mhurhangee/ep-ind-claims huggingface dataset:
A system comprising first and second electric or electronic circuits galvanically isolated from each other, and a coupling device (400; 500; 700) coupling the first circuit to the second circuit, the coupling device comprising a variable-capacitance capacitor comprising first and second electrodes mobile with respect to each other, separated by an insulating region, and third and fourth electrodes electrically insulated from the first and second electrodes, capable of receiving a control signal (Ve, Ie) to vary, by an electrostatic, electromagnetic, or piezoelectric actuation mechanism, the relative position of the first and second electrodes, to vary the capacitance (C SD) between the first and second electrodes, wherein the coupling device (400; 500; 700) comprises first and second input terminals connected to the first circuit and capable of receiving an input signal (Ve, Ie) originating from the first circuit, and first and second output terminals connected to the second circuit and galvanically isolated from the first and second input terminals, capable of supplying the second circuit with an output signal (Vs) which is an image of the input signal, and wherein the first and second input terminals are respectively connected to the third and fourth electrodes of the capacitor.
Internal combustion engine having a cylinder crankcase 1 in which a crankshaft is rotatably mounted, on which crankshaft there is articulated at least one connecting rod which bears a piston, wherein the piston is movable in a cylinder which is covered by a cylinder head 2, and wherein the crankshaft drives, by means of a belt, a water pump with integrated distributor 3, which water pump is mounted at a on the front side on the cylinder crankcase 1 and has at least one integrated duct for cooling water, wherein the water pump 3 is arranged substantially at a front side of the internal combustion engine, and in that the duct is connected in terms of flow to an EGR cooler 6, characterized in that a further integrated duct supplies cooling water to the engine oil cooler and to the cylinder crankcase in parallel.
A substantially paper-based composite container for an off-gassing product, comprising: a can body comprising a tubular wall constructed from paperboard wrapped about an axis, the can body having opposite ends each defining an opening, the can body further comprising a substantially gas-impervious liner attached to an inner surface of the paperboard of the can body; and a pair of substantially paper-based end closures attached to the opposite ends of the can body, each end closure defining a generally cylindrical sealing panel in contact with a surface of the can body, a heat seal material being disposed on a surface of the sealing panel and a heat seal material being disposed on the surface of the can body contacted by the sealing panel; the sealing panels of the end closures being attached to the can body by heat seals; the heat seal for at least one of the end closures is formed by a plurality of separate, spaced sealing elements that seal the sealing panel and can body at a plurality of separate, spaced regions, so that the heat seal is discontinuous such that at least one vent channel extends through the heat seal so as to establish fluid communication between an interior of the composite container and the environment outside the composite container, the at least one vent channel being operable to vent excess gas pressure from the interior of the container. a can body comprising a tubular wall constructed from paperboard wrapped about an axis, the can body having opposite ends each defining an opening, the can body further comprising a substantially gas-impervious liner attached to an inner surface of the paperboard of the can body; and a pair of substantially paper-based end closures attached to the opposite ends of the can body, each end closure defining a generally cylindrical sealing panel in contact with a surface of the can body, a heat seal material being disposed on a surface of the sealing panel and a heat seal material being disposed on the surface of the can body contacted by the sealing panel; the sealing panels of the end closures being attached to the can body by heat seals; the heat seal for at least one of the end closures is formed by a plurality of separate, spaced sealing elements that seal the sealing panel and can body at a plurality of separate, spaced regions, so that the heat seal is discontinuous such that at least one vent channel extends through the heat seal so as to establish fluid communication between an interior of the composite container and the environment outside the composite container, the at least one vent channel being operable to vent excess gas pressure from the interior of the container.
A polyacetal resin composition, comprising: a polyacetal copolymer in an amount of 100 parts by mass, wherein the polyacetal copolymer has a hemiformal end group content of 0.8 mmol/kg or less, a hindered phenol-based antioxidant in an amount of more than 1.0 part by mass and 5.0 parts by mass or less, and magnesium oxide in an amount of more than 4.0 parts by mass and 30 parts by mass or less, having an average particle diameter is 5.0 μm or less, wherein the average particle diameter is determined by the particle diameter at a cumulative value of 50% in the particle diameter distribution on a volume basis as measured by a laser diffraction / scattering method. a hindered phenol-based antioxidant in an amount of more than 1.0 part by mass and 5.0 parts by mass or less, and magnesium oxide in an amount of more than 4.0 parts by mass and 30 parts by mass or less, having an average particle diameter is 5.0 μm or less, wherein the average particle diameter is determined by the particle diameter at a cumulative value of 50% in the particle diameter distribution on a volume basis as measured by a laser diffraction / scattering method.
A method of delivering phase focused wireless power pulses to wireless power receivers using a power transmitter assembly having a phased array with multiple antennas, the method comprising: receiving one or more battery charging need requests initiated by the wireless power receivers, wherein each of the one or more battery charging need requests includes at least one battery need metric, wherein the battery need metric is based on a need for power of the at least one battery; normalizing and comparing the one or more battery charging need requests; allocating a plurality of sequential wireless power pulses of a power burst among the wireless power receivers according to their normalized battery charging need requests; and delivering wireless power to the wireless power receivers via the allocated sequential wireless power pulses of the power burst, wherein the power pulses are sequentially directed to each of the different ones of the wireless power receivers by modifying one or more phases of the multiple antennas of the phased array. receiving one or more battery charging need requests initiated by the wireless power receivers, wherein each of the one or more battery charging need requests includes at least one battery need metric, wherein the battery need metric is based on a need for power of the at least one battery; normalizing and comparing the one or more battery charging need requests; allocating a plurality of sequential wireless power pulses of a power burst among the wireless power receivers according to their normalized battery charging need requests; and delivering wireless power to the wireless power receivers via the allocated sequential wireless power pulses of the power burst, wherein the power pulses are sequentially directed to each of the different ones of the wireless power receivers by modifying one or more phases of the multiple antennas of the phased array.
Device comprising - a body having a scale (1.1), and - an adjustment means having • an actuating means (2.1), • a contact region (2.2), • a joint (2.3), • a fastening means (2.4), characterized in that the body and the adjustment means are configured such that the contact region (2.2) is able to be brought into touching contact with the body at an abutment point, and in that furthermore the body and the adjustment means are able to be brought into operative connection on the principle of a one-sided lever, with the joint (2.3) as the fulcrum, such that a force (F2.1) introduced into the adjustment means by the actuating means (2.1) is transferable to the body as a displacement force (F2.2) via the contact region (2.2), and the fastening means (2.4) is embodied as a cylindrical region of the adjustment means with an external thread, such that the fastening means (2.4) is connectable to a machine part such that a reaction force (F2.4) is transferable from the adjustment means into the machine part. - a body having a scale (1.1), and - an adjustment means having • an actuating means (2.1), • a contact region (2.2), • a joint (2.3), • a fastening means (2.4), characterized in that the body and the adjustment means are configured such that the contact region (2.2) is able to be brought into touching contact with the body at an abutment point, and in that furthermore the body and the adjustment means are able to be brought into operative connection on the principle of a one-sided lever, with the joint (2.3) as the fulcrum, such that a force (F2.1) introduced into the adjustment means by the actuating means (2.1) is transferable to the body as a displacement force (F2.2) via the contact region (2.2), and the fastening means (2.4) is embodied as a cylindrical region of the adjustment means with an external thread, such that the fastening means (2.4) is connectable to a machine part such that a reaction force (F2.4) is transferable from the adjustment means into the machine part. • an actuating means (2.1), • a contact region (2.2), • a joint (2.3), • a fastening means (2.4), characterized in that
A communication method of a network entity for a network equipment, comprising: receiving a request message of entering a mobile initiated connection only, abbreviated to MICO, mode from a user equipment, abbreviated to LTE; determining a time length of a delay timer of the MICO mode according to the request message; and paging the UE when the delay timer of the MICO expires; characterised by the time length of the delay timer is indicated by a mobile initiated connection only indication and the mobile initiated connection only indication includes at least a spare bit to indicate the time length of the delay timer. receiving a request message of entering a mobile initiated connection only, abbreviated to MICO, mode from a user equipment, abbreviated to LTE; determining a time length of a delay timer of the MICO mode according to the request message; and paging the UE when the delay timer of the MICO expires; characterised by the time length of the delay timer is indicated by a mobile initiated connection only indication and the mobile initiated connection only indication includes at least a spare bit to indicate the time length of the delay timer.
An apparatus for carrying a load during operation of an aircraft, the apparatus comprising: a primary structure; an elongated structure having a channel, wherein the elongated structure is connected to the primary structure on a first side of the primary structu re; a first plate connected to the primary structure at a joint and cover a portion of the elongated structure, the first plate connected to the primary structure on the first side of the primary structure; a second plate connected to the primary structure on a second side of the primary structure; a cover assembly connected to the first plate; and a sealing assembly connected to the first plate, the sealing assembly comprising a seal dam and an adapter plate, wherein the primary structure, the elongated structure, adapter plate, seal dam and the cover assembly form a sealed flow conduit in the joint assembly; characterized in that an overall height of the cover assembly and first plate is greater than a height of the elongated structure, the overall height of the cover assembly and first plate providing a hydraulic diameter of the flow conduit. a primary structure; an elongated structure having a channel, wherein the elongated structure is connected to the primary structure on a first side of the primary structu re; a first plate connected to the primary structure at a joint and cover a portion of the elongated structure, the first plate connected to the primary structure on the first side of the primary structure; a second plate connected to the primary structure on a second side of the primary structure; a cover assembly connected to the first plate; and a sealing assembly connected to the first plate, the sealing assembly comprising a seal dam and an adapter plate, wherein the primary structure, the elongated structure, adapter plate, seal dam and the cover assembly form a sealed flow conduit in the joint assembly; characterized in that an overall height of the cover assembly and first plate is greater than a height of the elongated structure, the overall height of the cover assembly and first plate providing a hydraulic diameter of the flow conduit.
An exposure apparatus for exposing a dental object, comprising: - a chamber for receiving the dental object; and - a radiation source for emitting radiation having a wavelength smaller than 350 nm into the chamber; and - a moving means for moving the dental object in front of the radiation source which is formed by a rotary table on which the dental object can be arranged. - a chamber for receiving the dental object; and - a radiation source for emitting radiation having a wavelength smaller than 350 nm into the chamber; and - a moving means for moving the dental object in front of the radiation source which is formed by a rotary table on which the dental object can be arranged.
A railway sleeper which has a concrete body with a sleeper sole which is attached thereto, wherein a connecting layer is provided for connecting the sleeper sole to the concrete body in a manner resistant to shearing forces, which layer is connected on one hand to the sleeper sole and on the other hand to the concrete body and in so doing is partially embedded in the concrete of the concrete body, characterised in that the connecting layer is formed by a knitted spacer fabric which comprises first and second layers (9, 10) which are held spaced apart from each other by connecting threads and of which the first layer is embedded in the concrete of the concrete body.
In vitro method for detecting avian intestinal dysbiosis, the method comprising determining the presence and/or level of isoleucyl-arginine (C 12 H 25 O 3 N 5, Mw= 287.20) or isomers thereof in avian sample material; wherein an increased level of isoleucyl-arginine (C 12 H 25 O 3 N 5, Mw= 287.20) or isomers thereof in comparison to a non-affected control is indicative for avian intestinal dysbiosis.
A multi-stage compressor comprising: a first compressing unit configured to compress a gas, the first compressing unit including a first piston, and a first cylinder including a first compressing chamber; and a second compressing unit configured to compress the gas compressed by the first compressing unit, the second compressing unit including a second cylinder including a second compressing chamber, a second piston connected to the first piston, and a second piston ring provided on the second piston, wherein part of the gas in the second compressing chamber flows into the first compressing chamber through a gap between the second cylinder and the second piston ring when wear occurs in the second piston ring, characterized by a determining unit configured to determine that gas is leaking from the second compressing unit when a proportion of discharge pressure from the second compressing unit to discharge pressure from the first compressing unit or suction pressure into the second compressing unit becomes equal to or less than a set value. a first compressing unit configured to compress a gas, the first compressing unit including a first piston, and a first cylinder including a first compressing chamber; and a second compressing unit configured to compress the gas compressed by the first compressing unit, the second compressing unit including a second cylinder including a second compressing chamber, a second piston connected to the first piston, and a second piston ring provided on the second piston, wherein part of the gas in the second compressing chamber flows into the first compressing chamber through a gap between the second cylinder and the second piston ring when wear occurs in the second piston ring, characterized by a determining unit configured to determine that gas is leaking from the second compressing unit when a proportion of discharge pressure from the second compressing unit to discharge pressure from the first compressing unit or suction pressure into the second compressing unit becomes equal to or less than a set value.
