阅读说明：本技术 基于大数据处理分析的组合式生态鱼道集诱鱼系统 (Combined ecological fishway fish attracting system based on big data processing and analyzing ) 是由 张建华 廖冬芽 刘波 万小明 邹晓勇 翟泽冰 刘翔 李沐春 于 2021-08-20 设计创作，主要内容包括：本发明公开了一种基于大数据处理分析的组合式生态鱼道集诱鱼系统,涉及水利工程鱼道技术领域,用于解决现有的诱鱼系统存在诱鱼装置出现故障时,维护比较麻烦以及不能根据水位合理地调节诱鱼装置的位置和强度的问题；包括安装在生态鱼道上的多个诱鱼组件；本发明是通过数据采集单元采集诱鱼组件的信息并传输至服务器内,对信息进行大数据分析处理,执行单元控制水下扬声器的声音大小,使得水下扬声器的声波强度与预设强度值一致,从而避免温度过低,影响水下扬声器传播声音的速率；通过电机带动绕绳盘转动,使得第一连接绳向上运动,继而带动安装板及安装板上的向上运动至控制盒底部,从而方便维修水下诱鱼灯和水下扬声器。(The invention discloses a combined ecological fishway fish attracting system based on big data processing and analysis, relates to the technical field of hydraulic engineering fishways, and is used for solving the problems that the existing fish attracting system is troublesome in maintenance and cannot reasonably adjust the position and the strength of a fish attracting device according to the water level when the fish attracting device fails; comprises a plurality of fish luring components arranged on the ecological fishway; according to the fish attracting device, the data acquisition unit is used for acquiring the information of the fish attracting assembly and transmitting the information to the server, big data analysis processing is carried out on the information, and the execution unit is used for controlling the sound intensity of the underwater loudspeaker, so that the sound wave intensity of the underwater loudspeaker is consistent with the preset intensity value, and the phenomenon that the speed of the underwater loudspeaker for transmitting sound is influenced due to too low temperature is avoided; the rope winding disc is driven to rotate through the motor, so that the first connecting rope moves upwards to drive the mounting plate and the upward movement on the mounting plate to the bottom of the control box, and the underwater fish luring lamp and the underwater loudspeaker are convenient to maintain.)

1. The combined ecological fishway fish attracting system based on big data processing and analysis comprises a plurality of fish attracting assemblies (2) arranged on an ecological fishway (1); the fish attracting assembly (2) is characterized by comprising a U-shaped support (21), sliding grooves (211) are formed in the side wall of a vertical pipe on one side of the U-shaped support (21), an installing plate (23) is installed on each sliding groove (211), and an underwater fish attracting lamp (231) and an underwater loudspeaker (232) are installed on one side of the installing plate (23); a sliding column (234) matched with the sliding groove (211) is integrally formed on the other side of the mounting plate (23), the top end of the sliding column (234) is connected with one end of a first connecting rope (233), the bottom end of the sliding column (234) is connected with one end of a second connecting rope (235), the first connecting rope (233) and the second connecting rope (235) are both located in a cavity arranged inside the U-shaped support (21), a control box (24) is arranged at the top end of the U-shaped support (21), a containing cavity (241) is formed inside the control box (24), a storage battery (242) is arranged inside the containing cavity (241), two motors (243) are symmetrically arranged on two sides of the storage battery (242), rope winding discs (244) are arranged on output shafts of the two motors (243), and the other ends of the first connecting rope (233) and the second connecting rope (235) are respectively wound on the rope winding discs (244) on the two motors (243); the top of the cavity (241) is provided with a communication end (245).

2. The combined ecological fishway fish attracting system based on big data processing and analyzing of claim 1, wherein the communication end comprises a data acquisition unit, a communication unit, an execution unit and a verification unit; the data acquisition unit is used for acquiring fish luring information at regular time and sending the fish luring information to the server through the communication unit; the execution unit is used for receiving the intensity signaling and controlling the motor (243), the underwater fish luring lamp (231) and the underwater loudspeaker (232) to work; the verification unit is used for verifying the processing personnel, and after the verification is successful, the moment of successful verification is sent to the server through the communication unit;

the server comprises a data storage unit, a data analysis unit and a signaling processing unit; the data storage unit is used for receiving the fish luring information sent by the data acquisition unit; the data analysis unit is used for analyzing the fish luring information stored in the data storage unit to obtain an intensity signaling, a loud-speaking maintenance signaling and a fish lamp maintenance signaling and sending the signals to the signaling processing unit; and the signaling processing unit is used for carrying out signaling processing on the intensity signaling, the loud-speaking maintenance signaling and the fish lamp maintenance signaling.

