阅读说明：本技术 一种供给航行器充电的波浪能发电平台 (A kind of wave-energy power generation platform of supply aircraft charging ) 是由 孙亮 张士琢 孔杰杰 王桢 高翔 冯琳凯 柳云飞 张虎 于 2019-07-31 设计创作，主要内容包括：本发明公开了一种给航行器充电的波浪能发电平台,包括平台主体、波浪能发电机构和蓄电及无线充电机构,波浪能发电机构与蓄电及无线充电机构彼此连接并分别设置于平台主体的上部和下部,蓄电及无线充电机构存储波浪能发电机构转化的电能并通过无线的方式为航行器充电。本发明可有效利用波浪能为航行器充电提供便利,有效的降低充电成本,具有较为广泛的推广前景。(The invention discloses a kind of wave-energy power generation platforms to charge to aircraft, including main platform body, wave-energy power generation mechanism and electric power storage and wireless charging mechanism, wave-energy power generation mechanism and electric power storage and wireless charging mechanism are connected to each other and are respectively arranged at the upper and lower part of main platform body, and electric power storage and wireless charging mechanism store the electric energy of wave-energy power generation mechanism conversion and wirelessly charge for aircraft.The present invention can efficiently use wave energy and provide convenience for aircraft charging, effectively reduce charging cost, have relatively broad promotion prospect.)

1. a kind of wave-energy power generation platform to charge to aircraft, which is characterized in that including

Main platform body, including a plate floating body, the plate floating body lower part quadrangle is respectively arranged with vertical columns, described Vertical columns are connect with submarine anchoring system；

Wave-energy power generation mechanism, including connecting plate, floating energy wobble plate and PTO module, the connecting plate are fixed on the main platform body Plate floating body lower central part, be provided with bearing block, for install it is described it is floating can wobble plate, it is described it is floating can wobble plate it is logical It crosses connecting rod to connect with the PTO module, the PTO module is fixed on the plate floating body lower part；

Electric power storage and wireless charging mechanism are set to the main platform body top, including power storage module and wireless charging module, described Power storage module is connect with the PTO module, stores the electric energy of the PTO module converter, and the wireless charging module is realized to boat The charging of row device.

2. generation platform according to claim 1, which is characterized in that the plate floating body is hollow structure.

3. generation platform according to claim 1, which is characterized in that the floating energy wobble plate is installed on described by transmission shaft On connecting plate.

Technical field

The present invention relates to ocean engineering field more particularly to a kind of wave-energy power generation platforms of supply aircraft charging.

Background technique

Ocean energy belongs to the renewable energy in ocean, and China's marine energy resources are abundant, can be solved by developing ocean energy Practical problem in certainly many production and living productions.And it is present such as water electric slide plate, water borne motorboat ocean navigation device Battery powered mode is mostly used greatly.Just because of this characteristic, so that the mileage travelled number of aircraft is limited, and out of power After need frequent artificial replacement battery.Based on the above situation, the loss and waste of biggish manpower are caused.It is asked for above-mentioned Topic has built a kind of wave-energy power generation platform of supply aircraft charging.On the one hand platform passes through the wave energy capture in device Mechanism realizes the capture and conversion of wave energy, and will be in the energy storage battery of the energy stores of collection to platform.And when navigation When device is out of power, by docking with energy storage module, the charging of aircraft is realized.This platform on the one hand can be this new by wave energy Type energy source use is in specific scene, on the other hand, the convenient of aircraft charging also may be implemented, effectively reduce charging Cost.

Summary of the invention

The technical problem to be solved in the present invention is that the defects of inconvenient for the charging of sail phase in the prior art, mention For a kind of wave-energy power generation platform of supply aircraft charging.

