TH70987A - Door controls for cars - Google Patents

Abstract

DC60 (26/01/48) The doorknob consists of a lever 6 that has been formed at the near end of this lever, with a boss 10 connected to the receiver 7 with the help of the 8 pivot; Cover 1 with through holes 4, 5 through which the lever 6 extends through, and the cap 19 which touches the slide 9 of the lever 6 in the cover 1, the lever 6 is provided. Full opening stop 12 at the far end of this lever, which comes into contact with the outer surface of the cage 1 to set the boundary position. Fully enclosed of door D, fully opened stop 12 has been molded in the same way as the lever 6 boss 10 has been formed to pass through holes 4, 5 in. Cover 1 and between a pair of caps and 19, so the door operator can be assembled. For cars by cutting the process of assembly Install the stop at check It is fully opened to the lever. The doorknob consists of: Lever 6 that have been formed at the near end of this lever, with a boss 10 connected to the receiver 7 with the help of the pivot 8; Cover 1 with through holes 4, 5 through which the lever 6 extends through, and the cap 19, which touches the slide, the ninth motion of the lever 6 in the cover 1, the lever 6 has been Provide There is a stop at full opening 12 at the far end of this shaft, which comes in contact with the outer surface of the cage 1 to define the positional region. Fully enclosed of door D, a stop at full opening 12, has been molded in the same way as the lever 6, boss 10 has been formed to pass through holes 4, 5. In cover 1 and between pairs of caps and 19, hence the door operator can be assembled For cars by cutting the process of assembly Install the stop at check To fully open to the lever out:

Claims (3)

1.Door controller for cars Includes: Lever (6) that has been formed at The near end of this shaft provides a swinging boss (10) with a receiver (7) fixed to the vehicle body (B) by means of a dowel (8); A cover (1) with a through hole (4, 5) through which the lever (6) is extended, provided that the cover (1) is also attached to the door (D) that is connected to the body (B). Hinge; Pair of caps (19, 19) enclosed in the cover (1) and the sliding contact with the operating surface (9, 9) of the lever (6); And the elastic assembly (20, 20), which is enclosed in the shield (1) and pushed the cap (19,19) towards the motion control surface (9, 9), the lever (6) is provided. The fully opened stop (12) at the far end of this lever, which will come into contact with the wall at the outer end of the cover (1) to define the fully opened position of the door (D) and the clasp (19, 19) It has been formed as a single piece to have a pair of guide walls (19b, 19b) touching the sliding sides with the two lateral surfaces arranged in a direction along the width (W) of the moving surfaces. (9, 9) of the lever (6), where the fully exposed stop (12) is fully formed as the lever (6) and where the boss (10) has been Get formed so that it can pass through holes (4, 5) in the cover and between the pair of caps and (19,19). 2. Door controller for cars according to claim 1 where Boss (10) was formed for It is larger in diameter than the width (W) of the moving surface (9, 9) and where the pair of extension (10c, 10c) can be passed between the pairs of leading walls (19b, 19b) of the body. The dash (19, 19) has been formed on the surface at both ends in the axial direction of the boss (10) in such a way that when the extension (10c, 10c) passes between the pairs of The lead wall (19b, 19b), the outer outer portion of the boss (10) will be able to pass between the pair of caps and (19,19). 3. Door controller for cars according to claim 2, where Boss (10) was formed for There is a wedge-shaped section (10d) for widening the gap between the pair of caps and (19,19) when inserting bosses (10) between the pair of caps (19,19).