mhurhangee/ep-ind-claims huggingface dataset:
Scooter comprising a deck which, in a functional position of the scooter, provides a standing surface for a user of the scooter, comprising a front axle having at least one front wheel (14, 16) and a rear axle having at least one rear wheel (20, 22), comprising a steering column for transmitting a steering motion to the at least one front wheel (14, 16), and comprising an actuation element arranged on the steering column in order to release a locking device, wherein when the locking device is released, the scooter can be brought into a stowing position, wherein, in the stowing position of the scooter, the rear axle together with the deck is moved toward the steering column about an axis of rotation, wherein, in the stowing position, a distance between the rear axle and the front axle is equal to a distance between the rear axle and the front axle in the functional position, thus, when folded up, the deck itself is not folded or collapsed, wherein in order to transmit the steering motion to the at least one front wheel (14,16), a steering rod of the steering column can be rotated about a longitudinal axis of the steering column by means of a steering handle and the actuation element is arranged on the steering handle, characterised in that a movement device can be activated by actuating the actuation element, which is designed to automatically guide the deck towards the steering rod, so that the movement of the scooter from the functional position into the stowing position can be brought about by means of the movement device, in that by activating the movement device, the rear axle is moved together with the deck about the axis of rotation towards the steering column.
A package for a light emitting device (100; 200; 300) comprising: a resin portion having a sidewall; a first lead having a reflective layer containing silver, the first lead being embedded in the resin portion such that the reflective layer is exposed inside the sidewall; and a second lead having at least a part of a surface thereof exposed inside the sidewall, the second lead being embedded in the resin portion while being separated from the first lead, wherein in the first lead, a surface of the reflective layer is provided spaced inward apart from a boundary between the first lead and the resin portion, and wherein a separating surface exposed between the boundary between the first lead and the resin portion and the surface of the reflective layer is formed of a surface of a metal containing silver in a smaller amount than that of the reflective layer, characterized in that the separating surface surrounds the entire periphery of Z the surface of the reflective layer. a resin portion having a sidewall; a first lead having a reflective layer containing silver, the first lead being embedded in the resin portion such that the reflective layer is exposed inside the sidewall; and a second lead having at least a part of a surface thereof exposed inside the sidewall, the second lead being embedded in the resin portion while being separated from the first lead, wherein in the first lead, a surface of the reflective layer is provided spaced inward apart from a boundary between the first lead and the resin portion, and wherein a separating surface exposed between the boundary between the first lead and the resin portion and the surface of the reflective layer is formed of a surface of a metal containing silver in a smaller amount than that of the reflective layer, characterized in that the separating surface surrounds the entire periphery of Z the surface of the reflective layer.
A mobile communications unit for communicating data to and/or from base stations, the mobile communications unit being: arranged to communicate data with one or more base stations via a wireless access interface provided by the one or more base stations; arranged to receive broadcasted transmissions via at least one carrier, wherein carriers are logically separate sets of physical resources within a frequency range, the resources of a carrier providing a communication channel; arranged, upon reception of allocation information comprising an indication of the location of common information within a first carrier, to access the common information in the first carrier, wherein the allocation information is provided in a second carrier and the common information is for at least one mobile unit using the first carrier and for at least one mobile unit using a second carrier, and characterized in that the frequency range of one of the first and the second carriers is smaller and within the frequency range of the other of the first and the second carriers. arranged to communicate data with one or more base stations via a wireless access interface provided by the one or more base stations; arranged to receive broadcasted transmissions via at least one carrier, wherein carriers are logically separate sets of physical resources within a frequency range, the resources of a carrier providing a communication channel; arranged, upon reception of allocation information comprising an indication of the location of common information within a first carrier, to access the common information in the first carrier, wherein the allocation information is provided in a second carrier and the common information is for at least one mobile unit using the first carrier and for at least one mobile unit using a second carrier, and characterized in that the frequency range of one of the first and the second carriers is smaller and within the frequency range of the other of the first and the second carriers.
