Abstract: The present disclosure is directed to a direct-light generator for sun-sky-imitating illumination devices configured for generating natural light similar to that from the sun and the sky The generator includes a first emitting surface and an array of light-emitting devices configured to generate from a primary light a direct light which exits the first emitting surface along a direct-light direction. The direct light exiting the first emitting surface has a luminance profile which has a narrow peak in the angular distribution around the direct-light direction and is uniform across the first emitting surface. Each light-emitting device includes a light emitter having an emitting surface and at least a pair of collimation lenses illuminated by the light emitter.

Abstract: The present invention relates to a protein preparation of linseed and a cost-effective process for its production thereof. The protein preparation has a protein content of more than 30% by mass, an oil content of less than 68 by mass, a content of cyanogenic glycosides of less than 200 mg/kg and a brightness L* of greater than 75. The protein preparation is neutral in taste, light in color and of high quality, so that it is suitable for color and taste demanding food applications such as emulsions and baked goods.

Abstract: A multispectral emission device includes at least one transmitting unit for LiDAR radiation, one receiving unit for LiDAR radiation, and at least a LiDAR radiation manipulating device, and a radar radiation manipulating device. The LiDAR radiation manipulating device and the transmitting unit for LiDAR-S are arranged such that the LiDAR radiation manipulating device redirects LiDAR radiation emitted by the transmitting unit for LiDAR radiation and the LiDAR radiation manipulating device is set up such that LiDAR radiation passing through the headlight cover from the outside is guided to the receiving unit for LiDAR radiation. The radar radiation manipulating device is set up such that radar radiation passing through the headlight cover from the outside is guided to the receiving unit for radar radiation.

Abstract: Computer-readable media, methods, and systems are disclosed for determining maintenance readiness of at least one system in a cloud environment including requesting performance of a maintenance event by a user via a user interface and analyzing data from the at least one system to determine a readiness for the performance of the maintenance event. Analyzing the data may comprise predicting an expected downtime for the maintenance event for the at least one system, determining an effort estimation variable for the at least one system, and determining a maintenance readiness rating (MRR) for the at least one system based on the effort estimation variable and the expected downtime.

Abstract: High molecular weight solid epoxy or phenoxy resins are dissolved in a blend of an alcohol solvent and an aprotic solvent. The resulting solution is spray-dried in a closed-cycle spray drier to form a powdered epoxy or phenoxy resin.

Abstract: Computer-readable media, methods, and systems are disclosed for determining maintenance readiness of at least one system in a cloud environment including requesting performance of a maintenance event by a user via a user interface and analyzing data from the at least one system to determine a readiness for the performance of the maintenance event. Analyzing the data may comprise predicting an expected downtime for the maintenance event for the at least one system, determining an effort estimation variable for the at least one system, and determining a maintenance readiness rating (MRR) for the at least one system based on the effort estimation variable and the expected downtime.

Abstract: Low beam headlight that can be obtained with small installation length and high light/energy output are described. A light source arrangement is provided, which generates a light cone of light that is less divergent in a first transverse direction than in a second transverse direction perpendicular to the first transverse direction, and this light source arrangement is used to illuminate three lens arrays arranged next to one another along the second transverse direction, which are thus each irradiated on the input side by an associated one among segments of the light cone arranged next to one another in the second transverse direction and output low beam on the output side with a luminous intensity angle distribution modified with respect to the light cone.

Abstract: High beam headlight that can be produced with a small installation length with high efficiency and also provide effective low-cost manufacturability are described. For this purpose, a light source array having a plurality of light sources is combined with a honeycomb condenser. A collimator connected between the honeycomb condenser and the light source array illuminates the honeycomb condenser with collimated light of the plurality of light sources of the light source array. The arrangement of the components is such that the collimated light from a first light source leads to crosstalk-free irradiation of the honeycomb condenser and illumination of a first far-field segment. For each of the at least one second light source of the light source array, the collimated light of the respective second light source leads to irradiation of the honeycomb condenser with channel crosstalk and an illumination of a second far-field segment oriented obliquely with the first far-field segment.

