mhurhangee/ep-ind-claims huggingface dataset:
A capacitive touch panel (60, 70), comprising: a substrate (31, 71); a patterned layer (32, 73) formed on the substrate (31, 71); a first electrode (41, 74) formed on the patterned layer (32, 73); and a second electrode (42, 75) formed on the substrate (31, 71), wherein the second electrode (42, 75) and the first electrode (41, 74) are separated by the patterned layer (32, 73) for preventing conduction between the first electrode (41, 74) and second electrode (42, 75). a substrate (31, 71); a patterned layer (32, 73) formed on the substrate (31, 71); a first electrode (41, 74) formed on the patterned layer (32, 73); and a second electrode (42, 75) formed on the substrate (31, 71), wherein the second electrode (42, 75) and the first electrode (41, 74) are separated by the patterned layer (32, 73) for preventing conduction between the first electrode (41, 74) and second electrode (42, 75).
A method for removing deposits and impurities from the secondary side of a heat exchanger comprising the steps of: removing a volume of working fluid from the secondary side of the heat exchanger sufficient to expose an access penetration; installing a temporary adapter in the exposed access penetration, the adapter being configured for direct steam injection; introducing a volume of water into the secondary side of the heat exchanger; introducing a predetermined quantity of a chemical cleaning reagent into the water to form a cleaning solution on the secondary side of the heat exchanger, the chemical cleaning reagent selected from a group consisting of chelants, complexing agents, reducing agents and mixtures thereof; injecting steam through the temporary adapter and into the secondary side of the heat exchanger to heat the heat exchanger and residual fluid to a target cleaning temperature range; and characterized by the step of: maintaining the heat exchanger and the residual fluid within the cleaning target temperature range during a cleaning period using the injected steam by controlling a flow rate of the injected steam. removing a volume of working fluid from the secondary side of the heat exchanger sufficient to expose an access penetration; installing a temporary adapter in the exposed access penetration, the adapter being configured for direct steam injection; introducing a volume of water into the secondary side of the heat exchanger; introducing a predetermined quantity of a chemical cleaning reagent into the water to form a cleaning solution on the secondary side of the heat exchanger, the chemical cleaning reagent selected from a group consisting of chelants, complexing agents, reducing agents and mixtures thereof; injecting steam through the temporary adapter and into the secondary side of the heat exchanger to heat the heat exchanger and residual fluid to a target cleaning temperature range; and characterized by the step of: maintaining the heat exchanger and the residual fluid within the cleaning target temperature range during a cleaning period using the injected steam by controlling a flow rate of the injected steam.
An apparatus to facilitate dynamic selection of avatars for use in software applications, comprising: reception and capturing logic module to capture, by a camera in real-time, an image of a user; detection/tracking logic module to determine facial features of the user based on the user image; an avatar selection module comprising: a user recognition module to recognize user attributes based on the user facial features; a ranking module to receive user attribute data and rank available avatar models based on similarity scores between user attributes and avatar attributes, for each available avatar model; an avatar recommendation module to recommend an avatar based on the ranked available avatar models and generate a list of ranked available avatar models for display on a display device. reception and capturing logic module to capture, by a camera in real-time, an image of a user; detection/tracking logic module to determine facial features of the user based on the user image; an avatar selection module comprising: a user recognition module to recognize user attributes based on the user facial features; a ranking module to receive user attribute data and rank available avatar models based on similarity scores between user attributes and avatar attributes, for each available avatar model; an avatar recommendation module to recommend an avatar based on the ranked available avatar models and generate a list of ranked available avatar models for display on a display device. a user recognition module to recognize user attributes based on the user facial features; a ranking module to receive user attribute data and rank available avatar models based on similarity scores between user attributes and avatar attributes, for each available avatar model; an avatar recommendation module to recommend an avatar based on the ranked available avatar models and generate a list of ranked available avatar models for display on a display device.
An oil supply system for an internal combustion engine, wherein an internal oil pan is disposed in the internal combustion engine, wherein the oil supply system has at least one additional external oil reservoir which is disposed outside the internal combustion engine as opposed to the internal oil pan of the internal combustion engine, wherein a supply line to be connected to the internal combustion engine is provided which leads to a filling opening of the oil reservoir, wherein the supply line branches from a main oil line downstream of an oil pump and guides a secondary stream of oil into the external oil reservoir and wherein a return line to be connected to the internal combustion engine is provided, through which oil can be returned from the oil reservoir to the internal combustion engine, wherein the return line is connected to the oil reservoir and wherein the oil reservoir has at least one oil tank and at least one degassing hole, wherein a tapping opening of the return line is disposed near the bottom or in the bottom of the at least one oil tank, characterized in that a degassing line is provided which connects the oil reservoir to the return line, by means of which gases dissolved in the oil together with oil returned via the return line are introduced into a crankcase of the internal combustion engine.
A shaft assembly for a gas turbine engine, comprising: a shaft comprising a plurality of notches that extend axially into an end thereof; a nut comprising a nut base and a plurality of protrusions, wherein the nut base is mounted on the shaft, the protrusions extend radially out from the nut base, and adjacent protrusions are circumferentially separated by a gap; a nut lock ring comprising a tubular ring base connected axially between a plurality of first lock tabs and a plurality of second lock tabs, wherein the ring base is disposed on the nut base, each first lock tab extends radially inward through a respective one of the notches, and each second lock tab extends axially through a respective one of the gaps; and a tubular nut support ring disposed on the ring base, characterized in that: the nut lock ring further comprises a third lock tab connected to the ring base, wherein the third lock tab extends radially outward, and the nut support ring is disposed axially between the third lock tab and the second lock tabs. a shaft comprising a plurality of notches that extend axially into an end thereof; a nut comprising a nut base and a plurality of protrusions, wherein the nut base is mounted on the shaft, the protrusions extend radially out from the nut base, and adjacent protrusions are circumferentially separated by a gap; a nut lock ring comprising a tubular ring base connected axially between a plurality of first lock tabs and a plurality of second lock tabs, wherein the ring base is disposed on the nut base, each first lock tab extends radially inward through a respective one of the notches, and each second lock tab extends axially through a respective one of the gaps; and a tubular nut support ring disposed on the ring base, characterized in that: the nut lock ring further comprises a third lock tab connected to the ring base, wherein the third lock tab extends radially outward, and the nut support ring is disposed axially between the third lock tab and the second lock tabs.
Strapping device of a strapping apparatus for strapping packaged articles with a strapping band, in particular with a plastics strapping band, which strapping device having a band advancement device for the advancement of the strapping band during the formation of a band loop, having a band retraction device for the retraction of the strapping band after the formation of the band loop for the purposes of causing the strapping band to be laid against the packaged article, and having a tensioning device by way of which a band tension in the strapping band laid against the packaged article can be increased, characterized by only three rollers (11, 12, 13) of the band advancement device, of the band retraction device and of the tensioning device, by means of which band movements can be generated, wherein only one motor is provided for driving the rollers which are driven in rotation by motor action in the band advancement device, in the band retraction device and in the tensioning device, such that, of the only three rollers (11, 12, 13), two of the rollers (11, 12) can be driven by means of the same only one motor, wherein the third roller is not driven in rotation and is pivotably articulated by means of a pivot device, in this case the pivot device is operatively connected to a drive, such that the roller which functions as counterpart roller can be placed either in contact with the roller or in contact with the roller which functions as tensioning wheel.
A sensor (50;150) for an aircraft, comprising: a frame (20;120) including a base (26;126) and a plurality of arms (22,24;122,124), the arms being moveable between a relaxed position and a non-relaxed position, the arms being biased towards the relaxed position; and a fuse (40;140) fastened between the arms to hold the arms in the non-relaxed position; characterised in that the arms are integrally formed with the base. a frame (20;120) including a base (26;126) and a plurality of arms (22,24;122,124), the arms being moveable between a relaxed position and a non-relaxed position, the arms being biased towards the relaxed position; and a fuse (40;140) fastened between the arms to hold the arms in the non-relaxed position; characterised in that the arms are integrally formed with the base.
Method for displaying at least one window of a three-dimensional scene, the scene including at least one object capable of being selected by a user, the method being carried out by computer and comprising the following steps: - detection of a selection of at least one object by the user; - determination of the position of a first predetermined point, fixed relative to the user, in a predetermined reference frame; - display in the scene, for each selected object, of a corresponding window, the window having an orientation defined by the direction of a vector normal to the window, said direction varying as a function of the position of the first predetermined point along at least one axis of the reference frame, each object being an element of the scene which is capable of moving relative to a background, the background being part of the scene that is fixed in time relative to a reference point associated with the scene, said method being characterised by each window being associated with a corresponding window reference point, the direction of the vector normal to each window being determined by the value of three Euler angles formed between the axes of the window reference point and the axes of the reference frame, the display of each window comprising the allocation to at least one Euler angle of said window of a value which is a function of the position of the first predetermined point along at least one axis of the reference frame, the window comprising a front face, the value of at least one Euler angle of the window being such that the vector normal to said window is directed towards a point of a straight line passing through the first predetermined point, the front face being oriented towards the first predetermined point, the straight line passing through the first predetermined point being parallel to a predetermined vertical direction, the orientation of each window depending solely on the position of the user in a horizontal plane of a screen reference point. - detection of a selection of at least one object by the user; - determination of the position of a first predetermined point, fixed relative to the user, in a predetermined reference frame; - display in the scene, for each selected object, of a corresponding window, the window having an orientation defined by the direction of a vector normal to the window, said direction varying as a function of the position of the first predetermined point along at least one axis of the reference frame,
A method for minimizing the peak voltage of tones in an orthogonal frequency division multiplexed, OFDM, communication, the method comprising: accepting a message including digital data; randomizing digital data patterns in the message, to create a randomized message, using a scrambling vector selected from a plurality of scrambling vectors; mapping the randomized message into OFDM tones; and transmitting the OFDM tones; characterised in that: said scrambling vector selected from a plurality of scrambling vectors is based on a position of the randomized message in a frame structure of the OFDM communication; and said randomizing includes selecting the scrambling vector from the plurality of scrambling vectors at least partially based on a Network Access Channel, NAC, slot number, a Broadcast Channel, BC, slot number, and a frequency channel, Freq, slot number of the OFDM communication. accepting a message including digital data; randomizing digital data patterns in the message, to create a randomized message, using a scrambling vector selected from a plurality of scrambling vectors; mapping the randomized message into OFDM tones; and transmitting the OFDM tones; characterised in that: said scrambling vector selected from a plurality of scrambling vectors is based on a position of the randomized message in a frame structure of the OFDM communication; and said randomizing includes selecting the scrambling vector from the plurality of scrambling vectors at least partially based on a Network Access Channel, NAC, slot number, a Broadcast Channel, BC, slot number, and a frequency channel, Freq, slot number of the OFDM communication. said scrambling vector selected from a plurality of scrambling vectors is based on a position of the randomized message in a frame structure of the OFDM communication; and said randomizing includes selecting the scrambling vector from the plurality of scrambling vectors at least partially based on a Network Access Channel, NAC, slot number, a Broadcast Channel, BC, slot number, and a frequency channel, Freq, slot number of the OFDM communication.
Composite particles comprising a core made of a hydrophobic polymer and inorganic nanoparticles, said hydrophobic polymer constituting a polymer matrix within which the inorganic nanoparticles are stabilized and distributed homogeneously, said particles being characterized in that they are at least partially surrounded by an amphiphilic copolymer comprising a hydrophobic part and a hydrophilic part, the hydrophobic part of which is at least partially immobilized on or in said polymer matrix, - the polymer matrix being a matrix of hydrophobic vinylaromatic polymer type chosen from homopolymers of water-insoluble vinylaromatic monomers, such as styrene, methylstyrene, ethylstyrene, tert-butylstyrene or vinyltoluene, and the copolymers of these monomers with one another and/or with other comonomers, such as alkyl acrylates and methacrylates in which the alkyl group comprises from 3 to 10 carbon atoms, alkyl esters of ethylenic acids, the ethylenic acid possessing 4 or 5 carbon atoms and the alkyl group possessing 1 to 8 carbon atoms, methacrylic acids, styrene derivatives or diene compounds, - the hydrophobic part of the amphiphilic copolymer being chosen from polystyrenes, polyalkyls, such as polyethylene, or fatty acid chains, - the hydrophilic part of the amphiphilic copolymer being chosen from poly(acrylic acid)s, polysulfates, polyamines, polyamides or polysaccharides. - the polymer matrix being a matrix of hydrophobic vinylaromatic polymer type chosen from homopolymers of water-insoluble vinylaromatic monomers, such as styrene, methylstyrene, ethylstyrene, tert-butylstyrene or vinyltoluene, and the copolymers of these monomers with one another and/or with other comonomers, such as alkyl acrylates and methacrylates in which the alkyl group comprises from 3 to 10 carbon atoms, alkyl esters of ethylenic acids, the ethylenic acid possessing 4 or 5 carbon atoms and the alkyl group possessing 1 to 8 carbon atoms, methacrylic acids, styrene derivatives or diene compounds, - the hydrophobic part of the amphiphilic copolymer being chosen from polystyrenes, polyalkyls, such as polyethylene, or fatty acid chains, - the hydrophilic part of the amphiphilic copolymer being chosen from poly(acrylic acid)s, polysulfates, polyamines, polyamides or polysaccharides.
A ceramic honeycomb structural body formed by molding into a honeycomb pillar shape and firing silicon carbide raw powders comprising 60 to 80% by mass of particles belonging to a first particle group having a particle size of 1.0 μm or more and 100 μm or less, and 20 to 40% by mass of particles belonging to a second particle group having a particle size of 0.1 μm or more and less than 1.0 μm in which the particles of the first particle group has one frequency peak in a particle size distribution curve wherein an abscissa is a particle size (μm) and an ordinate is a frequency (%) and satisfy the following relationship: D 90 − D 10 / D 50 ≦ 2.0 wherein D 90: particle size with an oversize of 90% by mass in cumulative particle size distribution; D 10: particle size with an oversize of 10% by mass in cumulative particle size distribution; and D 50: particle size with an oversize of 50% by mass in cumulative particle size distribution. D 10: particle size with an oversize of 10% by mass in cumulative particle size distribution; and D 50: particle size with an oversize of 50% by mass in cumulative particle size distribution.
An alkylation process for producing alkylate oil using ionic liquid as catalyst, wherein during the alkylation reaction the reaction feed is a mixture of C4 alkene and C4 alkane with C4 alkane being at an excessive amount and then separated from the alkylation product and recycled, and the process further comprises separating halogenated hydrocarbons-rich fraction from the alkylation product and reintroducing the separated fraction into the reaction system during the alkylation reaction, and the ionic liquid catalyst used in the alkylation reaction has a cation derived from hydrohalide of alkyl amine, hydrohalide of imidazole or hydrohalide of pyridine and an anion derived from one or more metallic compounds.
An airfoil (22, 24; 100; 100') comprising: a suction surface (54; 64; 112; 112') and a pressure surface (53; 63; 110; 110'), the suction surface (54; 64; 112; 112') and the pressure surface (53; 63; 110; 110') both extending axially between a leading edge (51; 61; 106; 106') and a trailing edge (52; 62; 108; 108'), as well as radially from a root section (55; 65; 102; 102') to a tip section (57; 67; 104; 104'); a first showerhead cooling hole and a second showerhead cooling hole, the first showerhead cooling hole and the second showerhead cooling hole both extending into pressure surface (53; 63; 110; 110') near the leading edge (51; 61; 106; 106'), the first showerhead cooling hole being located radially above the second showerhead cooling hole, wherein the first showerhead cooling hole and the second showerhead cooling hole are angled in opposing directions; characterised by further comprising: a first protuberance and a second protuberance spaced radially apart by a trough, the first protuberance and the second protuberance both extending axially along the pressure surface (53; 63; 110; 110') from a location adjacent to and downstream of the first and second showerhead cooling holes (114A, 114B), so that first showerhead cooling hole and second showerhead cooling hole are positioned radially between first protuberance and second protuberance. a suction surface (54; 64; 112; 112') and a pressure surface (53; 63; 110; 110'), the suction surface (54; 64; 112; 112') and the pressure surface (53; 63; 110; 110') both extending axially between a leading edge (51; 61; 106; 106') and a trailing edge (52; 62; 108; 108'), as well as radially from a root section (55; 65; 102; 102') to a tip section (57; 67; 104; 104'); a first showerhead cooling hole and a second showerhead cooling hole, the first showerhead cooling hole and the second showerhead cooling hole both extending into pressure surface (53; 63; 110; 110') near the leading edge (51; 61; 106; 106'), the first showerhead cooling hole being located radially above the second showerhead cooling hole, wherein the first showerhead cooling hole and the second showerhead cooling hole are angled in opposing directions; characterised by further comprising: a first protuberance and a second protuberance spaced radially apart by a trough, the first protuberance and the second protuberance both extending axially along the pressure surface (53; 63; 110; 110') from a location adjacent to and downstream of the first and second showerhead cooling holes (114A, 114B), so that first showerhead cooling hole and second showerhead cooling hole are positioned radially between first protuberance and second protuberance. a first protuberance and a second protuberance spaced radially apart by a trough, the first protuberance and the second protuberance both extending axially along the pressure surface (53; 63; 110; 110') from a location adjacent to and downstream of the first and second showerhead cooling holes (114A, 114B), so that first showerhead cooling hole and second showerhead cooling hole are positioned radially between first protuberance and second protuberance.
A fully-spherical radiation therapy system, comprising a multi-degree-of-freedom robot, a linear accelerator and a double-image-guided positioning mechanism, wherein the double-image-guided positioning mechanism comprises four ray sources and two ray detectors, and the four ray sources comprise a first ray source, a second ray source, a third ray source and a fourth ray source; and an intersection of two beams emitted by the first ray source and the second ray source is a low-level treatment center, an intersection of two beams emitted by the third ray source and the fourth ray source is a high-level treatment center, and a plurality of treatment nodes with the low-level treatment center as a spherical center and a plurality of treatment nodes with the high-level treatment center as a spherical center form a fully-spherical treatment space. the double-image-guided positioning mechanism comprises four ray sources and two ray detectors, and the four ray sources comprise a first ray source, a second ray source, a third ray source and a fourth ray source; and an intersection of two beams emitted by the first ray source and the second ray source is a low-level treatment center, an intersection of two beams emitted by the third ray source and the fourth ray source is a high-level treatment center, and a plurality of treatment nodes with the low-level treatment center as a spherical center and a plurality of treatment nodes with the high-level treatment center as a spherical center form a fully-spherical treatment space.