mhurhangee/ep-ind-claims huggingface dataset:
A method of managing one or more services associated with a mobile device, the method comprising: - detecting a new identity module card in the mobile device, the new identity module card having a different identification compared to an identity module card previously used with the mobile device; - providing an option to use a reference username identifier, ID, and password associated with a first username ID account that is currently associated with the mobile device, and an option to use a new username ID and password associated with a second username ID account, the new username ID being different compared to the reference username ID; - receiving an input to associate the new username ID with the mobile device; - erasing a portion of a memory associated with the one or more services associated with the mobile device; and - associating the new username ID with the mobile device. - detecting a new identity module card in the mobile device, the new identity module card having a different identification compared to an identity module card previously used with the mobile device; - providing an option to use a reference username identifier, ID, and password associated with a first username ID account that is currently associated with the mobile device, and an option to use a new username ID and password associated with a second username ID account, the new username ID being different compared to the reference username ID; - receiving an input to associate the new username ID with the mobile device; - erasing a portion of a memory associated with the one or more services associated with the mobile device; and - associating the new username ID with the mobile device.
A chamfering tool for chamfering workpiece toothings, comprising a helical toothing having, for each flight, a plurality of teeth with a geometrically defined cutting edge and having a tooth profile (8, 9; 8', 9') which is designed for single-flank machining in rolling machining engagement with the workpiece toothing and is asymmetrical as viewed in the axial section of the tool, characterised in that the ratio of the axial length (a p/1) of the non-machining tooth profile side to the axial length (a p/2) of the predominantly concave machining side is smaller than 0.8.
Interior construction device, in particular for a mobile home, with at least one bed region (12, 14) in an elevated situation and at least one alleyway region bordering on the at least one bed region (12, 14), and with a step module that is arranged at least partly in the alleyway region and is configured to provide at least one elevated tread surface for an ascent to the bed region (12, 14), at least a portion of the step module being supported movably to achieve at least two different ascent positions, characterized by at least one bed-enlargement element which is configured to be adjusted between a stowage position and a use position, and to be at least partly taken along during an adjustment of the step module into a deployed position, wherein the step module is configured to be traversed into a retracted position while the bed-enlargement element is arranged in the use position.
An upper for an article of footwear, comprising: a first region of the upper having a first elasticity and a second region of the upper having a second elasticity, wherein the first elasticity is greater than second elasticity; a first set of openings arranged in an auxetic pattern in the first region, the first region changing from a first neutral state to a first auxetically expanded state when tension is applied along a first axis parallel with the first region; a second set of openings arranged in an auxetic pattern in the second region, the second region changing from a second neutral state to a second auxetically expanded state when tension is applied along a second axis parallel with the first region; and wherein the first set of openings has a first opening with a first opening boundary, wherein the second set of openings has a second opening with a second opening boundary; and wherein the first opening boundary has a greater perimeter length than the second opening boundary when the first region is in the first neutral state and when the second region is in the second neutral state. a first region of the upper having a first elasticity and a second region of the upper having a second elasticity, wherein the first elasticity is greater than second elasticity; a first set of openings arranged in an auxetic pattern in the first region, the first region changing from a first neutral state to a first auxetically expanded state when tension is applied along a first axis parallel with the first region; a second set of openings arranged in an auxetic pattern in the second region, the second region changing from a second neutral state to a second auxetically expanded state when tension is applied along a second axis parallel with the first region; and
A surgical punch tool, comprising: a stationary base component; characterized in that the stationary base has a planar bottom side having one or more posts extending from the planar bottom side; one or more sharp pins, wherein each pin is associated with a corresponding post; and a movable actuation portion configured to move each sharp pin from a non-actuated position within the corresponding post to an actuated position extending through the base component and from the corresponding post. a stationary base component; characterized in that the stationary base has a planar bottom side having one or more posts extending from the planar bottom side; one or more sharp pins, wherein each pin is associated with a corresponding post; and a movable actuation portion configured to move each sharp pin from a non-actuated position within the corresponding post to an actuated position extending through the base component and from the corresponding post.
