mhurhangee/ep-ind-claims huggingface dataset:
A method of accounting for wireless communications, comprising the steps carried out by an apparatus of: receiving a reported resource usage submitted by a user terminal, UT, wherein the reported resource usage comprises a usage summary received from a partner UT and wherein the UT and the partner UT maintain a direct wireless ad-hoc communication link, the reported resource usage relating to ad-hoc wireless resources and being certified with a terminal-specific digital signature of the UT; and validating the reported usage based on the terminal-specific digital signature. receiving a reported resource usage submitted by a user terminal, UT, wherein the reported resource usage comprises a usage summary received from a partner UT and wherein the UT and the partner UT maintain a direct wireless ad-hoc communication link, the reported resource usage relating to ad-hoc wireless resources and being certified with a terminal-specific digital signature of the UT; and validating the reported usage based on the terminal-specific digital signature.
An equipment system for bond-packaging an LED using an organic silicone resin photoconverter by tandem rolling, wherein the roll-bonding apparatus comprises two smooth-surface bonding single-wheeled rollers (5-1, 5-2) whose rolling surfaces are both smooth surfaces, characterized in that said equipment system for bond-packaging an LED further comprises a protective film removing apparatus used for removing a protective film on one side of a photoconversion sheet with protective films (9-2, 9-3) on both sides and a roll-bonding apparatus for packaging a flip chip LED array by using the photoconversion sheet containing a protective film on a single side, to form LED package elements, wherein the protective film removing apparatus comprises a photoconversion sheet freezing part, a traction part for pulling and removing a protective film on a single side of the frozen photoconversion sheet, and a photoconversion sheet rewarming part that are sequentially connected and disposed.
A system for camera calibration, comprising: a processing device; and modules to be implemented by the processing device, the modules comprising: a feature module to: detect features on a set of images; determine a match between features of the image sets; and a homography module to: determine a shift related to the matched features, wherein the shift is based on positions of cameras used to capture the set of images; determine a first homography between coordinates of the detected features and reference coordinates corresponding to a reference image based on the determined shift; reconstruct the detected features in three dimensions; re-project the reconstructed features back onto the cameras; and determine a second homography between the coordinates of the detected features and coordinates obtained from the re-projection. a processing device; and modules to be implemented by the processing device, the modules comprising: a feature module to: detect features on a set of images; determine a match between features of the image sets; and a homography module to: determine a shift related to the matched features, wherein the shift is based on positions of cameras used to capture the set of images; determine a first homography between coordinates of the detected features and reference coordinates corresponding to a reference image based on the determined shift; reconstruct the detected features in three dimensions; re-project the reconstructed features back onto the cameras; and determine a second homography between the coordinates of the detected features and coordinates obtained from the re-projection. a feature module to: detect features on a set of images; determine a match between features of the image sets; and detect features on a set of images; determine a match between features of the image sets; and a homography module to: determine a shift related to the matched features, wherein the shift is based on positions of cameras used to capture the set of images; determine a first homography between coordinates of the detected features and reference coordinates corresponding to a reference image based on the determined shift; reconstruct the detected features in three dimensions; re-project the reconstructed features back onto the cameras; and determine a second homography between the coordinates of the detected features and coordinates obtained from the re-projection. determine a shift related to the matched features, wherein the shift is based on positions of cameras used to capture the set of images; determine a first homography between coordinates of the detected features and reference coordinates corresponding to a reference image based on the determined shift; reconstruct the detected features in three dimensions; re-project the reconstructed features back onto the cameras; and determine a second homography between the coordinates of the detected features and coordinates obtained from the re-projection.
A communication processing method in a device connected to a network, the method comprising: a step of determining whether or not a destination device is able to exchange encrypted packets in response to a packet transmission request based on an IP address of the destination device; a step of generating a first encrypted packet directed to the destination device according to the packet transmission request if the destination device is able to exchange encrypted packets; a step of transmitting the first encrypted packet to the destination device by P2P; a step of generating a second encrypted packet including a packet directed to the destination device according to the packet transmission request if the destination device is not able to exchange encrypted packets; and a step of transmitting the second encrypted packet to a device serving as a proxy server for the destination device by P2P. a step of determining whether or not a destination device is able to exchange encrypted packets in response to a packet transmission request based on an IP address of the destination device; a step of generating a first encrypted packet directed to the destination device according to the packet transmission request if the destination device is able to exchange encrypted packets; a step of transmitting the first encrypted packet to the destination device by P2P; a step of generating a second encrypted packet including a packet directed to the destination device according to the packet transmission request if the destination device is not able to exchange encrypted packets; and a step of transmitting the second encrypted packet to a device serving as a proxy server for the destination device by P2P.
Valve system for a hydraulic emergency drive gear function of a motor vehicle automatic transmission, the valve system comprising: - a position valve with a first piston slide and - an electromagnetic pressure controller with a falling characteristic, wherein - the first piston slide can be moved to a first position and to a second position, wherein the first piston slide is prestressed in the first position and - when the first piston slide is in the second position the electromagnetic pressure controller is designed to connect a system pressure-carrying line of the motor vehicle automatic transmission to at least one emergency drive gear clutch of the motor vehicle automatic transmission and to a second emergency drive gear clutch of the motor vehicle automatic transmission, as a result of which the first emergency drive gear clutch and the second emergency drive gear clutch are operated, so that an emergency drive gear of the motor vehicle automatic transmission is engaged, characterized in that the valve system comprises an OR valve, wherein the OR valve is designed to hydraulically connect either the first emergency drive gear clutch or the second emergency drive gear clutch to the position valve, so that the first piston slide is held in the second position. - a position valve with a first piston slide and - an electromagnetic pressure controller with a falling characteristic, wherein - the first piston slide can be moved to a first position and to a second position, wherein the first piston slide is prestressed in the first position and - when the first piston slide is in the second position the electromagnetic pressure controller is designed to connect a system pressure-carrying line of the motor vehicle automatic transmission to at least one emergency drive gear clutch of the motor vehicle automatic transmission and to a second emergency drive gear clutch of the motor vehicle automatic transmission, as a result of which the first emergency drive gear clutch and the second emergency drive gear clutch are operated, so that an emergency drive gear of the motor vehicle automatic transmission is engaged, characterized in that the valve system comprises an OR valve, wherein the OR valve is designed to hydraulically connect either the first emergency drive gear clutch or the second emergency drive gear clutch to the position valve, so that the first piston slide is held in the second position.
A staple cartridge assembly comprising a connector, an I-shaped cutter, a cutter push rod connected to the proximal end of the I-shaped cutter wherein the cutter push rod is adapted to drive the I-shaped cutter, and the staple cartridge assembly further comprises an elastic sheet wherein the elastic sheet is having a first through groove and wherein the cutter push rod being formed by laminating multiple sheets, wherein when the staple cartridge assembly is in an original status or a closed status, the I-shaped cutter is located at the proximal end of the staple cartridge assembly and a part of the cutter push rod is located in the first through groove, and the first through groove restricts detaching of the multiple sheets in a laminating direction of the multiple sheets; further in a firing process of the staple cartridge assembly the I-shaped cutter moves from the proximal end of the staple cartridge assembly to the distal end and the cutter push rod moves towards a distal end of the staple cartridge assembly to press the elastic sheet, such that the elastic sheet deforms and the cutter push rod is gradually detached from the first through groove; and after the firing of the staple cartridge assembly is finished the I-shaped cutter is located at the distal end of the staple cartridge assembly and the cutter push rod is detached from the first through groove.
Air box of a finishing machine, where the air box incorporates a housing that extends across a textile strip that is guided through the finishing machine and the housing incorporates two sections, of which a first housing section is arranged above the textile strip and a second, lower housing section that is aligned with the upper housing section is arranged underneath the textile strip and air outlet nozzles and air suction holes are arranged inside the housing above and below the textile strip, where the air outlet nozzles emit hot air and the air outlet nozzles are arranged to interact with the air suction holes such that a current of air is made to flow through the textile strip inside the housing, characterised in that in the direction of travel of the textile strip first a temperature heat-up zone is provided for in which the air outlet nozzles and air suction holes that make a current of air flow through are arranged and that then in the direction of travel of the textile strip inside the housing a temperature holding zone is provided for inside which an air suction hole is arranged in the direction of travel of the textile strip near the end of the housing, and that in the temperature holding zone the upper housing section and the lower housing section are closed on the side of the textile strip, such that they create in the temperature holding zone a flat strip tunnel through which the textile strip extends.
An oil-based inkjet ink comprising a colorant and a non-aqueous solvent, wherein the non-aqueous solvent contains a silicone oil having a boiling point higher than 250°C, and a fatty acid ester-based solvent having 10 to 30 carbon atoms and wherein the amount of the silicone oil is at least 15% by mass relative to a total mass of the non-aqueous solvent.
