mhurhangee/ep-ind-claims huggingface dataset:
An amplifier circuit, comprising: a first transistor having a control terminal that receives a first amplifier input, a first terminal, and a second terminal; a transimpedance amplifier having an input that communicates with said first terminal of said first transistor, and an output; and an output amplifier having an input that communicates with said output of said transimpedance amplifier and an output; characterized in that said output amplifier comprises a telescopic cascoded amplifier. a first transistor having a control terminal that receives a first amplifier input, a first terminal, and a second terminal; a transimpedance amplifier having an input that communicates with said first terminal of said first transistor, and an output; and an output amplifier having an input that communicates with said output of said transimpedance amplifier and an output; characterized in that said output amplifier comprises a telescopic cascoded amplifier.
A hydroponic plant production apparatus for hydroponic greenhouse crop production, the apparatus comprising: a hollow grow tube having a front face, a back face, an open first end, and an open second end; a slot formed in the front face of the grow tube; and a media material insertable into the grow tube; characterized by the fact that the width of the slot is equal to between 1/12 and 3/8 the width of the front face, so that the slot allows for seedlings to be placed in the media material through said slot, allowing plants to protude through the slot; wherein the grow tube is positioned in either a horizontal position, a vertical position, or any position between the horizontal position and the vertical position, allowing inclined, multi-angled crop production and multi-storied conveyor style crop production; and the apparatus further comprising a nutrient solution reservoir, wherein the second end of the grow tube is positioned to allow nutrients to flow from the grow tube and into the reservoir. a hollow grow tube having a front face, a back face, an open first end, and an open second end; a slot formed in the front face of the grow tube; and a media material insertable into the grow tube; characterized by the fact that the width of the slot is equal to between 1/12 and 3/8 the width of the front face, so that the slot allows for seedlings to be placed in the media material through said slot, allowing plants to protude through the slot; wherein the grow tube is positioned in either a horizontal position, a vertical position, or any position between the horizontal position and the vertical position, allowing inclined, multi-angled crop production and multi-storied conveyor style crop production; and the apparatus further comprising a nutrient solution reservoir, wherein the second end of the grow tube is positioned to allow nutrients to flow from the grow tube and into the reservoir.
Timepiece movement including a carillon striking mechanism, arranged to strike at least the hours and the quarter-hours, with, for each one-hour period, a different melody for each quarter-hour and for the full hour, said movement including drive means arranged to drive at least a quarter-snail, and said striking mechanism including: - an hour-snail, which is carried by an hour-star wheel held by an hour-jumper and positioned every hour by a quarter-pin integral with said quarter-snail, - a quarter-rack drive pinion driven by a strike train, and arranged to drive a pivoting quarter-rack, whose pivoting travel is limited by a quarter-feeler integral with said quarter-rack and which is arranged to come to rest on said quarter-snail, - a pivoting minute-rack, whose pivoting travel is limited by a minute-feeler which is integral with said minute-rack and arranged to come to rest on a minute-snail driven by said drive means of said movement, - said quarter-rack comprising a drive means arranged for driving the drive teeth of said minute-rack, - a minute surprise-piece coaxial to and superposed on said minute-snail, integral in rotation with said quarter-snail, and at least partially free to pivot with respect to said minute-snail, cooperating with a minute surprise-piece jumper and arranged to extend the zero minute step comprised in said minute-snail, immediately after the change of quarter-hour and during the first minute, characterized in that said striking mechanism includes a quarter surprise-piece coaxial to and superposed on said quarter-snail, and at least partially free to pivot in a limited angular travel with respect to said quarter-snail, arranged to ensure the sequential playing of the melodies of the four quarter-hours on the full hour, in the first minute of the new hour, and further includes, in the plane of said quarter surprise-piece, a quarter surprise-piece jumper, arranged to drive and/or to lock said quarter surprise-piece. - an hour-snail, which is carried by an hour-star wheel held by an hour-jumper and positioned every hour by a quarter-pin integral with said quarter-snail, - a quarter-rack drive pinion driven by a strike train, and arranged to drive a pivoting quarter-rack, whose pivoting travel is limited by a quarter-feeler integral with said quarter-rack and which is arranged to come to rest on said quarter-snail, - a pivoting minute-rack, whose pivoting travel is limited by a minute-feeler which is integral with said minute-rack and arranged to come to rest on a minute-snail driven by said drive means of said movement, - said quarter-rack comprising a drive means arranged for driving the drive teeth of said minute-rack, - a minute surprise-piece coaxial to and superposed on said minute-snail, integral in rotation with said quarter-snail, and at least partially free to pivot with respect to said minute-snail, cooperating with a minute surprise-piece jumper and arranged to extend the zero minute step comprised in said minute-snail, immediately after the change of quarter-hour and during the first minute,
