mhurhangee/ep-ind-claims huggingface dataset:
Modular device for coupling a magnetic segment of a rail brake to at least one axle of a rail vehicle, with the following features: a support module for supporting the magnetic segment; at least one coupling module for coupling to at least one axle of the rail vehicle or to a lifting device; and at least one connecting module for connecting the support module to the at least one coupling module, wherein the support module, the at least one coupling module and the at least one connecting module can be connected to one another in order to establish a coupling of the magnetic segment to the at least one axle of the rail vehicle, so that a vertically acting force can be transmitted from the support module to the axle when the rail brake is activated. a support module for supporting the magnetic segment; at least one coupling module for coupling to at least one axle of the rail vehicle or to a lifting device; and at least one connecting module for connecting the support module to the at least one coupling module, wherein the support module, the at least one coupling module and the at least one connecting module can be connected to one another in order to establish a coupling of the magnetic segment to the at least one axle of the rail vehicle, so that a vertically acting force can be transmitted from the support module to the axle when the rail brake is activated.
Conference audio system comprising a plurality of delegate units, each delegate unit having a delegate loudspeaker and/or a delegate microphone, a control means for distributing at least one audio signal from at least one of the delegate microphones or another sound source to a plurality of the delegate loudspeakers, the plurality of delegate loudspeakers generating a common audio atmosphere, delay means operable to add a time delay on the audio signal, whereby the delay means comprises a delay unit allocated to a single delegate unit of the conference audio system adapted to delay audio input signals for an adjustable time delay, thereby generating audio output signals, the delay unit comprising a circular buffer; a write pointer to write a sample of a first input signal to the circular buffer at a first write position; a read pointer to read a sample from the circular buffer at a first read position as a sample of a first output signal, whereby the distance between the first write position and the first read position determines a first time delay (d old); a buffer control module adapted to move the write pointer to a next position after writing and to move the read pointer to a next position after reading; whereby the buffer control module is adapted to adjust a second time delay (d new) by moving the write pointer to a second write position, whereby the distance between the first read position and the second write position determines the second time delay (d new), whereby the time delay is dependent from the distance between the position of the delegate microphone or sound source, respectively, generating the audio signal and the individual delegate loudspeaker position.
A method of processing video data, the method comprising: obtaining the video data; using frame rate up-conversion bilateral matching coding mode for a block of the video data, wherein local illumination compensation is disallowed from being used for the block when the frame rate up-conversion bilateral matching coding mode is used for the block; and determining motion information for the block, wherein the motion information is determined based on the frame rate up-conversion bilateral matching coding mode used for the block, characterized by coding all syntax elements in the video data associated with the block, wherein a local illumination compensation flag is not coded in the syntax elements for the block in response to the frame rate up-conversion bilateral matching coding mode being used for the block. obtaining the video data; using frame rate up-conversion bilateral matching coding mode for a block of the video data, wherein local illumination compensation is disallowed from being used for the block when the frame rate up-conversion bilateral matching coding mode is used for the block; and determining motion information for the block, wherein the motion information is determined based on the frame rate up-conversion bilateral matching coding mode used for the block, characterized by coding all syntax elements in the video data associated with the block, wherein a local illumination compensation flag is not coded in the syntax elements for the block in response to the frame rate up-conversion bilateral matching coding mode being used for the block.
A magnesia carbon brick, comprising a magnesia raw material and a graphite, wherein the magnesia carbon brick contains the graphite with amount thereof in the range of 8% or more by mass and 25% or less by mass and the magnesia raw material with amount thereof in the range of 75% or more by mass and 92% or less by mass, the both amounts being relative to total amount of the magnesia raw material and the graphite; as a grain size distribution of the magnesia raw material, the magnesia raw material having particle diameter of in the range of 0.075 mm or more and 1 mm or less is blended with amount thereof being 35% or more by mass relative to total amount of the magnesia raw material and the graphite, and a mass ratio of the magnesia raw material having particle diameter of in the range of 0.075 mm or more and 1 mm or less to the magnesia raw material having particle diameter of less than 0.075 mm is 4.2 or more; and the apparent porosity thereof after firing in reducing atmosphere for 3 hours at 1400°C is 7.8% or less.
