mhurhangee/ep-ind-claims huggingface dataset:
A wheelchair, of the type comprising a frame from which at least three struts extend each having a lower end carrying at least one wheel and an upper end connected to the frame, including two lateral struts each carrying a lateral wheel and at least one central strut carrying at least one steered wheel, the lateral struts having, according to a rolling configuration, an inclined position in which their lower ends have a spacing therebetween larger than that one between their upper ends, wherein the frame comprises a central plate, at least the lateral struts each being hingedly mounted around a joint on the central plate and movable around the joint between the rolling configuration and a folding configuration, in which the lateral struts are pivoted, in the direction of the central strut, and grouped together adjacent to each other, characterised in that the frame comprises, for each strut, a pivoting stop on top of the strut to prevent pivoting of the strut beyond a predetermined angular stroke from the rolling configuration, and in that the plate has, for each strut, a cage in which an axis extends around which the strut could pivot, the upper end of the strut being accommodated in the cage, and in that a part, making up the pivoting stop, is affixed on the plate so as to close the cage from above. wherein the frame comprises a central plate, at least the lateral struts each being hingedly mounted around a joint on the central plate and movable around the joint between the rolling configuration and a folding configuration, in which the lateral struts are pivoted, in the direction of the central strut, and grouped together adjacent to each other, characterised in that the frame comprises, for each strut, a pivoting stop on top of the strut to prevent pivoting of the strut beyond a predetermined angular stroke from the rolling configuration, and in that the plate has, for each strut, a cage in which an axis extends around which the strut could pivot, the upper end of the strut being accommodated in the cage, and in that a part, making up the pivoting stop, is affixed on the plate so as to close the cage from above.
A side sealing machine for sealing a film (1, 237), comprising: a tubular heating element that contacts said film (1, 237), having a leading edge adapted to encounter said film (1, 237) first, and a trailing edge adapted to encounter said film (1, 237) after said leading edge; a biasing member (650, 660; 710, 711) attached to either said trailing edge or said leading edge, which in one position, urges said trailing edge or said leading edge, respectively, downward toward a plane of said film (1, 237); and wherein said heating element is rotatably attached to a pivot point on said machine, and wherein said biasing member (650, 660; 710, 711) is biased with a force sufficiently small so as to be overcome by a foreign material located on said film (1, 237) in the path of said tubular heating element, so that said foreign material causes said tubular heating element to rotate to a position where said tubular heating element is at level above said plane of said film (1, 237). a tubular heating element that contacts said film (1, 237), having a leading edge adapted to encounter said film (1, 237) first, and a trailing edge adapted to encounter said film (1, 237) after said leading edge; a biasing member (650, 660; 710, 711) attached to either said trailing edge or said leading edge, which in one position, urges said trailing edge or said leading edge, respectively, downward toward a plane of said film (1, 237); and wherein said heating element is rotatably attached to a pivot point on said machine, and wherein said biasing member (650, 660; 710, 711) is biased with a force sufficiently small so as to be overcome by a foreign material located on said film (1, 237) in the path of said tubular heating element, so that said foreign material causes said tubular heating element to rotate to a position where said tubular heating element is at level above said plane of said film (1, 237).
A repeater comprising: an input/output adapted to receive and transmit data packets over a powerline; characterized by a packet registry adapted to store a valid copy of a characteristic of a preceding data packet, wherein the characteristic includes cyclic redundancy check bytes, a checksum, a packet length, and/or random bytes within the preceding data packet; a registry manager adapted to maintain the valid copy of the characteristic of the preceding data packet; and logic adapted: to detect a characteristic of a received data packet, wherein the characteristic includes cyclic redundancy check bytes, a checksum, a packet length, and/or random bytes within the received data packet; to determine whether the valid copy of the characteristic of the preceding data packet stored in the packet registry matches the characteristic of the received data packet; and to not repeat the received data packet, if the valid copy of the characteristic of the preceding data packet matches the characteristic of the received data packet; and a circuit adapted to execute the logic. an input/output adapted to receive and transmit data packets over a powerline; characterized by a packet registry adapted to store a valid copy of a characteristic of a preceding data packet, wherein the characteristic includes cyclic redundancy check bytes, a checksum, a packet length, and/or random bytes within the preceding data packet; a registry manager adapted to maintain the valid copy of the characteristic of the preceding data packet; and logic adapted: to detect a characteristic of a received data packet, wherein the characteristic includes cyclic redundancy check bytes, a checksum, a packet length, and/or random bytes within the received data packet; to determine whether the valid copy of the characteristic of the preceding data packet stored in the packet registry matches the characteristic of the received data packet; and to not repeat the received data packet, if the valid copy of the characteristic of the preceding data packet matches the characteristic of the received data packet; and a circuit adapted to execute the logic. to detect a characteristic of a received data packet, wherein the characteristic includes cyclic redundancy check bytes, a checksum, a packet length, and/or random bytes within the received data packet; to determine whether the valid copy of the characteristic of the preceding data packet stored in the packet registry matches the characteristic of the received data packet; and to not repeat the received data packet, if the valid copy of the characteristic of the preceding data packet matches the characteristic of the received data packet; and a circuit adapted to execute the logic.
