mhurhangee/ep-ind-claims huggingface dataset:
A switching apparatus for an electric grid comprising: - first and second electric terminals (11, 12) for electrical connection with corresponding grid portions; - a first electric branch comprising one or more switching devices (30, 31, 32) of electromechanical type, each having electric contacts that can be mechanically coupled or separated to conduct or block a current, respectively; - a second electric branch comprising a plurality of switching devices (41, 42) of solid-state type, each including one or more switching components based on semiconductor materials (41A, 41B, 42A, 42B) and being adapted to switch between an on-state, at which said switching device conducts a current, and an off-state, at which said switching device blocks a current, said second electric branch being electrically connected in parallel with said first electric branch between said first and second electric terminals; characterised in that said second electric branch comprises: - a current blocking circuit adapted to block a current flowing along said second electric branch, said current blocking circuit including a first switching device of solid-state type and a first electronic circuit electrically connected in parallel to said first switching device of solid-state type; - a current limiting circuit adapted to limit a current flowing along said second electric branch, said current limiting circuit being electrically connected in series with said current blocking circuit and including a second switching device of solid-state type and a second electronic circuit electrically connected in parallel to said second switching device of solid-state type. - first and second electric terminals (11, 12) for electrical connection with corresponding grid portions; - a first electric branch comprising one or more switching devices (30, 31, 32) of electromechanical type, each having electric contacts that can be mechanically coupled or separated to conduct or block a current, respectively; - a second electric branch comprising a plurality of switching devices (41, 42) of solid-state type, each including one or more switching components based on semiconductor materials (41A, 41B, 42A, 42B) and being adapted to switch between an on-state, at which said switching device conducts a current, and an off-state, at which said switching device blocks a current, said second electric branch being electrically connected in parallel with said first electric branch between said first and second electric terminals; - a current blocking circuit adapted to block a current flowing along said second electric branch, said current blocking circuit including a first switching device of solid-state type and a first electronic circuit electrically connected in parallel to said first switching device of solid-state type; - a current limiting circuit adapted to limit a current flowing along said second electric branch, said current limiting circuit being electrically connected in series with said current blocking circuit and including a second switching device of solid-state type and a second electronic circuit electrically connected in parallel to said second switching device of solid-state type.
A tire vulcanization system that is configured to vulcanize a raw tire and manufactures a vulcanized tire, the system comprising: a vulcanizer configured to perform a vulcanization process for the raw tire; a PCI device configured to perform post-cure inflation of the vulcanized tire; an attachment or detachment portion configured to attach or detach an upper lid of the PCI device; a tire conveyance device configured to carry the raw tire into the vulcanizer and carry out the vulcanized tire subjected to the vulcanization process by the vulcanizer; a PCI moving portion configured to move the PCI device between a first position where the upper lid is attached by the attachment or detachment portion and a second position where the post-cure inflation is performed; and a raw tire placing stand portion disposed above the PCI device moved to the second position and on which the raw tire immediately before the vulcanization process is placed, wherein the tire conveyance device is configured to deliver the vulcanized tire to the PCI device at the first position, receive the raw tire placed on the raw tire placing stand portion at the second position, and carry the raw tire into the vulcanizer, the attachment or detachment portion is configured to attach or detach the upper lid to or from the PCI device at the first position, and the PCI moving portion is configured to receive the vulcanized tire from the tire conveyance device and move the PCI device mounted with the upper lid from the first position to the second position. a vulcanizer configured to perform a vulcanization process for the raw tire; a PCI device configured to perform post-cure inflation of the vulcanized tire; an attachment or detachment portion configured to attach or detach an upper lid of the PCI device; a tire conveyance device configured to carry the raw tire into the vulcanizer and carry out the vulcanized tire subjected to the vulcanization process by the vulcanizer; a PCI moving portion configured to move the PCI device between a first position where the upper lid is attached by the attachment or detachment portion and a second position where the post-cure inflation is performed; and a raw tire placing stand portion disposed above the PCI device moved to the second position and on which the raw tire immediately before the vulcanization process is placed, wherein the tire conveyance device is configured to deliver the vulcanized tire to the PCI device at the first position, receive the raw tire placed on the raw tire placing stand portion at the second position, and carry the raw tire into the vulcanizer, the attachment or detachment portion is configured to attach or detach the upper lid to or from the PCI device at the first position, and the PCI moving portion is configured to receive the vulcanized tire from the tire conveyance device and move the PCI device mounted with the upper lid from the first position to the second position.
