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公开(公告)号：US20180213713A1
公开(公告)日：2018-08-02
申请号：US15746115
申请日：2016-07-21
Applicant: Arthur J. ZITO, JR.
Inventor： Arthur J. Zito, Jr. , William R. Zito
CPC classification number: A01C7/004 , A01C1/06 , A01C11/003 , A01K61/00 , A01K2227/70 , B05B11/30 , B63B22/24 , B63B22/26 , B63B2211/00 , B63B2211/02 , Y02A40/81
Abstract: The invention is an apparatus unit that adjusts the dispersion from a compartment to an aqueous solution in response to an independent variable such as an environmental factor, in order to optimize seeding, marking, warning or treatment. The compartment enables any selection of solids, liquids or gasses to be contained and mixed when ready for dispersion. A preferred embodiment is a solar powered pump, self-contained within a buoy over a shallow tidal pool, for the purpose of distributing seeds for marine vegetation under ideal conditions for propagation. The unit provides for sensing and measurement of the environment, then adapting the dispersion for optimum effect.
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公开(公告)号：US09820474B2
公开(公告)日：2017-11-21
申请号：US14602930
申请日：2015-01-22
Applicant: Smith-Root, Inc
Inventor： Carl Burger , Jeffery Smith
Abstract: The inventive subject matter describes an electrical barrier for the deterrence of fish having an electrical barrier with a computer system capable of executing a modified soft-start algorithm, the computer system further having a detector input and a switch output; a bio-electric fish proximity detector, the bio-electric fish proximity detector having a anode-cathode detecting pair input and a signal output, wherein said signal output is connected to the detector input; a time varying voltage source.
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公开(公告)号：US20170295761A1
公开(公告)日：2017-10-19
申请号：US15637651
申请日：2017-06-29
Applicant: Pentair Water Pool and Spa, Inc.
Inventor： Robert W. Stiles, JR. , Dennis P. Delong
CPC classification number: A01K63/047 , A01K61/00 , A01K61/85 , A01K63/003 , A01K63/04 , A01K63/042 , A01K63/045 , B01F3/0446 , B01F3/04503 , B01F5/106 , B01F15/0022 , B01F15/0408 , B01F2003/04879
Abstract: A method of operating a variable speed pump in an aquaculture system including a culture tank that houses aquatic life. The method includes monitoring a dissolved oxygen level in the culture tank, determining a dissolved oxygen threshold based on current respiration requirements of the aquatic life in the culture tank, and comparing the dissolved oxygen level to the dissolved oxygen threshold. When the dissolved oxygen level is below the dissolved oxygen threshold, the method further includes increasing a speed of the variable speed pump until a flow rate through the culture tank that maintains the dissolved oxygen level at or above the dissolved oxygen threshold is reached. The method also includes updating the dissolved oxygen threshold based on new respiration requirements of the aquatic life as the aquatic life matures through its growth cycle.
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公开(公告)号：US09655347B2
公开(公告)日：2017-05-23
申请号：US13221875
申请日：2011-08-30
Applicant: William Albert Spencer
Inventor： Paul James Troy , William Albert Spencer
CPC classification number: A01K61/60 , A01K61/00 , A01K61/65 , Y02A40/81 , Y02A40/826
Abstract: An autonomous open-ocean fish-farming structure has a submersible cage enclosure tethered to a topside buoy. The topside buoy stores feed, is equipped with radio telemetry to communicate positioning signals transmitted from external sources, and generates electrical power using, for example, a hybrid solar OTEC heat engine. The structure is navigated and maintained in a geostationary position within the ocean environment by means of position-correction technology and is propelled by thrusters attached to the cage enclosure and, optionally, to the underside of the topside buoy. The self-positioning, self-powered fish-farming structure enables unmanned, extended marine deployment in deeper ocean waters without the need for tethering or anchoring to the ocean floor. Multiple structures can be maintained in a spaced apart configuration to comprise a flotilla of fish farming structures attended by a tender ship that is autonomous, easily serviced and conveniently relocated.
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公开(公告)号：US20170049082A1
公开(公告)日：2017-02-23
申请号：US14895885
申请日：2015-06-22
Inventor： Su Kyoung KIM , In Kwon JANG , Hyun Jeong LIM
CPC classification number: A01K63/045 , A01G9/02 , A01G27/008 , A01G31/02 , A01G2031/006 , A01K61/00 , A01K61/10 , A01K61/85 , A01K63/006 , A01K63/04 , A01K63/042 , A01K63/065 , C02F3/32 , C02F2103/20 , C02F2203/00 , Y02P60/216 , Y02P60/642
Abstract: A closed recirculating aquaponics system combined with a biofloc tank for symbiotic breeding of aquatic species and plant species, wherein the culture water for growing aquatic species is transferred to a plant growing apparatus, organic material in the culture water is used as nutrients for plant species and the water is purified in the plant growing apparatus, and purified water is reused as culture water for aquatic species to facilitate symbiotic breeding of aquatic species and plant species without any need of culture water exchange, reducing cost for production and enhancing production efficiency.
