mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a multilayer security element for viewing in incident light and in transmitted light, which, when viewed in transmitted light, shows a transmitted light view and, from opposite sides in incident light, shows a first or second incident light view, wherein the method includes the following method steps in the specified order: B) making available a transparent or translucent carrier foil with an upper side and an opposite lower side, A1) producing an embossed and metalized first diffractive structure on the upper side of the carrier foil, which produces the first incident light view in the finished security element, L) applying a selectively removable lacquer layer to the embossed and metalized first diffractive structure, A2) producing an embossed and metalized second diffractive structure on the selectively removable lacquer layer, which produces the second incident light view in the finished security element, R) applying a resist layer to the embossed and metalized second diffractive structure in the form of a pattern corresponding to the transmitted light view with resist areas and gaps between the resist areas, E2) removing the metalization of the second diffractive structure in the gaps between the resist areas, and E1) removing the selectively removable lacquer layer and the metalization of the first diffractive structure in the gaps between the resist areas. B) making available a transparent or translucent carrier foil with an upper side and an opposite lower side, A1) producing an embossed and metalized first diffractive structure on the upper side of the carrier foil, which produces the first incident light view in the finished security element, L) applying a selectively removable lacquer layer to the embossed and metalized first diffractive structure, A2) producing an embossed and metalized second diffractive structure on the selectively removable lacquer layer, which produces the second incident light view in the finished security element, R) applying a resist layer to the embossed and metalized second diffractive structure in the form of a pattern corresponding to the transmitted light view with resist areas and gaps between the resist areas, E2) removing the metalization of the second diffractive structure in the gaps between the resist areas, and E1) removing the selectively removable lacquer layer and the metalization of the first diffractive structure in the gaps between the resist areas.
Arrangement having a contact element and an electrical conductor, wherein the contact element - has a contact body extending in the shape of a strip and bent such that the contact body forms an opening into which a plug-in connector part is able to be plugged in a plug-in direction, wherein the contact body has a surface extending around the opening and forming an inside wall of the opening, and - has a contact strip, arranged in the opening of the contact body and bearing on the surface, for making electrical contact with a plug-in connector part plugged into the opening, - wherein the strip-shaped contact body has a form-fitting device having at least one form-fitting element formed on the surface of the contact body, wherein the contact strip is in form-fitting engagement with the form-fitting device and is thereby fixed to the contact body along the plug-in direction, characterized in that the contact body has a cylindrical section containing the opening and a tab section, protruding tangentially from the cylindrical section, for connecting the electrical conductor to the contact body, wherein the conductor is able to be attached to the contact element in various orientations and is able to be moved away from the contact element in various directions by way of the tab section, wherein, for the connection to the tab section, a connection piece of a wire core of the conductor is applied flush to the tab section and is materially bonded to the tab section by way of welding or soldering. - has a contact body extending in the shape of a strip and bent such that the contact body forms an opening into which a plug-in connector part is able to be plugged in a plug-in direction, wherein the contact body has a surface extending around the opening and forming an inside wall of the opening, and - has a contact strip, arranged in the opening of the contact body and bearing on the surface, for making electrical contact with a plug-in connector part plugged into the opening, - wherein the strip-shaped contact body has a form-fitting device having at least one form-fitting element formed on the surface of the contact body, wherein the contact strip is in form-fitting engagement with the form-fitting device and is thereby fixed to the contact body along the plug-in direction,
A missile detector, in particular a passive missile detector, comprising: a sensor for detecting a potential missile; a recording device for continuously storing detector data of the sensor for a predefined period of time; an evaluation unit which is designed: - to receive detector data generated by the sensor in a pre-classification from the sensor, to detect a detection signal of the potential missile in the detector data and to compare it with a declaration threshold value and, after the declaration threshold value has been exceeded, to generate a warning signal ahead of the potential missile, and - to carry out a verification of the potential missile in a classification if there is a warning signal by temporally tracing the associated detection signal using the detector data stored in the recording device, wherein the evaluation unit is designed to carry out the pre-classification and the classification on the basis of the detector data and/or the stored detector data of a single sensor. a sensor for detecting a potential missile; a recording device for continuously storing detector data of the sensor for a predefined period of time; an evaluation unit which is designed: - to receive detector data generated by the sensor in a pre-classification from the sensor, to detect a detection signal of the potential missile in the detector data and to compare it with a declaration threshold value and, after the declaration threshold value has been exceeded, to generate a warning signal ahead of the potential missile, and - to carry out a verification of the potential missile in a classification if there is a warning signal by temporally tracing the associated detection signal using the detector data stored in the recording device, - to receive detector data generated by the sensor in a pre-classification from the sensor, to detect a detection signal of the potential missile in the detector data and to compare it with a declaration threshold value and, after the declaration threshold value has been exceeded, to generate a warning signal ahead of the potential missile, and - to carry out a verification of the potential missile in a classification if there is a warning signal by temporally tracing the associated detection signal using the detector data stored in the recording device, wherein the evaluation unit is designed to carry out the pre-classification and the classification on the basis of the detector data and/or the stored detector data of a single sensor.
