mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a carbon composite electrode, for an electric double-layer capacitor having volumetric capacitance of 70 F cm -3 or beyond, with an active layer that comprises a) primary synthetic carbon with irregular, non-graphitic structure, b) secondary synthetic carbon, made up of graphene layers and c) polymeric binding agent, characterised by determining the carbon composite electrode's specific capacitance C V in terms of F/cm 3 by the multiple linear regression equation: C V = a ∗ V p < 11 + b ∗ S BET + c ∗ D − d, in which V p<11 in terms of cm 3 g -1 is the volume of pores with size less than 1.1 nm calculated from the Barrett-Joyner-Halenda pore size distribution, S BET in terms of m 2 g -1 is the electrode carbon specific surface area calculated by Brunauer-Emmet-Teller theory, D in terms of g cm -3 is the geometric density of compacted carbon of the carbon composite electrode, and coefficient values are a = 67.4, b = 0.0224, c = 67.8 and intercept value is d = 33.0, whereby none of the carbon composite electrode's multiple linear regression equation members: a*V p<11, b*S BET and c*D has a value less than 25. V p<11 in terms of cm 3 g -1 is the volume of pores with size less than 1.1 nm calculated from the Barrett-Joyner-Halenda pore size distribution, S BET in terms of m 2 g -1 is the electrode carbon specific surface area calculated by Brunauer-Emmet-Teller theory, D in terms of g cm -3 is the geometric density of compacted carbon of the carbon composite electrode, and coefficient values are a = 67.4, b = 0.0224, c = 67.8 and intercept value is d = 33.0, whereby none of the carbon composite electrode's multiple linear regression equation members: a*V p<11, b*S BET and c*D has a value less than 25.
Piezoelectric component - with a main body from piezoelectric layers and electrode layers arranged in between and - with a base metallization, which is applied to an outer side (21, 21a, 21b) of the main body, - in which a solder material (6, 6a, 6b) for fastening an outer electrode is applied over the base metallization and - in which the solder material (6, 6a, 6b) contains tin as the main constituent and an addition of silver in a proportion of between 2.5% by weight and 3.5% by weight, an addition of copper in a proportion of between 0.3% by weight and 0.7% by weight and an addition of cobalt in a proportion of between 0.03% by weight and 0.17% by weight, - in which the base metallization is formed from a fired paste, - in which the fired paste comprises as the main constituent a metal from the group consisting of copper, silver and silver-palladium. - with a main body from piezoelectric layers and electrode layers arranged in between and - with a base metallization, which is applied to an outer side (21, 21a, 21b) of the main body, - in which a solder material (6, 6a, 6b) for fastening an outer electrode is applied over the base metallization and - in which the solder material (6, 6a, 6b) contains tin as the main constituent and an addition of silver in a proportion of between 2.5% by weight and 3.5% by weight, an addition of copper in a proportion of between 0.3% by weight and 0.7% by weight and an addition of cobalt in a proportion of between 0.03% by weight and 0.17% by weight, - in which the base metallization is formed from a fired paste, - in which the fired paste comprises as the main constituent a metal from the group consisting of copper, silver and silver-palladium.
Method for controlling the exhaust temperature of a gas turbine of a power plant comprising the step of regulating the position cf a plurality of inlet guide vanes of a compressor of the plant in such a way that an actual exhaust temperature (TETC ACT) of the gas turbine is equal to a reference value (NEWSET TETC); and the step of calculating the reference value (NEWSET TETC) on the basis of actual environmental conditions (T ACT, p ACT), on the basis of an actual power (W ACT) delivered by the plant and on the basis of a first reference base power (W BASE_ISO) in standard environmental conditions; the step of calculating the reference value (NEWSET TETC) comprising the steps of: calculating a second reference base power (W BASE_ACT) in actual environmental conditions; and calculating the reference value (NEWSET TETC) on the basis of a ratio (R P) between the actual power (W ACT) and the second reference base power (W BASE_ACT); wherein the step of calculating the second reference base power (W BRASE_ACT) comprises detecting an actual environmental temperature (T ACT); the method being characterized in that the step of calculating the second reference base power (W BASE_ACT) comprises the steps of: - detecting an actual environmental pressure (p ACT); - calculating the first reference base power (W BASE_ISO) in standard environmental conditions; - calculating the second reference base power (W BASE_ACT) in actual environmental conditions on the basis of the first reference base power (W BASE_ISO), of the actual environmental temperature (T ACT) and of the actual environmental pressure (p PACT). - detecting an actual environmental pressure (p ACT); - calculating the first reference base power (W BASE_ISO) in standard environmental conditions; - calculating the second reference base power (W BASE_ACT) in actual environmental conditions on the basis of the first reference base power (W BASE_ISO), of the actual environmental temperature (T ACT) and of the actual environmental pressure (p PACT).
