artpatent, advokatni kancelar s.r.o.

Die Erfindung beschreibt einen Halter für die Befestigung zur Leiter oder Stehleiter, der eine Ablegeplatte und ein tragendes "U"-Profil umfasst, das aus einer Basis und zwei Seitenwänden besteht. Das tragende "U"-Profil ist mit einem Handgriff versehen und so konstruiert, dass es auf den Holm einer Leiter oder Stehleiter aufgeschoben werden kann. Der Halter umfasst ferner ein Verriegelungsmittel zum Arretieren des tragenden "U"-Profils in einer ausgewählten Position, das als mindestens ein manuell betätigtes Zwei-Positionen-Schloss mit einer Sperrklinke gebildet ist, das mit dem tragenden "U"-Profil verbunden ist. Die Sperrklinke ist in der Ebene parallel zu den Seitenwänden des tragenden "U"-Profils oder in der Ebene senkrecht zu den Seitenwänden des tragenden "U"-Profils beweglich. Dank dem manuell betätigten Zwei-Positionen-Schloss mit der Sperrklinke kann die Schlossposition mit einer Hand einfach von der offenen auf geschlossene Position geändert werden, was in der Praxis bedeutet, dass, wenn sich die Sperrklinke in der offenen Position befindet, durch das Drücken oder Ziehen an der Sperrklinke diese geöffnet wird und durch das anschlieffende Loslassen des Zuges oder Drucks an der Sperrklinke das manuell betätigte Zwei-Positionen-Schloss in die geschlossene Position gelangt.

The controlled thermoblocks (1), (1Z), storage of surplus electrical energy in a thermal condition in the range from 300°C to 800°C as a long-lasting thermal energy storage system, made of a mixture containing admixtures of recyclable construction waste, equipped with a load-bearing heat-conducting metal structure (3), a cylindrical space for thermal connectors (8) and a cylindrical space for steam generation and heating. The assembly (45) consists of controlled thermoblocks (1), (1Z), using thermal connectors (8) loosely placed on top of each other to form a three-dimensional body, in at least two layers. The arrangement (46) of the assembly (45) with controlled thermoblocks (1) and base controlled thermoblocks (1Z) comprises an assembly (45) fitted with a steel expansion plate (19) placed on a layer (21) of loose metal balls (11) in a thermal insulation pit composed of an insulating mixture of waste materials. The thermoreactor contains the arrangement (46) of the assembly (45) with controlled thermoblocks (1), (1Z), arranged in the ground pit connected to a steam generator (43), with an electric generator (30) for the generation of electrical energy, and a source of electrical energy conducted in a thermal insulation layer (24 and 25).

The anchor (1) comprises an abutting cross plate (5), a threaded seating (6) connected to the abutting cross plate (5) and arranged above it, a deformable portion (7) connected to the threaded seating (6) and arranged above it, and a threaded rod (8) that passes through the deformable portion (7) into the threaded seating (6). The deformable portion (7) is made as a cage consisting of an upper cylindrical body (9) and a lower cylindrical body (10). The cylindrical bodies (9, 10) are hollow, and deformable ribs (11) alternating with gaps (12) are vertically arranged between the cylindrical bodies (9, 10). The upper ends (13) of the deformable ribs (11) are connected to the upper cylindrical body (9) and the lower ends (14) of the deformable ribs (11) are connected to the lower cylindrical body (10) so that the deformable ribs (11) and cylindrical bodies (9, 10) together form an integral unit, with the deformable ribs (11) projecting beyond the outer contour of the cylindrical bodies (9, 10) in part of their length.

The present invention relates to a sensor for measuring magnetic fields in extreme conditions, particularly at high ambient temperatures and under exposure to intense ionising radiation. The invented sensor consists of a sandwich structure of substrates (1) made of ceramic material. In the gaps between the substrates (1) in the sandwich structure, fired printed surface patterns (2, 3, 8) are formed on the substrates (1), which form the individual turns of the resulting measuring coil of the sandwich structure. The manufacturing process for the invented sensor is simple, as surface patterns are first printed onto individual substrates (1), which are then fired, and subsequently the substrates (1) are assembled into a sandwich structure, fixed by means of fixation points (5, 6), and the sandwich structure is then hardened by re-firing. Part of the invention is the structure of the fired patterns, which allows the sensor to achieve maximum separation of a useful signal in the sensing axis relative to other axes and to resist other physical effects caused by radiation.

Zusammenfassung wird geladen …

The invention presents a method of using thermocompression to electrically interconnect, mechanically bond and simultaneously encapsulate electronic components (1) on textile substrates (2) of smart textile by housings made of thermoplastic materials as part of their surface mounting and further to stabilize electrical contacts with a thermoplastic material containing electrically conductive particles. The method according to the invention facilitates the surface mounting process while maintaining maximum reliability. The invention also includes a housing which enables the electronic component (1), including its electrical contact, to be sealed with the textile substrate (2) under the influence of short-term heat and pressure.

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …