DE20314679U1 - Lifter for large refuse bins consists of two component supports which by their lower and upper end points have detachable connection with collecting container, with pivot points of lifting arm and cylinder located on component supports - Google Patents

Abstract

The lifter for large refuse bins consists of two component supports (7) which by their lower (8) and upper (9) end points have a detachable connection with the collecting container (1). The pivot points (3) of a lifting arm (2) and a cylinder are located on the component supports. The component supports are rigidly interconnected by a cross member (10). The component supports on their lower detachable connections are constructed as a pivot bearing (8a).

Description

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Description

The present invention relates to a lifter for a

Bulk material collection vehicle with a collection container, in the container with bulk material in particular
Large waste containers can be lifted and emptied by tilting them using the lifter. The lifter is equipped with a couple of lifting arms which are arranged on the collection container so that they can pivot around an axis. The lifting arms are driven by cylinders which are attached to the lifting arms and which are also attached to the collection container. The lifter is also equipped with a slide attached to the collection container, via which the large waste containers are emptied. All components are individually and inseparably connected to the collection container, thus limiting the use of the vehicles.

For this reason, the bulk material collection vehicle can only be used to empty large waste containers and is not suitable for other applications.

The present invention is therefore based on the object of designing the entire lifter in such a way that the lifting arms, the slide and the entire hydraulic system are accommodated by component supports screwed to the outside of the collection container and connected to one another via a crossbeam and can thus be separated from the collection container at any time, thus making the bulk material handling vehicle suitable for other applications.

The present invention is therefore based on the object of creating an improved bulk material collection vehicle which can also be used for other applications.

According to the invention, this object is achieved according to claim 1. Preferred embodiments of the invention are the subject of the dependent claims.

According to the invention, the lifter consists of component carriers, which in turn are detachably arranged on the collecting container.

The component supports consist of an angled support, on which the angle of the .

The bearing points of the lifting arms and part of the counter bearings of the cylinders are located on the component carrier. At the upper end there is another counter bearing for the cylinders of the lifting arms and the fastening points of the component carrier for the collection container. At the lower end of the component carrier there is another fastening point of the component carrier for connection to the collection container.

In a further development of the invention, the component supports are firmly connected to one another via a crossbar and form a U-shaped unit that surrounds the collection container. This makes the lifter an independent unit that can be easily separated from the collection container and the collection container can be used for other tasks. In a further development of the invention, the lower fastening point of the component supports is designed as a pivot point. This simplifies assembly to the collection container. To separate the lifter and collection container, only the upper fastening point needs to be loosened and the lifter can be folded down and put away.

An embodiment of the invention is explained with reference to Figures 1-. They show:

Figure 1 Side view of the

Lifters

Figure 2 Rear view of the lifter

In the figures, the lifter is shown with the component carrier 7,7a, consisting of 55

the angled supports 6;6a the cross member 10,the upper
Attachment point 9 on the
Collection container 1, the lower attachment point 8,8a, the lifting arms 2 60

with the axis 3 and the cylinder 4 as well as the slide 5.

Figure 1 shows how the component carrier 7 with its carriers 65

6,6a forms the bearing point both for the lifting arms 2 with the axis 3 and for the counter bearing 11 of the cylinder 4.

At the upper end of the component carrier

7 is the attachment point 9 70

which establishes one connection with the collecting container 1. The lower fastening point 8,8a establishes the other connection with the collecting container. 75

In Figure 2 the lifter can be seen from behind.

The component carriers 7,7a

outside of the collecting container 1 80

and surround it.The cross member 10 is firmly connected to the
Component carrier 7,7a. By fastening using a detachable connection 8,9, the entire 85

Separate the lifter from the collecting container 1. If the lower detachable connection is designed as a pivot point 8a for the lifter, the lifter can be folded down and thus easily removed from the collecting container 1 90

separate.

The slide 5 is attached to the traverse 10, which can also be easily connected to the component carrier 7,7a, the lifting arms 2, the cylinders 4 from the 95

Collection container 1 can be separated.

100 50

Claims (3)

1. Lifter for large garbage containers, which is attached to a bulk material collection vehicle with a collection container 1 , into which containers with bulk material, in particular large garbage containers, can be emptied, characterized in that the lifter consists of 2 component carriers 7 , 7a , which form a detachable connection with the collection container 1 at their lower end points 8 and the upper end points 9 and the pivot points 3 of the arms and the cylinders 4 with the counter bearing 11 are arranged on the component carrier 7 , 7a . 2. Lifter according to protection claim 1, characterized in that the component supports 7 , 7a are firmly connected to one another via a cross member 10 . 3. Lifter according to protection claim 1, characterized in that the component supports 7 , 7a are designed as pivot bearings 8a at their lower detachable connections 8 .