mhurhangee/ep-ind-claims huggingface dataset:
A spacecraft, comprising: a main body structure; at least a first deployable element; a first mechanical attachment arrangement; and a second mechanical attachment arrangement, the spacecraft being reconfigurable from a launch configuration to an on-orbit configuration, wherein: in the launch configuration, the spacecraft is configured to be disposed within a launch vehicle fairing and the first deployable element is mechanically attached with the spacecraft main body structure by way of the first mechanical attachment arrangement; in the on-orbit configuration, the first deployable element is mechanically attached with the spacecraft main body structure by way of the second mechanical attachment arrangement; and in a transition configuration, intermediate to the launch configuration and the on-orbit configuration, both the first mechanical attachment arrangement and the second mechanical attachment arrangement are detached from the first deployable element. a main body structure; at least a first deployable element; a first mechanical attachment arrangement; and a second mechanical attachment arrangement, the spacecraft being reconfigurable from a launch configuration to an on-orbit configuration, wherein: in the launch configuration, the spacecraft is configured to be disposed within a launch vehicle fairing and the first deployable element is mechanically attached with the spacecraft main body structure by way of the first mechanical attachment arrangement; in the on-orbit configuration, the first deployable element is mechanically attached with the spacecraft main body structure by way of the second mechanical attachment arrangement; and in a transition configuration, intermediate to the launch configuration and the on-orbit configuration, both the first mechanical attachment arrangement and the second mechanical attachment arrangement are detached from the first deployable element. in the launch configuration, the spacecraft is configured to be disposed within a launch vehicle fairing and the first deployable element is mechanically attached with the spacecraft main body structure by way of the first mechanical attachment arrangement; in the on-orbit configuration, the first deployable element is mechanically attached with the spacecraft main body structure by way of the second mechanical attachment arrangement; and in a transition configuration, intermediate to the launch configuration and the on-orbit configuration, both the first mechanical attachment arrangement and the second mechanical attachment arrangement are detached from the first deployable element.
An aqueous polyurethane dispersion containing polyurethane solids and a non-aqueous, organic solvent content of less than 5 weight percent wherein the polyurethane solids are obtained from a polyurethane prepolymer prepared by reacting (a) a polyol comprising ai) from 92 to 99 wt% of a polyol or polyol blend having a mean average equivalent weight of 150 to 600 and a nominal average functionality of from 1.5 to 2.9 and aii) from 1 to 8 wt% of at least one polyol having a nominal functionality of 4 to 8; and an equivalent weight of 100 to 170; (b) at least one aliphatic polyisocyanate; (c) optionally additional stabilizers; and (d) optionally chain extenders wherein the prepolymer has an isocyanate content of from 2 to 20 wt% wherein the solids content of the dispersion is from 40 to 60 weight percent. (a) a polyol comprising ai) from 92 to 99 wt% of a polyol or polyol blend having a mean average equivalent weight of 150 to 600 and a nominal average functionality of from 1.5 to 2.9 and aii) from 1 to 8 wt% of at least one polyol having a nominal functionality of 4 to 8; and an equivalent weight of 100 to 170; ai) from 92 to 99 wt% of a polyol or polyol blend having a mean average equivalent weight of 150 to 600 and a nominal average functionality of from 1.5 to 2.9 and aii) from 1 to 8 wt% of at least one polyol having a nominal functionality of 4 to 8; and an equivalent weight of 100 to 170; (b) at least one aliphatic polyisocyanate; (c) optionally additional stabilizers; and (d) optionally chain extenders
An apparatus for use in a blasting system which includes a harness, a plurality of detonators and a plurality of devices, each device being associated with a respective detonator, with each device including a respective identifying source which is actuable to emit an identifying signal at a frequency which lies in a defined frequency range thereby to identify a physical location of the associated detonator, the apparatus including at least one sensor for detecting emission of an identifying signal from at least one said identifying source, a positioning device which generates data which is uniquely related to the physical location of the identifying source which emitted the detected identifying signal and hence to the physical location of the detonator associated with the device, and a processor, responsive to data relating to the physical location of each detonator, for controlling the transmission of timing data to each detonator in the blasting system.
A computer implemented method for generating a surface representation for processing in 3D-printers or CNC machines, which is allocating memory to store arrays of control points and knot vectors of the bivariate spline surfaces b, r 1,..., r L, of the bivariate spline functions κ 1 = p 1 q 1,..., κ L = p L q L, which define trimming curves γ l with implicit representation qe and parametrized by p l, l = 1,..., L, of a bivariate spline function w being an implicit representation of all trimming curves, and of bivariate spline functions w 1,..., w L, where w l is an implicit representation of all trimming curves but γ l, l = 1,..., L, and which is performing a computer calculation of a new spline surface a, bounded by the sequence of trimming curves γ l forming a closed loop, according to the formula a = w ⋅ b + ∑ l = 1 L w l ⋅ r l ∘ κ l w + ∑ l = 1 L w l for further processing, exporting, displaying, or exchanging by the computer, and which is generating data from the new spline surface a for processing in 3D-printers or CNC machines. of the bivariate spline functions κ 1 = p 1 q 1,..., κ L = p L q L, which define trimming curves γ l with implicit representation qe and parametrized by p l, l = 1,..., L, of a bivariate spline function w being an implicit representation of all trimming curves, and of bivariate spline functions w 1,..., w L, where w l is an implicit representation of all trimming curves but γ l, l = 1,..., L, and which is performing a computer calculation of a new spline surface a, bounded by the sequence of trimming curves γ l forming a closed loop, according to the formula a = w ⋅ b + ∑ l = 1 L w l ⋅ r l ∘ κ l w + ∑ l = 1 L w l for further processing, exporting, displaying, or exchanging by the computer, and which is generating data from the new spline surface a for processing in 3D-printers or CNC machines.
A luminaire or supply unit for a luminaire, having: • a housing, • a communication module arranged in the housing, which communication module is designed for wireless communication with a unit located outside the housing, and • a connection cable for supplying power to the luminaire or the supply unit, which connection cable is connected in the housing to a connection element and guided out of the housing, wherein the communication module is coupled to a portion, running within the housing, of the connection cable in such a way that a portion, running outside the housing, of the connection cable forms an antenna for the wireless communication of the communication module, characterized in that the luminaire or the supply unit for a luminaire has in the housing a holder for the defined arrangement of the portion, running within the housing, of the connection cable, wherein the connection cable is wound several times around the holder in order to form a coil-like arrangement for coupling to the communication module, and wherein the communication module is arranged in the center or below the holder. • a housing, • a communication module arranged in the housing, which communication module is designed for wireless communication with a unit located outside the housing, and • a connection cable for supplying power to the luminaire or the supply unit, which connection cable is connected in the housing to a connection element and guided out of the housing, wherein the communication module is coupled to a portion, running within the housing, of the connection cable in such a way that a portion, running outside the housing, of the connection cable forms an antenna for the wireless communication of the communication module, characterized in that the luminaire or the supply unit for a luminaire has in the housing a holder for the defined arrangement of the portion, running within the housing, of the connection cable, wherein the connection cable is wound several times around the holder in order to form a coil-like arrangement for coupling to the communication module, and wherein the communication module is arranged in the center or below the holder.
A method of providing encoded video data, comprising: - forming, by a processor, a reference picture list for managing reference pictures to be used in encoding said video data of a current partition of a picture in a current view, - providing in said video data as encoded an index of said reference picture list in said encoding, wherein said index identifies available reference pictures to be used for decoding a block, - using, by the processor, at least one picture of another view as a reference picture in said encoding, said picture of another view corresponding to an index of said reference picture list, - conditioned by said index of said reference picture list corresponding to a picture of another view, providing an indication of the type of prediction to be used for decoding the block, wherein said type of prediction indicated by said indication is an inter-view prediction or a prediction based on disparity compensation that comprises a view synthesis prediction, wherein the indication indicates a VSP direct coding mode or a VSP skip coding mode; and - encoding, by the processor, said indication of the type of prediction in the encoded video data and, in an instance in which the type of prediction is IVP but not in an instance in which the type of prediction is VSP, also encoding motion vector components in the encoded video data. - forming, by a processor, a reference picture list for managing reference pictures to be used in encoding said video data of a current partition of a picture in a current view, - providing in said video data as encoded an index of said reference picture list in said encoding, wherein said index identifies available reference pictures to be used for decoding a block, - using, by the processor, at least one picture of another view as a reference picture in said encoding, said picture of another view corresponding to an index of said reference picture list, - conditioned by said index of said reference picture list corresponding to a picture of another view, providing an indication of the type of prediction to be used for decoding the block, wherein said type of prediction indicated by said indication is an inter-view prediction or a prediction based on disparity compensation that comprises a view synthesis prediction, wherein the indication indicates a VSP direct coding mode or a VSP skip coding mode; and - encoding, by the processor, said indication of the type of prediction in the encoded video data and, in an instance in which the type of prediction is IVP but not in an instance in which the type of prediction is VSP, also encoding motion vector components in the encoded video data.
