mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a spreading pattern of a centrifugal spreader, wherein a plurality of collection trays are arranged transversely to the direction of travel of the centrifugal spreader, a spreading fan generated by the centrifugal spreader is moved over the collection trays in the direction of travel, and the fertilizer amounts collected by each of the collection trays are determined, characterized in that the positions of the collection trays are measured by means of GPS positioning and are determined relative to the position of the centrifugal spreader, and wherein a distribution of the fertilizer transversely to the direction of travel is calculated from the determined fertilizer amounts and positions of the collection trays even in the case of non-uniform distances between the collection trays.
A method for wireless communication, the method performed by a user equipment, UE, the method comprising: establishing (505, 1405) a connection with a base station using a primary component carrier, CC,, the primary CC having a plurality of bandwidth parts, BWPs, (305, 310) each having a portion of a frequency bandwidth of the primary CC; receiving (530, 1410), from the base station, first downlink control information, DCI (315, 450), on the primary CC, the first DCI (315, 450) including an indication to activate a first BWP of a plurality of BWPs (305, 310) of a secondary CC, each of the plurality of BWPs (305, 310) of the secondary CC having a portion of a frequency bandwidth of the secondary CC, the first DCI (315, 450) excluding a grant of resources of the first BWP for the UE, and wherein the first BWP is a dormant BWP, whereby the dormant BWP is a BWP with null attributes; activating (535, 1415) the first BWP based at least in part on the first DCI (315, 450); and receiving, from the base station, a second DCI including an indication to switch from the first BWP to a second BWP of the plurality of BWPs, the second DCI excluding a grant of resources of the second BWP for the UE. establishing (505, 1405) a connection with a base station using a primary component carrier, CC,, the primary CC having a plurality of bandwidth parts, BWPs, (305, 310) each having a portion of a frequency bandwidth of the primary CC; receiving (530, 1410), from the base station, first downlink control information, DCI (315, 450), on the primary CC, the first DCI (315, 450) including an indication to activate a first BWP of a plurality of BWPs (305, 310) of a secondary CC, each of the plurality of BWPs (305, 310) of the secondary CC having a portion of a frequency bandwidth of the secondary CC, the first DCI (315, 450) excluding a grant of resources of the first BWP for the UE, and wherein the first BWP is a dormant BWP, whereby the dormant BWP is a BWP with null attributes; activating (535, 1415) the first BWP based at least in part on the first DCI (315, 450); and receiving, from the base station, a second DCI including an indication to switch from the first BWP to a second BWP of the plurality of BWPs, the second DCI excluding a grant of resources of the second BWP for the UE.
An apparatus for facilitating treatment via a vascular wall defining a vascular lumen containing an occlusion therein, the apparatus comprising: an orienting device including a distal shaft defining a central lumen and having an outer wall; and a reentry device advanceable within the central lumen; wherein the orienting device includes an orienting element that is coupled to the distal shaft; wherein the orienting element comprises a first inflatable member and a second inflatable member configured to orient the orienting device upon being inflated; characterized in that the outer wall of the distal shaft defines a first aperture and a second aperture; the first aperture and the second aperture both fluidly communicate with the central lumen; the first aperture and the second aperture are both disposed between the first inflatable member and the second inflatable member; the reentry device is configured to be directed through a selected one of the first and second apertures (330, 332) to re-enter the true lumen with the re-entry device; and the orienting element is configured to assume a folded shape, when the inflatable members (322, 324) are deflated. an orienting device including a distal shaft defining a central lumen and having an outer wall; and a reentry device advanceable within the central lumen; wherein the orienting device includes an orienting element that is coupled to the distal shaft; wherein the orienting element comprises a first inflatable member and a second inflatable member configured to orient the orienting device upon being inflated; characterized in that the outer wall of the distal shaft defines a first aperture and a second aperture; the first aperture and the second aperture both fluidly communicate with the central lumen; the first aperture and the second aperture are both disposed between the first inflatable member and the second inflatable member; the reentry device is configured to be directed through a selected one of the first and second apertures (330, 332) to re-enter the true lumen with the re-entry device; and the orienting element is configured to assume a folded shape, when the inflatable members (322, 324) are deflated.
