mhurhangee/ep-ind-claims huggingface dataset:
A detector circuit, comprising: a voltage source configured to produce a first voltage on a first output, a second voltage on a second output, and third voltage on a third output, wherein the first voltage is greater than the second voltage and the second voltage is greater than the third voltage; a first switch connected to the second output; a sampling capacitor connected to the switch, wherein the sampling capacitor is charged by the voltage source when the switch is closed; a first comparator with one input connected to the first output and a second input connected to the sampling capacitor; a second comparator with one input connected to the third output and a second input connected to the sampling capacitor; a multiplexer with a plurality of inputs configured to be connected to a plurality of terminals of an external circuit and an output connected to the sampling capacitor, the second input of the first comparator, and the second input of the second comparator; and a controller with inputs connected to the first comparator, the second comparator, and a clock generation unit, wherein the controller is configured to produce control signals to control the first switch and the multiplexer and wherein the controller is configured to produce an output signal indicting the presence of a current leak on one of the plurality of terminals. a voltage source configured to produce a first voltage on a first output, a second voltage on a second output, and third voltage on a third output, wherein the first voltage is greater than the second voltage and the second voltage is greater than the third voltage; a first switch connected to the second output; a sampling capacitor connected to the switch, wherein the sampling capacitor is charged by the voltage source when the switch is closed; a first comparator with one input connected to the first output and a second input connected to the sampling capacitor; a second comparator with one input connected to the third output and a second input connected to the sampling capacitor; a multiplexer with a plurality of inputs configured to be connected to a plurality of terminals of an external circuit and an output connected to the sampling capacitor, the second input of the first comparator, and the second input of the second comparator; and a controller with inputs connected to the first comparator, the second comparator, and a clock generation unit, wherein the controller is configured to produce control signals to control the first switch and the multiplexer and wherein the controller is configured to produce an output signal indicting the presence of a current leak on one of the plurality of terminals.
Method for installing additional equipment in a pool such as a swimming pool, said pool comprising a supporting structure with a peripheral wall, a bottom and a cover arranged to cover while sealing said peripheral wall and said bottom, wherein an attachment device is installed for additional equipment in said pool between said peripheral wall and said cover at a selected location of said pool, and said additional equipment is attached to said attachment device through said cover, wherein an attachment device is used which comprises mounting pedestals arranged to accommodate the attachment parts of said additional equipment, said mounting pedestals protruding into the pool, wherein said cover is cut at the mounting pedestals, said sealed said cover is clamped around each attachment pedestal by means of a clamp combined with sealing parts, and said additional equipment is positioned in said pool against said attachment device placed on said mounting pedestals before its attachment to said attachment device by said attachment parts assembled on said mounting pedestals.
Method of identification test in the process of quality control of the medicine "Glycine tablets for sublingual application 0.1 g", containing 0.1 g of amino-acetic acid and 0.001 g of water-soluble methylcellulose, MC-100 in the form of microcapsules of non-agglomerated amino-acetic acid crystals covered with a polymeric film of water-soluble methylcellulose, MC-100 or in the form of granulates and 0.001 g of magnesium stearate, said tablets having a decomposition period varying from 10 to 20 minutes and a crushing resistance ranging from 10 to 30 N, wherein said method comprises - preparing an hydro-alcohol mix by dissolving of 1.25 g of porphyrized tablets in 250 ml of an hydro-alcohol solvent containing 50 % ethanol for 20 minutes at temperature of 40 °C in a dissolution apparatus at a paddle rotation speed of 200 rpm; allowing the obtained mix for 10 minutes at room temperature; selecting 4 ml of the mix in a cuvette with layer thickness of 10 mm; examining said mix in the cuvette with a light transmission spectrophotometer at a wave length of 700±2 nanometers; determining whether the light