Abstract: A combination instrument (1) for displaying measured values and/or other information, having a flexible printed circuit (2) on which electrical and/or electronic components (9, 10, 13) are arranged, and with parts of the flexible printed circuit (2) being clamped in between a rear face cover (4) and a front face cover (3), with the rear face cover (4) to be made of metallic material.

Abstract: A pointer instrument having a connecting sleeve (3) which holds an essentially transparent pointer (4), and an illuminating means (10) that radiates directly into a f lag (12) of the pointer (4) the connecting sleeve (3) having conductors (17), 18) and contact surfaces (15, 16) of conductive plastic. At its end facing away from the pointer (4), the connecting sleeve (3) has connecting contacts (13, 14) for making contact with a power supply of a circuit board (6).

Abstract: In a pointer instrument (1), a pointer drive (3) is used to deflect a pointer (4) arranged on a supporting element (2). The supporting element (2) is shaped essentially like a circular ring and is mounted by bearing points (7) equally distributed over its circumference. The central area of the pointer instrument (1) is therefore free of apertures and, as a result, permits the arrangement of a display (9), for example an LCD display, which can be read irrespective of the angular position of the pointer (4).

Abstract: In a pointer instrument (1), a pointer drive (3) is used to deflect a pointer (4) arranged on a supporting element (2). The supporting element (2) is shaped essentially like a circular ring and is mounted by bearing points (7) equally distributed over its circumference. The central area of the pointer instrument (1) is therefore free of apertures and, as a result, permits the arrangement of a display (9), for example an LCD display, which can be read irrespective of the angular position of the pointer (4).

Abstract: An instrument cluster has a rigid printed circuit board (3) on the rear side of a basic (1). On the front side, the basic body (1) is partially covered by a supporting body (10) which is connected in an articulated manner to the basic body (1). A flexible printed circuit board (12) extends over the front side of the basic body (1) and the supporting body (10), the printed circuit board having a connecting region (13) which is deflected by a defined angle with respect to an edge region of the rigid printed circuit board (3) and is connected to this printed circuit board (3) by bow-type soldering (14) for example.

Abstract: A combination instrument for a motor vehicle, having a front frame and a display panel and a plurality of display instruments and warning lights which are arranged on a printed circuit board and are provided for displaying information on the display panel. The front frame is produced integrally with light shafts which lead from the warning lights to the display panel. In the region of the warning lights, the display panel is formed by a diaphragm screen which is adhesively bonded to the front frame and is produced as a film. The light shafts simultaneously serve as spacers for the printed circuit board.

Abstract: In an indicating instrument (1) with a translucent dial (8), an illuminated pointer (4) is arranged, out of the viewing direction of a viewer, behind the dial (8) on its rear, inner side (7). The surface of the outer side and/or of the inner side of the dial is reflection-reducing so as to enable the dial to serve the function of a covering glass.

Abstract: In a combination instrument (1) for displaying measured values and/or other information, having a flexible printed circuit (2) on which electrical and/or electronic components (9, 10, 13) are arranged, and with parts of the flexible printed circuit (2) being clamped in between a rear-face cover (4) and a front-face cover (3), the invention provides for the rear-face cover (4) to be made of metallic material.

Abstract: In the case of a pointer instrument having a connecting sleeve (3), that holds an essentially transparent pointer (4), and an illuminating means (10) that radiates directly into a flag (12) of the pointer (4), the connecting sleeve (3) has conductors (17, 18) and contact surfaces (15, 16) of conductive plastic. At its end facing away from the pointer (4), the connecting sleeve (3) has connecting contacts (13, 14) for making contact with a power supply of a circuit board (6). (FIG.

Abstract: In an indicating instrument (1) with a translucent dial (8), an illuminated pointer (4) is arranged, out of the viewing direction of a viewer, behind the dial (8) on its rear, inner side (7). An additional covering glass for protecting the pointer (4) can thus be dispensed with.

Abstract: A pointer instrument having a connecting sleeve (3) which holds an essentially transparent pointer (4), and an illuminating means (10) that radiates directly into a flag (12) of the pointer (4), the connecting sleeve (3) having conductors (17), 18) and contact surfaces (15, 16) of conductive plastic. At its end facing away from the pointer (4), the connecting sleeve (3) has connecting contacts (13, 14) for making contact with a power supply of a circuit board (6).

Abstract: An instrument cluster having a housing, a system support (21) to receive indicating instruments, and a circuit board (6) which is connected by fastening elements (35) to the system support (21) and mounted in floating fashion.

Abstract: A combination instrument having a front frame (12), a transparent cover glass (16), display systems (2) and/or operating elements mounted in the combination instrument, a circuit board (6) arranged behind them and bearing electronic components, the display systems and/or operating elements contacting the circuit board, and having a rear closure cover (13) for the combination instrument. Such a combination instrument is particularly easy to construct and mount and can thus be produced at favorable cost when it has a system support (1) developed as supporting structural part provided with recesses for the positioning and holding of the display systems and/or operating elements. The circuit board is connected to the system support. The system support thus represents the supporting element of the combination instrument around which all other parts of the combination instrument are grouped.

Abstract: A dial arrangement is formed of plastically deformable material, in particular sheet metal, for a combination instrument. It has at least two individual dials which are connected to each other, each being provided with an imprint. In order to permit a curving, i.e. an arching of the array of dials provided with the imprint while the individual dials are connected to each other without impairing the appearance of the individual dials, the connection in each case of adjacent individual dials is effected by at least one web, the web being arranged outside the center connecting line of the individual dials. The web in question can thus plastically deform upon the curving of the dial arrangement so that the dial center points and the respective imprints, and thus the appearance of the dial arrangement, are retained.