mhurhangee/ep-ind-claims huggingface dataset:
A device (10, 110) comprising a microdroplet transport channel etched in substrate, wherein said channel comprises a liquid inlet port (20, 120, 820), a gas-intake pathway (50, 150) and a gas vent (70, 870), and said channel is in fluidic communication with said gas-intake pathway (50, 150) and said gas vent (70, 870), said substrate selected from the group consisting of silicon, quartz and glass, characterized in that - said channel comprises one or more liquid-abutting hydrophobic regions (40, 140), wherein at least one of said liquid-abutting hydrophobic regions (40, 140) is patterned on the surface of said microdroplet transport channel and positioned between said gas-intake pathway and said gas vent (70, 870), - said gas vent (70, 870) is a hydrophobic gas vent (70, 870), and - said hydrophobic gas vent (70, 870) is further down said channel than said liquid-abutting hydrophobic regions (40, 140). - said channel comprises one or more liquid-abutting hydrophobic regions (40, 140), wherein at least one of said liquid-abutting hydrophobic regions (40, 140) is patterned on the surface of said microdroplet transport channel and positioned between said gas-intake pathway and said gas vent (70, 870), - said gas vent (70, 870) is a hydrophobic gas vent (70, 870), and - said hydrophobic gas vent (70, 870) is further down said channel than said liquid-abutting hydrophobic regions (40, 140).
A routing method, which is applied to a network shared by multiple operators, wherein a resource configuration database of a telecommunication access device shared by multiple operators includes information about an operator to which dedicated resources belong, and a connection route list of the telecommunication access device shared by multiple operators includes routing information of dedicated networks of the multiple operators, wherein the routing information includes the information about the operator to which each connection route belongs, wherein the dedicated networks refer to the networks exclusively used by the operator instead of being shared by other operators, wherein the network shared by multiple operators connects to core network devices of multiple operators; the method comprising: when receiving a service request message of a user terminal that is serviced by a given operator and is accessing the shared network through dedicated resources of other operators, obtaining, according to the dedicated resources occupied by the user terminal, the information about the operator to which the occupied dedicated resources belong from the resource configuration database; and matching the information about the operator to which the occupied dedicated resources belong with the information about the operator to which a corresponding route in the connection route list belongs, and forwarding the service request message of the user terminal to a Core Network, CN, of the operator corresponding to the successfully matched route record, wherein the service request message of the user terminal is forwarded to a CN of the operator to which the user terminal belongs by the CN of the operator corresponding to the successfully matched route record. when receiving a service request message of a user terminal that is serviced by a given operator and is accessing the shared network through dedicated resources of other operators, obtaining, according to the dedicated resources occupied by the user terminal, the information about the operator to which the occupied dedicated resources belong from the resource configuration database; and matching the information about the operator to which the occupied dedicated resources belong with the information about the operator to which a corresponding route in the connection route list belongs, and forwarding the service request message of the user terminal to a Core Network, CN, of the operator corresponding to the successfully matched route record, wherein the service request message of the user terminal is forwarded to a CN of the operator to which the user terminal belongs by the CN of the operator corresponding to the successfully matched route record.
An adjustable stroke mechanism for a random orbital machine comprising: a housing having a circular wall enclosing a cavity, wherein the wall includes a plurality of apertures; an adjuster ring surrounding an outer surface of the wall of the housing, the adjuster ring having a first set of gear teeth along a first portion of an inner surface of the adjuster ring and a second set of gear teeth along a second portion of the inner surface of the adjuster ring; a counterweight disposed within the housing, the counterweight having an orifice formed therein and a set of gear teeth along an exterior surface thereof; at least one counterweight gear disposed between the counterweight and the adjuster ring and within one of the plurality of apertures in the wall of the housing, the at least one counterweight gear configured to mesh with the first set of gear teeth of the adjuster ring and the set of gear teeth of the counterweight so that rotation of the adjuster ring causes movement of the counterweight; a bearing carriage disposed within the housing, the bearing carriage having an orifice formed therein and a set of gear teeth along an exterior surface thereof; and at least one bearing carriage gear disposed between the bearing carriage and the adjuster ring and within another of the plurality of apertures in the wall of the housing, the at least one bearing carriage gear configured to mesh with the second set of gear teeth of the adjuster ring and the set of gear teeth of the bearing carriage so that rotation of the adjuster ring causes movement of the bearing carriage. a housing having a circular wall enclosing a cavity, wherein the wall includes a plurality of apertures; an adjuster ring surrounding an outer surface of the wall of the housing, the adjuster ring having a first set of gear teeth along a first portion of an inner surface of the adjuster ring and a second set of gear teeth along a second portion of the inner surface of the adjuster ring; a counterweight disposed within the housing, the counterweight having an orifice formed therein and a set of gear teeth along an exterior surface thereof; at least one counterweight gear disposed between the counterweight and the adjuster ring and within one of the plurality of apertures in the wall of the housing, the at least one counterweight gear configured to mesh with the first set of gear teeth of the adjuster ring and the set of gear teeth of the counterweight so that rotation of the adjuster ring causes movement of the counterweight; a bearing carriage disposed within the housing, the bearing carriage having an orifice formed therein and a set of gear teeth along an exterior surface thereof; and at least one bearing carriage gear disposed between the bearing carriage and the adjuster ring and within another of the plurality of apertures in the wall of the housing, the at least one bearing carriage gear configured to mesh with the second set of gear teeth of the adjuster ring and the set of gear teeth of the bearing carriage so that rotation of the adjuster ring causes movement of the bearing carriage.
An apparatus for fixing the rear glass of a cab on construction machinery that allows for easy detachment of the glass in the event of an emergency escape, comprising: a window frame forming a cab window frame, the window frame having a protruding portion separating an inside portion of the window frame facing towards the inside of the cab from an outside portion of the window frame facing towards the rear glass of the cab; a weather strip coupled to the protruding portion of window frame to seal a gap between the window frame and the rear glass of the cab; a glass interior fixing portion including an engagement portion inserted and engaged between the inside portion of the window frame and the weather strip, a body portion extending from the engagement portion at right angles and having a groove so that the body portion can be broken by an external impact from the inside of the cab, and a glass support portion supporting a first surface of the rear glass of the cab facing towards the protruding portion of the window frame; a glass exterior fixing portion engaged with the glass support portion of the glass interior fixing portion to support a second surface of the rear glass of the cab, the second surface being opposite to the first surface and facing away from the protruding portion; and a stopper having one side fixed to the window frame to support the rear glass of the cab. a window frame forming a cab window frame, the window frame having a protruding portion separating an inside portion of the window frame facing towards the inside of the cab from an outside portion of the window frame facing towards the rear glass of the cab; a weather strip coupled to the protruding portion of window frame to seal a gap between the window frame and the rear glass of the cab; a glass interior fixing portion including an engagement portion inserted and engaged between the inside portion of the window frame and the weather strip, a body portion extending from the engagement portion at right angles and having a groove so that the body portion can be broken by an external impact from the inside of the cab, and a glass support portion supporting a first surface of the rear glass of the cab facing towards the protruding portion of the window frame; a glass exterior fixing portion engaged with the glass support portion of the glass interior fixing portion to support a second surface of the rear glass of the cab, the second surface being opposite to the first surface and facing away from the protruding portion; and a stopper having one side fixed to the window frame to support the rear glass of the cab.
A stroker for use in a borehole in the ground, the stroker at least comprising an actuator arranged for displacing a tool in a longitudinal direction of the borehole, and grippers arranged to anchor the stroker to a wall of the borehole, alternatively to a pipe wall, the stroker being provided with a propulsive module, said propulsive module comprising driving wheels or driving belts for propulsion, characterized in that at least the grippers and the propulsive module are controlled by a common control module adapted for simultaneous control of at least the grippers and the propulsive module; and at least the grippers and the propulsive module are provided with power from a common power module, said common power module being positioned in use between a wireline and the common control module
Activated carbon, wherein the activated carbon has a pore volume at a pore diameter of 10 to 10000 nm measured by the use of a mercury intrusion method pore volume measurement device adopting a mercury pressure of 0.69 kPa to 420580.19 kPa of 0.8 to 1.9 mL/g, and a pore volume at a pore diameter of 300 to 1000 nm measured by the use of a mercury intrusion method pore volume measurement device adopting a mercury pressure of 0.69 kPa to 420580.19 kPa of 0.19 mL/g or more.