transmission coefficient versus the hydro-alcohol solvent containing 50 % ethanol is within the limits of 90 to 100 %; - preparing a water mix by dissolving of 2,5 g of porphyrized tablets in 250 ml of purified water for 20 minutes at a temperature of 37 °C in a dissolution apparatus at a paddle rotation speed of 150 rpm, allowing the obtained mix for 10 minutes at room temperature, selecting 4 ml of the mix in a cuvette with layer thickness of 10 mm; examining said mix in the cuvette with a light transmission spectrophotometer at a wave length of 700±2 nanometers; determining whether the light transmission coefficient versus the purified water is within the limits of 50 to 70 %; determining whether the difference between the light transmission coefficients of the hydro-alcohol mix and of the water mix is within the limit of 30 to 50 %. - preparing an hydro-alcohol mix by dissolving of 1.25 g of porphyrized tablets in 250 ml of an hydro-alcohol solvent containing 50 % ethanol for 20 minutes at temperature of 40 °C in a dissolution apparatus at a paddle rotation speed of 200 rpm; allowing the obtained mix for 10 minutes at room temperature; selecting 4 ml of the mix in a cuvette with layer thickness of 10 mm; examining said mix in the cuvette with a light transmission spectrophotometer at a wave length of 700±2 nanometers; determining whether the light transmission coefficient versus the hydro-alcohol solvent containing 50 % ethanol is within the limits of 90 to 100 %; - preparing a water mix by dissolving of 2,5 g of porphyrized tablets in 250 ml of purified water for 20 minutes at a temperature of 37 °C in a dissolution apparatus at a paddle rotation speed of 150 rpm, allowing the obtained mix for 10 minutes at room temperature, selecting 4 ml of the mix in a cuvette with layer thickness of 10 mm; examining said mix in the cuvette with a light transmission spectrophotometer at a wave length of 700±2 nanometers; determining whether the light transmission coefficient versus the purified water is within the limits of 50 to 70 %;
A saddle riding vehicle airbag device comprising: a retainer that is provided in use in front of a seat for a rider in a front-rear direction of the vehicle; an inflator; and an airbag (42, 242) that is housed in the retainer, is inflated by means of a gas discharged from the inflator and is deployed in front of the rider in the front-rear direction in use, wherein the retainer comprises an L-shaped airbag passage that causes the airbag (42, 242) to deploy upward in an up-down direction of the vehicle from a left-right direction of the vehicle in use, the airbag (42, 242) comprises a proximal end part (100, 200) that is located in the airbag passage in a deployed state and an outside deployment part that deploys outside the airbag passage in the deployed state, and the proximal end part (100, 200) is formed asymmetrical in the left-right direction with respect to a center line, of the outside deployment part, in the left-right direction in use. a retainer that is provided in use in front of a seat for a rider in a front-rear direction of the vehicle; an inflator; and an airbag (42, 242) that is housed in the retainer, is inflated by means of a gas discharged from the inflator and is deployed in front of the rider in the front-rear direction in use, wherein the retainer comprises an L-shaped airbag passage that causes the airbag (42, 242) to deploy upward in an up-down direction of the vehicle from a left-right direction of the vehicle in use, the airbag (42, 242) comprises a proximal end part (100, 200) that is located in the airbag passage in a deployed state and an outside deployment part that deploys outside the airbag passage in the deployed state, and the proximal end part (100, 200) is formed asymmetrical in the left-right direction with respect to a center line, of the outside deployment part, in the left-right direction in use.
An indoor unit comprising: a casing; and a front panel provided forward of the casing and movable away from a front surface of the casing, characterized by the front panel including extension parts extending outward in a longitudinal direction of the casing as compared to ends (31L, 31R) in the longitudinal direction of the front surface of the casing, the extension parts being on outside in the longitudinal direction of lines which extend along the front-back direction and pass the ends of the front surface. a casing; and a front panel provided forward of the casing and movable away from a front surface of the casing, characterized by the front panel including extension parts extending outward in a longitudinal direction of the casing as compared to ends (31L, 31R) in the longitudinal direction of the front surface of the casing, the extension parts being on outside in the longitudinal direction of lines which extend along the front-back direction and pass the ends of the front surface.