Monorail system which can be assembled in a modular manner and comprises a plurality of rail segments (110a, 110b, 120a, 120b, 120c), wherein at least two rail curve segments (120a, 120b, 120c) are provided, which comprise a convexly formed rail end piece (121a, 121b, 121c) and a concavely formed rail end piece (122a, 122b, 122c), wherein in the assembled state at least one convexly formed rail end piece (121a, 121b, 121c) of a first rail curve segment (120a, 120b, 120c) is in articulated connection with a concavely formed rail end piece (122a, 122b, 122c) of an adjacent second rail curve segment (120a, 120b, 120c), characterised in that set screws (131a, 131b), and preferably two set screws (131a, 131b), are provided on each rail curve segment (120a, 120b, 120c) for adjusting the curvature of a track section which is substantially composed of rail curve segments (120a, 120b, 120c), which cooperate with a stop (132a, 132b) arranged on the adjacent rail curve segment (120a, 120b, 120c).
Method for operating a gas discharge lamp having a gas discharge lamp burner and a first and a second electrode (52, 54), wherein, before their initial start-up, the electrodes (52, 54) have a nominal electrode spacing in the gas discharge lamp burner, which nominal electrode spacing is correlated with the voltage of the gas discharge lamp, and the gas discharge lamp is operated in normal operation using a low-frequency square-wave lamp current, comprising the following steps: a) checking whether a blocking time, which corresponds to the period between two DC voltage phases, has passed, wherein the DC voltage phases consist of the omission of a few commutations, b) when the blocking time has passed, omitting commutations or applying pseudo-commutations for a predetermined period, wherein pseudo-commutations constitute two commutations executed rapidly one after another, characterized in that the predetermined period depends on the lamp voltage in such a way that, for each lamp voltage, either a period of the omission of commutations/application of pseudo-commutations is predetermined at lamp voltages above an upper lamp voltage threshold, preferably wherein the length of the DC voltage phase is calculated or prescribed by a characteristic curve, or at lamp voltages below a lower lamp voltage threshold, wherein the period is also determined by a change in the lamp voltage during the DC voltage phases. a) checking whether a blocking time, which corresponds to the period between two DC voltage phases, has passed, wherein the DC voltage phases consist of the omission of a few commutations, b) when the blocking time has passed, omitting commutations or applying pseudo-commutations for a predetermined period, wherein pseudo-commutations constitute two commutations executed rapidly one after another,
An enclosure for a power supply comprising: a control compartment configured to receive one or more control components; a transformer compartment positioned adjacent to the control compartment and configured to receive a transformer; and a power cell compartment positioned adjacent to the control compartment and the transformer compartment, characterized in that the power cell compartment is configured to receive a plurality of power cells (511-514; A1,A2,A3,A4) arranged into a plurality of pods (510, 520, 530), and in that the power cell compartment is configured to receive four power cells (511-514; A1,A2,A3,A4) in a first pod such that each power cell in the first pod is adjacent to at least two other power cells in the first pod, and wherein a voltage difference between adjacent power cells in a pod is no more than two times the production capability of an individual cell. a control compartment configured to receive one or more control components; a transformer compartment positioned adjacent to the control compartment and configured to receive a transformer; and a power cell compartment positioned adjacent to the control compartment and the transformer compartment, characterized in that the power cell compartment is configured to receive a plurality of power cells (511-514; A1,A2,A3,A4) arranged into a plurality of pods (510, 520, 530), and in that the power cell compartment is configured to receive four power cells (511-514; A1,A2,A3,A4) in a first pod such that each power cell in the first pod is adjacent to at least two other power cells in the first pod, and wherein a voltage difference between adjacent power cells in a pod is no more than two times the production capability of an individual cell.
A device for producing a workpiece from at least one sheet-like material, wherein the device comprises a mold corresponding to the workpiece for the sheet-like material, wherein the device comprises at least one pressing head for the sheet-like material cooperating with the mold, wherein the device comprises at least two grippers with at least one first clamping element and at least one second clamping element, wherein the at least one first clamping element is arranged on a first side of a clamping gap and the at least second clamping element is arranged on a second side of the clamping gap located opposite the first side, wherein at least one of the clamping elements (2, 3) is divided into segments (5, 6) which are separated from one another at least in one direction parallel to a longitudinal extension of the clamping gap, wherein both the at least one first clamping element and the at least one second clamping element are divided into segments (5, 6) which are separated from one another at least in one direction parallel to a longitudinal extension of the clamping gap, wherein a segment of the at least one second clamping element opposes each segment of the at least one first clamping element, wherein a segment of the at least one first clamping element and a segment of the at least one second clamping element opposing said segment form a pair of gripping jaws, wherein the segments (5, 6) forming a pair of gripping jaws are mounted so as to be displaceable in a direction extending perpendicularly or transversely to the longitudinal extension of the clamping gap, wherein the at least two grippers are each arranged on at least one robot arm (23, 24); or the device comprises at least two opposing portals, wherein each of the at least two grippers is linearly displaceable along one of the at least two portals, wherein between the two portals, a cross member connecting longitudinal members of the two portals can be arranged, wherein the cross member is mounted on the longitudinal members so as to be displaceable in a longitudinal extension thereof, and wherein the at least two grippers are mounted so as to be displaceable along the cross member and transversely to the longitudinal extension of the longitudinal members.
