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一种自给能源型海上无人机蜂巢补给平台

Resumen de: CN223934997U

本实用新型公开了一种自给能源型海上无人机蜂巢补给平台，包括平台主体，所述平台主体的甲板呈正六边形，沿甲板左右两侧的四条边线设置有四条无人机跑道，用于固定翼无人机起降，甲板上位于四条跑道内侧的区域设置临时停放区，用于固定翼无人机停放。本实用新型在满足无人机起降、停放和补给的前提下，合理规划空间布局，提高空间利用率，减小海风对无人机起降的影响，降低操作难度和安全风险。

一种波浪能发电透平性能测试平台

Resumen de: CN121557020A

本发明属于波浪能发电技术领域，具体涉及一种波浪能发电透平性能测试平台，包括控制机构、由伺服电机驱动的滚珠丝杠模块、套筒、透平机构、传感器组件、伺服发电机、数据采集装置。本发明能够模拟产生与实海况相匹配的往复振荡气流，通过对空气透平瞬态气动性能参数的数据采集，实现透平最大功率点跟踪控制。通过构建集波浪运动模拟、机械传动、可调负载、实时控制与数据采集于一体的系统，为研究空气透平在不同海况条件下的性能、优化控制参数、提升能量捕获效率、发电功率提供实验依据。本发明致力于为波浪能空气透平的气动力学的性能研究提供一个高效、可靠、可重复的实验研究工具。

全向波浪能环架发电装置及使用方法

Resumen de: CN121557027A

本发明公开了一种全向波浪能环架发电装置，属于海洋可再生能源技术领域。该装置包括外壳、三轴环架机构、行星齿轮组、电磁发电机及惯性质量调节器。外环架固定于外壳内壁，两个内环架依次正交转动连接，惯性质量调节器可转动连接于最内侧环架。行星齿轮组的齿圈与太阳轮分别连接内环架与发电机转子，将环架间的相对运动转化为发电机的高速旋转。通过将三轴环架和惯性质量调节器结合，实现了任意方向波浪均能驱动装置发电。本发明的全向波浪能环架发电装置大幅提升了波浪能的捕获效率和装置的环境适应性，行星齿轮组可实现转速倍增，显著提高了发电性能，装置具有结构紧凑、成本低且可靠性强的优势，为波浪能的高效利用提供了创新方案。

一种螺旋叶片水流动能原位转化装置

Resumen de: CN121557019A

本发明涉及水流动能高效转化技术领域，公开了一种螺旋叶片水流动能原位转化装置，包括：螺旋叶片海流轮机和电发生装置，两个螺旋叶片海流轮机同轴设置，两个螺旋叶片海流轮机通过连接结构连接，电发生装置套设在连接结构上；螺旋叶片海流轮机包括轮机定子机构和轮机转子机构，电发生装置和两个轮机定子机构连接，两个轮机转子机构通过连接结构连接，轮机转子机构和轮机定子机构之间产生磁悬浮力，轮机转子机构用于在海流的驱动下相对轮机定子机构和电发生装置转动，轮机转子机构和电发生装置之间产生电磁感应使电发生装置产生电能。具备了在深海环境中高效、稳定、易启动的性能，可以在深海长时间工作。

基于海底洋流能的扇叶型摩擦纳米发电机

Resumen de: CN223938172U

本实用新型公开基于海底洋流能的扇叶型摩擦纳米发电机，包括外壳、扇叶和摩擦发电机，外壳内两端分别开设有发电腔和叶片腔，发电腔和叶片腔为两个相互独立的腔室，扇叶转动设置在叶片腔内，摩擦发电机安装在发电腔内，扇叶和摩擦发电机同轴设置，扇叶和摩擦发电机通过磁力耦合部件传动连接；外壳上开设有水流通道，扇叶的前方设置有导流罩，水流通过导流罩进入水流通道内并推动扇叶转动。通过设置相互隔离的发电腔和叶片腔，发电部件和驱动部件分开安装，并通过磁力耦合部件进行传动，不需要安装动密封结构件，发电部件可以单独的密封安装在发电腔内；同时由于没有动密封结构件，传动阻力大幅度降低，减少了机械损耗。

