mhurhangee/ep-ind-claims huggingface dataset:
A package for smoking articles, the package comprising: a packet part for storing smoking articles; a collar part, comprising a collar front panel, and collar side panels (260, 265); and a lid part, comprising a lid front panel, a lid back panel, a lid top panel, and lid side panels (215, 220); wherein the packet part is made of a substantially flexible material whereby the package is partially deformable; the collar part and the lid part are made of a substantially rigid material; the collar part is attached to the packet part and partially overwraps the packet part; the lid part is arranged such that it may move relative to the collar part and the packet part between a closed position, in which the lid part restricts access to any smoking articles contained in the packet part, and an open position, in which the lid part does not restrict access to any smoking articles contained in the packet part, wherein the lid front and side panels (160, 215, 220) overlie the collar front and side panels (250, 260, 265) when the lid part is in the closed position, characterised in that: the collar part further comprising a collar back panel and wherein the lid back panel is hingeably connected to the collar back panel. a packet part for storing smoking articles; a collar part, comprising a collar front panel, and collar side panels (260, 265); and a lid part, comprising a lid front panel, a lid back panel, a lid top panel, and lid side panels (215, 220); wherein the packet part is made of a substantially flexible material whereby the package is partially deformable; the collar part and the lid part are made of a substantially rigid material; the collar part is attached to the packet part and partially overwraps the packet part; the lid part is arranged such that it may move relative to the collar part and the packet part between a closed position, in which the lid part restricts access to any smoking articles contained in the packet part, and an open position, in which the lid part does not restrict access to any smoking articles contained in the packet part, wherein the lid front and side panels (160, 215, 220) overlie the collar front and side panels (250, 260, 265) when the lid part is in the closed position, characterised in that: the collar part further comprising a collar back panel and wherein the lid back panel is hingeably connected to the collar back panel.
A method for wireless communications performed by a base station for determining a timing offset, the method comprising: obtaining a frequency domain phase offset based on an at least one uplink signal from a user equipment, UE, transmitted during a random access channel, RACH, procedure; determining a fractional symbol timing offset based on the determined frequency domain phase offset; and performing a time domain correlation for different timing hypotheses and determining the timing offset based on the fractional symbol timing offset and the time domain correlation, wherein the different hypotheses correspond to different integer numbers of symbols. obtaining a frequency domain phase offset based on an at least one uplink signal from a user equipment, UE, transmitted during a random access channel, RACH, procedure; determining a fractional symbol timing offset based on the determined frequency domain phase offset; and performing a time domain correlation for different timing hypotheses and determining the timing offset based on the fractional symbol timing offset and the time domain correlation, wherein the different hypotheses correspond to different integer numbers of symbols.
A sequential cracking process for the thermal cracking of a hydrocarbon feedstock in a cascade of cracking units wherein said hydrocarbon feedstock is heated in a furnace to a predetermined maximum temperature and thermally cracked in said cascade of cracking units, the process comprising the following steps: a. heating said hydrocarbon feedstock in said furnace to a cracking temperature T1; b. introducing the heated hydrocarbon feedstock into a first cracking unit operating at a temperature T1; c. passing the product stream from said first cracking unit to a first fractionation; d. recovering as separate streams from said first fractionation a light fraction boiling below 370 oC and a heavy fraction boiling above 370 oC; e. introducing said heavy fraction from said first fractionation into a second cracking unit operating at a temperature T2; f. passing the product stream from said second cracking unit to a second fractionation; g. recovering as separate streams from said second fractionation a light fraction boiling below 370 oC and a heavy fraction boiling above 370 oC; h. introducing said heavy fraction from said second fractionation into a third conversion unit operating at a temperature T3, wherein temperature T1 is not equal to temperature T2, and temperature T2 is not equal to temperature T3, wherein the temperature in the first cracking unit T1, the second cracking unit T2 and the third conversion unit T3 is in the sequence of T1<T2<T3, wherein the product exiting said first cracking unit is cooled by a heat exchanger to below 370 oC before entering said first fractionation. a. heating said hydrocarbon feedstock in said furnace to a cracking temperature T1; b. introducing the heated hydrocarbon feedstock into a first cracking unit operating at a temperature T1; c. passing the product stream from said first cracking unit to a first fractionation; d. recovering as separate streams from said first fractionation a light fraction boiling below 370 oC and a heavy fraction boiling above 370 oC; e. introducing said heavy fraction from said first fractionation into a second cracking unit operating at a temperature T2; f. passing the product stream from said second cracking unit to a second fractionation; g. recovering as separate streams from said second fractionation a light fraction boiling below 370 oC and a heavy fraction boiling above 370 oC; h. introducing said heavy fraction from said second fractionation into a third conversion unit operating at a temperature T3, wherein temperature T1 is not equal to temperature T2, and temperature T2 is not equal to temperature T3, wherein the temperature in the first cracking unit T1, the second cracking unit T2 and the third conversion unit T3 is in the sequence of T1<T2<T3, wherein the product exiting said first cracking unit is cooled by a heat exchanger to below 370 oC before entering said first fractionation.
A rail-guided vehicle comprising a passenger receptacle having at least one seat (21a, 21b) with a seat support and a seat back for receiving a passenger in a seated position, wherein the intended viewing direction of the passenger received in a seated position is aligned substantially perpendicular to the seat back, and wherein the seats (21a, 21b) are so arranged that the viewing direction is aligned transversely to the direction of travel, wherein the passenger seat is arranged so as to be pivotable and/or rotatable about an axis aligned in the viewing direction for generating a pendulum effect, and wherein the axis for generating the pendulum effect is arranged above the passengers, wherein the plane of the pendulum movement is arranged laterally to the rails offset in the viewing direction.
Electric drive unit for a motor vehicle, comprising two electric drives (5A, 5B), which are arranged in a housing casing of a common drive housing and each comprise a stator and a rotor that rotates with a rotor shaft (8A, 8B), adjacent shaft ends (10A, 10B) of the rotor shafts (8A, 8B) both being rotatably mounted in a bearing housing which is the central region of a bearing plate arranged rigidly in the drive housing, characterized in that components of the bearing plate are at least three struts (21, 22, 23), which extend outward from the bearing housing, connect the bearing housing to the housing casing of the drive housing, and, at the bearing plate, divide an identical number of openings (31, 32, 33) in the form of opening segments arranged around the bearing housing, a first opening of the openings in the drive housing being located at the bottom, a coolant opening formed at the bottom in the housing casing of the drive housing opening radially into the first opening, and the coolant opening connecting the first opening to a coolant trough arranged on the outside of the housing casing.
A computer-implemented method comprising: - obtaining a three-dimensional model of a real-world environment; - receiving a given image of the real-world environment captured using a given camera (106, 208), and pose information indicative of a given camera pose from which the given image is captured; - utilising the 3D model of the real-world environment to generate a reconstructed depth map from a perspective of the given camera pose; and - applying an extended depth-of-field correction to at least one image segment of the given image that is out of focus, by using a point spread function determined for the given camera, based on optical depths in at least one segment of the reconstructed depth map corresponding to the at least one image segment of the given image. - obtaining a three-dimensional model of a real-world environment; - receiving a given image of the real-world environment captured using a given camera (106, 208), and pose information indicative of a given camera pose from which the given image is captured; - utilising the 3D model of the real-world environment to generate a reconstructed depth map from a perspective of the given camera pose; and - applying an extended depth-of-field correction to at least one image segment of the given image that is out of focus, by using a point spread function determined for the given camera, based on optical depths in at least one segment of the reconstructed depth map corresponding to the at least one image segment of the given image.
