mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a first housing (320; 410) having a first surface and a second surface opposite to the first surface; a second housing (340; 440) having a third surface and a fourth surface opposite to the third surface; a first display (331; 460) disposed on the first housing (320; 410); a second display (335; 470) disposed on the second housing (340; 440); a connecting member configured to couple the first housing (320; 410) to the second housing (340; 440) such that the first housing (320; 410) and the second housing (340; 440) are foldable relative to each other, and the second surface and the fourth surface face each other when the first housing (320; 410) and the second housing (340; 440) are folded toward each other; a first conductive element disposed within the first housing (320; 410) and between the second surface and the first display (331; 460); a wireless communication circuit electrically connected to the first conductive element; and an intermediate conductive plate disposed within the second housing (340; 440) and between the fourth surface and the second display (335; 470), the intermediate conductive plate having an opening that faces the first conductive element when the first housing (320; 410) and the second housing (340; 440) are in a folded configuration, and the opening of the intermediate conductive plate being electrically couplable to the first conductive element when the first housing (320; 410) and the second housing (340; 440) are in the folded configuration. a first housing (320; 410) having a first surface and a second surface opposite to the first surface; a second housing (340; 440) having a third surface and a fourth surface opposite to the third surface; a first display (331; 460) disposed on the first housing (320; 410); a second display (335; 470) disposed on the second housing (340; 440); a connecting member configured to couple the first housing (320; 410) to the second housing (340; 440) such that the first housing (320; 410) and the second housing (340; 440) are foldable relative to each other, and the second surface and the fourth surface face each other when the first housing (320; 410) and the second housing (340; 440) are folded toward each other; a first conductive element disposed within the first housing (320; 410) and between the second surface and the first display (331; 460); a wireless communication circuit electrically connected to the first conductive element; and an intermediate conductive plate disposed within the second housing (340; 440) and between the fourth surface and the second display (335; 470), the intermediate conductive plate having an opening that faces the first conductive element when the first housing (320; 410) and the second housing (340; 440) are in a folded configuration, and the opening of the intermediate conductive plate being electrically couplable to the first conductive element when the first housing (320; 410) and the second housing (340; 440) are in the folded configuration.
A multilayer collagen membrane comprising a first upper layer that comprises compact collagen, a second middle layer that comprises collagen and elastin, and a third lower layer that comprises mineralized collagen.
A coated cutting tool comprising a substrate and a coating, the coating comprising an aperiodic, multilayered structure alternating individual metalnitride layers X and Y where the thickness of a particular individual layer in the multilayered structure has no relation to the thickness of an individual layer immediately beneath, nor above the particular individual layer, the multilayered structure does not have any repeat period in the sequence of at least 10 consecutive individual layers characterized in that the average composition of the coating is (Ti (1-a-b-c) Al a Cr b Si c)N where 0<a<0.5, 0<b<0.15, 0.01<c<0.17, and a+b+c<1.
A method of producing a fatty acid or derivative thereof, comprising; (a) providing a genetically engineered bacterial host cell comprising a 5 heterologous promoter and/or ribosome binding site operably linked to a polynucleotide sequence encoding a FadR polypeptide, said promoter and/or ribosome binding site causing overexpression of the FadR polypeptide in said cell, (b) culturing the engineered bacterial host cell in a culture medium under conditions permissive for the production of a fatty acid or derivative thereof, and (c) isolating the fatty acid or derivative thereof from the engineered bacterial host cell, wherein the fatty acid or derivative thereof is a fatty acid, an acyl-ACP, an acyl-CoA, a fatty aldehyde, a short chain alcohol, a long chain alcohol, a fatty alcohol, a hydrocarbon, or an ester. (a) providing a genetically engineered bacterial host cell comprising a 5 heterologous promoter and/or ribosome binding site operably linked to a polynucleotide sequence encoding a FadR polypeptide, said promoter and/or ribosome binding site causing overexpression of the FadR polypeptide in said cell, (b) culturing the engineered bacterial host cell in a culture medium under conditions permissive for the production of a fatty acid or derivative thereof, and (c) isolating the fatty acid or derivative thereof from the engineered bacterial host cell, wherein the fatty acid or derivative thereof is a fatty acid, an acyl-ACP, an acyl-CoA, a fatty aldehyde, a short chain alcohol, a long chain alcohol, a fatty alcohol, a hydrocarbon, or an ester.
