between the plurality of shear blades 454 and the edges of the slots on the slotted base 456. Then the hydraulic pump 450 activates the plurality of movable cylinders 452 pulling upward the plurality of shear blades 454 clear of the top of the now sheared set of springs 453. Then the now sheared set of springs 453 is moved across the set of rollers 458 and then over the set of rollers 412 and into the opening of the three sided compaction chamber bottom 410 followed by the lowering of the compaction chamber top 414 which then completes the loading the now cut set of springs 441 into the four sided compaction chamber 409

In further detail, still referring to the invention of Fig. 21, the plurality of shear blades 454 needs to be comprised of suitable material and strength and sharpness to cut the wires in the set of springs 453 between the plurality of shear blades 454 and the edges of the slots on the slotted base 456 when adequately powered to do so via downward stroke of the plurality of movable cylinders 452.

The construction details of the invention as shown in Fig. 21 are "as shown" and "may be" made of steel, more preferably steel harder than the steel in the set of springs 433.

The advantages of the present invention shown in Fig. 21 include, without limitation, via cutting the set of springs 453 it minimizes the strength of the ties wires in the set of springs 453 to pull individual springs in the set of springs 453 out of position during the compaction process.

In broad embodiment, the invention shown in Fig. 21, is the set of springs 453 preparation step to cut the tie wires of the set of springs prior to the compaction process of the set of springs 453 or to cut the tie wires of any other set of springs.

Referring now to the invention in more detail, in Fig. 22 there is shown one embodiment of the current invention 465 comprising: a hydraulic pump 460, a movable cylinder 462, a deformed top 464, a deformed bottom 466, a set of rollers 468, and a set of springs 461 of height 463.

In more detail, still referring to the invention of Fig. 17 and Fig. 22, in operation the hydraulic pump 460 activates movable cylinder 462 pulling the deformed top 464 upward allowing the set of springs 461 to be positioned on top of the deformed bottom 466 below the deformed top 464. Then the hydraulic pump 460 activates movable cylinder 462 pushing the deformed top 464 downward

Deforming the set of springs 461 between the deformed top 464 and the deformed bottom 466.

Then the hydraulic pump 460 activates movable cylinder 462 pulling the deformed top 464 upward allowing the set of springs 461 to be moved across the set of rollers 468 and then over the set of rollers 412 and into the opening of the three sided compaction chamber bottom 410 followed by the lowering of the compaction chamber top 414 which then completes the loading the now cut set of springs 461 into the four sided compaction chamber 409.

In further detail, still referring to the invention of Fig. 22, to work properly, the deformed top 464 and the deformed bottom 466 should interlock when brought together. The length of the deformed top 464 and the deformed bottom 466 may be slightly longer than the length of the set of springs 461. The width of the deformed top 464 and the deformed bottom 466 may be slightly wider than the width of the set of springs 461. If either the length or the width of the deformed top 464 and