mhurhangee/ep-ind-claims huggingface dataset:
A method of examining a printed product in a rotary printing press comprising an inspection system (14, 16) for inspecting the printed image, the method comprising a step of forming a reference image from a predetermined number of live images (210, 310) which the inspection system records on a printed web, so that the reference image can be compared to a digital proof provided from a pre-press stage, characterized in that at least one of the live images (210, 310) is electronically compared to the digital proof.
A wiring harness, wherein the wiring harness comprises a material comprising a photocurable material comprising at least a curable sensitizer and a photoinitiator, wherein the curable sensitizer comprises an alcohol (meth)acrylate synthesized from: an alcohol having one or more hydroxy groups and two or more oxygen atoms in a molecule; and a (meth) acrylate ingredient selected from a (meth)acrylic acid and a derivative thereof, wherein an ester bond is formed between one of the hydroxy groups of the alcohol and the (meth)acrylate ingredient, and the sensitizer is capable of increasing curability of a curable material when mixed in the curable material. an alcohol having one or more hydroxy groups and two or more oxygen atoms in a molecule; and a (meth) acrylate ingredient selected from a (meth)acrylic acid and a derivative thereof,
A rechargeable zinc-air cell comprising at least one zinc-incorporating structure, at least one oxygen evolving structure (42, 44) and at least one air electrode (32, 34), with a common electrolyte, wherein said at least one zinc-incorporating structure is suitable for zinc plating and said at least one oxygen evolving structure evolves oxygen during charging of said zinc-air cell, wherein said at least one zinc-incorporating structure is the anode and said at least one air electrode is the cathode for discharging said zinc-air cell, wherein said zinc-incorporating structure(s), said oxygen evolving structure(s) and said air electrode(s) are planar; said zinc-incorporating structure(s) and said oxygen evolving structure(s) are positioned parallel to each other; characterized in that said oxygen evolving structure(s) is/are always positioned perpendicularly to said air electrode(s).
A packaging and applicator device for applying at least one cosmetic composition, including: - a reservoir containing the composition to be dispensed and having a longitudinal axis, - an applicator element including an applicator head that is secured to the reservoir at least during application, the head presenting an application face for coming into contact with the region to be treated, and including at least one cavity that opens out into the application face, - at least one feed channel for supplying composition to the application face, the applicator head including: - at least one portion that is cantilevered out as far as the periphery of the applicator head, and that defines the application face at least in part, the reservoir including at least one extension that covers, at least in part, the applicator element, a gap being arranged between the applicator element and the extension and/or the application face extending generally obliquely relative to the longitudinal axis of the reservoir and having a tapering shape. - a reservoir containing the composition to be dispensed and having a longitudinal axis, - an applicator element including an applicator head that is secured to the reservoir at least during application, the head presenting an application face for coming into contact with the region to be treated, and including at least one cavity that opens out into the application face, - at least one feed channel for supplying composition to the application face, - at least one portion that is cantilevered out as far as the periphery of the applicator head, and that defines the application face at least in part,
A subsea device configured to provide a pressurized fluid for a fluid activated consumer, the subsea device comprising: - a pump body comprising an opening, - a fluid accumulator for storing pressurized fluid, which is in fluid communication with the opening, - a piston arranged within the opening and movable back and forth in a longitudinal direction of the opening, and - a solenoid coupled to the piston and configured to move the piston in at least one of the back and forth directions, wherein a movement of the piston in at least one of the back and forth directions pressurizes the fluid in the opening, characterized by - a housing accommodating at least the pump body, the fluid accumulator, the piston and the fluid to be pressurized, wherein the fluid to be pressurized at least partially surrounds at least one of the pump body, the fluid accumulator and the piston. - a pump body comprising an opening, - a fluid accumulator for storing pressurized fluid, which is in fluid communication with the opening, - a piston arranged within the opening and movable back and forth in a longitudinal direction of the opening, and - a solenoid coupled to the piston and configured to move the piston in at least one of the back and forth directions, wherein a movement of the piston in at least one of the back and forth directions pressurizes the fluid in the opening, characterized by - a housing accommodating at least the pump body, the fluid accumulator, the piston and the fluid to be pressurized, wherein the fluid to be pressurized at least partially surrounds at least one of the pump body, the fluid accumulator and the piston.
