mhurhangee/ep-ind-claims huggingface dataset:
A hydrogen-generating composition for a fuel cell, the hydrogen-generating composition comprising: a hydride, wherein the hydride is lithium aluminum hydride (LiAlH4) and wherein the hydrogen-generating composition is free of other hydrides; and a Lewis acid chosen from aluminum chloride (AlCl3), aluminum bromide (AlBr3), aluminum fluoride, stannous chloride (SnCl2), stannous bromide (SnBr2), stannous fluoride, zirconium chloride (ZrCl4), zirconium bromide (ZrBr4), zirconium fluoride, tungsten chloride, tungsten bromide, tungsten fluoride, zinc bromide (ZnBr2), zinc fluoride, ferric chloride (FeCl3), ferric bromide (FeBr3), ferric fluoride, vanadium chloride, vanadium bromide, vanadium fluoride, and combinations thereof. a hydride, wherein the hydride is lithium aluminum hydride (LiAlH4) and wherein the hydrogen-generating composition is free of other hydrides; and a Lewis acid chosen from aluminum chloride (AlCl3), aluminum bromide (AlBr3), aluminum fluoride, stannous chloride (SnCl2), stannous bromide (SnBr2), stannous fluoride, zirconium chloride (ZrCl4), zirconium bromide (ZrBr4), zirconium fluoride, tungsten chloride, tungsten bromide, tungsten fluoride, zinc bromide (ZnBr2), zinc fluoride, ferric chloride (FeCl3), ferric bromide (FeBr3), ferric fluoride, vanadium chloride, vanadium bromide, vanadium fluoride, and combinations thereof.
A process for heat-treating a polymer composition comprising one or more semicrystalline or crystallizable polyetherketoneketone polymorphic polymers, comprising at least the step of heat-treating the polymer composition at a temperature which is less than 20°C below the melting point of the highest melting crystalline form and at or above the melting point of the other crystalline form(s), for a time that increases the content of the highest melting crystalline form relative to the other crystalline form(s) in the polymer composition, wherein the polyetherketoneketone comprises repeating units represented by Formulas I and II: -A-C(=O)-B-C(=O)- I (Isomer T) -A-C(=O)-D-C(=O)- II (Isomer I) where A is a p,p'-Ph-O-Ph- group, Ph is a phenylene radical, B is p-phenylene, and D is m-phenylene, wherein the T:I isomer ratio is in the range of from 50/50 to 90/10.
A vehicle-body structure of a vehicle, the vehicle-body structure comprising: a vehicle-body framework member (2, 3, 4, 5, 7) including a closed cross-section portion; and a panel member to which vibration is transmitted from an engine or/and a suspension via the vehicle-body framework member (2, 3, 4, 5, 7), wherein: the panel member includes: a flange portion, which is formed in a planar shape on a panel outer peripheral edge and to which the vehicle-body framework member (2, 3, 4, 5, 7) is joined along the panel outer peripheral edge; a curved surface portion that is curved such that a place closer to a panel central side bulges out more to an upper side or a lower side in a continuous manner from a panel-central-side edge portion of the flange portion; and a flat surface portion that extends to the panel central side from the panel-central-side edge portion of the curved surface portion in a continuous manner. a vehicle-body framework member (2, 3, 4, 5, 7) including a closed cross-section portion; and a panel member to which vibration is transmitted from an engine or/and a suspension via the vehicle-body framework member (2, 3, 4, 5, 7), wherein: the panel member includes: a flange portion, which is formed in a planar shape on a panel outer peripheral edge and to which the vehicle-body framework member (2, 3, 4, 5, 7) is joined along the panel outer peripheral edge; a curved surface portion that is curved such that a place closer to a panel central side bulges out more to an upper side or a lower side in a continuous manner from a panel-central-side edge portion of the flange portion; and a flat surface portion that extends to the panel central side from the panel-central-side edge portion of the curved surface portion in a continuous manner. a flange portion, which is formed in a planar shape on a panel outer peripheral edge and to which the vehicle-body framework member (2, 3, 4, 5, 7) is joined along the panel outer peripheral edge; a curved surface portion that is curved such that a place closer to a panel central side bulges out more to an upper side or a lower side in a continuous manner from a panel-central-side edge portion of the flange portion; and a flat surface portion that extends to the panel central side from the panel-central-side edge portion of the curved surface portion in a continuous manner.
Cooling unit consisting of an exchange line (3A, 3B) capable of heating nitrogen originating from a system of air distillation columns by exchanging heat with the air to be cooled for the system of columns, and a cooling tower for the heat- and mass- exchange between the water to be cooled sent to the top of the tower and the nitrogen originating from the system of air distillation columns (9,11), the lower portion of the tower including an inlet connected to a nitrogen pipe and the nitrogen pipe being connected to at least one exchanger body of the exchange line, characterised in that the tower is arranged above at least one portion of the exchange line.