Range of at least two different types of motor vehicle each comprising a structural body comprising a central underbody part delimiting the lower part of the cab of each type of vehicle, the vehicle of the first type being provided with an internal combustion drive engine of the vehicle mounted on a rear structural part of the structural body, while the vehicle of the second type is provided with an electric drive motor of the vehicle mounted on the rear structural part of the structural body, the central underbody part comprising: - a set of first interface elements allowing mounting, on the central underbody part, of components of a first type associated with the vehicle of the first type, - and a set of second interface elements allowing mounting, on the central underbody part, of components of a second type associated with the vehicle of the second type, a rear edge of the central underbody part of the first type and a rear edge of the central underbody part of the second type being equipped with a same interface element for connection to the rear structural part of the structural body, characterized in that the set of first interface elements is arranged in a first zone of the central underbody part in the longitudinal direction, and the set of second interface elements is arranged in a second zone of the central underbody part in the longitudinal direction, the first and second zones (B, C) being separate. - a set of first interface elements allowing mounting, on the central underbody part, of components of a first type associated with the vehicle of the first type, - and a set of second interface elements allowing mounting, on the central underbody part, of components of a second type associated with the vehicle of the second type,
A method for transmitting signals using a plurality of frequency allocation bands, each having a band size for allocation for a specific service, the plurality of frequency allocation bands being managed by one specific layer above a physical layer, the method comprising: mapping a plurality of information units of the specific layer to a plurality of channel coding blocks, respectively; performing channel coding on the plurality of information units of the specific layer through the plurality of mapped channel coding blocks to produce a plurality of codewords; mapping the plurality of codewords to the plurality of frequency allocation bands; and transmitting the plurality of codewords through the plurality of frequency allocation bands to which the plurality of codewords are mapped, wherein mapping the plurality of information units to the plurality of channel coding blocks includes: mapping a first information unit and a second information unit to a first channel coding block producing a first codeword and a second channel coding block producing a second codeword, respectively; and re-mapping the first information unit to the second channel coding block when the first information unit is retransmitted, wherein each of the plurality of information units is mapped to a different frequency allocation band when a corresponding information unit is retransmitted. mapping a plurality of information units of the specific layer to a plurality of channel coding blocks, respectively; performing channel coding on the plurality of information units of the specific layer through the plurality of mapped channel coding blocks to produce a plurality of codewords; mapping the plurality of codewords to the plurality of frequency allocation bands; and transmitting the plurality of codewords through the plurality of frequency allocation bands to which the plurality of codewords are mapped, wherein mapping the plurality of information units to the plurality of channel coding blocks includes: mapping a first information unit and a second information unit to a first channel coding block producing a first codeword and a second channel coding block producing a second codeword, respectively; and re-mapping the first information unit to the second channel coding block when the first information unit is retransmitted, mapping a first information unit and a second information unit to a first channel coding block producing a first codeword and a second channel coding block producing a second codeword, respectively; and re-mapping the first information unit to the second channel coding block when the first information unit is retransmitted, wherein each of the plurality of information units is mapped to a different frequency allocation band when a corresponding information unit is retransmitted.
A reservoir for a controlled temperature therapy system, the reservoir comprising: a container with an interior defined by a floor and at least one wall (62, 64, 66, 68) the container configured to hold a heat transfer fluid; an inlet in fluid communication with the interior and configured to be in fluid communication with a fluid inlet line that is configured to direct heat transfer fluid into the container; an outlet in fluid communication with the interior and configured to be in fluid communication with a fluid outlet line that is configured to direct heat transfer fluid out of the container; and characterised by a baffle created by a first wall and a second wall within the interior such that the outlet is between the first wall and the second wall and the spacing between the first and second walls is less than the width of the interior adjacent the inlet, wherein the outlet comprises an outlet opening being a penetration in the at least one wall, the outlet opening being in fluid communication with the reservoir at a location closer to the floor than the inlet and wherein, in use, the inlet is above the level of the heat transfer fluid in the reservoir. a container with an interior defined by a floor and at least one wall (62, 64, 66, 68) the container configured to hold a heat transfer fluid; an inlet in fluid communication with the interior and configured to be in fluid communication with a fluid inlet line that is configured to direct heat transfer fluid into the container; an outlet in fluid communication with the interior and configured to be in fluid communication with a fluid outlet line that is configured to direct heat transfer fluid out of the container; and characterised by a baffle created by a first wall and a second wall within the interior such that the outlet is between the first wall and the second wall and the spacing between the first and second walls is less than the width of the interior adjacent the inlet, wherein the outlet comprises an outlet opening being a penetration in the at least one wall, the outlet opening being in fluid communication with the reservoir at a location closer to the floor than the inlet and wherein, in use, the inlet is above the level of the heat transfer fluid in the reservoir.
