mhurhangee/ep-ind-claims huggingface dataset:
A finisher apparatus comprising: an accumulator to register a print medium of a print job in preparation for a finishing operation; memory to store a page number of the print job; and a processor coupled to the accumulator and to the memory, characterized in that the processor is configured to execute instructions, the instructions to control a speed of conveyance of the print medium by the accumulator, wherein the instructions are to reduce the speed of conveyance when the page number exceeds a threshold page number. an accumulator to register a print medium of a print job in preparation for a finishing operation; memory to store a page number of the print job; and a processor coupled to the accumulator and to the memory, characterized in that the processor is configured to execute instructions, the instructions to control a speed of conveyance of the print medium by the accumulator, wherein the instructions are to reduce the speed of conveyance when the page number exceeds a threshold page number.
Extract made of leaves of Ginkgo biloba for oral use for the prevention or therapy of complications following surgical arteriosclerosis treatment, wherein an acceleration of delayed re-endothelialization after implantation of a coated stent occurs, or wherein the complications following surgical arteriosclerosis treatment is stent-induced thrombosis or restenosis of constricted arteries after implantation of uncoated and coated stents.
A brake module comprising: a brake for selectively controlling a braking action; an annular brake rotor that mates with the brake, the annular brake rotor including a gear face with a reaction gear; an input shaft with an input gear surrounding a shaft, with the shaft extending through the annular brake rotor so that the input gear opposes the reaction gear; and an annular wobble plate trapped between the annular brake rotor and the input shaft, with a first face having face teeth that partially mesh with the input gear, and with a second face having wobble teeth that partially mesh with the reaction gear; wherein rotation of the input shaft causes the annular brake rotor and wobble plate to rotate; and wherein a braking action by the brake slows the annular brake rotor relative to the input shaft, thereby inducing a nutation of the annular wobble plate relative to the annular brake rotor and the input shaft to dissipate rotational energy. a brake for selectively controlling a braking action; an annular brake rotor that mates with the brake, the annular brake rotor including a gear face with a reaction gear; an input shaft with an input gear surrounding a shaft, with the shaft extending through the annular brake rotor so that the input gear opposes the reaction gear; and an annular wobble plate trapped between the annular brake rotor and the input shaft, with a first face having face teeth that partially mesh with the input gear, and with a second face having wobble teeth that partially mesh with the reaction gear; wherein rotation of the input shaft causes the annular brake rotor and wobble plate to rotate; and wherein a braking action by the brake slows the annular brake rotor relative to the input shaft, thereby inducing a nutation of the annular wobble plate relative to the annular brake rotor and the input shaft to dissipate rotational energy.
A gas turbine engine with an adjustable vane, comprising: an outer platform with a hole and an aperture; a vane is supported for rotation relative to the platform by a trunion (48,50) received in the hole, the vane has an opening laterally spaced from the trunion (48,50) and in alignment with the aperture, the vane includes an airfoil with a cooling passage in fluid communication with the opening; and characterized in that the outer platform has a boss, the boss circumscribes the aperture; wherein the outer platform includes a groove opposite the boss adjacent to the vane; and a seal is provided in the groove and is engageable with the vane. an outer platform with a hole and an aperture; a vane is supported for rotation relative to the platform by a trunion (48,50) received in the hole, the vane has an opening laterally spaced from the trunion (48,50) and in alignment with the aperture, the vane includes an airfoil with a cooling passage in fluid communication with the opening; and characterized in that the outer platform has a boss, the boss circumscribes the aperture; wherein the outer platform includes a groove opposite the boss adjacent to the vane; and a seal is provided in the groove and is engageable with the vane.