A dry cement mortar with prolonged open time comprising (i) a hydraulic cement component in an amount of 10 to 85 wt.-%, based on the total weight of the dry cement mortar, and (ii) at least one cement retarder selected from the group consisting of sodium polyphosphate, calcium polyphosphate, magnesium polyphosphate, ammonium polyphosphate, aluminum polyphosphate, manganese polyphosphate, lithium polyphosphate, and combinations thereof, wherein the cement retarder is in a range of 0.001 to 0.5 wt.-% based on the total weight of the dry cement mortar, and (iii) at least one accelerator selected from the group consisting of calcium chloride, potassium chloride, sodium nitrite, calcium nitrite, calcium sulfate, sodium sulfate, alumina, sodium thiocyanate, calcium thiocyanate, sodium hydroxide, potassium hydroxide, calcium carbonate, sodium carbonate, lithium carbonate, water glass, aluminum hydroxide, diethanolamine, triethanolamine, calcium formate, calcium acetate, maleic anhydride, and combinations thereof, wherein the accelerator is in a range of 0.01 to 1 wt.-% based on the total weight of the dry cement mortar, and (iv) an aggregate material. (i) a hydraulic cement component in an amount of 10 to 85 wt.-%, based on the total weight of the dry cement mortar, and (ii) at least one cement retarder selected from the group consisting of sodium polyphosphate, calcium polyphosphate, magnesium polyphosphate, ammonium polyphosphate, aluminum polyphosphate, manganese polyphosphate, lithium polyphosphate, and combinations thereof, wherein the cement retarder is in a range of 0.001 to 0.5 wt.-% based on the total weight of the dry cement mortar, and (iii) at least one accelerator selected from the group consisting of calcium chloride, potassium chloride, sodium nitrite, calcium nitrite, calcium sulfate, sodium sulfate, alumina, sodium thiocyanate, calcium thiocyanate, sodium hydroxide, potassium hydroxide, calcium carbonate, sodium carbonate, lithium carbonate, water glass, aluminum hydroxide, diethanolamine, triethanolamine, calcium formate, calcium acetate, maleic anhydride, and combinations thereof, wherein the accelerator is in a range of 0.01 to 1 wt.-% based on the total weight of the dry cement mortar, and (iv) an aggregate material.
System, comprising a) a battery simulator having a DC voltage source and sink and/or a direct current source and sink; and b) an apparatus which is designed to calibrate the battery simulator and which has an input and an output for connecting the battery simulator, wherein a current path having a current strength measuring device for measuring the current strength in the current path is provided between the input and the output and wherein at least one capacitor is connected in the current path of the apparatus. a) a battery simulator having a DC voltage source and sink and/or a direct current source and sink; and b) an apparatus which is designed to calibrate the battery simulator and which has an input and an output for connecting the battery simulator, wherein a current path having a current strength measuring device for measuring the current strength in the current path is provided between the input and the output and wherein at least one capacitor is connected in the current path of the apparatus.
A light emitting device comprising a cathode, a first organic layer containing a compound having a cross-linkable group and a phosphorescent transition metal complex, a second organic layer containing a crosslinked body of the same compound as said compound having a cross-linkable group, and an anode in this order, characterised in that the ratio of said compound having a cross-linkable group contained in said first organic layer is 2 to 10% by mass with respect to the total mass of said first organic layer.
A combustion head comprising the following elements: - a fire tube (10; 10*) with a substantially cylindrical shape and having a central symmetry axis and at least one first hole (11; 11*) for the recirculation of the combustion products; - a flame disc, which is arranged perpendicularly to said central symmetry axis and has a central second hole; - a conical diffuser with a double conical inclination consisting of an axial symmetry element with an outer conical surface converging relative to a flow of the primary fuel/air mixture, and a central inner conical third hole having a surface diverging relative to said flow; - a nozzle, which is designed to atomize liquid fuel; and - fire lighting means; the combustion head is characterized in that said conical diffuser is such that recirculating combustion products having entered the fire tube (10; 10*) through the first hole (11; 11*) lap the outer conical converging surface and the diverging surface before being distanced by the flow of the primary fuel/air mixture coming from the second hole and from the third hole. - a fire tube (10; 10*) with a substantially cylindrical shape and having a central symmetry axis and at least one first hole (11; 11*) for the recirculation of the combustion products; - a flame disc, which is arranged perpendicularly to said central symmetry axis and has a central second hole; - a conical diffuser with a double conical inclination consisting of an axial symmetry element with an outer conical surface converging relative to a flow of the primary fuel/air mixture, and a central inner conical third hole having a surface diverging relative to said flow; - a nozzle, which is designed to atomize liquid fuel; and - fire lighting means;