Air supply valve for ventilating closed buildings, having a frame which delimits an air passage opening and a valve flap which is pivotable about a horizontal pivot pin between an open and a closed position and is connected to the frame, the valve flap closingly resting its upper end against the upper transverse profile when in the closed position, its upper end freeing a flow opening when in the open position, and the lateral frame parts comprising sealing faces by means of which the gap between the lateral frame and the side edges of the valve flap is covered when in the open position, characterised in that the interior-side edge region in the lower part of the rear wall of the valve flap, when in the closed position and in an open position of up to 30% of the valve flap, projects by an amount over the surface of the lower transverse profile, and the valve flap, in its lower part, has a thickened portion in relation to the material thickness of the valve flap in its upper part, by means of which portion the gap between the underside of the valve flap and the lower transverse profile of the frame is elongated.
A method for improving resource control in a wireless communication system, the method comprising: receiving (602, 802), by a user equipment, named UE hereinafter, a configuration including at least a first contention-based resource pool and a second contention-based resource pool; receiving (604, 804), by the UE, at least one threshold value related to a received power for a DL transmission; and selecting, by the UE, the first contention-based resource pool or the second contention-based resource pool for a D2D transmission based on at least the threshold value, wherein the first contention-based resource pool is configured for resources for multiplexing Device-to-Device, named D2D hereinafter, transmission(s) and Downlink, named DL hereinafter, transmission(s) in power domain, and the second contention-based resource pool is configured for resources dedicated to D2D transmission(s), wherein the second contention-based resource pool does not include the resources for multiplexing D2D transmission(s) and DL transmission(s) in power domain. receiving (602, 802), by a user equipment, named UE hereinafter, a configuration including at least a first contention-based resource pool and a second contention-based resource pool; receiving (604, 804), by the UE, at least one threshold value related to a received power for a DL transmission; and selecting, by the UE, the first contention-based resource pool or the second contention-based resource pool for a D2D transmission based on at least the threshold value, wherein the first contention-based resource pool is configured for resources for multiplexing Device-to-Device, named D2D hereinafter, transmission(s) and Downlink, named DL hereinafter, transmission(s) in power domain, and the second contention-based resource pool is configured for resources dedicated to D2D transmission(s), wherein the second contention-based resource pool does not include the resources for multiplexing D2D transmission(s) and DL transmission(s) in power domain.
A device for weighing, which has a bearing surface for the object to be weighed and in which the bearing surface is provided by a bearing element which can be supported with respect to an installation surface by at least two support elements, and in which the support elements are of an identical construction to one another and in which each of the support elements is connected to a frame by a spacer arm and each of the support elements has at least one weighing cell for determining weight and a levelling device for vertical adjustment, characterised in that the support element has a base element and a spacer element which can be positioned relative to the base element, in that the spacer element is provided with a foot, and in that, in the region of its extent which is remote from the spacer element, the foot has a contour such that, in a plurality of pivotal positions of the spacer element relative to the base element, a line of action which corresponds to a force transmission from the bearing element to the base element and a line of action which corresponds to a force transmission from the foot to an installation surface are arranged substantially in in a common direction and coincidentally with one another.
A core forming device comprising: a kneading tank in which raw materials of a core are kneaded; a raw material supply unit that is configured to supply the raw materials to the kneading tank; a mold that accommodates a kneaded material including the raw materials kneaded in the kneading tank, and that forms the core; a piston that is configured to inject the kneaded material in the kneading tank into the mold; a position sensor that is configured to detect a position of the piston; and a control unit that is configured to control a supply amount of the raw materials supplied to the kneading tank from the raw material supply unit, wherein the control unit determines the supply amount of the raw materials based on a difference between the position of the piston detected by the position sensor upon completion of injection and a reference position of the piston determined in advance, and the control unit calculates an amount of the raw materials corresponding to the kneaded material injected into the mold based on the difference between the position of the piston detected by the position sensor upon completion of injection and the reference position of the piston determined in advance, and determines the supply amount of the raw materials. a kneading tank in which raw materials of a core are kneaded; a raw material supply unit that is configured to supply the raw materials to the kneading tank; a mold that accommodates a kneaded material including the raw materials kneaded in the kneading tank, and that forms the core; a piston that is configured to inject the kneaded material in the kneading tank into the mold; a position sensor that is configured to detect a position of the piston; and a control unit that is configured to control a supply amount of the raw materials supplied to the kneading tank from the raw material supply unit, wherein the control unit determines the supply amount of the raw materials based on a difference between the position of the piston detected by the position sensor upon completion of injection and a reference position of the piston determined in advance, and the control unit calculates an amount of the raw materials corresponding to the kneaded material injected into the mold based on the difference between the position of the piston detected by the position sensor upon completion of injection and the reference position of the piston determined in advance, and determines the supply amount of the raw materials.