Abstract: The present disclosure is directed to a direct-light generator (10) for sun-sky-imitating illumination devices (100) configured for generating natural light similar to that from the sun and the sky, comprising a first emitting surface (22) and an array of light-emitting devices (21) configured to generate from a primary light a direct light (13) which exits the first emitting surface (22) along a direct light direction (15), wherein the direct light (13) exiting the first emitting surface (22) has a luminance profile (Ldirect(x, y, ?, ?)) which has a narrow peak (14) in the angular distribution around the direct-light direction (15) and is uniform across the first emitting surface (22), wherein each light-emitting device (21) comprises a light emitter (24) having an emitting surface and at least a pair of collimation lenses (25,27) illuminated by the light emitter (24), each pair of collimation lenses (25,27) comprising a pre-collimation lens (27) comprising a light inlet surface (27a) facing the light emitte

Abstract: Optical beam former for generating an emerging light beam from an incident light beam, the optical beam former including: a condenser lens array including several condenser lenses; and a projection lens array arranged in parallel to the condenser lens array and including several projection lenses; wherein exactly one of the projection lenses is assigned to each of the condenser lenses so that several optical channels are formed and so that each of the several optical channels generates a partial light beam of the emerging light beam, said partial light beam emerging in an angle-of-emergence range with a partial intensity distribution that is homogenous with respect to an angle of emergence, from an incident partial light beam, wherein the admissible angle-of-incidence ranges of the optical channels have the same size as to the magnitude in a plane extending in parallel to the optical axes of the condenser lenses; and wherein the angle-of-emergence ranges of at least two of the optical channels are different s

Abstract: An optical device for imaging a first, object-side set of mutually parallel bundles of beams onto an image surface, includes an optical beam expansion unit; an optical rearrangement unit configured to rearrange the first set of mutually parallel bundles of beams while maintaining mutually parallelism to obtain a second set of mutually parallel bundles of beams; an optical element configured to direct the second set of one or more bundles of beams onto the optical beam expansion unit by means of bundling, so that the optical beam expansion unit is reached by a third set of bundles of beams, the optical beam expansion unit being configured to expand each bundle of beams of the third set to obtain a fourth set of expanded bundles of beams; and an optical imaging unit configured to image the fourth set of expanded bundles of beams onto the image surface.

Abstract: Downtime resulting from converting a software program from a source system to a target system, is forecast, explored, and optimized. A benchmark for a practice conversion test run (including a downtime component) is received as a first input and displayed for exploration. A second input is received comprising a statistic stored in a conversion database and reflecting a prior actual software conversion process run. The benchmark and the statistic are processed with reference to an expert rule set, to generate an optimized result comprising an updated benchmark having a changed downtime component. The updated benchmark including the changed downtime component, is displayed. Processing may occur in conjunction with further input comprising an acceptance of a generated recommendation, and/or changing a data volume of the practice conversion test run. Embodiments may feed back to the conversion database, statistics resulting from a formal software conversion run conducted according to the optimized result.

Abstract: Downtime resulting from converting a software program from a source system to a target system, is forecast, explored, and optimized. A benchmark for a practice conversion test run (including a downtime component) is received as a first input and displayed for exploration. A second input is received comprising a statistic stored in a conversion database and reflecting a prior actual software conversion process run. The benchmark and the statistic are processed with reference to an expert rule set, to generate an optimized result comprising an updated benchmark having a changed downtime component. The updated benchmark including the changed downtime component, is displayed. Processing may occur in conjunction with further input comprising an acceptance of a generated recommendation, and/or changing a data volume of the practice conversion test run. Embodiments may feed back to the conversion database, statistics resulting from a formal software conversion run conducted according to the optimized result.

Abstract: Low beam headlights that can be obtained with small installation length and high light/energy output are described. A light source arrangement is provided, which generates a light cone of light that is less divergent in a first transverse direction than in a second transverse direction perpendicular to the first transverse direction, and this light source arrangement is used to illuminate three lens arrays arranged next to one another along the second transverse direction, which are thus each irradiated on the input side by an associated one among segments of the light cone arranged next to one another in the second transverse direction and output low beam on the output side with a luminous intensity angle distribution modified with respect to the light cone.