海能集成驱航船结构

Resumen de: CN121553343A

本发明公开了一种海能集成驱航船结构，包括船体，船体包括分别上、下间隔布置的上船体和潜水体，上船体和潜水体之间通过至少两个横向排列的船壳连接部连接，相邻船壳连接部之间形成船中间水道，船体上连接有位于船中间水道末端的海能船集成驱动系统；上船体的后段连接有风能收集柱，所述船壳连接部中部的缺口内连接有海波竖向能量收集器，风能收集柱和海波竖向能量收集器均与海能船集成驱动系统相联动。本发明提供的海能集成驱航船结构，能将收集的能量集成用于驱动航行和供电。

海洋波浪发电系统及方法

Resumen de: US2025215849A1

A wave energy converter apparatus comprising a floatable wave receiver unit with first and second chambers that extend and retract in response to wave motion, a power conversion and generation module disposed on a float unit that floats in the body of water and a connection assembly connecting the wave receiver unit to the power conversion and generation module. The second chamber includes an open front end to hold the first chamber, allowing partial horizontal axial movement. The assembly includes a hydraulic cylinder and a connecting structure that transfer wave motion energy to the cylinder. As the first chamber moves forward into the second chamber, the hydraulic fluid in the cylinder becomes pressurized. The pressurized fluid powers the hydraulic motor, which in turn drives the generator. A flexible corrugated shield surrounds the side panels of both chambers to prevent water entry.

一种水翼艇及水翼艇使用方法

Resumen de: CN121553292A

本发明涉及船舶工程技术领域，特别是涉及一种水翼艇及水翼艇的使用方法，水翼艇包括艇体、摆动件、浮体、第一发电机构和推进器，艇体的左侧和右侧均上下转动连接有摆动件，每个摆动件远离艇体的一端均连接有浮体，浮体包括减阻部和增浮部，减阻部的前端尖且减阻部的截面从前至后逐渐增大，增浮部连接于减阻部的后端；第一发电机构包括液压缸和液压发电装置，液压发电装置设于艇体，艇体的左侧和右侧均铰接有液压缸，液压缸远离艇体的一端分别铰接于对应的摆动件，水翼艇航行时，波浪的冲击力能够抬升浮体，使摆动件摆动，进而带动液压缸伸缩，使得液压缸内的液压油带动液压发电装置发电；液压发电装置向推进器供电，提高了水翼艇的续航能力。

A wave power generator

Resumen de: KR20260024662A

파력 발전 장치가 개시된다. 본 발명의 일 실시 예는 부유식 풍력자원 계측 시스템에서 사용되는 전기 에너지를 공기의 유동에너지를 통해 발전시켜 사용할 수 있는 하이브리드형 전원공급장치가 구비된 파력 발전 장치를 제공한다.

파력 에너지 변환기

Resumen de: AU2024304805A1

The present invention relates to a wave energy converter (10), comprising: a buoyant wave collector (12) adapted to float in the surface (14) of water (16), wherein the wave collector (12) has a leading edge (18a) and a trailing edge (18b); a platform (30) adapted to be submerged and positioned lower than the wave collector, wherein the wave collector is adapted to move relative to the platform; an extendable and retractable front attachment (36a) connecting a leading portion of the wave collector to the platform; and an extendable and retractable rear attachment (36b) connecting a trailing portion of the wave collector to the platform, wherein in at least one configuration the extendable and retractable front and rear attachments are configured to control the wave collector such that the attack angle (a) of the wave collector towards an incoming wave (20) is increased when the wave collector meets the incoming wave, so that the wave collector (12) moves with the wave (20) so as to absorb horizontal and vertical energy of the wave (20).

