The steel net reinforcement structure can be wound conveniently and flexibly while reinforcing strength of the steel net.

The knitting method can improve the structural strength of the net.

The net shows improved bite resistance against predators and biting fish that are farmed in the net.

Additionally, a perimeter cord bounds the reticulated portion of the net to provide added strength to the ball-gathering net.

The thread resistance mechanism utilizes an elastomeric threading in a narrowing taper.

The thread form also enables the thread to drive into thick steel battens while retaining good pull-out strength when driven into thin metal battens due to the effect of the buttress thread.

The steel net reinforcement structure can be wound conveniently and flexibly while reinforcing strength of the steel net.

This gives a net design with unexpectedly high strength values.

A thread form having improved strength and fatigue resistance.

The present invention improves the strength of the bottom (net) of the jig and makes it more difficult for deviation of the mesh to occur.

The implant (10) is inserted beneath the patient's skin along with a biocompatible mesh material (15) to provide additional strength.

The arrangement comprises a net (1) of considerable tensile strength intended to be stretched across the water passage.

Determination of the mesh size of the net

A liquid transfer system (100) comprising a net (170) and a net support (160), wherein, the net (170) is integrally joined with the net support (160).

The pitch of the nut thread (79, 99) is equal to the pitch of the screw thread (89), and the pitch diameter of the nut thread (79, 99) is greater than the pitch diameter of the screw thread (89).