diode 10 which serves as the bottom of the assembly fig1 shows top portion 40 shows top portion 40 of planetary housing 30 including apertures 50 for receiving pins 60 to rotate planetary gears 70 elevation members 80 elevate apertures 50 above bottom plate 15 fig1 shows a planetary gear 70 alignable with aperture 50 with pin 60 as shown in fig1 sized to pass through the center 75 aperture of gear 70 indentations 300 310 and 320 may be identically shaped and formed as a semicircle extending outwardly from the inside circumference edge of pressure plate 210 frictions discs 260 and steel discs 240 respectively indentations 300 310 and 320 may have a radius minimally larger than that of gear 70 to allow removal of gear 70 to access a damaged or worn pressure plate 210 friction disc 260 or steel disc 240 each of pressure plate 210 friction disc 260 and steel disc 240 should have an indentation 300 310 or 320 respectively to correspond to each gear 70 alternatively instead of being semicircles indentations 300 310 or 320 may have different shapes such as rectangular or even an irregular shape so long as they allow clearance by gears 70 although a few embodiments have been shown and described it will be appreciated by those skilled in the art that various changes and modifications can be made to these embodiments without changing or departing from their scope intent or functionality the terms and expressions used in the preceding specification have been used herein as terms of description and not of limitation and there.