A metal plate used for manufacturing a deposition mask, the metal plate comprising: a base metal plate; a first surface layer disposed on a first surface of the base metal plate; and a second surface layer disposed on a second surface facing the first surface of the base metal plate, wherein the first surface layer and the second surface layer include elements different from that of the base metal plate or composition ratios different from that of the base metal plate, and an etch rate of the base metal plate is greater than those of the first surface layer and the second surface layer, wherein the base metal plate includes invar, wherein the first surface layer and the second surface layer include at least the metal Cr, Ni, and Fe, wherein a ratio of Cr of the first surface layer and the second surface layer is 0.01 wt% to 24 wt%. a first surface layer disposed on a first surface of the base metal plate; and a second surface layer disposed on a second surface facing the first surface of the base metal plate, wherein the first surface layer and the second surface layer include elements different from that of the base metal plate or composition ratios different from that of the base metal plate, and an etch rate of the base metal plate is greater than those of the first surface layer and the second surface layer, wherein the base metal plate includes invar, wherein the first surface layer and the second surface layer include at least the metal Cr, Ni, and Fe, wherein a ratio of Cr of the first surface layer and the second surface layer is 0.01 wt% to 24 wt%.
Measurement arrangement for measuring radio-frequency signals, comprising: a reflector adapted to focus radio-frequency signals at a predetermined vertex of the reflector; a first antenna adapted to receive radio-frequency signals and/or emit radio-frequency signals, the first antenna being arranged outside the vertex of the reflector; and a radio-frequency lens arranged between the vertex of the reflector and the first antenna characterized by a second antenna; and a movable antenna carrier adapted to carry the second antenna and to move the second antenna to a first position such that the second antenna is located at the vertex of the reflector or to a second position such that the second antenna is located outside the vertex of the reflector. a reflector adapted to focus radio-frequency signals at a predetermined vertex of the reflector; a first antenna adapted to receive radio-frequency signals and/or emit radio-frequency signals, the first antenna being arranged outside the vertex of the reflector; and a radio-frequency lens arranged between the vertex of the reflector and the first antenna characterized by a second antenna; and a movable antenna carrier adapted to carry the second antenna and to move the second antenna to a first position such that the second antenna is located at the vertex of the reflector or to a second position such that the second antenna is located outside the vertex of the reflector.
A device capable of hardware-based inter-device resource sharing, comprising: a configuration module to set a device configuration; a processing module to process data based on at least the device configuration; at least one hardware resource (116A...n); an interface technology (112A...n) to allow the processing module to interact with the at least one hardware resource; and a remote orchestrator module to at least: receive at least one instruction from a remote orchestrator; configure the configuration module based on the at least one instruction; and configure the interface technology to allow the at least one hardware resource to operate locally or operate remotely based on the at least one instruction, characterized in that the interface technology is to hide the at least one hardware resource from at least the processing module when the at least one hardware resource is to operate remotely. a configuration module to set a device configuration; a processing module to process data based on at least the device configuration; at least one hardware resource (116A...n); an interface technology (112A...n) to allow the processing module to interact with the at least one hardware resource; and a remote orchestrator module to at least: receive at least one instruction from a remote orchestrator; configure the configuration module based on the at least one instruction; and configure the interface technology to allow the at least one hardware resource to operate locally or operate remotely based on the at least one instruction, receive at least one instruction from a remote orchestrator; configure the configuration module based on the at least one instruction; and configure the interface technology to allow the at least one hardware resource to operate locally or operate remotely based on the at least one instruction, characterized in that the interface technology is to hide the at least one hardware resource from at least the processing module when the at least one hardware resource is to operate remotely.
A method for controlling an arc formation in corona discharge ignition system, comprising: providing energy to a corona igniter at a voltage; detecting an arc formation while providing the energy to the corona igniter; and ceasing the step of providing energy to the corona igniter in response to the arc formation. providing energy to a corona igniter at a voltage; detecting an arc formation while providing the energy to the corona igniter; and ceasing the step of providing energy to the corona igniter in response to the arc formation.