Self-tailing winch with a release function, where said winch comprises: - a stator body adapted to be fastened on a surface; - a drum body arranged concentrically and rotatable around said stator body; - a self-tailing device arranged concentrically to said drum body, where said self-tailing device comprises: - two self-tailing jaws (24,26) defining an opening suitable to receive a rope, sheet or halyard; - a self-tailing cover which is rotatable relative to the drum body and the self-tailing jaws (24,26); characterised in that it further comprises - a releasable coupling arranged between the self-tailing cover and the self-tailing jaws (24,26), said coupling being able to couple the self-tailing jaws (24,26) to the drum body and by manipulating the self-tailing cover completely releasing the self-tailing jaws (24,26) from their engagement with the drum body, allowing the self-tailing jaws (24,26) to rotate relative to the drum. - a stator body adapted to be fastened on a surface; - a drum body arranged concentrically and rotatable around said stator body; - a self-tailing device arranged concentrically to said drum body, where said self-tailing device comprises: - two self-tailing jaws (24,26) defining an opening suitable to receive a rope, sheet or halyard; - a self-tailing cover which is rotatable relative to the drum body and the self-tailing jaws (24,26); characterised in that it further comprises - a releasable coupling arranged between the self-tailing cover and the self-tailing jaws (24,26), said coupling being able to couple the self-tailing jaws (24,26) to the drum body and by manipulating the self-tailing cover completely releasing the self-tailing jaws (24,26) from their engagement with the drum body, allowing the self-tailing jaws (24,26) to rotate relative to the drum. - two self-tailing jaws (24,26) defining an opening suitable to receive a rope, sheet or halyard; - a self-tailing cover which is rotatable relative to the drum body and the self-tailing jaws (24,26); characterised in that it further comprises - a releasable coupling arranged between the self-tailing cover and the self-tailing jaws (24,26), said coupling being able to couple the self-tailing jaws (24,26) to the drum body and by manipulating the self-tailing cover completely releasing the self-tailing jaws (24,26) from their engagement with the drum body, allowing the self-tailing jaws (24,26) to rotate relative to the drum.
An aircraft gas turbine engine comprising a shaft, a transmission arrangement and an electrical power generation system, the electrical power generation system comprising: a main electrical generator comprising a wound field electrical machine, the main generator having a rotor comprising a plurality of electrical rotor windings and a stator comprising a plurality of electrical stator windings, the rotor being mechanically coupled to the shaft of the gas turbine engine by the transmission arrangement, wherein the electrical power generation system is charicterised by: an electrical output frequency controller configured to control the frequency of an electrical output of the main electrical generator within a predetermined range of frequencies; a torque sensor arrangement (134, 136) configured to determine a torque imposed on the transmission system; and an engine controller configured to increase the rotational speed of the gas turbine engine in the event that the torque imposed on the transmission system exceeds a predetermined torque limit, and to reduce the rotational speed of the gas turbine engine in the event that the torque imposed on the transmission system is less than a predetermined torque limit. a main electrical generator comprising a wound field electrical machine, the main generator having a rotor comprising a plurality of electrical rotor windings and a stator comprising a plurality of electrical stator windings, the rotor being mechanically coupled to the shaft of the gas turbine engine by the transmission arrangement, wherein the electrical power generation system is charicterised by: an electrical output frequency controller configured to control the frequency of an electrical output of the main electrical generator within a predetermined range of frequencies; a torque sensor arrangement (134, 136) configured to determine a torque imposed on the transmission system; and an engine controller configured to increase the rotational speed of the gas turbine engine in the event that the torque imposed on the transmission system exceeds a predetermined torque limit, and to reduce the rotational speed of the gas turbine engine in the event that the torque imposed on the transmission system is less than a predetermined torque limit. an electrical output frequency controller configured to control the frequency of an electrical output of the main electrical generator within a predetermined range of frequencies; a torque sensor arrangement (134, 136) configured to determine a torque imposed on the transmission system; and an engine controller configured to increase the rotational speed of the gas turbine engine in the event that the torque imposed on the transmission system exceeds a predetermined torque limit, and to reduce the rotational speed of the gas turbine engine in the event that the torque imposed on the transmission system is less than a predetermined torque limit.
Air purification apparatus in particular of an air pressure brake system with a separator for liquid fluids, in particular oil or water, which features a substantially cylindrical housing (14, 16) that has a housing cover and a housing bottom on its front sides and that features in its interior a separation channel which can be flowed through by the air to be cleaned, wherein the separation channel is curved in circumferential direction of the housing (14, 16) and features at least one inflow opening for the air to be cleaned, at least one fluid outflow opening for separated fluid and at least one clean air outflow opening for cleaned air, characterized in that the separation channel extends roughly spirally and features in downstream direction of the fluid outflow opening an air guide ramp for guiding the clean air to the clean air outflow opening.