Abstract translation: 一个封闭的循环水生系统与一个用于水生物种和植物物种共生育种的生物池相结合，其中用于生长水生物种的培养水被转移到植物生长装置中，将培养水中的有机物质用作植物物种的营养物质， 水在植物生长装置中纯化，净化水被重新用作水生物种的培养水，以促进水生物种和植物物种的共生育种，而不需要培养水交换，降低生产成本和提高生产效率。
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Patent Agency Ranking
公开(公告)号：US09357761B2
公开(公告)日：2016-06-07
申请号：US14123111
申请日：2013-03-08
Applicant: CHINA THREE GORGES UNIVERSITY
Inventor： Xiaotao Shi , Defu Liu , Qiuwen Chen , Yingping Huang , Yong Gao
Abstract: A viscous fish egg killing device is provided. Every two conductive fish nests (1) are distributed side by side at a certain distance. One conductive fish nest (1) of every two conductive fish nests (1) is connected to a positive pole (3) of a power source, and the other conductive fish nest (1) is connected to a negative pole (5) of the power source. Each conductive fish nest (1) is connected in series or in parallel to the power source through a conducting wire (2). The fish nest attracts fish to lay eggs. After the device is electrified, an electric field is formed between two conductive fish nests, so as to kill fertilized eggs in the fish nest, and a method for eliminating invading fish is provided from the perspective of eliminating fertilized eggs of the fish in reverse thinking, and the device has a simple structure, is easy to be operated, and is efficient.
Abstract translation: 提供粘性鱼蛋杀死装置。 每两个导电鱼巢（1）在一定距离上并排分布。 每两个导电鱼巢（1）的一个导电鱼巢（1）连接到电源的正极（3），另一个导电鱼巢（1）连接到电源的负极（5） 能量源。 每个导电鱼巢（1）通过导线（2）与电源串联或并联连接。 鱼巢吸鱼养鸡。 在装置通电后，在两个导电鱼巢之间形成电场，以便杀死鱼巢中的受精卵，并从逆向思维中消除鱼的受精卵的角度提供了消除入侵鱼的方法 ，设备结构简单，易于操作，效率高。
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7.发明授权公开(公告)号：US09301498B2
公开(公告)日：2016-04-05
申请号：US14113622
申请日：2012-04-27
Applicant: Ulrik Ulriksen
Inventor： Ulrik Ulriksen
CPC classification number: A01K61/10 , A01K61/00 , A01K61/13 , A01K61/90 , A01K63/00 , Y02A40/81 , Y02A40/814
Abstract: A lice treatment system for marine organisms, such as fish, is described where the system is a closed system comprising: an inlet (1) for fish that shall be treated, a first separator (2) to separate the fish and water and which is arranged after the inlet (1), a pipeline (6) for the transport of the fish, in which, at least, one part of the pipeline (6) constitutes a liquid bath (5) for the fish and which is arranged to receive the treatment liquid, a second separator (7) to separate the fish and the treatment liquid, an outlet (8) for the discharge of the treated fish and which is arranged after the second separator (7), and a circulation pump (10) for the circulation of the treatment liquid in the closed system. The part of the pipeline that constitutes the liquid bath (5) is formed in a U-shape so that a liquid bath with respective liquid surfaces (4) is formed.
