mhurhangee/ep-ind-claims huggingface dataset:
A Nilr-base heat-resistant alloy comprising a Ni-Ir-Al-W-base alloy which contains Ir: 5.0 to 50.0 mass%, Al: 1.0 to 8.0 mass%, W: 5.0 to 20.0 mass%, and the balance being Ni, optionally comprising one or two or more additive elements selected from the following Group I: Group I: B: 0.001 to 0.1 mass%, Co: 5.0 to 20.0 mass%, Cr: 1.0 to 25.0 mass%, Ta: 1.0 to 10.0 mass%, Nb: 1.0 to 5.0 mass%, Ti: 1.0 to 5.0 mass%, V: 1.0 to 5.0 mass%, and Mo: 1.0 to 5.0 mass%, further optionally containing 0.001 to 0.5 mass% of C and carbides being precipitated and dispersed, wherein optionally Ir in the alloy is substituted by Rh or Pt in an amount of 30 mass% or less, and a γ' phase as an essential strengthening phase having an L1 2 structure precipitated and dispersed in a matrix, wherein a ratio (Y/X) of a peak intensity of plane of the Ir 3 W phase observed in the range of 2θ = 48° to 50° to a peak intensity of plane of the γ' phase observed in the range of 2θ = 43° to 45° in X-ray diffraction analysis is 0.5 or less. B: 0.001 to 0.1 mass%, Co: 5.0 to 20.0 mass%, Cr: 1.0 to 25.0 mass%, Ta: 1.0 to 10.0 mass%, Nb: 1.0 to 5.0 mass%, Ti: 1.0 to 5.0 mass%, V: 1.0 to 5.0 mass%, and Mo: 1.0 to 5.0 mass%, a γ' phase as an essential strengthening phase having an L1 2 structure precipitated and dispersed in a matrix, wherein a ratio (Y/X) of a peak intensity of plane of the Ir 3 W phase observed in the range of 2θ = 48° to 50° to a peak intensity of plane of the γ' phase observed in the range of 2θ = 43° to 45° in X-ray diffraction analysis is 0.5 or less.
A process for the manufacturing of a deep fried food product, comprising subjecting an edible substrate [substrate, herein after] to a deep frying process at a temperature of at least 130 °C, preferably at least 160 °C, more preferably at least 170 °C in a frying oil or fat wherein the glyceride composition [composition (G F), herein after] of said frying oil or fat comprises with respect to the total weight of the composition(G F): a) from 10 to 40 wt % of saturated fatty acid residues having from 4 to 24 carbon atoms (SAFA) b) less than 10 wt % of trans unsaturated fatty acid residues, c) C16:0 and C18:0 fatty acid residues in a weight ratio of C18:0/C16:0 of at least 0.7, d) from 35 to 75 wt % of UUU-triglycerides [U3, herein after], e) S2U-triglycerides [S2U, herein after] and SSS-triglycerides [S3, herein after] wherein the sum of the amounts of S2U and S3 is from 6 to 50 wt %, and wherein the weight ratio of S2U/S3 is greater than 1, and f) from 8 to 28 wt % of SU2-triglycerides [SU2, herein after], wherein U represents an unsaturated fatty acid residue having from 16 to 20 carbon atoms and S represents a saturated fatty acid residue having from 16 to 20 carbon atoms. a) from 10 to 40 wt % of saturated fatty acid residues having from 4 to 24 carbon atoms (SAFA) b) less than 10 wt % of trans unsaturated fatty acid residues, c) C16:0 and C18:0 fatty acid residues in a weight ratio of C18:0/C16:0 of at least 0.7, d) from 35 to 75 wt % of UUU-triglycerides [U3, herein after], e) S2U-triglycerides [S2U, herein after] and SSS-triglycerides [S3, herein after] wherein the sum of the amounts of S2U and S3 is from 6 to 50 wt %, and wherein the weight ratio of S2U/S3 is greater than 1, and f) from 8 to 28 wt % of SU2-triglycerides [SU2, herein after],
Partially translucent outer covering part for a motor vehicle comprising: - a main body made of a translucent or non-transparent polymer material, wherein the main body has a wall thickness, an outer side that is visible when used correctly on the motor vehicle, and an inner side opposite the outer side, and wherein the main body has at least one recess passing through the main body, wherein for partial translucency of the main body, a light window filling the recess and made of a transparent polymer material, which can be passed through by spectral ranges of visible light with low absorption, is provided, characterised in that the main body and the light window are connected to one another in an integrally bonded