mhurhangee/ep-ind-claims huggingface dataset:
A hydrogen absorption alloy, characterized in that chemical composition is represented by the general formula M1 t M2 u M3 v Ca w Mg x Ni y M4 z wherein 16 × d − 1, 870 / d − r ≤ v ≤ 16 × d − 1, 860 / d − r; 1.6 ≤ w ≤ 3.2; 4.1 ≤ x ≤ 5.1; 3.2 ≤ y + z t + u + v + w + x ≤ 3.4; t + u + v + w + x + y + z = 100; M1 is one or more elements selected from La, Pr, and Nd; M2 is one or more elements selected from V, Nb, Ta, Ti, Zr, and Hf; M3 is one or more elements selected from Sm, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu; M4 is one or more elements selected from Co, Mn, Al, Cu, Fe, Cr, and Zn; d is an average atomic radius of the elements selected as M1; and r is an average atomic radius of the elements selected as M3. t + u + v + w + x + y + z = 100; M1 is one or more elements selected from La, Pr, and Nd; M2 is one or more elements selected from V, Nb, Ta, Ti, Zr, and Hf; M3 is one or more elements selected from Sm, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu; M4 is one or more elements selected from Co, Mn, Al, Cu, Fe, Cr, and Zn; d is an average atomic radius of the elements selected as M1; and r is an average atomic radius of the elements selected as M3.
An armrest assembly, comprising: a support bracket configured to attach to a seat element; a rack receiver coupled to the support bracket; a rack slidable relative to the rack receiver, the rack including an elongate slot formed along a longitudinal length of the rack and a plurality of detents formed along one edge of the rack, each of the plurality of detents corresponding to an armrest deployment position; an armrest positioned atop the rack; space guides carried by the rack receiver and engaged in the elongate slot of the rack; a lever pivotally attached to the rack receiver; a pawl carried by the lever, the pawl configured to engage in the plurality of detents to lock the armrest in a selected armrest deployment position; and a biasing member coupled between the lever and the rack receiver biasing the pawl toward an engaged position; wherein, in use, the armrest is adjustable between a stowed position and a plurality of discrete armrest deployment positions. a support bracket configured to attach to a seat element; a rack receiver coupled to the support bracket; a rack slidable relative to the rack receiver, the rack including an elongate slot formed along a longitudinal length of the rack and a plurality of detents formed along one edge of the rack, each of the plurality of detents corresponding to an armrest deployment position; an armrest positioned atop the rack; space guides carried by the rack receiver and engaged in the elongate slot of the rack; a lever pivotally attached to the rack receiver; a pawl carried by the lever, the pawl configured to engage in the plurality of detents to lock the armrest in a selected armrest deployment position; and a biasing member coupled between the lever and the rack receiver biasing the pawl toward an engaged position; wherein, in use, the armrest is adjustable between a stowed position and a plurality of discrete armrest deployment positions.
