mhurhangee/ep-ind-claims huggingface dataset:
A co-crystal comprising a compound of formula 1 (4-[3,5-Bis(2-hydroxyphenyl)-1 H-1,2,4-triazol-1-yl]benzoic acid; INN: Deferasirox) and a compound of formula 2 (Isonicotinamide; pyridine-4-carboxamide)
A resin sheet formed from a thermoplastic resin, comprising: a core layer, the core layer being a foam resin layer; and a skin layer located outward of the core layer as determined along a thickness direction, the core layer and the skin layer forming a continuity, wherein the core layer includes a first region and a second region located between the first region and the skin layer, the second region has a lower average porosity than the first region, said average porosity being lower than 50 %, the average porosity of the second region decreases going from a center of the core layer as determined along the thickness direction toward a surface of the resin sheet, the thermoplastic resin has a deflection temperature under load not lower than 90 °C, the resin sheet has a thickness of 1 to 40 mm, and the skin layer has a thickness of 5 to 50 % of the thickness of the resin sheet, characterized in that the average porosity of the resin sheet gradually decreases going from a center of the core layer as determined along the thickness direction toward a surface of the resin sheet. a core layer, the core layer being a foam resin layer; and a skin layer located outward of the core layer as determined along a thickness direction, the core layer and the skin layer forming a continuity, wherein the core layer includes a first region and a second region located between the first region and the skin layer, the second region has a lower average porosity than the first region, said average porosity being lower than 50 %, the average porosity of the second region decreases going from a center of the core layer as determined along the thickness direction toward a surface of the resin sheet, the thermoplastic resin has a deflection temperature under load not lower than 90 °C, the resin sheet has a thickness of 1 to 40 mm, and the skin layer has a thickness of 5 to 50 % of the thickness of the resin sheet, characterized in that the average porosity of the resin sheet gradually decreases going from a center of the core layer as determined along the thickness direction toward a surface of the resin sheet.
Flat tube of a charge air heat exchanger, produced from at least one metal sheet that has been pressed to form at least one exchange plate, said pressing allowing a fluid inlet and a fluid outlet to be connected by a circuit through which a heat-transfer fluid circulates, said circuit comprising at least two rectilinear passes connected by a curved portion, characterized in that said circuit comprises at least one metal insert placed within it and made from a material that creates a potential difference of 30 mV or more with the material of the flat tube.
Device for avoiding an interruption in the welding process during friction stir welding, in particular breakage of the friction pin, comprising: a) a wedge-shaped tool dome, a tool receiving cone, a welding shoe and a welding pin, wherein the tool dome guides the welding pin by means of the tool receiving cone and the welding shoe, b) a cone constriction in the lower region of the tool receiving cone, which is used to receive a sensor for detecting the axial force, the torque and the bending moment at the welding pin, c) a piezoelectric vertical adjustment for the welding pin, d) a sensor signal amplifier having a rotor antenna for receiving, amplifying and forwarding all the detected measured values, these measured values being forwarded to a machine controller by a static antenna, and e) an inductive power supply system for supplying the measuring system from a moving secondary winding and a stationary primary winding, characterized in that at least three strip-like sensors for determining force, pressure and travel are arranged at an angle of 120 degrees to one another on the longitudinal sides of the wedge-shaped tool dome, and a laser measuring sensor is arranged in the region of the welding shoe, the directional action of which sweeps over a round hole receiving the welding pin in the passage region of the pin tip, wherein an airborne sound sensor is arranged opposite the laser measuring sensor, and a welding shoe temperature sensor is provided. a) a wedge-shaped tool dome, a tool receiving cone, a welding shoe and a welding pin, wherein the tool dome guides the welding pin by means of the tool receiving cone and the welding shoe, b) a cone constriction in the lower region of the tool receiving cone, which is used to receive a sensor for detecting the axial force, the torque and the bending moment at the welding pin, c) a piezoelectric vertical adjustment for the welding pin, d) a sensor signal amplifier having a rotor antenna for receiving, amplifying and forwarding all the detected measured values, these measured values being forwarded to a machine controller by a static antenna, and e) an inductive power supply system for supplying the measuring system from a moving secondary winding and a stationary primary winding,
