Ocean tide forecasting electronic device

Abstract

The invention discloses an ocean tide forecasting electronic device, and relates to the field of ocean environment detection, wherein the ocean tide forecasting electronic device comprises a support plate; four bearings I are clamped in the support plate, rotating shafts I are sleeved in the four bearings I, chain wheels I are sleeved on the upper sides of the outer surfaces of the rotating shafts I, and the four chain wheels I are in transmission connection through a same chain. A floating plate can drive a movable plate and a toothed plate to move up and down in a reciprocating mode, the floating plate can fluctuate along with fluctuation of the sea level, and the arc-shaped toothed plate can drive a power generator to continuously operate through cooperation with a gear III; part of electric energy generated by the power generator is stored in a storage battery, and most of the rest electric energy is transmitted to a power grid through a power transmission line; and the storage battery is arranged to be mainly used for supplying power to electric appliances of the device, so that the device can realize self-sufficiency and can generate a lot of extra electric energy, the effectiveness of the device is further improved, and the value of the device is fully exerted.

Description

technical field [0001] The invention relates to a marine environment detection device, in particular to a marine tidal current forecast electronic device. Background technique [0002] Marine forecasting is also called marine meteorological forecasting. At present, there are more than 20 forecasting items, mainly including wind direction, wind speed, ocean waves, tides, tides, storm surges, earthquakes and tsunamis, water temperature, salinity, density, sound speed, sea ice, ocean currents, strong winds, and typhoons , sea fog, visibility, etc. The work content of marine weather forecasting business includes monitoring and forecasting weather phenomena occurring on the ocean and meteorological elements such as wind direction, wind force, visibility, etc. Disasters, and pre-assessment of the impact of marine disasters caused by them, provide marine meteorological information in the area of ​​responsibility for the Global Maritime Distress Safety System, and the measurement of...

AI Technical Summary

Problems solved by technology

[0007] The object of the present invention is to provide an electronic device for ocean current forecasting, to solve the problem that the existing current data detection device proposed in the above background technology often only has the function of detecting data, and cannot use its own environment, that is, the ocean's Tidal power generation, to a certain extent, will cause a waste of resources, because the data detection device needs to be installed in the sea, and the installation process consumes manpower and material resources. If the data detection device can only obtain data alone, it cannot be within reach. If the available tidal energy is converted into electrical energy, the utility of the device will be reduced, the input and output will not be proportional, and the benefit cannot be maximized, thereby reducing the value contained in the device, and the device cannot be self-sufficient. It needs to consume extra power, and the existing power flow data detection device is too dependent on electronic equipment such as sensors. Although a large number of electronic equipment can bring convenience to the staff, so that the staff can intuitively see the specific value, but a large number of electronic devices The failure rate of the system composed of equipment will be relatively high in the actual process, especially in the working environment in the ocean, where the salt content is high, the humidity is high, and even wading is required. These environmental factors will increase the failure rate of such equipment , leading to a sharp reduction in its service life, so the reliability and stability of such devices are often poor, and whenever maintenance is required, it will bring huge problems to the staff, which will increase the consumption of manpower and material resources. The power flow data detection device is very inconvenient when it is transferred and moved. In the actual process, it is necessary to use the vehicle to move the device to the seaside, and to load the device on the vehicle and unload the device from the vehicle. A large number of staff work together, and the biggest difficulty is the step of installing and fixing the data measuring device on the seabed. In this link, the cooperation of engineering equipment is required, and the water crane is indispensable. It can be seen from this that Some tidal current data detection devices are very difficult to install. Such a large installation difficulty has something to do with the installation location, because the environment in the sea is much more complicated than that on land, but the most important reason is the structure of the existing detection devices. However, this type of device did not consider how to move easily at the beginning of the design. The existing tidal current data detection device is difficult to install, and the installation and later disassembly are relatively cumbersome. With the change of the marine environment and The change of the task of the monitoring station often needs to change the position of the data detection device. If the data detection device does not have the function of quick disassembly, it will also affect the work of marine environment detection. In addition, the existing tidal current data detection device is not only installed and dismantled The steps are cumbersome and the stability is poor, so it cannot be firmly fixed on the seabed. With the ebb and flow of the tide and the beating of the waves, the device will become looser and looser. As time goes by, the device will inevitably be displaced or even damaged. Driven by seawater, it will cause property damage and the poor functionality of the existing tidal current data detection device is also reflected in the fact that it cannot measure other data, does not have a pointing function, and does not fully utilize its own structure.

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