An electric motor, comprising: - a frame defining an internal volume in which are housed a rotor and a stator, - at least one primary cooling circuit crossing the stator, comprising a primary inlet and a primary outlet in fluidic communication with the outside of the frame, a gas fluid from the outside of the frame penetrating through said primary inlet being intended to circulate in said primary cooling circuit and to leave said circuit through said primary outlet, - at least one cooling device outside the frame comprising a secondary air inlet and a secondary air outlet, said secondary inlet and said secondary outlet being in fluidic communication with the internal volume of the frame, a conduit, connecting said secondary inlet and said secondary outlet, extending at least partly outside the frame, - at least one secondary cooling circuit, separate from the primary circuit, crossing the rotor and in fluidic communication with the secondary inlet and the secondary outlet of the cooling device, a gas fluid internal to the secondary cooling circuit being intended to circulate in said secondary cooling circuit and in said outer cooling device, the secondary cooling circuit being crossed by a channel of the primary cooling circuit supplying the stator with the gas fluid from the outside of the frame, the channel crossing transversely the secondary cooling circuit so as to separate a secondary gas flow flowing in the secondary cooling channel into two gas flows flowing around the channel; characterized in that the channel comprises a section of prismatic shape with an apex turned upstream the secondary gas fluid and a base turned downstream - a frame defining an internal volume in which are housed a rotor and a stator, - at least one primary cooling circuit crossing the stator, comprising a primary inlet and a primary outlet in fluidic communication with the outside of the frame, a gas fluid from the outside of the frame penetrating through said primary inlet being intended to circulate in said primary cooling circuit and to leave said circuit through said primary outlet, - at least one cooling device outside the frame comprising a secondary air inlet and a secondary air outlet, said secondary inlet and said secondary outlet being in fluidic communication with the internal volume of the frame, a conduit, connecting said secondary inlet and said secondary outlet, extending at least partly outside the frame, - at least one secondary cooling circuit, separate from the primary circuit, crossing the rotor and in fluidic communication with the secondary inlet and the secondary outlet of the cooling device, a gas fluid internal to the secondary cooling circuit being intended to circulate in said secondary cooling circuit and in said outer cooling device,
Auxiliary headlamp (3, 3', 3") for a vehicle, which is set up to generate a light image in front of the vehicle by emitting light from at least one light module and to project it in front of the vehicle through downstream imaging optics, wherein at least one first light module is set up to generate a first light image (110', 110") with at least one first light distribution (111', 111") with at least one first, essentially vertically oriented, line-shaped intensity maximum (112', 112"), and at least a second light module is set up to generate a second light image (120', 120") with a second light distribution (121', 121") with at least one second, essentially rectangular intensity maximum (122', 122"), and the light images (110', 110", 120', 120") of both light modules (6, 7) are superimposed, the first intensity maximum (112', 112") being located vertically below the second intensity maximum (122', 122"), characterized in that the at least one firstlight module for generating a first light emission by at least one first light source (9a, 9b), the at least one secondlight module for generating a second light emission by at least one second light source (10a, 10b, 10c), the auxiliary headlamp (3, 3', 3") further comprising at least one primary optic, the primary optic having a plurality of light guiding elements (12a, 12b, 13a, 13b, 13c), each light guiding element (12a, 12b, 13a, 13b, 13c) having a light input surface for coupling a light emission, and a light emission surface wherein the first light emission couples into at least one first light guide element (12a, 12b) of the primary optics, the second light emission couples into at least one second light guide element (13a, 13b, 13c) of the primary optics, at least one diaphragm downstream of the primary optics, having at least one first diaphragm opening, which faces the light exit surface of the first light guide element (12a, 12b), and at least one second diaphragm opening, which faces the light exit surface of the second light guide element (13a, 13b, 13c), 13b, 13c), wherein the primary optics and the diaphragm generate an overall illumination image from the light emissions and an imaging optics downstream of the diaphragm projects the overall illumination image as a light image in the radiation direction of the auxiliary headlamp (3, 3', 3").
A parking brake device having a bistable parking brake valve, having a relay valve which is activated by the parking brake valve, and having at least one electric solenoid valve device which is activated by an electronic control unit and which connects the parking brake valve selectively to feed pressure (P feed) or atmospheric pressure, wherein an outlet of the parking brake valve activates the relay valve and the relay valve activates a spring-loaded brake, and wherein, in the electronic control unit, there is stored a first characteristic map which contains a duty factor for activation signals of the electric solenoid valve, characterized in that, in the electronic control unit, there is stored a second, multi-dimensional characteristic map which, in the event of a change of a demanded pressure target value (P target) for the spring-loaded brake, activates the electric solenoid valve device with an initial pulse (P i) of predefined time duration (ti), wherein the time duration (t i) of the initial pulse (P i) is taken from the stored characteristic map, and in that the characteristic map contains stored data of the time duration (t i) of the initial pulse (P i) as a function of at least the estimated actual pressure and the demanded target value (P target) or of the estimated actual pressure and the difference between the estimated actual pressure and the demanded target value (P target).