An exhaust recycling system comprising: an internal combustion engine 18 including engine controls 1 configured for operating the engine so as to produce exhaust emissions containing carbon nano soot therein; a solubilizing tank 24 containing an operating level of water including nitric acid in solution in the water; an exhaust duct 28 for connection between the engine and the solubilizing tank for communicating the exhaust emissions containing carbon nano soot from the engine to the solubilizing tank; an injection array 69 supported in the tank below the operating level of the water, the injection array being in communication with the exhaust duct so as to be arranged to inject the exhaust emissions into the water within the solubilizing tank so as to solubilize the carbon nano soot as carbon nano tubes within the water in the solubilizing tank; and a gas outlet 94 on the solubilizing tank for receiving a gas flow exiting the tank such that some water and some solubilized carbon nano tubes are carried with the gas flow for subsequent delivery to a plant growing medium; wherein the engine controls are arranged to operate the engine in pyrolysis to produce the carbon nano soot, and wherein the water in the solubilizing tank contains the nitric acid at saturation level therein, carbonic acid at saturation level therein, fulvic acid therein, and aromatic compounds therein. an internal combustion engine 18 including engine controls 1 configured for operating the engine so as to produce exhaust emissions containing carbon nano soot therein; a solubilizing tank 24 containing an operating level of water including nitric acid in solution in the water; an exhaust duct 28 for connection between the engine and the solubilizing tank for communicating the exhaust emissions containing carbon nano soot from the engine to the solubilizing tank; an injection array 69 supported in the tank below the operating level of the water, the injection array being in communication with the exhaust duct so as to be arranged to inject the exhaust emissions into the water within the solubilizing tank so as to solubilize the carbon nano soot as carbon nano tubes within the water in the solubilizing tank; and a gas outlet 94 on the solubilizing tank for receiving a gas flow exiting the tank such that some water and some solubilized carbon nano tubes are carried with the gas flow for subsequent delivery to a plant growing medium; wherein the engine controls are arranged to operate the engine in pyrolysis to produce the carbon nano soot, and wherein the water in the solubilizing tank contains the nitric acid at saturation level therein, carbonic acid at saturation level therein, fulvic acid therein, and aromatic compounds therein.
A method, in a network node, for demodulating uplink transmissions from a user equipment in a multiple cell communications network, which network node is configured to receive over a plurality of aggregated cells uplink transmissions from the user equipment, the method comprising: - transmitting, to the user equipment, determined timing advance information for uplink of one or more aggregated cells out of the plurality of aggregated cells; - receiving, from the user equipment, an uplink transmission of at least one aggregated cell out of the plurality of aggregated cells; and - demodulating (40,506) the received uplink transmission using weighted soft values in periods of subframes in the received uplink transmission, which periods are based on the transmitted timing advance information. - transmitting, to the user equipment, determined timing advance information for uplink of one or more aggregated cells out of the plurality of aggregated cells; - receiving, from the user equipment, an uplink transmission of at least one aggregated cell out of the plurality of aggregated cells; and - demodulating (40,506) the received uplink transmission using weighted soft values in periods of subframes in the received uplink transmission, which periods are based on the transmitted timing advance information.
A vertical support structure for a safety fence system on the outside of a building roof, the vertical support structure comprising a lower support (100, 101, 102) to be supported against the ground or some other support surface, an upper support resting on the lower support and to be mounted against an underside of an eave of the roof, a tightening structure for changing the distance between the lower support and the upper support for tightening the vertical support structure between the underside of the eave and the support surface a support for a rail post and an adjustment structure (301 to 303) for changing the position of the rail post to a different place along the support, characterized in that the support for the rail post is supported to the lower support (100, 101, 102) by a support frame, the vertical support structure further comprising an adjustment structure (191 to 193) for changing the height position of the upper support in relation to the support frame and the lower support supporting it.