manner and are produced in a multi-component injection moulding process, and in that additionally at least one lamination film disposed on the outer side is provided, wherein the lamination film is positioned such that it covers the transition region from the main body to light window on the outer side. - a main body made of a translucent or non-transparent polymer material, wherein the main body has a wall thickness, an outer side that is visible when used correctly on the motor vehicle, and an inner side opposite the outer side, and wherein the main body has at least one recess passing through the main body, wherein for partial translucency of the main body, a light window filling the recess and made of a transparent polymer material, which can be passed through by spectral ranges of visible light with low absorption, is provided, characterised in that the main body and the light window are connected to one another in an integrally bonded manner and are produced in a multi-component injection moulding process, and in that additionally at least one lamination film disposed on the outer side is provided, wherein the lamination film is positioned such that it covers the transition region from the main body to light window on the outer side.
An optical device, comprising: a plurality of optical input ports (101 1, 101 2, 101 3,..., 101 m) configured to receive optical beams each having a plurality of wavelength components; a plurality of optical output ports (112 1, 112 2, 112 3,..., 112 n); a wavelength dispersion element for receiving the optical beams and spatially separating each of the optical beams into a plurality of wavelengths components; and a switching arrangement (106, 109) for receiving the wavelength components of the optical beams and selectively directing any subset of the plurality of wavelength components of each of the optical beams to a different one of the optical output ports (112 1, 112 2, 112 3,..., 112 n), provided that wavelength components of optical beams received by two of the input ports cannot be simultaneously directed to a common one of the output ports, wherein the switching arrangement (106, 109) includes at least one optical beam steering arrangement having a first region onto which the spatially separated wavelength components are directed and a second region onto which each of the selectively directed subset of wavelength components are directed after the wavelength components in each of the subsets are spatially recombined with one another, characterized in that the at least one optical beam steering arrangement includes a single optical beam steering arrangement on which the first and second regions are located. a plurality of optical input ports (101 1, 101 2, 101 3,..., 101 m) configured to receive optical beams each having a plurality of wavelength components; a plurality of optical output ports (112 1, 112 2, 112 3,..., 112 n); a wavelength dispersion element for receiving the optical beams and spatially separating each of the optical beams into a plurality of wavelengths components; and a switching arrangement (106, 109) for receiving the wavelength components of the optical beams and selectively directing any subset of the plurality of wavelength components of each of the optical beams to a different one of the optical output ports (112 1, 112 2, 112 3,..., 112 n), provided that wavelength components of optical beams received by two of the input ports cannot be simultaneously directed to a common one of the output ports, wherein the switching arrangement (106, 109) includes at least one optical beam steering arrangement having a first region onto which the spatially separated wavelength components are directed and a second region onto which each of the selectively directed subset of wavelength components are directed after the wavelength components in each of the subsets are spatially recombined with one another, characterized in that the at least one optical beam steering arrangement includes a single optical beam steering arrangement on which the first and second regions are located.
