An intelligent anti-biological attachment device

Abstract

The present invention discloses an intelligent anti-biological attachment device, comprising an intelligent power supply control unit (1), a light intensity detection unit (2), an anti-biological attachment device for a high-intensity biological attachment environment (3), a back reflection intensity detection unit (4) and a protected sensor (5). The purpose of the present invention is to provide an intelligent anti-biological attachment device, which can reasonably match and output power of various biological inhibition methods according to different water quality characteristics, find the combination of inhibition methods that best suits the local water characteristics through real-time data feedback, and the parameter combination can be dynamically adjusted to achieve the purpose of intelligently inhibiting the growth of biological attachments.

Description

Technical field:

[0001] The invention relates to the technical field of marine engineering, and in particular to an intelligent anti-biological attachment device. Background technology:

[0002] In the prior art, once a solid structure is placed in water, it will be affected by biological attachment. The growth of a large number of biological attachments will inevitably affect the detection accuracy of scientific detection sensors. In order to ensure the continuous stability of the sensor detection accuracy, it is necessary to inhibit the growth of biological attachments in key areas. Although the existing anti-biological attachment devices for high-intensity biological attachment environments have a good inhibitory effect on biological attachment, they can often only pre-set the inhibition power. When encountering different environmental characteristics such as turbid water bodies, plant attachments, animal attachments, etc., they cannot specifically adjust the output power of various inhibition methods, and often cannot achieve an ideal and reasonable inhibition effect. Summary of the invention:

[0003] In view of the above-mentioned deficiencies and defects of the prior art, the present invention provides a set of intelligent anti-biological attachment devices, which can reasonably match the proportions and power outputs of various biological inhibition methods according to different water quality characteristics, find the combination of inhibition methods that best suits the local water characteristics through real-time feedback of data, and this parameter combination can be dynamically adjusted to achieve the purpose of intelligently inhibiting the growth of biological attachments.

[0004] The technical scheme of the present invention is as follows: an intelligent anti-biological attachment device, comprising an intelligent power supply control unit, a light intensity detection unit, an anti-biological attachment device for a high-intensity biological attachment environment, a back reflection intensity detection unit and a protected sensor; wherein the intelligent power supply control unit comprises a watertight connector, an underwater light intensity detector, an underwater light intensity detector connector seat, an underwater back reflection intensity detector, an underwater back reflection intensity detector connector seat, a light intensity acquisition module, a back reflection intensity acquisition module, a data acquisition and control module, an electrolytic intensity power control module, an ultraviolet light intensity control module, an underwater back reflection intensity detection unit connector seat, an underwater back reflection intensity detection unit connector assembly, a light intensity detection unit connector seat, a light intensity detection unit connector assembly, an anti-biological attachment device connector seat for a high-intensity biological attachment environment, an anti-biological attachment device connector assembly for a high-intensity biological attachment environment and a waterproof cavity of the intelligent power supply control unit;

[0005] The light intensity detection unit includes a first underwater ultraviolet light lamp and a light intensity detection unit mounting frame;

[0006] The anti-biological attachment device for a high-intensity biological attachment environment comprises a connector seat for the anti-biological attachment device for a high-intensity biological attachment environment, a wiring cavity for the anti-biological attachment device for a high-intensity biological attachment environment, a second underwater ultraviolet light, a cathode for the anti-biological attachment device for a high-intensity biological attachment environment, and an anode for the anti-biological attachment device for a high-intensity biological attachment environment;

[0007] The back reflection intensity detection unit comprises an underwater back reflection intensity detection unit connector seat, an underwater back reflection intensity detection unit wiring cavity, an underwater back reflection intensity detection unit cathode and an underwater back reflection intensity detection unit anode;

[0008] The protected sensor includes a sensor body and a sensor connector seat.

[0009] In one embodiment, the main structure of the watertight connector is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylinder is provided with eight power receiving terminals. The end face of the large cylinder connected to the threaded column is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity of the intelligent power supply control unit; wherein, the tail wire of the watertight connector is arranged inside the waterproof cavity of the intelligent power supply control unit and is connected to the data acquisition and control module.

