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fan-mussel survey instrument

机译:扇贝调查仪

摘要

The present invention relates to a key shell probe that is mainly used for exploring key shells inhabiting only the tofu out of the seabed soil.;The key shellfish inhabiting the seabed is a highly nutritious Gothambum aquatic product, whose lifespan is about 6 years, and the ecology is embedded in the seabed soil of the depth of 10-50m and only tofu out in the range of 3-5cm. Divers are submerged and harvested by hand because it is impossible to explore them mechanically at sea. However, since deep diving is not possible due to water pressure, deep resources are being used.;In order to solve the above problems, the probe body is formed in a sled shape, and a plurality of steel wire needles are attached to one side of the support installed thereon, and when the body is advanced from the sea floor by the towing of the hull, the light needles inhabit the sea bottom. It is known in public practice 1998-14641 that the sound waves generated by contact with the electric wave are converted into electric waves so that they can be detected by speakers or monitors installed on the ship's hull. In addition to the defects of being caught by the closed rope or the fishing net, the underwater wave was not well identified and the underwater camera was used, but in this case, the electric wire is leaked by hydraulic pressure, which causes malfunction. It was.;The present invention has been devised to solve the above problems, and the subject matter of the present invention is that the rear side of the support transverse pipe (2) is connected to a number of non-cutting weight (11) via a wire (11 '), the upper portion of the support transverse pipe (2) The buckle 12 through the rope 12 'is connected, and the front side of the hull 21 is connected to the traction wire 13 is fastened so that the support cross-section (2) can maintain a certain altitude on the seabed A plurality of probes 4 are installed in the supporting support pipe 2, but a light receiver 5 connected to an optical fiber 9 is installed at the center of the vacancy 4 'of the probes 4, A plurality of light emitting cylinders 7 connected to the optical fiber 9 'are installed around the light receiving tube 5, and the connection port 14 is provided at the upper end of the optical cable 10 into which the optical fibers 9 and 9' which have been inserted are inserted. 14a and the winding roller 22 and the monitor 20 via the light transmission lamp 18 and the image converter 19, and when it is used as a key clamming probe, The light transmissive tube 7 in the probe lamp 4 installed in the support transverse tube 2 in the state where the horizontal pipe 2 is maintained at a certain altitude at the sea bottom by a number of flat weights 11 and a ball 12 is transmitted. The light receiving tube 5 which illuminates the external light incident through the lamp 18 on the seabed and receives the illuminated image of the seabed, and then receives the image of the seabed through the image converter 19 and the monitor 20 installed in the cabin. It was to be able to explore the appearance.
机译:本发明涉及一种主要用于探测仅居住在海底土壤中的豆腐的关键壳的关键壳探针。居住在海底的关键贝类是高营养的哥德堡水产品,其寿命约为6年,并且生态被埋在10-50m深度的海底土壤中,只有豆腐在3-5cm的范围内。潜水员被手工淹没和收获,因为不可能在海上机械地探索它们。然而,由于由于水压而无法进行深潜,因此正在使用深部资源。为了解决上述问题,将探头主体形成为滑橇形状,并且在一侧安装有多个钢丝针。当船体通过拖曳而从海底前进时,光针就栖息在海底。在公共实践1998-14641中已知,通过与电波接触而产生的声波被转换为电波,从而可以被安装在船体上的扬声器或监视器检测到。除了被闭合的绳索或渔网卡住的缺陷外,不能很好地识别水下波浪并使用了水下摄像机,但是在这种情况下,电线由于液压而泄漏,从而导致故障。发明内容本发明旨在解决上述问题,并且本发明的主题是,支撑横管(2)的后侧连接至多个非切割配重(11)。经由金属丝(11'),支撑横管(2)的上部通过绳索12'连接带扣12,并且将船体21的前侧连接至牵引金属丝13,从而使支撑截面(2)可以在海床上保持一定的高度。在支撑支撑管2中安装了多个探针4,但是在空位4'的中央安装了与光纤9连接的光接收器5。在探头4中,连接到光纤9'的多个发光圆柱体7安装在光接收管5的周围,并且连接端口14设置在光缆10的上端,光纤9插入该连接端口14插入已插入的9'。如图14a所示,探照灯4中的光透射管7经由光透射灯18和图像转换器19经由卷绕辊22和监视器20而被用作键合探头,并安装在支撑横管2中。在水平管2通过多个扁平重物11保持在海底处于一定高度并传送球12的状态下。受光管5照射通过海底灯18入射的外部光并接收海底的照明图像,然后通过安装在舱室中的图像转换器19和监视器20接收海底的图像。这是为了能够探索外观。

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