A driving tool comprising: a striking cylinder comprising a piston configured to be actuated by a combustion pressure of a mixed gas of compressed oxidant and fuel; a combustion chamber in which the mixed gas of compressed oxidant and fuel is to be combusted; an oxidant supply port for supplying the compressed oxidant into the combustion chamber; a fuel supply port for supplying the fuel into the combustion chamber; and a check valve (30FB, 30EB) provided to at least one of the oxidant supply port and the fuel supply port, characterised in that the driving tool further comprises a stirring part (30En, 33) configured to change an outflow direction of the compressed oxidant to be supplied from the oxidant supply port. a striking cylinder comprising a piston configured to be actuated by a combustion pressure of a mixed gas of compressed oxidant and fuel; a combustion chamber in which the mixed gas of compressed oxidant and fuel is to be combusted; an oxidant supply port for supplying the compressed oxidant into the combustion chamber; a fuel supply port for supplying the fuel into the combustion chamber; and a check valve (30FB, 30EB) provided to at least one of the oxidant supply port and the fuel supply port, characterised in that the driving tool further comprises a stirring part (30En, 33) configured to change an outflow direction of the compressed oxidant to be supplied from the oxidant supply port.
A method for a wireless communications system for assigning resources within a multiple carrier environment, comprising: identifying a plurality of carriers in frequency and at least one anchor carrier among the plurality of carriers; and transmitting, on the at least one anchor carrier, at least one grant message for indicating resource assignment, wherein the at least one grant message includes information for determining a modulation and coding scheme, MCS and a set of assigned resources comprising a set of resource blocks for the at least one anchor carrier and at least one other carrier among the plurality of carriers. identifying a plurality of carriers in frequency and at least one anchor carrier among the plurality of carriers; and transmitting, on the at least one anchor carrier, at least one grant message for indicating resource assignment, wherein the at least one grant message includes information for determining a modulation and coding scheme, MCS and a set of assigned resources comprising a set of resource blocks for the at least one anchor carrier and at least one other carrier among the plurality of carriers.
An inking device with an ink application roller comprising - a doctor blade chamber, which with an ink application roller forms a closed space, - wherein the doctor blade chamber comprises at least one feed- and at least one discharge opening (113, 114) for printing ink, - at least one feed line for feeding and at least one discharge line (113, 114) for discharging the printing ink, wherein in each case at least one valve (130, 131) is arranged in the feed line and in the discharge line (113, 114), characterized in that the inking device comprises a doctor blade carrier, to which the doctor blade chamber can be coupled, and at least one of the valves (130, 131) is arranged on the doctor blade carrier. - a doctor blade chamber, which with an ink application roller forms a closed space, - wherein the doctor blade chamber comprises at least one feed- and at least one discharge opening (113, 114) for printing ink, - at least one feed line for feeding and at least one discharge line (113, 114) for discharging the printing ink, wherein in each case at least one valve (130, 131) is arranged in the feed line and in the discharge line (113, 114),
A method for producing a light transmissive optical component (10; 20; 30; 40; 50; 60; 70), wherein the method comprises 3D printing a stack (1; 21; 31; 41; 51; 61) of at least two layers (2; 22; 32; 42, 42'; 52, 52'), wherein each layer (42, 42') is a biconvex cylinder lens having an optical axis perpendicular to a stacking direction of the stack (1; 21; 31; 41; 51; 61), and wherein the stack (1; 21; 31; 41; 51; 61) is 3D printed using fused deposition modeling, characterized in that the at least two layers are made of materials having different indices of refraction.
Transporting apparatus (10.1 10.10) in the form of an overhead conveyor, which transporting apparatus (10.1 10.10) comprises one or more carriages, which are mounted on a running rail so as to be movable in the direction of the running-rail and on which an apparatus (18, 19, 20) for accommodating articles (30, 30) is arranged in a downwardly hanging state in each case, wherein the apparatus (18, 19, 20) for accommodating articles forms at least one flexible material web (18, 18) which is planar in the open state, hangs down when in an unguided state and can have its two ends (19, 20) fastened on the carriages to form a downwardly hanging carrying loop or transporting loop which is open on both sides, wherein first and second apparatuses (19, 20) are arranged at the two ends of the at least one material web (18, 18) for the purpose of fastening the material web (18, 18) on one of the carriages, wherein the apparatuses (19, 20) for fastening the material web (18, 18) on the carriage preferably each comprises a crossbar (19, 20) at each end of the material web (18, 18), and the crossbars (19, 20) preferably fit into pockets provided for this purpose at the ends of the material web (18, 18), wherein the first apparatus for fastening the at least one material web (18, 18) on the carriage is fixed to the carriage, and the second apparatus for fastening the at least one material web on the carriage is connected to the carriage in releasable manner.
A genset, comprising: a gas turbine engine having a low pressure shaft wherein the gas turbine engine is adapted to provide mechanical power to a propulsion type load; a generator having an input power shaft wherein the generator is adapted to receive mechanical power to develop electric power; an output power shaft having a first end coupled to the low pressure shaft of the gas turbine and a second end coupled to the input power shaft of the generator; first and second struts (140, 142) wherein first ends of the first and second struts are coupled to the gas turbine engine and second ends of the first and second struts are coupled to the generator at locations diametrically opposed on a radially outer surface of the generator; and a suspension apparatus comprising first and second suspension devices (162, 90), wherein the first suspension device attaches to the gas turbine engine at a mounting location disposed in a first plane that includes a gas turbine engine center of gravity and the second suspension device attaches to the generator at a mounting location disposed in a second plane that includes the generator center of gravity, wherein the first and second planes are axial planes normal to a central rotational axis. a gas turbine engine having a low pressure shaft wherein the gas turbine engine is adapted to provide mechanical power to a propulsion type load; a generator having an input power shaft wherein the generator is adapted to receive mechanical power to develop electric power; an output power shaft having a first end coupled to the low pressure shaft of the gas turbine and a second end coupled to the input power shaft of the generator; first and second struts (140, 142) wherein first ends of the first and second struts are coupled to the gas turbine engine and second ends of the first and second struts are coupled to the generator at locations diametrically opposed on a radially outer surface of the generator; and a suspension apparatus comprising first and second suspension devices (162, 90), wherein the first suspension device attaches to the gas turbine engine at a mounting location disposed in a first plane that includes a gas turbine engine center of gravity and the second suspension device attaches to the generator at a mounting location disposed in a second plane that includes the generator center of gravity, wherein the first and second planes are axial planes normal to a central rotational axis.
A device for rotating articles (12A, 12B, 12C, 12D) of a loose article group including at least two articles (12A, 12B; 12C, 12D) during a conveying movement on a conveyor, in particular a conveyor belt, a conveyor table, or the like, wherein the device has a rotating device, which is embodied to at least intermittently contact the articles (12A, 12B, 12C, 12D) of the loose article group during the conveying movement of the article group and during the contact, to simultaneously rotate each article (12A, 12B, 12C, 12D) of the at least two articles (12A, 12B, 12C, 12D) of the loose article group respectively around a corresponding first rotation axis extending orthogonal to the conveying direction between a respective first orientation and a respective second orientation relative to another article (12A, 12B, 12C, 12D) of the at least two articles (12A, 12B, 12C, 12D) of the loose article group, characterized in that the rotating device is embodied to rotate around a second rotation axis extending orthogonal to the conveying direction of the loose article group and to the directions of the first rotation axes, wherein the rotating device has at least two pairs of opposing guide rods arranged spaced apart from each other for contacting the at least two articles (12A, 12B, 12C, 12D), wherein during the contact, each of the articles (12A, 12B, 12C, 12D) of the at least two articles (12A, 12B, 12C, 12D) is received between a respective pair of guide rods, and wherein the at least two pairs of guide rods are able to rotate in opposite directions, in a respectively reversible fashion opposite from each other, between a first orientation and a second orientation.
