Abstract:
The invention relates to a solar module having a connecting element, comprising: a) a substrate (1), a back electrode layer (3), a photovoltaically active absorber layer (4), and a cover pane (2) disposed one over the other, wherein the photovoltaically active absorber layer (4) is partially electrically conductively connected to the back electrode layer (3) and comprises a front electrode layer (22) on the side facing away from the back electrode layer (3), and the front side (III) of the substrate (1) is connected laminarly to the back side (II) of the cover pane (2) by means of at least one intermediate layer (5), b) at least one prefabricated conductive film (6) comprising at least one electrically conductive layer (6.1) and one electrically insulative layer (6.2), and electrically conductively connected to the back electrode layer (3) and/or the front electrode layer (22), and comprising a connection point (7) for making electrical contact, and c) at least one connection housing (8) comprising at least one electrical conductor connection (10) between a contact element (9) and the connecting point (7) of the conductive film, wherein the conductive film (6) is disposed about the side edge (12) of the substrate (1), and the conductive film (6) and the connection housing (8) are mounted on the back side (IV) of the substrate (1), or the conductive film (6) is disposed about the side edge (13) of the cover pane (2) and the conductive film (6) and the connection housing (8) are mounted on the front side (I) of the cover pane (2).
Abstract:
The invention relates to an antenna assembly, comprising at least one insulating substrate, at least one conductive coating, which covers at least some sections of a surface of the substrate and is used at least in some sections as a flat top antenna for receiving electromagnetic waves, at least one first coupling electrode which is electrically coupled to the conductive coating for extracting data signals from the flat top antenna, at least one source of interference, which is disposed such that interfering signals can be received by the flat top antenna, a structure which serves as a ground and which is electrically conductive, and at least one second coupling electrode which is electrically coupled to the conductive coating for extracting interfering signals that are received by the flat top antenna from the flat top antenna. The at least one second coupling electrode comprises a first coupling surface, and the conductive structure comprises a second coupling surface that is capacitively coupled to the first coupling surface, wherein the two coupling surfaces are designed such that they selectively allow the transmission of a frequency range that corresponds to the interfering signals to be extracted from the flat top antenna.
Abstract:
Placa con al menos un elemento de conexión eléctrica, que comprende: - un substrato (1), - una estructura (2) conductora de la electricidad en una zona del substrato (1), - una capa de una masa de soldadura sin plomo (4) sobre una zona de la estructura conductora de la electricidad (2), y - un elemento de conexión (3) en la masa de soldadura (4), - el elemento de conexión (3) contiene una primera zona y una segunda zona de base (7,7'), una primera zona y una segunda zona de transición (9,11) y una zona de puente (10) entre la primera y la segunda zona de transición (9,11), - existe una primera y una segunda superficie de contacto (8,8') en la parte inferior de la primera y de la segunda zona de base (7,7'), - la primera y la segunda superficies de contacto (8,8'), y las superficies (9',11'), orientadas hacia el substrato (1), de la primera y de la segunda zona de transición (9,11), están conectadas a la estructura conductora de la electricidad (2) a través de la masa de soldadura (4), y - el ángulo entre la superficie del substrato (1) y cada uno de los planos tangenciales (12) a las superficies (9',11') de las zonas de transición (9,11) orientadas hacia el substrato (1), es de
Abstract:
La presente invención se relaciona con una hoja de vidrio con por lo menos un elemento de conexión eléctrico que comprende: - un sustrato (1), - una estructura eléctricamente conductora (2) sobre una región del sustrato (1), - una capa de un material de suelda (4) sobre una región de la estructura eléctricamente conductora (2), y por lo menos dos puntos soldantes (15, 15') del elemento de conexión (3) sobre el material de suelda (4), en donde - los puntos soldantes (15, 15') forman por lo menos una superficie de contacto (8) entre el elemento de conexión (3) y la estructura eléctricamente conductora (2), y la forma de la superficie de contacto (8) tiene por lo menos un segmento de un ovalo, de un elipse o de un círculo con un ángulo central a de por lo menos 90º.