A WAVE-ACTIVATED BUOYANCY REGULATOR

Resumen de: WO2026037847A1

A wave-activated buoyancy regulator for structures positioned in a body of water, wherein a wave-activated pump is used to provide neutral, negative and positive buoyancy in response to prevailing ambient wave conditions, through the variation of the ratio of a first fluid to a second fluid within a ballast tank.

WAVE POWER FACILITY

Resumen de: WO2026038961A1

A wave power facility (100) comprising a support structure (101) installed on the seabed (103) and a top structure (107) supported by the support structure A plurality of wave units (1) are arranged at the sea surface (105). The wave units (1) are supported by harvest lines (113) extending between the top structure (107) and the seabed. The respective wave units (1) comprise a respective buoyancy part (1a) which is interchangeable between a compressed state and an expanded state.

Generation of Electrical Power Offshore

Resumen de: US20260048818A1

A floating power-generation group comprises a floating hub such as a spar buoy that is anchored to subsea foundations by anchor lines. Floating power producer units such as wind turbines are connected electrically and mechanically to the hub. The power producer units are each moored by mooring lines. At least one mooring line extends inwardly toward the hub to effect mechanical connection to the hub and at least one other mooring line extends outwardly toward a subsea foundation. The groups are combined as a set whose hubs are connected electrically to each other via subsea energy storage units. Anchor lines of different groups can share subsea foundations. The storage units comprise pumping machinery to expel water from an elongate storage volume and generating machinery to generate electricity from a flow of water entering the storage volume. The pumping machinery can be in deeper water than the generating machinery.

A wave-activated buoyancy regulator

Resumen de: GB2643408A

Wave-activated buoyancy regulator suitable for use in a variable buoyancy structure 200,300,400,500 positioned in a body of water 1110 the wave-activated buoyancy regulator comprising at least one ballast tank 2, wherein the ballast tank 2 is configured to retain a first fluid 8a of a first density and a second fluid 8b of a second density, wherein the buoyancy of the structure is controlled by variation of a ratio of the first fluid 8a to the second fluid 8b within the ballast tank 2. An wave actuated pump 40, mechanically coupled to a wave-activated structure optional being the variable buoyancy structure, and wherein the wave activated pump 40 is configured to cause at least one of the first fluid 8a or second fluid 8b to flow through at least one inlet 51 of the ballast tank 2, optionally being an outlet 52 of the ballast tank 2.

WAVE POWER FACILITY

Resumen de: EP4696881A1

A wave power facility (100) comprising a support structure (101) installed on the seabed (103) and a top structure (107) supported by the support structure. A plurality of wave units (1) are arranged at the sea surface (105). The wave units (1) are supported by harvest lines (113) extending between the top structure (107) and the seabed. The respective wave units (1) comprise a buoyancy part (1a) which is interchangeable between a compressed state and an expanded state.

一种阵列式波浪能自供电海洋监测浮标

Resumen de: CN121536424A

本发明公开了一种阵列式波浪能自供电海洋监测浮标，属于海洋工程技术领域，包括一个作为核心平台的主浮标以及阵列分布在主浮标周围的三个辅助漂浮结构。主浮标搭载多种传感器以监测海洋环境参数，并设有蓄电池。每个辅助漂浮结构均集成有牵引组件、波浪能发电组件以及锚锭组件。波浪能发电组件通过浮筒捕获波浪能，驱动液压发电系统将往复运动转化为电能，并通过牵引组件中的电线输送给主浮标的蓄电池，实现能源自给。该设计通过分布式布局显著提升了浮标系统在风浪中的稳定性，把锚链连接在波浪能装置而非主浮标上，可以防止三根锚链相互碰撞和缠绕，其模块化结构降低了维护难度，增强了系统在恶劣海况下的环境适应性与可靠性。