An ejector unit comprising: an ejector rod; a crosshead to which the ejector rod is attached; a ball screw nut which is attached to the crosshead; and a ball screw shaft which is screwed to the ball screw nut, wherein the ejector rod attached to the crosshead is moved forward or rearward by the ball screw nut and the ball screw shaft, wherein the ball screw nut includes a flange portion which constitutes an attachment portion between the crosshead and the ball screw nut, wherein the crosshead includes a flange attachment region which is a region to which the flange portion is attached and an inner region of an outer edge of the attached flange portion, characterised in that the ejector rod is attached to the flange attachment region. an ejector rod; a crosshead to which the ejector rod is attached; a ball screw nut which is attached to the crosshead; and a ball screw shaft which is screwed to the ball screw nut, wherein the ejector rod attached to the crosshead is moved forward or rearward by the ball screw nut and the ball screw shaft, wherein the ball screw nut includes a flange portion which constitutes an attachment portion between the crosshead and the ball screw nut, wherein the crosshead includes a flange attachment region which is a region to which the flange portion is attached and an inner region of an outer edge of the attached flange portion, characterised in that the ejector rod is attached to the flange attachment region.
A horizontal protective device for a medical display hanger, wherein the horizontal protective device for the medical display hanger comprises an upper ring, a middle ring, a lower ring, an upper rotating shaft and a lower rotating shaft, wherein the upper ring is connected to the bottom of a medical pendant, characterized in that the lower ring is connectable to the top of the medical display hanger, and the middle ring is provided with a total of four holes in front, rear, left, and right portions of the middle ring; one end of the upper rotating shaft is fixedly connected to the upper ring, and the other end of the upper rotating shaft passes through one of the holes of the middle ring to form a shaft-hole clearance fit; one end of the lower rotating shaft is fixedly connected to the lower ring, and the other end of the lower rotating shaft passes through a further one of the holes of the middle ring to form a shaft-hole clearance fit; and the upper rotating shaft and the lower rotating shaft are spatially perpendicular to each other.
A roll medium holding device configured to rotatably hold a roll medium, the roll medium holding device comprising: a medium positioning portion including an inclined surface configured to contact an end of the roll medium; and a medium holder being swingable around an axis parallel to a rotation axis of the roll medium and movable in a radial direction of the roll medium, the medium holder configured to press an inner circumferential surface of the roll medium in a direction from the rotation axis of the roll medium toward the inner circumferential surface of the roll medium, the roll medium holding device further comprising: a support shaft configured to hold the medium holder, wherein the medium holder includes: a contact part configured to contact the roll medium and supported by the support shaft; and a fixing part disposed opposite the contact part across the support shaft; characterized in that the medium holder includes an elastic part with one end secured to the contact part and another end secured to the fixing part, wherein the elastic part includes a pair of elastic parts, the elastic parts are disposed across the support shaft, and each of the elastic parts is configured to press an edge of the contact part against the inner circumferential surface of the roll medium in the radial direction. a medium positioning portion including an inclined surface configured to contact an end of the roll medium; and a medium holder being swingable around an axis parallel to a rotation axis of the roll medium and movable in a radial direction of the roll medium, the medium holder configured to press an inner circumferential surface of the roll medium in a direction from the rotation axis of the roll medium toward the inner circumferential surface of the roll medium, the roll medium holding device further comprising: a support shaft configured to hold the medium holder, wherein the medium holder includes: a contact part configured to contact the roll medium and supported by the support shaft; and a fixing part disposed opposite the contact part across the support shaft; characterized in that the medium holder includes an elastic part with one end secured to the contact part and another end secured to the fixing part, wherein the elastic part includes a pair of elastic parts, the elastic parts are disposed across the support shaft, and each of the elastic parts is configured to press an edge of the contact part against the inner circumferential surface of the roll medium in the radial direction. a contact part configured to contact the roll medium and supported by the support shaft; and a fixing part disposed opposite the contact part across the support shaft; characterized in that the medium holder includes an elastic part with one end secured to the contact part and another end secured to the fixing part, wherein the elastic part includes a pair of elastic parts, the elastic parts are disposed across the support shaft, and each of the elastic parts is configured to press an edge of the contact part against the inner circumferential surface of the roll medium in the radial direction.
