mhurhangee/ep-ind-claims huggingface dataset:
Cassette for an intraocular lens, which has a receiving container for the intraocular lens, which has a front and a rear face in the axial direction of the receiving container, wherein the front face has an opening, which is closed by a foil attached to the receiving container as a cover, and/or the rear face has an opening, which is closed by a foil attached to the receiving container as a cover, characterized in that said foil (10, 16) is connected to a tear-off element, which is movable relatively to the receiving container for tearing off the foil (10, 16) from the receiving container, and the foil (10, 16) is integrally formed and has a bend (13, 18) at the end facing away from the tear-off element, and a second foil layer (12, 19) outside with respect to the opening (8, 9) of the receiving container is connected to the tear-off element at the free end facing away from the bend (13, 18).
Apparatus for producing bags from flexible-tube pieces which comprise woven fabrics made of drawn plastics strips and consist of two material layers lying one over the other, at least comprising: - at least one transporting device for transporting the flexible-tube pieces in a transporting direction (x) which extends transversely with respect to their direction of extent (z), wherein the flexible-tube pieces can be conveyed in a horizontal position, and - at least one device (18, 18') for opening at least one end of a flexible-tube piece in order subsequently to form bottoms thereon, wherein the device (18, 18') for opening at least one end of a flexible-tube piece comprises the following elements: - means (17, 17') for turning up the ends (15, 15') of the flexible-tube pieces, by means of which the two ends (15, 15') of the flexible-tube pieces can be brought out of the plane of the flexible-tube piece into a plane (y) which extends substantially orthogonally thereto, wherein the material layers continue to lie on one another, and - means for separating and folding the material layers, by means of which the material layers can be folded away from one another through substantially 90 degrees, with the result that the opened bottom lies in the plane of the flexible-tube piece, wherein the device (18, 18') for opening the ends of the flexible-tube pieces comprises at least two detection devices (20, 20') for each end (15, 15') of the flexible-tube piece, wherein one material layer of the respective end (15, 15') of the flexible-tube piece can be detected by each detection device (20, 20') and the two material layers can be separated from one another, characterized in that each detection device (20, 20') comprises a plurality of suckers which are arranged on a beam, and in that the detection devices (20, 20') are arranged on revolving elements on which the detection devices are mounted eccentrically. - at least one transporting device for transporting the flexible-tube pieces in a transporting direction (x) which extends transversely with respect to their direction of extent (z), wherein the flexible-tube pieces can be conveyed in a horizontal position, and - at least one device (18, 18') for opening at least one end of a flexible-tube piece in order subsequently to form bottoms thereon, - means (17, 17') for turning up the ends (15, 15') of the flexible-tube pieces, by means of which the two ends (15, 15') of the flexible-tube pieces can be brought out of the plane of the flexible-tube piece into a plane (y) which extends substantially orthogonally thereto, wherein the material layers continue to lie on one another, and - means for separating and folding the material layers, by means of which the material layers can be folded away from one another through substantially 90 degrees, with the result that the opened bottom lies in the plane of the flexible-tube piece,
A thermal lance having suitable flexibility and concentrated effective heating capacity for the fusion cutting and/or piercing of any type of material, for example, for piercing and opening tapping passages in melting furnaces that use plugs made of clay or mixtures of, inter alia, alumina, silica and carbon, characterized in that it comprises at least four tubular profiles, one arranged externally and three arranged internally, and more than seventeen cavities housed inside said lance, where at least two of said four tubular profiles have different cross-sections, wherein each tubular profile is arranged in a contiguous manner in relation to the other tubular profiles, and where each tubular profile is selected from tubular profiles having a circular, square, triangular, hexagonal, oval, or multi-point star-shaped cross-section.