Compound of structural formula or a pharmaceutically acceptable salt thereof: wherein R 1 represents a C1 C6 hydrocarbon group, R 2 represents halogen.
A low voltage switch pole comprising an insulating casing having lateral walls (21, 22) and a front and a rear wall and defining an internal space with a contact area and an arc extinguishing area, a fixed contact assembly and a movable contact assembly being positioned in said contact area, said movable contact assembly being movable between a closed position in which it is into contact with said fixed contact assembly and an open position in which it is spaced apart from said fixed contact assembly, an arc chamber comprising a plurality of substantially parallel metallic plates inserted into an enclosure made of insulating material being positioned in said arc extinguishing area, wherein an insulating wall is positioned in said internal space between said contact area and said arc extinguishing area and partially separates said contact area from said arc extinguishing area, and characterised in that a channel connecting said contact area to said arc extinguishing area is provided in said insulating wall.
An electrochemical cell comprising a cathode comprising: a sulfur-bound cyclized polyacrylonitrile cathode active material; an electronically conducting agent; and a first polymer electrolyte that contains a first lithium salt; wherein the sulfur-bound cyclized polyacrylonitrile, the electronically conducting agent, and the first polymer electrolyte are all mixed together to form the cathode; an anode comprising lithium; and a separator comprising a second polymer electrolyte and a second lithium salt, the separator positioned between the cathode and the anode, the separator providing ionic conduction between the cathode and the anode, wherein at least one of the first polymer electrolyte and the second polymer electrolyte comprises a first monomer and a second monomer, wherein the first monomer is selected from the group consisting of ethylene oxides, acrylonitriles, phosphoesters, ethers, amines, imides, amides, alkyl carbonates, nitriles, siloxanes, phosphazines, olefins, dienes, and combinations thereof, and the second monomer comprises an olefinic group capable of polysulfide addition, wherein the olefinic group is selected from the group consisting of allyl groups and vinyl groups. a cathode comprising: a sulfur-bound cyclized polyacrylonitrile cathode active material; an electronically conducting agent; and a first polymer electrolyte that contains a first lithium salt; a sulfur-bound cyclized polyacrylonitrile cathode active material; an electronically conducting agent; and a first polymer electrolyte that contains a first lithium salt; wherein the sulfur-bound cyclized polyacrylonitrile, the electronically conducting agent, and the first polymer electrolyte are all mixed together to form the cathode; an anode comprising lithium; and a separator comprising a second polymer electrolyte and a second lithium salt, the separator positioned between the cathode and the anode, the separator providing ionic conduction between the cathode and the anode, wherein at least one of the first polymer electrolyte and the second polymer electrolyte comprises a first monomer and a second monomer, wherein the first monomer is selected from the group consisting of ethylene oxides, acrylonitriles, phosphoesters, ethers, amines, imides, amides, alkyl carbonates, nitriles, siloxanes, phosphazines, olefins, dienes, and combinations thereof, and the second monomer comprises an olefinic group capable of polysulfide addition, wherein the olefinic group is selected from the group consisting of allyl groups and vinyl groups.
A device for holding a camera, which in particular serves as a parking aid of a motor vehicle, comprising a housing, in which a carriage, to which the camera can be secured, is movably received, wherein the carriage can be driven by a gear system, which gear system has a first swivelling element and a second swivelling element, which are connected to the carriage in an articulated manner, and wherein each swivelling element (31, 32) is rotatably mounted on the housing and the carriage is rotatably mounted on each swivelling element (31, 32), in such a way that the carriage, between a rest position and an operating position, performs at least a first movement phase and a second movement phase.