A brazed plate heat exchanger comprising an end plate and a stack of heat exchanger plates (12, 12a, 12b) provided with a pattern comprising ridges and grooves adapted to form contact points between neighbouring heat exchanger plates such that the heat exchanger plates form interplate flow channels for media to exchange heat over the heat exchanger plates, the heat exchanger plates further being provided with port openings for selective fluid communication with the flow channels, wherein the port openings are surrounded by port opening areas for sealing against a corresponding port opening area of a neighbouring heat exchanger plate, wherein neighbouring heat exchanger plates are connected by brazing joints at said contact points, wherein the end plate is provided with port openings (O1-O4) and flat areas around the port openings in a common plane, wherein a plurality of ridges of the heat exchanger plates, in an area overlapping any of said flat areas of the end plate, are formed with an indentation, wherein said indentations of a heat exchanger plate (12, 12a) adjacent the end plate connect a flow channel, formed between the end plate and the adjacent heat exchanger plate (12, 12a), with a neighbouring flow channel to allow distribution of media between them, characterised in that a contact point is arranged on the ridge on both sides of at least one of said indentations connecting a flow channel, formed between the end plate and the adjacent heat exchanger plate (12, 12a), with a neighbouring flow channel to allow distribution of media between them, and that a brazing joint for connecting neighbouring heat exchanger plates is arranged between the port opening area and at least one of said indentations.
A robot cleaner comprising: a body including a cleaning unit to remove foreign substances from a surface and a wheel unit to rotate via power transmitted thereto from a motor; a cover to cover an upper portion of the body; a sensor module including an obstacle sensor mounted to the body to sense an obstacle; and a sensor window provided at one side of the sensor module, wherein the sensor module comprises: a light emitting device to emit light through the sensor window; a light receiving reflector on which light emitted from the light emitting device and reflected from the obstacle is incident; and a light shielding portion positioned above the light emitting device and interposed between the light emitting device and the light receiving reflector to block the light emitted from the light emitting device from being reflected from an inner surface of the sensor window and so being incident upon the light receiving reflector. a body including a cleaning unit to remove foreign substances from a surface and a wheel unit to rotate via power transmitted thereto from a motor; a cover to cover an upper portion of the body; a sensor module including an obstacle sensor mounted to the body to sense an obstacle; and a sensor window provided at one side of the sensor module, wherein the sensor module comprises: a light emitting device to emit light through the sensor window; a light receiving reflector on which light emitted from the light emitting device and reflected from the obstacle is incident; and a light shielding portion positioned above the light emitting device and interposed between the light emitting device and the light receiving reflector to block the light emitted from the light emitting device from being reflected from an inner surface of the sensor window and so being incident upon the light receiving reflector. a light emitting device to emit light through the sensor window; a light receiving reflector on which light emitted from the light emitting device and reflected from the obstacle is incident; and a light shielding portion positioned above the light emitting device and interposed between the light emitting device and the light receiving reflector to block the light emitted from the light emitting device from being reflected from an inner surface of the sensor window and so being incident upon the light receiving reflector.
A computer implemented method for retrieving the file system of a recording medium, which indicates the physical position of the content on the recording medium, the method including the steps of: - determining a signature ( <S>) of the recording medium by measuring features based on a data pattern stored on the recording medium, the signature including a plurality of elements selected from: the disk open or closed status, the number of sessions, the number of tracks in a session, the lead-in time of each session, the lead-out time of each session, the total time of each session, the subcode information of each track, the data checksums of specific tracks; - comparing (3, 4) the signature ( <S>) with a plurality of signatures stored in a content database, said signatures stored in the content database being associated to corresponding file systems; and - retrieving the associated file system from the content database if the signature ( <S>) is equal to a signature stored in the content database. - determining a signature ( <S>) of the recording medium by measuring features based on a data pattern stored on the recording medium, the signature including a plurality of elements selected from: the disk open or closed status, the number of sessions, the number of tracks in a session, the lead-in time of each session, the lead-out time of each session, the total time of each session, the subcode information of each track, the data checksums of specific tracks; - comparing (3, 4) the signature ( <S>) with a plurality of signatures stored in a content database, said signatures stored in the content database being associated to corresponding file systems; and - retrieving the associated file system from the content database if the signature ( <S>) is equal to a signature stored in the content database.
