Keller Schneider Patent- und Markenanwälte AG

Ein Versorgungsleitungsmanagementsystem (1) für eine Versorgungsleitung (2, 2a, 2b, 2c, 2d), wobei die Versorgungsleitung (2, 2a, 2b, 2c, 2d) insbesondere als Ladekabel für Elektrofahrzeuge ausgebildet ist, wobei das Versorgungsleitungsmanagementsystem (1) aufweist: 1) ein Führungselement (3), das eine Führungsbahn (6) bereitstellt; 2) ein am Führungselement (3) fest angeordnetes und die Führungsbahn (6) begrenzendes Begrenzungselement (4); 3) ein am Führungselement (3) angeordnetes angetriebenes Verfahrelement (5), wobei das angetriebene Verfahrelement (5) und das Führungselement (3) so ausgebildet sind, dass das angetriebene Verfahrelement (5) entlang der Führungsbahn (6) verfahren werden kann, wobei das Verfahrelement (5) dazu ausgebildet ist, die Versorgungsleitung (2, 2a, 2b, 2c, 2d) in einem Verfahrelementabschnitt (2b) der Versorgungsleitung (2, 2a, 2b, 2c, 2d) zu halten; und 4) mindestens eine zwischen dem fest angeordneten Begrenzungselement (4) und dem Verfahrelement (5) am Führungselement (3) angeordnete und nicht angetriebene Versorgungsleitungshalterung (7), wobei das Verfahrelement (5) und die mindestens eine Versorgungsleitungshalterung (7) durch mindestens ein flexibles Verbindungselement so untereinander verbunden sind, dass ein Verfahren des angetriebenen Verfahrelements (5) entlang der Führungsbahn (6) durch das mindestens eine flexible Verbindungselement in ein gleichgerichtetes Verfahren der mindestens einen nicht angetriebenen Versorgungsleitungshalterung (7) entlang der Führungsbahn (6) überführt wird.

Die vorliegende Anmeldung betrifft ein Montageelement (1) für eine Photovoltaikanlage. Das Montageelement umfasst eine viereckige Grundplatte (2) sowie mindestens zwei Stützelemente (4, 5), welche sich von einer ersten Hauptfläche (3) der Grundplatte weg erstrecken. Die freien Enden (11, 12) der mindestens zwei Stützelemente verlaufen relativ zueinander parallel und spannen eine erste Ebene auf. Die mindestens zwei Stützelemente sind derart geformt und dimensioniert, dass die erste Hauptfläche der Grundplatte einen Neigungswinkel von 0.1° bis 45° relativ zur ersten Ebene aufweist. Die zweite Hauptfläche (6) der viereckigen Grundplatte, welche der ersten Hauptfläche gegenüberliegt, weist einen ersten Bereich (7) auf, welchem mindestens eine Solarzelle (9), vorzugsweise jedoch eine Mehrzahl an Solarzellen, angeordnet ist, auf, wobei der erste Bereich von einer ersten Seitenkante der Grundplatte beabstandet ist. Die zweite Hauptfläche weist zwischen dem ersten Bereich und der ersten Seitenkante einen zweiten Bereich (8) auf, auf welchem keine Solarzellen angeordnet sind. Die erste Seitenkante ist diejenige Seitenkante der viereckigen Grundplatte, welche den kleinsten Abstand relativ zur ersten Ebene aufweist. Die vorliegende Anmeldung bezieht sich ferner auf eine Anordnung aus mehreren derartigen Montageelemente sowie auf eine Gebäudefläche mit mindestens einer derartigen Anordnung.

The invention relates to a one-piece bobbin structure (1) for an integrated magnetic assembly (16, 21), the one-piece bobbin structure (1) comprising 1) two ending sections (2), 2) N winding sections (3), with N being a natural number equal to two or three, wherein the N winding sections (3) are consecutively arranged along a principal direction of extent (4) between a first ending section of the two ending sections (2) and a second ending section of the two ending sections (2), and 3) N-1 separation sections (5), wherein any two neighboring winding sections of the N winding sections (3) are separated from each other by a corresponding separation section of the N-1 separation sections (5), wherein each separation section of the N-1 separation sections (5) is embodied such that it at least partly encloses a respective reception space (6), wherein the N-1 separation sections (5) are configured for receiving a first set of soft-magnetic core elements (17) in the N-1 reception spaces (6), and wherein the N-1 separation sections (5) are embodied such that the soft-magnetic core elements of the first set of soft-magnetic core elements (17) are insertable into the N-1 reception spaces (6) by displacing the soft-magnetic core elements of the first set of soft-magnetic core elements (17) substantially only along a first direction (7), which first direction (7) is distinct from the principal direction of extent (4). The one-piece bobbin structure (1) is embodied such that 1) a through-hole (8) passes from the first ending section to the second ending section along the principal direction of extent (4), with the through-hole (8) being enclosed in N segments of the through-hole (8) by the N winding sections (3), with the through-hole (8) passing through the N-1 reception spaces (6), and with the principal direction of extent (4) passing through the through-hole (8), and such that 2) soft-magnetic core elements of a second set of soft-magnetic core elements (18) are insertable into the through-hole (8) (i) from the first ending section towards the second ending section or (ii) from the second ending section towards the first ending section, by displacing the soft-magnetic core elements of the second set of soft-magnetic core elements (18) substantially only along the principal direction of extent (4).

A feeding system (1) for a press comprises a conveying device (200) for conveying metal sheets along a conveying direction (C), two racks (100r, 100l) for stacking metal sheets arranged on both sides of the conveying device (200) transversely to the conveying direction (C) and a handling device (300) for unstacking the stacked metal sheets from the racks (100r, 100l) and for feeding the unstacked metal sheets to the conveying device (200). The handling device (300) comprises a gantry (301) with a linear main axis which extends transversely to the conveying direction (C) and extends over the conveying device (200) and the two racks (100r, 100l). The handling device (300) further comprises a carriage (320) movable along the linear main axis and a gripper (330) for gripping the metal sheets to be fed, which is linearly movable at least along a vertical axis relative to the carriage (320). For each rack (100r, 100l), a first extension of the rack (100r, 100l) parallel to the conveying direction (C) is larger than a second extension of the rack (100r, 100l) perpendicular to the conveying direction, and the gripper (330) is rotatable relative to the carriage (320) about a vertical axis.

The present invention relates to a method and an apparatus for quantitatively estimating biological pigments for static or dynamic measurement of biological pigments such as melanin and hemoglobin using polarization images captured for a dynamic biological object, and includes deriving polarization data using polarization images captured for the dynamic biological object, optimizing biological pigment parameters based on the polarization data, and quantitatively estimating biological pigments in a static state or a dynamic state based on the biological pigment parameters optimized on a per-frame basis.

An integrated magnetic assembly for a multiphase DC-to-DC power converter with N phases or 2xN phases is disclosed, with N being a natural number greater than or equal to one. The integrated magnetic assembly is configured to be electrically connectable to a switching structure and a rectification structure of the multiphase DC-to-DC power converter. The integrated magnetic assembly comprises (i) a soft-magnetic core structure, which soft-magnetic core structure comprises N soft-magnetic core substructures, and (ii) a winding structure comprising N primary transformer winding structures, N secondary transformer winding structures and N choke winding structures, wherein the winding structure comprises N winding structure triplets, with each winding structure triplet of the N winding structure triplets being formed of corresponding primary transformer winding structure, secondary transformer winding structure and choke winding structure. Each soft-magnetic core substructure of the N soft-magnetic core substructures comprises four, five, six or seven legs and two yoke structures. Each soft-magnetic core substructure has a corresponding winding structure triplet, with the windings of the corresponding winding structure triplet are wound around at least four legs.

A device for the cleaning of a nozzle for dispensing fluids comprises an elastomeric cleaning element (100). The cleaning element (100) comprises a plurality of cavities (120.1...16) extending from an upper surface (109). The plurality of cavities comprising a first cavity (120.1) having a first set of wall surface sections and a second cavity (120.2) having a second set of wall surface sections. The first set of wall surface sections includes a first section and the second set of wall surface sections includes a second section, wherein an angle between the first section and the second section in a plane parallel to the upper surface is between 10 and 80. This allows for mechanical interaction between the nozzle to be cleaned and the wall surface sections as well as the edges between the wall surface sections and the upper surface (109) of the cleaning element (100) along different directions without having to rotate the nozzle about its main extension. Therefore, the cleaning result may be improved without having to provide additional degrees of freedom. The device may include a plurality of cleaning inserts placed in the cavities of the cleaning device with different functions depending on the residues and the application. Thus providing a novel modular approach and multi-functional cleaning device.

