gaseous fuel line and to flush gaseous fuel remaining in the gaseous fuel line into the cylinder via the gas admission valve; and closing the inert gas inlet valve to restrict supply of inert gas to the gaseous fuel line.
An electrical power generating assembly for a wind turbine comprising: a gearbox comprising a gearbox output shaft, a generator comprising a rotor that is coupled to the gearbox output shaft; and an electrical pickup mounted to the electrical power generating assembly, characterized in that the electrical pickup comprises: a contact disk associated with and extending radially away from the generator rotor; and at least one electrical contact parallel with the rotational axis of the generator rotor and configured to be in electrical contact with an electrical contact surface of the contact disk so as to pick up current from components of the electrical power generating assembly. a gearbox comprising a gearbox output shaft, a generator comprising a rotor that is coupled to the gearbox output shaft; and an electrical pickup mounted to the electrical power generating assembly, characterized in that the electrical pickup comprises: a contact disk associated with and extending radially away from the generator rotor; and at least one electrical contact parallel with the rotational axis of the generator rotor and configured to be in electrical contact with an electrical contact surface of the contact disk so as to pick up current from components of the electrical power generating assembly. a contact disk associated with and extending radially away from the generator rotor; and at least one electrical contact parallel with the rotational axis of the generator rotor and configured to be in electrical contact with an electrical contact surface of the contact disk so as to pick up current from components of the electrical power generating assembly.
Suspension thrust bearing for use with a suspension spring in an automotive suspension strut, comprising: - a bearing with an annular upper part and a annular lower part in relative rotation one to the other; - a lower support surface comprised by the lower part that axially supports an upper end of a suspension spring by the intermediate of a damping device made from resilient material; characterized in that the resilient material of the damping device is melt in its preformed state with gas and, after being molded, the melt material of the damping device comprises an outer skinny layer and an inner foam body, the density of said outer skinny layer being strictly greater than the density of the inner foam body. - a bearing with an annular upper part and a annular lower part in relative rotation one to the other; - a lower support surface comprised by the lower part that axially supports an upper end of a suspension spring by the intermediate of a damping device made from resilient material;
System having an electronic lock which can be transitioned from its locking state to its release state by entering a currently valid one-time release code, and having an electronic device which is arranged separately from the lock, the electronic lock and the electronic device being set up to generate the currently valid one-time release code, characterized in that the currently valid one-time release code is generated by an encryption of the immediately previously valid one-time release code by means of an encryption algorithm, the encryption being performed with consideration of an encryption code, wherein the electronic lock and the electronic device are configured to generate the encryption code from an entered individual master code and a key code stored in the electronics of the lock and included in a software of the electronic device.
Foundation for an offshore wind turbine, having n foundation pipes which are rammed into the seabed at the corners of an imaginary regular polygon, and having a polygonal support frame which has n-corners and supports the tower of the wind turbine and which is connected to the free ends of the foundation pipes, wherein rigid connections are provided between the support frame and the free ends of the foundation pipes, and wherein the support frame is composed of radial stays having a non-slotted profile, characterized in that at least the lower side of the support frame is disposed below the expected swell but above sea level, the radial stays have a cross section which radially towards the outside is variable, and in that the connections between the free ends of the foundation pipes and the support frame comprise connectors which are fixedly and rigidly connected to the support frame and which are plugged into the free ends of the foundation pipes, leaving a hollow space between the walls of the foundation pipes and the connectors, or which are plugged from the outside into the free ends of the foundation pipes, leaving a hollow space between the walls of the connectors and the foundation pipes, wherein the hollow space is grouted.
A sensor device comprising a plurality of sensor sections (50, 51), wherein each of the sensor sections (50, 51) detects a quantity of state of a detection subject and outputs a detection signal corresponding to the detected quantity of state, the sensor device being configured such that when receiving a specific trigger transmitted from an external device, at least one of the sensor sections (50, 51) outputs an abnormality diagnosis signal, which is configured by a predetermined waveform and used for determining whether there is an output abnormality of the at least one sensor section (50, 51), and then outputs the detection signal.
