mhurhangee/ep-ind-claims huggingface dataset:
A cleanup method for optics in an immersion lithography apparatus wherein during an immersion lithography process, a workpiece for lithography exposure is positioned on a stage and held by a holder, a projection optics with an optical element is provided above and opposite said workpiece, and an immersion liquid is supplied to fill a gap between the lower surface of said optical element and the surface of said workpiece, said method comprising the steps of: placing a cleaning device on the holder in place of the workpiece; supplying the immersion liquid to fill a gap between the optical element and the cleaning device positioned below the optical element, while the cleaning device is held on the holder, during a cleanup process placing a cleaning device on the holder in place of the workpiece; supplying the immersion liquid to fill a gap between the optical element and the cleaning device positioned below the optical element, while the cleaning device is held on the holder, during a cleanup process
Watch case comprising: - at least first, second and third distinct trim elements, each of these trim elements (11, 13, 15) being adjacent to the other two; - at least one sealing joint arranged to ensure sealing between said trim elements (11, 13, 15); characterized in that said sealing joint comprises a one-piece gasket of three-dimensional shape, said gasket being adapted to ensure sealing simultaneously between: - said first and second trim elements; - said second and third trim elements; and - said first and third trim elements, said gasket comprising a first part arranged to ensure sealing between said first and second trim elements, a second part arranged to ensure sealing between said first and third trim elements, and a third part arranged to ensure sealing between said second and third trim elements, a junction between said first and second trim elements lying in a plane having a non-zero angle with reference to a junction between said first and third trim elements, said gasket comprising at least two junctions between the three parts (17a, 17b, 17c), said gasket forming a "T" or a "Y" at said junctions. - at least first, second and third distinct trim elements, each of these trim elements (11, 13, 15) being adjacent to the other two; - at least one sealing joint arranged to ensure sealing between said trim elements (11, 13, 15); characterized in that said sealing joint comprises a one-piece gasket of three-dimensional shape, said gasket being adapted to ensure sealing simultaneously between: - said first and second trim elements; - said second and third trim elements; and - said first and third trim elements, - said first and second trim elements; - said second and third trim elements; and - said first and third trim elements, said gasket comprising a first part arranged to ensure sealing between said first and second trim elements, a second part arranged to ensure sealing between said first and third trim elements, and a third part arranged to ensure sealing between said second and third trim elements, a junction between said first and second trim elements lying in a plane having a non-zero angle with reference to a junction between said first and third trim elements, said gasket comprising at least two junctions between the three parts (17a, 17b, 17c), said gasket forming a "T" or a "Y" at said junctions.
A mutated tetraprenyl-β-curcumene cyclase wherein a fourth amino acid residue of a DXDD motif, aspartic acid, is substituted with an amino acid other than aspartic acid, (a) having 90% or more identity with the amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 13, and (b) exhibiting ambrein production activity using squalene as a substrate. (a) having 90% or more identity with the amino acid sequence of SEQ ID NO: 1 or SEQ ID NO: 13, and (b) exhibiting ambrein production activity using squalene as a substrate.
A rechargeable battery, comprising: a plurality of electrode assemblies; a spacer; and a housing, which accommodates the electrode assemblies and the spacer; wherein the spacer is positioned between two adjacent said electrode assemblies or between an inner surface of the housing and one of the electrode assemblies; and wherein the spacer has a non-planar surface portion that addresses an outer surface portion of one of the electrode assemblies; characterized in that the spacer has at least one flow hole for allowing electrolyte solution to flow therethrough. a plurality of electrode assemblies; a spacer; and a housing, which accommodates the electrode assemblies and the spacer; wherein the spacer is positioned between two adjacent said electrode assemblies or between an inner surface of the housing and one of the electrode assemblies; and wherein the spacer has a non-planar surface portion that addresses an outer surface portion of one of the electrode assemblies; characterized in that the spacer has at least one flow hole for allowing electrolyte solution to flow therethrough.
Method for manufacturing a multilayer data medium in which: - a multilayer data medium is selected comprising at least one security layer and at least one layer, referred to as a marking layer, which is sensitive to electromagnetic marking radiation, said marking layer being positioned at least in part facing said security layer, - said security layer comprises at least one printed image comprising at least one thermochromic pigment adapted to change colour during a predetermined temperature variation, - in a marking step, at least one mark is produced in said marking layer using said electromagnetic marking radiation through said printed image, characterized in that: - said printed image is a semi-transparent printed image revealing, in a first state, referred to as a non-activated state, at at least a first temperature, at least one semi-transparent visible pattern that enables, after said marking step, said mark to be seen through this image, said pattern not being visible in a second state, referred to as an activated state, at at least a second temperature different from the first temperature, - said printed image is prepared from at least one printing composition comprising at least one transparent binder and a predetermined proportion of thermochromic pigments which is adapted to form a semi-transparent printed image that enables said mark to be seen through this image in the non-activated state of the thermochromic pigments. - a multilayer data medium is selected comprising at least one security layer and at least one layer, referred to as a marking layer, which is sensitive to electromagnetic marking radiation, said marking layer being positioned at least in part facing said security layer, - said security layer comprises at least one printed image comprising at least one thermochromic pigment adapted to change colour during a predetermined temperature variation, - in a marking step, at least one mark is produced in said marking layer using said electromagnetic marking radiation through said printed image, - said printed image is a semi-transparent printed image revealing, in a first state, referred to as a non-activated state, at at least a first temperature, at least one semi-transparent visible pattern that enables, after said marking step, said mark to be seen through this image, said pattern not being visible in a second state, referred to as an activated state, at at least a second temperature different from the first temperature, - said printed image is prepared from at least one printing composition comprising at least one transparent binder and a predetermined proportion of thermochromic pigments which is adapted to form a semi-transparent printed image that enables said mark to be seen through this image in the non-activated state of the thermochromic pigments.
A method for constructing a virtual assembly, comprising: receiving a cutting operation instruction input by a user on a substrate, wherein the substrate is displayed in an operation region of a user interface, and the cutting operation instruction is used to indicate a cutting path; displaying the cutting path on the substrate, wherein the substrate is cut into at least two parts by the cutting path; and receiving an assembly instruction input by the user to assemble the at least two parts, and displaying the virtual assembly formed by assembling the at least two parts, wherein the assembly instruction is used to indicate an assembly operation of the at least two parts, wherein before the receiving the assembly instruction input by the user, the method further comprises: generating and displaying identifications corresponding to the at least two parts based on a cut and generation order of the at least two parts. receiving a cutting operation instruction input by a user on a substrate, wherein the substrate is displayed in an operation region of a user interface, and the cutting operation instruction is used to indicate a cutting path; displaying the cutting path on the substrate, wherein the substrate is cut into at least two parts by the cutting path; and receiving an assembly instruction input by the user to assemble the at least two parts, and displaying the virtual assembly formed by assembling the at least two parts, wherein the assembly instruction is used to indicate an assembly operation of the at least two parts, wherein before the receiving the assembly instruction input by the user, the method further comprises: generating and displaying identifications corresponding to the at least two parts based on a cut and generation order of the at least two parts.
A photoluminescence wavelength conversion component comprising: a cylindrical light transmissive component comprising a plurality of latitudinally extending phosphor regions which are equally circumferentially spaced and have at least one photoluminescence material; the cylindrical light transmissive component having first and second ends and a substantially constant cross section, wherein the first end is for receiving light; and a light reflective surface provided over at least a part of the second end, wherein the light transmissive component comprises a solid component with a light transmissive core. a cylindrical light transmissive component comprising a plurality of latitudinally extending phosphor regions which are equally circumferentially spaced and have at least one photoluminescence material; the cylindrical light transmissive component having first and second ends and a substantially constant cross section, wherein the first end is for receiving light; and a light reflective surface provided over at least a part of the second end, wherein the light transmissive component comprises a solid component with a light transmissive core.
Method for producing a motor vehicle, the motor vehicle comprising, as a shell, a platform, that is to say a chassis, made from metal and a vehicle body made from metal which is placed onto the platform, characterized in that a main floor made from metal is produced and dip painted separately from the remaining shell (1, 2), that is to say separately from the platform and separately from the vehicle body, and is subsequently fastened to the platform which has already been dip painted and/or to the vehicle body which has already been dip painted, the main floor being stored after the dip painting and before the fastening of the main floor to the remaining shell (1, 2).