A vehicular battery mounting structure comprising: a rear suspension beam that connects a pair of left and right rear suspension arms that support rear wheels, the rear suspension beam having a beam main body portion that extends in a vehicle width direction and a beam end portion that is formed on an outside in the vehicle width direction of the beam main body portion, and a sectional area of the beam end portion being larger than the beam main body portion in a sectional view taken along a vehicle longitudinal direction; and a backboard that forms a rear portion of a battery frame that supports a battery under a floor of the vehicle, the backboard having a board main body portion that extends in the vehicle width direction and being arranged in front of the beam main body portion in the vehicle longitudinal direction; wherein a vehicle body attaching portion is provided on an end portion on the outside of the board main body portion in the vehicle width direction, and arranged in front of, in the vehicle longitudinal direction, the end portion on the outside of the beam main body portion in the vehicle width direction, and opposing the end portion of the beam main body portion; characterized by at least a portion of the board main body portion in a vehicle vertical direction that overlaps in the vehicle vertical direction with the beam main body portion. a rear suspension beam that connects a pair of left and right rear suspension arms that support rear wheels, the rear suspension beam having a beam main body portion that extends in a vehicle width direction and a beam end portion that is formed on an outside in the vehicle width direction of the beam main body portion, and a sectional area of the beam end portion being larger than the beam main body portion in a sectional view taken along a vehicle longitudinal direction; and a backboard that forms a rear portion of a battery frame that supports a battery under a floor of the vehicle, the backboard having a board main body portion that extends in the vehicle width direction and being arranged in front of the beam main body portion in the vehicle longitudinal direction; wherein a vehicle body attaching portion is provided on an end portion on the outside of the board main body portion in the vehicle width direction, and arranged in front of, in the vehicle longitudinal direction, the end portion on the outside of the beam main body portion in the vehicle width direction, and opposing the end portion of the beam main body portion; characterized by at least a portion of the board main body portion in a vehicle vertical direction that overlaps in the vehicle vertical direction with the beam main body portion. at least a portion of the board main body portion in a vehicle vertical direction that overlaps in the vehicle vertical direction with the beam main body portion.
An applicator for applying a hair treatment composition to the hair, wherein said applicator comprises a plate and a well, wherein said plate and well are movably joined by a connection so that the applicator may alternate between a closed and an open state, and wherein said plate has an external surface and an internal surface, and said internal surface comprises at least one hair orientation means which extends beyond said internal surface towards said well, and wherein said well comprises a rim and wherein said applicator further comprises a liquid impervious, resilient fluid metering means, wherein said fluid metering means comprises a lower metering means positioned on said rim of said well, and an upper metering means positioned on said internal surface of said plate, wherein said lower and upper metering means (50, 60), each independently comprise an inner and an outer surface, wherein said outer surface of said upper metering means and said outer surface of said lower metering means independently have a convex shape and wherein when said applicator is in said closed state, said lower metering means and said upper metering means are substantially juxtaposed to provide said fluid metering means, and wherein the outer surface of the upper metering means is the surface of the upper metering means which is not in direct contact with the internal surface of said plate and the inner surface of the upper metering means is the surface of the upper metering means which is in contact with the internal surface of said plate, and the outer surface of the lower metering means is the surface of the lower metering means which is not in direct contact with the rim and the inner surface of the lower metering means is the surface of the lower metering means which is in contact with the rim.
A blister piercing element for puncturing the lid of a blister containing a dose of medicament for inhalation by a user, the piercing element comprising a body portion having a surface, an outlet opening in the surface for the passage of medicament entrained in an airflow out of the blister and, a piercing head having a first portion upstanding from said surface and a second portion overhanging the opening that cuts a flap in a lid of a blister and pushes it away from the opening during insertion through said lid, said second portion extending laterally from an end of the first portion, wherein the piercing head comprises a cutting edge formed at the free end of the second portion, the cutting edge having a tip at one end, the cutting edge being angled relative to the plane of a blister lid such that only said tip initially meets the blister lid to initiate a slit in the lid.
A fluoropolymer [polymer] consisting of: - from 60% to 80% by moles, preferably from 65% to 78% by moles of recurring units derived from tetrafluoroethylene, - from 15% to 35% by moles, preferably from 20% to 30% by moles of recurring units derived from vinylidene fluoride, and - from 1% to 5% by moles, preferably from 1.5% to 3.5% by moles of recurring units derived from perfluoropropylvinylether of formula CF 2 =CF-O-C 3 F 7, wherein the molar amounts of said recurring units are relative to the total moles of recurring units in said polymer. - from 60% to 80% by moles, preferably from 65% to 78% by moles of recurring units derived from tetrafluoroethylene, - from 15% to 35% by moles, preferably from 20% to 30% by moles of recurring units derived from vinylidene fluoride, and - from 1% to 5% by moles, preferably from 1.5% to 3.5% by moles of recurring units derived from perfluoropropylvinylether of formula CF 2 =CF-O-C 3 F 7,
Method for producing a composite semifinished product having a continuous phase comprising at least one thermoplastic material and a disperse phase of at least one electrically conductive filler, in which the at least one thermoplastic material in the form of fine particles is mixed with the at least one filler in the form of fine particles, in which the mixture of the at least one thermoplastic material and the at least one filler is heated to a temperature greater than the melting temperature of the at least one thermoplastic material and in which the heated material is cooled to a temperature below the solidification temperature of the at least one thermoplastic material, characterised in that in each case at least 90 wt.-% of the particles of the at least one thermoplastic material and of the at least one filler are smaller than 1 mm before mixing, and in that a rolling mill and/or a calender comprising at least one coolable roller are used for heating and/or cooling the material.
A rechargeable battery, comprising: a case having an interior and an exterior; a cap plate coupled to an opening of the case; an electrode assembly having a first electrode and a second electrode, the electrode assembly being disposed in the interior of the case, and an electrode terminal; and an electrode connection portion, the electrode connection portion being electrically connected to the electrode terminal through a fuse unit, wherein the electrode connection portion penetrates the case or the cap plate, characterized in that the electrode terminal includes a short-circuit tab at the exterior of the case and the electrode connection portion has an external member including the fuse unit, and the fuse unit is electrically connected to the short-circuit tab with a portion of the external member interleaved, wherein the external member extends adjacent and parallel to a surface of the exterior of the case, wherein the electrode terminal further includes a short-circuit plate electrically connected to the second electrode through the case, the short-circuit plate being spaced apart from the short-circuit tab and being deformable into contact with the short-circuit tab to electrically connect the first electrode and the second electrode to trigger a short-circuit condition. a case having an interior and an exterior; a cap plate coupled to an opening of the case; an electrode assembly having a first electrode and a second electrode, the electrode assembly being disposed in the interior of the case, and an electrode terminal; and an electrode connection portion, the electrode connection portion being electrically connected to the electrode terminal through a fuse unit, wherein the electrode connection portion penetrates the case or the cap plate, characterized in that the electrode terminal includes a short-circuit tab at the exterior of the case and the electrode connection portion has an external member including the fuse unit, and the fuse unit is electrically connected to the short-circuit tab with a portion of the external member interleaved, wherein the external member extends adjacent and parallel to a surface of the exterior of the case, wherein the electrode terminal further includes a short-circuit plate electrically connected to the second electrode through the case, the short-circuit plate being spaced apart from the short-circuit tab and being deformable into contact with the short-circuit tab to electrically connect the first electrode and the second electrode to trigger a short-circuit condition.
A hybrid propulsion system, comprising: an electric motor configured to convert electrical energy into motion; a battery configured to store electrical energy and operatively connected to the electric motor to provide a battery output to the electric motor; a generator assembly configured to convert non-electrical energy into electrical energy, the generator assembly operatively connected to the electric motor to provide a generator output to the motor simultaneously with the battery output; and a controller operatively connected to the generator assembly and configured to control the output of the generator assembly as a function one or more of a state of the battery or the battery output; wherein the controller is configured to match at least one property of the generator assembly output to a same at least one property of the battery output; wherein the at least one property is voltage such that the controller is configured to match a generator assembly output voltage to a battery output voltage; wherein the generator assembly includes a permanent magnet generator and an engine operatively connected to the permanent magnet generator; the system characterized in that the controller is configured to control a speed of the engine to control the generator output voltage to match the battery output voltage; and both the battery and the generator assembly are directly connected to the electric motor such that the system does not include any power electronics neither between the battery and the electric motor nor the generator assembly and the electric motor. an electric motor configured to convert electrical energy into motion; a battery configured to store electrical energy and operatively connected to the electric motor to provide a battery output to the electric motor; a generator assembly configured to convert non-electrical energy into electrical energy, the generator assembly operatively connected to the electric motor to provide a generator output to the motor simultaneously with the battery output; and a controller operatively connected to the generator assembly and configured to control the output of the generator assembly as a function one or more of a state of the battery or the battery output; wherein the controller is configured to match at least one property of the generator assembly output to a same at least one property of the battery output; wherein the at least one property is voltage such that the controller is configured to match a generator assembly output voltage to a battery output voltage; wherein the generator assembly includes a permanent magnet generator and an engine operatively connected to the permanent magnet generator; the system characterized in that the controller is configured to control a speed of the engine to control the generator output voltage to match the battery output voltage; and both the battery and the generator assembly are directly connected to the electric motor such that the system does not include any power electronics neither between the battery and the electric motor nor the generator assembly and the electric motor.