3. The combined type ecological fishway fish luring system based on big data processing and analysis as claimed in claim 2, wherein the specific process of analyzing the fish luring information by the data analysis unit is as follows:

when the underwater loudspeaker (232) works, water temperature in the fish luring information is obtained, a preset intensity value corresponding to all the water temperature is set, and the water temperature is matched with all the water temperature to obtain a corresponding preset intensity value; generating an intensity signaling matched with the corresponding preset intensity value;

obtaining the decibel size and the current size in the fish luring information, and generating a loudspeaker maintenance signaling corresponding to the underwater loudspeaker (232) when the decibel value is smaller than the decibel value corresponding to the preset intensity value or the current value is zero;

when the underwater fish luring lamp (231) works, the light intensity and the current magnitude in the fish luring information are obtained; and when the light intensity is smaller than the preset light intensity or the current value is zero, generating a fish lamp maintenance signaling corresponding to the underwater fish luring lamp (231).

4. The combined ecological fishway fish luring system based on big data processing analysis as claimed in claim 2, wherein the specific process of the signaling processing unit is as follows:

after receiving the intensity signaling, the signaling processing unit sends the intensity signaling to the execution unit in the corresponding fish luring assembly;

when the signaling processing unit receives the loudspeaking maintenance signaling or the fish lamp maintenance signaling, analyzing the signaling to obtain the position and the number of the underwater fish luring lamp (231) or the position and the number of the underwater loudspeaker (232), and marking the underwater fish luring lamp (231) or the underwater loudspeaker (232) as a component to be processed;

acquiring maintenance personnel with the same maintenance type as the components to be processed and marking the maintenance personnel as personnel Ai; i is marked as the number of people;

the method comprises the steps of obtaining personnel information of personnel Ai and processing the personnel information to obtain a processing personnel, sending a loud-speaking maintenance signaling or a fish lamp maintenance signaling to an intelligent terminal of the processing personnel, and sending the personnel information of the processing personnel to a verification unit.

5. The combined type ecological fishway fish luring system based on big data processing and analyzing of claim 4, wherein the specific steps of obtaining and processing the personnel information of personnel Ai are as follows: sending a position acquisition instruction to an intelligent terminal of the personnel Ai to acquire a current real-time position, and calculating the distance difference between the current real-time position and the position of the component to be processed to obtain the maintenance interval of the personnel Ai; acquiring a dimension induction value and a dimension quantity to be tested of the personnel Ai; processing the maintenance interval, the dimension induction value and the dimension quantity to be measured of the personnel Ai to obtain a personnel processing value of the personnel Ai; the person Ai having the largest person handling value is marked as a handler.

6. The combined ecological fishway fish attracting system based on big data processing and analyzing of claim 2, wherein the server further comprises a machine value analyzing module, and the machine value analyzing module is used for collecting the time I when the loudspeaking maintenance signaling or the fish lamp maintenance signaling is sent to the processing personnel and the time when the verification is successful and performing time analysis to obtain the maintenance attraction value of the processing personnel.

7. The combined type ecological fishway fish luring system based on big data processing and analysis according to claim 4, characterized in that the execution unit analyzes the intensity signaling after receiving the intensity signaling to obtain a preset intensity value, and controls the sound size of the underwater speaker (232) when the underwater speaker (232) works, so that the sound wave intensity of the underwater speaker (232) is consistent with the preset intensity value.