The invention relates to a computer program product for facilitating search engine optimization, which computer program product is configured to be executed on a computing device and comprises the following substructures: 1) an interface structure, with the interface structure being configured to receive a) at least one keyword element, with each keyword element comprising at least one keyword, b) search strategy instructions, c) a search depth N, N being a natural number greater than one, and d) visualization instructions; 2) a parsing structure configured to a) adapt a search engine based on the received search strategy instructions, b) query the adapted search engine with each keyword element of the received at least one keyword element at at least one point in time, wherein each query of the adapted search engine with a keyword element at a point in time of the at least one point in time provides a ranked list of search results provided by the adapted search engine in response to said keyword element at said point in time, and c) parse N first entries of each provided ranked list of search results, wherein each parsing provides N parsed entries, 3) a database structure configured to store in a database, for each query, (i) the N parsed entries corresponding to said query, (ii) the point in time of the at least one point in time when said query is carried out and (iii) a relative position of each parsed entry within the N parsed entries corresponding to said query, and 4) a visualization structure, with the visualization structure having access to the database structure, and with the visualization structure being configured to a) process the stored parsed entries in the database based on the received visualization instructions, the processing providing processed database information, and to b) provide displaying instructions to a display unit for displaying the processed database information on the display unit. The invention also relates to a computer-implemented method and to a system for facilitating search engine optimization.

The invention relates to a solder joint cooling system, comprising 1) a printed circuit board (4) comprising a through hole through which a lead (3) of an electrical component (1) is inserted, wherein the printed circuit board (4) comprises at least one conductive layer and at least one insulating layer, with the printed circuit board (4) comprising a component side (5) and a solder side (6) opposite the component side (5), wherein a first conductive layer of the at least one conductive layer is arranged on the solder side (6) of the printed circuit board (4), 2) the electrical component (1), wherein the electrical component (1) is mounted on the component side (5) of the printed circuit board (4) and the lead (3) of the electrical component (1) is soldered to a pad of the printed circuit board (4), which pad is positioned on the solder side (6) of the printed circuit board (4) and which pad is part of the first conductive layer, with the lead (3) being connected with a solder joint (2) to the pad, and with the pad surrounding the through hole on the solder side (6), 3) a thermally conductive enclosure portion (8) and a cooling sink (12), wherein the enclosure portion (8) is connected to the printed circuit board (4) and to the cooling sink (12), wherein the enclosure portion (8) is positioned such with respect to the printed circuit board (4) and the cooling sink (12) that the enclosure portion (8), the solder side (6) of the printed circuit board (4) and the cooling sink (12) together surround an enclosed space (11), with the solder joint (2) being inside the enclosed space (11), and wherein the enclosed space (11) is filled with a thermally conductive and electrically insulating gap filler (7), with the gap filler (7) being in contact with the cooling sink (12), with the enclosure portion (8), with the printed circuit board (4) and with the solder joint (2). The invention also relates to a method for assembling the solder joint cooling system.

Erfindungsgemäss wird eine Mähmesservorrichtung mit einem Doppelmesser-Schneidsystem angegeben. Dabei weist das Doppelmesser-Schneidsystem ein oberes Schneidmesser und ein unteres Schneidmesser auf, welche mittels eines seitlichen Antriebs in einer Klingenbewegungsrichtung relativ zueinander bewegbar ausgebildet sind. Das obere Schneidmesser und/oder das untere Schneidmesser weist jeweils ein Verbindungselement zum Übertragen einer Antriebsbewegung mittels eines seitlichen Antriebs auf. Das Verbindungselement umfasst dabei ein zylindrisches Gleitlager, welches sowohl eine Rotationsgleitbewegung und eine Axialgleitbewegung zulässt. Ferner wird ein erfindungsgemässes Mähmesservorrichtungssystem mit einer solchen angegeben.