A method of producing a polyethylene resin, the method comprising: contacting ethylene, hydrogen and, optionally, one or more other olefins, with a catalyst system; wherein the catalyst system comprises at least two different catalyst compounds; wherein the polymerization is performed in a single reactor; adjusting the H 2 /C 2 ratio and adjusting the in-reactor ratio of the catalyst compounds to modify the resin swell and optionally at the same time controlling the flow index;wherein the polyethylene resin comprises units derived from ethylene, and optionally one or more other olefins, wherein the resin has a density greater than or equal to 0.945 g/cm 3, measured according to ASTM D792, a melt flow ratio (I 21 /I 5) in the range from 10 to 60, measured according to ASTM D1238 (I 21 and I 5 measured at 190°C and 21.6 kg or 5 kg weight respectively), and a flow index (I 21) in the range from 2 to 60.
Mounting deck for use during the erection of a support scaffold tower, having a decking element, a first guardrail element, which is articulated to a first front side of the decking element, and a second rail element which is articulated to a second front side of the decking element, wherein, in order to hook the mounting deck in bars of the support frame tower to be erected, the second rail element has a hook, preferably two mutually spaced-apart hooks, only in the region of the free end thereof, and either a) the decking element has a hook, preferably two mutually spaced-apart hooks, only at the first front side thereof or b) the decking element does not have a hook at the first and second front side (30, 32) thereof and the first guardrail element has a hook, preferably two mutually spaced-apart hooks, only in the region of the free end thereof. a) the decking element has a hook, preferably two mutually spaced-apart hooks, only at the first front side thereof or b) the decking element does not have a hook at the first and second front side (30, 32) thereof and the first guardrail element has a hook, preferably two mutually spaced-apart hooks, only in the region of the free end thereof.
A rolling device for rolling work pieces with toothing, in particular gear wheels, with (a) a first shaping tool (14.1), (b) at least a second shaping tool (14.2) and at least one guide designed for the guided movement of the shaping tools (14.1, 14.2) relative to a work piece, so that a first region of a tooth flank of the work piece can be shaped with the first shaping tool (14.1), (c) wherein the first shaping tool (14.1) has a first roller (46.1) that is rotatably mounted about a first tool rotational axis (D14.1), (d) wherein the second shaping tool (14.2) has a second roller (46.2) that is rotatably mounted about a second tool rotational axis (D 14.2) and (e) wherein the first roller (46.1) has a first effective axial thickness (d 1) on the circumference thereof, characterised in that (f) the second roller (46.2) has a second effective axial thickness (d 2) on the circumference thereof which differs from the first effective axial thickness (d 1) such that a second region of the tooth flank that is different from the first region can be shaped with the second shaping tool (14.2). (a) a first shaping tool (14.1), (b) at least a second shaping tool (14.2) and at least one guide designed for the guided movement of the shaping tools (14.1, 14.2) relative to a work piece, so that a first region of a tooth flank of the work piece can be shaped with the first shaping tool (14.1), (c) wherein the first shaping tool (14.1) has a first roller (46.1) that is rotatably mounted about a first tool rotational axis (D14.1), (d) wherein the second shaping tool (14.2) has a second roller (46.2) that is rotatably mounted about a second tool rotational axis (D 14.2) and (e) wherein the first roller (46.1) has a first effective axial thickness (d 1) on the circumference thereof, characterised in that (f) the second roller (46.2) has a second effective axial thickness (d 2) on the circumference thereof which differs from the first effective axial thickness (d 1) such that a second region of the tooth flank that is different from the first region can be shaped with the second shaping tool (14.2).
A ride vehicle for an amusement park system, the ride vehicle comprising: an on-board system having a plurality of game systems that are communicatively coupled, wherein each game system of the plurality of game systems is configured to provide an augmented reality, AR, experience, or a virtual reality, VR, experience, or both, within a game shared between the plurality of game systems, wherein the on-board system is configured to receive user inputs from passengers of the ride vehicle and to, based on the user inputs, adjust AR events and/or VR events occurring during the game shared between the plurality of game systems.