Screw compressor that is composed of a compressor element (2,2') with a housing in which two helical rotors (6,7) are mounted on bearings by their shafts (8,9), and a gearbox with a housing with a mounting surface that is built onto a mounting surface of the housing of the compressor element (2,2'), and which is coupled in a torque-transmitting way to a shaft (8,9) of at least one of the aforementioned rotors (6,7), whereby the compressor element is provided with an oil circuit with an input and an output for oil and a cooling jacket with an input and output for a coolant, characterised in that the aforementioned inputs (27,34) and outputs (28,35) for the oil and for the coolant are located in the aforementioned mounting surface of the housing of the compressor element, whereby these inputs (27,34) and outputs (28,35) connect to channels for the respective supply and removal of the oil and the coolant that are at least partially integrated internally in the gearbox; in that the housings (4,14) are sealed at the location of the mounting surfaces (12,13) by a seal that is affixed between the mounting surfaces (12,13) and which extends around the bearings of the rotors (6,7) on the side of the gearbox; and in that seals for sealing the respective connections between the input and the output for oil of the housing of the compressor element, on the one hand, and the corresponding channels for the supply and removal of oil of the housing of the gearbox, on the other hand, are located outside the periphery of the seal for the mutual sealing of the housings (4,14).
A fluid filter assembly having an enclosed housing, a fluid inlet and a fluid outlet leading to and from said housing, and a filter cartridge disposed between said fluid inlet and said fluid outlet for filtering fluid, comprising: said housing having a boss with a first diameter bore and a second diameter bore formed therein and in communication with each other wherein said first diameter bore is larger than and non-coaxially aligned with said second diameter bore; a substantially cylindrical interface connected to and extended from said filter cartridge, and said interface matingly received by said first diameter bore for securing and locating said filter cartridge in said housing; and a riser pipe extending through a through-bore in said interface and matingly received by said second diameter bore for securing and locating said filter cartridge in said housing. said housing having a boss with a first diameter bore and a second diameter bore formed therein and in communication with each other wherein said first diameter bore is larger than and non-coaxially aligned with said second diameter bore; a substantially cylindrical interface connected to and extended from said filter cartridge, and said interface matingly received by said first diameter bore for securing and locating said filter cartridge in said housing; and a riser pipe extending through a through-bore in said interface and matingly received by said second diameter bore for securing and locating said filter cartridge in said housing.
Anchoring arrangement comprising a first member and a second member for fixing together said members (3,4) in a relative position to each other, wherein at least the first member is at least partially hollow member having a cavity and a surface with an aperture opening into the cavity, and a stretcher is arranged in the cavity, and a hook suitable for fitting into the aperture is attached to a surface of the second member, the stretcher is attached to a motion plate connected by a self locking joint to an end of a translation bar extending in the first member up to the vicinity of the end of the first member, and the translation bar is rotatably mounted on the first member, the self-locking joint comprises a thread formed on the translation bar, which is driven into a thread of a threaded sleeve connected to the motion plate wherein the threaded sleeve is arranged on a plate fixed to the motion plate, and a bottom wall is fixed to the plate and the motion plate, and the stretcher and the plate form walls of a hollow body slidably inserted in the cavity.
Energy supply system having an electrical energy storage system which has a plurality of storage modules (38, 40), in particular a battery system, and having an energy transmitter for transmitting energy between the storage modules (38, 40) and an electrical device downstream of the energy transmitter, wherein the energy transmitter has a plurality of DC chopper controllers (26, 28), characterized in that the DC chopper controllers (26, 28) are electrically connected in series with one another on the output side and the inputs (34, 36) of each of the DC chopper controllers (26, 28) are electrically connected to a respective storage module (38, 40) of the energy storage system via the poles (42, 44) of said storage module, and the second input of each of the DC chopper controllers (26, 28) is at the same potential, wherein a determination apparatus, which is adapted to perform the following operations and is intended to determine state variables of the storage modules (38, 40) and has a computing device, which stores at least one evaluation means (70, 72) with at least one mathematical model of the storage modules (38, 40), in particular for predicting a state and/or behaviour of the associated storage module (38, 40), determines, by comparing at least one measured parameter of one of the storage modules (38, 40) with in each case an associated reference parameter of the evaluation means, the state variable of this storage module (38, 40); and a control apparatus for controlling the DC chopper controllers (26, 28) on the basis of the determined state variable of the respectively connected storage module (38, 40) and a selectable operating strategy, wherein the DC chopper controllers (26, 28) are controlled in such a manner that the storage module (38, 40) is at least occasionally involved in charging and discharging operations to a greater or lesser extent than the other storage modules (38, 40).
A method for packaging products by way of forming a bag-like tube from a web of packaging material, wherein the bag-like tube, with respect to a conveying direction of the packaging material, is open in a region in front of a longitudinal connection device and closed in a region after the longitudinal connection device, a suction device in the region in front of the longitudinal connection device leads into the still open bag-like tube and in the region after the longitudinal welding device comprises at least one suction opening, with which the suction device sucks gas, in particular air, out of the region after the longitudinal connection device, out of the bag-like tube, characterised in that a section of a suction channel cooperates with the longitudinal connection device for forming the longitudinal connection, wherein said section of the suction channel is a recess in the suction channel, into which layers of the packaging material which lie against one another can be pressed by the longitudinal connection device.
A battery module comprising: a cell assembly including at least one battery cell; a module case accommodating the cell assembly; and a module connector mounted outside the module case, electrically connected to the cell assembly, and connected to an external connector outside the module case, wherein a coupling surface of the module connector has a first fastening part opened in at least one direction, and a corresponding coupling surface outside the module case has a second fastening part opened bidirectionally so as to be inserted into the first fastening part in a first direction or in a second direction opposite thereto, wherein the first fastening part is a first slide rail fastening part, the second fastening part is a second slide rail fastening part, and the first slide rail fastening part is slidably coupled to the second slide rail fastening part in the first direction or in the second direction. a cell assembly including at least one battery cell; a module case accommodating the cell assembly; and a module connector mounted outside the module case, electrically connected to the cell assembly, and connected to an external connector outside the module case, wherein a coupling surface of the module connector has a first fastening part opened in at least one direction, and a corresponding coupling surface outside the module case has a second fastening part opened bidirectionally so as to be inserted into the first fastening part in a first direction or in a second direction opposite thereto, wherein the first fastening part is a first slide rail fastening part, the second fastening part is a second slide rail fastening part, and the first slide rail fastening part is slidably coupled to the second slide rail fastening part in the first direction or in the second direction.
A method comprising: transmitting a trusted device identity for a mobile apparatus to an intermediary apparatus, the intermediary apparatus being configured to serve as an intermediary between the mobile apparatus and a provisioning apparatus for a network; and receiving, from the intermediary apparatus, network access credential information for the network, the network access credential information provisioned to the mobile apparatus by the provisioning apparatus based at least in part on the trusted device identity, wherein the received network access credential information is encrypted based at least in part on the trusted device identity, and the method further comprising using the trusted device identity to decrypt the received network access credential information. transmitting a trusted device identity for a mobile apparatus to an intermediary apparatus, the intermediary apparatus being configured to serve as an intermediary between the mobile apparatus and a provisioning apparatus for a network; and receiving, from the intermediary apparatus, network access credential information for the network, the network access credential information provisioned to the mobile apparatus by the provisioning apparatus based at least in part on the trusted device identity, wherein the received network access credential information is encrypted based at least in part on the trusted device identity, and the method further comprising using the trusted device identity to decrypt the received network access credential information.
Method of manufacturing plastic containers by means of a blow molding machine, wherein the blow molding machine is operated such that at least two different plastic containers are output from the blow molding machine within one production cycle, wherein the at least two different plastic containers are manufactured from preforms (1233, 1333, 1338), characterized in that a heating device (101; 601; 701; 801; 901; 1001; 1101) of the blow molding machine is controlled such that the preforms are heated to different temperatures before a blow molding process.
An iron oxide-coated layered silicate pigment comprising: a layered-silicate plate particle as base, and an iron oxide coated on the plate particle; wherein the iron oxide does not coat the surface portion of the plate particle or the iron oxide thickness of the edge portion, which is the thickness of iron oxide coating layer parallel to the direction of the face of the base plate particle, is 1.5 times or more of the iron oxide thickness of the surface portion, which is the thickness of iron oxide coating layer parallel to the direction of the thickness of the base plate particle.
A gas turbine comprising: a plurality of combustors within an outer turbine shell, arranged about a rotor of the gas turbine, each combustor having a combustion chamber defined by a liner with an end cover at a forward end supporting at least one fuel nozzle; a transition piece (20,120) connected to an aft end of said liner for supplying hot combustion gases to a first stage of the gas turbine; and at least one steam injection rake projecting substantially radially into said outer turbine shell and located circumferentially between each pair of adjacent transition pieces, said at least one steam injection rake provided with at least two or more steam injection nozzles for emitting steam into areas substantially between adjacent transition pieces for mixing with air flowing within said outer shell, the gas turbine characterised in that said two or more plurality of steam injection nozzles are individually adjustable so as to provide various directions of steam emission. a plurality of combustors within an outer turbine shell, arranged about a rotor of the gas turbine, each combustor having a combustion chamber defined by a liner with an end cover at a forward end supporting at least one fuel nozzle; a transition piece (20,120) connected to an aft end of said liner for supplying hot combustion gases to a first stage of the gas turbine; and at least one steam injection rake projecting substantially radially into said outer turbine shell and located circumferentially between each pair of adjacent transition pieces, said at least one steam injection rake provided with at least two or more steam injection nozzles for emitting steam into areas substantially between adjacent transition pieces for mixing with air flowing within said outer shell, the gas turbine characterised in that said two or more plurality of steam injection nozzles are individually adjustable so as to provide various directions of steam emission.
An electrical connector (2, 12, 31, 42, 102) for a glazing, the electrical connector (2, 12, 31, 42, 102) comprising, a connector portion (6, 46, 106) for connection to an electrical supply, and a button (4, 14, 35, 44, 104) for soldering to a surface of the glazing, the button (4, 14, 35, 44, 104) comprising a base portion (5, 16, 37) adjacent, in use, to the surface of the glazing and an upper portion remote, in use, from the surface of the glazing, wherein the button (4, 14, 35, 44, 104) comprises at least one solder-contacting surface (8, 23, 25, 112), characterized in that at least a portion of the solder-contacting surface (8, 23, 25, 112) curves from the base portion (5, 16, 37) to the upper portion and defines a tapering solder cavity (10, 22, 32, 48, 113).
Adapter unit which is provided for coupling, in particular releasably coupling, a wiper blade to a wiper arm, having a wind deflector surface which is designed to deflect an incident flow of air and to press the wiper blade against a vehicle windscreen, and having a pivot bearing which is designed to pivotably support the wiper arm in relation to the wiper blade, wherein the pivot bearing has at least two columns (40, 42) which are arranged substantially perpendicular to an adapter basic surface, wherein each of the columns has a hinge pin (50, 52) which is oriented parallel or substantially parallel to a bearing axis and is provided for mounting the wiper arm and/or a wiper arm adapter unit, characterized in that the adapter unit has at least two support elements (92, 94) which are arranged on the adapter basic surface and are designed to support or mechanically contact the wind deflector surface, wherein the pivot bearing is arranged at least substantially between the at least two support elements, and at least a first support element of the at least two support elements (92, 94) is designed as a means for captively securing the adapter unit on the wiper arm, in particular if a securing means fails, wherein a wiper-arm-remote support element of the at least two support elements has a lower height than a wiper-arm-facing support element of the at least two support elements, in particular in that a respective height of the at least two support elements corresponds to a vertical profile of the wind deflector surface.
An inflation device for inflating inflatable structures used in packaging, comprising: a holder for holding one or more inflatable structures defining at least one enclosed chamber having at least one one-way valve; and, a source of pressurized air for inflating the inflatable structure through the one-way valve in the inflatable structure, the source of pressurized air further defining an outlet, and a switch; wherein the holder is configured to hold the inflatable structure at a position such that the outlet of the source of pressurized air is spaced a distance from the inflatable structure and is proximate to the one-way valve to inflate the inflatable structure; and wherein a hinged plate is configured to actuate the switch to shut off the source of pressurized air when the hinged plate hingedly pivots as a result of the inflatable structure filling with air when the inflatable structure is filled to a desired thickness. a holder for holding one or more inflatable structures defining at least one enclosed chamber having at least one one-way valve; and, a source of pressurized air for inflating the inflatable structure through the one-way valve in the inflatable structure, the source of pressurized air further defining an outlet, and a switch; wherein the holder is configured to hold the inflatable structure at a position such that the outlet of the source of pressurized air is spaced a distance from the inflatable structure and is proximate to the one-way valve to inflate the inflatable structure; and wherein a hinged plate is configured to actuate the switch to shut off the source of pressurized air when the hinged plate hingedly pivots as a result of the inflatable structure filling with air when the inflatable structure is filled to a desired thickness.