Device for farming molluscs, particularly oysters, comprising containers configured to contain molluscs and connected to at least one ballast, characterized in that it comprises at least a first pivot axle which is horizontal, parallel to a longitudinal direction of the device, and at least two rigid arms which connect the ballast which extends in a direction parallel to the longitudinal direction, and the pivot axle so that a filling or emptying of the ballast causes the arms to rotate about the first pivot axle and causes a phenomenon of rolling of the molluscs in the containers.
Orientation cup for an aerosol nozzle, comprising a housing having a bottom wall and a side wall, characterized in that said side wall has a first frustoconical surface and a second frustoconical surface which is the image of the first frustoconical surface by rotation about an axis A, the distance between said first frustoconical surface and the axis A increasing as a function of the distance along the axis A from the bottom wall, the distance between said first frustoconical surface and the axis A being variable as a function of an angle (θ) of rotation about the axis A.
A sprinkler device for delivering an irrigation liquid in gravity-based pivot or linear irrigation systems of the pivot or linear type, said sprinkler device comprising a support structure which has: • a first nozzle defining a longitudinal axis, for generating a jet of liquid, said first nozzle having an inlet and an outlet (7") connected by a passage, and • a second nozzle offset from the first nozzle, said second nozzle having an inlet and an outlet (12") connected by a passage, said support structure having a baffle plate pivoted thereto and facing said first and second nozzles, characterized in that it comprises drive means having at least one first magnet moving with a reciprocating rectilinear motion (Δ) due to a negative pressure generated by the liquid that flows through a narrower portion between the inlet and the outlet (12") of said second nozzle, said drive means being able to move said plate along, and impart a reciprocating pivotal thereto (β) about an axis (Xi) parallel to said longitudinal axis through a predetermined angle (γ), to distribute the liquid over a sector area of the soil, the passage of said first nozzle having at the outlet (7") of said first nozzle a peripheral edge that is defined by a semicircle having ends connected by a straight portion, a central part of the straight portion separating the outlet (7") of the first nozzle from the outlet (12") of said second nozzle. • a first nozzle defining a longitudinal axis, for generating a jet of liquid, said first nozzle having an inlet and an outlet (7") connected by a passage, and • a second nozzle offset from the first nozzle, said second nozzle having an inlet and an outlet (12") connected by a passage, said support structure having a baffle plate pivoted thereto and facing said first and second nozzles, characterized in that it comprises drive means having at least one first magnet moving with a reciprocating rectilinear motion (Δ) due to a negative pressure generated by the liquid that flows through a narrower portion between the inlet and the outlet (12") of said second nozzle, said drive means being able to move said plate along, and impart a reciprocating pivotal thereto (β) about an axis (Xi) parallel to said longitudinal axis through a predetermined angle (γ), to distribute the liquid over a sector area of the soil, the passage of said first nozzle having at the outlet (7") of said first nozzle a peripheral edge that is defined by a semicircle having ends connected by a straight portion, a central part of the straight portion separating the outlet (7") of the first nozzle from the outlet (12") of said second nozzle.
Computer implemented method for generating a specific radiation dose rate curve for an X-ray radiation for irradiation of a substrate, wherein the specific radiation dose rate curve represents a radiation dose rate as a function of distance from the isocenter of the X-ray source, characterized in that the specific radiation dose rate curve is generated by selecting at least two predetermined radiation dose rate curves, which are different from the specific radiation dose rate curve which is to be generated, and each of which represents a radiation dose rate as a function of distance from the isocenter of the X-ray source, and by proportionally composing the specific radiation dose rate curve from the at least two predetermined radiation dose rate curves.
A memory controller comprising: a write part that writes data into a memory through a signal line by specifying an address of the memory; and a read part that reads data from the memory through the signal line by specifying an address of the memory, wherein the write part includes a substitution unit that substitutes, when a linear sequence of a bit of "1" and a bit of "0" of a bit string of transmission data to be written into the memory through the signal line is a target pattern set as a substitution target, a substitutional bit string that is a post-substitution pattern whose linear sequence of a bit of "1" and a bit of "0" is different from the target pattern, for an initial bit string having the target pattern, before the transmission data is written into the memory, and the read part includes a restoration unit that restores the substitutional bit string of data read from the memory to the initial bit string, characterized in that at least one of patterns is set as the target pattern, the at least one of patterns being a pattern in which a pattern of a linear sequence of a bit of "1" and a bit of "0" of a bit string contained in data before the substitution performed by the substitution unit generates noise having a predetermined noise frequency band, and at least one of patterns other than the patterns that generate the noise having the noise frequency band is set as the post-substitution pattern. a write part that writes data into a memory through a signal line by specifying an address of the memory; and a read part that reads data from the memory through the signal line by specifying an address of the memory, wherein the write part includes a substitution unit that substitutes, when a linear sequence of a bit of "1" and a bit of "0" of a bit string of transmission data to be written into the memory through the signal line is a target pattern set as a substitution target, a substitutional bit string that is a post-substitution pattern whose linear sequence of a bit of "1" and a bit of "0" is different from the target pattern, for an initial bit string having the target pattern, before the transmission data is written into the memory, and the read part includes a restoration unit that restores the substitutional bit string of data read from the memory to the initial bit string, characterized in that at least one of patterns is set as the target pattern, the at least one of patterns being a pattern in which a pattern of a linear sequence of a bit of "1" and a bit of "0" of a bit string contained in data before the substitution performed by the substitution unit generates noise having a predetermined noise frequency band, and at least one of patterns other than the patterns that generate the noise having the noise frequency band is set as the post-substitution pattern.