8. The combined ecological fishway fish attracting system based on big data processing and analyzing of claim 5, wherein after the processing personnel successfully verify with the verification unit through the intelligent terminal, the processing personnel establish communication connection with the execution unit through the intelligent terminal and send a maintenance processing instruction to the execution unit, and after the execution unit receives the maintenance processing instruction, the execution unit controls a motor (243) on one side of a storage battery (242) to work, and the motor (243) drives a rope winding disc (244) to rotate, so that a first connecting rope (233) moves upwards, and then drives the mounting plate (23) and the mounting plate (23) to move upwards to the bottom of the control box (24); after the maintenance is finished, the processing personnel sends a maintenance finishing instruction to the execution unit through the intelligent terminal; after receiving the maintenance completion instruction, the execution unit acquires the water levels of the fish luring assemblies (2) corresponding to the ecological fishway (1), and sets all the water levels to correspond to a preset position; the obtained water levels are matched with all the water levels to obtain corresponding preset positions, the execution unit controls the motor (243) on the other side of the storage battery (242) to work, the rope winding disc (244) is driven to rotate through the motor (243), the second connecting rope (235) moves upwards, the mounting plate (23) is pulled downwards through one end of the second connecting rope (235), and the mounting plate (23) moves to the preset positions.

Technical Field

The invention relates to the technical field of hydraulic engineering fishways, in particular to a combined ecological fishway fish attracting system based on big data processing and analysis.

Background

With the comprehensive development of economic society in China, people gradually realize that the hydroelectric power generation brings economic benefits and also has negative influence on fishes, a dam blocks a passage for the fishes to migrate and lay eggs, so that the fishes in a place where the fishes lay eggs in the upstream flow are killed by hitting the dam, in order to protect natural fishery resources and guarantee the continuity and diversity of an aquatic ecosystem, the main repair measures are adopted to construct an ecological fishway in hydropower engineering and hydraulic engineering and help fishes to migrate, water flow induced driving of the fishes mainly utilizes the induction of fish convection fields, sound signals are fast in transmission speed in water, wide in transmission range and relatively small in attenuation, the fish luring measures are effective, the key technology of sound fish guiding is to find out proper sound firstly, then, the sound forms sound waves with certain size and frequency in water through a certain special mode to realize fish luring and driving;

the patent No. CN109258586A discloses a combined type fish attracting system, which is arranged at the downstream of a dam and comprises a high-water-level water flow fish attracting area, an energy dissipation area, a fish collecting groove and a fish attracting device which are sequentially arranged in a straight line along the water flow direction and are communicated, wherein the high-water-level water flow fish attracting area is arranged at the downstream of a water level with a certain fall, the energy dissipation area is communicated with a fishway inlet and enables the water flow direction to be vertical to each other, the fish collecting groove is provided with a plurality of fish inlets, and the positions, opposite to the fish inlets, on the inner side wall of the fish collecting groove are provided with acousto-optic combined type fish attracting devices; although the fish luring efficiency and the fish passing rate of the fishway can be improved, the acousto-optic combined fish luring device is fixed on the inner side wall of the fish collecting groove, and once the fish luring device breaks down, the fish luring device is troublesome to maintain.

Disclosure of Invention

The invention aims to provide a combined ecological fishway fish attracting system based on big data processing analysis, aiming at solving the problems that the existing fish attracting system is troublesome to maintain and cannot reasonably adjust the position and the strength of a fish attracting device according to the water level when the fish attracting device fails.

The purpose of the invention can be realized by the following technical scheme:

a combined type ecological fishway fish attracting system based on big data processing and analysis comprises a plurality of fish attracting assemblies arranged on an ecological fishway; the fish attracting assembly comprises a U-shaped support, a plurality of fixing pieces are mounted on the U-shaped support, sliding grooves are formed in the side wall of a vertical pipe on one side of the U-shaped support, a mounting plate is mounted on each sliding groove, and an underwater fish attracting lamp and an underwater loudspeaker are mounted on one side of the mounting plate; a sliding column matched with the sliding groove is integrally formed on the other side of the mounting plate, the top end of the sliding column is connected with one end of a first connecting rope, the bottom end of the sliding column is connected with one end of a second connecting rope, the first connecting rope and the second connecting rope are both located in a cavity arranged inside the U-shaped support, a control box is arranged at the top end of the U-shaped support, a containing cavity is formed inside the control box, a storage battery is arranged inside the containing cavity, two motors are symmetrically arranged on two sides of the storage battery, rope winding discs are arranged on output shafts of the two motors, and the rope winding discs on the two motors are respectively wound with the other ends of the first connecting rope and the second connecting rope; the top of the cavity is provided with a communication end;