Apparatus to enhance deliverability of a website, the website comprising a set of pages, comprising: a hardware processor; computer memory storing computer program instructions executed by the hardware processor, the computer program instructions comprising: program code operative to receive a front-end optimization, FEO, configuration for the website, the FEO configuration identifying a set of page templates for the website, wherein a given page template is associated with a type of page; program code operative to analyze the FEO configuration to identify, for a given page template associated with a first page, a set of one or more key resources of a page that is linked to the first page, the linked page being associated with at least one other page template in the set of page templates identified in the FEO configuration; and program code operative to rewrite markup language code for the page associated with the given page template to include one or more instructions to prefetch the one or more key resources upon load of the page. a hardware processor; computer memory storing computer program instructions executed by the hardware processor, the computer program instructions comprising: program code operative to receive a front-end optimization, FEO, configuration for the website, the FEO configuration identifying a set of page templates for the website, wherein a given page template is associated with a type of page; program code operative to analyze the FEO configuration to identify, for a given page template associated with a first page, a set of one or more key resources of a page that is linked to the first page, the linked page being associated with at least one other page template in the set of page templates identified in the FEO configuration; and program code operative to rewrite markup language code for the page associated with the given page template to include one or more instructions to prefetch the one or more key resources upon load of the page. program code operative to analyze the FEO configuration to identify, for a given page template associated with a first page, a set of one or more key resources of a page that is linked to the first page, the linked page being associated with at least one other page template in the set of page templates identified in the FEO configuration; and program code operative to rewrite markup language code for the page associated with the given page template to include one or more instructions to prefetch the one or more key resources upon load of the page.
Driver device for a light emitting load, which is provided by a current from a current source, said driver device comprising a shunting switch parallel to the load for shunting the load when switched on, a control unit (14, 26) for controlling the shunting switch, an energy storage element adapted to supply energy to at least the control unit (14, 26), a recharge control circuitry (44, 46) arranged in series with the energy storage element, the series connection of energy storage element and recharge control circuitry (44, 46) being provided parallel to the shunting switch, wherein said control unit (14, 26) is adapted i) to activate said recharge control circuitry and to switch said shunting switch off, when said energy storage element is to be recharged by said current from said current source, and ii) to deactivate said recharge control circuitry and to switch said shunting switch on after a predetermined time period and/or when the voltage across the energy storage element reaches a predetermined value, wherein said shunting switch is alternately switched on and off according to the duty cycle. i) to activate said recharge control circuitry and to switch said shunting switch off, when said energy storage element is to be recharged by said current from said current source, and ii) to deactivate said recharge control circuitry and to switch said shunting switch on after a predetermined time period and/or when the voltage across the energy storage element reaches a predetermined value,
Use of a mixture comprising a hydrofluoroolefin with three carbon atoms, said mixture having a global warming potential lower than the global warming potential of the hydrofluoroolefin, as a gaseous medium for electrical insulation and/or electrical arc extinguishing in substation medium-voltage electrical devices, in which the hydrofluoroolefin is present in the mixture at a molar percentage (M HFO) at least equal to 95% of the molar percentage M determined by the formula M = (P HFO /P mixture) × 100, in which P mixture is the pressure of the mixture at 20°C in the electrical device and P HFO is the pressure that at 20°C is equivalent to the saturated vapour pressure of the hydrofluoroolefin at the minimum service temperature (T min) of the electrical device.
An electromagnetic pump, comprising precisely one coil (102; 902), wherein the one coil (102; 902) comprises a longitudinal axis (153; 953), a ferromagnetic first core part (103; 903) which is arranged at least in part in the one coil (102; 902), a ferromagnetic second core part (104; 204; 404; 504; 904) which is arranged at least in part in the one coil (102; 902), and a ferromagnetic armature (110; 210; 310; 510; 910), wherein a primary air gap (151; 951) is arranged between the armature (110; 210; 310; 510; 910) and the first core part (103; 903), wherein a radial, secondary air gap (152; 252; 352; 453; 553; 953) is arranged between an insertion portion (117; 217; 317; 517; 917) of the armature (110; 210; 310; 510; 910) and a receiving portion (118; 218; 418; 518; 918) of the second core part (104; 204; 404; 504; 904) that is turned to the longitudinal axis (153; 953), wherein the ferromagnetic armature (110; 210; 310; 510; 910) comprises a truncated-cone-shaped contour which tapers in the stroke direction in a front region (115; 915) which faces the first core part (103; 903), wherein during a closing operation of the first air gap (151; 951), a magnetic force between the armature (110; 210; 310; 510; 910) and the first core part (103; 903) is greater than a magnetic force between the armature (110; 210; 310; 510; 910) and the second core part (104; 204; 404; 504; 904), characterized in that the insertion portion (117; 217; 517; 917) of the armature (110; 210; 510; 910) comprises at least one conical portion which comprises an opening angle which deviates from the truncated-cone-shaped contour of the front region (115; 915) of the ferromagnetic armature (110; 210; 310; 510; 910). precisely one coil (102; 902), wherein the one coil (102; 902) comprises a longitudinal axis (153; 953), a ferromagnetic first core part (103; 903) which is arranged at least in part in the one coil (102; 902), a ferromagnetic second core part (104; 204; 404; 504; 904) which is arranged at least in part in the one coil (102; 902), and a ferromagnetic armature (110; 210; 310; 510; 910),
A slotted pipe with fire seal drainage system characterized by a fireproof seal comprising at least one pivoting flap or a set of pivoting flaps which are pivotally mounted to an internal wall of a flow profile of the slotted pipe, whereby a pivot joint of each pivoting flap placed on the upper internal wall of the flow profile comprises a rotary joint allowing for the pivotal movement of each flap in the direction of the gradient of the liquid flow; each pivoting flap fills the entire internal profile of the slotted pipe so that in the closed position it is adjacent to all of the internal walls of the slotted pipe in order to prevent, in use, burning gases from entering behind the flap; during the pivoting of the flap caused, in use, by the flow of the liquid, the lower edge of the flap remains placed under the surface of the liquid.