A multi-processor system comprising: a primary processor coupled with a memory, the memory storing an executable software image, wherein the executable software image comprises an image header and a plurality of data segments; a secondary processor comprising: a system memory and a hardware buffer separate from the system memory for receiving, from the primary processor, the image header of the executable software image and, separately thereafter, at least one data segment of the executable software image as raw data, wherein the image header comprises information that, when processed, is used to determine the locations within system memory where the plurality of data segments are to be loaded and a scatter loader controller configured to: load the image header; and scatter load the received at least one data segment, based at least in part on the loaded image header, directly from the hardware buffer to the system memory; and an interface communicatively coupling the primary processor and the secondary processor, the executable software image being received by the secondary processor via the interface. a primary processor coupled with a memory, the memory storing an executable software image, wherein the executable software image comprises an image header and a plurality of data segments; a secondary processor comprising: a system memory and a hardware buffer separate from the system memory for receiving, from the primary processor, the image header of the executable software image and, separately thereafter, at least one data segment of the executable software image as raw data, wherein the image header comprises information that, when processed, is used to determine the locations within system memory where the plurality of data segments are to be loaded and a scatter loader controller configured to: load the image header; and scatter load the received at least one data segment, based at least in part on the loaded image header, directly from the hardware buffer to the system memory; and a system memory and a hardware buffer separate from the system memory for receiving, from the primary processor, the image header of the executable software image and, separately thereafter, at least one data segment of the executable software image as raw data, wherein the image header comprises information that, when processed, is used to determine the locations within system memory where the plurality of data segments are to be loaded and a scatter loader controller configured to: load the image header; and scatter load the received at least one data segment, based at least in part on the loaded image header, directly from the hardware buffer to the system memory; and load the image header; and scatter load the received at least one data segment, based at least in part on the loaded image header, directly from the hardware buffer to the system memory; and an interface communicatively coupling the primary processor and the secondary processor, the executable software image being received by the secondary processor via the interface.
Monitoring and diagnostics system for a rail car, comprising: - multiple sensor units (1a, 1b, and 1c), each comprising sensor devices and a data transfer unit, wherein the set of sensor units comprise at least one power harvester, configured to convert ambient energy into electrical energy, and one energy storage means, configured to store the electrical energy generated by the power harvester, - a sensor hub which comprises a communication subsystem (cs) and - a receiver, wherein the data transfer unit is configured, so that the sensor units (1a, 1b, and 1c) transfer detected / measured data to the sensor hub and the communication subsystem (cs) is configured, so that the sensor hub transfers the data to the receiver, either with cable or wirelessly and wherein the sensor unit is connected directly with or integrated in a control valve of a brake system of the rail car. - multiple sensor units (1a, 1b, and 1c), each comprising sensor devices and a data transfer unit, wherein the set of sensor units comprise at least one power harvester, configured to convert ambient energy into electrical energy, and one energy storage means, configured to store the electrical energy generated by the power harvester, - a sensor hub which comprises a communication subsystem (cs) and - a receiver,
A lifting system for leaves of furniture that oscillate about at least one horizontal axis between a closed position and a raised open position, the lifting system comprising a supporting body which can be connected to a fixed portion (11, 12) of the piece of furniture, a system of articulated levers which connect said supporting body to a leaf of the piece of furniture, said system of levers comprising a first lever which has an end connected rotatably to said supporting body by way of a rotation pin and a second lever which has an end that can be connected rotatably to an element for fixing on said leaf of the piece of furniture, said first lever and said second lever being mutually articulated at the respective other ends, and elastic actuation means (24, 26) which are functionally connected to said system of articulated levers in order to generate a rotation torque for said system of levers, and means for increasing said rotation torque, which cooperate with said elastic actuation means (24, 26) in order to increase said rotation torque at least along a portion of the oscillation in the direction for opening the leaf that includes the raised position of the leaf, wherein said means for increasing the torque comprise cam means (23, 25) provided on at least one of said levers (17, 19) of the system of articulated levers, and said cam means comprise: - a first cam element, and - a second cam element connected to one of said first lever or second lever of the system of articulated levers, said elastic actuation means comprising second axially deformable elastic means, which are arranged on the other one of said first lever or second lever of the system of articulated levers and are functionally connected to said second cam element by way of a sliding or rolling means which is supported so that it can slide by the lever provided with said second elastic means, characterised in that the first cam element is connected to said first lever of the system of articulated levers, said elastic actuation means comprising first axially deformable elastic means, which are arranged between said supporting body and said first lever and are functionally connected to said first cam element. - a first cam element, and - a second cam element connected to one of said first lever or second lever of the system of articulated levers, said elastic actuation means comprising second axially deformable elastic means, which are arranged on the other one of said first lever or second lever of the system of articulated levers and are functionally connected to said second cam element by way of a sliding or rolling means which is supported so that it can slide by the lever provided with said second elastic means,
Arrangement comprising a leaf spring of a motor vehicle and an elastic connecting body (1a..1c) which is rigidly connected thereto and which comprises means for a rigid connection to a vehicle frame, characterized in that the elastic connecting body (1a..1c) has two sections (A, B) which are inclined with respect to one another and at least partially spaced apart from one another, wherein the leaf spring is arranged transversely with respect to the longitudinal axis of the vehicle and is provided for the suspension of, in each case, at least one wheel at, in each case, one end of the leaf spring.