An electromagnetic relay comprising a coil assembly, a rotatable armature assembly, and two switch assemblies wherein the switch assemblies are each comprising a three-spring, spring assembly, each spring assembly comprising three stacked spring elements (40, 39, 38), each spring element (40, 39, 38) comprising a primary longitudinal spring axis, a first spring element comprising a first spring length, a first contact-receiving aperture, and a first elastic spring portion, a second spring element comprising a second spring length, a second contact-receiving aperture, and characterized by a semi-circular first aperture-defined extension defining a terminal end of the second spring length, a third spring element comprising a third spring length, a semi-circular first over-travel aperture, a third contact-receiving aperture, a semi-circular second aperture-defined extension intermediate the first over-travel and third contact-receiving apertures (42, 41), and a second elastic spring portion, the second spring element being sandwiched intermediate the first and third spring elements (40, 38) such that the first and second aperture-defined extensions are uniformly stacked, and the first and second elastic spring portions are in spaced relation to one another by way of the sandwiched second spring element for actuation by actuator elements of the switch assemblies.
A directional antenna comprising: a substrate including a ground plane, the ground plane comprising a base portion and a spine portion extending from the base portion along a central axis of said substrate; a driven element disposed on a portion of said substrate and coupled to said spine portion to form a first antenna dipole; at least one director element disposed on a portion of said substrate and coupled to said spine portion to form a second antenna dipole; a reflector element comprising a portion of said ground plane. a substrate including a ground plane, the ground plane comprising a base portion and a spine portion extending from the base portion along a central axis of said substrate; a driven element disposed on a portion of said substrate and coupled to said spine portion to form a first antenna dipole; at least one director element disposed on a portion of said substrate and coupled to said spine portion to form a second antenna dipole; a reflector element comprising a portion of said ground plane.
Tail portion for a fin-stabilized projectile, comprising at least two deployable fins, which are inclined, the fins being arranged in at least two sections, which are arranged adjacent to one another in the axial direction, characterized in that the fins are produced of an elastic material, wherein each fin, prior to deployment, bears against a convex bearing surface, which extends within a cylindrical, circumscribing surface which is defined by the radius of the projectile, each fin thereby extending in the stowed position as far as possible along the bearing surface, up to the next fin in the circumferential direction, without overlapping this; wherein each bearing surface coincides with a part of the envelope surface of a notional cone, the apex of which is displaced from the centre axis of the projectile.
A method of reducing leachables and extractables from adhesives in syringes before any of the possible process steps of washing, siliconisation, sterilisation, packing and filling, wherein production of syringes comprises fixing a needle to a syringe body by use of a photo-curing adhesive followed by subjecting the syringes thus obtained to heat treatment, wherein the syringes are heated to a temperature of at least 40°C under a reduced pressure of 400 mbar or less to reduce the content of leachables and extractables in the syringes.
A commutator for an electric motor, comprising a plurality of commutator segments supported by an electrically non-conductive base, the commutator segments comprising: an electrically conductive body portion (14; 314; 414; 614; 714) and at least one tang (16; 116; 216; 316; 416; 516; 616; 716) provided on the body portion (14; 314; 414; 614; 714) for engaging a winding lead wire of the electric motor, the tang (16; 116; 216; 316; 416; 516; 616; 716) being electrically conductive and foldable and having a proximal end (18; 218; 318; 418; 518; 618) on or adjacent to the body portion (14; 314; 414; 614; 714), and a distal end (22; 722) remote from the proximal end (18; 218; 318; 418; 518; 618); and a preformed wire-accommodating portion (30; 130; 230; 330; 730), in the form of a step or a ramp, on or adjacent to the tang, so that, when the tang (16; 116; 216; 316; 416; 516; 616; 716) is folded, the wire-accommodating portion (30; 130; 230; 330; 730) provides a predetermined interior gap (56; 756) for the winding lead wire, characterised by a layer of solder preformed on a surface of the tang which contacts the winding lead wire and wherein the tang includes a longitudinal interior edge which extends from the proximal end to the distal end, the longitudinal interior edge including a chamfer or a rounded portion.
A method for making personalized content, the method comprising: displaying an electronic book content; extracting text information included in the electronic book content; extracting keywords, from keywords registered in an effect database, corresponding to the extracted text information; displaying, if a specific image included in the electronic book content is selected, a list of the extracted keywords; and providing an attribute mapped to a keyword selected from the list of the extracted keywords to the selected image. displaying an electronic book content; extracting text information included in the electronic book content; extracting keywords, from keywords registered in an effect database, corresponding to the extracted text information; displaying, if a specific image included in the electronic book content is selected, a list of the extracted keywords; and providing an attribute mapped to a keyword selected from the list of the extracted keywords to the selected image.