A coating consisting of: 5 to 10 weight percent of aluminum; 10 to 18 weight percent of cobalt; 4 to 8 weight percent of chromium; 0 to 1 weight percent of hafnium; 0 to 1 weight percent of silicon; 0 to 1 percent of yttrium; 1.5 to 2.5 weight percent of molybdenum; 2 to 4 weight percent of rhenium; 5 to 10 weight percent of tantalum; 5 to 8 weight percent of tungsten; 10 to 40 weight percent of a noble metal; 0 to 1 weight percent of zirconium; and a remainder of nickel. 5 to 10 weight percent of aluminum; 10 to 18 weight percent of cobalt; 4 to 8 weight percent of chromium; 0 to 1 weight percent of hafnium; 0 to 1 weight percent of silicon; 0 to 1 percent of yttrium; 1.5 to 2.5 weight percent of molybdenum; 2 to 4 weight percent of rhenium; 5 to 10 weight percent of tantalum; 5 to 8 weight percent of tungsten; 10 to 40 weight percent of a noble metal; 0 to 1 weight percent of zirconium; and a remainder of nickel.
An imaging system comprising: a host system configured to run a plurality of imaging applications, and a digital image sensing device configured to communicate with said host system via a connection comprising a plurality of different data channels, said digital image sensing device comprising: an image sensor; and a processing means arranged to extract raw image data from the image sensor in a plurality of different data formats for subsequent simultaneous transmission of each data format in a respective one of said plurality of data channels to a respective one of said plurality of imaging applications of the host system, each data channel providing data in a format suitable for the respective one of said plurality of imaging applications of said host system. a host system configured to run a plurality of imaging applications, and a digital image sensing device configured to communicate with said host system via a connection comprising a plurality of different data channels, said digital image sensing device comprising: an image sensor; and a processing means arranged to extract raw image data from the image sensor in a plurality of different data formats for subsequent simultaneous transmission of each data format in a respective one of said plurality of data channels to a respective one of said plurality of imaging applications of the host system, each data channel providing data in a format suitable for the respective one of said plurality of imaging applications of said host system. an image sensor; and a processing means arranged to extract raw image data from the image sensor in a plurality of different data formats for subsequent simultaneous transmission of each data format in a respective one of said plurality of data channels to a respective one of said plurality of imaging applications of the host system, each data channel providing data in a format suitable for the respective one of said plurality of imaging applications of said host system.
Method for treating water in order to purify it or make it drinkable, characterised in that it comprises the following steps: - a step for injecting powdered activated carbon into said water so as to obtain a mixture of water to be treated and PAC; - a step for conveying said mixture of water to be treated and PAC into a stirred contacting area in order to obtain a stirred mixture of water to be treated and PAC; - a step for filtering said stirred mixture of water to be treated and PAC within a membrane filtration unit in order to produce treated water and a PAC-rich concentrate; - a step for recirculating said PAC-rich concentrate upstream and/or within said stirred area. the concentration in PAC of said mixture ranging from 1 to 10g/l; said mixture of water to be treated and PAC being kept in said stirred area for a contact time ranging from 2 to 20 minutes; said method additionally comprising a step of ozonation of said water to be treated, the step including the injection of ozone into said water to be treated prior to the injection of PAC so as to obtain a mixture of water to be treated and ozone, the ozone concentration of which ranges from 0.5 to 3 mg/l. - a step for injecting powdered activated carbon into said water so as to obtain a mixture of water to be treated and PAC; - a step for conveying said mixture of water to be treated and PAC into a stirred contacting area in order to obtain a stirred mixture of water to be treated and PAC; - a step for filtering said stirred mixture of water to be treated and PAC within a membrane filtration unit in order to produce treated water and a PAC-rich concentrate; - a step for recirculating said PAC-rich concentrate upstream and/or within said stirred area.