A method for accelerating the rate of crosslinking reaction characterized in that, in a crosslinking reaction of a polyvinyl alcohol resin containing a diacetone acrylamide unit and a crosslinking agent having a hydrazino group performed in water, a water-soluble metal not containing any alkaline or alkaline-earth metal coexists; wherein the ratio of the water-soluble metal is 0.05 to 20 parts by mass in terms of the metal atom relative to 100 parts by mass of the polyvinyl alcohol resin and wherein the pH in the reaction system is less than 6.
An extract from aerial plant parts of Sideritis ssp. for use for enhancing cognitive performance, wherein said aerial plant parts are fresh or dried parts of plants selected from the group of Sideritis euboa, Sideritis scardica, Sideritis raiseri, or mixtures thereof, except for use in mild cognitive impairment in Alzheimer's disease, and except for non-medical use.
A method for supporting, by a mobility management entity "MME", selected IP traffic offload "SIPTO" in case that a user equipment "UE" handovers from a source base station to a target base station in a mobile communication system, the method comprising: acquiring a local home network id of the source base station; acquiring a local home network id of the target base station from the target base station after a radio resource control "RRC" connection complete associated with the UE and the target base station (305, 509); and determining whether the UE has moved out of a local home network to which the source base station belongs and whether to select a new serving gateway "SGW" for the UE based on the local home network id of the source base station and the local home network id of the target base station, wherein in case that a handover for the UE is associated with the change of the MME, the local home network id of the target base station is acquired by a handover notify message from the target base station (510, 610), and wherein in case that a handover for the UE is not associated with a change of the MME the local home network id of the target base station is acquired by a path switch request message from the target base station, wherein a bearer deactivation procedure is triggered after a handover completion in case that a correlation identifier for the SIPTO is included in a bearer setup message, and wherein the bearer deactivation procedure is triggered before the handover completion in case that the correlation identifier for the SIPTO is not included in the bearer setup message. acquiring a local home network id of the source base station; acquiring a local home network id of the target base station from the target base station after a radio resource control "RRC" connection complete associated with the UE and the target base station (305, 509); and determining whether the UE has moved out of a local home network to which the source base station belongs and whether to select a new serving gateway "SGW" for the UE based on the local home network id of the source base station and the local home network id of the target base station, wherein in case that a handover for the UE is associated with the change of the MME, the local home network id of the target base station is acquired by a handover notify message from the target base station (510, 610), and wherein in case that a handover for the UE is not associated with a change of the MME the local home network id of the target base station is acquired by a path switch request message from the target base station, wherein a bearer deactivation procedure is triggered after a handover completion in case that a correlation identifier for the SIPTO is included in a bearer setup message, and wherein the bearer deactivation procedure is triggered before the handover completion in case that the correlation identifier for the SIPTO is not included in the bearer setup message.
A connecting sleeve with a housing which, at least on one end, comprises an opening in which a claw ring is arranged that comprises a plurality of clawing elements protruding radially inwardly, by means of which an end of a tube that is inserted into said opening is fixable and with at least one sealing ring, which is also arranged in said opening and by means of which the said end of the tube can be sealed on its circumference against the housing, wherein the at least one sealing ring and the claw ring form a unit which can be preassembled, and wherein a retaining ring is arranged between claw ring and the at least one sealing ring, which connects the at least one sealing ring with the claw ring, characterized in that the claw ring is mounted on the retaining ring so as to be axially displaceable to a limited extent.
A self-actuating tension head of a strapping machine for feeding a steel strapping material around a load, tensioning the strapping material and sealing the strapping material to itself, the tension head, comprising: a body defining a strap path therethrough; a drive wheel defining an axis of rotation; a tension wheel defining an axis of rotation, the drive wheel axis of rotation being a fixed distance from the tension wheel axis of rotation, the drive wheel and tension wheel being operably engaged with one another; a pinch wheel defining an axis of rotation, the strap path extending between the tension wheel and the pinch wheel; characterised in that the tension head comprising: a first link operably connecting the drive wheel and the tension wheel, the first link defining a first pivot arm (A 62), the first link being pivotable about the drive wheel axis of rotation; and a second link operably connecting the tension wheel and the pinch wheel, the second link defining a second pivot arm (A 66), the second link being pivotable about the pinch wheel axis of rotation, the second link being movable along the second pivot arm (A 66) to move the tension wheel into and out of engagement with the pinch wheel, the first and second pivot arms (A 62, A 66) defining an energizing angle (α) therebetween, wherein the energizing angle (α) decreases as the tension wheel is moved into engagement with the pinch wheel and the energizing angle (α) increases when a gap is opened between the tension wheel and the pinch wheel. a body defining a strap path therethrough; a drive wheel defining an axis of rotation; a tension wheel defining an axis of rotation, the drive wheel axis of rotation being a fixed distance from the tension wheel axis of rotation, the drive wheel and tension wheel being operably engaged with one another; a pinch wheel defining an axis of rotation, the strap path extending between the tension wheel and the pinch wheel; characterised in that the tension head comprising: a first link operably connecting the drive wheel and the tension wheel, the first link defining a first pivot arm (A 62), the first link being pivotable about the drive wheel axis of rotation; and a second link operably connecting the tension wheel and the pinch wheel, the second link defining a second pivot arm (A 66), the second link being pivotable about the pinch wheel axis of rotation, the second link being movable along the second pivot arm (A 66) to move the tension wheel into and out of engagement with the pinch wheel, the first and second pivot arms (A 62, A 66) defining an energizing angle (α) therebetween, wherein the energizing angle (α) decreases as the tension wheel is moved into engagement with the pinch wheel and the energizing angle (α) increases when a gap is opened between the tension wheel and the pinch wheel.