A pack of smoking articles with a wrapping provided with a closing label, comprising: a group of smoking articles; a wrapping that is flexible, which encloses the group of smoking articles and which comprises an extraction opening for extracting the smoking articles from the wrapping; a container containing the wrapping and the group of smoking articles; the wrapping having an upper wall in which the extraction opening is obtained and a pair of opposite lateral sides; the pair of lateral sides being connected to the upper wall at respective edges; a closing label comprising a first portion which is removably fixed to the wrapping in order to be able to open and close the extraction opening so as to allow and prevent access to the group of smoking articles through the extraction opening; the pack of smoking articles being characterized in that: the closing label comprises a second portion which is irremovably fixed to the wrapping at the upper wall of the wrapping and at the lateral sides so as to cover said edges; and the wrapping is made of a sheet of material having a thickness comprised between 25 μm and 50 μm. a group of smoking articles; a wrapping that is flexible, which encloses the group of smoking articles and which comprises an extraction opening for extracting the smoking articles from the wrapping; a container containing the wrapping and the group of smoking articles; the wrapping having an upper wall in which the extraction opening is obtained and a pair of opposite lateral sides; the pair of lateral sides being connected to the upper wall at respective edges; a closing label comprising a first portion which is removably fixed to the wrapping in order to be able to open and close the extraction opening so as to allow and prevent access to the group of smoking articles through the extraction opening; the pack of smoking articles being characterized in that: the closing label comprises a second portion which is irremovably fixed to the wrapping at the upper wall of the wrapping and at the lateral sides so as to cover said edges; and the wrapping is made of a sheet of material having a thickness comprised between 25 μm and 50 μm. the closing label comprises a second portion which is irremovably fixed to the wrapping at the upper wall of the wrapping and at the lateral sides so as to cover said edges; and the wrapping is made of a sheet of material having a thickness comprised between 25 μm and 50 μm.
A method for cancelling interference received at a user equipment, UE, the method comprising: receiving a first signal from a serving base station transmitted on a first antenna port, the first signal comprising a first demodulation reference signal, DMRS; receiving an interfering signal from a neighboring base station (1020, 1030, 1040) transmitted on a second antenna port, the interfering signal comprising a second DMRS coded orthogonally different from the first signal; determining a cell identification of the neighboring base station; identifying the second antenna port in accordance with a predefined mapping between a plurality of cell identifications and antenna ports; recovering DMRS information of the interfering signal from the second DMRS using the identified second antenna port; and performing interference cancellation on the first signal and the second signal using the recovered DMRS information of the interfering signal. receiving a first signal from a serving base station transmitted on a first antenna port, the first signal comprising a first demodulation reference signal, DMRS; receiving an interfering signal from a neighboring base station (1020, 1030, 1040) transmitted on a second antenna port, the interfering signal comprising a second DMRS coded orthogonally different from the first signal; determining a cell identification of the neighboring base station; identifying the second antenna port in accordance with a predefined mapping between a plurality of cell identifications and antenna ports; recovering DMRS information of the interfering signal from the second DMRS using the identified second antenna port; and performing interference cancellation on the first signal and the second signal using the recovered DMRS information of the interfering signal.
Automatic door gap seal for the region of a door underside of a door, having a seal housing, a movably mounted seal profile and a door threshold, wherein the automatic door gap seal is equipped with a brake-in protection mechanism which consists of an engagement profile and a profile engagement portion corresponding thereto, and the engagement profile is assigned to the seal profile, and the profile engagement portion is assigned to the door threshold, characterized in that the seal housing has mutually parallel side walls on whose inner sides the seal profile is slidingly mounted in a retractable and extendable manner, and the engagement profile of the seal profile extends in the direction of the door threshold and, in the closed state of the door, engages in the profile engagement portion of the door threshold, wherein the door threshold is configured in the manner of a rigid zero threshold, and the profile engagement portion reaches under the zero level thereof and has the form of a rectilinear slotted engagement portion which is angled obliquely from a vertical and forms an undercut in the vertical direction of movement of the seal profile, wherein the engagement profile of the seal profile is correspondingly angled obliquely from a vertical in order to engage at a suitable angle in the profile engagement portion of the door threshold.
An angled plug connector, comprising an insulating housing, angled contact elements for establishing a connection between a corresponding plug and a printed circuit board, a first shielding and a second shielding, which form a shielded channel, wherein the first shielding is formed as an angled metal sheet and in one part or in one piece, and is inserted into the plug-in region of the plug face of the insulating housing from the side facing away from the plug side, characterized in that the first shielding and the second shielding have at least one spring tongue (400; 500) stamped in or out of the metal sheet for contacting with contacts of a corresponding plug within the plug-in region of the of the plug face of the insulating housing.
Tank system for a reducing agent, comprising a vessel for the reducing agent, having an upper vessel wall, lateral vessel walls, and a lower vessel wall, and comprising a conveying device in order for the reducing agent to be provided so as to be suppliable under pressure by way of an outlet to an exhaust gas, wherein at least one opening is provided in the base region of the vessel, wherein the conveying device is disposed on the outer side of the vessel in such a manner that said conveying device conjointly with the outer side of the vessel forms a space S, wherein said space S by way of the at least one opening is connected to the interior of the vessel such that reducing agent located in the vessel can make its way from the interior of the vessel into the space S located outside the vessel and by way of the conveying device is suppliable from the space S to the exhaust gas, characterized in that the space S is disposed on the vessel in such a manner that almost complete emptying of the vessel is enabled, wherein the latter is enabled by the particularly low position of the suction point in the space S in relation to the vessel base.
A storage structure comprising at least one extendable wall, wherein the extendable wall comprises at least three slidably engaged panels (30, 32, 36), wherein: at least a first panel and a second panel are co-planar; at least one of the panels is hollow and receives at least part of at least one of the other panels; the first and second panels are movable relative to each other in order to adjust a dimension of the wall; and a linkage mechanism connects the first and the second panels to each other and is configured to allow relative movement between the panels while maintaining the first and second panels in the same plane as each other, and wherein the linkage is configured to define a minimum and maximum separation of the first and second panels and to allow infinite adjustment within that range, wherein the linkage mechanism remains located within the hollow panel(s) throughout the range of separation permitted by the linkage; wherein the at least three panel comprise first, second and third panels (30, 32, 36) and the linkage mechanism is secured to the third panel, characterised in that when the first or the second panel moves relative to the third panel, the linkage mechanism causes the second or first panel respectively to move by the same distance and in the opposite direction or causes the first and second panels to move perpendicular to each other. at least a first panel and a second panel are co-planar; at least one of the panels is hollow and receives at least part of at least one of the other panels; the first and second panels are movable relative to each other in order to adjust a dimension of the wall; and a linkage mechanism connects the first and the second panels to each other and is configured to allow relative movement between the panels while maintaining the first and second panels in the same plane as each other, and wherein the linkage is configured to define a minimum and maximum separation of the first and second panels and to allow infinite adjustment within that range, wherein the linkage mechanism remains located within the hollow panel(s) throughout the range of separation permitted by the linkage; wherein the at least three panel comprise first, second and third panels (30, 32, 36) and the linkage mechanism is secured to the third panel, characterised in that when the first or the second panel moves relative to the third panel, the linkage mechanism causes the second or first panel respectively to move by the same distance and in the opposite direction or causes the first and second panels to move perpendicular to each other.
Measuring device for measuring an articulation angle (w K) between a tractor vehicle which has a longitudinal axis (x Z) and a trailer which has a longitudinal axis (x T), having a trailer coupling, which trailer coupling has a coupling ball, a ball receptacle serving to receive the coupling ball and at least one magnetic sensor; 4A, 4B), wherein the coupling ball has a ball opening, wherein a magnet is mounted in the ball opening, wherein the ball receptacle has a recess, wherein the at least one magnetic sensor (4; 4A, 4B) is mounted in the recess, wherein changes in a magnetic field generated by the magnet are detected by the magnetic sensor (4; 4A, 4B), characterized in that, in order to measure the articulation angle independently of occurring tilting movements and rotations about the longitudinal axis (x Z, x T), the center of the magnet and the joint center of the trailer coupling, which defines a center of rotation, have at least approximately the same position.