Abstract:
The present invention relates to a printed circuit module (1), including at least two printed circuits (1) arranged side by side, each of said printed circuits (1) substantially having the shape of a plate in which one or the other surface in particular comprises an assembly of at least one electroluminescent electronic component (2), such as an LED, and a network of electric-current-conducting tracks (2'). The printed circuits (1) are connected together by pairs using a connection device that consists of at least one hinged connection bracket (3) that comprises two connection bracket portions (7) hinged together about a transverse pivot axis (6) extending substantially along the linking gap, i.e. at or near the latter, of the two printed circuits (1) in question in order to enable an angular movement of the printed circuits relative to each other about said transverse axis (6) so as to incline same relative to each other.
Abstract:
Dispositif d'interconnexion comprenant un support (200), formé d'un ou de plusieurs substrats et/ou de couches superposées (200a, 200b), dans lequel au moins un trou est pratiqué, le trou ayant des parois formant un contour fermé et étant formé d'une cavité (303), la cavité est formée d'un orifice borgne réalisé dans le support (200) et d'une ou plusieurs rainures (205a-205h) communiquant avec la cavité, les rainures s'étendent tout ou partie le long du trou, un ou plusieurs éléments conducteurs (307a-307h) étant disposés sur au moins une paroi du trou et traversant ce dernier, les éléments conducteurs étant destinés chacun à connecter entre elles des zones conductrices situées à la surface du support (200) et dans le fond de la cavité (303).
Abstract:
Disclosed is a secondary battery (10) comprising: a bare cell (100); a protection circuit module (200) having a board (210) having a first hole (210a) formed by opening a portion of a first short edge (211) thereof and located on the bare cell (100); and a first lead plate (300) located between the bare cell (100) and the protection circuit module (200) to support portions of the board (210) located on opposite sides of the first hole (210a) about the first hole (210a) thereby.
Abstract:
There are disclosed printed board (5) on which electronic parts are mounted, a method for manufacturing the printed board, and a structure for connecting conductor elements (8, 8') to this printed board. The printed board includes an insulating supporting substrate (50) and at least one metallic terminal (53, 54). The supporting substrate is provided with at least one opening (51, 52) through the substrate, and the metallic terminal is fixed to the supporting substrate without protruding from the supporting substrate and bridges the opening.
Abstract:
In a system comprising two printed circuit boards, each printed circuit board is provided with at least one electrical contact element for electrically interconnecting the printed circuit boards. One of the electrical contact elements comprises at least one electroconductive pin formed from one of the printed circuit boards, while the other electrical contact element is formed by at least one hole in the other printed circuit board, a wall of said hole being covered with an electrically conducting layer.
Abstract:
A plug (10) includes a housing (12) and at least one functional component (54, 56) and/or circuit and is connectable with contacts of a telecommunications module, wherein the plug (10) includes at least two printed circuit boards (14, 16). An assembly, such as a distribution point, in particular a main distribution frame includes at least one telecommunications module and at least one plug (10). A method of manufacturing a plug including a housing and at least one functional component, which is connectable with contacts of a telecommunications module, includes the step of arranging at least two printed circuit boards in the plug.
Abstract:
There are disclosed printed board (5) on which electronic parts are mounted, a method for manufacturing the printed board, and a structure for connecting conductor elements (8, 8') to this printed board. The printed board includes an insulating supporting substrate (50) and at least one metallic terminal (53, 54). The supporting substrate is provided with at least one opening (51, 52) through the substrate, and the metallic terminal is fixed to the supporting substrate without protruding from the supporting substrate and bridges the opening.