mhurhangee/ep-ind-claims huggingface dataset:
Optical system for a spotlight, comprising: a first optical element and a second optical element which are arranged optically one behind the other along a light-radiating axis, and an adjustment mechanism, which is coupled to the first optical element and the second optical element such that it can move the optical elements (3, 4) along the light-radiating axis in such a way that the optical elements (3, 4) can be moved relative to one another between a distanced position, in which the optical elements (3, 4) are spaced apart along the light-radiating axis, and an adjacent position, in which the optical elements (3, 4) are disposed closer to one another than in the distanced position, and wherein the adjustment mechanism is further coupled to the first optical element and the second optical element such that the optical elements (3, 4), when they are in the adjacent position, can be moved together along the light-radiating axis while maintaining said adjacent position, characterized in that each optical element (3, 4) comprises guide pins (32, 42), which extend from the respective optical element (3, 4), and the adjustment mechanism comprises a guide element having first and second guide grooves (63, 64), wherein the guide pins of the first optical element interact with the first guide grooves and the guide pins of the second optical element interact with the second guide grooves such that the optical elements (3, 4) can be moved with respect to the light-radiating axis via a rotation relative to the guide element. a first optical element and a second optical element which are arranged optically one behind the other along a light-radiating axis, and an adjustment mechanism, which is coupled to the first optical element and the second optical element such that it can move the optical elements (3, 4) along the light-radiating axis in such a way that the optical elements (3, 4) can be moved relative to one another between a distanced position, in which the optical elements (3, 4) are spaced apart along the light-radiating axis, and an adjacent position, in which the optical elements (3, 4) are disposed closer to one another than in the distanced position, and wherein the adjustment mechanism is further coupled to the first optical element and the second optical element such that the optical elements (3, 4), when they are in the adjacent position, can be moved together along the light-radiating axis while maintaining said adjacent position, characterized in that each optical element (3, 4) comprises guide pins (32, 42), which extend from the respective optical element (3, 4), and the adjustment mechanism comprises a guide element having first and second guide grooves (63, 64), wherein the guide pins of the first optical element interact with the first guide grooves and the guide pins of the second optical element interact with the second guide grooves such that the optical elements (3, 4) can be moved with respect to the light-radiating axis via a rotation relative to the guide element.
A muffler, in particular a vehicle muffler, comprising at least one resonator chamber which is bounded by at least a first housing part having a first outer jacket and having a first end wall which is arranged on the inflow side and in which an inflow opening is arranged, and by a first internal pipe segment, and at least one coupling device for coupling to a turbocharger, which is accommodated in the first end wall of the first housing part, and which coupling device comprises a coupling body, wherein the coupling body is designed as a shaped sheet metal part, such as a deep-drawn part, and the first housing part is formed from a shaped sheet metal part, such as a deep-drawn part, wherein the inflow opening of the first housing part has an extension which is tapered in steps in an axial section and in which the coupling body and a sealing element, such as a radial sealing ring, are accommodated, characterized in that a first sealing lip of the sealing element rests against the first housing part's extension which is tapered in steps.
A topical delivery composition in a pressurized container, said composition comprising: up to 15% w/w of at least one pharmaceutically active compound, wherein the at least one pharmaceutically active compound comprises a combination of benzoyl peroxide and clindamycin phosphate; from 83% to 97.9% of a quick-breaking foaming agent comprising (a) water, (b) a surfactant and (c) a pH adjusting agent present in an amount sufficient to adjust the pH of the composition to between 4 to 6.5; and from 2% to 7% of an aerosol propellant selected from the group consisting of a hydrocarbon, a chlorofluorocarbon, dimethyl ether, hydrofluorocarbons, and a mixture thereof, wherein said composition is a quick-breaking foam after release from said container. up to 15% w/w of at least one pharmaceutically active compound, wherein the at least one pharmaceutically active compound comprises a combination of benzoyl peroxide and clindamycin phosphate; from 83% to 97.9% of a quick-breaking foaming agent comprising (a) water, (b) a surfactant and (c) a pH adjusting agent present in an amount sufficient to adjust the pH of the composition to between 4 to 6.5; and from 2% to 7% of an aerosol propellant selected from the group consisting of a hydrocarbon, a chlorofluorocarbon, dimethyl ether, hydrofluorocarbons, and a mixture thereof, wherein said composition is a quick-breaking foam after release from said container.
Container closure made of plastic, comprising a lower closure part, which can be fastened to an opening of a container, whereas the lower closure part has a collar, which can be inserted into the opening of the container, and has at least one locking projection, wherein the at least one locking projection can be substantially moved in the direction of a center axis (I-I) of the lower closure part in a reversible elastic manner in relation to the collar and the at least one locking projection is designed in such a way that, when the at least one locking projection and an undercut shaped in the opening engage with each other, the at least one locking projection and said undercut form a lock that cannot be detached in the direction of the center axis (I-I), characterized in that the collar comprises at least one through-hole and the at least one locking projection can be moved through the at least one through-hole.