A fluidized bed furnace comprising: a lower reactor that forms a first fluidized bed space having a first diameter, and includes a discharge port through which fine reduced iron with a particle size of less than 8 mm is discharged; an upper reactor that forms a second fluidized bed space having a second diameter that is greater than the first diameter, and includes a charging port through which iron ore is charged; a tapered portion that forms a connection space that allows communication between the first fluidized bed space and the second fluidized bed space, and directly connects the lower reactor and the upper reactor, a porous plate that is disposed between the second fluidized bed space and the connection space, and includes a plurality of through-holes; a stand pipe that extends from the second fluidized bed space through the porous plate to the first fluidized bed space, and is supported by the porous plate; and a dispersion plate through which reduced gas supplied to the first fluidized bed space passes, wherein the second diameter is 3 to 4 times the first diameter, wherein the fluidized bed is configured such that a turbulent fluidized bed is formed in the first fluidized bed space, and a calm fluidized bed having lower a gas flow rate compared to a gas flow rate of the turbulent fluidized bed is formed in the second fluidized bed space. a lower reactor that forms a first fluidized bed space having a first diameter, and includes a discharge port through which fine reduced iron with a particle size of less than 8 mm is discharged; an upper reactor that forms a second fluidized bed space having a second diameter that is greater than the first diameter, and includes a charging port through which iron ore is charged; a tapered portion that forms a connection space that allows communication between the first fluidized bed space and the second fluidized bed space, and directly connects the lower reactor and the upper reactor, a porous plate that is disposed between the second fluidized bed space and the connection space, and includes a plurality of through-holes; a stand pipe that extends from the second fluidized bed space through the porous plate to the first fluidized bed space, and is supported by the porous plate; and a dispersion plate through which reduced gas supplied to the first fluidized bed space passes, wherein the second diameter is 3 to 4 times the first diameter, wherein the fluidized bed is configured such that a turbulent fluidized bed is formed in the first fluidized bed space, and a calm fluidized bed having lower a gas flow rate compared to a gas flow rate of the turbulent fluidized bed is formed in the second fluidized bed space.
The high-hardness polycrystalline diamond formed substantially only of diamond formed using a composition of material containing a non diamond type carbon material, said composition of material being converted directly into diamond and sintered at ultra high pressure and ultra high temperature without aid of a sintering aid or a catalyst, high-hardness polycrystalline diamond having a mixed microstructure having a fine diamond crystal having a maximal grain size of at most 100 nm and an average grain size of at most 50 nm and a coarse diamond crystal in a form of one of a platelet and a granule having a grain size of 50-10,000 nm, said coarse diamond crystal being distributed in a matrix of said fine diamond crystal, and the polycrystalline diamond providing a first-order Raman spectral line appearing at a high wave number of at least 1,333.0 cm -1.
An information system adapted to be disposed in a railway vehicle, the railway vehicle comprising at least one side door, the or each side door being adapted, when the railway vehicle is in a station, to from a locked configuration to an unlocked configuration in which this side door is adapted to open facing a platform of said station in order to allow access in or out for users of the rail vehicle, characterised in that it comprises at least one light device visible at least from inside the rail vehicle and a processing module, the processing module being configured to control the lighting device so that the lighting device provides, before the rail vehicle enters the station, information relating to the next configuration of the or each side door, in that the or each lighting device comprises at least one light emitting diode lamp adapted to be disposed in a reveal of one of the glass walls of the or each side door, and in that the or each light emitting diode lamp is adapted to be disposed at the lower edge (31 A) of the glazed panel in a vertical direction, the or each light emitting diode lamp being configured to project information about the next configuration of the associated side door onto at least one of the glass panels. characterised in that it comprises at least one light device visible at least from inside the rail vehicle and a processing module, the processing module being configured to control the lighting device so that the lighting device provides, before the rail vehicle enters the station, information relating to the next configuration of the or each side door, in that the or each lighting device comprises at least one light emitting diode lamp adapted to be disposed in a reveal of one of the glass walls of the or each side door, and in that the or each light emitting diode lamp is adapted to be disposed at the lower edge (31 A) of the glazed panel in a vertical direction, the or each light emitting diode lamp being configured to project information about the next configuration of the associated side door onto at least one of the glass panels.
