阅读说明：本技术 电子可视鱼漂 (Electronic visible float ) 是由 杨啟波 于 2019-10-26 设计创作，主要内容包括：本发明公开了一种电子可视鱼漂,电子可视鱼漂整体由电子鱼漂发送端和接收端组成：电子鱼漂发送端包括漂头、漂尾、漂身。且所述漂尾带水位传感器、发射天线、LED定位顶灯；漂身装有水位信号放大、采集、过滤功能电子电路、中央处理器(单片机)、信号编码、无线发送电路和可拆卸连接电池；电子鱼漂接收端由无线接收电路、单片机、编解码电路、LED排灯、报警电路组成；漂头连接鱼线；所述电子可视鱼漂由电子鱼漂发送端实时水位信号经无线方式发送给接收端,接收端电路经单片机编解码后将信号转换成实时的LED排灯显示和声音报警,让钓鱼人可以在近处发现鱼吃钩实时的漂像反应,从而让钓鱼这项运动更加简单方便。(The invention discloses an electronic visible float, which integrally comprises an electronic float sending end and a receiving end: the electronic float sending end comprises a float head, a float tail and a float body. The floating tail belt water level sensor, the transmitting antenna and the LED positioning ceiling lamp are arranged on the floating tail belt; the float body is provided with a water level signal amplifying, collecting and filtering electronic circuit, a central processing unit (singlechip), a signal code, a wireless transmitting circuit and a detachable connecting battery; the receiving end of the electronic float consists of a wireless receiving circuit, a singlechip, a coding and decoding circuit, an LED bank light and an alarm circuit; the float head is connected with a fishing line; the electronic visible float is sent to a receiving end by an electronic float sending end in a wireless mode through a real-time water level signal, a receiving end circuit converts the signal into a real-time LED row lamp display and sound alarm after being coded and decoded by a single chip microcomputer, and a fisherman can find that the fish eats the real-time floating image reaction of the hook in the near place, so that the fishing motion is simpler and more convenient.)

1. The working mode method of the electronic visual float comprises the following steps that: the electronic float sending end comprises a float head, a float tail and a float body, wherein the float tail is provided with a water level sensor, an emitting antenna and an LED positioning top lamp; the float body is provided with a water level signal amplifying, collecting and filtering electronic circuit, a central processing unit (singlechip), a signal coding and wireless transmitting circuit and a detachable connecting battery; the float head is connected with a fishing line; the receiving end consists of a wireless receiving circuit, a singlechip, a coding and decoding circuit, an LED bank light and an alarm circuit; the electronic visible float is sent to a receiving end in a wireless mode by an electronic float sending end float real-time water level signal and a float image signal when the fishing takes a hook, and a receiving end circuit is coded and decoded by a single chip microcomputer and then converts the signals into real-time LED row lamps for displaying, so that the condition of the float in the water is reflected in a short-distance real-time manner in the electronic visible float receiving end.

2. The electronic visual float of claim 1 is composed of a water level sensor, an electronic circuit with signal amplifying, collecting and filtering functions, a signal coding and wireless transmitting circuit which wirelessly transmits the signals to a receiving end, and the receiving end circuit converts the signals into real-time LED row light display and displays the real-time condition of the float water level in a buzzer warning mode after being coded and decoded by a single chip microcomputer.

3. The electronic visible float is one of the key parts of the starting trigger device of the automatic fishing.

4. The number/distance ratio of IO ends of the water level sensor determines the sensitivity and the product performance of the product in real-time monitoring.

Technical Field

The invention relates to the field of fishing, in particular to a method for finding real-time water level float in water at a distance by watching and listening to a warning signal by a receiving end of an electronic visible float when fishing, wherein the real-time water level signal is sent by the sending end of the electronic visible float, so that the fishing movement is simpler and more convenient.

Background

The fishing float is an important tool for information response of fish biting during fishing. Due to the influence of various environments, the action of the float in the environment influences people to watch the float, influences the judgment of the eating condition of the fish, and therefore misses the opportunity of raising the fishing rod, and the electronic visual float is an important link for eliminating the good and bad fishing harvest under the influence of all adverse environments.

Such as: the fishing rod has the advantages that the fishing rod can be used for fishing in a sea fishing environment with large waves, in a fishing environment with insufficient light at night, for applicable people with poor eyesight, people who like to see a far-throw environment and people who cannot see clear floating images, and the like. Therefore, there is a need to provide a new electronic visible float to solve the above problems.

Disclosure of Invention

The electronic visual float sending end sends the float image water level in water to the receiving end in real time through the water level sensor, the signal amplification, the collection and the filtering function electronic circuit, the signal coding and the wireless sending circuit are sent to the receiving end in a wireless mode, the receiving end circuit is coded and decoded by the single chip microcomputer and then converts the signal into the signal, the LED bank light of the water level is real-time when fishing is carried out, the display is carried out, and the buzzer warns, so that the condition of the float in water is reflected in real time in the short distance in the electronic visual float receiving end.

Drawings

Fig. 1 is a flow chart of the work flow of the sending end of the electronic visual float.

Fig. 2 is a flow chart of the work flow of the receiving end of the electronic visible float.

Detailed Description

The embodiments of the invention are further illustrated in the following figures:

in order to make the objects, technical solutions and advantages of the present invention more apparent, the following will clearly and completely describe the aspects of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The utility model provides a visual float of electron wholly comprises electron float sending end and receiving terminal: the electronic float sending end comprises a float head, a float tail and a float body, wherein the float tail is provided with a water level sensor, an emitting antenna and an LED positioning top lamp; the float body is provided with a water level signal amplifying, collecting and filtering electronic circuit, a central processing unit (singlechip), a signal coding and wireless transmitting circuit and a detachable connecting battery; the float head is connected with a fishing line; the receiving end consists of a receiving circuit, a singlechip, a coding and decoding circuit, an LED bank light and an alarm circuit; the electronic visible float sends the real-time water level signal of the float sending end of the electronic float to the receiving end in a wireless mode, and the receiving end circuit displays the signal conversion real-time LED bank light after being coded and decoded by the singlechip, so that the condition of the water level of the float in the water is reflected in a short-distance real-time manner in the receiving end of the electronic visible float.

Because pure water is non-conductive, the compositions in water in nature are different, the conductivity is different, and the conductivity of seawater and fresh water is completely different, the water level switching value signal adopts a signal amplifying circuit and an input current limiting circuit as input water level sensors to work reliably to ensure that the product is suitable for more water areas.

In order to enable products to work normally without mutual interference, the low-end products adopt digital codes, have 20-bit internal codes, can burn in 200 ten thousand groups (220 x 2) of internal code combinations and two coding formats, reduce repetition rate, provide accurate pulse width precision for a system by a high-precision oscillator integrated in the digital codes, and enable the medium-end and high-end products to access more users in the same area without mutual interference by adopting WIFI signals.

The product has the explanation of the established transmission parameters that the working frequency covers the range of 250 MHz-450 MHz, the working voltage is 2.0V-3.6V, the emission power is 12 dBm, the current consumption is lower than 12 mA, and the speed can reach 10 kb/s.

The number/distance ratio of IO ends of the water level sensor determines the sensitivity and the product performance of the product in real-time monitoring.

The product can monitor and transmit back various complex real-time water level drift images in fishing, and is suitable for different environments.

The above detailed description of the embodiments of the present invention is provided as an example, and the present invention is not limited to the above described embodiments. It will be apparent to those skilled in the art that any equivalent modifications or substitutions can be made within the scope of the present invention, and thus, equivalent changes and modifications, improvements, etc. made without departing from the spirit and scope of the present invention should be included in the scope of the present invention.