mhurhangee/ep-ind-claims huggingface dataset:
An antibody or antibody fragment binding to soluble tumor necrosis factor receptor (sTNFR) and a labeled antibody or antibody fragment binding to sTNFR for use in a method for diagnosing inflammation or cancer associated with sTNFR, said method comprising: administering to a patient said antibody or antibody fragment, then administering said labeled antibody or antibody fragment, such that the first administered antibody or antibody fragment binds to background soluble receptor and increases the contrast with said labeled antibody or antibody fragment bound to tumor necrosis factor receptor in areas of inflammation or cancer and imaging the patient to detect said labeled antibody or antibody fragment bound to tumor necrosis factor receptor in areas of inflammation or cancer, wherein the first and labelled antibody or antibody fragment binds to sTNFR-1 or sTNFR-2. administering to a patient said antibody or antibody fragment, then administering said labeled antibody or antibody fragment, such that the first administered antibody or antibody fragment binds to background soluble receptor and increases the contrast with said labeled antibody or antibody fragment bound to tumor necrosis factor receptor in areas of inflammation or cancer and imaging the patient to detect said labeled antibody or antibody fragment bound to tumor necrosis factor receptor in areas of inflammation or cancer, wherein the first and labelled antibody or antibody fragment binds to sTNFR-1 or sTNFR-2.
An apparatus, comprising: a housing including a surface; a bimorph actuator disposed in the housing, the bimorph actuator including a first bimorph beam having a first portion fixed relative to the surface; and a blade rotatably coupled to the bimorph actuator, the bimorph actuator to rotate the blade to extend a portion of the blade through the surface to generate a vortex in a fluid flowing past the surface, and characterised in that the bimorph actuator further comprises a second bimorph beam spaced apart from the first bimorph beam. a housing including a surface; a bimorph actuator disposed in the housing, the bimorph actuator including a first bimorph beam having a first portion fixed relative to the surface; and a blade rotatably coupled to the bimorph actuator, the bimorph actuator to rotate the blade to extend a portion of the blade through the surface to generate a vortex in a fluid flowing past the surface, and characterised in that the bimorph actuator further comprises a second bimorph beam spaced apart from the first bimorph beam.
A smokeless tobacco product adapted for oral consumption, comprising: a tobacco composition; and at least one fibrous structure enclosing at least a portion of the outer surface of the tobacco composition such that the fibrous structure and the tobacco composition form a cohesive structure capable of maintaining cohesion when placed in an oral cavity, wherein the fibrous structure comprises one or more of (i) a warp knitted structure; (ii) a plurality of reinforcing fibers attached to the tobacco composition; (iii) a braided sleeve; and (iv) a spacer fabric characterized in that the fibrous structure comprises a spacer fabric comprising two fabric layers (62, 66) joined together by a plurality of intermediate fibers and defining voids between the two fabric layers (62, 66), wherein the tobacco composition is positioned within the voids of the spacer fabric. a tobacco composition; and at least one fibrous structure enclosing at least a portion of the outer surface of the tobacco composition such that the fibrous structure and the tobacco composition form a cohesive structure capable of maintaining cohesion when placed in an oral cavity, wherein the fibrous structure comprises one or more of (i) a warp knitted structure; (ii) a plurality of reinforcing fibers attached to the tobacco composition; (iii) a braided sleeve; and (iv) a spacer fabric characterized in that the fibrous structure comprises a spacer fabric comprising two fabric layers (62, 66) joined together by a plurality of intermediate fibers and defining voids between the two fabric layers (62, 66), wherein the tobacco composition is positioned within the voids of the spacer fabric.
An image diagnostic apparatus comprising: a probe adapted to be connected to a light source (409, 1501, 1608) to transmit light from the light source (409, 1501, 1608) and receive reflection light in a coelom by rotatingly scanning the probe in the coelom to permit formation of a tomographic image in the coelom based on the reflection light; an light-shield positioned upstream of the probe with respect to a direction of light transmission to selectively shield the probe from the light from the light source; a connection detector (433, 1636) for detecting whether or not the probe is connected to the light source; and a controller connected to the light shield (601, 905) to control the light-shield based on a result detected by the connection detector (433, 1636) to either shield the probe from the light from the light source (409, 1501, 1608) or permit the light to transmit to the probe, characterized in that the image diagnostic apparatus further comprises a rotation detector for detecting rotation of the probe, the controller being configured to control the light shield such that the light is transmitted to the probe only when the connection detector (433, 1636) detects that the probe is connected and the rotation detector detects that the probe is rotating. a probe adapted to be connected to a light source (409, 1501, 1608) to transmit light from the light source (409, 1501, 1608) and receive reflection light in a coelom by rotatingly scanning the probe in the coelom to permit formation of a tomographic image in the coelom based on the reflection light; an light-shield positioned upstream of the probe with respect to a direction of light transmission to selectively shield the probe from the light from the light source; a connection detector (433, 1636) for detecting whether or not the probe is connected to the light source; and a controller connected to the light shield (601, 905) to control the light-shield based on a result detected by the connection detector (433, 1636) to either shield the probe from the light from the light source (409, 1501, 1608) or permit the light to transmit to the probe, characterized in that the image diagnostic apparatus further comprises a rotation detector for detecting rotation of the probe, the controller being configured to control the light shield such that the light is transmitted to the probe only when the connection detector (433, 1636) detects that the probe is connected and the rotation detector detects that the probe is rotating.