Abstract: High beam headlight that can be produced with a small installation length with high efficiency and also provide effective low-cost manufacturability are described. For this purpose, a light source array having a plurality of light sources is combined with a honeycomb condenser. A collimator connected between the honeycomb condenser and the light source array illuminates the honeycomb condenser with collimated light of the plurality of light sources of the light source array. The arrangement of the components is such that the collimated light from a first light source leads to crosstalk-free irradiation of the honeycomb condenser and illumination of a first far-field segment. For each of the at least one second light source of the light source array, the collimated light of the respective second light source leads to irradiation of the honeycomb condenser with channel crosstalk and an illumination of a second far-field segment oriented obliquely with the first far-field segment.

Abstract: Simulated software conversion offers advance warning of possible issues that may arise during a full conversion process. An engine interposed between a planner and an upgrade module interacts with the planner and an upgrade module to simulate compliance checks, and to reference a data model to simulate conversion tasks (e.g., simplification items, add-ons, custom code). The engine instructs the planner to continue (rather than halt/suspend) iterative interrogation of the existing production landscape to create an un-truncated stack.xml file, even when the planner encounters an unknown/unfamiliar software element. The upgrade module expects an incoming modified stack.xml file as input, that modified stack.xml file including additional information (such as a flag) referenced by the upgrade module to perform conversion compliance checks and other conversion tasks. The engine enriches the full stack.xml file received from the planner, creating the modified stack.

Abstract: Simulated software conversion offers advance warning of possible issues that may arise during a full conversion process. An engine interposed between a planner and an upgrade module interacts with the planner and an upgrade module to simulate compliance checks, and to reference a data model to simulate conversion tasks (e.g., simplification items, add-ons, custom code). The engine instructs the planner to continue (rather than halt/suspend) iterative interrogation of the existing production landscape to create an un-truncated stack.xml file, even when the planner encounters an unknown/unfamiliar software element. The upgrade module expects an incoming modified stack.xml file as input, that modified stack.xml file including additional information (such as a flag) referenced by the upgrade module to perform conversion compliance checks and other conversion tasks. The engine enriches the full stack.xml file received from the planner, creating the modified stack.

Abstract: What is shown is a projection device having at least one light source and an array of optical channels. Each channel includes a first refractive optical free-form surface and a second refractive optical free-form surface and projection optics. The first and second refractive optical free-form surfaces are arranged between the light source and the projection optics and cause Köhler illumination of the projection optics by an object light pattern, resulting in the image to be projected on an image surface of the projection optics, wherein images of the array of optical channels superimpose one another.

Abstract: Optical beam former for generating an emerging light beam from an incident light beam, the optical beam former including: a condenser lens array including several condenser lenses; and a projection lens array arranged in parallel to the condenser lens array and including several projection lenses; wherein exactly one of the projection lenses is assigned to each of the condenser lenses so that several optical channels are formed and so that each of the several optical channels generates a partial light beam of the emerging light beam, said partial light beam emerging in an angle-of-emergence range with a partial intensity distribution that is homogenous with respect to an angle of emergence, from an incident partial light beam, wherein the admissible angle-of-incidence ranges of the optical channels have the same size as to the magnitude in a plane extending in parallel to the optical axes of the condenser lenses; and wherein the angle-of-emergence ranges of at least two of the optical channels are different s

Abstract: Method for forming at least one U-shaped winding element (10) for an electromagnetically excitable core (11) of an electric rotation machine (12), wherein the U-shaped winding element (10) has a first rod section (13) and a second rod section (15) which are connected by an arcuate connection section (16), wherein an inner tool part (23) having at least one recess (29) in the region of its outer circumference is provided, and an outer tool part (26) having at least one recess (30) in the region of its inner circumference is provided, and at least the U-shaped winding element (10) is inserted into the inner tool part (23) and the outer tool part (26) such that one rod section (13) is inserted into a recess (29) of the inner tool part (23), the other rod section (15) is inserted into a recess (30) of the outer tool part (26), and such that the inner tool part (23) and the outer tool part (26) are rotated with respect to one another about the axis of rotation (36), wherein in that context the at least two rod sec