A method comprising: causing establishment of an internet protocol mobility binding with an indication of a security mode for a mobile node connected to an internet protocol sub-network (20, 22, 24) and identified in the internet protocol sub-network (20, 22, 24) by a care of address, detecting a trigger to adapt the security mode for the mobile node to modify the security mode between the mobile node and a mobility anchor or a correspondent node without changing the care of address, adapting by the mobile node, in response to the trigger, the security mode for the mobile node continuing to be connected to the internet protocol sub-network (20, 22, 24) and using the earlier assigned care of address, and sending by the mobile node a specific registration update or binding update message including an indication of the applied security mode or need to change the security mode. causing establishment of an internet protocol mobility binding with an indication of a security mode for a mobile node connected to an internet protocol sub-network (20, 22, 24) and identified in the internet protocol sub-network (20, 22, 24) by a care of address, detecting a trigger to adapt the security mode for the mobile node to modify the security mode between the mobile node and a mobility anchor or a correspondent node without changing the care of address, adapting by the mobile node, in response to the trigger, the security mode for the mobile node continuing to be connected to the internet protocol sub-network (20, 22, 24) and using the earlier assigned care of address, and sending by the mobile node a specific registration update or binding update message including an indication of the applied security mode or need to change the security mode.
A heating module for melting or heating an operating fluid accommodated in a tank system, wherein the heating module comprises a heating unit the heat of which can be transferred to the operating fluid via a heat distributing element, wherein the heat distributing element is a substantially plate-shaped distributor plate, wherein at least the heating unit and at least part of the distributor plate are jointly sheathed, preferably surrounded by injection-molding in a fluid-tight manner, characterized in that the distributor plate supports the heating unit of the heating module on a large surface.
An illumination device comprising: an optical device to vary an incidence angle of a coherent light beam at each position on an illumination zone with time; wherein the optical device has a hologram recording medium having a plurality of recording areas (55r, 55g, 55b), and an irradiation unit configured to irradiate a coherent light beam to the optical device so that the coherent light beam scans the hologram recording medium, wherein the irradiation unit comprises a plurality of light sources (61r, 61g, 61b) that are configured to emit a plurality of coherent light beams, the respective coherent light beams having different wavelengths, and a scanning device configured to make coherent light beams of a specific wavelength incident on specific positions in respective recording areas on the hologram recording medium at an incident angle that meets the Bragg condition on the respective positions, wherein the plurality of recording areas (55r, 55g, 55b) are configured to diffract the coherent light beams incident from the respective light sources (61r, 61g, 61b), and the coherent light beams diffracted from the recording areas are superimposed one another on an entire region of the illumination zone and illuminate the entire region of the illumination zone while the incident angle of the coherent light beam at each position on the entire region of the illumination zone varies with time. an optical device to vary an incidence angle of a coherent light beam at each position on an illumination zone with time; wherein the optical device has a hologram recording medium having a plurality of recording areas (55r, 55g, 55b), and an irradiation unit configured to irradiate a coherent light beam to the optical device so that the coherent light beam scans the hologram recording medium, wherein the irradiation unit comprises a plurality of light sources (61r, 61g, 61b) that are configured to emit a plurality of coherent light beams, the respective coherent light beams having different wavelengths, and a scanning device configured to make coherent light beams of a specific wavelength incident on specific positions in respective recording areas on the hologram recording medium at an incident angle that meets the Bragg condition on the respective positions, wherein the plurality of recording areas (55r, 55g, 55b) are configured to diffract the coherent light beams incident from the respective light sources (61r, 61g, 61b), and the coherent light beams diffracted from the recording areas are superimposed one another on an entire region of the illumination zone and illuminate the entire region of the illumination zone while the incident angle of the coherent light beam at each position on the entire region of the illumination zone varies with time.