An opening/closing mechanism equipped with a self-lock device, wherein the opening/closing mechanism comprising a baseplate, a fairing, a fairing support arm, a powered push cylinder, - characterized by: further comprising a fairing closed-state limit stop and a fairing open-state limit stop wherein: the baseplate is provided with a rotating shaft, one end of the fairing support arm is sleeved on the rotating shaft, while the other end is connected with the fairing by means of a fairing mounting base; a locking device is arranged between the fairing support arm and the powered push cylinder, one end of the said locking device can move in the sliding groove of the fairing support arm, while the other end is installed on the powered push cylinder; in the opening or closing process of the opening/closing mechanism, the locking device moves and forms a mechanism dead point with the fairing support arm; in the locking process, a part of the locking device goes across the mechanism dead point and is mechanically limited, and in the unlocking process, the locking device goes across the mechanism dead point from reversed direction. - characterized by: further comprising a fairing closed-state limit stop and a fairing open-state limit stop wherein: the baseplate is provided with a rotating shaft, one end of the fairing support arm is sleeved on the rotating shaft, while the other end is connected with the fairing by means of a fairing mounting base; a locking device is arranged between the fairing support arm and the powered push cylinder, one end of the said locking device can move in the sliding groove of the fairing support arm, while the other end is installed on the powered push cylinder; in the opening or closing process of the opening/closing mechanism, the locking device moves and forms a mechanism dead point with the fairing support arm; in the locking process, a part of the locking device goes across the mechanism dead point and is mechanically limited, and in the unlocking process, the locking device goes across the mechanism dead point from reversed direction. further comprising a fairing closed-state limit stop and a fairing open-state limit stop wherein: the baseplate is provided with a rotating shaft, one end of the fairing support arm is sleeved on the rotating shaft, while the other end is connected with the fairing by means of a fairing mounting base; a locking device is arranged between the fairing support arm and the powered push cylinder, one end of the said locking device can move in the sliding groove of the fairing support arm, while the other end is installed on the powered push cylinder; in the opening or closing process of the opening/closing mechanism, the locking device moves and forms a mechanism dead point with the fairing support arm; in the locking process, a part of the locking device goes across the mechanism dead point and is mechanically limited, and in the unlocking process, the locking device goes across the mechanism dead point from reversed direction.
An operation management apparatus connected to a source processing system and a destination processing system in a migration environment comprising: a correlation model storage means for storing a correlation model indicating a correlation for each pair of one or more metrics in a state of executing a predetermined program for providing a service in the source processing system; a benchmark performance collection means for collecting, in a state of executing a predetermined benchmark process in the source processing system and the destination processing system, respectively, values of a metric having a correlation with another metric in the correlation model; and a performance comparison means for calculating and outputting, with respect to the metric having a correlation with another metric in the correlation model, a performance ratio of a metric in the destination processing system to the metric in the source processing system, based on the values of the metrics in the state of executing the predetermined benchmark process in the source processing system and the destination processing system, respectively. a correlation model storage means for storing a correlation model indicating a correlation for each pair of one or more metrics in a state of executing a predetermined program for providing a service in the source processing system; a benchmark performance collection means for collecting, in a state of executing a predetermined benchmark process in the source processing system and the destination processing system, respectively, values of a metric having a correlation with another metric in the correlation model; and a performance comparison means for calculating and outputting, with respect to the metric having a correlation with another metric in the correlation model, a performance ratio of a metric in the destination processing system to the metric in the source processing system, based on the values of the metrics in the state of executing the predetermined benchmark process in the source processing system and the destination processing system, respectively.
Method for production of a long-lived radioisotope generator capable of yielding high specific, and/or carrier-free, radioactivity, comprising the steps of: (a) providing a target, (b) activating the target thereby obtaining a radioisotope generator, the radioisotope generator comprising (i) radioactive first atoms (parent) of a first element having a first half-life, the first atoms being in a metastable state, (ii) second atoms (daughter) of the first element being radioactive having a second half-life, the second atoms being in a second state, such as the ground state, wherein the second atom is a daughter of the first parent atom, which daughter is formed by emission of a highly converted gamma-ray transition, such as by E2, E3, E4, E5, M2, M3, M4, M5, or combination thereto, and separating the first atoms (parent) of the first element under formation of second atoms (daughter) of the first element. (a) providing a target, (b) activating the target thereby obtaining a radioisotope generator, the radioisotope generator comprising (i) radioactive first atoms (parent) of a first element having a first half-life, the first atoms being in a metastable state, (ii) second atoms (daughter) of the first element being radioactive having a second half-life, the second atoms being in a second state, such as the ground state, wherein the second atom is a daughter of the first parent atom, which daughter is formed by emission of a highly converted gamma-ray transition, such as by E2, E3, E4, E5, M2, M3, M4, M5, or combination thereto, and separating the first atoms (parent) of the first element under formation of second atoms (daughter) of the first element. (i) radioactive first atoms (parent) of a first element having a first half-life, the first atoms being in a metastable state, (ii) second atoms (daughter) of the first element being radioactive having a second half-life, the second atoms being in a second state, such as the ground state, wherein the second atom is a daughter of the first parent atom, which daughter is formed by emission of a highly converted gamma-ray transition, such as by E2, E3, E4, E5, M2, M3, M4, M5, or combination thereto, and separating the first atoms (parent) of the first element under formation of second atoms (daughter) of the first element.