A method for separating by-products from grains used for alcohol production comprising: mixing milled grains used for alcohol production with a liquid to produce a slurry to convert starch to sugar and provide a liquefied starch solution including fiber, protein, germ, and oil, and subjecting the slurry to liquefaction; separating out a solids portion, including the fiber and germ from the liquefied starch solution, including the oil; thereafter and prior to fermentation, separating the oil from the liquefied starch solution to yield an oil by-product, and subjecting the sugars of the liquefied starch solution to fermentation to produce alcohol. mixing milled grains used for alcohol production with a liquid to produce a slurry to convert starch to sugar and provide a liquefied starch solution including fiber, protein, germ, and oil, and subjecting the slurry to liquefaction; separating out a solids portion, including the fiber and germ from the liquefied starch solution, including the oil; thereafter and prior to fermentation, separating the oil from the liquefied starch solution to yield an oil by-product, and subjecting the sugars of the liquefied starch solution to fermentation to produce alcohol.
Housing having at least one housing wall (14, 16, 30) which is preferably designed as a top cover, rear wall, front wall, or as one of two side walls, wherein the housing comprises a top cover, a rear wall and two side walls, wherein in the housing wall one or more subregions of the housing wall is or are partially separated from a remaining region of the housing wall by in each case an interruption of the housing wall along a part of a boundary line of the subregion or the subregions, characterised in that the subregion or plurality of subregions is or are connected to the remaining region along in each case a bending line and the subregion or plurality of subregions is or are bent along the respective bending line such that the subregion protrudes from the housing or projects into the housing or the plurality of subregions protrude from the housing or project into the housing, wherein the housing comprises housing sections which can be referred to as an array and which each comprise a plurality of subregions, wherein the plurality of subregions in a respective array are all designed geometrically the same and either project into the housing or protrude from the housing, wherein the plurality of subregions in a respective array are spaced regularly from one another, wherein they are spaced regularly from one another in each case in two directions, wherein the housing is designed upwardly tapered and forms a nozzle-like basic shape, wherein the air current drawn off upwards through a gap entrains the air flow, deflected to the rear wall, through openings which are formed by the subregions in the top cover.
A motor vehicle bumper, comprising: - a bumper skin extending along a transverse direction, the bumper skin comprising an upper wing and a transverse shield able to receive impacts, the upper wing and the shield defining a cavity between them; - a transverse beam arranged in the cavity and able to be fastened to the body shell of the vehicle; and - a transverse support of the bumper skin arranged in the cavity and across from the shield; the transverse support comprising a transverse frame able to be rigidly fastened on the body shell of the vehicle, and a plurality of support members (30, 32) for the upper wing of the bumper skin, each support member (30, 32) being arranged below the upper wing of the bumper skin in the cavity and being able to retract in case of impact on the shield, each support member (30, 32) being formed by a vertical plate (48, 50); characterized in that each support member (30, 32) further comprises a horizontal plate (52, 54) extending perpendicularly to the vertical plate (48, 50) between the vertical plate (48, 50) and the upper wing of the bumper skin, the vertical plates (48, 50) being connected to the transverse frame along the lines of least mechanical resistance. - a bumper skin extending along a transverse direction, the bumper skin comprising an upper wing and a transverse shield able to receive impacts, the upper wing and the shield defining a cavity between them; - a transverse beam arranged in the cavity and able to be fastened to the body shell of the vehicle; and - a transverse support of the bumper skin arranged in the cavity and across from the shield;
Sensor element of a measuring system for measuring longitudinal movements of a first component with respect to a second component, with a sensing head having a fixing section and a scale read thereby, it being possible for the sensing head to be fixed by the fixing section to an attachment surface of the first component, and for the scale to be fixed to a mounting surface of the second component, and the fixing section and the scale being pre-adjusted and detachably connected to each other in a state prepared for the final assembly, in order that the sensing head reads the scale without contact in the finally assembled state after this connection has been detached, at least one force-activated means being arranged on the fixing section in order to bridge a gap that may possibly occur between the fixing section on the one hand and the associated attachment surface of the first component on the other hand, characterized in that the means has a device (29, 31) for restricting the activation force.