A method for operating a portable terminal to reduce power consumed during support of a communication service, the method comprising: activating a radio frequency, RF, communication unit; downloading a part of data of predetermined content through the RF communication unit, during an activation time; buffering the downloaded part of the data in a buffer so as to output the buffered downloaded part of the data; and terminating or reducing a power supply of the RF communication unit in a power reduction mode such that the RF communication unit has an idle time when the downloading of the part of the data is completed, wherein the method comprises controlling an allocated size of the buffer for downloading the part of the data or a reference size for residual data buffered in the buffer, according to at least one of detected RF environment determination information for determining a RF environment by the RF communication unit and a characteristic of the part of the data; wherein the reference size is a threshold for requesting a retransmission of data and the residual data is the buffered downloaded part of the data that has not been outputted; and wherein the RF environment determination information comprises at least one of state information of a bandwidth of a data communication channel formed by the RF communication unit, a data transmission speed, and a type of a network used by the RF communication unit. activating a radio frequency, RF, communication unit; downloading a part of data of predetermined content through the RF communication unit, during an activation time; buffering the downloaded part of the data in a buffer so as to output the buffered downloaded part of the data; and terminating or reducing a power supply of the RF communication unit in a power reduction mode such that the RF communication unit has an idle time when the downloading of the part of the data is completed, wherein the method comprises controlling an allocated size of the buffer for downloading the part of the data or a reference size for residual data buffered in the buffer, according to at least one of detected RF environment determination information for determining a RF environment by the RF communication unit and a characteristic of the part of the data; wherein the reference size is a threshold for requesting a retransmission of data and the residual data is the buffered downloaded part of the data that has not been outputted; and wherein the RF environment determination information comprises at least one of state information of a bandwidth of a data communication channel formed by the RF communication unit, a data transmission speed, and a type of a network used by the RF communication unit.
Modular container system for use in agriculture, gardening and construction, comprising: - a parallelepiped container with two partition walls forming three chambers, its top ends each having a sleeve which forms a vertical channel, the lower end of the said sleeve extending beyond the bottom of the container but with slightly smaller dimensions and having a groove around its whole periphery; and - a base which allows the containers to rest on the ground; characterised in that it further comprises: - connectors which join adjacent containers in a horizontal plane; - a lateral support exactly identical to the top end of the container; - a grill intended to create a humidity deposit at the bottom of the pot and allow radicular aeration; - a tray for collecting drained water; and - a supporting element and a profile for suspending and supporting a shading net or film, a protective plastic covering for creating a greenhouse and/or for installing an air irrigation system. - a parallelepiped container with two partition walls forming three chambers, its top ends each having a sleeve which forms a vertical channel, the lower end of the said sleeve extending beyond the bottom of the container but with slightly smaller dimensions and having a groove around its whole periphery; and - a base which allows the containers to rest on the ground; - connectors which join adjacent containers in a horizontal plane; - a lateral support exactly identical to the top end of the container; - a grill intended to create a humidity deposit at the bottom of the pot and allow radicular aeration; - a tray for collecting drained water; and - a supporting element and a profile for suspending and supporting a shading net or film, a protective plastic covering for creating a greenhouse and/or for installing an air irrigation system.