the communication end comprises a data acquisition unit, a communication unit, an execution unit and a verification unit; the data acquisition unit is used for acquiring fish luring information at regular time and sending the fish luring information to the server through the communication unit; the fish luring information comprises the position, the number, the light intensity and the current of the underwater fish luring lamp, the position, the number, the decibel size and the current size of the underwater loudspeaker, and the water flow velocity, the water level, the water temperature and the water pressure of the corresponding ecological fishway; the execution unit is used for receiving the intensity signaling and controlling the motor, the underwater fish luring lamp and the underwater loudspeaker to work, the verification unit is used for verifying the processing personnel, and after the verification is successful, the successful verification moment is sent to the server through the communication unit.

As a preferred embodiment of the present invention, the server includes a data storage unit, a data analysis unit, and a signaling processing unit;

the data storage unit is used for receiving the fish luring information sent by the data acquisition unit;

the data analysis unit is used for analyzing the fish luring information stored in the data storage unit to obtain an intensity signaling, a loud-speaking maintenance signaling and a fish lamp maintenance signaling and sending the signals to the signaling processing unit;

the signaling processing unit is used for performing signaling processing on the intensity signaling, the loud speaker maintenance signaling and the fish lamp maintenance signaling

As a preferred embodiment of the present invention, the specific process of analyzing the fish luring information by the data analysis unit is as follows:

when the underwater loudspeaker works, the water temperature in the fish luring information is obtained, all the water temperatures are set to correspond to a preset intensity value, and the water temperatures are matched with all the water temperatures to obtain corresponding preset intensity values; generating an intensity signaling matched with the corresponding preset intensity value;

obtaining the decibel size and the current size in the fish luring information, and generating a loud-speaking maintenance signaling corresponding to the underwater loudspeaker when the decibel value is smaller than the decibel value corresponding to the preset intensity value or the current value is zero;

when the underwater fish luring lamp works, obtaining the light intensity and the current magnitude in the fish luring information; when the light intensity is smaller than the preset light intensity or the current value is zero, generating a fish lamp maintenance signaling corresponding to the underwater fish luring lamp;

as a preferred embodiment of the present invention, the specific process of the signaling processing unit is as follows:

after receiving the intensity signaling, the signaling processing unit sends the intensity signaling to the execution unit in the corresponding fish luring assembly;

when the signaling processing unit receives the loud-speaking maintenance signaling or the fish lamp maintenance signaling, the signaling processing unit analyzes the loud-speaking maintenance signaling or the fish lamp maintenance signaling to obtain the position and the number of the underwater fish luring lamp or the position and the number of the underwater loudspeaker, and marks the underwater fish luring lamp or the underwater loudspeaker as a component to be processed;

acquiring maintenance personnel with the same maintenance type as the components to be processed and marking the maintenance personnel as personnel Ai; i is marked as the number of personnel, and the value is a positive integer;

acquiring and processing personnel information of personnel Ai to obtain processing personnel, sending a loud-speaking maintenance signaling or a fish lamp maintenance signaling to an intelligent terminal of the processing personnel, and sending the personnel information of the processing personnel to a verification unit;

as a preferred embodiment of the present invention, the specific steps of acquiring and processing the staff information of the staff Ai are as follows: sending a position acquisition instruction to an intelligent terminal of the personnel Ai to acquire a current real-time position, and calculating the distance difference between the current real-time position and the position of the component to be processed to obtain the maintenance interval of the personnel Ai; acquiring a dimension induction value and a dimension quantity to be tested of the personnel Ai; carrying out normalization processing on the maintenance interval, the dimension induction value and the dimension quantity to be measured of the personnel Ai and taking numerical values of the maintenance interval, the dimension induction value and the dimension quantity to be measured; the values of the three are respectively marked as DH1, DH2 and DH 3; obtaining a personnel handling value DU of the personnel Ai by using a formula DU = DH2 × b1+0.28/0.74 × DH1 × b2+ DH3 × b3+ 11; marking the personnel Ai with the largest personnel handling value as a handling personnel, and increasing the number of waiting dimensions of the handling personnel by one, wherein b1, b2 and b3 are all preset weight coefficients;