A method for wireless communication at a base station, comprising: receiving a quality of service, QoS, class identifier, QCI, including an indication of a targeted user equipment, UE, capability specified by a service provider for the delivery of broadcast or multicast content and associated with a radio interface between the base station and the targeted UE; identifying a mapping between the QCI and a maximum bandwidth, or a maximum transport block size, or a combination thereof; configuring the radio interface based at least in part on the identified mapping; and transmitting the broadcast or multicast content to the UE using the configured radio interface. receiving a quality of service, QoS, class identifier, QCI, including an indication of a targeted user equipment, UE, capability specified by a service provider for the delivery of broadcast or multicast content and associated with a radio interface between the base station and the targeted UE; identifying a mapping between the QCI and a maximum bandwidth, or a maximum transport block size, or a combination thereof; configuring the radio interface based at least in part on the identified mapping; and transmitting the broadcast or multicast content to the UE using the configured radio interface.
A system for collecting real time manufacturing data from a factory having multiple machines therein using internet-of-things, IoT, connectivity, comprising: at least one gateway (12, 300) configured to: receive data from the multiple machines (14, 602); load at least one machine communications module, MCM, based on a type of machine that provided the data, and interface command and control information, via the at least one MCM, from at least factory, enterprise, and analytics applications (16, 604, 606) to the multiple machines (14, 602) to directly control operations of the multiple machines (14, 602); wherein the gateway (12, 300) provides security isolation on a machine side of the gateway (12, 300), and encryption, authentication, and authorization security on an enterprise side of the gateway (12, 300); and wherein the at least one MCM is configured to interface and normalize data from the at least factory, enterprise, and analytics applications (16, 604, 606) to at least a plurality of types and generations of the multiple machines (14, 602). receive data from the multiple machines (14, 602); load at least one machine communications module, MCM, based on a type of machine that provided the data, and interface command and control information, via the at least one MCM, from at least factory, enterprise, and analytics applications (16, 604, 606) to the multiple machines (14, 602) to directly control operations of the multiple machines (14, 602); wherein the gateway (12, 300) provides security isolation on a machine side of the gateway (12, 300), and encryption, authentication, and authorization security on an enterprise side of the gateway (12, 300); and wherein the at least one MCM is configured to interface and normalize data from the at least factory, enterprise, and analytics applications (16, 604, 606) to at least a plurality of types and generations of the multiple machines (14, 602).
A compound of formula: having an S configuration, or a pharmaceutically acceptable salt thereof, for use in the treatment of a dermatological condition.
An apparatus, comprising: - a first voltage supply rail; - a second voltage supply rail; - a first bit line and a second bit line, each coupled to the first voltage supply rail through a first phase voltage pre-charge circuit and to the second voltage supply rail through a second phase voltage pre-charge circuit, wherein the first bit line and the second bit line are coupled to a static random access memory (SRAM) cell; said first phase voltage pre-charge circuit comprising: - a first transistor; and - a second transistor, wherein the first voltage supply rail is configured to provide a first voltage amount to perform a first phase of a pre-charge of the first bit line and the second voltage supply rail is configured to provide a second voltage amount to perform a second phase of the pre-charge of the first bit line, characterized in that the first transistor and the second transistor are cross-coupled between the first bit line and the second bit line, wherein the first transistor is enabled and the second transistor is disabled during the first phase of the pre-charge of the first bit line in which the first voltage amount is supplied. - a first voltage supply rail; - a second voltage supply rail; - a first bit line and a second bit line, each coupled to the first voltage supply rail through a first phase voltage pre-charge circuit and to the second voltage supply rail through a second phase voltage pre-charge circuit, wherein the first bit line and the second bit line are coupled to a static random access memory (SRAM) cell; said first phase voltage pre-charge circuit comprising: - a first transistor; and - a second transistor, - a first transistor; and - a second transistor,