DE1945580U - PEDAL BUCKET. - Google Patents

Description

Dipl. Ing. Walter Meissner, * ·· w ■■ _Λ "* _c λ · ί« mcr

Dipl. Ing.Herbert Tischer: -tocHen, - April 15, 1966

Office IVI ü η cn en
'Munich 2, valley 71

Pieter Germen Beimers, Almelo (Holland)

Pedal Bucket

The innovation concerns a pedal bucket in which ν an inner container sits removably in an outer container, the lid of which can be opened by a "linkage" which contains a pedal lever hinged to the bottom of the outer container.

The aim of the innovation is to create a pedal bucket of this: \ ^: type, the volume of which is in relation to its; \ External dimensions is maximum. _: ^;

According to the innovation, the pedal lever forms a ring surrounding the outer container, into which the lower end of the inner container protrudes so that the filling volume can extend practically to the bottom surface of the pedal bin. " ./ _: \

- So that the half-ring-shaped support bracket of the inner container on the upper end, the pedal lever bucket s good. can be touched is this support bracket designed so that it is on the outside of the Upper edge of the inner container lies and so across _ to the H plane of the ring is bent so that it has two ring parts running in different planes "

The drawing illustrates the inflation in one; Embodiment shown in Fig. 1 in section is, while Fig. 2 on a smaller scale a horizontal section according to the line TI-II in Fig. 1 and .Fig. 3 also on a smaller scale a front view of the upper indes of the ^ Pedal bin without lid according to line III in FIG. 1 show. . :

The lid 3 is hinged to the outer container 1 at 2, "■ '", "which can be opened by pushing up a rod 5 hinged to it at 4. The rod 3 is articulated at 6 to an essentially ring-shaped pedal lever 7, . Which is supported by axes 8 and 9 articulated by the wall of the outer container 1 and / or a collar 10 at the lower edge of the same .. The collar 10 has passage openings 11 or -: 12 for the ends of the lever 7, on one of which Seated at the end of a step plate 13. The step lever 7 is therefore covered between the outer container 1 and the collar 10 _;

In Fig. 1 and 2, the inner container 14 is dash-dotted line indicated. The inner container 14 protrudes with its lower end w into the ring formed by the lever 7. This ring is expediently a fully closed ring, but embodiments with a not fully closed ring are also possible. -

As can be seen from Fig. 1 and 3, the semicircular, hinge-like on the inner container 14 arranged support bracket I ^ in its middle part 16 bent twice, see above that between: Bracket 15 and the upper edge of the outer container 1 always: at some point there is a free space to hold the bracket, regardless of whether it is folded down forwards or backwards is. ;

Claims (4)

; V; RAJ 98 97 745; ; ίι.6 & S c h u t ζ a η s ρ r ü c h e 1. Pedal bucket, "in which an inner container can be removed; sits in an outer container, the Deekel through, a linkage,; is to be opened, which contains a pedal lever articulated at the bottom of the outer container, characterized in that the pedal lever (7) has a the outer container: forms a completely or partially enclosing ring, into which the lower end of the inner container (14) protrudes. 2. pedal bin according to claim 1, characterized in that: that the pedal lever (7) is covered between the dam outer container (1) and a collar (10) at the lower edge thereof, the collar (10) through openings (11, 12); for the pedal ends -; ; having. ".- ■■ -; ~~ ~ ^: - -_ ' 5 · Pedal bin according to claim 2Jf, characterized in that that the pedal lever (7) is articulated by axles (8, 9) from the \ Wall of the outer container (1) and / or is borne by the collar (10 ^. / 4. Pedal lever bucket according to one of the preceding claims, the inner container of which has a hinge-like attached, approximately half-ring-shaped support bracket at the top, characterized in that the support bracket (15) in the closed position of the bucket on the outer ^ side of the upper edge of the inner container (14) and transversely to _{: the} main plane of the ring is bent (16).