MECHANISED TAIL GATE ARRANGEMENT IN TIPPER

The present invention relates to a mechanical tail gate arrangement in a tipper. The said arrangement consists of fixing one cross beam (2) over a sub frame (3) of a tipper, disposing a plurality of 'L' shaped frames in the two sides of the tipper, welding the smaller ends (6) with the tail gate (1). The existing mountings at the top corner of the tail gate is removed when an additional cross member is welded in the dump body near the earlier tail gate mounting to improve strength and avoid deformation. New mounting positions are arranged over the dump body (11). A pin and bush system (7) is fixed with grease lubrication over the dump body (11) and the said system is connected with the larger side (8) of the 'L' shaped frame (5) wherein the longer arm (8) is connected with cross beam (2) through a link and pin arrangement (9) and a turn buckle (10) is placed in between the ends of the linkage to provide minor adjustment in the linkage system when the dump body (11) goes up for dumping materials and pulls the end of the longer arm (8) which in turn opens the tail gate (1).