阅读说明：本技术 菱形波浪能分时接力拾取转换装置 (Rhombic wave energy time-sharing relay picking and converting device ) 是由 李林海 黄绢 于 2020-06-02 设计创作，主要内容包括：由菱形换能主板1、动能拾取浮板2、肩带吸能换能胶管3、气体止回阀门4、自然送气管路5、高能气体输出管路6组成的菱形波浪能分时接力拾取转换装置其特征是：自然送气管路5与高能气体输出管路6沿菱形换能主板1的两条平行边缘布置安装,N条肩带吸能换能胶管3呈平行状布置在菱形换能主板1的下面与之贴紧安装、通过气体止回阀门4分别与自然送气管路5及高能气体输出管路6并联接通气路,N块动能拾取浮板2分别贴紧固定在N条肩带吸能换能胶管3上、与菱形换能主板1相平行将肩带吸能换能胶管3夹在当中,该装置漂浮或处于有波浪的水面可以将任意方向传来的波浪动态能量拾取出来并以分时接力的形态转换为连续稳定的高能气体输出利用。(The rhombic wave energy time-sharing relay pickup conversion device is characterized by comprising a rhombic energy conversion main board 1, a kinetic energy pickup floating board 2, a shoulder belt energy absorption and conversion rubber pipe 3, a gas check valve 4, a natural gas supply pipeline 5 and a high-energy gas output pipeline 6: the natural gas supply pipeline 5 and the high-energy gas output pipeline 6 are arranged and installed along two parallel edges of the rhombic transduction main board 1, the N shoulder belt energy-absorbing transduction rubber pipes 3 are arranged below the rhombic transduction main board 1 in a parallel shape and are closely installed with the rhombic transduction main board, the natural gas supply pipeline 5 and the high-energy gas output pipeline 6 are respectively connected with a gas passage in parallel through the gas check valve 4, the N kinetic energy pickup floating plates 2 are respectively closely fixed on the N shoulder belt energy-absorbing transduction rubber pipes 3 and are parallel to the rhombic transduction main board 1 to clamp the shoulder belt energy-absorbing transduction rubber pipes 3, and the device floats or is positioned on a water surface with waves, can pick up wave dynamic energy transmitted from any direction and converts the wave dynamic energy into continuous and stable high-energy gas to be output and utilized in a time-sharing relay mode.)

1. The rhombic wave energy time-sharing relay pickup conversion device is characterized by comprising a rhombic energy conversion main board 1, a kinetic energy pickup floating board 2, a shoulder belt energy absorption and conversion rubber pipe 3, a gas check valve 4, a natural gas supply pipeline 5 and a high-energy gas output pipeline 6: the natural gas supply pipeline 5 and the high-energy gas output pipeline 6 are arranged and installed along two parallel edges of the rhombic transduction main board 1, the N shoulder belt energy-absorbing transduction rubber pipes 3 are arranged below the rhombic transduction main board 1 in a parallel shape and are closely attached to the rhombic transduction main board, the N kinetic energy pickup floating plates 2 are respectively closely attached to the N shoulder belt energy-absorbing transduction rubber pipes 3 and are parallel to the rhombic transduction main board 1 to clamp the shoulder belt energy-absorbing transduction rubber pipes 3 in a gas passage way through gas check valves 4, the device floats or is positioned on the water surface with waves, can pick up the dynamic energy of the waves transmitted from any direction and convert the dynamic energy into continuous and stable high-energy (compressed) gas to be output in a time-sharing relay mode, the device is used for driving a ship or driving a turbine to rotate to generate electricity or driving other underwater equipment connected with the ship.

2. The method of claim 1, further comprising: the driving power system of the ship is upgraded, so that the ship running on the sea can fully utilize the wave kinetic energy to reduce the quantity of burning petrochemical products.

3. The method of claim 1, further comprising: the device for water sports, water entertainment and water production by utilizing the kinetic energy of sea waves is manufactured, so that the dependence on petrochemical products and batteries is eliminated in the sea-related production operation, and the coastal ecological environment is protected.

4. The method of claim 1, further comprising: a wave power generation power station is built, clean energy is conveyed inland, and a system for producing clean fuel hydrogen and oxygen by utilizing wave kinetic energy is built.

5. The method of claim 1, further comprising: upgrading the conventional weapon control energy system of the ocean and building a novel strategic ocean weapon energy system.