Slat roof comprising beams, a plurality of slats arranged parallel to one another therebetween and slat shafts by means of which the slats are rotatably fixed to the respective beams, characterized in that at least one slat shaft is hollow and in that the slat roof comprises at least one corresponding tensioning cable which is inserted through said hollow slat shaft and the ends of which are fixed to the respective beams.
Passive-infrared motion detector with a base part provided to take up a PCB unit which is equipped with several sensor elements of a sensor unit and further modules necessary for the function, and wherein a lens cap with several lens elements is affixed to the base part for covering purposes, wherein the PCB unit (2, 3) consists of a main PCB equipped with modules necessary for the function and at least one sensor PCB, equipped with at least one sensor element of the sensor unit, at least partially flexibly designed and connected with the main PCB, characterized by the fact that the sensor PCB consists of an inflexible main sector and two flexibly connected secondary sectors, and that the base part provides two bearing supports which, due to the mounting process compulsorily take the two flexible secondary sectors of the sensor PCB with their one sensor element each into the required direction needed for the function, and that to this effect during mounting the lower surfaces of the two flexibly arranged secondary sectors are supported on the assigned head surfaces of the pertaining bearing supports, and that the head surfaces of the two bearing supports respectively provide the inclination required for exact adjustment of the sensor elements.
A method of purifying an adenovirus from an impure preparation, the method comprising: (a) contacting an impure preparation comprising the adenovirus to a mixed mode chromatography support, wherein the mixed mode chromatography support is a hydrophobic cation exchange chromatography support, under conditions that allow the adenovirus to bind to the mixed mode chromatography support; (b) eluting the adenovirus from the mixed mode chromatography support, thereby forming a mixed mode eluate; (c) contacting the mixed mode eluate to an anion exchange chromatography support under conditions that allow the adenovirus to bind to the anion exchange support; and (d) eluting the adenovirus from the anion exchange chromatography support. (a) contacting an impure preparation comprising the adenovirus to a mixed mode chromatography support, wherein the mixed mode chromatography support is a hydrophobic cation exchange chromatography support, under conditions that allow the adenovirus to bind to the mixed mode chromatography support; (b) eluting the adenovirus from the mixed mode chromatography support, thereby forming a mixed mode eluate; (c) contacting the mixed mode eluate to an anion exchange chromatography support under conditions that allow the adenovirus to bind to the anion exchange support; and (d) eluting the adenovirus from the anion exchange chromatography support.
A fuel circulation system comprising: a supply pump for providing an outlet flow of fuel; a plurality of electrohydraulic servo valves (104, 106, 126) arranged in series with one another in a first configuration, wherein a portion of the outlet flow of fuel passes through the plurality of electrohydraulic servo valves (104,106, 126) and is recirculated to an inlet side of the supply pump; a flow regulation device (130, 132) interposed between each adjacent ones of the plurality of electrohydraulic servo valves, wherein the flow regulation device is a combined pressure regulator and flow switching device. a supply pump for providing an outlet flow of fuel; a plurality of electrohydraulic servo valves (104, 106, 126) arranged in series with one another in a first configuration, wherein a portion of the outlet flow of fuel passes through the plurality of electrohydraulic servo valves (104,106, 126) and is recirculated to an inlet side of the supply pump; a flow regulation device (130, 132) interposed between each adjacent ones of the plurality of electrohydraulic servo valves, wherein the flow regulation device is a combined pressure regulator and flow switching device.