Electromagnetic contactor for a starter with electric motor, said contactor comprising: connection terminals intended to be connected to a battery and to the electric motor, a moving core, a main fixed core, an axial air gap formed between the moving core and the fixed core, a tubular coil for generating, upon its excitation, a magnetic flux in the axial air gap formed between the moving core and the main fixed core, a magnetic circuit provided with a vessel arranged as a magnetic yoke frame fixed to the fixed core, an insulating cap enclosing the contacts (25, 26) of the electrical power circuit and bearing the connection terminals intended to be connected to the battery and to the electric motor, said vessel consisting of a bell-shaped metal jacket, an internal shell made of magnetic material surrounding the coil, and a washer acting as additional fixed core passed through by the moving core and arranged opposite the main fixed core, characterized in that the metal jacket of the vessel comprises an annular rib extending continuously facing the cylindrical outer periphery of the main fixed core, said rib having an internal diameter respectively greater than the internal diameter of the shell and less than the diameter of the jacket, so as to ensure the alignment of the washer and the shell in the jacket of the vessel, in that the fixed core comprises a flange and in that the outer periphery of the flange is in close contact with the inner periphery of the rib, which thus serves as centring device for the fixed core. connection terminals intended to be connected to a battery and to the electric motor, a moving core, a main fixed core, an axial air gap formed between the moving core and the fixed core, a tubular coil for generating, upon its excitation, a magnetic flux in the axial air gap formed between the moving core and the main fixed core, a magnetic circuit provided with a vessel arranged as a magnetic yoke frame fixed to the fixed core, an insulating cap enclosing the contacts (25, 26) of the electrical power circuit and bearing the connection terminals intended to be connected to the battery and to the electric motor, said vessel consisting of a bell-shaped metal jacket, an internal shell made of magnetic material surrounding the coil, and a washer acting as additional fixed core passed through by the moving core and arranged opposite the main fixed core, characterized in that the metal jacket of the vessel comprises an annular rib extending continuously facing the cylindrical outer periphery of the main fixed core, said rib having an internal diameter respectively greater than the internal diameter of the shell and less than the diameter of the jacket, so as to ensure the alignment of the washer and the shell in the jacket of the vessel, in that the fixed core comprises a flange and in that the outer periphery of the flange is in close contact with the inner periphery of the rib, which thus serves as centring device for the fixed core.
Process for producing alcohols by continuous hydrogenation of C9 aldehydes in at least two hydrogenation stages, wherein a stream containing the C9 aldehydes to be hydrogenated is hydrogenated with a hydrogen-containing gas over an activated metal catalyst based on a nickel metal foam in the liquid phase in the first hydrogenation stage comprising at least one recycle reactor, wherein a crude product stream containing at least alcohols and unconverted aldehydes, of which a first portion is recycled and a second portion is passed to the second hydrogenation stage, is withdrawn from the at least one recycle reactor, the second portion of the crude product stream is hydrogenated with a hydrogen-containing gas over a supported catalyst comprising a catalytically active component and a support material in the liquid phase in the second hydrogenation stage comprising at least one reactor operated in straight pass, wherein the catalytically active component is selected from the group consisting of nickel, copper, chromium and mixtures thereof, and wherein the support material consists to an extent of more than 90% by weight of an oxidic material selected from the group consisting of aluminum oxide, aluminum silicate, silicon dioxide, titanium dioxide, zirconium oxide and mixtures of two or more thereof. a stream containing the C9 aldehydes to be hydrogenated is hydrogenated with a hydrogen-containing gas over an activated metal catalyst based on a nickel metal foam in the liquid phase in the first hydrogenation stage comprising at least one recycle reactor, wherein a crude product stream containing at least alcohols and unconverted aldehydes, of which a first portion is recycled and a second portion is passed to the second hydrogenation stage, is withdrawn from the at least one recycle reactor, the second portion of the crude product stream is hydrogenated with a hydrogen-containing gas over a supported catalyst comprising a catalytically active component and a support material in the liquid phase in the second hydrogenation stage comprising at least one reactor operated in straight pass, wherein the catalytically active component is selected from the group consisting of nickel, copper, chromium and mixtures thereof, and wherein the support material consists to an extent of more than 90% by weight of an oxidic material selected from the group consisting of aluminum oxide, aluminum silicate, silicon dioxide, titanium dioxide, zirconium oxide and mixtures of two or more thereof.