A cover assembly for a friction clutch, in particular for coupling a drive shaft of a motor vehicle with at least one transmission input shaft of a transmission, at least comprising - a clutch cover, - a pressure plate, - a pivotable actuating element which is arranged in an axial direction between the clutch cover and the pressure plate and which is pivotable about a pivot bearing for moving the pressure plate relative to the clutch cover, and - at least one holding element; wherein the at least one holding element is fastened to the clutch cover and, starting from the clutch cover, extends with a base in the axial direction beyond the actuating element and has at least one central arm which, starting from the base, extends between the clutch cover and the actuating element in a radial direction and forms the pivot bearing; and further comprises at least one inner arm which extends from the base in the radial direction so that the actuating element is arranged between the central arm and the inner arm, and further comprises at least one outer arm which, starting from the base, extends in the radial direction so that the clutch cover is arranged between the outer arm and the central arm, characterised in that a part of the base connects the inner arm to the outer arm, and the other part of the base connects the central arm to the outer arm. - a clutch cover, - a pressure plate, - a pivotable actuating element which is arranged in an axial direction between the clutch cover and the pressure plate and which is pivotable about a pivot bearing for moving the pressure plate relative to the clutch cover, and - at least one holding element;
A radial fluid device comprising: a cylinder block comprising a first plurality of radially extending cylinders and a second plurality of radially extending cylinders, wherein the cylinder is mounted for rotation; a first plurality of pistons (640a-f) each slidably received within a different one of the first plurality of radially extending cylinders; a second plurality of pistons (640a-f) each slidably received within a different one of the second plurality of radially extending cylinders; a first cam disposed about the first plurality of radially extending cylinders; a second cam disposed about the second plurality of radially extending cylinders; a cam rotation device coupled to the first cam and the second cam, the cam rotation device operable to rotate the first cam in a first direction and the second cam in a second direction, and characterized by: the first cam comprising a first lug; the second cam comprising a second lug; and the cam rotation device comprising: a first yoke coupled to the first lug; a second yoke coupled to the second lug and to the first yoke; a control piston coupled to the first yoke and operable to transmit linear movements to the first yoke; and a spring coupled to the first yoke opposite the control piston. a cylinder block comprising a first plurality of radially extending cylinders and a second plurality of radially extending cylinders, wherein the cylinder is mounted for rotation; a first plurality of pistons (640a-f) each slidably received within a different one of the first plurality of radially extending cylinders; a second plurality of pistons (640a-f) each slidably received within a different one of the second plurality of radially extending cylinders; a first cam disposed about the first plurality of radially extending cylinders; a second cam disposed about the second plurality of radially extending cylinders; a cam rotation device coupled to the first cam and the second cam, the cam rotation device operable to rotate the first cam in a first direction and the second cam in a second direction, and characterized by: the first cam comprising a first lug; the second cam comprising a second lug; and the cam rotation device comprising: a first yoke coupled to the first lug; a second yoke coupled to the second lug and to the first yoke; a control piston coupled to the first yoke and operable to transmit linear movements to the first yoke; and a spring coupled to the first yoke opposite the control piston. the first cam comprising a first lug; the second cam comprising a second lug; and the cam rotation device comprising: a first yoke coupled to the first lug; a second yoke coupled to the second lug and to the first yoke; a control piston coupled to the first yoke and operable to transmit linear movements to the first yoke; and a spring coupled to the first yoke opposite the control piston. a first yoke coupled to the first lug; a second yoke coupled to the second lug and to the first yoke; a control piston coupled to the first yoke and operable to transmit linear movements to the first yoke; and a spring coupled to the first yoke opposite the control piston.