A transformer assembly comprising: - an electrical transformer comprising a transformer tank having a plurality of side walls, a top wall, and a base wall; - a housing having a base wall, a plurality of side walls, and a top wall, said transformer tank being positioned inside said housing; and - a device for electrically connecting said transformer to an electrical article outside said housing, said connecting device comprising a shaped body having a first face which is suitable to be connected to one of said top, base or side walls (22, 23, 21) of the tank, and a second face which is suitable to be connected to one of said base, top, or side walls (34, 31, 33) of the housing, characterized in that said shaped body comprises at least one deformable portion which is adapted to adjust the positioning of said second face relative to said one of said base, top, or side walls (34, 31, 33) of the housing, to which it is suitable to be connected to, and wherein the shaped body of the connecting device comprises at least two hollow components which are mechanically connected to each other with their respective cavities in fluid communication, said cavities defining an internal volume which is filled with a dielectric fluid and inside which an electrical conductor is accommodated, a first component of said at least two hollow components being adapted to structurally break before a second component of said at least two hollow components. - an electrical transformer comprising a transformer tank having a plurality of side walls, a top wall, and a base wall; - a housing having a base wall, a plurality of side walls, and a top wall, said transformer tank being positioned inside said housing; and - a device for electrically connecting said transformer to an electrical article outside said housing, said connecting device comprising a shaped body having a first face which is suitable to be connected to one of said top, base or side walls (22, 23, 21) of the tank, and a second face which is suitable to be connected to one of said base, top, or side walls (34, 31, 33) of the housing, characterized in that said shaped body comprises at least one deformable portion which is adapted to adjust the positioning of said second face relative to said one of said base, top, or side walls (34, 31, 33) of the housing, to which it is suitable to be connected to, and wherein the shaped body of the connecting device comprises at least two hollow components which are mechanically connected to each other with their respective cavities in fluid communication, said cavities defining an internal volume which is filled with a dielectric fluid and inside which an electrical conductor is accommodated, a first component of said at least two hollow components being adapted to structurally break before a second component of said at least two hollow components.
Valve block assembly for a bottle attachment apparatus for handling liquids, wherein the bottle attachment apparatus has a cylinder-and-piston assembly for suctioning and exhausting liquid, a valve block assembly, optionally an external housing receiving the valve block assembly, and a fastening assembly for fastening the external housing and/or the valve block assembly on a storage bottle or the like, having a valve block, an intake valve insert, and/or an exhaust valve insert, wherein the valve block has a valve receptacle which is assigned to the respective valve insert, wherein the valve insert is inserted in a replaceable and sealing manner in the valve receptacle, and wherein the valve block as well as the valve insert or the valve inserts, respectively, are composed of plastics which are suitable for autoclaving, characterize in that the valve insert has a stop portion, a fastening portion which is distinct therefrom, and a sealing portion which is distinct from both, that the associated valve receptacle has stop, fastening, and sealing portions (30, 31, 32) matching the portions of the valve insert, and that the fastening portions in the case of a valve insert which is installed in a functionally correct manner are in force-transmitting mutual engagement in such a manner that both the stop portions as well as the sealing portions bear on one another in a planar manner.
A memory device comprising at least one memory cell having an anode, a cathode, and a volume of variable resistance material disposed between the anode and the cathode, at least one of the anode and the cathode comprising a single nanowire having one end thereof in electrical contact with the variable resistance material, the at least one of the anode and the cathode comprising the single nanowire further comprising a conductive catalytic structure comprising a catalyst material, the at least one of the anode and the cathode comprising the single nanowire further comprising a conductive pad, the conductive catalytic structure comprising a generally conical structure having a tip in electrical contact with a second end of the single nanowire opposite the one end thereof in electrical contact with the variable resistance material, the generally conical structure further having a base in electrical contact with a conductive pad.