Water sport device (1; 1e), in particular kayak, which has a plurality of buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) forming the water sport device, at least one of which is designed to accommodate a person using the water sport device, the buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) being detachably connectable to one another, characterized in that a device (22; 22b) for fixing a connection of two adjacent buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) has an adjusting means, by the rotation of which a linear movement of two buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) connected to one another towards one another can be achieved; 2a, 3a; 2c, 3c; 2e-4e, 53), wherein the adjusting means has a hook-shaped section, the opening width of which decreases from a hook tip to a hook end.
A torsional shock absorbing apparatus, comprising: a driving rotation member inputted with a rotational torque, a driven rotation member disposed in coaxial relationship with the driving rotation member to output the rotational torque of the driving rotation member, and two resilient members provided between the driving rotation member and the driven rotation member to be compressed in the circumferential direction of the driving rotation member when the driving rotation member and the driven rotation member are relatively rotated with each other, a cam member provided at one of the driving rotation member and the driven rotation member to be integrally rotated with the one of the driving rotation member and the driven rotation member, and two torque transmission members each disposed between the cam member and each of the resilient members to transmit the rotational torque of the driving rotation member to the driven rotation member, wherein each of the torque transmission members comprises an arm member having one end portion held in contact with the cam surface of the cam member and the other end portion held in engagement with a circumferential one end portion of each of the resilient members, and swingably supported on and around a swing fulcrum portion provided on the one of the driving rotation member and the driven rotation member, characterized in that said cam member has a cam surface formed in an oval shape. a driving rotation member inputted with a rotational torque, a driven rotation member disposed in coaxial relationship with the driving rotation member to output the rotational torque of the driving rotation member, and two resilient members provided between the driving rotation member and the driven rotation member to be compressed in the circumferential direction of the driving rotation member when the driving rotation member and the driven rotation member are relatively rotated with each other, a cam member provided at one of the driving rotation member and the driven rotation member to be integrally rotated with the one of the driving rotation member and the driven rotation member, and two torque transmission members each disposed between the cam member and each of the resilient members to transmit the rotational torque of the driving rotation member to the driven rotation member, wherein each of the torque transmission members comprises an arm member having one end portion held in contact with the cam surface of the cam member and the other end portion held in engagement with a circumferential one end portion of each of the resilient members, and swingably supported on and around a swing fulcrum portion provided on the one of the driving rotation member and the driven rotation member, characterized in that said cam member has a cam surface formed in an oval shape.
A danger avoidance apparatus, comprising: a container configured to couple to a user; a lift providing mechanism movably coupled to the container between a packed position within the container and a deployed position exterior to the container including an airfoil that is configured to provide, when deployed, lift to the user at a first velocity of the user along a first direction to elevate the user above a ground surface to an elevated position; a descent control mechanism separate from the lift providing mechanism comprising a parachute or canopy movably coupled to the container between a packed position within the container and a deployed position exterior to the container that is configured to control, when deployed, descent of the user from the elevated position and to reduce the velocity of the user along the first direction from the first velocity; and at least one rip cord (210; 250) engaged with the container and selectively operable by the user, wherein the at least one rip cord (210; 250) is configured to activate the lift providing mechanism from its packed position to its deployed position to elevate the user to the elevated position and subsequently activate the descent control mechanism from its packed position to its deployed position to control the descent of the user from the elevated position upon the selective operation of the at least one rip cord (210; 250) by the user. a container configured to couple to a user; a lift providing mechanism movably coupled to the container between a packed position within the container and a deployed position exterior to the container including an airfoil that is configured to provide, when deployed, lift to the user at a first velocity of the user along a first direction to elevate the user above a ground surface to an elevated position; a descent control mechanism separate from the lift providing mechanism comprising a parachute or canopy movably coupled to the container between a packed position within the container and a deployed position exterior to the container that is configured to control, when deployed, descent of the user from the elevated position and to reduce the velocity of the user along the first direction from the first velocity; and at least one rip cord (210; 250) engaged with the container and selectively operable by the user, wherein the at least one rip cord (210; 250) is configured to activate the lift providing mechanism from its packed position to its deployed position to elevate the user to the elevated position and subsequently activate the descent control mechanism from its packed position to its deployed position to control the descent of the user from the elevated position upon the selective operation of the at least one rip cord (210; 250) by the user.