A refrigeration apparatus comprising: a refrigeration cycle (400, 500) including a compressor (401, 501), a condenser, an expansion valve, and an evaporator sequentially connected by pipes so that refrigerant circulates therein; an expansion tank (407, 507) to collect the refrigerant and decrease a pressure of the refrigeration cycle (400, 500); an oil return pipe (408, 508) to return the refrigerant collected in the expansion tank and return oil stagnating in the expansion tank (407, 507) to the refrigeration cycle (400, 500); and a regulating valve (406, 506) disposed in the oil return pipe (408, 508) and configured to open and close to control a flow of the refrigerant, wherein the oil return pipe (408, 508) connects a suction side of the compressor and a lower part of the expansion tank (407, 507), characterized in that the oil return pipe (408, 508) including a check valve (410, 510) provided parallel to the regulating valve (406, 506), the oil return pipe (408, 508) having a diameter on a side on which the regulating valve (406, 506) is provided, the diameter being smaller than a diameter of the oil return pipe on a side on which the check valve (410, 510) is provided. a refrigeration cycle (400, 500) including a compressor (401, 501), a condenser, an expansion valve, and an evaporator sequentially connected by pipes so that refrigerant circulates therein; an expansion tank (407, 507) to collect the refrigerant and decrease a pressure of the refrigeration cycle (400, 500); an oil return pipe (408, 508) to return the refrigerant collected in the expansion tank and return oil stagnating in the expansion tank (407, 507) to the refrigeration cycle (400, 500); and a regulating valve (406, 506) disposed in the oil return pipe (408, 508) and configured to open and close to control a flow of the refrigerant, wherein the oil return pipe (408, 508) connects a suction side of the compressor and a lower part of the expansion tank (407, 507), characterized in that the oil return pipe (408, 508) including a check valve (410, 510) provided parallel to the regulating valve (406, 506), the oil return pipe (408, 508) having a diameter on a side on which the regulating valve (406, 506) is provided, the diameter being smaller than a diameter of the oil return pipe on a side on which the check valve (410, 510) is provided.
A curable composition, comprising: one or more compounds having two or more olefinically unsaturated functional groups and at least one silyl group, and at least one polythiol. one or more compounds having two or more olefinically unsaturated functional groups and at least one silyl group, and at least one polythiol.
A lighting apparatus, comprising: a light source comprising multiple LED modules with different light parameters; a silicon controlled rectifier for filtering a filtering ratio of an input AC power to a filtered AC power, wherein the filtering ratio is associated with a control angle configured to supply a control voltage to the silicon controlled rectifier, wherein the control angle determines a volume of the filtered AC power, the silicon controlled rectifier having three terminals and one of said three terminals receives the control voltage; a rectifier coupled to the silicon controlled rectifier for converting the filtered AC power to a DC power; a maintainer circuit configured to supply and maintain a working current to the silicon controlled rectifier even when the control angle causes the volume of the filtered AC power to be less than a threshold; and a current source circuit for receiving the DC power, wherein the current source circuit has a wall switch input for connecting to a wall switch, wherein an on-off input pattern of the wall switch is detected by the current source circuit for generating multiple corresponding driving currents respectively supplied to the multiple LED modules to generate a mixed light parameter, characterized in that the lighting apparatus further comprises a voltage stabilizer circuit and a filter circuit configured to keep the voltage stable and to remove undesired noise. a light source comprising multiple LED modules with different light parameters; a silicon controlled rectifier for filtering a filtering ratio of an input AC power to a filtered AC power, wherein the filtering ratio is associated with a control angle configured to supply a control voltage to the silicon controlled rectifier, wherein the control angle determines a volume of the filtered AC power, the silicon controlled rectifier having three terminals and one of said three terminals receives the control voltage; a rectifier coupled to the silicon controlled rectifier for converting the filtered AC power to a DC power; a maintainer circuit configured to supply and maintain a working current to the silicon controlled rectifier even when the control angle causes the volume of the filtered AC power to be less than a threshold; and a current source circuit for receiving the DC power, wherein the current source circuit has a wall switch input for connecting to a wall switch, wherein an on-off input pattern of the wall switch is detected by the current source circuit for generating multiple corresponding driving currents respectively supplied to the multiple LED modules to generate a mixed light parameter, characterized in that the lighting apparatus further comprises a voltage stabilizer circuit and a filter circuit configured to keep the voltage stable and to remove undesired noise.