Method for monitoring a state of a physical passenger transport system using an updated digital-double dataset UDDD which comprises characterizing properties of components of the physical passenger transport system in a machine-processable manner, wherein • the UDDD is assembled from component model datasets (114-NN) which include data which were determined by measuring characterizing properties on the physical passenger transport system after its assembly and installation in a structure; • the physical passenger transport system also comprises a circulating conveyor belt which has at least one escalator step or pallet with a detection device, by means of which detection device accelerations (a x, a y, a z) and changes in position (α, β, γ) can be detected in all three axes (x, y, z) during operation and output as measurement data; said measurement data are transmitted to the UDDD and forces, impulses and vibrations which result from the measurement data and act on the virtual components of the virtual conveyor belt corresponding to the physical components and on the virtual components (126, 128) interacting with the virtual conveyor belt can be determined and evaluated by means of the UDDD using dynamic simulations. • the UDDD is assembled from component model datasets (114-NN) which include data which were determined by measuring characterizing properties on the physical passenger transport system after its assembly and installation in a structure; • the physical passenger transport system also comprises a circulating conveyor belt which has at least one escalator step or pallet with a detection device, by means of which detection device accelerations (a x, a y, a z) and changes in position (α, β, γ) can be detected in all three axes (x, y, z) during operation and output as measurement data;
A virtual reality accessory comprising a headset, characterized in that it comprises at least four gyroscopic actuators mounted on said headset so as to exert a torque with a respective direction on the headset and each positioned at a corner of the mask substantially symmetrically in pairs relative to two axes of symmetry of the headset, a controller being linked to each of said gyroscopic actuators and being arranged to control them together according to respective control laws in order to produce a haptic feedback related to the movement of a user in a virtual reality simulation, the headset having the form of a mask.
A method of pre-emergent control of undesired vegetation in a crop comprising applying to the locus of such vegetation a herbicidally-effective amount of a composition comprising 2-(2,4-dichlorophenyl)methyl-4,4-dimethyl-3-isoxazolidinone (2,4-DC), wherein said crop is wheat, and said undesired vegetation is selected from the group consisting of black grass, Canada thistle, corn poppies, giant foxtail, goose grass, green foxtail, Italian rye grass, johnsongrass ( Sorghum halepense), large crabgrass, little seed canary grass, Pennsylvania smartweed, prickly sida, redroot pigweed, shepherd's purse, silky windgrass, wild buckwheat ( Polygonum convolvulus), and wild oat ( Avena fatua). 1
A power production method comprising: operating a first power production cycle wherein a CO 2 work stream is subjected to repeated expansion for power production, cooling, compression, heating, and combustion; and operating a second power production cycle wherein at least a portion of compressed CO 2 work stream from the first power production cycle is heated with a heat source that is independent of the first power production cycle, expanded for power production, and recombined with the CO 2 work stream in the first power production cycle. operating a first power production cycle wherein a CO 2 work stream is subjected to repeated expansion for power production, cooling, compression, heating, and combustion; and operating a second power production cycle wherein at least a portion of compressed CO 2 work stream from the first power production cycle is heated with a heat source that is independent of the first power production cycle, expanded for power production, and recombined with the CO 2 work stream in the first power production cycle.
