与此同时，我们还要充分考虑到液压折弯机滑块的载荷及约束施加。在实际工况

At the same time, we also fully take into account the loads and constraints applied hydraulic bending machine slider. In actual conditions, bending machine slider is always in a state of movement. Due to the individual slider static analysis must be constrained to be simplified and approximated slider. That is, we impose constraints on the symmetry plane of symmetry of the slider intermediate node. Fixing the slider are connected by the rear guide rail and the slider is provided on the frame to achieve. Therefore, we applied all of the constraints in this area.

At the same time, we also have to take full account of the hydraulic bender slider load and constraint seimposed. Under the actual operating conditions, the bender slider is always in motion. Because the slider is to be analyzed for static purposes individually, the constraints of the slider must be simplified and approximated. That is, we impose symmetric constraints on nodes on the symmetrical surface in the middle of the slider. The fixation of the slider is achieved by the rails set on the rack and the connection slot at the rear of the slider. So, we apply all constraints in this area.

At the same time, we also need to fully consider the load and constraint of the hydraulic bending machine slider. In the actual working condition, the slider of the bending machine is always in the state of motion. Because of the static analysis of the slider, the constraint of the slider must be simplified and approximated. In other words, we impose a symmetric constraint on the nodes on the symmetry plane in the middle of the slider. The fixing of the sliding block is realized by the connection between the guide rail arranged on the rack and the rear part of the sliding block. So we put all the constraints on this part.<br>