A method for separating particles comprising: disposing a separation medium and sample in an electrophoresis chamber having a top plate, a bottom plate, a first chamber end, a second chamber end, and a plurality of electrodes generally parallel to one another with a separation space disposed therebetween, and a fluid displacement system for conveying a separation medium between the electrodes; wherein the electrodes longitudinally extend toward each of the ends of said electrophoresis chamber; applying a voltage between the electrodes effective to manipulate particles electrophoretically; wherein the method comprises displacing the separation medium and sample towards a first direction generally parallel to the direction of the electrodes; characterized in that the method further comprises displacing the separation medium and sample in a second direction generally opposite the first direction, thereby reversing the bulk flow of the separation medium and sample. disposing a separation medium and sample in an electrophoresis chamber having a top plate, a bottom plate, a first chamber end, a second chamber end, and a plurality of electrodes generally parallel to one another with a separation space disposed therebetween, and a fluid displacement system for conveying a separation medium between the electrodes; wherein the electrodes longitudinally extend toward each of the ends of said electrophoresis chamber; applying a voltage between the electrodes effective to manipulate particles electrophoretically; wherein the method comprises displacing the separation medium and sample towards a first direction generally parallel to the direction of the electrodes; characterized in that the method further comprises displacing the separation medium and sample in a second direction generally opposite the first direction, thereby reversing the bulk flow of the separation medium and sample.
An enteral feeding pump suitable for use with a feeding set to deliver nutritional liquid through the feeding set, the enteral feeding pump comprising: a housing capable of receiving at least a portion of the feeding set; a pumping device (27, 29, 31) mounted in the housing and configured to act on the feeding set to produce fluid flow in the feeding set when the feeding set is received by the housing; a processor operatively connected to the pumping device; a reader operatively connected to the processor and configured to read an identification member of the feeding set to recognize automatically the type of feeding set installed upon engagement of the feeding set with the housing, wherein the reader is configured to read the feeding set to identify at least one characteristic of the nutritional liquid pertaining to delivering the nutritional liquid through the feeding set; and memory which stores a set of instructions for determining a flow rate for the pump based on the at least one characteristic of the nutritional liquid; and, wherein the processor is configured to use the instructions to monitor the pumping parameters and intermittently adjust an instantaneous operating flow rate for the pump to achieve a target-feeding rate. a housing capable of receiving at least a portion of the feeding set; a pumping device (27, 29, 31) mounted in the housing and configured to act on the feeding set to produce fluid flow in the feeding set when the feeding set is received by the housing; a processor operatively connected to the pumping device; a reader operatively connected to the processor and configured to read an identification member of the feeding set to recognize automatically the type of feeding set installed upon engagement of the feeding set with the housing, wherein the reader is configured to read the feeding set to identify at least one characteristic of the nutritional liquid pertaining to delivering the nutritional liquid through the feeding set; and memory which stores a set of instructions for determining a flow rate for the pump based on the at least one characteristic of the nutritional liquid; and, wherein the processor is configured to use the instructions to monitor the pumping parameters and intermittently adjust an instantaneous operating flow rate for the pump to achieve a target-feeding rate.
A roundness measurement device comprising: a stage configured to place an object to be measured thereon and to be rotatable around a rotation axis; a carriage configured to be movable along a direction parallel to the rotation axis; a first arm supported by the carriage and extending along a direction perpendicular to a radial direction of the rotation axis; a second arm supported movably in the radial direction on a tip end portion of the first arm and extending in the radial direction; and a detector holder fixed to a tip end portion of the second arm and configured to hold a detector. a stage configured to place an object to be measured thereon and to be rotatable around a rotation axis; a carriage configured to be movable along a direction parallel to the rotation axis; a first arm supported by the carriage and extending along a direction perpendicular to a radial direction of the rotation axis; a second arm supported movably in the radial direction on a tip end portion of the first arm and extending in the radial direction; and a detector holder fixed to a tip end portion of the second arm and configured to hold a detector.
A cosmetic application method for providing a skin with a moist feeling and elasticity, comprising the steps of: applying a first component, which comprises a metal ion that forms a gel with a gellan gum but does not comprise any water-soluble polymer, to the skin, and applying a second component, which comprises a gellan gum that forms a gel with the metal ion, to the first component. applying a first component, which comprises a metal ion that forms a gel with a gellan gum but does not comprise any water-soluble polymer, to the skin, and applying a second component, which comprises a gellan gum that forms a gel with the metal ion, to the first component.
A reversible inhibitor of DNA polymerases comprising a single-stranded DNA oligonucleotide having one or more regions of double-stranded secondary structure comprising SEQ ID NO: 1, wherein one or more thymine bases are replaced with a uracil base.
A method, comprising: at a device with one or more processors and memory: while a respective application is a most recently opened application: in response to receiving a user input, concurrently displaying a plurality of application views of a set of application views, wherein the set of application views includes preselected application views (633, 634) for opening an application corresponding with the respective preselected application view and an adaptive view that corresponds to the most recently opened application, wherein concurrently displaying the plurality of application views includes: in accordance with a determination that the respective application does not correspond to one of the preselected application views (633, 634), displaying an application view corresponding to the respective application at a first location on the display as the adaptive view; and in accordance with a determination that the respective application corresponds to one of the preselected application views (633, 634), displaying an application view corresponding to the most recently used application that is not one of the already existing preselected views (633, 634) at the first location on the display as the adaptive view; and while displaying the adaptive view that corresponds to the most recently opened application: displaying an affordance corresponding to adding the adaptive view to the preselected application views (633, 634); and receiving a user input corresponding to selection of the affordance; and in response to receiving the user input for selecting the affordance, adding the adaptive view that corresponds to the most recently opened application to the preselected application views (633, 634). in accordance with a determination that the respective application does not correspond to one of the preselected application views (633, 634), displaying an application view corresponding to the respective application at a first location on the display as the adaptive view; and in accordance with a determination that the respective application corresponds to one of the preselected application views (633, 634), displaying an application view corresponding to the most recently used application that is not one of the already existing preselected views (633, 634) at the first location on the display as the adaptive view; and while displaying the adaptive view that corresponds to the most recently opened application: displaying an affordance corresponding to adding the adaptive view to the preselected application views (633, 634); and receiving a user input corresponding to selection of the affordance; and displaying an affordance corresponding to adding the adaptive view to the preselected application views (633, 634); and receiving a user input corresponding to selection of the affordance; and in response to receiving the user input for selecting the affordance, adding the adaptive view that corresponds to the most recently opened application to the preselected application views (633, 634).
A drawer slide with lock mechanism, comprising: an outer slide member with an elongate web bounded by raceways; an inner slide member nested within the raceways and having a latch arm (114,116), the inner slide member extendible with respect to the outer slide member; a latch receiver rotatably mounted with respect to the outer slide member in a travel path of the latch arm; and a lever arm rotatably mounted with respect to the outer slide member, the lever arm rotatable to a position to block rotation of the latch receiver in at least a first direction; and electrically operable means to rotate the lever arm in at least one direction; wherein the latch receiver, lever arm, and the electrically operable means to rotate the lever arm in at least one direction are within an operating envelope of the outer and inner slide members. an outer slide member with an elongate web bounded by raceways; an inner slide member nested within the raceways and having a latch arm (114,116), the inner slide member extendible with respect to the outer slide member; a latch receiver rotatably mounted with respect to the outer slide member in a travel path of the latch arm; and a lever arm rotatably mounted with respect to the outer slide member, the lever arm rotatable to a position to block rotation of the latch receiver in at least a first direction; and electrically operable means to rotate the lever arm in at least one direction;