as a preferred embodiment of the present invention, the server further includes an opportunity value analysis module, and the opportunity value analysis module is configured to collect a first time when the loudspeaking maintenance signaling or the fish lamp maintenance signaling is sent to the processing person and a time when the verification is successful, and perform time analysis, specifically: calculating the time difference between the first time and the successful verification time to obtain the arrival processing time; when the arrival processing time length is smaller than a set time length threshold value, marking the arrival processing time length as a time length one; when the arrival processing time length is greater than or equal to the time length threshold value, marking the arrival processing time length as a time length two; summing all the time lengths I of the treating personnel and taking the average value to obtain a time length average value which is marked as QT 1; counting the number of the second time length and marking as QT 2; normalizing the number of the average duration and the number of the second duration, taking the values of the average duration and the second duration, and obtaining a dimension inducer value DH2 of a treating person by using a formula DH2=1/QT1 × b4-QT2 × b 5; wherein, b4 and b5 are both preset weight coefficients;

as a preferred embodiment of the present invention, after receiving the intensity signaling, the execution unit analyzes the intensity signaling to obtain a preset intensity value, and when the underwater speaker works, controls the sound intensity of the underwater speaker so that the sound wave intensity of the underwater speaker is consistent with the preset intensity value; the temperature is inversely proportional to the preset intensity value, and the lower the temperature is, the larger the corresponding preset intensity value is;

as a preferred embodiment of the invention, after the processing personnel successfully verify with the verification unit through the intelligent terminal, the processing personnel establishes communication connection with the execution unit through the intelligent terminal and sends the communication connection to the maintenance processing instruction to the execution unit, and after the execution unit receives the maintenance processing instruction, the execution unit controls the motor on one side of the storage battery to work, and the motor drives the rope winding disc to rotate, so that the first connecting rope moves upwards and then drives the mounting plate and the mounting plate to move upwards to the bottom of the control box; after the maintenance is finished, the processing personnel sends a maintenance finishing instruction to the execution unit through the intelligent terminal; after receiving the maintenance completion instruction, the execution unit acquires the water levels of the ecological fishway corresponding to the fish luring assembly, and sets all the water levels to correspond to a preset position; the water level that will acquire matches with all water levels and obtains the preset position that corresponds, and the motor work of execution unit control battery opposite side drives through the motor and rotates around the rope reel for the rope upward movement is connected to the second, thereby connects the one end of rope through the second and stimulates the mounting panel downwards, makes the mounting panel move to preset position.

Compared with the prior art, the invention has the beneficial effects that:

1. according to the invention, the information of the fish attracting assembly is collected by the data collecting unit and transmitted to the server, the server is used for carrying out big data analysis processing on the information, when the water temperature in the ecological fishway changes, the intensity signaling corresponding to the preset intensity value is matched according to the level and fed back to the execution unit, so that the sound intensity of the underwater loudspeaker is controlled by the execution unit, the sound wave intensity of the underwater loudspeaker is consistent with the preset intensity value, and the phenomenon that the sound velocity of the underwater loudspeaker is influenced due to too low temperature is avoided;

2. according to the invention, data monitoring and big data analysis are carried out on the underwater fish luring lamp and the underwater loudspeaker so as to judge whether the underwater fish luring lamp and the underwater loudspeaker have faults or not, when the underwater fish luring lamp and the underwater loudspeaker have faults, the server acquires and processes information of corresponding personnel to obtain and process the information of the corresponding personnel so as to obtain and process the information of the corresponding personnel, so that the information can be processed in time, and the fish luring effect of the ecological fishway is prevented from being influenced when the underwater fish luring lamp and the underwater loudspeaker have faults and cannot work;

3. after the execution unit receives the maintenance processing instruction, the motor on one side of the storage battery is controlled to work, the rope winding disc is driven to rotate by the motor, so that the first connecting rope moves upwards, the mounting plate and the mounting plate are driven to move upwards to the bottom of the control box, and the underwater fish luring lamp and the underwater loudspeaker are convenient to maintain.

Drawings

In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.