A method for coding video data, the method comprising: coding a full identifier value for a random access point,RAP picture that is not an instantaneous decoder refresh,IDR picture; and coding a partial identifier value for a non-RAP picture based on the full identifier value for the RAP picture, wherein the partial identifier value represents a portion of a full identifier value for the non-RAP picture. coding a full identifier value for a random access point,RAP picture that is not an instantaneous decoder refresh,IDR picture; and coding a partial identifier value for a non-RAP picture based on the full identifier value for the RAP picture, wherein the partial identifier value represents a portion of a full identifier value for the non-RAP picture.
Securing device for securing a person, the securing device comprising a support structure, a rope drum, on which a safety rope, to which the person is attachable, is reelable, an axle element, which is attached torque-proofly to the rope drum and rotatably to the support structure such that, by the axle element, the rope drum is supported rotatably at the support structure, a lever, wherein the lever is attached pivotably to the support structure at a deflection point, wherein the lever comprises a blocking section, which is formed such that, in a blocking position of the lever, the blocking section is coupled to the rope drum in order to disable a rotation of the rope drum, and such that, in a releasing position of the lever, the blocking section is decoupled from the rope drum and the rope drum is rotatable, characterized in that the lever comprises a thread section, which is spaced apart from the blocking section, wherein the axle element comprises a further thread section, wherein the thread section is coupled to the further thread section such that, upon rotation of the axle element, due to the rotation of the rope drum, the thread section is shifted along the axle element such that, due to the shifting of the thread section, a rotation of the lever around the deflection point and an adjustment between the blocking position and the releasing position of the lever are effected. such that, in a blocking position of the lever, the blocking section is coupled to the rope drum in order to disable a rotation of the rope drum, and such that, in a releasing position of the lever, the blocking section is decoupled from the rope drum and the rope drum is rotatable,
A cell culture carrier, which comprises: a support-held culture membrane comprising an organic thin film having cell adhesion properties and biodegradability and a frame-like support fixed on the periphery of the organic thin film for maintaining the dimensions of the organic thin film; and a base substrate having a surface with a static water contact angle of 45° or less, wherein the support-held culture membrane is detachably placed on the surface of the base substrate.
A device comprising: a hanging device comprising a protrusion, a clip and one or more apertures configured for hanging on one of a plurality of objects; a holder including a body and a holder member, wherein the body is configured for coupling to the hanging device, and the body has a receiving slot comprising a securing mechanism for securing the body to the hanging device including at least one movable implementation (126;908); and the holder member r is coupled to the body, the holder member is configured for receiving an item; characterised in that: the at least one movable implementation (126;908) is able to secure the protrusion within the holder. a hanging device comprising a protrusion, a clip and one or more apertures configured for hanging on one of a plurality of objects; a holder including a body and a holder member, wherein the body is configured for coupling to the hanging device, and the body has a receiving slot comprising a securing mechanism for securing the body to the hanging device including at least one movable implementation (126;908); and the holder member r is coupled to the body, the holder member is configured for receiving an item; characterised in that: the at least one movable implementation (126;908) is able to secure the protrusion within the holder. the at least one movable implementation (126;908) is able to secure the protrusion within the holder.
Optical device comprising a first polarizer and a second polarizer, which are made from a sheet of polymer, a device making it possible to move the polarizers relative to one another between a first state in which the polarization directions of the first and second polarizers are parallel and a second state in which the polarization directions of the first and second polarizers are perpendicular, characterized in that each of the two polarizers is positioned on a substrate having a refractive index of less than 1.77 and in that said two polarizers each comprise an antireflective submicron structure created directly in the surface of the polymer of the polarizer, opposite the substrate, and in that the two antireflective structures are positioned facing each other.