一种新型波浪能发电装置

Resumen de: CN223923177U

本实用新型公开了一种新型波浪能发电装置，包括：固定立架，固定立架的一侧设置有活动安装架组，活动安装架组可沿固定立架高度方向上下移动；受力板，其设置在活动安装架组远离固定立架的一侧，受力板的下端与活动安装架组转动连接；能量转换机构，其设置在活动安装架组远离固定立架的一侧，能量转换机构的一端与活动安装架组上部相连接。本实用新型提供的一种新型波浪能发电装置，通过多结构的配合设计，使得装置能够通过波浪进行发电的效果，且整体结构较为简单、轻便，成本较低，易于批量安装，且能够跟随涨潮落潮现象进行上下移动，从而保持波浪能够始终与装置进行接触，进而使得装置能够持续发电。

波浪发电设备以及用于在波浪发电设备中使用的转子

Resumen de: TW202509346A

Disclosed is a wave power plant comprising a frame construction extending in a longitudinal direction and having a rotor shaft extending in the longitudinal direction of the frame construction, a plurality of rocking rotors, the plurality of rocking rotors being arranged rotatably with respect to the frame construction around the rotor shaft each rocking rotor comprising a buoyant body, the buoyant body having a shell, a bearing arranged at the rotor shaft, an interface construction configured to interconnect the buoyant body with the bearing, such that the rocking rotor is rotatably connected to the rotor shaft, wherein, the shell of the buoyant body has a triangular shape having a first side and a second side being first and second convex shaped sides and a third side being a third concave shaped side, the third concave shaped side facing the rotor shaft.

自立浮上水力発電装置

Resumen de: JP2026025786A

【課題】河川、用水等で水面上昇により水没せず、設置工事が不要で水車車羽根を増やして発電電力を増大した水力発電装置を提供する。【解決手段】水車浮力体１とスプロケット２を設け、最小２個は配置する水車３と、スプロケット２と噛み合うスプロケット用穴５を設け、水流を受ける板６を持つ水車羽根７を水車接続丁番８で接続して水車３の外周を長円形に接続した水車羽根列９と、水車３の回転を伝える水車スプロケット１０と、回転を増速させる増速機構１１と、発電機１２と、喫水位置を適正に保つ補助浮力体１３とから自立浮上水力発電装置１４を構成する。水面位置に応じて浮上し、水車羽根７が水流を受けて水車羽根列９が水車３を駆動して増速機構を介して発電機により発電できる。設置工事不要、同寸法の他方式より発電電力は大きくできる。【選択図】図１

具有波浪能结构的养殖网箱

Resumen de: CN121511914A

本发明提供一种具有波浪能结构的养殖网箱，涉及海洋鱼类养殖设备的技术领域，包括网箱结构、工作舱结构和多组波浪能结构，网箱结构开设有用于养殖鱼类的容置空间，网箱结构用于漂浮在水面；多组波浪能结构间隔分布并均与网箱结构的外部连接；每一组波浪能结构均包括气室、涡轮机和发电机；涡轮机和发电机连接，且涡轮机和发电机均设于气室内，涡轮机用于通过流经气室的风带动其转动；工作舱结构与网箱结构连接，且工作舱结构与发电机电连接。本发明缓解了现有技术中存在的对于海洋养殖平台因采用柴油发电机而存在一定污染的技术问题，而采用将波浪能与养殖网箱相结合进行融合开发，可以实现共享结构与运维，进而可以在一定程度上降低开发成本。