A method in a user equipment, the method comprising: acquiring an indication that indicates a set of frequency domain resource blocks for possible physical uplink shared channel transmission in an uplink subframe; selecting a subset of resource blocks from the set of frequency domain resource blocks for possible physical uplink shared channel transmission based on a selection criterion, wherein the selection criterion uses at least a resource set size acquired from the indication, a modulo function, and an identifier associated with the user equipment; and transmitting a physical uplink shared channel in the selected subset of resource blocks in the uplink subframe. acquiring an indication that indicates a set of frequency domain resource blocks for possible physical uplink shared channel transmission in an uplink subframe; selecting a subset of resource blocks from the set of frequency domain resource blocks for possible physical uplink shared channel transmission based on a selection criterion, wherein the selection criterion uses at least a resource set size acquired from the indication, a modulo function, and an identifier associated with the user equipment; and transmitting a physical uplink shared channel in the selected subset of resource blocks in the uplink subframe.
An image processing apparatus for tracking a target object to be tracked included in a plurality of consecutively captured images, the image processing apparatus comprising: an image acquisition unit configured to acquire an image; a template acquisition unit configured to acquire a template corresponding to a target object to be tracked included in the image; a masking map generation unit configured to generate a masking map serving as a map indicative of a degree of masking the target object to be tracked, which is included in the image, by another object, the masking map is a map in which the template is divided into a plurality of blocks and the degree of masking is associated with each of the blocks; and a tracking unit configured to detect the target object to be tracked included in the image by using the template, and acquire over a plurality of images an amount of movement of the target object to be tracked and a direction of the movement of the target object to be tracked, based on both of the template and the masking map; characterized in that the degree of masking set in the masking map is lower as an edge perpendicular to the movement direction of the target object to be tracked in a corresponding block is stronger. an image acquisition unit configured to acquire an image; a template acquisition unit configured to acquire a template corresponding to a target object to be tracked included in the image; a masking map generation unit configured to generate a masking map serving as a map indicative of a degree of masking the target object to be tracked, which is included in the image, by another object, the masking map is a map in which the template is divided into a plurality of blocks and the degree of masking is associated with each of the blocks; and a tracking unit configured to detect the target object to be tracked included in the image by using the template, and acquire over a plurality of images an amount of movement of the target object to be tracked and a direction of the movement of the target object to be tracked, based on both of the template and the masking map; characterized in that the degree of masking set in the masking map is lower as an edge perpendicular to the movement direction of the target object to be tracked in a corresponding block is stronger.
Mounted assembly (1, 5, 7) for a handling vehicle, designed to transport heavy loads, over short distances and at low speeds, comprising: - a tyre mounted on a rim, - the tyre comprising a tread designed to come into contact with a ground, two sidewalls extending radially inwards from the ends of the tread, and two beads extending the sidewalls radially inwards and in contact with the rim, - the tread, the two sidewalls, the two beads and the rim delimiting an internal cavity, - the internal cavity containing a filling component consisting of at least one incompressible solid element, the filling component being a granular filling component consisting of granules at least partly separated from one another by interstices containing at least one gas, characterized in that the fill rate, which is the ratio between the total volume of the granules, the total of the elementary volumes of the granules, and the volume of the internal cavity, is at least equal to 0.8. - a tyre mounted on a rim, - the tyre comprising a tread designed to come into contact with a ground, two sidewalls extending radially inwards from the ends of the tread, and two beads extending the sidewalls radially inwards and in contact with the rim, - the tread, the two sidewalls, the two beads and the rim delimiting an internal cavity, - the internal cavity containing a filling component consisting of at least one incompressible solid element, the filling component being a granular filling component consisting of granules at least partly separated from one another by interstices containing at least one gas, characterized in that the fill rate, which is the ratio between the total volume of the granules, the total of the elementary volumes of the granules, and the volume of the internal cavity, is at least equal to 0.8.