A method of operating a communications network comprising maintaining a real-time account balance for a subscriber in a real-time charging system and maintaining an off-line account balance for the subscriber at an off-line billing system, the method characterized by: in the real-time charging system: for a communications event involving the subscriber, preparing a record for forwarding to the off-line billing system; in the record including information comprising: an accumulated cost parameter associated with the event; the real-time account balance, the real-time account balance reflecting the accumulated cost parameter; and a transaction identifier associated with the event; at off-line the billing system: upon receipt of the record, re-computing the off-line account balance for the subscriber to obtain a recomputed off-line balance for the subscriber which reflects the accumulated cost parameter; performing a comparison of the recomputed off-line account balance with the real-time account balance. in the real-time charging system: for a communications event involving the subscriber, preparing a record for forwarding to the off-line billing system; in the record including information comprising: an accumulated cost parameter associated with the event; the real-time account balance, the real-time account balance reflecting the accumulated cost parameter; and a transaction identifier associated with the event; for a communications event involving the subscriber, preparing a record for forwarding to the off-line billing system; in the record including information comprising: an accumulated cost parameter associated with the event; the real-time account balance, the real-time account balance reflecting the accumulated cost parameter; and a transaction identifier associated with the event; at off-line the billing system: upon receipt of the record, re-computing the off-line account balance for the subscriber to obtain a recomputed off-line balance for the subscriber which reflects the accumulated cost parameter; performing a comparison of the recomputed off-line account balance with the real-time account balance.
An accident tolerant fuel combination for light water and lead fast reactors comprising: a multi-layered SiC cladding; and fuel in pellet form positioned within the SiC cladding such that a gap sized to prevent pellet-cladding mechanical interaction and centerline melt during high power excursions is defined between the SiC cladding and the pellets, the fuel comprising U 15 N intermixed with a boron-containing integral fuel burnable absorber selected from the group consisting of UB 2 and ZrB 2 and having a B10 content at 19% to 80% of the boron. a multi-layered SiC cladding; and fuel in pellet form positioned within the SiC cladding such that a gap sized to prevent pellet-cladding mechanical interaction and centerline melt during high power excursions is defined between the SiC cladding and the pellets, the fuel comprising U 15 N intermixed with a boron-containing integral fuel burnable absorber selected from the group consisting of UB 2 and ZrB 2 and having a B10 content at 19% to 80% of the boron.
An intraocular lens for insertion into the capsular bag of an eye, comprising: an optic having a periphery and an optical correction character which is centered about an optical axis; an outer periphery configured to engage an equatorial region of the capsular bag of an eye; an outer support structure disposed along the outer periphery of the intraocular lens and spaced from the optic with voids therebetween; a first intermediate member operably coupled to the optic and the outer support structure; characterized in that the intraocular lens further comprises first and second weakened regions disposed along the outer periphery, each of the weakened regions (310a, 310b) disposed between the outer support structure and the first intermediate member, the weakened regions (310a, 310b) configured to allow relative motion between the outer support structure and the first intermediate member in response to the ciliary muscle of the eye. an optic having a periphery and an optical correction character which is centered about an optical axis; an outer periphery configured to engage an equatorial region of the capsular bag of an eye; an outer support structure disposed along the outer periphery of the intraocular lens and spaced from the optic with voids therebetween; a first intermediate member operably coupled to the optic and the outer support structure; characterized in that the intraocular lens further comprises first and second weakened regions disposed along the outer periphery, each of the weakened regions (310a, 310b) disposed between the outer support structure and the first intermediate member, the weakened regions (310a, 310b) configured to allow relative motion between the outer support structure and the first intermediate member in response to the ciliary muscle of the eye.
A projection module, comprising: a transmitting circuit board; a support, wherein the support is disposed on the transmitting circuit board; an optical element, wherein the optical element is attached to the support, and an accommodating space is formed above the transmitting circuit board by means of the optical element and the support; at least one projection unit, wherein the projection unit is disposed in the accommodating space, and the projection unit is conductively attached to the transmitting circuit board; and at least one driver chip, wherein the driver chip is packaged into the accommodating space, the driver chip is conductively connected to the transmitting circuit board, the driver chip is on the same side as the projection unit, and the driving chip sends a light control signal to the projection unit based on the transmitting circuit board; characterized in that the support has an accommodating cavity that is formed between an upper end surface of the transmitting circuit board and an upper end of the support which extends inwards in the accommodating space, the driver chip is disposed in the accommodating cavity, and the support covers an upper surface of the driver chip in a thermal contact manner, wherein the support is selected from a group consisting of a ceramic sintered support and a molded support. a transmitting circuit board; a support, wherein the support is disposed on the transmitting circuit board; an optical element, wherein the optical element is attached to the support, and an accommodating space is formed above the transmitting circuit board by means of the optical element and the support; at least one projection unit, wherein the projection unit is disposed in the accommodating space, and the projection unit is conductively attached to the transmitting circuit board; and at least one driver chip, wherein the driver chip is packaged into the accommodating space, the driver chip is conductively connected to the transmitting circuit board, the driver chip is on the same side as the projection unit, and the driving chip sends a light control signal to the projection unit based on the transmitting circuit board; characterized in that the support has an accommodating cavity that is formed between an upper end surface of the transmitting circuit board and an upper end of the support which extends inwards in the accommodating space, the driver chip is disposed in the accommodating cavity, and the support covers an upper surface of the driver chip in a thermal contact manner, wherein the support is selected from a group consisting of a ceramic sintered support and a molded support.