FIG. 1 is a schematic view of the installation of the fish attracting assembly of the present invention;

FIG. 2 is a schematic view of the overall structure of the fish attracting assembly of the present invention;

FIG. 3 is a sectional view showing the internal structure of the control box according to the present invention;

FIG. 4 is a schematic block diagram of the internal components of the communication terminal of the present invention;

FIG. 5 is a schematic block diagram of the internal server of the present invention;

fig. 6 is a schematic view of the overall structure of the mounting plate of the present invention.

Reference numerals:

1. ecological fishway; 2. a fish attracting assembly; 21. a U-shaped bracket; 22. a fixing sheet; 23. mounting a plate; 24. a control box; 211. a chute; 221. a bolt fixing hole; 231. an underwater fish luring lamp; 232. an underwater speaker; 233. a first connecting rope; 234. a traveler; 235. a second connecting rope; 241. a cavity; 242. a storage battery; 243. a motor; 244. a rope winding disc; 245. and a communication end.

Detailed Description

The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. 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.

Referring to fig. 1, as shown in fig. 2-3 and 6,

referring to fig. 4, the communication terminal includes a data acquisition unit, a communication unit, an execution unit, and a verification unit;

the combined type ecological fishway fish attracting system based on big data processing and analysis comprises a plurality of fish attracting assemblies 2 arranged on an ecological fishway 1;

the fish luring assembly 2 comprises a U-shaped support 21, a plurality of fixing pieces 22 are mounted on the U-shaped support 21, the fixing pieces 22 are semicircular clamping pieces, two bolt fixing holes 221 are formed in the fixing pieces 22, and the fixing pieces 22 are fixed on the side wall of the ecological fishway 1 through a plurality of bolts so as to fix the U-shaped support 21 on the U-shaped support 21;

the side wall of the vertical pipe on one side of the U-shaped support 21 is provided with a sliding chute 211, the sliding chute 211 is provided with a mounting plate 23, and the mounting plate 23 is provided with an underwater fish luring lamp 231 and an underwater loudspeaker 232;

a sliding column 234 matched with the sliding groove 211 is integrally formed on the other side of the mounting plate 23, one end of a first connecting rope 233 is connected to the top end of the sliding column 234, one end of a second connecting rope 235 is connected to the bottom end of the sliding column 234, the first connecting rope 233 and the second connecting rope 235 are both located in a cavity formed in the U-shaped support 21, a control box 24 is arranged at the top end of the U-shaped support 21, a containing cavity 241 is formed in the control box 24, a storage battery 242 is installed in the containing cavity 241, and the storage battery 242 supplies power to a motor 243, internal elements of the control box 24, an underwater fish luring lamp 231 and an underwater loudspeaker 232 so as to facilitate electrifying work of the control box;

two motors 243 are symmetrically arranged on the two sides of the storage battery 242 of the cavity 241, the output shafts of the two motors 243 are provided with rope winding disks 244, and the rope winding disks 244 on the two motors 243 are respectively wound with the other ends of the first connecting rope 233 and the second connecting rope 235; the top of the cavity 241 is provided with a communication end 245;

the data acquisition unit acquires fish luring information at regular time and sends the fish luring information to the server through the communication unit; the fish luring information comprises the position, the number, the light intensity and the current of the underwater fish luring lamp 231, the position, the number, the decibel size and the current size of the underwater loudspeaker 232, and the water flow speed, the water level, the water temperature and the water pressure of the corresponding ecological fishway 1;

the execution unit receives the intensity signaling and controls the motor 243, the underwater fish luring lamp 231 and the underwater loudspeaker 232 to work, the verification unit is used for verifying the processing personnel, and after the verification is successful, the successful verification moment is sent to the server through the communication unit;

when the signaling processing unit receives the loud-speaking maintenance signaling or the fish lamp maintenance signaling, the signaling processing unit analyzes the loud-speaking maintenance signaling or the fish lamp maintenance signaling to obtain the position and the number of the underwater fish luring lamp 231 or the position and the number of the underwater loudspeaker 232, and marks the underwater fish luring lamp 231 or the underwater loudspeaker 232 as a component to be processed;

