Abstract:
The invention relates to a linear fibrous formation with a coating of polymeric nanofibers consisting of a core formed by a supporting linear formation (3) and polymeric nanofibers. The polymeric nanofibers envelop the supporting linear formation (3) constituting a core (31) of the resulting linear fibrous formation (30) with a nanofibrous coating (32) composed of a flat formation created from a nanofibrous plume (6) with an organized structure of nanofibers generated by electro spinning using AC high electric voltage, whereby the nanofibrous coating (32) is wrapped around the core (31) with a helical-shaped stripe. In addition, the invention relates to a method for the production of a linear fibrous formation with a nanofibrous coating containing polymeric nanofibers, whose core is composed of a supporting linear formation (3). On a spinning electrode (5) powered by AC voltage is formed a nanofibrous plume (6), which in the spinning space (41) changes into a flat stripe with an organized structure of nanofibers, which is fed towards the circumference of the supporting linear formation (3) rotating in the spinning space around its own axis and/ or ballooning in the spinning space with at least one anti-node loop, whereby the stripe created from the nanofibrous plume (6) winds around the supporting linear formation, forming a helix around the supporting linear formation (3). The invention also relates to a device for producing a linear fibrous formation.
Abstract:
The invention concerns a fish-bait binding method, wherein a thread (51) is pulled through the centre of a bait and loose ends of the thread are connected on the outer side of the bait and are shortened to proper length. Loose ends of the thread (51) with a welding component are connected on the outer side of the bait by twisting the loose ends of the thread (51) together and subsequently exposing the twisted section of the loose ends of the thread (51) to heat. The invention also concerns a fish-bait binding device, which contains separable main hook (3) grips (30), which are set in a workspace (P) of the device, and which are put together rotatingly around a common axis. The grips (30) are equipped with a thread (51) welding device (9) with an electrically- heated welding needle (90), while the thread (51) is a thread (51) containing a welding component. The invention also concerns a fish -bait equipped with a thread loop with ends twisted on the outer side of the bait and thermally joint.
Abstract:
Rešení se týká rybárské návnady a zpusobu jejího vázání, pri kterém se stredem návnady protáhne nit (51) a volné konce nite (51) se na vnejším obvode návnady spojí a zkrátí se na požadovanou délku. Volné konce nite (51) s obsahem tavné komponenty se na vnejším obvode návnady spojí vzájemným zakroucením a následným tepelným pusobením na oblast vzájemného zakroucení volných koncu nite (51). Rešení se také týká zarízení pro vázání rybárské návnady, které obsahuje od sebe oddálitelná chapadla (30) hlavního chapace (3), která jsou usporádána v pracovním prostoru (P) zarízení, pricemž chapadla (30) jsou uložena spolecne otocne kolem spolecné osy a je jim prirazeno zarízení (9) pro svarování nite (51) s elektricky vyhrívanou svarovací jehlou (90), pricemž nití (51) je nit (51) s obsahem tavné komponenty.