A portable releasable attachment apparatus adapted to be carried by a person, comprising: a retractable unit having a housing (30, 30a, 30b), a rotatable reel mounted inside the housing, a spring coil biasing rotation of the reel in one direction, and a tensile member carried on the reel, the tensile member having an inner end and an outer end, the housing (30, 30a, 30b) having a formation through which the tensile member is adapted to extend outside of the housing (30, 30a, 30b); a connector attached to the outer end of the tensile member, the connector having a distal end and a proximal end, the proximal end adapted for contact with the formation of the housing (30, 30a, 30b) when the connector is in a stored configuration; a fastener having a proximal end adapted for releasable attachment to the distal end of the connector, the fastener having an attachment member adapted for carrying at least one item; a switch mounted on the housing (30, 30a, 30b) adapted to adopt a neutral position and a locking position, the switch having a member movable into and out of locking engagement with the reel in response to movement of the switch; and a locking cam formed as a protrusion on an inner surface of the housing (30, 30a, 30b), wherein the locking cam is adapted to move the movable member into contact with the reel in response to movement of the switch into the locking position. a retractable unit having a housing (30, 30a, 30b), a rotatable reel mounted inside the housing, a spring coil biasing rotation of the reel in one direction, and a tensile member carried on the reel, the tensile member having an inner end and an outer end, the housing (30, 30a, 30b) having a formation through which the tensile member is adapted to extend outside of the housing (30, 30a, 30b); a connector attached to the outer end of the tensile member, the connector having a distal end and a proximal end, the proximal end adapted for contact with the formation of the housing (30, 30a, 30b) when the connector is in a stored configuration; a fastener having a proximal end adapted for releasable attachment to the distal end of the connector, the fastener having an attachment member adapted for carrying at least one item; a switch mounted on the housing (30, 30a, 30b) adapted to adopt a neutral position and a locking position, the switch having a member movable into and out of locking engagement with the reel in response to movement of the switch; and a locking cam formed as a protrusion on an inner surface of the housing (30, 30a, 30b), wherein the locking cam is adapted to move the movable member into contact with the reel in response to movement of the switch into the locking position.
A tunable laser, comprising: an optical waveguide alternatively including a gain waveguide portion capable of generating a gain and a wavelength controlling waveguide portion capable of controlling the oscillation wavelength by current injection or voltage application in the optical axis direction without generating a gain with respect to the oscillation wavelength; and a diffraction grating provided along said optical waveguide over the entire length of said optical waveguide; said diffraction grating including a gain diffraction grating provided at a position corresponding to the gain waveguide portion and a wavelength controlling diffraction grating provided at a position corresponding to the wavelength controlling waveguide; a wavelength controlling region being configured such that the wavelength controlling waveguide portion and the wavelength controlling diffraction grating are included therein; and a gain region being configured such that the gain waveguide portion and the gain diffraction grating are included therein; wherein the tunable laser is arranged such that the Bragg wavelength of said wavelength controlling region is longer than that of said gain region in a state in which current injection or voltage application is not performed for the wavelength controlling waveguide portion; and wherein the tunable laser is arranged such that the Bragg wavelength of said wavelength controlling region is displaced to the short wavelength side when current injection or voltage application to the wavelength controlling waveguide portion is performed. an optical waveguide alternatively including a gain waveguide portion capable of generating a gain and a wavelength controlling waveguide portion capable of controlling the oscillation wavelength by current injection or voltage application in the optical axis direction without generating a gain with respect to the oscillation wavelength; and a diffraction grating provided along said optical waveguide over the entire length of said optical waveguide; said diffraction grating including a gain diffraction grating provided at a position corresponding to the gain waveguide portion and a wavelength controlling diffraction grating provided at a position corresponding to the wavelength controlling waveguide; a wavelength controlling region being configured such that the wavelength controlling waveguide portion and the wavelength controlling diffraction grating are included therein; and a gain region being configured such that the gain waveguide portion and the gain diffraction grating are included therein; wherein the tunable laser is arranged such that the Bragg wavelength of said wavelength controlling region is longer than that of said gain region in a state in which current injection or voltage application is not performed for the wavelength controlling waveguide portion; and wherein the tunable laser is arranged such that the Bragg wavelength of said wavelength controlling region is displaced to the short wavelength side when current injection or voltage application to the wavelength controlling waveguide portion is performed.