A substance determining apparatus for determining a substance within a fluid, the substance determining apparatus comprising: - particles (17, 28) for being attached to the substance within the fluid, - a binding surface for binding the particles (17, 28), if the particles (17, 28) have been attached to the substance, characterized by - a sensing unit for sensing the particles (17, 28) on the binding surface, wherein the sensing unit is adapted to generate a sensing signal being indicative of at least one of i) a distance between the particles (17, 28) bound on the binding surface and the binding surface and ii) an in-plane position of the particles (17, 28) bound on the binding surface, - a binding discrimination unit for discriminating between different kinds of binding of the particles (17, 28) bound on the binding surface depending on the generated sensing signal. - particles (17, 28) for being attached to the substance within the fluid, - a binding surface for binding the particles (17, 28), if the particles (17, 28) have been attached to the substance, characterized by - a sensing unit for sensing the particles (17, 28) on the binding surface, wherein the sensing unit is adapted to generate a sensing signal being indicative of at least one of i) a distance between the particles (17, 28) bound on the binding surface and the binding surface and ii) an in-plane position of the particles (17, 28) bound on the binding surface, - a binding discrimination unit for discriminating between different kinds of binding of the particles (17, 28) bound on the binding surface depending on the generated sensing signal.
A lithographic printing plate precursor comprising: a support; and an image recording layer that contains self water-dispersible image forming particles that are resin fine particles obtained by dispersing, in water, a raw material resin having, in the molecule thereof, both a lipophilic resin portion and a hydrophilic group without using an emulsifier or protective colloid in accordance with the phase inversion emulsification method and a non-water-soluble binder, the non-water-soluble binder interacting with the surface of the image forming particles, such that the interaction between non-water-soluble binder and the surface of the image forming particles is by hydrogen bonding, mutual action by electrostatic affinity, mutual action by Van Der Waals power, ionic mutual action or chelate mutual action. a support; and an image recording layer that contains self water-dispersible image forming particles that are resin fine particles obtained by dispersing, in water, a raw material resin having, in the molecule thereof, both a lipophilic resin portion and a hydrophilic group without using an emulsifier or protective colloid in accordance with the phase inversion emulsification method and a non-water-soluble binder, the non-water-soluble binder interacting with the surface of the image forming particles, such that the interaction between non-water-soluble binder and the surface of the image forming particles is by hydrogen bonding, mutual action by electrostatic affinity, mutual action by Van Der Waals power, ionic mutual action or chelate mutual action.
