mhurhangee/ep-ind-claims huggingface dataset:
An infotainment device for a vehicle, comprising: - computing means, - sensing means adapted to distinguish a vehicle driving situation from a vehicle stopping situation, and connected to the computing means - input means connected to the calculation means and allowing to input information from a user according to: a first input mode requiring visual contact with the input means for a duration of more than two seconds, a second input mode (8, 9) imposing a visual contact with the input means of a duration equal to or less than two seconds, characterized in that the computing means are configured to propose only the second input mode (8, 9) when the vehicle is in a driving situation. - computing means, - sensing means adapted to distinguish a vehicle driving situation from a vehicle stopping situation, and connected to the computing means - input means connected to the calculation means and allowing to input information from a user according to: a first input mode requiring visual contact with the input means for a duration of more than two seconds, a second input mode (8, 9) imposing a visual contact with the input means of a duration equal to or less than two seconds, characterized in that the computing means are configured to propose only the second input mode (8, 9) when the vehicle is in a driving situation. a first input mode requiring visual contact with the input means for a duration of more than two seconds, a second input mode (8, 9) imposing a visual contact with the input means of a duration equal to or less than two seconds, characterized in that the computing means are configured to propose only the second input mode (8, 9) when the vehicle is in a driving situation.
A Ni-based alloy for a welding material comprising, by mass, 0.001 to 0.1% of C, 18 to 25% of Co, 16 to 20% of Cr, 2.5 to 3.5% ofAl, 10.0 to 14.0% of Mo+W, 0.001 to 0.03% of B and the balance being Ni and inevitable impurities.
Modified peptide which contains one of the following sequences: NT-X 1 X 2 NX 3 PVYIPX 4 X 5 RPPHP-CT (formula 1) NT-X 1 NX 2 X 3 PVYIPX 4 X 5 RPPHP-CT (formula 2) NT-X 2 NNX 3 PVYIPX 4 X 5 RPPHP-CT (formula 3) where X 1 is an amino acid residue, the side chain of which is positively charged under physiological conditions, preferably O, where X 2 is an amino acid residue having an amino group in the side chain, where X 3 is an amino acid residue, the side chain of which is positively charged under physiological conditions, preferably R, where X 4 is an amino acid residue, the side chain of which is positively charged under physiological conditions, preferably R, where X 5 is proline or a proline derivative, where CT is the C-terminus or a peptide having 1 to 4 amino acid residues, preferably a dipeptide having the sequence RL, where NT is the N-terminus, which is preferably guanidised, characterised in that a linear or branched polyethylene glycol polymer chain is bonded to an amino group in the side chain of X 1 or X 2 via a peptide linker, the linker consisting of the following formula: G k RSG where L is selected from alanine, glycine and serine and k is selected from whole numbers of between 1 and 6, characterised in that the polyethylene glycol polymer chain has a molecular weight of from 500 to 40000 Da, the polyethylene glycol polymer chain being bonded to the alpha amino group of the first amino acid residue of the linker. where X 1 is an amino acid residue, the side chain of which is positively charged under physiological conditions, preferably O, where X 2 is an amino acid residue having an amino group in the side chain, where X 3 is an amino acid residue, the side chain of which is positively charged under physiological conditions, preferably R, where X 4 is an amino acid residue, the side chain of which is positively charged under physiological conditions, preferably R, where X 5 is proline or a proline derivative, where CT is the C-terminus or a peptide having 1 to 4 amino acid residues, preferably a dipeptide having the sequence RL, where NT is the N-terminus, which is preferably guanidised, characterised in that a linear or branched polyethylene glycol polymer chain is bonded to an amino group in the side chain of X 1 or X 2 via a peptide linker, the linker consisting of the following formula: G k RSG where L is selected from alanine, glycine and serine and k is selected from whole numbers of between 1 and 6, characterised in that the polyethylene glycol polymer chain has a molecular weight of from 500 to 40000 Da, the polyethylene glycol polymer chain being bonded to the alpha amino group of the first amino acid residue of the linker.
A method of displaying an ultrasound image, the method comprising: displaying on a display a marker indicating an orientation of a probe for scanning a pregnant woman's body; determining a direction of a fetus's head based on a first ultrasound image obtained by scanning the pregnant woman's body in a first direction using the probe while a further marker attached to the probe is positioned in the orientation indicated by the marker displayed on the display; determining a direction of a fetus's spine based on a second ultrasound image obtained by scanning the pregnant woman's body in a second direction using the probe; determining an orientation of the fetus within the pregnant woman's body based on the directions of the fetus's head and the fetus's spine and the orientation of the probe; displaying an image (1720, 1730, 1740) representing the orientation of the fetus together with an ultrasound image obtained by scanning the pregnant woman's body; wherein the ultrasound image is an ultrasound image obtained by scanning the pregnant woman's body in the second direction, and wherein the image (1720, 1730, 1740) representing the orientation of the fetus comprises at least one of an image having indicated thereon at least one of the left and right sides of the fetus in the ultrasound image, an image showing a cross-section and the left and right sides of the fetus in the ultrasound image, and a mimic image showing the fetus three-dimensionally based on the orientation of the fetus. displaying on a display a marker indicating an orientation of a probe for scanning a pregnant woman's body; determining a direction of a fetus's head based on a first ultrasound image obtained by scanning the pregnant woman's body in a first direction using the probe while a further marker attached to the probe is positioned in the orientation indicated by the marker displayed on the display; determining a direction of a fetus's spine based on a second ultrasound image obtained by scanning the pregnant woman's body in a second direction using the probe; determining an orientation of the fetus within the pregnant woman's body based on the directions of the fetus's head and the fetus's spine and the orientation of the probe; displaying an image (1720, 1730, 1740) representing the orientation of the fetus together with an ultrasound image obtained by scanning the pregnant woman's body; wherein the ultrasound image is an ultrasound image obtained by scanning the pregnant woman's body in the second direction, and wherein the image (1720, 1730, 1740) representing the orientation of the fetus comprises at least one of an image having indicated thereon at least one of the left and right sides of the fetus in the ultrasound image, an image showing a cross-section and the left and right sides of the fetus in the ultrasound image, and a mimic image showing the fetus three-dimensionally based on the orientation of the fetus.
A steel strip continuous annealing device that has a vertical annealing furnace in which a heating zone, a soaking zone, a first cooling zone and a second cooling zone are arranged in the stated order, and anneals a steel strip passing through the zones in the order while being conveyed in a vertical direction in the vertical annealing furnace, wherein adjacent zones communicate with each other through communicating portions (30, 32, 34) that connect upper parts or lower parts of the respective zones, including a communicating portion between the heating zone and the soaking zone connecting lower parts of the respective zones, a communicating portion between the soaking zone and the first cooling zone connecting upper parts of the respective zones, and a communicating portion between the first cooling zone and the second cooling zone connecting upper parts or lower parts of the respective zones, a gas delivery port is provided in each of the heating zone, the soaking zone, the first cooling zone and the second cooling zone, the gas delivery port in the heating zone is provided only in an upper part of the heating zone, and the gas delivery port (38C, 38D, 38E) in each of the soaking zone, the first cooling zone and the second cooling zone is provided only in a position opposite in the vertical direction to a position of a communicating portion (30, 32, 34) with an immediately preceding zone (14, 16, 18) in the order in which the steel strip passes through, and the upper part of each zone (14, 16, 18, 20) denotes the area that is 25% of the height of the zone from the upper end of the zone, and the lower part of each zone denotes the area that is 25% of the height of the zone from the lower end of the zone. wherein adjacent zones communicate with each other through communicating portions (30, 32, 34) that connect upper parts or lower parts of the respective zones, including a communicating portion between the heating zone and the soaking zone connecting lower parts of the respective zones, a communicating portion between the soaking zone and the first cooling zone connecting upper parts of the respective zones, and a communicating portion between the first cooling zone and the second cooling zone connecting upper parts or lower parts of the respective zones, a gas delivery port is provided in each of the heating zone, the soaking zone, the first cooling zone and the second cooling zone, the gas delivery port in the heating zone is provided only in an upper part of the heating zone, and the gas delivery port (38C, 38D, 38E) in each of the soaking zone, the first cooling zone and the second cooling zone is provided only in a position opposite in the vertical direction to a position of a communicating portion (30, 32, 34) with an immediately preceding zone (14, 16, 18) in the order in which the steel strip passes through, and the upper part of each zone (14, 16, 18, 20) denotes the area that is 25% of the height of the zone from the upper end of the zone, and the lower part of each zone denotes the area that is 25% of the height of the zone from the lower end of the zone.