A fluid dispenser for simultaneously dispensing fluids from first and second cartridges (74, 76), comprising: a base structure; a cartridge holding assembly mounted to said base structure and including first and second cartridge holders (32, 34); a linear drive mechanism mounted to said base structure; first and second drive pistons (50, 52) operatively connected to said linear drive mechanism and movable into respective first and second cartridges (74, 76) when said first and second cartridges (74, 76) are held in said first and second cartridge holders (32, 34) such that fluid is dispensed from the first and second cartridges (74, 76); and a dispensing portion including respective first and second fluid passages (92, 94) in fluid communication with the respective first and second cartridge holders (32, 34) for receiving fluid from the first and second cartridges (74, 76) as the first and second drive pistons (50, 52) are moved into the first and second cartridges (74, 76), the fluid dispenser being characterized in that said dispensing portion further comprising first and second sections removably secured together, each section having lengthwise portions (92a, 94a) of said first and second fluid passages (92, 94) therein for allowing cleaning of the lengthwise portions (92a, 94a) upon removal of the first section from the second section. a base structure; a cartridge holding assembly mounted to said base structure and including first and second cartridge holders (32, 34); a linear drive mechanism mounted to said base structure; first and second drive pistons (50, 52) operatively connected to said linear drive mechanism and movable into respective first and second cartridges (74, 76) when said first and second cartridges (74, 76) are held in said first and second cartridge holders (32, 34) such that fluid is dispensed from the first and second cartridges (74, 76); and a dispensing portion including respective first and second fluid passages (92, 94) in fluid communication with the respective first and second cartridge holders (32, 34) for receiving fluid from the first and second cartridges (74, 76) as the first and second drive pistons (50, 52) are moved into the first and second cartridges (74, 76), the fluid dispenser being characterized in that said dispensing portion further comprising first and second sections removably secured together, each section having lengthwise portions (92a, 94a) of said first and second fluid passages (92, 94) therein for allowing cleaning of the lengthwise portions (92a, 94a) upon removal of the first section from the second section.
An arrangement comprising an actuatable door for an aircraft passenger suite installed within an aircraft cabin, said door comprising: a flexible privacy divider, the flexible privacy divider being configured to actuate between a stowed divider position and a deployed divider position; a cartridge, the cartridge being configured to actuate between a stowed cartridge position and a deployed cartridge position via at least one intermediate cartridge position; and a mechanism housed within the cartridge, the mechanism being configured to actuate the flexible privacy divider between the stowed divider position and the deployed divider position, the flexible privacy divider being at least partially stowed within the cartridge when in the stowed divider position, the actuatable door being configured to couple to a suite wall of the aircraft passenger suite, the suite wall including an opening configured to allow for access to the passenger suite from an open area within the aircraft cabin; the arrangement comprising an interlocking assembly; the cartridge being held in the deployed cartridge position across the opening via said interlocking assembly when the flexible privacy divider is in the deployed divider position across the opening, the actuatable door being configured to actuate between a stowed door position and a deployed door position via at least one intermediate door position, the actuatable door being configured to separate the passenger suite from the open area within the aircraft cabin when in the deployed door position and provide privacy to the aircraft passenger suite. a flexible privacy divider, the flexible privacy divider being configured to actuate between a stowed divider position and a deployed divider position; a cartridge, the cartridge being configured to actuate between a stowed cartridge position and a deployed cartridge position via at least one intermediate cartridge position; and a mechanism housed within the cartridge, the mechanism being configured to actuate the flexible privacy divider between the stowed divider position and the deployed divider position, the flexible privacy divider being at least partially stowed within the cartridge when in the stowed divider position, the actuatable door being configured to couple to a suite wall of the aircraft passenger suite, the suite wall including an opening configured to allow for access to the passenger suite from an open area within the aircraft cabin; the arrangement comprising an interlocking assembly; the cartridge being held in the deployed cartridge position across the opening via said interlocking assembly when the flexible privacy divider is in the deployed divider position across the opening, the actuatable door being configured to actuate between a stowed door position and a deployed door position via at least one intermediate door position, the actuatable door being configured to separate the passenger suite from the open area within the aircraft cabin when in the deployed door position and provide privacy to the aircraft passenger suite.
A transparent electrode comprising a first conductive layer composed of a metal or a metal oxide fine wire which is formed in a pattern on a substrate; characterized in that a second conductive layer covers the first conductive layer and contains a conductive polymer, wherein the fine wire in the first conductive layer satisfies the following conditions, Line width: 20 to 200 μm; Height: 0.2 to 2.0 μm; Aspect ratio: 0.001 < H/W ≤ 0.1; and Cross-sectional shape coefficient: 0.6<S/(W.H)<0.9, provided that "S" represents a cross-sectional area of the conductive layer. Line width: 20 to 200 μm; Height: 0.2 to 2.0 μm; Aspect ratio: 0.001 < H/W ≤ 0.1; and Cross-sectional shape coefficient: 0.6<S/(W.H)<0.9, provided that "S" represents a cross-sectional area of the conductive layer.