A high pressure sodium lamp comprising an evacuated cover including a base part, a first arc tube and a second (5") arc tube each comprising a first electrode coupled to the base part by a first conductor member and a second electrode coupled to the base part by a second conductor member, the first arc tube and the second (5") arc tube being mounted parallel with each other, characterized by that the second conductor member being symmetrically arranged between the first arc tube and the second arch tube (5") and isolated by a shielding member, wherein the shielding member is arranged for preventing, during operation of the high pressure sodium lamp, the photo electronic stream from the second conductor member to the first arc tube and the second arc tube (5"), the second conductor member being placed in an intermediate plane, which extends halfway between the arc tubes (5', 5"), such that a first line (L') intercepting the second conductor member and a longitudinal center line of the first arc tube forms an angle α with the intermediate plane, and such that a second line (L") intercepting the second conductor member and a longitudinal center line of the second arc tube forms an angle β with the intermediate plane, wherein the angle α corresponds to the angle β.
A method for relieving a built-in component embedded in a roadway from exerted forces which are introduced from a surface of the roadway into said roadway, by inserting a base plate in a region of an upper part of the built-in component, characterized in that the built-in component is surrounded in the region of its upper part by a layer made of supporting material for forming a load-bearing foundation in which the massively formed base plate is supported above the built-in component.
An electroporation apparatus, comprising: a mixing chamber which includes interior chamber wall sections and interior chamber walls, two inlet ports (1, 2), oriented nonparallel to each other, adjacent to a top corner of the top chamber wall section of said chamber for separate entry of two different water-based liquid flow streams that mix in said chamber providing a liquid flow mixture, a vertical first straight chamber wall section extending downward from said inlet ports (1, 2), a first curved chamber wall section connected to said vertical first straight chamber wall section for redirecting the direction of said liquid flow mixture, a second curved chamber wall section connected to said first curved chamber wall section and connected to the top chamber wall section for further redirecting said liquid flow mixture, a liquid outlet port in communication with said second curved chamber section, and electrodes (14, 15) on opposing sides of said chamber, said electrodes serving as chamber electrode walls of said chamber. a mixing chamber which includes interior chamber wall sections and interior chamber walls, two inlet ports (1, 2), oriented nonparallel to each other, adjacent to a top corner of the top chamber wall section of said chamber for separate entry of two different water-based liquid flow streams that mix in said chamber providing a liquid flow mixture, a vertical first straight chamber wall section extending downward from said inlet ports (1, 2), a first curved chamber wall section connected to said vertical first straight chamber wall section for redirecting the direction of said liquid flow mixture, a second curved chamber wall section connected to said first curved chamber wall section and connected to the top chamber wall section for further redirecting said liquid flow mixture, a liquid outlet port in communication with said second curved chamber section, and electrodes (14, 15) on opposing sides of said chamber, said electrodes serving as chamber electrode walls of said chamber.
A decorative sheet comprising: a picture pattern layer formed on a sheet base material; a first front surface protecting layer formed on the picture pattern layer; and a second front surface protecting layer partially formed on the first front surface protecting layer; and a third front surface protecting layer partially formed on the second front surface protecting layer, wherein the first front surface protecting layer and the second front surface protecting layer have different glosses, the third front surface protecting layer coats an area 75% or less of the second front surface protecting layer, the third front surface protecting layer having a thickness four times or more of a thickness of the second front surface protecting layer, the sheet base material has a moisture-proof property, and the first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer are each independently made of a transparent or semitransparent material to the extent that the picture of the picture pattern layer can be seen through he first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer. a picture pattern layer formed on a sheet base material; a first front surface protecting layer formed on the picture pattern layer; and a second front surface protecting layer partially formed on the first front surface protecting layer; and a third front surface protecting layer partially formed on the second front surface protecting layer, wherein the first front surface protecting layer and the second front surface protecting layer have different glosses, the third front surface protecting layer coats an area 75% or less of the second front surface protecting layer, the third front surface protecting layer having a thickness four times or more of a thickness of the second front surface protecting layer, the sheet base material has a moisture-proof property, and the first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer are each independently made of a transparent or semitransparent material to the extent that the picture of the picture pattern layer can be seen through he first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer.