mhurhangee/ep-ind-claims huggingface dataset:
A planetary gear system comprising: a sun gear having external teeth; a ring gear which is formed as a double helical gear having a pair of helical gears with internal teeth, said pair of helical gears being aligned in an axial direction, and a first annular groove is formed between the pair of helical gears; at least one planet gear having, at its outer circumferential face, external teeth and a second annular groove, the external teeth being meshed with the external teeth of the sun gear and the internal teeth of the ring gear and being formed of a pair of sets of teeth aligned in the axial direction, the second annular groove being formed between the pair of sets of teeth; a fixed support shaft provided for each of the at least one planet gear and configured to rotatably support the planet gear via a bearing, the bearing including a pair of rolling element rows aligned in the axial direction; an oil supply path through which lubricating oil is supplied, at an inner side of the planet gear, to the pair of rolling element rows; and an oil discharge path which extends through the planet gear and through which the lubricating oil is discharged to the second annular groove from space between the pair of rolling element rows which are provided at the inner side of the planet gear; multiple outlets which extend through the ring gear in a radial direction and through which the lubricating oil is discharged from the first annular groove in the radial direction. a sun gear having external teeth; a ring gear which is formed as a double helical gear having a pair of helical gears with internal teeth, said pair of helical gears being aligned in an axial direction, and a first annular groove is formed between the pair of helical gears; at least one planet gear having, at its outer circumferential face, external teeth and a second annular groove, the external teeth being meshed with the external teeth of the sun gear and the internal teeth of the ring gear and being formed of a pair of sets of teeth aligned in the axial direction, the second annular groove being formed between the pair of sets of teeth; a fixed support shaft provided for each of the at least one planet gear and configured to rotatably support the planet gear via a bearing, the bearing including a pair of rolling element rows aligned in the axial direction; an oil supply path through which lubricating oil is supplied, at an inner side of the planet gear, to the pair of rolling element rows; and an oil discharge path which extends through the planet gear and through which the lubricating oil is discharged to the second annular groove from space between the pair of rolling element rows which are provided at the inner side of the planet gear; multiple outlets which extend through the ring gear in a radial direction and through which the lubricating oil is discharged from the first annular groove in the radial direction.
A method for obtaining an extended shelf-life proteinaceous meat analogue comprising the steps of: • mixing at a temperature of less than 100°C i) 30 to 90 % w/w on dry mass vegetable proteins among which more than 50% vital wheat gluten, ii) 10 to 40 % w/w on dry mass of a non-aqueous plasticizer and optionally iii) up to 8% w/w on dry mass of fibers for obtaining a dough, • shaping said dough, preferably by cutting, sheeting, agglomerating and/or molding, • static heating between 120 and 160°C during 1 minute to 1 hour of said dough for obtaining an extended shelf-life proteinaceous meat analogue; wherein said extended shelf-life proteinaceous meat analogue has a water content of less than 20% (w/w) and wherein said non-aqueous plasticizer has a water content of less than 20% (w/w) and is selected among a polyhydroxy alcohol, a starch hydrolysate, a carboxylic acid and mixture thereof. • mixing at a temperature of less than 100°C i) 30 to 90 % w/w on dry mass vegetable proteins among which more than 50% vital wheat gluten, ii) 10 to 40 % w/w on dry mass of a non-aqueous plasticizer and optionally iii) up to 8% w/w on dry mass of fibers for obtaining a dough, • shaping said dough, preferably by cutting, sheeting, agglomerating and/or molding, • static heating between 120 and 160°C during 1 minute to 1 hour of said dough for obtaining an extended shelf-life proteinaceous meat analogue;
A method, comprising: receiving, at a host device comprising a hypervisor that provides a virtual machine to a computing device, location information indicating a location of the computing device; determining, by the host device, a subset of predefined context data based on the location of the computing device; transmitting, by the host device, the subset of predefined context data to the computing device; receiving, at the host device, contextual information identified from context data captured using an input device of the computing device, wherein the identifying of the contextual information comprises a match between the captured context data and the subset of predefined context data; generating, by the host device, content based on the contextual information; generating, by the host device, composite screen display data configured to display a composite screen, comprising a virtual desktop screen and the generated content overlaid on the virtual desktop screen, the virtual desktop screen comprising a user interface for an operating system of the virtual machine; and transmitting, by the host device the composite screen display data to the computing device. receiving, at a host device comprising a hypervisor that provides a virtual machine to a computing device, location information indicating a location of the computing device; determining, by the host device, a subset of predefined context data based on the location of the computing device; transmitting, by the host device, the subset of predefined context data to the computing device; receiving, at the host device, contextual information identified from context data captured using an input device of the computing device, wherein the identifying of the contextual information comprises a match between the captured context data and the subset of predefined context data; generating, by the host device, content based on the contextual information; generating, by the host device, composite screen display data configured to display a composite screen, comprising a virtual desktop screen and the generated content overlaid on the virtual desktop screen, the virtual desktop screen comprising a user interface for an operating system of the virtual machine; and transmitting, by the host device the composite screen display data to the computing device.
An apparatus for a central unit of one or more base station transceivers of a mobile communication system, the base station transceiver comprising the central unit and a remote unit, the central unit apparatus comprising a communication module operable to communicate with the remote unit using a communication link with a limited capacity; a scheduler module operable to schedule data transmissions to and/or from a mobile transceiver via the remote unit, wherein the scheduler module is operable to base scheduling of the data transmissions on the limited capacity of the communication link between the central unit and the remote unit, wherein the communication module is operable to communicate with at least two remote units (200; 202) using the communication link with the limited capacity, wherein the scheduler module comprises at least two scheduling units (14a; 14b) for separately scheduling the at least two remote units (200; 202).
A measuring means, in particular a rule or ruler, which measuring means is flexible and/or pliable along a longitudinal direction and flat along its transverse direction, wherein the measuring means has measuring markings on at least one side which are spaced apart from one another respectively evenly or regularly along its longitudinal direction, characterised in that the measuring means has a plastic matrix as well as a reinforcing agent passing through the plastic matrix in parts, wherein the reinforcing agent comprises basalt fibres.
A flight control computer (205; FCC), comprising: a processor; and a non-transitory computer-readable storage medium storing a program to be executed by the processor, the program including instructions for: determining an attitude command; determining an above ground level altitude by receiving radar altitude sensor data indicating the AGL altitude; generating, in response to the AGL altitude being below an altitude threshold, an adjusted attitude command by limiting a magnitude of the attitude command; and controlling a flight characteristic of a rotorcraft by sending the adjusted attitude command to one or more flight controls. a processor; and a non-transitory computer-readable storage medium storing a program to be executed by the processor, the program including instructions for: determining an attitude command; determining an above ground level altitude by receiving radar altitude sensor data indicating the AGL altitude; generating, in response to the AGL altitude being below an altitude threshold, an adjusted attitude command by limiting a magnitude of the attitude command; and controlling a flight characteristic of a rotorcraft by sending the adjusted attitude command to one or more flight controls. determining an attitude command; determining an above ground level altitude by receiving radar altitude sensor data indicating the AGL altitude; generating, in response to the AGL altitude being below an altitude threshold, an adjusted attitude command by limiting a magnitude of the attitude command; and controlling a flight characteristic of a rotorcraft by sending the adjusted attitude command to one or more flight controls.
A corrosion protection composition for coating surfaces, the composition having a first and a second filling component, the weight ratio of the first filler component and the second filling component being between 0.4 and 1.2 based on the total composition, - the first filling component having carbon platelets and a nanostructure component, the nanostructure component being selected from the group of nanotubes, nanowires and nanofibers, - the second filling component having a polymer matrix, - the carbon platelets and/or the carbon nanostructure component having a silane functionalization or a polyether functionalization, the degree of functionalization being 5% to 90%, particularly 10% to 60% and further preferably 20% to 40%. - the first filling component having carbon platelets and a nanostructure component, the nanostructure component being selected from the group of nanotubes, nanowires and nanofibers, - the second filling component having a polymer matrix, - the carbon platelets and/or the carbon nanostructure component having a silane functionalization or a polyether functionalization, the degree of functionalization being 5% to 90%, particularly 10% to 60% and further preferably 20% to 40%.
A glass composition for glass fiber characterized in that the glass composition is an oxide glass composition, and comprises 0.01 to 3% of P 2 O 5, 52 to 62% of SiO 2, 10 to 16% of Al 2 O 3, 0 to 8% of B 2 O 3, 0 to 3.5% of MgO, 20 to 30% of CaO, and 0 to 2% of R 2 O(R=Li+Na+K), which are in terms of oxide represented in mass percentage.
An apparatus for reproducing sounds which comprises: a support body provided with connecting means (20, 114) suitable for connecting to an electronic device, an acoustic loudspeaker fixed to an end of a transmission cable of a sound signal, an opposite end of the cable being suitable for being operatively connected to the electronic device, and winding means supported by the support body and able to wind the transmission cable, wherein a male connector rigidly projects from the support body and is fixed rigidly thereto, which male connector is suitable for being inserted in a respective female connector of the electronic device, the male connector at least in part defining the connecting means, characterised in that the connecting means comprise at least an elastically yielding appendage deriving from the support body and suitable for embracing at least a perimeter edge of the electronic device, the appendage being located on an opposite side to the side of the support body in which the male connector is present. a support body provided with connecting means (20, 114) suitable for connecting to an electronic device, an acoustic loudspeaker fixed to an end of a transmission cable of a sound signal, an opposite end of the cable being suitable for being operatively connected to the electronic device, and winding means supported by the support body and able to wind the transmission cable,
A reusable beer keg, comprising: a hollow beer keg body with the keg body having a keg opening through the keg body for providing access to the interior of the keg body; a dispenser valve; a dispenser tube with the top end of the tube connected to the dispenser valve; a dispenser tube assembly comprising a disposable bladder having a top and bottom circularly shaped bladder sheet, with the perimeter of the top bladder sheet attached to the perimeter of the bottom bladder sheet and with the top bladder sheet having a bladder opening, with the dispenser tube disposed through the bladder opening, with the bladder opening releasably secured to the dispenser valve, and with the bottom end of the dispenser tube extending into the interior of the disposable bladder and being releasably attached to the inside surface of the bottom bladder sheet; whereby the dispenser tube assembly can be disposed through the keg opening, with the dispenser valve releasably attached to the keg body, and the dispenser valve is adapted to be operated to supply beer to the interior of the disposable bladder characterised in that the disposable bladder forming six longitudinal wave-like segments; and in that the dispenser valve is adapted to be operated to supply gas pressure to the interior of the disposable bladder, causing the beer to flow through the dispenser tube and dispenser valve. a hollow beer keg body with the keg body having a keg opening through the keg body for providing access to the interior of the keg body; a dispenser valve; a dispenser tube with the top end of the tube connected to the dispenser valve; a dispenser tube assembly comprising a disposable bladder having a top and bottom circularly shaped bladder sheet, with the perimeter of the top bladder sheet attached to the perimeter of the bottom bladder sheet and with the top bladder sheet having a bladder opening, with the dispenser tube disposed through the bladder opening, with the bladder opening releasably secured to the dispenser valve, and with the bottom end of the dispenser tube extending into the interior of the disposable bladder and being releasably attached to the inside surface of the bottom bladder sheet; whereby the dispenser tube assembly can be disposed through the keg opening, with the dispenser valve releasably attached to the keg body, and the dispenser valve is adapted to be operated to supply beer to the interior of the disposable bladder characterised in that the disposable bladder forming six longitudinal wave-like segments; and in that the dispenser valve is adapted to be operated to supply gas pressure to the interior of the disposable bladder, causing the beer to flow through the dispenser tube and dispenser valve.