Method for assessing an injection behaviour of at least one injection valve of an internal combustion engine, which method comprises switching the internal combustion engine into a special operating mode defined by control parameters and, during a diagnostic period, operating the internal combustion engine in the special operating mode with control parameters which are advantageous from diagnostic aspects, wherein at least one operating parameter (321, 322, 323) of the internal combustion engine is determined at least during the diagnostic period, and in which method at least one additional injection is performed by means of the at least one injection valve, and at least one first valve delay time of the at least one injection valve is detected at the valve at least during the at least one additional injection and is evaluated on the basis of the at least one operating parameter (321, 322, 323), characterized in that the first valve delay time is a closing delay time, wherein, in a manner dependent on an electrical operating variable of an electromagnetic actuator of the injection valve, a variable which characterizes the acceleration of a movable component of the electromagnetic actuator is formed and an operating state of the injection valve is inferred on the basis of the variable which characterizes the acceleration, wherein the hydraulic closing time is ascertained.
A reclosable flexible film package, comprising: a flexible film having a fold forming a folded edge, at least two opposing free edges, and at least a front panel and a back panel (64,66), the opposing free edges being sealed together to form at least a first and a second package edge such that front and back panels define an interior space; a score in the flexible film of the front panel forming a flap that defines an opening when moved toward the folded edge and has a separation force for the flap from the film; and a label extending uninterrupted from the first package edge to the second package edge, the label being attached on the film by pressure sensitive adhesive, and extending beyond the score on the front panel to reseal the package opening defined by the flap, the pressure sensitive adhesive having a peel strength between the film and the label that is greater than the separation force along the score, and the label further having a tack free portion defining a pull tab. a flexible film having a fold forming a folded edge, at least two opposing free edges, and at least a front panel and a back panel (64,66), the opposing free edges being sealed together to form at least a first and a second package edge such that front and back panels define an interior space; a score in the flexible film of the front panel forming a flap that defines an opening when moved toward the folded edge and has a separation force for the flap from the film; and a label extending uninterrupted from the first package edge to the second package edge, the label being attached on the film by pressure sensitive adhesive, and extending beyond the score on the front panel to reseal the package opening defined by the flap, the pressure sensitive adhesive having a peel strength between the film and the label that is greater than the separation force along the score, and the label further having a tack free portion defining a pull tab.
A spontaneously dispersible pharmaceutical composition comprising 7-t-butoxyiminomethylcamptothecin, wherein the spontaneous dispersible pharmaceutical composition is a microemulsion preconcentrate comprising a carrier medium comprising a lipophilic component selected from the group consisting of C 8 -C 10 fatty acid monoglycerides and diglycerides, a refined glycerol-transesterified corn oil, acetyl triethyl citrate, and castor oil; a surfactant component selected from the group consisting of polyethyleneglycol-hydrogenated castor oil, and Vitamin E TPGS; and a hydrophilic component selected from the group consisting of propylene glycol, PEG400 and ethylacetate.
Apparatus for treating elevated blood glucose levels in a patient, comprising: at least one implantable electrode (110, 112) adapted for placement adjacent a pancreas and configured to apply an electrical signal to a target site in the pancreas; and circuitry configured to apply an electrification signal to said at least one electrode (110, 112) in accordance with a treatment protocol designed to at least alleviate the elevated blood glucose levels, characterized in that said circuitry is configured to apply said electrification signal to said at least one electrode (110, 112) less than once a day on the average over at least a week of treatment, according to said treatment protocol, wherein said circuitry is configured so said electrification signal is applied as a sequence of stimulation, wherein said circuitry is configured to provide a delay of at least 60 minutes between said sequence of stimulation and a subsequent sequence of stimulation, according to said treatment protocol. at least one implantable electrode (110, 112) adapted for placement adjacent a pancreas and configured to apply an electrical signal to a target site in the pancreas; and circuitry configured to apply an electrification signal to said at least one electrode (110, 112) in accordance with a treatment protocol designed to at least alleviate the elevated blood glucose levels, characterized in that said circuitry is configured to apply said electrification signal to said at least one electrode (110, 112) less than once a day on the average over at least a week of treatment, according to said treatment protocol, wherein said circuitry is configured so said electrification signal is applied as a sequence of stimulation, wherein said circuitry is configured to provide a delay of at least 60 minutes between said sequence of stimulation and a subsequent sequence of stimulation, according to said treatment protocol.