阅读说明：本技术 一种基于图像传输的钓鱼辅助系统 (Fishing auxiliary system based on image transmission ) 是由 *** 郭俊峰 韦杰 于 2020-06-29 设计创作，主要内容包括：本发明提供一种基于图像传输的钓鱼辅助系统,包括用于采集水下图像数据信息的水下设备、用于接收来自水下设备的图像数据信息的水上设备以及与所述水上设备通讯连接的移动终端；所述水下设备对采集到的图像数据信息进行编码处理,并通过网线传输到水上设备中,水上设备通过网络连接将图像数据传送给移动终端；所述水下设备中设置有照明灯以及用于进行图像采集的摄像头；本申请结合图像采集、视频编码、无线信号传输、有线数据包转发、网桥等技术,实现水下图像捕捉、图像传输转发,方便钓友在手机端实时查看水下远程的图像数据,以便于找到有鱼群密集点,选择合适的钓鱼点,获取更好的钓鱼体验及收获。(The invention provides a fishing auxiliary system based on image transmission, which comprises underwater equipment for acquiring underwater image data information, overwater equipment for receiving the image data information from the underwater equipment and a mobile terminal in communication connection with the overwater equipment, wherein the overwater equipment is used for receiving the image data information from the underwater equipment; the underwater equipment encodes the acquired image data information and transmits the encoded image data information to the overwater equipment through a network cable, and the overwater equipment transmits the image data to the mobile terminal through network connection; the underwater equipment is internally provided with an illuminating lamp and a camera for image acquisition; this application combines technologies such as image acquisition, video coding, wireless signal transmission, wired data package to forward, bridge, realizes that image capture under water, image transmission forward, makes things convenient for the fishing friend to look over long-range image data under water in real time at the cell-phone end to in finding there is the shoal of a fish intensive point, select suitable fishing point, acquire better fishing experience and results.)

1. A fishing assistance system based on image transmission is characterized in that: the system comprises underwater equipment for acquiring underwater image data information, overwater equipment for receiving the image data information from the underwater equipment and a mobile terminal in communication connection with the overwater equipment; the underwater equipment encodes the acquired image data information and transmits the encoded image data information to the overwater equipment through a network cable, and the overwater equipment transmits the image data to the mobile terminal through network connection; the underwater equipment is internally provided with an illuminating lamp and a camera for image acquisition; and bridge connection is established between the above-water equipment and the underwater equipment and between the above-water equipment and the mobile terminal equipment, and the wireless WiFi AP of the above-water equipment and the network cable network of the underwater equipment are bridged together through the bridge.

2. A fishing assistance system based on image transmission according to claim 1, wherein: the overwater equipment is provided with a wireless WiFi module.

3. A fishing assistance system based on image transmission according to claim 1, wherein: the underwater equipment is also provided with a propeller assembly used for controlling the position of the underwater equipment in water.

4. A fishing assistance system based on image transmission according to any of claims 1 to 3, wherein: the underwater equipment is also provided with sonar equipment for detecting benthos; the sonar equipment includes a transmitter, a transducer, a receiver, a display, a timer, and a controller.

5. A fishing assistance system based on image transmission according to claim 1, wherein: the above-water equipment is connected with the underwater equipment through a net wire, and a net wire winder for winding the net wire is further arranged in the above-water equipment.

6. A fishing assistance system based on image transmission according to claim 1, wherein: and the underwater equipment is also provided with a low-power alarm module and an automatic return control module.

7. A fishing assistance system based on image transmission according to claim 3, wherein: the propeller assembly comprises propeller units which are respectively arranged at four opposite angle parts of the underwater equipment.

[ technical field ]

The invention relates to the technical field of fishing auxiliary systems, in particular to a fishing auxiliary system based on image transmission, which is beneficial to obtaining better fishing experience and harvesting.

[ background art ]

In modern society, the work and life rhythm of people is very quick and compact, and fishing is a favorite activity of many people after leisure.

The novel pressure-relief device can relax the body and mind of people, enables people to be closer to nature, and releases the daily complicated life pressure. The fun of fishing shows that people are really listening to the fine life. Since ancient times, countless fishing enthusiasts are intoxicated in the activity, and they are fond of enthusiasm for nature and enthusiasm for life, move to rivers and lakesides, enjoy the fun of outdoor life which is very much in life, and enjoy the beautiful lake light and mountain color. Of course, fishing is not only fun but also important for people living from fishing. Finding a fishing point with a uniform fish school is undoubtedly very important for harvesting more fishing.

However, no good auxiliary device or system capable of assisting fishing exists in the market at present, and based on this, in order to meet market demands, related products need to be designed, and a great amount of research and development and experiments are also carried out by those skilled in the art, so as to achieve good performance.

[ summary of the invention ]

In order to solve the problems in the prior art, the invention provides the fishing auxiliary system based on image transmission, which is beneficial to obtaining better fishing experience and harvesting.

The invention provides a fishing auxiliary system based on image transmission, which comprises underwater equipment for acquiring underwater image data information, overwater equipment for receiving the image data information from the underwater equipment and a mobile terminal in communication connection with the overwater equipment, wherein the overwater equipment is used for receiving the image data information from the underwater equipment; the underwater equipment encodes the acquired image data information and transmits the encoded image data information to the overwater equipment through a network cable, and the overwater equipment transmits the image data to the mobile terminal through network connection; the underwater equipment is internally provided with an illuminating lamp and a camera for image acquisition; and bridge connections are established between the above-water equipment and the underwater equipment and between the above-water equipment and the mobile terminal equipment, and the wireless WiFiAP of the above-water equipment and the network cable network of the underwater equipment are bridged together through the bridges.

Preferably, a wireless WiFi module is arranged in the water equipment.

