g as clearly indicated in the above mentioned m 93 01 038 on page 114 of gummibereifung 7 1996 and on page 91 of gummibereifung 1 1997 u2014 can be entirely eliminated despite the fact that the incisions extend through the edge of the pad such that the pad is softened said pad has an approximately uniform compressive rigidity due to the particularly high softening effect achieved with the narrow rubber webs formed by the staggers the thusly possible elimination of pocket ends of the incisions provides the constructive advantage that the edge length of the incisions becomes longer without requiring a costly increase in the number of incisions it also provides an advantage with respect to the construction of the manufacturing device thin plates namely so called blades are anchored in the profile producing segments of the vulcanization molds in order to realize the tire incisions according to the invention at locations at which a blade is essentially straight u2014 as required on the ends for the incisions according to the invention u2014 a buckling problem arises when the vulcanization mold is closed in particular at locations situated farther from the blade stagger according to the invention such a two dimensional bending buckling occurs if the thickness of the blade is not sufficiently large in relation to the mold closing force transverse forces disadvantageously superimpose on one another in particular at the segment boundaries due to tangential caoutchouc flow movements particularly thin incisions result in a maximum grip because they can be arranged particularly densely however they require correspondingly thin blades this means that a conflict exists with respect to the dimensions of the blade thickness namely between the device manufacturer on one hand who desires buckling resistant and consequently thick.