A fiber laser oscillator comprising: a plurality of fiber laser modules outputting laser lights; a combiner for combining and emitting the laser lights respectively outputted from the plurality of fiber laser modules to the exterior; a low-dew-pointizer section for changing compressed air for purging supplied from the exterior into dry air with a low dew point by means of a gas separation membrane module (23a, 23b); a distributor for distributing and supplying the dry air respectively to the plurality of fiber laser modules; a chassis for housing the plurality of fiber laser modules; and characterized by a cooler for dehumidifying a space in the chassis. a plurality of fiber laser modules outputting laser lights; a combiner for combining and emitting the laser lights respectively outputted from the plurality of fiber laser modules to the exterior; a low-dew-pointizer section for changing compressed air for purging supplied from the exterior into dry air with a low dew point by means of a gas separation membrane module (23a, 23b); a distributor for distributing and supplying the dry air respectively to the plurality of fiber laser modules; a chassis for housing the plurality of fiber laser modules; and characterized by a cooler for dehumidifying a space in the chassis.
A liquid ejection head comprising: an ejection port configured to eject liquid; a pressure chamber communicating with the ejection port; and a piezoelectric element configured to pressurize the pressure chamber and eject, from the ejection port, the liquid stored in the pressure chamber, wherein a lower wall of the pressure chamber includes a portion where vibration characteristics are different between a pressurized state in which the pressure chamber is pressurized by the piezoelectric element and a depressurized state in which the pressure chamber is depressurized by ejecting the liquid from the ejection port and stopping pressurization to the pressure chamber, the portion having different vibration characteristics is configured to reduce pressure fluctuation in the pressure chamber in the depressurized state, the portion having different vibration characteristics includes a first layer and a second layer which has rigidity higher than rigidity of the first layer and is formed separately from the first layer so as to form a gap in a space with the first layer, and the first layer and the second layer are sequentially arranged from the pressure chamber side, characterized in that the first layer is deformed together with the second layer in a state of contacting the second layer in the pressurized state, and the first layer is deformed independently from the second layer in the depressurized state. an ejection port configured to eject liquid; a pressure chamber communicating with the ejection port; and a piezoelectric element configured to pressurize the pressure chamber and eject, from the ejection port, the liquid stored in the pressure chamber, wherein a lower wall of the pressure chamber includes a portion where vibration characteristics are different between a pressurized state in which the pressure chamber is pressurized by the piezoelectric element and a depressurized state in which the pressure chamber is depressurized by ejecting the liquid from the ejection port and stopping pressurization to the pressure chamber, the portion having different vibration characteristics is configured to reduce pressure fluctuation in the pressure chamber in the depressurized state, the portion having different vibration characteristics includes a first layer and a second layer which has rigidity higher than rigidity of the first layer and is formed separately from the first layer so as to form a gap in a space with the first layer, and the first layer and the second layer are sequentially arranged from the pressure chamber side, characterized in that the first layer is deformed together with the second layer in a state of contacting the second layer in the pressurized state, and the first layer is deformed independently from the second layer in the depressurized state.
An enteric coating composition for softgel dosage forms comprising: at least one methacrylic acid/acrylate copolymer, in an amount of 15% by weight of the enteric coating composition; at least one glidant, in an amount of 10% by weight based on dry copolymer weight; at least one emulsifier, in an amount of 10% by weight based on dry copolymer weight; and at least one plasticizer, selected from the group consisting of polyethylene glycol, glycerol, sorbitol, dioctyl-sodium sulfosuccinate, triethyl citrate, tributyl citrate, mono-, di, or tri-acetates of glycerol, dibutyl sebacate, di- and triethyl phthalate, polyethylene glycol 6000, and mixtures thereof, said plasticizer being present in an amount of 20% by weight based on dry copolymer weight. at least one methacrylic acid/acrylate copolymer, in an amount of 15% by weight of the enteric coating composition; at least one glidant, in an amount of 10% by weight based on dry copolymer weight; at least one emulsifier, in an amount of 10% by weight based on dry copolymer weight; and at least one plasticizer, selected from the group consisting of polyethylene glycol, glycerol, sorbitol, dioctyl-sodium sulfosuccinate, triethyl citrate, tributyl citrate, mono-, di, or tri-acetates of glycerol, dibutyl sebacate, di- and triethyl phthalate, polyethylene glycol 6000, and mixtures thereof, said plasticizer being present in an amount of 20% by weight based on dry copolymer weight.
