首页> 外国专利> COMPLEX OF AUTOMATIC CONTROL AND CHECK OF FISH YOUNG IN OPEN SEA SPACES OR OTHER OPEN WATER BASINS OR WATER BODIES

COMPLEX OF AUTOMATIC CONTROL AND CHECK OF FISH YOUNG IN OPEN SEA SPACES OR OTHER OPEN WATER BASINS OR WATER BODIES

机译:露天区域或其他露天水域或水体中自动控制和检查鱼虾的复杂性

摘要

FIELD: agriculture.;SUBSTANCE: complex consists of pontoon with holes, fish wells for the location of the fish young, poles for hanging up fish wells. Fish wells are equipped with mechanisms of lifting and lowering. Hanged on pole fish well consists of cap, net-like envelope and bath. Complex contains thermometre, barometre and screen, absorbibg elrectromagnetic radiation. Lower end of optic-fibrous cable connecting fish well with control panel is dropped into fish well through the cap. Upper end of the cable goes through hollow axis of lifting mechanism and is optically superposed with light-optical unit, containing focusing lenses, semi-transparent mirror, photomatrix, devices of illumination and heating, ocular for visual observation. Devices of light-optical unit are installed on poles for fish well hanging up and are switched to microchip located in panel of parametre control and check. Microchip contains programs of fish well functioning. Control and check panels contain channels of electromagnetic communication for exchange of current and controlling information through switchboard with central computer installed on pontoon. Gathering of information from separate fish wells is performed through Blue tooth or Wi-Fi channels by means of central computer with its further retransmission to parent enterprise. Control of environment parametres inside fish well is performed by means of energy-independent thermometre and barometre, located in zone of photomatrix visibility, with further program processing of images of thermometre and barometre scales. Space location of larvae inside fish well is detected by program method by processing of image of internal fish well space and used to correct the depth of fish well submersion. Depth of fish well submersion is detected by sensor installed on the drum of lifting mechanism. Gas cylinder with electromagnetic valve is placed on pontoon. Under pontoon gas-analyser and aerator are installed. Gas cylinder is connected with aerator by means of hoses, and gas-analyser and electromagnetic valve are switched to central computer. Under each hole installed are ring brushes for cleaning surface of fish wells from microorganisms while lifting and lowering fish wells. Pontoon is equipped with system of intruder alarm with video-observation, motion sensors, sound alarm, installed on the mast and switched to central computer. System of intruder alarm and central computer contain as set of radio-receiving and radio-transmitting devices for communication with parent enterprise.;EFFECT: claimed construction allows to create optimal habitat conditions in starting period of fish young development until fish maturing, increase viability of grown fish material due to development in natural habitat.;6 cl, 5 dwg
机译:领域:农业;物质:复杂的建筑包括带孔的浮桥,用于放置幼鱼的鱼井,用于悬挂鱼井的电线杆。鱼井配备了升降机构。挂在杆鱼上的鱼井由帽子,网状信封和浴缸组成。复合物包含温度计,气压计和筛网,吸收电磁辐射。连接鱼井和控制面板的光缆下端通过盖子掉入鱼井中。电缆的上端穿过提升机构的空心轴,并与光学组件光学重叠,该光学组件包含聚焦透镜,半透明镜,光矩阵,照明和加热设备以及用于目测的目镜。光学单元的设备安装在用于鱼井悬挂的电线杆上,并切换到参数控制和检查面板中的微芯片。 Microchip包含鱼类功能良好的程序。控制和检查面板包含电磁通信通道,用于通过配电盘与安装在浮桥上的中央计算机进行电流交换和控制信息。通过中央计算机通过蓝牙或Wi-Fi通道从单独的鱼井收集信息,并将其进一步传输给母企业。鱼眼内部环境参数的控制是通过与能量无关的温度计和气压计进行的,它们位于光子能见度范围内,并对温度计和气压计的图像进行进一步的程序处理。通过程序方法,通过对内部鱼池空间图像的处理,来检测鱼池内幼虫的空间位置,并用于校正鱼池浸没的深度。通过安装在提升机构滚筒上的传感器检测鱼井浸没深度。带电磁阀的气瓶放置在浮桥上。在浮桥下方安装了气体分析仪和曝气器。气瓶通过软管与曝气机连接,气体分析仪和电磁阀切换到中央计算机。在每个安装的孔的下方都有环形刷,用于清洁和抬起鱼井时去除微生物而使鱼井表面清洁。浮桥装备了带有视频观察,运动传感器,声音警报的入侵者警报系统,安装在桅杆上并切换到中央计算机。入侵者警报系统和中央计算机包含与母公司通信的一组无线电接收和无线电发射设备。效果:声称的构造可以在鱼苗发育开始直至鱼成熟之前创造最佳的栖息地条件,从而提高鱼的生存能力。由于自然栖息地的发育而生长的鱼类材料; 6 cl,5 dwg

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