the sock which is chosen as an embodiment example ( fig1 ) consists of a foot part 1 and a shaft 2 . the foot part 1 presents a toe area 11 , a heel area 12 and , between the toe area and the heel area , a stepping area 13 . the areas 11 , 12 and 13 , as shown in the embodiment example , can be manufactured from reinforced material . it is also possible to use material combinations , such as , for example , virgin wool with elastic fiber materials , for example elastin . the sock presents a rounded stepping area 13 ( fig1 and 4 ). the arch 131 of the stepping area 13 , which has been formed in this manner , is turned against the inward arch of the human foot sole ; the arch 131 is directed outward . the arch 131 produces a rounded external contour 132 . the contour 132 corresponds to the course of the rolling motion of the foot during walking and running ; before the heel is put down , the foot rolls over the arch 131 along the contour 132 to the toes . in the front area of the ball of the foot and in the back area of the heel , the material is tapered to continue the rounded external contour . the arch 131 can be produced in different manners . it is possible to produce it by padding . for this purpose , padding of different thickness can be used . in this case , thicker padding which are thinning at the ends are placed in the middle area . depending on the number of padding with different thickness , it is possible to choose gradations of thickness ranging from fine to less fine . it is also possible to use yarns of different thickness , where the thickest yarns are sewn in the area of the maximum extent of the arch . furthermore , the arch can be created by including a larger number of threads by knitting , where the number of threads , starting from the heel to approximately the middle of the stepping area 13 , increases , and then decreases from there in the direction towards the toes . it is conceivable to produce the arch 131 in another manner . the shaft 2 is provided on its end , which is turned toward the foot part 1 , with a band 21 . in the area of the calf , the shaft 2 is provided with pads 22 , where stab padding is used in the represented example ; other forms of pads are possible . in the lower area of the shin , in the area of transition to the instep of the foot part , pads 23 are arranged . the arrangement of pads in the area of the achilles heel is also possible . in general , the pads are manufactured from synthetic yarns or compound fabrics or yarns , or similar materials . in the embodiment example , the paddings of the sock are made from hollow chamber fibers , around which wool or cotton is spun . hollow chamber synthetic yarns have a particularly strong shock and pressure absorbing effect . the stepping area 13 can be manufactured from a micro fiber knitted material , which helps to reduce abrasion . in the toe and heel area , the foot support is also made of micro fibers , as needed . in addition , the sock is equipped with an x - cross bandage 24 , which is formed from an elastic climate regulating fabric . the x - cross bandage 24 provides support to the bone in the transitional area between the leg and the foot . in the embodiment example , an air channel 25 , which starts from the band 21 , reaches the stepping area 13 and it is formed from a climate regulating cross knitted fabric . the air channel 25 contributes to the removal of humidity from the stepping area . such an air channel 25 can also be provided on the inner side of the leg or on both sides of the sock . three climate channels 26 are arranged in the embodiment example according to fig2 . the stepping area 13 is interrupted by the climate channels 26 . the climate channels 26 start and end at the external edge of the stepping area ; they are designed in the shape of an arc , thus increasing the effective channel length . this effect is further enhanced by the wavy pattern of the climate channel in the embodiment example according to fig3 . by enlarging the effective channel length , the transport capacity is increased , and the cooling surface area in the stepping area is enlarged . as shown in fig4 , the climate channels 26 can be continuous throughout the entire — reinforced — stepping area 13 of the sock , and thus they can also extend into the lateral areas which embed the foot . the climate channels 26 are formed from climate regulating cross knitted fabrics . they can be designed in such a manner that the thickness of the cross knitted fabric corresponds to the thickness of the stepping area , resulting in a continuous surface . this arrangement has a positive influence on wearer comfort . in the embodiment example according to fig5 , the sock , in the stepping area 13 , presents climate channels 26 which are tapered in design . as a result of the partial tapering 261 of the air channel 26 , the conveyance of the air is accelerated ( the so - called venturi principle ). as a result , the removal of the humidity from the stepping area 13 is accelerated , on the one hand , and , the cooling performance in this area is increased , on the other hand . this advantage can be further increased if the climate channels 26 present a substantially circular cross section ( fig6 ). in this design , the narrowing 261 also has an approximately circular cross section . the unclosed section of the channel 26 is denoted “ b .” under a load , the separation b is reduced , in the extreme case to b = 0 , which results in a closed circular section . the climate channel 26 then is in the shape of a laval nozzle , which considerably improves the positive properties . in the embodiment example according to fig7 , the stepping area 13 presents a central channel 262 , from which arc - shaped climate channels 26 branch off on both sides , ending at the external edge of the stepping area 13 . as a result of the central connection of the climate channels 26 through the central channel 262 , a uniform climate is achieved in the entire stepping area 13 . in addition , the connection results in the pressure being the same in all the climate channels 26 , which in turn produces a uniform dehumidification when a load is applied . moreover , the uniform pressure results in a pleasant stepping sensation . in a variant of the embodiment example , there is the possibility of extending the central channel 262 beyond the stepping area 13 into the toe area 11 and / or the heel area 12 . in the embodiment example according to fig8 , three climate channels are arranged in the stepping area 13 , which open into an air channel 25 on the inner side of the leg , where the air channel extends into the hollow of the foot . the climate channels 26 are arranged in a radiating pattern . as a result of this arrangement , large areas of the stepping area are reached by the climate channels 26 , so that it is possible to remove humidity from the entire stepping area . the width and the length of the climate channels 26 can here be chosen freely as a rule . the number of the climate channels 26 can also be changed . by increasing the lengths or the widths of the climate channels 26 or by increasing the number of the climate channels 26 , it is possible to increase the amount of humidity that can be conveyed . in the embodiment example according to fig9 , in a manner equivalent to fig8 , in the stepping area 13 , climate channels 26 are arranged , which open into an air channel 25 , arranged on the outer side of the leg . the climate channels 26 extend in a radiating pattern to the hollow of the foot . in the embodiment example according to fig1 , an air channel 25 is arranged on each inner and outer side of the leg of the sock . the stepping area 13 of the sock presents climate channels 26 , which are arranged between the air channels 25 in the hollow of the foot . the number as well as the dimensions of the climate channels here too can be chosen substantially as desired . as a result of the connection of the air channel 25 on the inner side of the leg and the outer side of the leg , an optimal air circulation in the shoe is produced , so that a maximum of air humidity can be conveyed out of the shoe or out of the sock . in addition to the embodiment example represented in the figures , other possibilities exist for the distribution and orientation of the climate channels 26 in the stepping area 13 . when the term sock is used in the description and in the claims , it is not intended to limit the invention only to socks ; rather , the term is also used as a general reference for stockings , panty - hose , and similar items to which the invention also relates .
the invention relates to a sock , especially a sock which is used in sports activities . the sole has rounded step area . the rounded step area is advantageously dome shaped .