A lens barrel comprising: a taking lens including a plurality of lens groups (1 to 5); and a plurality of barrels (101, 102, 103, 104, 106) holding the lens groups (1 to 5), wherein the lens barrel comprises: a first barrel arranged as one of the barrels; an aperture unit held by the first barrel and having a variable aperture diameter; a second barrel arranged as one of the barrels at a subject side of the aperture unit and movable along an optical axis of the taking lens such that a position of the second barrel relative to the first barrel is variable; the second barrel holding a focusing lens group and a motor unit for moving the second barrel along the optical axis for focusing, the motor unit includes: a motor head portion configured to generate a rotative force; and a lead screw portion configured to be driven to rotate by the rotative force, the lead screw portion is arranged to bridge from a subject side to an imaging side of the aperture unit, the motor head portion is arranged at an imaging side of the aperture unit, and an optical axis -side part of the motor head portion is located at an optical axis side of an outer circumferential portion of the aperture unit. a taking lens including a plurality of lens groups (1 to 5); and a plurality of barrels (101, 102, 103, 104, 106) holding the lens groups (1 to 5), wherein a first barrel arranged as one of the barrels; an aperture unit held by the first barrel and having a variable aperture diameter; a second barrel arranged as one of the barrels at a subject side of the aperture unit and movable along an optical axis of the taking lens such that a position of the second barrel relative to the first barrel is variable; the second barrel holding a focusing lens group and a motor unit for moving the second barrel along the optical axis for focusing, the motor unit includes: a motor head portion configured to generate a rotative force; and a lead screw portion configured to be driven to rotate by the rotative force, a motor head portion configured to generate a rotative force; and a lead screw portion configured to be driven to rotate by the rotative force, the lead screw portion is arranged to bridge from a subject side to an imaging side of the aperture unit, the motor head portion is arranged at an imaging side of the aperture unit, and an optical axis -side part of the motor head portion is located at an optical axis side of an outer circumferential portion of the aperture unit.
Naphthalene-derived compounds characterized by the structure II, wherein, R 1 is -alkyl, and R 2 is -alkylenyl- O -arylsulfonate, -alkylenyl-halide, -CH, alkylenyl-NH 2,-alkylenyl-NH-alkyl, or an -alkylenyl-alkyl- N -dithiocarbamate salt, or R 1 is -alkylenyl-halide, or -alkylenyl- O -arylsulfonate, and R 2 is -halide, -alkylenyl- O -arylsulfonate, -alkylenyl- O -alkylsulfonate,-alkylenyl-halide, -CH, -HC=C 2, -HC=CHNO 2, -alkylenyl-NH 2,-alkylenyl-NH-alkyl, or an -alkylenyl-alkyl- N -dithiocarbamate salt, wherein the term "alkyl" is characterized by a linear or branched aliphatic chain, hydrogen and saturated carbon atoms, preferably methyl, ethyl, n- propyl, iso -propyl, n -butyl or iso -butyl, the term "alkylenyl" refers to a divalent analog of a linear or branched alkyl group, preferably propylenyl radical, and the term halide refers to fluorine, bromine or iodine, for use in the in vivo diagnostic of Alzheimer. R 1 is -alkyl, and R 2 is -alkylenyl- O -arylsulfonate, -alkylenyl-halide, -CH, alkylenyl-NH 2,-alkylenyl-NH-alkyl, or an -alkylenyl-alkyl- N -dithiocarbamate salt, or R 1 is -alkylenyl-halide, or -alkylenyl- O -arylsulfonate, and R 2 is -halide, -alkylenyl- O -arylsulfonate, -alkylenyl- O -alkylsulfonate,-alkylenyl-halide, -CH, -HC=C 2, -HC=CHNO 2, -alkylenyl-NH 2,-alkylenyl-NH-alkyl, or an -alkylenyl-alkyl- N -dithiocarbamate salt,
Handle assembly for arrangement on a double-walled door comprising a first door wall and a second door wall, and a space between the two door walls, the handle assembly comprising; a shaft, having a first and a second end, and arranged for extending through the two door walls a first handle part for arrangement to the first end of the shaft such that the first handle part abuts an outer side of the first door wall, a second handle part for arrangement to the second end of the shaft such that the second handle part abuts an outer side of the second door wall, a distance tube through which the shaft extends, the distance tube comprising a first tube part and a second tube part, characterized in that the first handle part, when arranged to the shaft such that the first handle part abuts an outer side of the first door wall, contacts the first tube part such that the first tube part is pressed against an inner side of the second door wall, and wherein the second handle part, when arranged to the shaft such that the second handle part abuts an outer side of the second door wall, contacts the second tube part such that the second tube part is pressed against an inner side of the first door wall.
