Remote-control mobile solar energy feeding device
A technology of solar energy and solar panels, applied in fish farming, application, agricultural fishing, etc., can solve problems such as the inability to throw feed into the central area of the pond, the limited power of the feeder, and the impact on the development of the pond aquaculture industry, etc., to achieve The effect of sufficient feeding opportunities for fish, reduction of breeding costs, improvement of feed coefficient and breeding quality and efficiency
Inactive Publication Date: 2014-01-01
FISHERY MACHINERY & INSTR RES INST CHINESE ACADEMY OF FISHERY SCI
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Problems solved by technology
The manual method is that the feeder walks along the pond and throws the feed. Due to the limited power of the feeder, the feed cannot be thrown to the central area of the pond. The central area of the pond becomes a blind area for feeding, resulting in uneven eating opportunities for fish; The feeding machine is installed on the water surface near the pond, and the feed in the machine is thrown into the pond. Due to the limited power of the feeding machine, it can only be fed to a certain range in front of the feeding machine, and the feed cannot be thrown to the left, right and opposite shore waters. Blind spots, resulting in uneven feeding opportunities for fish;
In addition to the problem of feeding blind spots in the two methods, the former also has the problem of high labor intensity, and the latter has the problem of concentrated feeding, low feed coefficient, and inconvenient power supply. Inconvenience to other tasks
In short, there are various defects in the two, which have affected the further development of the pond aquaculture industry.
Therefore, the existing pond culture feeding technology cannot adapt to the development of modern pond culture technology, and new feeding technology must be used to improve the overall aquaculture technology
Method used
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[0024] Such as figure 1 with 2 As shown, a remote-controlled mobile solar feeding device includes a floating body that enables the feeding device to float on the surface of the water. The floating body is provided with left and right propellers. The feeding device also includes solar panels, A solar energy controller, a solar battery, a remote control receiver and a controller, the feeding device also includes a spray window for feeding feed into the water, the feeding device is controlled by a remote control, the remote control including a transmitting antenna , Remote control module, battery, can control 8 signals. The key addresser converts the key signal into a BCD code, and converts the BCD code into a data code via a data encoder. The data code of the radio transmitter is modulated with a 315MHz operating frequency and transmitted via an antenna. It has an interlock function. The remote control receiver includes Antenna, receiving and decoding module; the controller is us...
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The invention discloses a remote-control mobile solar energy feeding device which comprises a floating body enabling the feeding device to float on the water surface. The floating body is provided with a left propeller and a right propeller. The feeding device further comprises a solar cell board, a solar energy controller, a solar storage battery, a remote-control receiver and a controller. The feeding device further comprises a feed spraying window used for throwing feed in the water, and the feeding device is controlled by a remote control. The remote control comprises a transmitting antenna, a remote-control module and a battery, and signals of eight paths can be controlled. A key signal is converted into a BCD code through a key addressing device, the BCD code is converted into a data code through a data coder, the data code and 315MHz working frequency are modulated through a radio transmitter and then transmitted through the antenna, and the interlocking function is achieved. A remote control receiver comprises an antenna and a receiving and decoding module. The controller is used for controlling on-off of a feeder, back-and-forth and left-and-right movement of the floating body and sudden stop of the device.
Description
Technical field [0001] The invention belongs to the technical field of pond culture, and particularly relates to a remote-control mobile solar feeding device. Background technique [0002] Due to human overfishing, natural fishery resources have become increasingly scarce, far from being able to meet the increasing demand for aquatic products by humans, so aquaculture has become an important way for humans to obtain aquatic products. Pond breeding and feeding technology is one of the main links of aquaculture. At present, pond breeding and feeding mainly include manual and automatic feeding methods. The artificial method is that the feeder walks along the pond and casts. Due to the limited power of the feeder, the feed cannot be thrown into the central area of the pond. The central area of the pond becomes a blind area for feeding, resulting in uneven feeding opportunities for fish; the automatic method is to cast The feeding machine is installed on the nearshore water surfa...
Claims
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Login to View More IPC IPC(8): A01K61/02
CPCY02P60/60
Inventor许明昌
OwnerFISHERY MACHINERY & INSTR RES INST CHINESE ACADEMY OF FISHERY SCI