Preferably, a propeller assembly for controlling the position of the underwater equipment in the water is further arranged in the underwater equipment.

Preferably, sonar equipment for detecting benthos is further arranged in the underwater equipment; the sonar equipment includes a transmitter, a transducer, a receiver, a display, a timer, and a controller.

Preferably, the above-water equipment and the underwater equipment are connected through a net wire, and a net wire winder for winding the net wire is further arranged in the above-water equipment.

Preferably, a low-power alarm module and an automatic return control module are further arranged in the underwater equipment.

Preferably, the propeller assembly includes propeller units respectively installed at four diagonal positions of the underwater apparatus.

Compared with the prior art, the fishing auxiliary system based on image transmission is provided with underwater equipment for acquiring underwater image data information, overwater equipment for receiving the image data information from the underwater equipment and a mobile terminal in communication connection with the overwater equipment; the underwater equipment encodes the acquired image data information and transmits the encoded image data information to the overwater equipment through a network cable, and the overwater equipment transmits the image data to the mobile terminal through network connection; the underwater equipment is provided with the illuminating lamp and the camera for image acquisition, and the technologies such as image acquisition, video coding, wireless signal transmission, wired data packet forwarding and network bridge are combined to realize underwater image capture and image transmission forwarding, so that a fisherman can conveniently check underwater remote image data at a mobile phone end in real time, a fish shoal dense point can be found conveniently, a proper fishing point can be selected, and better fishing experience and harvesting can be obtained.

[ description of the drawings ]

Fig. 1 is a schematic view of an application scene structure of a fishing assistance system based on image transmission according to the present invention.

[ detailed description of the invention ]

For the purpose of making the objects, technical solutions and advantages of the present invention more apparent, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to fig. 1, the fishing assistance system 1 based on image transmission of the present invention includes an underwater device for acquiring underwater image data information, an above-water device for receiving the image data information from the underwater device, and a mobile terminal in communication connection with the above-water device; the underwater equipment encodes the acquired image data information and transmits the encoded image data information to the overwater equipment through a network cable, and the overwater equipment transmits the image data to the mobile terminal through network connection; the underwater equipment is internally provided with an illuminating lamp and a camera for image acquisition; and bridge connections are established between the above-water equipment and the underwater equipment and between the above-water equipment and the mobile terminal equipment, and the wireless WiFiAP of the above-water equipment and the network cable network of the underwater equipment are bridged together through the bridges.

The method comprises the steps that underwater equipment used for collecting underwater image data information, overwater equipment used for receiving the image data information from the underwater equipment and a mobile terminal in communication connection with the overwater equipment are arranged at the same time; the underwater equipment encodes the acquired image data information and transmits the encoded image data information to the overwater equipment through a network cable, and the overwater equipment transmits the image data to the mobile terminal through network connection; the underwater equipment is provided with the illuminating lamp and the camera for image acquisition, and the technologies such as image acquisition, video coding, wireless signal transmission, wired data packet forwarding and network bridge are combined to realize underwater image capture and image transmission forwarding, so that a fisherman can conveniently check underwater remote image data at a mobile phone end in real time, a fish shoal dense point can be found conveniently, a proper fishing point can be selected, and better fishing experience and harvesting can be obtained.

Preferably, a wireless WiFi module is arranged in the water equipment.

Preferably, a propeller assembly for controlling the position of the underwater equipment in the water is further arranged in the underwater equipment.

Preferably, sonar equipment for detecting benthos is further arranged in the underwater equipment; the sonar equipment includes a transmitter, a transducer, a receiver, a display, a timer, and a controller.

Preferably, the above-water equipment and the underwater equipment are connected through a net wire, and a net wire winder for winding the net wire is further arranged in the above-water equipment.

Preferably, a low-power alarm module and an automatic return control module are further arranged in the underwater equipment.

Preferably, the propeller assembly includes propeller units respectively installed at four diagonal positions of the underwater apparatus.

This application aims at letting people make things convenient for more, swift when selecting suitable fishing point, based on image transmission function, with the image data code back of gathering under water, transmits the equipment on water, and the equipment on water forwards video data to the fisher again.

The image signal that equipment will gather under water encodes into video data to transmit the equipment on water through the net twine, and after the wiFi module of equipment on water got into the AP mode, through the bridge technique, the network of the equipment on water was in the same place with the network bridging that the net twine was located, thereby makes equipment under water, equipment on water, user's cell-phone, the three can effective communication, carries out data transmission, exchanges.

The user uses the cell-phone to link the wiFi that equipment sent on water, opens the APP of this product adaptation, gets into the preview interface and can carry out real-time preview to the scene that the camera was caught under water to find suitable fishing point.

The underwater equipment can be externally connected with an illuminating lamp so as to provide light when the underwater environment is dark, and in addition, the switch of the illuminating lamp can be controlled through a mobile phone APP.

Compared with the prior art, the fishing auxiliary system 1 based on image transmission is provided with underwater equipment for acquiring underwater image data information, overwater equipment for receiving the image data information from the underwater equipment and a mobile terminal in communication connection with the overwater equipment; the underwater equipment encodes the acquired image data information and transmits the encoded image data information to the overwater equipment through a network cable, and the overwater equipment transmits the image data to the mobile terminal through network connection; the underwater equipment is provided with the illuminating lamp and the camera for image acquisition, and the technologies such as image acquisition, video coding, wireless signal transmission, wired data packet forwarding and network bridge are combined to realize underwater image capture and image transmission forwarding, so that a fisherman can conveniently check underwater remote image data at a mobile phone end in real time, a fish shoal dense point can be found conveniently, a proper fishing point can be selected, and better fishing experience and harvesting can be obtained.

The above-described embodiments of the present invention do not limit the scope of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the scope of the claims of the present invention.