An image processing apparatus comprising: a data obtaining unit configured to obtain volume data that contains a target volume; a depth-data obtaining unit configured to obtain depth data that indicates a depth to a surface of the target volume from an image plane; an image processing unit configured to obtain processed volume data by processing the volume data based on the depth data, and obtain a rendered image based on the processed volume data; a display unit configured to display the rendered image, and an input unit configured to receive an edit request to edit the rendered image from a user, wherein the image processing unit is further configured to divide the volume data into the target volume and a non-target volume on a border of the surface of the target volume obtained based on the depth data, and obtain the processed volume data by removing the non-target volume from the volume data, wherein the image processing unit is further configured to obtain an editing area within the rendered image based on the edit request, establish a deletion volume corresponding to the editing area in the processed volume data based on the depth data, remove the deletion volume from the processed volume data to obtain edited volume data, and obtain an edited rendered image based on the edited volume data, wherein the display unit is configured to display the edited rendered image, and wherein a bottom depth of the deletion volume from the image plane is deeper than the depth to the surface of the target volume. a data obtaining unit configured to obtain volume data that contains a target volume; a depth-data obtaining unit configured to obtain depth data that indicates a depth to a surface of the target volume from an image plane; an image processing unit configured to obtain processed volume data by processing the volume data based on the depth data, and obtain a rendered image based on the processed volume data; a display unit configured to display the rendered image, and an input unit configured to receive an edit request to edit the rendered image from a user, wherein the image processing unit is further configured to divide the volume data into the target volume and a non-target volume on a border of the surface of the target volume obtained based on the depth data, and obtain the processed volume data by removing the non-target volume from the volume data, wherein the image processing unit is further configured to obtain an editing area within the rendered image based on the edit request, establish a deletion volume corresponding to the editing area in the processed volume data based on the depth data, remove the deletion volume from the processed volume data to obtain edited volume data, and obtain an edited rendered image based on the edited volume data, wherein the display unit is configured to display the edited rendered image, and wherein a bottom depth of the deletion volume from the image plane is deeper than the depth to the surface of the target volume.
A method for producing a component by hot forming a pre-product made of steel, in which the pre-product is heated to forming temperature and then formed, wherein the component after forming has a bainitic microstructure with a minimum tensile strength of 800 MPa, characterised in that the heating takes place to a temperature below the Ac1 transformation temperature, wherein the pre-product already consists of a steel having a structure of at least 70% bainite and the contents of residual austenite + martensite are <10% and the remainder consists of ferrite, and wherein the pre-product has the following alloy composition in wt. %: C: 0.02 to 0.3 Si: 0.01 to 0.5 Mn: 1.0 to 3.0 P: max 0.02 S: max 0.01 N: max 0.01 Al: up to 0.1 Cu: up to 0.2 Cr: up to 3.0 Ni: up to 0.2 Mo: up to 0.2 Ti: up to 0.2 V: up to 0.2 Nb: up to 0.1 B: up to 0.01 remainder iron and impurities associated with smelting. C: 0.02 to 0.3 Si: 0.01 to 0.5 Mn: 1.0 to 3.0 P: max 0.02 S: max 0.01 N: max 0.01 Al: up to 0.1 Cu: up to 0.2 Cr: up to 3.0 Ni: up to 0.2 Mo: up to 0.2 Ti: up to 0.2 V: up to 0.2 Nb: up to 0.1 B: up to 0.01
A device for diverting passage of food through an alimentary canal comprising: a tubular structure comprising an outer surface and an inner surface, a proximal end and a distal end, and a central portion, wherein said proximal end of said structure is sized to fit within an esophagus so that during use the outer surface of the proximal end engages an inner surface of the esophagus, wherein said distal end is sized to fit within a small intestine so that during use the outer surface of the distal end engages an inner surface of the small intestine, and wherein said central portion comprises an enlarged portion acting as a pouch for storing food for a period of time in the stomach, wherein said tubular structure is semi-permeable to stomach fluids such that during use of the device the mixing of ingested food with stomach fluids is reduced; a first retainer structure which during use secures said proximal end of said structure within said esophagus; and a second retainer structure which during use secures said distal end of said structure within said small intestine. a tubular structure comprising an outer surface and an inner surface, a proximal end and a distal end, and a central portion, wherein said proximal end of said structure is sized to fit within an esophagus so that during use the outer surface of the proximal end engages an inner surface of the esophagus, wherein said distal end is sized to fit within a small intestine so that during use the outer surface of the distal end engages an inner surface of the small intestine, and wherein said central portion comprises an enlarged portion acting as a pouch for storing food for a period of time in the stomach, wherein said tubular structure is semi-permeable to stomach fluids such that during use of the device the mixing of ingested food with stomach fluids is reduced; a first retainer structure which during use secures said proximal end of said structure within said esophagus; and a second retainer structure which during use secures said distal end of said structure within said small intestine.
A vehicle seat suspension apparatus comprising: a lower housing; an upper housing adapted to support a vehicle seat and having longitudinally extending side tracks; a scissors linkage assembly connecting the lower and upper housings and permitting vertical movement of the upper housing relative to the lower housing, said scissors linkage assembly including two pairs (20, 22) of links and laterally extending front and rear cross members connecting upper ends of the links (20, 22); reciprocating means for allowing the upper housing to move relative to the lower housing along a fore and aft travel path, said reciprocating means including a plurality of side rollers each disposed along a horizontal axis, said side rollers being mounted to or supported by the scissors linkage assembly and received within the side tracks of the upper housing; an elongated guide member mounted to the upper housing and oriented generally parallel to the fore and aft travel path; and two guide engaging rollers, each guide engaging roller having a generally vertical axis and being mounted to one of the scissors linkage assembly cross members (24, 26), and said guide engaging rollers cooperating with the guide member (24, 26) at spaced locations to stabilize the upper housing in a direction generally perpendicular to the fore and aft travel path. a lower housing; an upper housing adapted to support a vehicle seat and having longitudinally extending side tracks; a scissors linkage assembly connecting the lower and upper housings and permitting vertical movement of the upper housing relative to the lower housing, said scissors linkage assembly including two pairs (20, 22) of links and laterally extending front and rear cross members connecting upper ends of the links (20, 22); reciprocating means for allowing the upper housing to move relative to the lower housing along a fore and aft travel path, said reciprocating means including a plurality of side rollers each disposed along a horizontal axis, said side rollers being mounted to or supported by the scissors linkage assembly and received within the side tracks of the upper housing; an elongated guide member mounted to the upper housing and oriented generally parallel to the fore and aft travel path; and two guide engaging rollers, each guide engaging roller having a generally vertical axis and being mounted to one of the scissors linkage assembly cross members (24, 26), and said guide engaging rollers cooperating with the guide member (24, 26) at spaced locations to stabilize the upper housing in a direction generally perpendicular to the fore and aft travel path.
Cleaning cart comprising a base plate and a working plate arranged at a vertical distance above the base plate, wherein the base plate and the working plate are connected to each other by a linkage arranged within the vertical distance, wherein the linkage is formed by at least two struts (5, 6) extending in a non-parallel manner with respect to each other transversely with respect to a main travel direction of the cleaning cart, wherein the struts (5, 6) are in each case connected at a first end-side end (7, 8) to a first fastening region of the base plate and in each case at a second end-side end (10, 11) to a second fastening region of the working plate, wherein the first fastening region has a first area and the second fastening region has a second area, characterized in that the first area is smaller than the second area or the second area is smaller than the first area, and therefore the plate (1, 3) with the relatively smaller area (13, 14) has space transversely with respect to the main travel direction next to the corresponding fastening region (9, 12) for accommodating cleaning utensils within the outer boundary (26, 27) of the respective plate (1, 3).