An air cooling system applied to a wind turbine generator, characterized in that, the air cooling system comprises: a first dehumidification system, disposed on a wall of a nacelle of the wind turbine generator and in communication with the nacelle; a second dehumidification system, disposed in the nacelle and dividing an interior space of the nacelle into a first cavity and a second cavity, the second cavity being communicated with an air outlet of a generator of the wind turbine generator; and a driving device, located in the first cavity, wherein under the action of the driving device, external cooling air passes through the first dehumidification system and then is mixed with high-temperature air discharged from the air outlet of the generator, and the mixed air enters the first cavity, passes through the second dehumidification system and then enters the second cavity, and exchanges heat with a heat-generating component in the second cavity and/or the generator, and wherein the air cooling system comprises two or more subsystems that operate independently of each other, and each of the two or more subsystems is deiced by operating the two or more subsystems alternately for a predetermined time period. a first dehumidification system, disposed on a wall of a nacelle of the wind turbine generator and in communication with the nacelle; a second dehumidification system, disposed in the nacelle and dividing an interior space of the nacelle into a first cavity and a second cavity, the second cavity being communicated with an air outlet of a generator of the wind turbine generator; and a driving device, located in the first cavity, wherein under the action of the driving device, external cooling air passes through the first dehumidification system and then is mixed with high-temperature air discharged from the air outlet of the generator, and the mixed air enters the first cavity, passes through the second dehumidification system and then enters the second cavity, and exchanges heat with a heat-generating component in the second cavity and/or the generator, and wherein the air cooling system comprises two or more subsystems that operate independently of each other, and each of the two or more subsystems is deiced by operating the two or more subsystems alternately for a predetermined time period.
A pneumatic tire comprising: a carcass comprising one carcass ply comprising a ply main body portion extending between bead cores of bead portions through a tread portion and sidewall portions and a pair of ply turn-up portions each turned up around each bead core; a belt layer comprising two belt plies (7A, 7B) disposed radially outward of the carcass in the tread portion; a band layer comprising one band ply disposed radially outward of the belt layer; a tire section width Wt (unit: mm) in relation to a bead diameter Db (unit: inch) satisfying the following equations and, Wt ≤ − 0.7257 × Db 2 + 42.763 × Db − 339.67 and Wt ≥ − 0.7257 × Db 2 + 48.568 × Db − 552.33 a tire outer diameter Dt (unit: mm) satisfying the following equations and, Dt ≤ 59.078 × Wt 0.498 and Dt ≥ 59.078 × Wt 0.467 characterized in that the pneumatic tire further comprises: a carcass cord of the carcass ply being made of an aramid fiber cord; that the aramid fiber cord comprises a cord structure of 800 dtex/2, and that a radial height H of outer ends of the ply turn-up portions from a bead base line are of from 10 to 35 mm. a carcass comprising one carcass ply comprising a ply main body portion extending between bead cores of bead portions through a tread portion and sidewall portions and a pair of ply turn-up portions each turned up around each bead core; a belt layer comprising two belt plies (7A, 7B) disposed radially outward of the carcass in the tread portion; a band layer comprising one band ply disposed radially outward of the belt layer; a tire section width Wt (unit: mm) in relation to a bead diameter Db (unit: inch) satisfying the following equations and, Wt ≤ − 0.7257 × Db 2 + 42.763 × Db − 339.67 and Wt ≥ − 0.7257 × Db 2 + 48.568 × Db − 552.33 a tire outer diameter Dt (unit: mm) satisfying the following equations and, Dt ≤ 59.078 × Wt 0.498 and Dt ≥ 59.078 × Wt 0.467 characterized in that the pneumatic tire further comprises: a carcass cord of the carcass ply being made of an aramid fiber cord; that the aramid fiber cord comprises a cord structure of 800 dtex/2, and that a radial height H of outer ends of the ply turn-up portions from a bead base line are of from 10 to 35 mm. a carcass cord of the carcass ply being made of an aramid fiber cord; that the aramid fiber cord comprises a cord structure of 800 dtex/2, and that a radial height H of outer ends of the ply turn-up portions from a bead base line are of from 10 to 35 mm.