A dry vacuum pump apparatus comprising: a multistage roots-type dry vacuum pump, the multistage roots-type dry vacuum pump comprising: a pump unit including a rotor casing; a pair of rotational shafts (11a, 11b) rotatably supported in the rotor casing; and a pair of sets of rotors (12a, 12b, 12c, 12d, 12e) in multiple stages which are fixedly mounted on the rotational shafts (11a, 11b), wherein the rotor casing comprises: rotor chambers (13a, 13b, 13c, 13d, 13e) in multiple stages, the rotor chambers accommodating the sets of rotors, and the rotor chambers being arranged in series along the rotational shafts (11a, 11b), a motor unit having a motor casing and a motor, the motor for rotating the rotational shafts (11a, 11b) thereby driving the sets of rotors (12a, 12b, 12c, 12d, 12e) to successively compress a gas in the rotor chambers (13a, 13b, 13c, 13d, 13e) in the multiple stages, wherein the motor unit is integrally coupled to the rotor casing of the multistage roots-type dry vacuum pump through a flange formed on a pump side end of the motor casing, characterized in that the flange has a coolant passage formed therein, the coolant passage being configured to pass a coolant therethrough. a pump unit including a rotor casing; a pair of rotational shafts (11a, 11b) rotatably supported in the rotor casing; and a pair of sets of rotors (12a, 12b, 12c, 12d, 12e) in multiple stages which are fixedly mounted on the rotational shafts (11a, 11b), wherein the rotor casing comprises: rotor chambers (13a, 13b, 13c, 13d, 13e) in multiple stages, the rotor chambers accommodating the sets of rotors, and the rotor chambers being arranged in series along the rotational shafts (11a, 11b), a motor unit having a motor casing and a motor, the motor for rotating the rotational shafts (11a, 11b) thereby driving the sets of rotors (12a, 12b, 12c, 12d, 12e) to successively compress a gas in the rotor chambers (13a, 13b, 13c, 13d, 13e) in the multiple stages, wherein the motor unit is integrally coupled to the rotor casing of the multistage roots-type dry vacuum pump through a flange formed on a pump side end of the motor casing, characterized in that the flange has a coolant passage formed therein, the coolant passage being configured to pass a coolant therethrough.
A battery cell, which comprises: a spiral-wound cell; a first current collector, the first current collector is connected to one end of the spiral-wound cell, and the first current collector is provided with an electrolyte injection hole; and a cover plate, the cover plate is connected to the first current collector, and the first current collector is located between the spiral-wound cell and the cover plate, in order that the electrolyte injection hole is sealed by the cover plate; characterized in that, one side of the cover plate facing the first current collector is provided with first bursting line(s) which is/are shaped as groove structure(s). a spiral-wound cell; a first current collector, the first current collector is connected to one end of the spiral-wound cell, and the first current collector is provided with an electrolyte injection hole; and a cover plate, the cover plate is connected to the first current collector, and the first current collector is located between the spiral-wound cell and the cover plate, in order that the electrolyte injection hole is sealed by the cover plate; characterized in that, one side of the cover plate facing the first current collector is provided with first bursting line(s) which is/are shaped as groove structure(s).
A cutting insert, wherein: a cutting edge part having a quadrangular shaped cutting face, which is provided with a pair of side cutting edges extending in a longitudinal direction of an insert body, and a front cutting edge between ends of the side cutting edges that extends in a direction that intersects the longitudinal direction, is formed at an end of the insert body having a bar-shape; and viewed from a direction facing the cutting face perpendicularly to the longitudinal direction, at least one of a pair of corner edges where the side cutting edge and the front cutting edge intersect is formed in a convex shape such that it has a point of inflection at which, after a tangent line that makes contact with the corner edge rotates in a direction extending in the longitudinal direction along the corner edge from the front cutting edge, its direction of rotation changes, and it joins the side cutting edge, wherein the corner edge comprises, in order, from the front cutting edge towards the side cutting edges at each of the corners: a convex-curved line edge with a convex arc shape of approximately one fourth of a circle that merges smoothly with the front cutting edge; a wiper edge that merges with the convex-curved line edge and extends in a straight line in the longitudinal direction; and a straight line edge that is angled such that it is indented toward the inside of the cutting face in the widthwise direction of the insert main body as it approaches the side cutting edge. characterized in that the incline angle a of the straight line edge with respect to the axis of the insert body is within a range of 30 to 90°. a cutting edge part having a quadrangular shaped cutting face, which is provided with a pair of side cutting edges extending in a longitudinal direction of an insert body, and a front cutting edge between ends of the side cutting edges that extends in a direction that intersects the longitudinal direction, is formed at an end of the insert body having a bar-shape; and viewed from a direction facing the cutting face perpendicularly to the longitudinal direction, at least one of a pair of corner edges where the side cutting edge and the front cutting edge intersect is formed in a convex shape such that it has a point of inflection at which, after a tangent line that makes contact with the corner edge rotates in a direction extending in the longitudinal direction along the corner edge from the front cutting edge, its direction of rotation changes, and it joins the side cutting edge, a convex-curved line edge with a convex arc shape of approximately one fourth of a circle that merges smoothly with the front cutting edge; a wiper edge that merges with the convex-curved line edge and extends in a straight line in the longitudinal direction; and a straight line edge that is angled such that it is indented toward the inside of the cutting face in the widthwise direction of the insert main body as it approaches the side cutting edge. characterized in that the incline angle a of the straight line edge with respect to the axis of the insert body is within a range of 30 to 90°.