[0010] In one embodiment, one end of the underwater light intensity detector is a pancake-shaped ultraviolet light intensity detection element, and the other end is a cylindrical watertight connection plug, which is connected in the middle by a waterproof cable;

[0011] The disc-shaped ultraviolet light intensity detection element is installed inside the light intensity detection unit mounting frame and directly facing the first underwater ultraviolet light lamp. The cylindrical watertight connecting plug at the other end is inserted into the corresponding jack of the underwater light intensity detector connector seat to form a seal.

[0012] In one embodiment, the main structure of the underwater light intensity detector connector seat is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity of the intelligent power supply control unit;

[0013] The tail line of the underwater light intensity detector connector seat is inside the waterproof cavity of the intelligent power supply control unit and is connected to the light intensity collection module.

[0014] In one embodiment, one end of the underwater back reflection intensity detector is a cylindrical back reflection intensity detection element, and the other end is a cylindrical watertight connection plug, which are connected by a waterproof cable in the middle;

[0015] The cylindrical rear reflection intensity detection element is installed underwater and connected to the inside of the anode of the reflection intensity detection unit. The cylindrical watertight connecting plug at the other end is inserted underwater to form a seal with the corresponding jack of the reflection intensity detector connector seat.

[0016] In one embodiment, the main structure of the connector seat of the underwater back reflection intensity detector is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity of the intelligent power supply control unit;

[0017] The tail line of the connector seat of the underwater back reflection intensity detector is inside the waterproof cavity of the intelligent power supply control unit and is connected to the back reflection intensity acquisition module.

[0018] In one embodiment, the light intensity collection module is a plate-like structure, which is installed inside the waterproof cavity of the intelligent power supply control unit by bolt fixing; one end of it is connected to the tail line of the underwater light intensity detector connector seat, and the other end is connected to the data collection and control module.

[0019] In one embodiment, the rear reflection intensity collection module is a plate-like structure, which is installed inside the waterproof cavity of the intelligent power supply control unit by bolt fixing. One end of the module is connected to the tail line of the underwater rear reflection intensity detector connector seat, and the other end is connected to the data collection and control module.

[0020] In one embodiment, the data acquisition and control module is a plate-like structure, which is installed inside the waterproof cavity of the intelligent power supply control unit by bolt fixing. The first end is connected to the tail line of the watertight connector, the second end is connected to the light intensity acquisition module, the third end is connected to the rear reflection intensity acquisition module, the fourth end is connected to the electrolytic intensity power control module, and the fifth end is connected to the ultraviolet light intensity control module.

[0021] In one embodiment, the electrolytic intensity power control module is a plate-like structure, which is installed inside the waterproof cavity of the intelligent power supply control unit by bolt fixing. Its first end is connected to the tail line of the connector seat of the rear reflection intensity detection unit, its second end is connected to the tail line of the connector seat of the anti-biological attachment device for high-intensity biological attachment environment, and its third end is connected to the data acquisition and control module.

[0022] In one embodiment, the ultraviolet light intensity control module is a plate-like structure, which is installed inside the waterproof cavity of the intelligent power supply control unit by bolt fixing. Its first end is connected to the tail line of the light intensity detection unit connector seat, the second end is connected to the tail line of the anti-biological attachment device connector seat for high-intensity biological attachment environment, and the third end is connected to the data acquisition and control module.

[0023] In one embodiment, the main structure of the rear reflection intensity detection unit connector seat is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylinder is provided with eight power receiving terminals, and the end face where the large cylinder and the threaded column are connected is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity of the intelligent power supply control unit; the tail line of the rear reflection intensity detection unit connector seat is connected to the electrolytic intensity power control module inside the waterproof cavity of the intelligent power supply control unit, and the outside is connected to the plug of the underwater rear reflection intensity detection unit connector assembly to form a sealing fit.

[0024] In one embodiment, the underwater rear reflection intensity detection unit connector assembly is a cylindrical structure, the middle section is a waterproof cable, and the plugs at both ends are respectively inserted into the rear reflection intensity detection unit connector seat and the underwater rear reflection intensity detection unit connector seat to form a sealed fit.

