rotate ([0,270,0])
{
difference ()
{

	union ()
	{
		translate ([0,0,5])cube ([15,3,30]);	//paredes largas
		translate ([0,5,0])cube ([15,30,3]);
		translate ([5,22,0])rotate ([45,0,0])cube ([5,3,30]);	//tirante paredes largas
		difference ()		//ESQUINA REDONDEADA RODILLA
		{
			translate ([0,5,5])rotate ([0,90,0])cylinder (r=5,h=15,$fn=30);		
			//cilindro de la esquina
			translate ([-1,3,3])cube ([32,8,8]);
		}

		translate ([0,35,0])difference ()	//PUNTA REDONDEADA
		{
			cylinder (r=15,h=3,$fn=30);
			translate ([-18,-18,-0.1]) cube ([18,50,6]);
			translate ([-20,-18,-0.1]) cube ([50,18,6]);
		}
	}

	translate ([5,43,1]) rotate ([0,0,180])hull ()
		{
			cylinder (r=3.6,h=3,$fn=50);
			translate ([0,15,0]) cylinder (r=1.9,h=2,$fn=50);
		}
	translate ([7.5,2,30]) rotate ([-90,0,180])hull ()
		{
			cylinder (r=3.6,h=3,$fn=50);
			translate ([0,15,0]) cylinder (r=1.9,h=2,$fn=50);
		}
	translate ([5,43,-0.5]) cylinder (r=2.5,h=4);	//agujero tornillo
	rotate ([90,0,0])translate ([7,45,-3.5]) cylinder (r=2,5,h=4);	//agujero tornillo

}
}



































translate ([1,0,0])rotate ([90,90,90])mirror ([1,0,0])
{
difference ()
{

	union ()
	{
		translate ([0,0,5])cube ([15,3,30]);	//paredes largas
		translate ([0,5,0])cube ([15,30,3]);
		translate ([5,22,0])rotate ([45,0,0])cube ([5,3,30]);	//tirante paredes largas
		difference ()		//ESQUINA REDONDEADA RODILLA
		{
			translate ([0,5,5])rotate ([0,90,0])cylinder (r=5,h=15,$fn=30);		
			//cilindro de la esquina
			translate ([-1,3,3])cube ([32,8,8]);
		}

		translate ([0,35,0])difference ()	//PUNTA REDONDEADA
		{
			cylinder (r=15,h=3,$fn=30);
			translate ([-18,-18,-0.1]) cube ([18,50,6]);
			translate ([-20,-18,-0.1]) cube ([50,18,6]);
		}
	}

	translate ([5,43,1]) rotate ([0,0,180])hull ()
		{
			cylinder (r=3.6,h=3,$fn=50);
			translate ([0,15,0]) cylinder (r=1.9,h=2,$fn=50);
		}
	translate ([7.5,2,30]) rotate ([-90,0,180])hull ()
		{
			cylinder (r=3.6,h=3,$fn=50);
			translate ([0,15,0]) cylinder (r=1.9,h=2,$fn=50);
		}
	translate ([5,43,-0.5]) cylinder (r=2.5,h=4);	//agujero tornillo
	rotate ([90,0,0])translate ([7,45,-3.5]) cylinder (r=2,5,h=4);	//agujero tornillo

}

}