A process for preparing a composition comprising at least one lactam, at least one catalyst, an activator from the group consisting of isocyanates, acid anhydrides, acyl halides, reaction products thereof with and mixtures thereof, at least one polyethyleneimine. at least one lactam, at least one catalyst, an activator from the group consisting of isocyanates, acid anhydrides, acyl halides, reaction products thereof with and mixtures thereof, at least one polyethyleneimine.
A quantum dot composition comprising a quantum dot and a ligand modifier adsorbed on a surface of the quantum dot, wherein the ligand modifier has a structural formula of segment A-segment B, the ligand modifier is adsorbed on the surface of the quantum dot by segment A, and segment B is a long molecular chain including an R1 group, an R2 group and an R3 group which are sequentially linked one by one with the R1 group being linked to the segment A; wherein the quantum dot includes any one or more selected from a group comprising an III-V group quantum dot, an IV group quantum dot, an II-VI group quantum dot, a core-shell quantum dot, and an alloy quantum dot; wherein the segment A includes any one or more selected from a group comprising an amino group, sulfhydryl, hydroxyl, a polyamino group, polysulfhydryl, polyhydroxyl, phosphorus, phosphorusoxy, organophosphorus, and thioether; wherein the R1 group includes any one or more selected from a group comprising an aromatic group, ethyl, butyl, cyclohexyl, methoxyl, a methylamino aliphatic chain, epoxypropyl, and a cyclohexyl alicyclic compound; wherien the R2 group includes any one or more selected from a group comprising an azo group, a peroxy group, and a diacyl peroxide; wherein the R3 group includes any one or more selected from a group comprising an aromatic group, ethyl, butyl, cyclohexyl, methoxyl, a methylamino aliphatic chain, epoxypropyl, and a cyclohexyl alicyclic compound; wherein the aromatic group includes any one or more selected from a group comprising phenyl, alkylphenyl, thienyl, pyrimidinyl, a phenylamino group, naphthalene, and phenoxyl. wherein the quantum dot includes any one or more selected from a group comprising an III-V group quantum dot, an IV group quantum dot, an II-VI group quantum dot, a core-shell quantum dot, and an alloy quantum dot; wherein the segment A includes any one or more selected from a group comprising an amino group, sulfhydryl, hydroxyl, a polyamino group, polysulfhydryl, polyhydroxyl, phosphorus, phosphorusoxy, organophosphorus, and thioether; wherein the R1 group includes any one or more selected from a group comprising an aromatic group, ethyl, butyl, cyclohexyl, methoxyl, a methylamino aliphatic chain, epoxypropyl, and a cyclohexyl alicyclic compound; wherien the R2 group includes any one or more selected from a group comprising an azo group, a peroxy group, and a diacyl peroxide; wherein the R3 group includes any one or more selected from a group comprising an aromatic group, ethyl, butyl, cyclohexyl, methoxyl, a methylamino aliphatic chain, epoxypropyl, and a cyclohexyl alicyclic compound; wherein the aromatic group includes any one or more selected from a group comprising phenyl, alkylphenyl, thienyl, pyrimidinyl, a phenylamino group, naphthalene, and phenoxyl.
