DE6933806U - ELECTRICALLY REMOTE CONTROLLED SERVO EXTERNAL REVIEW MIRROR FOR VEHICLES OF ALL KINDS. - Google Patents

Description

The invention relates to an electric remote controlled rearview mirror. which can be used on trucks, cars, buses, etc.

With vehicles of this type in today's road traffic, there is «in from Driver avenges viewable angle in the Ettckbllckfcld, which is particularly dangerous where B is really β before driving. The StrEenverkohrsgesetz also requires that each driver the outside rearview mirror before driving according to his Person has to set up. This happens in the most recent cases »in particular on public transport.

The purpose of the servo outside rearview mirror is to use an electrical pulse from the driver every desired backward movement in a fraction of a second to take. This process eliminates the need for time-consuming manual adjustment eller conventional rearview mirror on the outside of the vehicle.

It is known to us that an outside rearview mirror is made up of two Boudensügen moved around a vertical axis. (See Opel-Admiral). Otherwise are hurry to us known rearview mirror designs only laboriously by hand, only once on the outside of the vehicle, but when the vehicle is stationary and not while driving adjust su. With the well-known fixed outside rearview mirror !! is only one viewing angle from the most aft point bia to 20 ° can be seen. In the Verticals can be helped with a curved exterior mirror, however shows a distorted image.

This inconvenience is a neglect of the traffic regulations always likely. In addition, on large vehicles with left arranged driver's seat a traffic hazard occurs if such Classify vehicle with right of way, bsw. Must cross. This occurs especially when a® road is at an angle of 20 ° to 8QO from behind coming, as well as flows in the same direction.

The invention is based on the object of a complete retrospect aft to be reproduced in the most unadulterated form. With a contactor, the driver has the option of placing the outside rearview mirror in the vertical or horizontal direction in a matter of seconds to move. This means that there is no dead hacking angle on all vehicles, who rely on an outside rearview mirror. The adjustment of the outside rearview mirror is therefore necessary for a certain traffic situation, as well as for a permanent® sseutrals position, which the respective driver corresponds to look at.

This task is achieved according to the invention in that the external review '

mirror apMrisch stored and located in its housing part in the vertical or horizontal axis moved. Be by an electrical impulse two magnets independently of each other either for the vertical hsw. horizontal brought in suit. In connection with a Haaterwerk, the Pivoting the AuÖimrÜckbliekepisgele. To the mirror pivot not from The movement can also depend on individual impulses Motor done via a gearbox. The pivoting movement of the exterior rearview mirror persists in dec :, moment where the driver made the contact

An exemplary embodiment of the invention is shown in the drawing is described in more detail below:

Ea show:

Fig. I.

A © Movement display of the mirror pane in the horizontal | Ein® representation of the movement of the mirror pane in the vertical

Both movements are independent of each other and can be used as often as required are executed. Since the suspension of the mirror disk has a spherical position? The movement of the horizontal or vertical pivoting is unmistakable EzxSslioh »·

(ρ

The advantages achieved with the invention are in particular: that instead of a cumbersome adjustment for a permanent setting, according to the driver pereon now by a short electric Command ckontakt carried out this completely © maneuver much more precisely and quickly will.

In addition, at road junctions that are not accessible, etc., can also be used the servo bird in the required direction in a matter of seconds Enable retrospect.

i
693380616.6.7V

Description of Fi. I. A. Mirror mounting head

2. Fixed housing part

3. Mirror pane showing the swivel movement in the * horizontal

4. Drive magnet or motor for horizontal swiveling of the mirror

5. Drive magnet or motor for vertical swiveling dee mirrors

6. Fastwerk

7. Easiwerk

8. Spherical bearing of the mirror disc

9. Flexible sealing sleeve

Description of Fig. II

1. Mirror mounting traverse

2. Fixed housing part

3. Mirror pane showing the swivel movement in the vertical

4. Drive magnet or motor for vertical swiveling of the mirror *

δ. Drive magnet or motor for horizontal swiveling of the mirror

6. Raid

7. Raid

8. Spherical bearing of the mirror disc

9. Flexible sealing sleeve

Description of Fig. IU

1. Vehicle such as LK ¹ W, tram, bus, etc.

2nd driver

3. Outer limitation of the rear view field with normal mirrors

4. Dissemination of the backsight field β in the servo mirror

Description of Fig. IV

1. Equal roads, therefore fencing in front of the drive

2. Vehicle

3. The ultimate rearview limit with conventional mirrors

4. The rear view angle at the servo mirror bridges the otherwise usual blind spots and thus provides the necessary road safety

5. Traditional rear angle

6. Rear view angle at the servo mirror

7. Autobahn

U _. 693380616.6.71

Claims (2)

rubble 1, Elektricch operated and powered servo exterior rearview mirror with spherical movement eye for all vehicles such as cars, trucks, Stra3an * trains, buses, etc., characterized in that the mirror pane * calibrated in a mirror housing located on the vehicle electromagnetically driven, in all necessary directions, whether horizontally odor verticals, spherically moved. 2. Servo-AuOcn rearview mirror according to claim 1, characterized in that that the movement of the mirror is driven by an electric motor via a gear.