after the processing personnel successfully verify with the verification unit through the intelligent terminal, the processing personnel establishes communication connection with the execution unit through the intelligent terminal and sends a maintenance processing instruction to the execution unit, and after the execution unit receives the maintenance processing instruction, the execution unit controls the motor 243 on one side of the storage battery 242 to work, and drives the rope winding disc 244 to rotate through the motor 243, so that the first connecting rope 233 moves upwards, and then the mounting plate 23 and the upward movement on the mounting plate 23 are driven to the bottom of the control box 24; after the maintenance is finished, the processing personnel sends a maintenance finishing instruction to the execution unit through the intelligent terminal; after receiving the maintenance completion instruction, the execution unit acquires the water levels of the fish luring assemblies 2 corresponding to the ecological fishway 1, and sets all the water levels to correspond to a preset position; matching the obtained water level with all the water levels to obtain a corresponding preset position, controlling the motor 243 on the other side of the storage battery 242 to work by the execution unit, driving the rope winding disc 244 to rotate through the motor 243, enabling the second connecting rope 235 to move upwards, and pulling the mounting plate 23 downwards through one end of the second connecting rope 235 to enable the mounting plate 23 to move to the preset position;

after receiving the intensity signaling, the execution unit analyzes the intensity signaling to obtain a preset intensity value, and when the underwater speaker 232 works, controls the sound intensity of the underwater speaker 232 so that the sound wave intensity of the underwater speaker 232 is consistent with the preset intensity value;

the information of the fish attracting assembly 2 is collected through the data collecting unit and transmitted into the server, big data analysis processing is carried out on the information through the server, when the water temperature in the ecological fishway 1 changes, an intensity signaling corresponding to a preset intensity value is matched according to the level and fed back to the execution unit, so that the sound size of the underwater loudspeaker 232 is controlled through the execution unit, the sound wave intensity of the underwater loudspeaker 232 is consistent with the preset intensity value, and the phenomenon that the sound velocity of the underwater loudspeaker 232 is influenced due to too low temperature is avoided; the underwater fish luring lamp 231 and the underwater loudspeaker 232 are subjected to data monitoring and big data analysis so as to judge whether the underwater fish luring lamp 231 and the underwater loudspeaker 232 are in fault, when the underwater fish luring lamp 231 and the underwater loudspeaker 232 are in fault, the server acquires and processes information of corresponding personnel to obtain and process the information of the corresponding personnel so as to timely process the information, and the fish luring effect of the ecological fishway 1 is prevented from being influenced when the underwater fish luring lamp 231 and the underwater loudspeaker 232 are in fault and cannot work; after the execution unit receives the maintenance processing instruction, the motor 243 on one side of the storage battery 242 is controlled to work, the rope winding disc 244 is driven to rotate by the motor 243, so that the first connecting rope 233 moves upwards, the mounting plate 23 and the mounting plate 23 are driven to move upwards to the bottom of the control box 24, and the underwater fish luring lamp 231 and the underwater loudspeaker 232 are convenient to maintain; after the maintenance is finished, the processing personnel sends a maintenance finishing instruction to the execution unit through the intelligent terminal; after receiving the maintenance completion instruction, the execution unit acquires the water levels of the fish luring assemblies 2 corresponding to the ecological fishway 1, and sets all the water levels to correspond to a preset position; the water level that will acquire matches with all water levels and obtains corresponding preset position, and the work of the motor 243 of executive unit control battery 242 opposite side drives through motor 243 and rotates around rope reel 244 for the rope 235 upward movement is connected to the second, thereby pulls mounting panel 23 downwards through the one end of rope 235 is connected to the second, makes mounting panel 23 move to preset position.

Referring to fig. 5, the server includes a data storage unit, a data analysis unit, a signaling processing unit, an opportunity value analysis module, and a personnel registration module;

the data storage unit receives the fish luring information sent by the data acquisition unit;

the data analysis unit analyzes the fish luring information to obtain an intensity signaling, a loud-speaking maintenance signaling and a fish lamp maintenance signaling, and sends the signals to the signaling processing unit, and the specific process is as follows:

when the underwater loudspeaker 232 works, the water temperature in the fish luring information is obtained, all the water temperatures are set to correspond to a preset intensity value, and the water temperatures are matched with all the water temperatures to obtain corresponding preset intensity values; generating an intensity signaling matched with the corresponding preset intensity value;