光伏太阳能、风力能及波浪液压发电的海上养殖平台

Resumen de: CN121530281A

本发明公开了一种光伏太阳能、风力能及波浪液压发电的海上养殖平台，包括光伏太阳能发电装置、波浪能液压发电装置、风力发电机组、养殖网箱及海上平台；波浪能液压发电装置包括波浪俘获浮体、液压缸、蓄能器、液压马达和发电机；蓄能器包括壳体、充气组件和气囊，壳体的下方有进油阀，进油阀与气囊之间有菌形阀、弹簧和密封组件；过滤器包括过滤腔体、滤板供应舱、废滤板收集舱、弹簧座板、滤板更换电机和控制板；过滤腔体内有压差传感器，滤板更换电机连接有张紧辊，张紧辊与弹簧座板之间有张紧绳；过滤腔体与弹簧座板间连接有弹簧；弹簧座板与滤板供应舱间有推杆。本发明通过光伏太阳能、波浪能、风能的多能源协同互补，规避单一能源发电的间歇性缺陷。

一种适用于FIV发电的自适应流速调节装置

Resumen de: CN121530222A

本发明提供了一种适用于FIV发电的自适应流速调节装置，包括基础框架，所述基础框架上设置有振子，所述振子的两侧对称设置有稳流结构，所述稳流结构与基础框架之间活动连接，所述稳流结构的一侧设置有复位结构，协助稳流结构相对于基础框架做平行复位运动；所述稳流结构的一侧设置有调速结构，所述调速结构根据稳流结构和复位结构的承载力适时调整。本发明采用上述的一种适用于FIV发电的自适应流速调节装置，提升发电装置发电效率并增强安全性，保证其在更宽流速范围内高效稳定发电。

저유속 조류용 잠수식 발전소

Resumen de: MX2025014284A

The invention relates to a submersible power plant (1) comprising a major rotor (2) arranged on a buoyant body (3) relative which it can rotate. The major rotor (2) comprises at least two major rotor blades (4) and is rotatable around a major rotor axis (A_r) from a fluid flow acting on the major rotor blades (4). The major rotor (2) comprises a minor rotor arranged on each major rotor blade (4), each comprising a minor rotor blade (7) rotatable around a minor rotor axis substantially perpendicular to the major rotor axis (A_r) and to an extension of the major rotor blades (4) from the major rotor axis (A_r) to each major rotor blade end (4a). The buoyant body (3) of the submersible power plant (1) is arranged to be secured to a structure by means of a tether and is arranged to change the angle (α) of the major rotor axis (A_r) relative the direction of the fluid flow (F_d), controlling the rotational speed of the major rotor (2).

一种适用于外海的航标

Resumen de: CN223905250U

本实用新型提供了一种适用于外海的航标，包括：内部中空的浮体，浮体顶部设有航标灯；发电机，发电机安装在浮体内部；蓄电池，蓄电池安装在浮体内部，蓄电池分别与发电机和航标灯电连接；旋转轴，旋转轴转动设置在浮体底部，旋转轴顶端伸入到浮体内与发电机传动连接，旋转轴底端沿其周向设有多个扇叶；阻尼系统，阻尼系统设置在浮体内部，用于降低浮体所受的晃动；锚定系统，锚定系统与浮体连接。本实用新型稳定性高，防台风能力强，且能利用海洋资源稳定解决航标供电能力。

一种波浪能转化装置

Nº publicación: CN223908317U 13/02/2026

Solicitante:

平顶山学院

Resumen de: CN223908317U

本实用新型公开了一种波浪能转化装置，具体涉及波浪发电技术领域，包括驱动组件、传动组件和输出组件，驱动组件用于将波浪能转换为机械能，驱动组件与传动组件传动连接，传动组件的输出端包括两个棘轮‑齿轮组件，棘轮‑齿轮组件包括传动齿轮和棘轮，棘轮与传动齿轮能够啮合或分离，两个棘轮‑齿轮组件的棘轮的旋转方向相反，当一个棘轮‑齿轮组件的棘轮与传动齿轮啮合时，另一个棘轮‑齿轮组件的棘轮与传动齿轮分离，输出组件包括两个输入齿轮，两个输入齿轮分别与两个棘轮‑齿轮组件的传动齿轮啮合，输出组件的输出端用于与发电机连接。本实用新型结构简单，能够充分利用波浪能的往复运动，提高能量转换效率和发电质量。