A transparent display device comprising: a transparent screen configured to render an image on the transparent screen, and to render virtual objects that appear to be in a three-dimensional space behind the transparent screen; a hand tracker configured to sense movement of a user's hands to interact with one or more of the virtual objects in the three-dimensional space behind the transparent screen, and to generate three-dimensional input based on the movement; a controller configured to modify the rendering of the image on the transparent screen or the virtual objects behind the transparent screen based on the three-dimensional input; characterized by an input panel positioned behind the transparent screen configured to receive two-dimensional input from the user, wherein the controller is further configured to modify the rendering of the image on the transparent screen based on the two-dimensional input from the user and by causing the rendering of the image to slide away to reveal the virtual objects that appear to be in the three-dimensional space behind the transparent screen or to slide back to cover the virtual objects responsive to the hand tracker sensing movement of one of the user's hands respectively from the input panel to reach into the three-dimensional space or from the three-dimensional space to reach towards the input panel. a transparent screen configured to render an image on the transparent screen, and to render virtual objects that appear to be in a three-dimensional space behind the transparent screen; a hand tracker configured to sense movement of a user's hands to interact with one or more of the virtual objects in the three-dimensional space behind the transparent screen, and to generate three-dimensional input based on the movement; a controller configured to modify the rendering of the image on the transparent screen or the virtual objects behind the transparent screen based on the three-dimensional input; characterized by an input panel positioned behind the transparent screen configured to receive two-dimensional input from the user, wherein the controller is further configured to modify the rendering of the image on the transparent screen based on the two-dimensional input from the user and by causing the rendering of the image to slide away to reveal the virtual objects that appear to be in the three-dimensional space behind the transparent screen or to slide back to cover the virtual objects responsive to the hand tracker sensing movement of one of the user's hands respectively from the input panel to reach into the three-dimensional space or from the three-dimensional space to reach towards the input panel.
Dough dividing machine comprising - a dough adding funnel, - a feed chamber container arranged at the outlet of the dough adding funnel with a dough feed chamber, - a dough mouthpiece in the dough conveying path after the dough feed chamber, and - at least one stroke-displaceable dough feeding plunger for feeding the dough in the dough feed chamber to the dough mouthpiece, characterised in that the dough dividing machine is designed to be modular to improve its disassembly and comprises at least two of the following modules: -- a feed chamber module formed by the feed chamber container, -- a funnel module formed by the dough adding funnel, -- a plunger module formed by the dough feeding plunger and -- a mouthpiece module formed by the dough mouthpiece, wherein - at least one rapid connecting device is provided for assembling and disassembling the modules. - a dough adding funnel, - a feed chamber container arranged at the outlet of the dough adding funnel with a dough feed chamber, - a dough mouthpiece in the dough conveying path after the dough feed chamber, and - at least one stroke-displaceable dough feeding plunger for feeding the dough in the dough feed chamber to the dough mouthpiece, characterised in that the dough dividing machine is designed to be modular to improve its disassembly and comprises at least two of the following modules: -- a feed chamber module formed by the feed chamber container, -- a funnel module formed by the dough adding funnel, -- a plunger module formed by the dough feeding plunger and -- a mouthpiece module formed by the dough mouthpiece, wherein -- a feed chamber module formed by the feed chamber container, -- a funnel module formed by the dough adding funnel, -- a plunger module formed by the dough feeding plunger and -- a mouthpiece module formed by the dough mouthpiece, wherein - at least one rapid connecting device is provided for assembling and disassembling the modules.
A circular, annular tool magazine shelf of a tower construction, comprising a base frame adapted for receiving - a tool shelf which has a plurality of immovable tool deposition places, arranged in vertically superposed fashion and in a circular ring, adapted for machining tools, and - a power-driven tool handling system adapted for tool transport from the tool magazine shelf to a machine-side pick-up tool magazine store, and vice versa, wherein a spindle tower which is mounted rotatably about a vertical rotation shaft is arranged in a circle center-point of the tool deposition places, characterized in that the base frame consists of a monolithically constructed, plate-shaped foundation in which the rotation shaft is mounted overhanging freely by way of a mounting arrangement. - a tool shelf which has a plurality of immovable tool deposition places, arranged in vertically superposed fashion and in a circular ring, adapted for machining tools, and - a power-driven tool handling system adapted for tool transport from the tool magazine shelf to a machine-side pick-up tool magazine store, and vice versa,