A process for treating waste, in particular household refuse, containing organic matter mixed with undesirable products, especially metals, mineral matter, plastics, and glass, according to which process: - the waste is subjected to a first sorting by screening, - the fraction of waste passing through the screening is subjected to a prefermentation threatment in a rotating tube with feed at one end and extraction at the other end, - and the maternal leaving the prefermentation treatment tube is subjected to mixing in a mixing hopper, then to a methanization treatment in a digester, - the organic matter is separated from the undesirable products in the material leaving the prefermentation treatment tube before it enters the digester, - the digester is horizontal, mechanically stirred, and a fraction of the digestate leaving the digester is recirculated at least to the mixing hopper, the recirculation ratio being high enough to ensure complete mixing. - the waste is subjected to a first sorting by screening, - the fraction of waste passing through the screening is subjected to a prefermentation threatment in a rotating tube with feed at one end and extraction at the other end, - and the maternal leaving the prefermentation treatment tube is subjected to mixing in a mixing hopper, then to a methanization treatment in a digester, - the organic matter is separated from the undesirable products in the material leaving the prefermentation treatment tube before it enters the digester, - the digester is horizontal, mechanically stirred, and a fraction of the digestate leaving the digester is recirculated at least to the mixing hopper, the recirculation ratio being high enough to ensure complete mixing.
A device for processing captured-image signals, the device comprising: a pixel array unit having a plurality of lines, each having alternately arranged first pixels and second pixels; a scan unit configured to alternately perform, in one frame, first scanning for reading, from the pixel array unit, captured-image signals of the first pixels along each line in one of a direction from a first one of the lines to a last one thereof and a direction from the last line to the first line and second scanning for reading, from the pixel array unit, captured-image signals of the second pixels along each line in the other direction; and a combining unit configured to combine the read captured-image signals of the first pixels and the read captured-image signals of the second pixels. a pixel array unit having a plurality of lines, each having alternately arranged first pixels and second pixels; a scan unit configured to alternately perform, in one frame, first scanning for reading, from the pixel array unit, captured-image signals of the first pixels along each line in one of a direction from a first one of the lines to a last one thereof and a direction from the last line to the first line and second scanning for reading, from the pixel array unit, captured-image signals of the second pixels along each line in the other direction; and first scanning for reading, from the pixel array unit, captured-image signals of the first pixels along each line in one of a direction from a first one of the lines to a last one thereof and a direction from the last line to the first line and second scanning for reading, from the pixel array unit, captured-image signals of the second pixels along each line in the other direction; and a combining unit configured to combine the read captured-image signals of the first pixels and the read captured-image signals of the second pixels.
An electrolytic treatment apparatus for a ship, comprising: an electrolytic tank having a cathode and an anode; an injecting portion configured to inject a liquid into the electrolytic tank; at least one diaphragm that partitions an inner space of the electrolytic tank into a cathode-side region including the cathode and an anode-side region including the anode, and is configured to electrically connect a liquid in the cathode-side region and a liquid in the anode-side region; a cathode-side discharging portion configured to supply a cathode-side solution generated in the cathode-side region by electrolyzing the liquid, to an exhaust gas treatment apparatus; and an anode-side discharging portion configured to supply an anode-side solution generated in the anode-side region by electrolyzing the liquid, to a sterilizing apparatus, characterized in that: a volume of the cathode-side region and the anode-side region is variable, further comprising a volume control portion configured to control a volume of the cathode-side region and the anode-side region based on whether the ship is at anchor or sailing, wherein: the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing. an electrolytic tank having a cathode and an anode; an injecting portion configured to inject a liquid into the electrolytic tank; at least one diaphragm that partitions an inner space of the electrolytic tank into a cathode-side region including the cathode and an anode-side region including the anode, and is configured to electrically connect a liquid in the cathode-side region and a liquid in the anode-side region; a cathode-side discharging portion configured to supply a cathode-side solution generated in the cathode-side region by electrolyzing the liquid, to an exhaust gas treatment apparatus; and an anode-side discharging portion configured to supply an anode-side solution generated in the anode-side region by electrolyzing the liquid, to a sterilizing apparatus, characterized in that: a volume of the cathode-side region and the anode-side region is variable, further comprising a volume control portion configured to control a volume of the cathode-side region and the anode-side region based on whether the ship is at anchor or sailing, wherein: the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing. a volume of the cathode-side region and the anode-side region is variable, further comprising a volume control portion configured to control a volume of the cathode-side region and the anode-side region based on whether the ship is at anchor or sailing, wherein: the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing. the volume of the anode-side region is increased when the ship is at anchor; and the volume of the cathode-side region is increased when the ship is sailing.