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    • 5. 发明专利
    • OPTIONAL FORM HOLDING DEVICE
    • JPH10137379A
    • 1998-05-26
    • JP29849096
    • 1996-11-11
    • LION POWER KK
    • TAKASE MASAAKI
    • A63B69/36A61F13/04
    • PROBLEM TO BE SOLVED: To provide a device effectively usable for the fixation of an affected part of a golf driving base seat by rigidizing a bag body into an optional form by vacuuming the inner part, and recovering the flexibility by breaking the vacuum. SOLUTION: An optional form holding device S has a bag body 10 containing a powder 21. The bag body 10 is formed into a flexible and airtight thin mat form, so that it case be formed into a flat mat when sufficient air is contained in the inner part, or the powder body 21 is movable within each small chamber 10a, or folded in an optional form. On the other hand, when a vacuum pump V is connected to an exhaust pipe 11 through an attachable and detachable connector V2, and the vacuum pump V is operated with a selector valve 11a being set to exhaust position, the inner part of the bag body 10 is vacuumed, whereby the capacity of each small chamber 10a is minimized. Thus, the powder 21 can be constrained within each small chamber 11a so as not to be movable and rigidized in an optional form as the whole.
    • 10. 发明专利
    • PIPE ROUTE FOR CONVEYANCE OF DIP COMPONENT
    • JPH03167894A
    • 1991-07-19
    • JP30844689
    • 1989-11-28
    • LION POWER KK
    • TAKASE MASAAKI
    • H05K13/02
    • PURPOSE:To convey a DIP component between two arbitrary points by a method wherein a wire material composed f a spring material is wound tightly and a pipe-shaped body whose cross section is prescribed and which can be bent is formed. CONSTITUTION:A pipe route, for conveyance use, of a DIP component is formed of a pipe material 10 formed by tightly winding a wire material 11 composed of a spring material so as to be a specified coil shape. The pipe-shaped body 10 is a continuous body of the wire material 11 comprising repetition of unit turns 12 having a prescribed profile, the individual unit turns 12 are brought into close contact with each other without any gap by the resiliency of the wire material 11. The profile of the individual unit turn 12 is defined on the basis of the profile of a DIP component D. The DIP component D is composed of a main body Da and many pins Db. The unit turns 12 form a pin-passage part 12b, on both sides, which houses the pins Db of the component D and a main-body passage part 12a, in the center, which houses the main body Da. The pipe-shaped body 10 can be bent freely by its resiliency, and the carrying-in end IN and the carrying-out end OT can be changed freely.