A light emitting device comprising: a first luminous body that includes a first light source which emits light in a first wavelength range, and a long wavelength cut-off filter which cuts off light having a wavelength longer than a first set wavelength, the first wavelength range being set arbitrarily, the first set wavelength being set to a wavelength on a long wavelength side in the first wavelength range; and a second luminous body which generates light of different color from that of the first luminous body, and which includes a second light source that emits light in a second wavelength range, and a short wavelength cut-off filter that cuts off light having a wavelength shorter than a second set wavelength, the second wavelength range extending to a longer wavelength side than the first wavelength range while overlapping with the first wavelength range, the second set wavelength being set to a wavelength on a longer wavelength side than the first set wavelength in the second wavelength range, wherein light emitted from the first luminous body and light emitted from the second luminous body are mixed together, such that light in between the first set wavelength and the second set wavelength is reduced. a first luminous body that includes a first light source which emits light in a first wavelength range, and a long wavelength cut-off filter which cuts off light having a wavelength longer than a first set wavelength, the first wavelength range being set arbitrarily, the first set wavelength being set to a wavelength on a long wavelength side in the first wavelength range; and a second luminous body which generates light of different color from that of the first luminous body, and which includes a second light source that emits light in a second wavelength range, and a short wavelength cut-off filter that cuts off light having a wavelength shorter than a second set wavelength, the second wavelength range extending to a longer wavelength side than the first wavelength range while overlapping with the first wavelength range, the second set wavelength being set to a wavelength on a longer wavelength side than the first set wavelength in the second wavelength range, wherein light emitted from the first luminous body and light emitted from the second luminous body are mixed together, such that light in between the first set wavelength and the second set wavelength is reduced.
An apparatus integrating an Electronic Integrated Circuit, EIC, and at least one photonic-integrated circuit, PIC, said apparatus further comprising: • a first substrate made of glass; • an electrical interconnection plane positioned on the upper side of said first substrate, for enabling electrical interconnection of the at least one PIC and the EIC with each other; • at least one heat generating component (510, 511) from the at least one photonic-integrated circuit, said at least one photonic-integrated circuit being situated on top of a silicon-on-insulator SOI, layer, said photonic integrated circuit being coupled to optical inputs/outputs on top of said silicon-on-insulator, SOI, layer; • metal vias traversing the silicon-on-insulator, SOI, layer electrically connecting the at least one heat generating component (510, 511) of the photonic-integrated circuit to the electrical interconnection plane; the apparatus being characterized in further comprising - a lid comprising a top wall and a side wall being in contact with the silicon-on-insulator, SOI, layer, said top wall comprising an upper surface and a lower surface, said lid defining a lidded cavity comprised between the top wall, the side wall and the SOI layer wherein said lid is positioned on the silicon-on-insulator, SOI, layer such that the optical inputs/outputs of the at least one photonic integrated circuit and electrical inputs/outputs of the electrical interconnection plane are outside the lidded cavity, and said at least one heat generating component (510, 511) from the at least one photonic-integrated circuit is encapsulated within the lidded cavity. • a first substrate made of glass; • an electrical interconnection plane positioned on the upper side of said first substrate, for enabling electrical interconnection of the at least one PIC and the EIC with each other; • at least one heat generating component (510, 511) from the at least one photonic-integrated circuit, said at least one photonic-integrated circuit being situated on top of a silicon-on-insulator SOI, layer, said photonic integrated circuit being coupled to optical inputs/outputs on top of said silicon-on-insulator, SOI, layer; • metal vias traversing the silicon-on-insulator, SOI, layer electrically connecting the at least one heat generating component (510, 511) of the photonic-integrated circuit to the electrical interconnection plane;
Composition consisting of a mixture of one or more metal oxides of formula MxOyUi, wherein M is a metal atom selected from iron, aluminium, titanium, manganese, zinc, copper, zirconium, nickel and lead, O is an oxygen atom, and U is an impurity, where x, y, i are mole fractions comprised between 0 and 1 with x + y > 80%, said composition taking the form of a three-dimensional compacted tablet having an apparent density greater than or equal to 2, an apparent porosity comprised between 3% and 40%, and a diametral breaking strength greater than or equal to 250 kPa and a drop test resistance less than 15%, drop test resistance corresponding to the mass percentage of particles having an average diameter of less than 10 mm, generated at the outcome of two drops of 2 m starting with 5 kg of compacted product and falling on a polyvinyl chloride plate.