A cardiac medical device for delivering anti-tachycardia pacing, comprising: a plurality of electrodes (20, 22, 24) implantable within a patient to sense cardiac signals in an atrium and in a ventricle and to deliver therapy in the atrium and in the ventricle; and a controller electrically connectable to the plurality of electrodes, the controller configured to detect a tachycardia from the cardiac signals and control delivery of a plurality of pacing pulses via the plurality of electrodes in response to detection of the tachycardia, the plurality of pacing pulses comprising an initial set of single chamber pacing pulses delivered in a single one of the atrium and the ventricle, the other one of the atrium and the ventricle being a non-paced chamber during the initial set of single chamber pacing pulses, the single chamber pacing pulses delivered at a rate faster than a rate of the detected tachycardia, characterized in that: the controller is configured to detect simultaneity between a sensed event in the non-paced chamber and one of the single chamber pacing pulses occurring after a first pulse of the single chamber pacing pulses. a plurality of electrodes (20, 22, 24) implantable within a patient to sense cardiac signals in an atrium and in a ventricle and to deliver therapy in the atrium and in the ventricle; and a controller electrically connectable to the plurality of electrodes, the controller configured to detect a tachycardia from the cardiac signals and control delivery of a plurality of pacing pulses via the plurality of electrodes in response to detection of the tachycardia, the plurality of pacing pulses comprising an initial set of single chamber pacing pulses delivered in a single one of the atrium and the ventricle, the other one of the atrium and the ventricle being a non-paced chamber during the initial set of single chamber pacing pulses, the single chamber pacing pulses delivered at a rate faster than a rate of the detected tachycardia, characterized in that: the controller is configured to detect simultaneity between a sensed event in the non-paced chamber and one of the single chamber pacing pulses occurring after a first pulse of the single chamber pacing pulses. the controller is configured to detect simultaneity between a sensed event in the non-paced chamber and one of the single chamber pacing pulses occurring after a first pulse of the single chamber pacing pulses.
A plurality of granules comprising ceramic particles bound together with an inorganic binder, the inorganic binder comprising reaction product of at least alkali silicate and hardener, wherein the ceramic particles are present as at least 50 percent by weight of each granule, based on the total weight of the respective granule, wherein each granule has a total porosity in a range from greater than 0 to 50 percent by volume, based on the total volume of the respective granule, and wherein the granule has a minimum Total Solar Reflectance of at least 0.70.
A microtome, having a sectioning knife and having a specimen head movable relative to the sectioning knife; having an electric drive system for motorized movement of the specimen head via a mechanical drivetrain encompassing a crank mechanism; having a sensor for detecting the presence of the specimen head at a reference position, the sensor being configured to detect a dead center position of the crank mechanism; and having a control device for controlling the electric drive system and for processing signals of the sensor, the control device being configured to control the electric drive system to move the specimen head and to halt the specimen head in reaction to detection of the presence of the specimen head at the reference position. having an electric drive system for motorized movement of the specimen head via a mechanical drivetrain encompassing a crank mechanism; having a sensor for detecting the presence of the specimen head at a reference position, the sensor being configured to detect a dead center position of the crank mechanism; and having a control device for controlling the electric drive system and for processing signals of the sensor,
A nozzle system for a gas turbine engine having a longitudinal axis, the nozzle system comprising: a fan duct inner wall; a fan duct outer wall disposed in radially spaced relation to the fan duct inner wall; and a fan nozzle defining at least a portion of the fan duct outer wall and having a nozzle aft edge, the fan duct inner wall and the nozzle aft edge collectively defining a fan duct throat area, characterized in that the fan nozzle is configured to move outwardly relative to the longitudinal axis during aft axial translation thereof to vary the fan duct throat area. a fan duct inner wall; a fan duct outer wall disposed in radially spaced relation to the fan duct inner wall; and a fan nozzle defining at least a portion of the fan duct outer wall and having a nozzle aft edge, the fan duct inner wall and the nozzle aft edge collectively defining a fan duct throat area, characterized in that the fan nozzle is configured to move outwardly relative to the longitudinal axis during aft axial translation thereof to vary the fan duct throat area.
A mechanical actuator for vehicles, comprising: - a ball nut comprising: a hardened inner part defining a ball track; a malleable outer part comprising a riveting area with a riveting edge that comprises a continuous riveting; and - a bearing riveted with the riveting edge to the riveting area of the outer part of the ball nut. - a ball nut comprising: a hardened inner part defining a ball track; a malleable outer part comprising a riveting area with a riveting edge that comprises a continuous riveting; and a hardened inner part defining a ball track; a malleable outer part comprising a riveting area with a riveting edge that comprises a continuous riveting; and - a bearing riveted with the riveting edge to the riveting area of the outer part of the ball nut.