A device for use during an intravascular procedure, comprising: a shaft having a lumen and an inner diameter; a piston insertable in the lumen of the shaft, the piston including a split tube comprising two leaves that are shapeable to be larger than the inner diameter of the lumen so that the leaves can cause friction upon axially shifting the piston in the lumen to prevent unintended movement of the piston; and an O-ring in the lumen of the shaft, the piston being insertable through the O-ring for sealing the lumen of the shaft. a shaft having a lumen and an inner diameter; a piston insertable in the lumen of the shaft, the piston including a split tube comprising two leaves that are shapeable to be larger than the inner diameter of the lumen so that the leaves can cause friction upon axially shifting the piston in the lumen to prevent unintended movement of the piston; and an O-ring in the lumen of the shaft, the piston being insertable through the O-ring for sealing the lumen of the shaft.
A refrigerator with a dispenser, wherein the dispenser comprises: a liquid outlet for discharging a liquid; a solid outlet for discharging a solid; and two switches including a liquid switch used for discharging the liquid through the liquid outlet, and a solid switch used to discharge the solid through the solid outlet; wherein the two switches are disposed below the liquid outlet and characterised in that both switches are spaced apart along the height direction of the refrigerator, wherein the two switches are also spaced apart along the depth direction of the refrigerator. a liquid outlet for discharging a liquid; a solid outlet for discharging a solid; and two switches including a liquid switch used for discharging the liquid through the liquid outlet, and a solid switch used to discharge the solid through the solid outlet; wherein the two switches are disposed below the liquid outlet and characterised in that both switches are spaced apart along the height direction of the refrigerator, wherein the two switches are also spaced apart along the depth direction of the refrigerator.
An entertainment device for running a program available as both a demonstration version and a full version, the entertainment device comprising a network communicator for communicating with a remote device over a network; program code comprising a game engine and program resources for running the full version of the program and operable to interact with remote devices also running the full version of the program; and a program resource classifier, implemented as a loading script, for classifying a subset of program resources of the full version of the program which are available to or compatible with the demonstration version of the program; wherein the entertainment device is operable to contact a remote device and, in response to a report from the remote device that the remote device is running the demonstration version of the program code, to restrict the use of program resources of the full version of the program by the game engine to the subset comprising those program resources identified by the program resource classifier as being available to or compatible with the demonstration version of the program, by not loading or by disabling resources which are unavailable to or incompatible with the demonstration version of the program.
An electronic device comprising: a touch device; a pressure device; and at least one processor, wherein the touch device comprises a touch panel and the pressure device comprises a pressure panel and wherein the touch panel and the pressure panel overlap, wherein the at least one processor is configured to, if a pressure input is detected by the pressure device, process an event corresponding to the pressure input and determine if a touch input is detected by the touch device while the pressure input is detected; and wherein the at least one processor is configured to, if the touch input is detected while the pressure input is detected: match the pressure input and the touch input based on the closest distance between a coordinate of the pressure input and a coordinate of the touch input; update the event to correspond to a pressure strength of the matched pressure input and the touch coordinate of the touch input; and process the updated event. a touch device; a pressure device; and at least one processor, wherein the touch device comprises a touch panel and the pressure device comprises a pressure panel and wherein the touch panel and the pressure panel overlap, wherein the at least one processor is configured to, if a pressure input is detected by the pressure device, process an event corresponding to the pressure input and determine if a touch input is detected by the touch device while the pressure input is detected; and wherein the at least one processor is configured to, if the touch input is detected while the pressure input is detected: match the pressure input and the touch input based on the closest distance between a coordinate of the pressure input and a coordinate of the touch input; update the event to correspond to a pressure strength of the matched pressure input and the touch coordinate of the touch input; and process the updated event. match the pressure input and the touch input based on the closest distance between a coordinate of the pressure input and a coordinate of the touch input; update the event to correspond to a pressure strength of the matched pressure input and the touch coordinate of the touch input; and process the updated event.
A method of processing particulate material to produce processed particulate material, the method comprising the steps of: introducing the particulate material into a chamber; providing a flow of fluid into said chamber for entraining the particulate material via inlets at a lower end of the chamber; and providing an exhaust of fluid out of the chamber via an outlet at an upper end of the chamber, wherein the chamber comprises a processing zone having a substantially circular transverse cross-section, the fluid flow being introduced into the processing zone at a non-perpendicular angle with respect to a tangent of the substantially circular transverse cross-section of the processing zone to establish a fluid flow following a substantially helical path in the processing chamber, wherein: said processing zone is provided in a central region of said chamber; and individual particulate material during processing in the processing zone is entrained by the fluid flow exceeding the terminal velocity of the particulate material, exits the processing zone in a radially outward direction, circulates to a base of the chamber and then returns to the processing zone in a repeated cycle; and the chamber further comprises an opening at the base of the chamber for individual particulate material which increases in mass or aggregate to form a mass of particulate material with larger mass during processing until its terminal velocity exceeds the fluid flow to thereby exit the processing zone by descending through the opening under gravity. introducing the particulate material into a chamber; providing a flow of fluid into said chamber for entraining the particulate material via inlets at a lower end of the chamber; and providing an exhaust of fluid out of the chamber via an outlet at an upper end of the chamber, said processing zone is provided in a central region of said chamber; and individual particulate material during processing in the processing zone is entrained by the fluid flow exceeding the terminal velocity of the particulate material, exits the processing zone in a radially outward direction, circulates to a base of the chamber and then returns to the processing zone in a repeated cycle; and the chamber further comprises an opening at the base of the chamber for individual particulate material which increases in mass or aggregate to form a mass of particulate material with larger mass during processing until its terminal velocity exceeds the fluid flow to thereby exit the processing zone by descending through the opening under gravity.
A non-enzymatic granule comprising (a) a core, surrounded by (b) a first coating which comprises bleach catalyst particles and a binder, which is surrounded by (c) a second coating comprising at least 60% by weight of the coating of a water-soluble salt having a constant humidity at 20°C which is above 85%, which is surrounded by (d) a third coating; wherein the bleach catalyst particles comprise at least 80% by weight of a manganese complex with nitrogen-containing ligands, characterized in that at least 70% by weight of the particles have particle sizes in the range from 1 μm to 50 μm, at most 15% by weight of the particles have particle sizes of > 50 μm, and at most 15% by weight of the particles have particle sizes of < 1 μm, wherein the percentages are based on the total amount of the particles. (a) a core, surrounded by (b) a first coating which comprises bleach catalyst particles and a binder, which is surrounded by (c) a second coating comprising at least 60% by weight of the coating of a water-soluble salt having a constant humidity at 20°C which is above 85%, which is surrounded by (d) a third coating;
A robotic hand comprising - a palm; - a plurality of phalanges (3a, 3b) adapted to reproduce a plurality of fingers; - hinges each of which hinging a first element identifying one of said phalanges (3a, 3b) to a second element identifying one among said palm and one of said phalanges (3a, 3b) distinct from said first element; characterized in that it comprises at least one actuating mechanism comprising - first pulleys, each one located at each of said hinges and bound to said first element; - second pulleys, each one located at each of said hinges and bound to said second element; - a single cable running in all of said pulleys (51, 52); - at least two motors adapted to apply different tensions to said cable; and in that - at least one of said first pulleys and said second pulleys has a different friction so that said pulleys (51, 52) cause tension drops in said single cable, which are different from one another, and hence said single cable comprises subtended sectors between said pulleys (51, 52), which have a non-homogeneous tension, giving different actuation forces to said elements and consequently different mutual rotation speeds between said elements. - a palm; - a plurality of phalanges (3a, 3b) adapted to reproduce a plurality of fingers; - hinges each of which hinging a first element identifying one of said phalanges (3a, 3b) to a second element identifying one among said palm and one of said phalanges (3a, 3b) distinct from said first element; - first pulleys, each one located at each of said hinges and bound to said first element; - second pulleys, each one located at each of said hinges and bound to said second element; - a single cable running in all of said pulleys (51, 52); - at least two motors adapted to apply different tensions to said cable; - at least one of said first pulleys and said second pulleys has a different friction so that said pulleys (51, 52) cause tension drops in said single cable, which are different from one another, and hence said single cable comprises subtended sectors between said pulleys (51, 52), which have a non-homogeneous tension, giving different actuation forces to said elements and consequently different mutual rotation speeds between said elements.
An airbag, especially a curtain and/or side airbag, comprising a dividing seam which separates a fabric part by sewing, wherein the fabric part has a neck portion and a substantially semicircular head portion, wherein between the head portion and the neck portion a transition portion tapering from the head portion to the neck portion is provided and wherein the transition portion forms an S-shaped curvature.