[0025] In one embodiment, the main structure of the light intensity detection unit connector seat is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylinder is provided with eight power receiving terminals. The end face where the large cylinder and the threaded column are connected is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity of the intelligent power supply control unit; the tail line of the light intensity detection unit connector seat is connected to the ultraviolet light intensity control module inside the waterproof cavity of the intelligent power supply control unit, and the external light intensity detection unit connector seat is connected to the plug of the light intensity detection unit connector assembly to form a sealing fit.

[0026] In one embodiment, the two ends of the light intensity detection unit connector assembly are cylindrical structures, the middle section is a waterproof cable, and the plugs at the two ends are respectively inserted into the light intensity detection unit connector seat and the rear end socket of the first underwater ultraviolet lamp to form a sealed fit.

[0027] In one embodiment, the main structure of the connector seat of the anti-biological attachment device for a high-intensity biological attachment environment is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity of the intelligent power supply control unit;

[0028] The tail wire of the connector seat of the anti-biological attachment device for high-intensity biological attachment environment is connected to the electrolytic intensity power control module and the ultraviolet light intensity control module inside the waterproof cavity of the intelligent power supply control unit, and the external connector seat of the anti-biological attachment device for high-intensity biological attachment environment is connected to the plug of the connector assembly of the anti-biological attachment device for high-intensity biological attachment environment to form a sealed fit.

[0029] In one embodiment, the two ends of the anti-biological attachment device connector assembly for high-intensity biological attachment environment are cylindrical structures, the middle section is a waterproof cable, and the plugs at the two ends are respectively inserted into the anti-biological attachment device connector seat for high-intensity biological attachment environment and the anti-biological attachment device connector seat for high-intensity biological attachment environment to form a sealed fit.

[0030] In one embodiment, the waterproof cavity of the intelligent power supply control unit is a cylindrical hollow structure with circular planes at both ends; the internal space of the waterproof cavity of the intelligent power supply control unit is used to install a fixed light intensity collection module, a rear reflection intensity collection module, a data collection and control module, an electrolytic intensity power control module and an ultraviolet light intensity control module;

[0031] The circular plane of the waterproof cavity of the intelligent power supply control unit is used to install the external power supply communication watertight connector, the underwater light intensity detector connector seat, the underwater rear reflection intensity detector connector seat, the underwater rear reflection intensity detection unit connector seat, the light intensity detection unit connector seat and the anti-biological attachment device connector seat for high-intensity biological attachment environment, and form a seal.

[0032] In one embodiment, the first underwater ultraviolet lamp is a short-wave ultraviolet lamp, which is watertightly packaged and has a bowl-shaped structure. Its large end plane serves as the ultraviolet light emitting surface, and its small end face forms an end face seal with the plug of the light intensity detection unit connector assembly.

[0033] In one embodiment, the light intensity detection unit mounting frame is a cylindrical hollow structure, which is used to install and fix the first underwater ultraviolet lamp and the underwater light intensity detector.

[0034] In one embodiment, the main structure of the connector seat of the anti-biological attachment device for high-intensity biological attachment environment is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the wiring cavity of the anti-biological attachment device for high-intensity biological attachment environment, and its tail wire is welded and connected with the second underwater ultraviolet lamp, the cathode of the anti-biological attachment device for high-intensity biological attachment environment, and the anode of the anti-biological attachment device for high-intensity biological attachment environment;

[0035] The other end of the connector seat of the anti-biological attachment device for high-intensity biological attachment environment is plugged into the plug of the connector assembly of the anti-biological attachment device for high-intensity biological attachment environment to form a sealed fit.

[0036] In one embodiment, the wiring cavity of the anti-biological attachment device for high-intensity biological attachment environment is a cylindrical component with a hollow structure, and the tail wire of the connector seat of the anti-biological attachment device for high-intensity biological attachment environment is connected to the second underwater ultraviolet lamp, the cathode of the anti-biological attachment device for high-intensity biological attachment environment, and the anode of the anti-biological attachment device for high-intensity biological attachment environment inside. One end facing outward forms an axial seal with the connector seat of the anti-biological attachment device for high-intensity biological attachment environment with an O-ring, and the other end forms an axial seal with the small end face of the second underwater ultraviolet lamp with an O-ring.