An apparatus, comprises M-1 optical splitters and M first optical transceivers, wherein M is an integer greater than or equal to 2, and operating wavelengths of the M first optical transceivers are different from each other, and the M-1 optical splitters are 1:2 optical splitters and have three interfaces, wherein: one interface of a first optical splitter is configured to receive multiple links of optical signals, and the other two interfaces are separately connected to the first optical transceiver of the M first optical transceivers and a second optical splitter; one interface of the ith optical splitter is connected to the (i-1)th optical splitter, and the other two interfaces are separately connected to the ith optical transceiver of the M first optical transceivers and the (i+1)th optical splitter, where 2≤i≤M-2; one interface of the (M-1)th optical splitter is connected to the (M-2)th optical splitter, and the other two interfaces are separately connected to the (M-1)th optical transceiver and the Mth optical transceiver of the M first optical transceivers; and the M first optical transceivers are single-core bidirectional optical transceivers, and the operating wavelength of each first optical transceiver comprises a transmit wavelength and a receive wavelength, which are different and are respectively used to transmit and receive optical signals. one interface of a first optical splitter is configured to receive multiple links of optical signals, and the other two interfaces are separately connected to the first optical transceiver of the M first optical transceivers and a second optical splitter; one interface of the ith optical splitter is connected to the (i-1)th optical splitter, and the other two interfaces are separately connected to the ith optical transceiver of the M first optical transceivers and the (i+1)th optical splitter, where 2≤i≤M-2; one interface of the (M-1)th optical splitter is connected to the (M-2)th optical splitter, and the other two interfaces are separately connected to the (M-1)th optical transceiver and the Mth optical transceiver of the M first optical transceivers; and the M first optical transceivers are single-core bidirectional optical transceivers, and the operating wavelength of each first optical transceiver comprises a transmit wavelength and a receive wavelength, which are different and are respectively used to transmit and receive optical signals.
Method for operating a display device in a motor vehicle when travelling on a driving route with the motor vehicle, comprising the steps: - providing several virtual individual sequences which can be portrayed by means of the display device; - portraying at least some of the provided individual sequences by means of the display device when travelling on the driving route with the motor vehicle, wherein a selection and determination of a portrayal sequence of the individual sequences takes place in a manner which is suitable with regard to a characteristic of the driving route and such that the individual sequences connect a predetermined initial sequence and end sequence to form a coherent experience. - providing several virtual individual sequences which can be portrayed by means of the display device; - portraying at least some of the provided individual sequences by means of the display device when travelling on the driving route with the motor vehicle, wherein a selection and determination of a portrayal sequence of the individual sequences takes place in a manner which is suitable with regard to a characteristic of the driving route and such that the individual sequences connect a predetermined initial sequence and end sequence to form a coherent experience.
A solar power plant comprising a pliable mat having a plurality of photovoltaic modules fixed thereon, each PV module being releasably secured to the mat by means of an attachment assembly which comprises at least one elongate module profile secured to an edge of the PV module, and a corresponding elongate mat profile attached to the mat, and the profiles (10, 11) are configured such that the PV module is releasably secured to the mat by bringing the module profile into contact with the corresponding mat profile, and sliding the profiles (10,11) relative to one another in a direction generally parallel to the edge of the PV module to which the module profile is secured, until they reach a desired end position in which separation of the two profiles (10,11) by the application of a force generally perpendicular to the edge of the PV module is substantially prevented.
A method for suppressing corrosion in a secondary system of a pressurized water nuclear power plant which is provided with a steam generator, a turbine, a condenser and a heater (7, 8) and in which circulating water circulates, wherein a protective substance is deposited on a structural member of the system which comes into contact with the circulating water circulating in the system, oxygen concentration of the water is not controlled by a deaerator, and the protective substance is TiO 2, Y 2 O 3, or La 2 O 3.
A vacuum cleaner comprising: a main casing including an electric blower and a dust collecting unit communicating with a suction side of the electric blower; a driving wheel for enabling the main casing to travel on a cleaning-object surface; a cleaning unit which includes: a body portion positioned in a lower part of the main casing and provided on the main casing so as to be pivotable along an up/down direction; a suction port opened in the body portion so as to face the cleaning-object surface; a sliding-contact surface portion provided in the body portion so as to face a dust collecting unit side and curved along a pivoting direction of the body portion; and a communicating port opened in the sliding-contact surface portion to communicate with the suction port; a communicating section which includes: a curved surface portion curved along the pivoting direction of the body portion so as to be brought into sliding contact with the sliding-contact surface portion by pivoting motion of the body portion; and a communicating opening opened in the curved surface portion to communicate with the dust collecting unit, the communicating section being interposed between the cleaning unit and the dust collecting and fixed to the main casing. a main casing including an electric blower and a dust collecting unit communicating with a suction side of the electric blower; a driving wheel for enabling the main casing to travel on a cleaning-object surface; a cleaning unit which includes: a body portion positioned in a lower part of the main casing and provided on the main casing so as to be pivotable along an up/down direction; a suction port opened in the body portion so as to face the cleaning-object surface; a sliding-contact surface portion provided in the body portion so as to face a dust collecting unit side and curved along a pivoting direction of the body portion; and a communicating port opened in the sliding-contact surface portion to communicate with the suction port; a communicating section which includes: a curved surface portion curved along the pivoting direction of the body portion so as to be brought into sliding contact with the sliding-contact surface portion by pivoting motion of the body portion; and a communicating opening opened in the curved surface portion to communicate with the dust collecting unit, the communicating section being interposed between the cleaning unit and the dust collecting and fixed to the main casing.