A process, comprising: deconstructing and hydrolyzing a biomass feedstock to form a mixed C5/C6 monomer sugar stream; selecting a target alditol or a target blend of alditols, hydrogenating continuously the mixed C5/C6 monomer sugar stream to form a mixed C5/C6 alditol stream; isolating the target alditol or target blend of alditols from the mixed C5/C6 alditol stream to leave a residual mixed C5/C6 alditol stream; continuous hydrogenolysis of the residual mixed C5/C6 alditol stream to form a mixed C2-C4 glycol stream; and isolating a target glycol or target blend of glycols from the mixed C2-C4 glycol stream wherein the target glycol or target blend of glycols is ethylene glycol, propylene glycol, 1,3-propanediol, 1,2-butanediol, 1,4-butanediol, 1,3-butanediol, 2,3-butanediol, or a mixture thereof; wherein at least 10% of the overall target product yield is either target alditol/target blend of alditols or target glycol/target blend of glycols; wherein the target alditol or target blend of alditols is isolated by crystallization and/or chromatography; and wherein the target alditol is xylitol and the mixed alditol stream or the mixed C5/C6 alditol stream comprises at least 50% xylitol, less than or equal to 15% arabinatol, less than or equal to 25% sorbitol, and less than or equal to 10% mannitol. deconstructing and hydrolyzing a biomass feedstock to form a mixed C5/C6 monomer sugar stream; selecting a target alditol or a target blend of alditols, hydrogenating continuously the mixed C5/C6 monomer sugar stream to form a mixed C5/C6 alditol stream; isolating the target alditol or target blend of alditols from the mixed C5/C6 alditol stream to leave a residual mixed C5/C6 alditol stream; continuous hydrogenolysis of the residual mixed C5/C6 alditol stream to form a mixed C2-C4 glycol stream; and isolating a target glycol or target blend of glycols from the mixed C2-C4 glycol stream wherein the target glycol or target blend of glycols is ethylene glycol, propylene glycol, 1,3-propanediol, 1,2-butanediol, 1,4-butanediol, 1,3-butanediol, 2,3-butanediol, or a mixture thereof; wherein at least 10% of the overall target product yield is either target alditol/target blend of alditols or target glycol/target blend of glycols; wherein the target alditol or target blend of alditols is isolated by crystallization and/or chromatography; and wherein the target alditol is xylitol and the mixed alditol stream or the mixed C5/C6 alditol stream comprises at least 50% xylitol, less than or equal to 15% arabinatol, less than or equal to 25% sorbitol, and less than or equal to 10% mannitol.
An actuation device for clamping or machining workpieces or for clamping wires, consisting of a housing, - of at least one pull rod mounted in an axially moveable arrangement in the housing, by means of which the workpiece is pressed against a stop or the wire is clamped and - of at least one drive element (5, 6, 37, 45) which performs a translational or rotational movement and is in a driving active connection with the pull rod, with a toggle lever provided between the pull rod and the drive element (5, 6, 37, 45), with the toggle lever featuring two lever arms (22, 23) which are articulated on a cam element or on an eccentric disc by means of a nodal point and the nodal point is connected to the drive element (5, 6, 37, 45) directly or via intermediate elements (15 and 16 or 43), with one of the two lever arms mounted opposite to the nodal point in a rotating arrangement on the pull rod in a first articulation point and the second of the two lever arms is articulated in a swivelling arrangement on the housing at a second articulation point, with a passage opening worked into one of the end faces of the housing which is allocated to the second articulation point of the lever arm, through which passage opening the pull rod is guided outwards and with the nodal point arranged spatially between the first articulation point and the passage opening, characterised in that, the articulation points (25, 26) of the two lever arms (22, 23) and the pull rod form one plane. - of at least one pull rod mounted in an axially moveable arrangement in the housing, by means of which the workpiece is pressed against a stop or the wire is clamped and - of at least one drive element (5, 6, 37, 45) which performs a translational or rotational movement and is in a driving active connection with the pull rod,
Apparatus for the transport of flat, flexible objects (50, 52) along a transport path, having a transport path and, laterally arranged on the transport path, at least one guide element having two lateral surfaces (21, 22), arranged at an angle (α) to each other, wherein the guide element is pivotally arranged around an axis relative to the transport path, characterized in that, in a first position of the guide element, one of the lateral surfaces is arranged approximately vertically to the plane of the flat, flexible object (50, 52) intended for transport such that it forms a lateral abutment, in particular for thicker flat, flexible objects (50, 52), without the risk of the object (50, 52) becoming stuck on the guide element, and in a second position of the guide element, one of the lateral surfaces extends into the space above the flat, flexible object (50, 52), so as to allow for conveyance in a lateral direction, but so as to prevent thinner flat, flexible objects (50, 52) from moving upward along the lateral surface.
Twisting instrument for a screw-in component with a tool recess, which comprises a drive shaft, a neck and a working part, - wherein the working part - as a spherical head having six teeth - has a spherical enveloping surface which is contacted at least both by the free end and by partial regions of the tooth-own tooth heads of the working part, - wherein there are six tooth gaps between the teeth, - wherein the neck or the drive shaft has a predetermined breaking zone, - wherein the neck consists of a neck transition zone, a neck main cylinder zone, a neck cone zone and a neck secondary cylinder zone, and - wherein the spherical head has a rear grip at the transition of the spherical head to the neck subcylinder zone, the radius contour of which merges tangentially into the neck subcylinder zone. - wherein the working part - as a spherical head having six teeth - has a spherical enveloping surface which is contacted at least both by the free end and by partial regions of the tooth-own tooth heads of the working part, - wherein there are six tooth gaps between the teeth, - wherein the neck or the drive shaft has a predetermined breaking zone, - wherein the neck consists of a neck transition zone, a neck main cylinder zone, a neck cone zone and a neck secondary cylinder zone, and - wherein the spherical head has a rear grip at the transition of the spherical head to the neck subcylinder zone, the radius contour of which merges tangentially into the neck subcylinder zone.
A textile multi-layer construction for protecting and screening from stationary or low frequency magnetic fields generated by acoustic components, in particular loudspeaker and microphones, characterized in that said textile multi-layer construction comprises at least an open, square or rectangular mesh technical fabric top layer made of a metal ferromagnetic alloy monofilament thread coupled to at least a square mesh synthetic monofilament technical fabric bottom layer, and that said textile construction is air permeable and provides, in addition to said magnetic field screening function, also a protecting function against solid particles and liquids.
An OLED package, comprising: an organic light emitting device having a light-emitting surface and a non-light-emitting surface; and a substantially transparent energy blocking layer disposed over the light-emitting surface and configured to block ultraviolet and infrared radiation, characterized in that the substantially transparent energy blocking layer comprises a polymeric film having a Limiting Oxygen Index greater than twenty-one; and a glass selected from the group comprising borosilicate glass, chalcogenide glass, and alumina silicate, wherein the glass is doped with a metal selected form the group comprising zinc, and cerium. an organic light emitting device having a light-emitting surface and a non-light-emitting surface; and a substantially transparent energy blocking layer disposed over the light-emitting surface and configured to block ultraviolet and infrared radiation, characterized in that the substantially transparent energy blocking layer comprises a polymeric film having a Limiting Oxygen Index greater than twenty-one; and a glass selected from the group comprising borosilicate glass, chalcogenide glass, and alumina silicate, wherein the glass is doped with a metal selected form the group comprising zinc, and cerium. a polymeric film having a Limiting Oxygen Index greater than twenty-one; and a glass selected from the group comprising borosilicate glass, chalcogenide glass, and alumina silicate, wherein the glass is doped with a metal selected form the group comprising zinc, and cerium.
Coffee table with a removable table top and a table base, which has a base frame with four rectangularly arranged frame sections (4a, 4b), characterised in that a first and a second U-shaped support frame (5, 6) are arranged on the inside of the base frame to be folded upright and fixable in the upright-folded position, which each have two side legs (5b, 6b) and a transverse leg (5a, 5b) connecting these, wherein the support frames (5, 6) extend parallel to the base frame in the lowered position, the first support frame is arranged inside the second support frame and both transverse legs (5a, 6a) are positioned on the same frame section, wherein the transverse leg of the first support frame and the free ends of the side legs of the second support frame are in the upper position in the upright-folded condition, and wherein the second support frame can be completed by means of a separate rod that can be arranged on the upper ends of its side legs.
A speaker apparatus comprising: a main-body chassis; a support chassis configured to have an outer edge fixed to the main-body chassis; a diaphragm configured to be arranged between the main-body chassis and the support chassis and have an outer edge fixed to at least one of the main-body chassis and the support chassis; a voice coil configured to be fixed to a center of the diaphragm; and a magnetic field generating unit configured to apply a driving magnetic field to the voice coil wherein the support chassis has a projecting shape toward the main-body chassis, the magnetic field generating unit is fixed to a center of a recess side of the support chassis, the support chassis includes a frame part fixed to the main-body chassis, a central supporting part to which the magnetic field generating unit is fixed, and a plurality of spoke parts for connecting between the frame part and the central supporting part, characterized in that the support chassis is formed of a magnetic metal material, and that each of the spoke parts is formed so that a width dimension D1 of an inner end part positioned in a boundary with the central supporting part is smaller than a width dimension D2 of an outer end part positioned in a boundary with the frame part. a main-body chassis; a support chassis configured to have an outer edge fixed to the main-body chassis; a diaphragm configured to be arranged between the main-body chassis and the support chassis and have an outer edge fixed to at least one of the main-body chassis and the support chassis; a voice coil configured to be fixed to a center of the diaphragm; and a magnetic field generating unit configured to apply a driving magnetic field to the voice coil wherein the support chassis has a projecting shape toward the main-body chassis, the magnetic field generating unit is fixed to a center of a recess side of the support chassis, the support chassis includes a frame part fixed to the main-body chassis, a central supporting part to which the magnetic field generating unit is fixed, and a plurality of spoke parts for connecting between the frame part and the central supporting part, characterized in that the support chassis is formed of a magnetic metal material, and that each of the spoke parts is formed so that a width dimension D1 of an inner end part positioned in a boundary with the central supporting part is smaller than a width dimension D2 of an outer end part positioned in a boundary with the frame part.
A method of operating a mobile communication network node to simultaneously serve a user equipment in a terrestrial mobile communication network and an aerial radio node on a same carrier frequency, the method comprising: directing, using a first beamformer, a first reception beam towards the aerial radio node, by adjusting antenna weights of a first antenna array (100, 100a), and receiving a first signal using the first reception beam, wherein a direction of the first reception beam is determined based on Global Positioning System, GPS coordinates associated with the aerial radio node, and wherein the antenna weights of the first beamformer are further steered based on feedback indicated by a scheduler; directing, using a second beamformer, a second reception beam towards the user equipment in the terrestrial mobile communication network, by adjusting antenna weights of a second antenna array (100, 100a), and receiving a second signal using the second reception beam; identifying a contribution associated with the first signal in the second signal; filtering the first signal using an adaptive filter to provide a replica signal corresponding to the contribution associated with the first signal in the second signal, wherein the adaptive filter is only updated when the presence of the first signal from the aerial radio node is indicated by the scheduler.; and subtracting the replica signal from the second signal to obtain a desired signal. directing, using a first beamformer, a first reception beam towards the aerial radio node, by adjusting antenna weights of a first antenna array (100, 100a), and receiving a first signal using the first reception beam, wherein a direction of the first reception beam is determined based on Global Positioning System, GPS coordinates associated with the aerial radio node, and wherein the antenna weights of the first beamformer are further steered based on feedback indicated by a scheduler; directing, using a second beamformer, a second reception beam towards the user equipment in the terrestrial mobile communication network, by adjusting antenna weights of a second antenna array (100, 100a), and receiving a second signal using the second reception beam; identifying a contribution associated with the first signal in the second signal; filtering the first signal using an adaptive filter to provide a replica signal corresponding to the contribution associated with the first signal in the second signal, wherein the adaptive filter is only updated when the presence of the first signal from the aerial radio node is indicated by the scheduler.; and subtracting the replica signal from the second signal to obtain a desired signal.
A photostabilizer masterbatch obtained by adding and mixing 80 to 300 parts by mass of a hindered amine compound represented by the following Formula with respect to 100 parts by mass of a silica produced by a wet process and subsequently further adding and mixing 5 to 50 parts by mass of a silica produced by a dry process: (wherein, R 1 represents a hydrogen atom, a hydroxy group, an alkyl, hydroxyalkyl, alkoxy or hydroxyalkoxy group having 1 to 30 carbon atoms, or an oxy radical; and R 2 represents an alkyl group having 1 to 30 carbon atoms, an alkenyl group having 2 to 30 carbon atoms, or a group represented by the following Formula) (wherein, R 3 represents the same as R 1 in said Formula).