A method of determining the size distribution of cells in a sample by using an apparatus comprising: an analogue to digital pulse height categorisation unit comparing the pulse to analogue threshold voltages and counting each event within each pulse height category using a micro controller, the method comprising the steps of: i) selecting a first set of threshold voltages, ii) performing a first measurement using the first set of threshold voltages, characterized in that the method further comprises the steps of: iii) selecting a new set of threshold voltages different from the first set of threshold voltages, iv) performing a new measurement using the new set of threshold voltages, v) determining cell size distribution based on the first measurement and the new measurement. i) selecting a first set of threshold voltages, ii) performing a first measurement using the first set of threshold voltages, iii) selecting a new set of threshold voltages different from the first set of threshold voltages, iv) performing a new measurement using the new set of threshold voltages, v) determining cell size distribution based on the first measurement and the new measurement.
A testing apparatus for testing the thermal behavior of an axlebox, especially a railway axlebox, comprising - a sample chamber for placing an axlebox comprising an axlebox housing, an axle end with an axle journal and at least one bearing located between the axle journal and the axlebox housing, and - at least one temperature measuring means, characterized by at least one heating element (10, 21, 22) for replacing the bearing or bearings and/or one or more bearing rings (19, 20) of the bearing or the bearings and/or at least one rolling element of the bearing or the bearings,and a heating power control for controlling a heating power of the at least one heating element (10, 21, 22). - a sample chamber for placing an axlebox comprising an axlebox housing, an axle end with an axle journal and at least one bearing located between the axle journal and the axlebox housing, and - at least one temperature measuring means, characterized by at least one heating element (10, 21, 22) for replacing the bearing or bearings and/or one or more bearing rings (19, 20) of the bearing or the bearings and/or at least one rolling element of the bearing or the bearings,and a heating power control for controlling a heating power of the at least one heating element (10, 21, 22). at least one heating element (10, 21, 22) for replacing the bearing or bearings and/or one or more bearing rings (19, 20) of the bearing or the bearings and/or at least one rolling element of the bearing or the bearings,and a heating power control for controlling a heating power of the at least one heating element (10, 21, 22).
An agent, which is a refrigerant leakage prevention agent comprising a refrigerator oil comprising resin particles which contain fluorine and have a D 50 of 2.0-10.0 μm and a D 90 /D 10 of 4.0-14.0.
A hot-melt composition comprising, with respect to 100 parts by mass of a hydrogenated styrene thermoplastic elastomer having styrene-based polymer blocks at both ends and a hydrogenated diene polymer block at a middle portion and having a mass-average molecular weight of 250,000-600,000, 20-150 parts by mass of a first styrene-based tackifying resin having a softening point of 135-160°C, 100-400 parts by mass of a second styrene-based tackifying resin having a softening point of 105-135°C, 100-500 parts by mass of a third tackifying resin for the hydrogenated diene polymer block having a softening point of 100-160°C and 500-1,500 parts by mass of a liquid softener, wherein a difference between the softening point of the first styrene-based tackifying resin and the softening point of the second styrene-based tackifying resin is 10°C or higher, wherein the above softening points are measured according to JAI-7-1999. 100 parts by mass of a hydrogenated styrene thermoplastic elastomer having styrene-based polymer blocks at both ends and a hydrogenated diene polymer block at a middle portion and having a mass-average molecular weight of 250,000-600,000, 20-150 parts by mass of a first styrene-based tackifying resin having a softening point of 135-160°C, 100-400 parts by mass of a second styrene-based tackifying resin having a softening point of 105-135°C, 100-500 parts by mass of a third tackifying resin for the hydrogenated diene polymer block having a softening point of 100-160°C and 500-1,500 parts by mass of a liquid softener, wherein a difference between the softening point of the first styrene-based tackifying resin and the softening point of the second styrene-based tackifying resin is 10°C or higher, wherein the above softening points are measured according to JAI-7-1999.
A lens, which is a mirror-coated lens comprising: (i) a lens base material; (ii) on the front surface of the lens base material, a functional film containing a low refractive index layer, a high refractive index layer, and a metal layer; and (iii) on the back surface of the lens base material, a functional film containing a low refractive index layer and a high refractive index layer, and having - a luminous reflectance on the front surface side of 3-30%, - a luminous reflectance on the back surface side of 0.1-5.0% - a luminous transmittance of 55-80%. (i) a lens base material; (ii) on the front surface of the lens base material, a functional film containing a low refractive index layer, a high refractive index layer, and a metal layer; and (iii) on the back surface of the lens base material, a functional film containing a low refractive index layer and a high refractive index layer, and having - a luminous reflectance on the front surface side of 3-30%, - a luminous reflectance on the back surface side of 0.1-5.0% - a luminous transmittance of 55-80%. - a luminous reflectance on the front surface side of 3-30%, - a luminous reflectance on the back surface side of 0.1-5.0% - a luminous transmittance of 55-80%.