vehicle for use as a mobile self-service restaurant

Last crawled date: 1 year, 12 months ago

... here is a current project nr.1171: a vehicle for use as a mobile self-service restaurant with machines for the distribution of meals.
Same carrier: mobile duplex mills - from project:
https://grabcad.com/library/duplex-mill-1
https://grabcad.com/library/duplex-mill-group4-1
.......
With the project-no.1175

Also on the same carrier: mobile slaughterhouses, project-no.1174
Also on the same carrier: mobile dairies - from projekt-no.1173

The vehicles have a low ground clearance of only 60 mm - the through
Hydraulic adjustment can be increased if the vehicle is driving.

In stand-by mode, the vehicles are to be walked from the rear and from the right side behind the passenger door through the center, when they can be walked on.
The trailer corresponds to the basic dimensions of the front of the vehicle.

Here in this project only the design for the vehicle frame is shown: it is a composite frame - of rigid, welded middle frame - and in each case insertable front axle (with motor!) And plug-in rear axle.
This concept should make it possible to adapt the vehicle, consisting of front axle with engine and rear axle, to various requirements.

The vehicle has a longitudinally mounted 6-cylinder drive motor - which is accessible from the outside, from the outside ....
The vehicle has highly adjustable sides, which are almost through - hinged upwards - with additionally on the roof carried "wing" between the disassembled vehicle and trailer - a mobile location under a roof to linger, to consume - with the meals ,
In the other areas - such as milk and cheese production, slaughtering and meat processing - is the intermediate area for outsourcing, ie milking and slaughtering.

In addition, the front-accessible and removable drive motor can be exchanged easily and quickly, thus avoiding longer workshop stays.


The preliminary design sheets - are added in the 1: 1 scale to the file format PDF: they do not correspond to one hundred percent of the CAD design.

Solidworks 2013, step, igs, pdf