Method for producing packs for cigarettes, having a wrapper made of thermally sealable sheet material, wherein a cigarette group, forming pack contents, is wrapped in a sheet material and the pack is then closed in particular by sealing seals, and wherein, in the region of an end side of the pack and of an adjacent region of a front side of the pack, the sheet material has a removal opening with a multi-use closure label, which in the closed position covers over the removal opening, and wherein the sheet material is transported along a transporting path and cigarette groups are transported along a cigarette path, and wherein the transporting path and the cigarette path are brought together in a wrapping station, in which cigarette groups are wrapped in sheet material, characterized in that the position of the closure label on the sheet material and the position of the cigarette group in the cigarette path while the sheet material and the cigarette groups are being fed to the wrapping station are detected, and coordinated with one another, in order to ensure a precise position of the closure label on the pack, and wherein the position of the closure label on the sheet material in the region of the transporting path is detected and the transportation of the cigarette groups along the cigarette path is correspondingly controlled such that the closure labels are sensed by means of a sensor and, thereafter, changes in speed of the sheet material are taken into account, once the closure label has been sensed and until it is brought together with a cigarette group, for controlling the transportation of the cigarette groups, and wherein the cigarette groups in the cigarette path have an inner collar, which is positioned at least to some extent around the cigarette group, and wherein the position of the inner collars is detected, in order for the closure labels to be oriented in line with the position of the inner collars.
An antistatic polymer comprising: divalent segments a) represented by the formula wherein R 1 represents an alkyl group having from 6 to 18 carbon atoms, R 2 and R 3 independently represent alkyl groups having from 1 to 4 carbon atoms, and R 4 represents an alkylene group having from 2 to 8 carbon atoms. R 1 represents an alkyl group having from 6 to 18 carbon atoms, R 2 and R 3 independently represent alkyl groups having from 1 to 4 carbon atoms, and R 4 represents an alkylene group having from 2 to 8 carbon atoms.
An electrical energy storage device comprising: a plurality of energy cell slots for receiving energy cells; an individual controller for each slot, wherein each controller is arranged to estimate a characteristic of a cell in its respective slot; and a bi-directional DC to DC converter for each cell slot, said DC to DC converters being controlled by said respective controllers; characterized in that each controller is arranged to apply charge and discharge currents to its respective cell slot dependent upon at least one estimated characteristic currently associated with that slot; and in that each converter is arranged to act independently of the other converters. a plurality of energy cell slots for receiving energy cells; an individual controller for each slot, wherein each controller is arranged to estimate a characteristic of a cell in its respective slot; and a bi-directional DC to DC converter for each cell slot, said DC to DC converters being controlled by said respective controllers; characterized in that each controller is arranged to apply charge and discharge currents to its respective cell slot dependent upon at least one estimated characteristic currently associated with that slot; and in that each converter is arranged to act independently of the other converters.
Screen device comprising - a canopy, which comprises a beam, wherein this beam is fastenable to at least one adjacent construction element of the screen device and comprises an internal gutter for the drainage of precipitation falling onto the canopy; - an end plate, which is fastenable to or forms part of an end of the beam, for fastening the beam to the adjacent construction element, and which is provided with a flow-through opening and a spout-shaped piece adjoining this flow-through opening, in order to let precipitation flow through this flow-through opening and this spout-shaped piece out of the internal gutter into a cavity of the adjacent construction element; - and a collector, which is placeable between the beam and the adjacent construction element, adjoining the spout-shaped piece of the end plate and adjoining the cavity of the adjacent construction element, for the passage of the drained precipitation from the spout-shaped piece to the cavity of the adjacent construction element, wherein the spout-shaped piece is fitted on top of an edge of the collector; characterized in that the screen device comprises fastening means (13, 14) for fastening the collector in the screen device such that the said collector is adjustable in height at several points. - a canopy, which comprises a beam, wherein this beam is fastenable to at least one adjacent construction element of the screen device and comprises an internal gutter for the drainage of precipitation falling onto the canopy; - an end plate, which is fastenable to or forms part of an end of the beam, for fastening the beam to the adjacent construction element, and which is provided with a flow-through opening and a spout-shaped piece adjoining this flow-through opening, in order to let precipitation flow through this flow-through opening and this spout-shaped piece out of the internal gutter into a cavity of the adjacent construction element; - and a collector, which is placeable between the beam and the adjacent construction element, adjoining the spout-shaped piece of the end plate and adjoining the cavity of the adjacent construction element, for the passage of the drained precipitation from the spout-shaped piece to the cavity of the adjacent construction element, wherein the spout-shaped piece is fitted on top of an edge of the collector;
A nanoparticle containing a water-soluble, non-peptide, low-molecular weight drug, the nanoparticle being obtainable by hydrophobicizing a water-soluble, non-peptide, low-molecular weight drug by a metal ion, and reacting the hydrophobicized drug with a poly(lactic acid)-polyethylene glycol block copolymer or a poly(lactic-co-glycolic acid)-polyethylene glycol block copolymer, and a poly(lactic acid) or a poly(lactic-co-glycolic acid) copolymer, and further comprising a basic low-molecular weight compound mixed therewith.