JP2016037395A5 - - Google Patents

Description

Utility Model Registration No. 3144395

Notch 11 is formed such that the distal end surface of the pressing member 4 in a state of cut predetermined lengths toward the rear end, the locking member 12 is made of set screws, reciprocating mechanism 13, the spacer 10 It consists of the internal thread formed in the inner periphery of the hole 14 provided in the radial direction from the outer peripheral surface. And since the front end of the set screw 12 screwed into the female screw 13 can be engaged with the shoulder 11a of the notch portion 11, the structure of the pressing stop mechanism 8 is simplified, the processing is facilitated and the space is saved. Yes. In order to prevent the set screw 12 from falling off the spacer, an annular body 15 attached to the outer peripheral surface of the spacer 10 is provided, and an outer diameter of the set screw 12 is provided at a position corresponding to the set screw 12 of the annular body 15. A hole 16 for operating a set screw having a smaller inner diameter is provided.

FIG. 6 illustrates a chromosome converted from a genotype to a phenotype in the decoding unit 26. The decode unit 26 sums up the number of “1” s in the four-digit binary number corresponding to the winding collar 3, thereby winding the number Nij of the pressing members 4 to be operated in the winding collar 3. Calculated for each color 3. For example, in FIG. 5, the gene of the first winding color 3 of the individual 1 is the genotype “ 1010 ”, and there are two “1” s in the gene. The number of pressing members 4 to be operated in 3 is 2, and the expression type “2” is shown in FIG.