Package, comprising a container for receiving a filling material, a peel-off lid connected to the container and having a peel-off lid ring made of metal and a peel-off film, which peel-off lid ring forms the edge of the removal opening of the package, and further comprising a dosing spoon and a leveling bar, wherein the leveling bar is provided as a part of the package being separate from the peel-off lid and is attachable to the edge of the removal opening formed by the peel-off lid ring, and wherein the leveling bar has at each of its end areas (16, 17) a groove which is adapted to receive the edge of the removal opening, wherein the leveling bar is formed as packaging part which is connected to the dosing spoon, and wherein the dosing spoon has a molding that is shaped for connecting to the groove of the one end area of the leveling bar, such that the leveling bar is connected to the dosing spoon in a force-fit or form-fit manner, or wherein the dosing spoon and the leveling bar are provided as an integral part, wherein the connection between leveling bar and dosing spoon includes a weakened zone that permits the leveling bar to be separated from the dosing spoon at the weakened zone.
Composition comprising: - a compound of formula I, and - an active ingredient chosen from an antiparasitic, an antitumoral agent, an antiviral agent, an anti-epileptic agent, an antibacterial agent, in particular an antibiotic, or an antifungal, for its use as medicament in the treatment of parasite infections, viral infections, chemotherapy resistant cancers, or epilepsy, bacterial infections or fungal infections; wherein the compound of formula I is an avermectin derivative of formula I(a): wherein R1 is chosen from the group constituted of -CH(CH 3) 2 and - CH(CH 3)CH 2 CH 3; or wherein the compound of formula I is an avermectin derivative of formula I(c): wherein R1 is chosen from the group constituted of -CH(CH 3) 2 and - CH(CH 3)CH 2 CH 3; and R2 is -OH or and wherein the compound of formula I(a) inhibits membrane-bound ATP binding cassette transporter protein to improve intracellular concentration of the active ingredient to restore or improve efficiency of the active ingredient. - a compound of formula I, and - an active ingredient chosen from an antiparasitic, an antitumoral agent, an antiviral agent, an anti-epileptic agent, an antibacterial agent, in particular an antibiotic, or an antifungal, wherein the compound of formula I is an avermectin derivative of formula I(a): wherein R1 is chosen from the group constituted of -CH(CH 3) 2 and - CH(CH 3)CH 2 CH 3; or wherein the compound of formula I is an avermectin derivative of formula I(c): wherein R1 is chosen from the group constituted of -CH(CH 3) 2 and - CH(CH 3)CH 2 CH 3; and R2 is -OH or and wherein the compound of formula I(a) inhibits membrane-bound ATP binding cassette transporter protein to improve intracellular concentration of the active ingredient to restore or improve efficiency of the active ingredient.
A closed loop magnetically variable trigger force trigger mechanism for a firearm, the trigger comprising: a stationary yoke configured for mounting to the firearm; a rotatable trigger member pivotably coupled to the stationary yoke about a pivot axis, the trigger member and stationary yoke collectively configured to form a closed magnetic loop; an openable and closeable first air gap formed between the trigger member and the stationary yoke; a permanent magnet arranged to generate a static magnetic field in the closed magnetic loop, the static magnetic field creating a primary resistance force opposing movement of the trigger member when pulled by the user; a control insert selectively movable relative to a second control air gap formed in the yoke which attenuates the static magnetic field, the control insert constructed and operable to change the static magnetic field; wherein the static magnetic field is changeable via varying position of the control insert relative to the control air gap to adjust a trigger pull force of the trigger mechanism. a stationary yoke configured for mounting to the firearm; a rotatable trigger member pivotably coupled to the stationary yoke about a pivot axis, the trigger member and stationary yoke collectively configured to form a closed magnetic loop; an openable and closeable first air gap formed between the trigger member and the stationary yoke; a permanent magnet arranged to generate a static magnetic field in the closed magnetic loop, the static magnetic field creating a primary resistance force opposing movement of the trigger member when pulled by the user; a control insert selectively movable relative to a second control air gap formed in the yoke which attenuates the static magnetic field, the control insert constructed and operable to change the static magnetic field; wherein the static magnetic field is changeable via varying position of the control insert relative to the control air gap to adjust a trigger pull force of the trigger mechanism.
Decorative composite body containing a planar supporting body made of plastics material and at least one decorative element fixed in the supporting body, the supporting body consisting, at least in regions, of a fibre-reinforced plastics material, and the decorative element being integrally bonded to melted or at least partly liquefied and re-hardened plastics material of the planar supporting body, characterised in that the face of the supporting body on which the at least one decorative element is arranged is additionally provided with a film, preferably made of PMMA, and/or with a cover plate, preferably made of PMMA.