Keller Schneider Patent- und Markenanwälte AG

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.

The invention relates to a chemical ionisation method for ionising a sample (70) including analytes to be ionised. The method includes ionising reagent molecules of a reagent (60) in a reagent ionisation ion source (3) with a reagent ionisation method to reagent ions and providing the reagent ions in a reaction chamber (2). The method further includes introducing the sample (70) including the analytes into the reaction chamber (2), thus allowing the analytes to react in the reaction chamber (2) with the reagent ions to form analyte ions. The reagent (60) is a heterocyclic aromatic compound, such as Pyrimidine, Pyridine, Furan, Thiophene, 1H-Imidazole, Pyrrole, or Indole. With the reagent ionisation method, an amount of energy, which is deposited on each one of the reagent molecules being ionised, is less than 5 eV more than an ionisation potential of the reagent molecules. The invention further relates to a corresponding chemical ionisation arrangement (100).

A multi-way valve device (100) comprising a valve housing (101) accommodating at least a first valve (110) and a second valve (140), wherein the first valve (110) comprises a first valve inlet (111) and a first valve outlet and the second valve (140) comprises a second valve inlet (141) and a second valve outlet and the valve housing (101) comprises a unifying channel (102), wherein the first outlet and the second outlet lead into the unifying channel (102).

Provided is a system for visualising an image, comprising: (i) one or more parking stations; (ii) unmanned aerial vehicles which are accommodated in the parking stations and each of which is provided with at least one display; (iii) a control device communicatively coupled to the unmanned aerial vehicles and configured to direct at least a portion of said unmanned aerial vehicles from at least one parking station of said parking stations to a predetermined region of space so as to enable disposition of each of said directed unmanned aerial vehicles in a predetermined spatial location in accordance with a predetermined model of arrangement of unmanned aerial vehicles to form in the air at least one aggregate display of said displays; wherein the control device is configured to present data relating to an image to said directed unmanned aerial vehicles so as to enable displaying of said image at least on a portion of said aggregate display, and the unmanned aerial vehicles whose displays form said aggregate display define at least one movable string of unmanned aerial vehicles as part of said aggregate display. Furthermore, provided are variants of the system for visualizing an image, each of which is comprised of parking stations, unmanned aerial vehicles and a control device, as well as provided are variants of the method for visualizing an image which may be implemented using said systems. Furthermore, provided is an unmanned aerial vehicle in whose housing there are installed at least one air propulsion unit and at least two light sources being under control of the control module enabling altering of the emmission wavelength of each of said light sources. 16 independent claims, 19 drawings.

The cap (2) for closing an opening (1.3) of a container (1) for biological material, has a closure face (2.2) suitable for covering an opening (1.3) of a mating container (1). The closure face (2.2) is designed to separate an outside area (11) from an inside area (10) of the container (1). The closure face (2.2) has a septum (3), the septum (3) providing a flexible port area (3.2), wherein the port area (3.2) is designed to be opened by a conduit (4). The flexible port area (3.2) is shaped as a dome protruding towards the outside area (11).

The cap (2) for closing an opening (1.3) of a container (1) for biological material, has a closure face (2.2) suitable for covering an opening (1.3) of a mating container (1). The closure face (2.2) is designed to separate an outside area (11) from an inside area (10) of the container (1). The closure face (2.2) has a septum (3), the septum (3) providing a flexible port area (3.2), wherein the port area (3.2) is designed to be opened by a conduit (4). The flexible port area (3.2) is shaped as a dome protruding towards the outside area (11).

The present application relates to the technical field of construction machinery and discloses a hydraulic walking system, a control method for the hydraulic walking system, and a static hydraulic loader. The system includes a piston pump, a front axle motor, a rear axle motor, and a flow dividing and converging valve. The piston pump is configured to drive forward or reverse movement based on hydraulic oil. The flow dividing and converging valve is connected to the piston pump, and is configured to adjust the flow direction of the hydraulic oil, enabling the hydraulic oil to flow into the front axle motor and the rear axle motor in a parallel-connection or series-connection form. The front axle motor and the rear axle motor are connected to the flow dividing and converging valve, and are configured to convert hydraulic energy of the hydraulic oil into mechanical energy. The present application enables the forward and reverse movement of the hydraulic walking system, and the series and parallel connection of the motors, wherein the flow direction of the hydraulic oil can be flexibly adjusted, thereby providing different walking speeds and traction forces, and ensuring the normal operation of a small-type static hydraulic loader under various working conditions.

A device (1) for handling a fluid, comprising a base station (100) and a fluid manipulation head with at least a first needle (201) for handling the fluid, and a fluid well holder (400), in particular a well plate-holder. The fluid manipulation head is positionable above the fluid well holder (400). The device (1) further comprises a cleaning station (500), wherein the cleaning station (500) is movable relative to the base station (100) in order to be positionable below the fluid manipulation head.