Method for operating a glue application device in the tobacco-processing industry for applying glue to a strip of material in the tobacco-processing industry with an anilox roll, preferably presenting cells, a glue chamber with a glue distribution chamber arranged on the anilox roll, a doctor blade which is arranged on the glue chamber and presents a doctor blade chamfer which is in touching contact with the surface of the anilox roll so that a linear touching area of the doctor blade or doctor blade chamfer and the anilox roll is developed along the doctor blade chamfer, wherein a doctor blade angle (α) is developed between the doctor blade and the tangent running in the touching point of the doctor blade with the anilox roll, and the method comprises the following steps: - removal of glue from the glue distribution chamber by means of the anilox roll and - removal by means of the doctor blade of excess glue taken up by the anilox roll, characterised in that the glue chamber is pressed against the anilox roll via a ball joint, arranged in the middle of the back of the glue chamber, which is connected to a pressing means so that the doctor blade is pressed against the anilox roll at a predetermined doctor blade pressure and an angle of between 15° and 40° is or has been set as the doctor blade angle (α), wherein the doctor blade angle is developed such that a predetermined quantity of glue, in particular a predetermined averaged quantity of glue per time unit, is removed from the glue chamber. - removal of glue from the glue distribution chamber by means of the anilox roll and - removal by means of the doctor blade of excess glue taken up by the anilox roll,
Glazing unit with at least a first and second glass panel (3, 4) and a shatter-proof thermoplastic panel of a smaller surface area than these that is positioned between them, with the glazing unit being sealed off from the outside on its edge, with an edge of the thermoplastic panel being surrounded by a U-shaped receiving groove of a receiving element (6, 6', 6"; 60), which receiving element (6, 6', 6"; 60) is dimensioned in such a way that it completely surrounds the edge of the thermoplastic panel even in different thermal expansion and contraction conditions, with the first and second glass panel (3, 4) each being spaced from the receiving element (6, 6', 6"; 60) of the thermoplastic panel with formation of a space by means of a spacer element, and with each spacer element being designed as a hollow body that is in contact with the respective space and contains a desiccant, characterised in that on the receiving element (6, 6"; 60) in the area of at least one edge section (1a, 1"a; 10a) of the glazing unit (1, 1"; 10), at least one supporting element (20, 25, 200) is provided that forms a contact surface of the glazing unit (1, 1"; 10) with the first and/or second glass panel (3, 4).
A processor, comprising: fetch logic that retrieves instructions from memory; decode logic coupled to said fetch logic and arranged to decode retrieved instructions; characterized by a vector table accessible by said decode logic, said vector table comprising a plurality of entries, each entry corresponding to a separate instruction and including a first field indicating whether the corresponding instruction is to be directly executed by the processor or whether the instruction is to be replaced by a micro-sequence; and an active program counter selected as either a first program counter or a second program counter; wherein on detection by the decode logic of a retrieved instruction including a field indicating that the instruction is to be replaced by a micro-sequence, the active program counter switches between the first and second program counters. fetch logic that retrieves instructions from memory; decode logic coupled to said fetch logic and arranged to decode retrieved instructions; characterized by a vector table accessible by said decode logic, said vector table comprising a plurality of entries, each entry corresponding to a separate instruction and including a first field indicating whether the corresponding instruction is to be directly executed by the processor or whether the instruction is to be replaced by a micro-sequence; and an active program counter selected as either a first program counter or a second program counter; wherein on detection by the decode logic of a retrieved instruction including a field indicating that the instruction is to be replaced by a micro-sequence, the active program counter switches between the first and second program counters.
An electrode, comprising a first conductive layer, a second conductive layer and a third conductive layer that are arranged in a stacked manner, the second conductive layer has a single-layer structure formed by at least one of alkali earth metal, alkali earth metal alloy and alkali earth metal compound, and the third conductive layer has a work function of less than 3eV, characterized in that the first conductive layer is fan Ag layer with a thickness of 16nm, the second conductive layer is an Mg layer with a thickness of 1nm, and the third conductive layer is a Yb 2 O 3 layer with a thickness of 1nm; or that the first conductive layer is fan Ag layer with a thickness of 16nm, the second conductive layer is an MgCO 3 layer with a thickness of 1nm, and the third conductive layer is a YbN layer with a thickness of 1nm. the first conductive layer is fan Ag layer with a thickness of 16nm, the second conductive layer is an Mg layer with a thickness of 1nm, and the third conductive layer is a Yb 2 O 3 layer with a thickness of 1nm; or that the first conductive layer is fan Ag layer with a thickness of 16nm, the second conductive layer is an MgCO 3 layer with a thickness of 1nm, and the third conductive layer is a YbN layer with a thickness of 1nm.