Method for flushing a sewer in a portion which is configured as a culvert, said portion of the sewer having an inlet in the region of an upper head and an outlet in the region of a lower head, and having an upper sewer portion arranged upstream of the portion to be flushed and having a lower sewer portion arranged downstream of the portion to be flushed, wherein the wastewater flowing into the sewer is impounded by means of an impounding device which is arranged in the lower head or in the lower sewer portion, characterized by the following features of: - impounding the wastewater flowing into the sewer by means of the impounding device such that, with the impounding device in the closed position, the wastewater is impounded at least as far as the upper head, and the sewer portion located downstream of the impounding device runs dry, - releasing the impounded wastewater by moving the impounding device into its open position and flushing the portion to be flushed by means of downsurge flushing exclusively with incompressible wastewater that is present. - impounding the wastewater flowing into the sewer by means of the impounding device such that, with the impounding device in the closed position, the wastewater is impounded at least as far as the upper head, and the sewer portion located downstream of the impounding device runs dry, - releasing the impounded wastewater by moving the impounding device into its open position and flushing the portion to be flushed by means of downsurge flushing exclusively with incompressible wastewater that is present.
Non-therapeutic cosmetic use of at least one cannabinoid compound chosen from anandamide, methanandamide, arachidonyl-2'-chloroethylamide, linoleyl ethanolamide, docosatetraenyl ethanolamide and 2-arachidonyl glyceryl ether, as an agent for colouring keratin materials.
A system for controlling a display of an image stream, comprising: a memory to store the image stream, the image stream comprising a plurality of image frames; a screen (132, 200, 220, 230, 700) to display the image stream; a mouse or pad to move a mouse or pad cursor on the screen (132, 200, 220, 230, 700); and a processor configured to: display to a user the moving image stream in an image stream display area (202, 222, 232, 702) of the screen (132, 200, 220, 230, 700); generate a frame rate control interface (225, 235) on a speed control area (204, 224, 234, 704, 724) of the screen (132, 200, 220, 230, 700); and receive from the user an indication of a desired frame rate for displaying the image stream of the image frames, the frame rate selected according to a location of the mouse or pad cursor in the speed control area (204, 224, 234, 704, 724), wherein a change in the frame rate is indicated just by a movement of the mouse or pad cursor inside the speed control area (204, 224, 234, 704, 724) using the mouse or pad, without clicking or double clicking the mouse or pad. a memory to store the image stream, the image stream comprising a plurality of image frames; a screen (132, 200, 220, 230, 700) to display the image stream; a mouse or pad to move a mouse or pad cursor on the screen (132, 200, 220, 230, 700); and a processor configured to: display to a user the moving image stream in an image stream display area (202, 222, 232, 702) of the screen (132, 200, 220, 230, 700); generate a frame rate control interface (225, 235) on a speed control area (204, 224, 234, 704, 724) of the screen (132, 200, 220, 230, 700); and receive from the user an indication of a desired frame rate for displaying the image stream of the image frames, the frame rate selected according to a location of the mouse or pad cursor in the speed control area (204, 224, 234, 704, 724), wherein a change in the frame rate is indicated just by a movement of the mouse or pad cursor inside the speed control area (204, 224, 234, 704, 724) using the mouse or pad, without clicking or double clicking the mouse or pad. display to a user the moving image stream in an image stream display area (202, 222, 232, 702) of the screen (132, 200, 220, 230, 700); generate a frame rate control interface (225, 235) on a speed control area (204, 224, 234, 704, 724) of the screen (132, 200, 220, 230, 700); and receive from the user an indication of a desired frame rate for displaying the image stream of the image frames, the frame rate selected according to a location of the mouse or pad cursor in the speed control area (204, 224, 234, 704, 724), wherein a change in the frame rate is indicated just by a movement of the mouse or pad cursor inside the speed control area (204, 224, 234, 704, 724) using the mouse or pad, without clicking or double clicking the mouse or pad.
A histidinylated cationic amphiphile compound of formula I wherein R1 and R2 are each independently hydrogen or a lipophilic moiety provided both R1 and R2 are not hydrogen at the same time; X is chlorine or bromine; n is selected from 1-2; Wherein said lipophilic moiety is selected from the group consisting of C 8-24 alkyl, monounsaturated, diunsaturated and triunsaturated alkenyl. R1 and R2 are each independently hydrogen or a lipophilic moiety provided both R1 and R2 are not hydrogen at the same time; X is chlorine or bromine; n is selected from 1-2;
A process for the synthesis of a compound of Formula from a compound of Formula (IIIa): wherein: R 1 is C 1 -C 6 alkyl; and R 4 and R 5 are each independently H or C 1 -C 2 alkyl, or a pharmaceutically acceptable salt or hydrate thereof, comprising the steps of protecting the primary hydroxyl group in the compound of Formula (IIIa) to form a first intermediate compound; protecting the secondary hydroxyl group in the first intermediate compound to form a second intermediate compound; deprotecting the primary hydroxyl group in the second intermediate compound to form a third intermediate compound; esterifying the primary hydroxyl group in the third intermediate compound with a protected amino acid to form a fourth intermediate compound; deprotecting the secondary hydroxyl group and amino acid group in the fourth intermediate compound to form the compound of Formula; and optionally converting the compound of Formula to a pharmaceutically acceptable salt or hydrate thereof, wherein "alkyl" means a fully saturated straight or branched chain radical. R 1 is C 1 -C 6 alkyl; and R 4 and R 5 are each independently H or C 1 -C 2 alkyl, or a pharmaceutically acceptable salt or hydrate thereof, comprising the steps of protecting the primary hydroxyl group in the compound of Formula (IIIa) to form a first intermediate compound; protecting the secondary hydroxyl group in the first intermediate compound to form a second intermediate compound; deprotecting the primary hydroxyl group in the second intermediate compound to form a third intermediate compound; esterifying the primary hydroxyl group in the third intermediate compound with a protected amino acid to form a fourth intermediate compound; deprotecting the secondary hydroxyl group and amino acid group in the fourth intermediate compound to form the compound of Formula; and optionally converting the compound of Formula to a pharmaceutically acceptable salt or hydrate thereof, wherein "alkyl" means a fully saturated straight or branched chain radical. protecting the primary hydroxyl group in the compound of Formula (IIIa) to form a first intermediate compound; protecting the secondary hydroxyl group in the first intermediate compound to form a second intermediate compound; deprotecting the primary hydroxyl group in the second intermediate compound to form a third intermediate compound; esterifying the primary hydroxyl group in the third intermediate compound with a protected amino acid to form a fourth intermediate compound; deprotecting the secondary hydroxyl group and amino acid group in the fourth intermediate compound to form the compound of Formula; and optionally converting the compound of Formula to a pharmaceutically acceptable salt or hydrate thereof,
An optical controller, comprising: a transparent lower substrate with a first electrode pattern; a transparent upper substrate with a transparent electrode; a plurality of divided regions separated by partitions (122, 246, 256, 266, 276) on the transparent lower substrate; an electrophoretic medium containing charged pigment particles at less than 5 wt% within the plurality of divided regions and between the first electrode pattern and the transparent electrode; and a seal surrounding the plurality of divided regions and bonded to the transparent lower substrate and the transparent upper substrate, characterized by a polymer pattern between the transparent lower substrate and the first electrode pattern, wherein the polymer pattern and the first electrode pattern have an uneven surface and the first electrode pattern corresponds to the polymer pattern. a transparent lower substrate with a first electrode pattern; a transparent upper substrate with a transparent electrode; a plurality of divided regions separated by partitions (122, 246, 256, 266, 276) on the transparent lower substrate; an electrophoretic medium containing charged pigment particles at less than 5 wt% within the plurality of divided regions and between the first electrode pattern and the transparent electrode; and a seal surrounding the plurality of divided regions and bonded to the transparent lower substrate and the transparent upper substrate, characterized by a polymer pattern between the transparent lower substrate and the first electrode pattern, wherein the polymer pattern and the first electrode pattern have an uneven surface and the first electrode pattern corresponds to the polymer pattern.
A computer-aided method for representing a change in a tooth position in a jaw, wherein a volume data set of an initial position of a plurality of teeth in the upper jaw or lower jaw is prepared, characterized in that a surface data set which contains surface data of the teeth and/or of at least portions of the jaw comprised in the volume data set in the changed tooth position is prepared after an actual or virtual change in the tooth position, in that the surface data set is referenced with the volume data set by means of a reference structure which is evident in the surface data set and which is not affected by the change, in that after the referencing, the change in the tooth position is computationally transformed into the volume data set, wherein interfaces of the teeth determined from the volume data set are brought into alignment with surface data for the corresponding teeth from the surface data set, in that during the transformation, tooth structures contained in the volume data set and concealed under the surface are correspondingly computationally moved, and in that a modified volume set which comprises the computationally determined change in the tooth position is output for the purpose of representation. a surface data set which contains surface data of the teeth and/or of at least portions of the jaw comprised in the volume data set in the changed tooth position is prepared after an actual or virtual change in the tooth position, in that the surface data set is referenced with the volume data set by means of a reference structure which is evident in the surface data set and which is not affected by the change, in that after the referencing, the change in the tooth position is computationally transformed into the volume data set, wherein interfaces of the teeth determined from the volume data set are brought into alignment with surface data for the corresponding teeth from the surface data set, in that during the transformation, tooth structures contained in the volume data set and concealed under the surface are correspondingly computationally moved, and in that a modified volume set which comprises the computationally determined change in the tooth position is output for the purpose of representation.