Stack-shaped lll-V semiconductor diode comprising - an n + substrate with a doping substance concentration of at least 10 19 cm -3 and a layer thickness of 50 - 400 μm, wherein the n + substrate comprises a GaAs compound or consists of a GaAs compound, - an n - layer with a doping substance concentration of 10 12 - 10 16 cm -3 and a layer thickness of 100 - 300 μm, wherein the n - layer comprises a GaAs compound or consists of a GaAs compound, - a p + layer with a doping substance concentration of 5 • 10 18 - 5 • 10 20 cm -3, with a layer thickness greater than 2 μm, wherein the p + layer comprises a GaAs compound or consists of a GaAs compound, - wherein the n + substrate and the n - layer are connected with one another by material couple, wherein a doped intermediate layer with a layer thickness of 1 - 50 μm and doping substance concentration of 10 12 - 10 17 cm -3 is arranged between the n - layer and the p + layer, wherein the intermediate layer is connected with the n - layer and with the p + layer by material couple, the intermediate layer is n-doped and the intermediate layer has a different doping substance concentration by comparison with the layers connected by material couple. - an n + substrate with a doping substance concentration of at least 10 19 cm -3 and a layer thickness of 50 - 400 μm, wherein the n + substrate comprises a GaAs compound or consists of a GaAs compound, - an n - layer with a doping substance concentration of 10 12 - 10 16 cm -3 and a layer thickness of 100 - 300 μm, wherein the n - layer comprises a GaAs compound or consists of a GaAs compound, - a p + layer with a doping substance concentration of 5 • 10 18 - 5 • 10 20 cm -3, with a layer thickness greater than 2 μm, wherein the p + layer comprises a GaAs compound or consists of a GaAs compound, - wherein the n + substrate and the n - layer are connected with one another by material couple, wherein a doped intermediate layer with a layer thickness of 1 - 50 μm and doping substance concentration of 10 12 - 10 17 cm -3 is arranged between the n - layer and the p + layer, wherein the intermediate layer is connected with the n - layer and with the p + layer by material couple, the intermediate layer is n-doped and the intermediate layer has a different doping substance concentration by comparison with the layers connected by material couple.
A terminal device configured to perform communication using a first cell group including a primary cell for a first base station device and a second cell group including a primary secondary cell for a second base station device, the terminal device comprising: a control unit; and a transmission unit configured to and/or programmed to transmit a first Medium Access Control, MAC, control element, wherein in a case where the primary secondary cell is added, the control unit is configured to and/or programmed to determine that a power headroom report is triggered, calculate a first value of a first type of power headroom information for the primary cell in the primary cell and a second value of a second type of power headroom information for the primary secondary cell in the primary secondary cell, respectively, and generate a second MAC control element including the first type of power headroom information and the second type of power headroom information, and the transmission unit is configured to and/or programmed to transmit the second MAC control element. a control unit; and a transmission unit configured to and/or programmed to transmit a first Medium Access Control, MAC, control element, wherein in a case where the primary secondary cell is added, the control unit is configured to and/or programmed to determine that a power headroom report is triggered, calculate a first value of a first type of power headroom information for the primary cell in the primary cell and a second value of a second type of power headroom information for the primary secondary cell in the primary secondary cell, respectively, and generate a second MAC control element including the first type of power headroom information and the second type of power headroom information, and the transmission unit is configured to and/or programmed to transmit the second MAC control element.
Device for delivering at least a layer of compost and/or casing soil to a shelving for growing mushrooms, comprising: - a first conveyor, on which in a downstream direction are arranged: - a first hopper with a receiving opening (5, 6) for receiving compost and a dispensing opening for delivering a compost layer on the first conveyor; characterized by a second hopper with a receiving opening for receiving casing soil and a dispensing opening for delivering casing soil on the compost layer; - at least one separator for separating in a direction perpendicular to the downstream direction at least two fractions of the layer of compost with casing soil. - a first conveyor, on which in a downstream direction are arranged: - a first hopper with a receiving opening (5, 6) for receiving compost and a dispensing opening for delivering a compost layer on the first conveyor; characterized by a second hopper with a receiving opening for receiving casing soil and a dispensing opening for delivering casing soil on the compost layer; - at least one separator for separating in a direction perpendicular to the downstream direction at least two fractions of the layer of compost with casing soil. - at least one separator for separating in a direction perpendicular to the downstream direction at least two fractions of the layer of compost with casing soil.