obtaining the decibel size and the current size in the fish luring information, and generating a loudspeaking maintenance signaling corresponding to the underwater loudspeaker 232 when the decibel value is smaller than the decibel value corresponding to the preset intensity value or the current value is zero;

when the underwater fish luring lamp 231 works, the light intensity and the current magnitude in the fish luring information are obtained; when the light intensity is smaller than the preset light intensity or the current value is zero, generating a fish lamp maintenance signaling corresponding to the underwater fish luring lamp 231;

the signaling processing unit carries out signaling processing to intensity signaling, maintenance signaling of raising one's voice and fish lamp maintenance signaling, and the concrete process is:

after receiving the intensity signaling, the signaling processing unit sends the intensity signaling to the execution unit in the corresponding fish luring assembly;

acquiring maintenance personnel with the same maintenance type as the components to be processed and marking the maintenance personnel as personnel Ai; i is marked as the number of personnel, and the value is a positive integer;

acquiring and processing personnel information of personnel Ai to obtain processing personnel, sending a loud-speaking maintenance signaling or a fish lamp maintenance signaling to an intelligent terminal of the processing personnel, and sending the personnel information of the processing personnel to a verification unit;

the specific steps of acquiring the personnel information of the personnel Ai and processing the personnel information are as follows: sending a position acquisition instruction to an intelligent terminal of the personnel Ai to acquire a current real-time position, and calculating the distance difference between the current real-time position and the position of the component to be processed to obtain the maintenance interval of the personnel Ai; acquiring a dimension induction value and a dimension quantity to be tested of the personnel Ai; carrying out normalization processing on the maintenance interval, the dimension induction value and the dimension quantity to be measured of the personnel Ai and taking numerical values of the maintenance interval, the dimension induction value and the dimension quantity to be measured; the values of the three are respectively marked as DH1, DH2 and DH 3; obtaining a personnel handling value DU of the personnel Ai by using a formula DU = DH2 × b1+0.28/0.74 × DH1 × b2+ DH3 × b3+ 11; marking the personnel Ai with the largest personnel handling value as a handling personnel, and increasing the number of waiting dimensions of the handling personnel by one, wherein b1, b2 and b3 are all preset weight coefficients;

the machine value analysis module collects and sends a moment I of a loudspeaker maintenance signaling or a fish lamp maintenance signaling to a processing person and a moment when the verification is successful, and carries out moment analysis, and the machine value analysis module specifically comprises the following steps: calculating the time difference between the first time and the successful verification time to obtain the arrival processing time; when the arrival processing time length is smaller than a set time length threshold value, marking the arrival processing time length as a time length one; when the arrival processing time length is greater than or equal to the time length threshold value, marking the arrival processing time length as a time length two; summing all the time lengths I of the treating personnel and taking the average value to obtain a time length average value which is marked as QT 1; counting the number of the second time length and marking as QT 2; normalizing the number of the average duration and the number of the second duration, taking the values of the average duration and the second duration, and obtaining a dimension inducer value DH2 of a treating person by using a formula DH2=1/QT1 × b4-QT2 × b 5; wherein, b4 and b5 are both preset weight coefficients; the values of b4 and b5 are reasonably set according to the actual situation in the field, and the values of b4 and b5 in the invention are 10.2 and 0.9; the smaller the average value of the time length I is, the smaller the number of the time lengths II is, the larger the corresponding dimension inducer value is, so that the larger the personnel processing value corresponding to the personnel is, the higher the probability that the personnel processes the failed underwater fish attracting lamp 231 or the underwater loudspeaker 232 is; the formulas are obtained by acquiring a large amount of data and performing software simulation, and the coefficients in the formulas are set by the technicians in the field according to actual conditions;

the personnel submit registration information to a personnel registration module through the intelligent terminal for registration, and the personnel registration module sends the registration information which is successfully registered to a data storage unit for storage, wherein the registration information comprises names, ages, maintenance types, communication numbers and the like of the personnel; wherein the service category includes any one or more part names in the service lure component 2;

in use of the invention, the preferred embodiments of the invention disclosed above are intended only to aid in the description of the invention. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise forms disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.