Box body for commercial vehicles with a roof section, side walls (2, 3), a load floor, a front wall and a rear wall, wherein at least the rear wall provided with a rear wall door (5.1) is connected with a side wall (2, 3), wherein a portal profile connectable to the side wall (2, 3) is arranged between the side wall (2, 3) and a rear wall with an inner free space closable by a cover, which can be filled with an insulating material, wherein a hinge of the rear wall door (5.1) is fastened to the portal profile, characterized in that the portal profile is arranged so as to be detachably connectable to the side wall (2, 3) and is filled with the insulating material.
A spatial reuse method, comprising: receiving, by a second access point, AP, a radio frame sent by a first AP, wherein the radio frame comprises identification information; and the identification information is used to configure the second AP to perform spatial reuse during uplink data transmission performed by at least one first station, STA, associated with the first AP; and performing spatial reuse by sending, by the second AP based on the identification information, a downlink frame to at least one second STA associated with the second AP; and wherein the identification information is an association identifier of the second AP, or a MAC address of the second AP, or an ID of the second AP. receiving, by a second access point, AP, a radio frame sent by a first AP, wherein the radio frame comprises identification information; and the identification information is used to configure the second AP to perform spatial reuse during uplink data transmission performed by at least one first station, STA, associated with the first AP; and performing spatial reuse by sending, by the second AP based on the identification information, a downlink frame to at least one second STA associated with the second AP; and wherein the identification information is an association identifier of the second AP, or a MAC address of the second AP, or an ID of the second AP.
A fluid rotor rotary machine, comprising a set of blades mounted on arms rotating about a main axis of the rotor, the rotor being held by a support structure in an orientation such that said axis is essentially perpendicular to the direction of the fluid flow, each blade being pivotally mounted about a respective rotation axis parallel to the main axis, the machine comprising a linkage (13, 7, 14) for generating a relative rotational movement of each blade with respect to its arm at the rotation axis thereof, for thereby varying the pitch of the blade with respect to the fluid flow in an angular interval, the machine comprising means for collectively modifying the geometry of the linkages (13, 7, 14) from a movement generated at the main axis of the rotor so as to vary the magnitude of the angular interval, The machine being characterized in that the modification means comprise a control member capable of being displaced axially along the main axis and a set of redirection linkages respectively associated with the arms.
A composition for selective etching of a nitride film with respect to an oxide film, comprising: a first inorganic acid including any one selected from the group consisting of sulfuric acid, nitric acid, phosphoric acid, silicic acid, hydrofluoric acid, boric acid, hydrochloric acid, perchloric acid, and mixtures thereof; a first additive, being any one selected from the group consisting of phosphorous acid, an organic phosphite, a hypophosphite, and mixtures thereof; a second additive; and a solvent; characterized in that said composition comprises the first additive at a proportion of 0.01% to 15% by weight, the first inorganic acid at a proportion of 70% to 99% by weight, the second additive in an amount of 0.01% to 20% by weight and the solvent as the balance. a first inorganic acid including any one selected from the group consisting of sulfuric acid, nitric acid, phosphoric acid, silicic acid, hydrofluoric acid, boric acid, hydrochloric acid, perchloric acid, and mixtures thereof; a first additive, being any one selected from the group consisting of phosphorous acid, an organic phosphite, a hypophosphite, and mixtures thereof; a second additive; and a solvent; characterized in that said composition comprises the first additive at a proportion of 0.01% to 15% by weight, the first inorganic acid at a proportion of 70% to 99% by weight, the second additive in an amount of 0.01% to 20% by weight and the solvent as the balance.