Abstract translation: 描述了用于海洋生物（例如鱼）的虱子处理系统，其中系统是封闭系统，其包括：用于待处理的鱼的入口（1），用于分离鱼和水的第一分离器（2） 设置在入口（1）之后的用于运输鱼的管道（6），其中管道（6）的至少一部分构成用于鱼的液体浴（5），并且被布置成接收 处理液，用于分离鱼和处理液的第二分离器（7），用于排出经处理的鱼的排出口（8），其设置在第二分离器（7）之后，循环泵（10） 用于在封闭系统中循环处理液体。 构成液槽（5）的管道的一部分形成为U形，从而形成具有各个液面（4）的液槽。
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公开(公告)号：US20150308948A1
公开(公告)日：2015-10-29
申请号：US14794314
申请日：2015-07-08
Applicant: Valérie Robitaille , Cody Andrews
Inventor： Valérie Robitaille , Cody Andrews
CPC classification number: G01N21/51 , A01K61/00 , A01K61/59 , A01K61/80 , A01K61/90 , A22C29/005 , G01J1/42 , G01N21/55 , G01N33/18 , G01N2201/0212 , G01N2201/0627 , G01N2201/065 , G06M1/101 , G06M11/00 , Y02A40/81 , Y02A40/824
Abstract: The photo-coupled data acquisition system can have a container having a contour wall extending upwardly from a closed bottom, for containing a sample therein, a light emitter operable to emit diffused light into the container at an initial intensity, a photodetector operable to detect a reflected intensity of the diffused light, and a structure connected to the contour wall and holding the light emitter and the photodetector at a predetermined height above the bottom of the container and in an orientation facing inside the container, wherein during operation of the system, the initial light intensity is attenuated by the sample and the reflected intensity thereof can be correlated to an information value concerning a variable of interest of the sample.
Abstract translation: 光耦合数据采集系统可以具有容器，该容器具有从封闭的底部向上延伸的轮廓壁，用于在其中容纳样品;可发射器，可操作以以初始强度将扩散的光发射到容器中;光电检测器，可操作以检测 扩散光的反射强度和连接到轮廓壁并且将光发射器和光电检测器保持在容器底部上方的预定高度并且面向容器内的定向的结构，其中在系统运行期间， 初始光强度被样品衰减，其反射强度可以与关于样品感兴趣的变量的信息值相关。
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公开(公告)号：US20150196012A1
公开(公告)日：2015-07-16
申请号：US14602930
申请日：2015-01-22
Applicant: Smith-Root, Inc.
Inventor： Carl Burger , Jeffery Smith
Abstract: The inventive subject matter describes an electrical barrier for the deterrence of fish having an electrical barrier with a computer system capable of executing a modified soft-start algorithm, the computer system further having a detector input and a switch output; a bio-electric fish proximity detector. the bio-electric fish proximity detector having a anode-cathode detecting pair input and a signal output, wherein said signal output is connected to the detector input; a time varying voltage source.
Abstract translation: 本发明主题描述了一种用于阻止具有电屏障的鱼的电气屏障，其具有能够执行修改的软启动算法的计算机系统，所述计算机系统还具有检测器输入和开关输出; 生物电鱼接近检测器。 所述生物电动鱼接近检测器具有阳极 - 阴极检测对输入和信号输出，其中所述信号输出连接到所述检测器输入; 时变电压源。
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10.发明授权Coral cultivation method, manufacturing method for coral-growth substrate precipitated with electrodeposited minerals, and coral-growth substrate 有权珊瑚培养方法，用电沉积矿物沉淀的珊瑚生长基质的制造方法和珊瑚生长基质公开(公告)号：US08720376B2
公开(公告)日：2014-05-13
申请号：US13125729
申请日：2009-10-23
Applicant: Kazuyoshi Kihara , Oki Goto , Yasufumi Kondou , Yukio Koibuchi , Makoto Omori
Inventor： Kazuyoshi Kihara , Oki Goto , Yasufumi Kondou , Yukio Koibuchi , Makoto Omori
IPC: A01K61/00
Abstract: A coral cultivation method includes: an electrodeposited-mineral precipitating procedure for precipitating electrodeposited minerals on a coral-growth substrate for growing coral, which is placed in seawater, by applying an electric current between the coral-growth substrate and a first anode that is electrically connected to the coral-growth substrate and placed in the seawater; a coral-larvae growing procedure for growing coral larvae on the coral-growth substrate precipitated with the electrodeposited minerals; a coral-cultivation-structure configuring procedure for configuring a coral cultivation structure from a plurality of the coral-growth substrates on which the coral larvae are grown; and a coral cultivating procedure for cultivating coral by applying an electric current between the coral-growth substrate on which the coral larvae are grown and a second anode.
Abstract translation: 珊瑚培养方法包括：电沉积 - 矿物沉淀程序，用于通过在珊瑚生长基质和第一阳极之间施加电流，将电沉积矿物沉积在用于生长珊瑚的珊瑚生长基质上，将其放置在海水中 连接到珊瑚生长基质并置于海水中; 在珊瑚生长基质上生长的珊瑚幼体生长过程用沉淀的矿物沉淀; 用于从珊瑚生长基底上生长珊瑚生长基质配置珊瑚培养结构的珊瑚培养结构配置步骤; 以及通过在生长有珊瑚幼体的珊瑚生长基质和第二阳极之间施加电流来培养珊瑚的珊瑚培养方法。
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