V-belt for transmitting high load

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, a ratio of a dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to a lower end of the lower pulley-contact face to a dimension extending in the belt thickness direction from the buried cord center line to an upper end of the lower pulley-contact face is larger than or equal to 4.0, whereas a dimension extending in the belt thickness direction from the buried cord center line to a middle of the lower pulley-contact face is smaller than or equal to 2.3 mm.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, the dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to the lower end of the upper pulley-contact face is 0.4-0.8 mm.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, the dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to the upper end of the upper pulley-contact face is 3.1-3.8 mm.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, a dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to an upper end of the lower pulley-contact face is 0.4-0.8 mm.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, a dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to a lower end of the lower pulley-contact face is 3.1-4.0 mm.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, the dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to the lower end of the upper pulley-contact face is equal to a dimension extending in the belt thickness direction from the buried cord center line to an upper end of the lower pulley-contact face.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, the dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to the upper end of the upper pulley-contact face is equal to a dimension extending in the belt thickness direction from the buried cord center line to a lower end of the lower pulley-contact face.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, the ratio of the dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to the upper end of the upper pulley-contact face of to the dimension extending in the belt thickness direction from the buried cord center line to the lower end of the upper pulley-contact face is equal to a ratio of a dimension extending in the belt thickness direction from the buried cord center line to a lower end of the lower pulley-contact face to a dimension extending in the belt thickness direction from the buried cord center line to an upper end of the lower pulley-contact face.

The V-belt for transmitting high load of claim 1, whereinnon each block side face of the blocks, the dimension extending in the belt thickness direction from the buried cord center line of the corresponding tension band to the middle of the upper pulley-contact face is equal to a dimension extending in the belt thickness direction from the buried cord center line to a middle of the lower pulley-contact face.