Cable reel, in particular cable drum, having a first cable reel end face and a second cable reel end face located opposite thereof, and having a drum support, which has a front and a rear end wall (31, 33), which have a polygonal contour and bound a mounting space, in which a drum body rotatably mounted about a drum axis for winding up a flexible conduit, in particular cables, is accommodated, wherein a bearing body, on which the drum body is rotatably mounted and which is secured to at least one of the end walls (31, 33), extends into the mounting space, and wherein one of the two end walls (31, 33) has a wall opening offering access for the rotary operation of the drum body, characterised in that the two end walls (31, 33) are joined to each other by a plurality of connecting struts arranged in the circumferential direction of the drum axis, wherein connecting struts adjacent to one another in the circumferential direction of the drum axis and associated edge areas of the end walls (31, 33) form window-like access openings.
A seal assembly on a gas turbine engine having a rotor arranged to rotate about an axis in use, the seal assembly comprising: a static support structure (50, 51) for the gas turbine engine; a casing structure (21, 56) of the engine, wherein rotation of the engine rotor causes a deflection of the casing (21, 56) relative to the static support structure (50, 51) in a first direction; and a seal at an interface (47, 52, 53) between the static support structure (50, 51) and the casing structure (21, 56), the seal comprising a first seal portion and a second seal portion spaced from one another in the first direction, wherein the first seal portion is provided against a first surface of the casing and the second seal portion is provided against a second surface of the casing opposing the first surface; where in an at-rest state in which the engine is not operational, the first and second surfaces of the casing are offset from an equilibrium position with respect to the static support structure (50, 51) such that there is a difference in compression of the first seal portion and the second seal portion between the static support structure (50, 51) and the casing (21, 56), said offset being in a direction opposite to the first direction and characterised in that the static support structure comprises a pylon for an aircraft frame.. a static support structure (50, 51) for the gas turbine engine; a casing structure (21, 56) of the engine, wherein rotation of the engine rotor causes a deflection of the casing (21, 56) relative to the static support structure (50, 51) in a first direction; and a seal at an interface (47, 52, 53) between the static support structure (50, 51) and the casing structure (21, 56), the seal comprising a first seal portion and a second seal portion spaced from one another in the first direction, wherein the first seal portion is provided against a first surface of the casing and the second seal portion is provided against a second surface of the casing opposing the first surface; where in an at-rest state in which the engine is not operational, the first and second surfaces of the casing are offset from an equilibrium position with respect to the static support structure (50, 51) such that there is a difference in compression of the first seal portion and the second seal portion between the static support structure (50, 51) and the casing (21, 56), said offset being in a direction opposite to the first direction and characterised in that the static support structure comprises a pylon for an aircraft frame..
A capacitive detection device comprising: - at least one measurement electrode comprising an active surface, - a guard made from an electrically conductive material placed adjacent to said measurement electrode(s), wherein said guard is excited up to an alternating electric potential substantially identical to that of the measurement electrodes, - first electronic means (15, 9) for exciting the electrode(s) and processing the measurement signals from the capacitive coupling of said electrode(s) with an object placed adjacent thereto, wherein said electronic means are at least partly referenced to the electric potential of the guard, characterised in that it further includes: - means (12, 31, 40) for performing another electronic function, placed adjacent to said active surface, and referenced to said alternating electric potential, so as to be viewed by said at least one measurement electrode as if they were an integral part of the guard, and - second electronic means provided for monitoring said means for performing another electronic function, wherein said second electronic means are at least partly referenced to said alternating electric potential of the guard. - at least one measurement electrode comprising an active surface, - a guard made from an electrically conductive material placed adjacent to said measurement electrode(s), wherein said guard is excited up to an alternating electric potential substantially identical to that of the measurement electrodes, - first electronic means (15, 9) for exciting the electrode(s) and processing the measurement signals from the capacitive coupling of said electrode(s) with an object placed adjacent thereto, wherein said electronic means are at least partly referenced to the electric potential of the guard, - means (12, 31, 40) for performing another electronic function, placed adjacent to said active surface, and referenced to said alternating electric potential, so as to be viewed by said at least one measurement electrode as if they were an integral part of the guard, and - second electronic means provided for monitoring said means for performing another electronic function, wherein said second electronic means are at least partly referenced to said alternating electric potential of the guard.