The technical solution adopted by the present invention to solve the technical problems is:

A kind of wave-energy power generation platform to charge to aircraft is provided, which is characterized in that including

Main platform body, including a plate floating body, the plate floating body lower part quadrangle are respectively arranged with vertical columns, The vertical columns are connect with submarine anchoring system；

Wave-energy power generation mechanism, including connecting plate, floating energy wobble plate and PTO module, the connecting plate are fixed on the platform The plate floating body lower central part of main body, is provided with bearing block, for installing the floating energy wobble plate, the floating energy pendulum Plate is connect by connecting rod with the PTO module, and the PTO module is fixed on the plate floating body lower part；

Electric power storage and wireless charging mechanism are set to the main platform body top, including power storage module and wireless charging module, The power storage module is connect with the PTO module, stores the electric energy of the PTO module converter, and the wireless charging module is realized It charges to aircraft.

Above-mentioned technical proposal is connect, the plate floating body is hollow structure.

Above-mentioned technical proposal is connect, the floating energy wobble plate is installed on the connecting plate by transmission shaft.

The beneficial effect comprise that: a kind of wave-energy power generation platform to charge to aircraft provided by the invention, Electric energy is converted by wave energy by the wave-energy power generation mechanism being arranged in main platform body lower part and utilizes accumulation of energy and wireless charging Mechanism stores electric energy, when having aircraft to rest in main platform body, is wirelessly given by accumulation of energy and wireless charging mechanism Aircraft charging.The present invention can efficiently use wave energy and provide convenience for aircraft charging, effectively reduce charging cost, have Relatively broad promotion prospect.

Detailed description of the invention

Present invention will be further explained below with reference to the attached drawings and examples, in attached drawing:

Fig. 1 is the structural schematic diagram of the embodiment of the present invention；

Fig. 2 is the side structure schematic view of the embodiment of the present invention；

Fig. 3 is the bottom substance schematic diagram of the embodiment of the present invention；

Fig. 4 is the connecting board structure schematic diagram of the embodiment of the present invention.

Specific embodiment

In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right The present invention is further elaborated.It should be appreciated that described herein, specific examples are only used to explain the present invention, not For limiting the present invention.

As shown in Figure 1, a kind of wave-energy power generation platform to charge to aircraft of the invention, including main platform body 1, wave Energy power generation mechanism 2 and electric power storage and wireless charging mechanism 3, wave-energy power generation mechanism 2 and electric power storage and wireless charging mechanism 3 are respectively set In the upper and lower part of main platform body 1.

Main platform body 1 includes a plate floating body 11, support is provided for electric power storage and wireless charging mechanism 3, convenient for navigation Device stops charging, to provide a stable charging environment for ocean navigation device etc..Plate 11 lower part quadrangle of floating body point It is not provided with vertical columns 12, vertical columns 12 are connect with submarine anchoring system, guarantee the fixation of main platform 1, and then safeguard The stabilization of entire platform.

Wave-energy power generation mechanism 2, including connecting plate 21, floating energy wobble plate 22 and PTO (energy picks up conversion) module 23, even Fishplate bar 21 is fixed on the 11 lower central part of plate floating body of main platform body 1, bearing block 211 is provided with, for installing Floating energy wobble plate 22, floating energy wobble plate 22 are connect by connecting rod 24 with PTO module 23, and PTO module 23 is fixed on plate floating body 11 Lower part.Floating energy wobble plate 22 in wave-energy power generation mechanism 2 is done work by capture wave energy PTO module 23, and PTO module 23 is complete At kinetic energy-hydraulic energy-electric energy successively conversion.

Electric power storage and wireless charging mechanism 3 are set to 1 top of main platform body, including power storage module 31 and wireless charging module 32, power storage module 31 is connect with PTO module 23, storage PTO module 23 convert electric energy, thus realize when in need to The external world provides power source.Wireless charging module 32 mainly utilizes existing wireless charging technology, realizes and charges to aircraft.Phase Compared with charge mode used by existing aircraft, the utilization of underwater wireless charging is navigated by water further facilitating in ocean The utilization of device.

Further, plate floating body 11 is hollow structure.

Further, it floats energy wobble plate 22 to be installed on connecting plate 21 by transmission shaft 212, passes through transmission shaft 212 and bearing The connection type of seat 211, can effective output power.

It should be understood that for those of ordinary skills, it can be modified or changed according to the above description, And all these modifications and variations should all belong to the protection domain of appended claims of the present invention.