A ventilation valve for ventilation of a tank containing a liquid where the liquid surface fluctuates over time at the same time as said ventilation valve obstructs external liquid to enter into said tank through said ventilation valve, which ventilation valve comprises a structural main housing (1, 2) containing a valve unit (3, 4, 5) and respective ventilation channels (6, 7, 9, 10, 13, 14, 16) configured to provide open communication between said tank and the atmosphere, said valve unit includes a movable float body configured to obstruct external liquid ingress into said tank through said ventilation valve, wherein said structural main housing (1, 2) includes a socket part and a cover part releasable from the socket part in order to provide access to the replaceable valve unit (3, 4, 5), wherein the respective ventilation channels (6, 7, 9, 10, 13, 14, 16) to the atmosphere are established between said valve unit (3, 4, 5) and said cover part when said cover part is arranged on said socket part in its operating state, and that one of the ventilation channels towards the atmosphere extends through the bottom of the valve unit (3, 4, 5), wherein external liquid that might enter through said one ventilation channel elevates said float body to prevent inflow to said tank, characterized in that said valve unit is in the form of a replaceable valve module (3, 4, 5) which includes said float body, wherein said float body is received in a valve unit housing, wherein external liquid that might enter through said one ventilation channel elevates said float body to seal against said valve unit housing thereby preventing inflow to said tank.
Electric vehicle charging-socket flap device, comprising: - a frame comprising an aperture and a housing adjacent to the aperture, the housing having an orifice, - a mobile gate forming a flap capable of closing the aperture of the frame, - an articulation element of the gate accommodated in the housing, - a cover capable of closing the orifice of the housing, characterized in that the cover is mounted on the orifice of the housing so as to be separated from said orifice on at least one edge thereof, in the position in which it is kept closed on the housing, the cover being kept separated from the edge by a retaining means capable of permitting the cover to be displaced in a damped manner toward the edge in the event of an impact, in particular the impact of a pedestrian on an area of the wall of the body of the vehicle covering the flap device. - a frame comprising an aperture and a housing adjacent to the aperture, the housing having an orifice, - a mobile gate forming a flap capable of closing the aperture of the frame, - an articulation element of the gate accommodated in the housing, - a cover capable of closing the orifice of the housing,
An electric hub device comprising: hub shafts (24, 25) for fixation, a hub body rotatable with respect to the hub shafts (24, 25), and a motor for rotating the hub body, wherein the hub shaft is inserted into a through hole formed on the hub body and penetrates the hub body from an exterior of the hub body, the motor is provided in the hub body, the motor includes a rotating shaft that operates with the hub body in an interlocked manner via a deceleration mechanism provided in the hub body, the deceleration mechanism includes a sun gear formed on the rotating shaft, an annular gear provided in the hub body, and rotatable planetary gears engaged with the sun gear and the annular gear, the planetary gear is supported by a support member and another end is supported by a housing body on the motor, characterized in that the support member includes a recess opposed to the through hole in an axial direction of the hub shaft, the support member includes a bearing member (59, 71) fit into the recess of the support member, the bearing member (59, 71) rotatably receiving a fitting of the hub body and the bearing member (59, 71) is placed between the support member and an inner side of the hub body in a direction of the shaft center of the hub shaft (24, 25).
A method of manufacturing a microstructure, comprising: forming, while pressing a first pattern of a first mold against a first transferred resin layer obtained by applying a first photocurable resin composition on a transparent base having a light shielding pattern, a first cured resin layer with the first pattern transferred thereto by irradiating the first transferred resin layer with an activation energy line through the first mold; and forming, while pressing a second pattern of a second mold against a second transferred resin layer obtained by applying a second photocurable resin composition on the first cured resin layer, a second cured resin layer having a level difference shape including a lower level area and a higher level area by irradiating the second transferred resin layer with an activation energy line using the light shielding pattern as a mask to cure the second transferred resin layer in a partial region, wherein at least one of the first and second patterns has a micro-shape. forming, while pressing a first pattern of a first mold against a first transferred resin layer obtained by applying a first photocurable resin composition on a transparent base having a light shielding pattern, a first cured resin layer with the first pattern transferred thereto by irradiating the first transferred resin layer with an activation energy line through the first mold; and forming, while pressing a second pattern of a second mold against a second transferred resin layer obtained by applying a second photocurable resin composition on the first cured resin layer, a second cured resin layer having a level difference shape including a lower level area and a higher level area by irradiating the second transferred resin layer with an activation energy line using the light shielding pattern as a mask to cure the second transferred resin layer in a partial region, wherein at least one of the first and second patterns has a micro-shape.