Болтачев Александр Романович (RU),Губанов Владимир Викторович (RU),Карпова Евгения Павловна (RU),Статкевич Светлана Вячеславовна (RU)
申请号：
RU2015151323/13
公开号：
RU00162868U1
申请日:
2015.11.30
申请国别(地区):
RU
年份:
2016
代理人:
摘要：
Artificial biotope relates to the fishing industry, namely to the devices for forming the biocenosis and reproduction of aquatic organisms, habitat and feeding of fish and invertebrates, in particular representatives kriptobenticheskoy fauna, and can be used to study the specific composition, size and structure of communities aquatic invertebrates and vertebrates, as well as the rate of formation of such communities. The stated technical problem is achieved by the claimed device is a hollow body having an open-topped parallelepiped shape (box) with lattice faces of a solid, corrosion-resistant plastic food biologically neutral. Inside the hollow body is situated a filler consisting of a mixture of live bivalves filter-flaps and empty their shells open top of the hollow body tightened network with a mesh size of 8-12 mm, fixed on the perimeter of the open top of the hollow body via wire twists, knots rope or otherwise, providing the rapid separation of the network without the use of tools. The upper corners of the box are connected diagonally tensioned ropes serving as a device for fixing the rope on the claimed device, a circuit or an element used for hanging the claimed device in a horizontal position in the water. As a result of the claimed utility model, we obtain an artificial habitat, the use of which enables the scientific study kriptobenticheskih animal that reproduces the habitat of kriptobenticheskih animals, which forms the habitat conditions, closely reproduce the natural conditions necessary for the existence of kriptobenticheskih animals, allowing placement without costs considerable time, considerable effort and means substantial water bottom on a substrate immersed in water, raspolagayuschems I at an arbitrary angle to the water surface, but also at an arbitrary point of the water column in the horizontal position suitable for installation in arbitrary waters suitable for movement within the waters and for transporting between different waters with mi