[0037] In one embodiment, the cathode of the anti-biological attachment device for high-intensity biological attachment environment is a cylindrical hollow mesh structure, and the inner ring is added with an insulating layer and is sleeved on the outside of the anode of the anti-biological attachment device for high-intensity biological attachment environment. The axial wire column is welded and connected to the tail wire of the connector seat of the anti-biological attachment device for high-intensity biological attachment environment inside the wiring cavity of the anti-biological attachment device for high-intensity biological attachment environment.

[0038] In one embodiment, the anode of the anti-biological attachment device for high-intensity biological attachment environment is a cylindrical hollow mesh structure, which is arranged inside the cathode of the anti-biological attachment device for high-intensity biological attachment environment, and the axial wire column is welded and connected to the tail wire of the connector seat of the anti-biological attachment device for high-intensity biological attachment environment inside the wiring cavity (302) of the anti-biological attachment device for high-intensity biological attachment environment, and the protected sensor is placed inside.

[0039] In one embodiment, the main structure of the connector seat of the underwater rear reflection intensity detection unit is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylinder is provided with eight power receiving terminals. The end face where the large cylinder and the threaded column are connected is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end face of the wiring cavity of the underwater rear reflection intensity detection unit. The tail line is welded and connected to the cathode and anode of the underwater rear reflection intensity detection unit; the other end of the outside of the connector seat of the underwater rear reflection intensity detection unit is connected to the plug of the connector assembly of the underwater rear reflection intensity detection unit to form a sealing fit.

[0040] In one embodiment, the wiring cavity of the underwater rear reflection intensity detection unit is a cylindrical hollow structural component, and the tail wire of the underwater rear reflection intensity detection unit connector seat is welded and connected with the underwater rear reflection intensity detection unit cathode and the underwater rear reflection intensity detection unit anode; one end of the wiring cavity forms an axial seal with the underwater rear reflection intensity detection unit connector seat with an O-ring, and the other end forms a radial seal with the underwater rear reflection intensity detection unit cathode (403) and the underwater rear reflection intensity detection unit anode (404) wire column with an O-ring.

[0041] In one embodiment, the cathode of the underwater rear reflection intensity detection unit is a cylindrical hollow mesh structure, the inner ring is added with an insulating layer and is sleeved on the outside of the anode of the underwater rear reflection intensity detection unit, and an axial wire column and a tail wire of the connector seat of the underwater rear reflection intensity detection unit are welded and connected inside the wiring cavity of the underwater rear reflection intensity detection unit. After the wire column is sleeved with an O-ring, a radial seal is formed with the end cover hole of the wiring cavity of the underwater rear reflection intensity detection unit.

[0042] In one embodiment, the anode of the underwater rear reflection intensity detection unit is a cylindrical hollow mesh structure, which is passed through the cathode of the underwater rear reflection intensity detection unit, and an axial wire column is welded and connected to the tail wire of the underwater rear reflection intensity detection unit connector seat inside the wiring cavity of the underwater rear reflection intensity detection unit. After the wire column is covered with an O-ring, a radial seal is formed with the end cover hole of the wiring cavity of the underwater rear reflection intensity detection unit, and the rear reflection intensity detection element of the underwater rear reflection intensity detector is placed inside it.

[0043] In one embodiment, the sensor body is a cylindrical instrument with environmental parameter sensing, which is placed and fixed inside the anode of an anti-biological attachment device for a high-intensity biological attachment environment. One end of the cylinder is a sensing unit, and the other end forms an axial seal with a sensor connector seat with an O-ring.

[0044] In one embodiment, the main structure of the sensor connector seat is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals. The end face where the large cylinder and the threaded column are connected is provided with an O-ring groove and after the O-ring is installed, a sealing fit is formed with the circular end face of the sensor body; the tail wire of the sensor connector seat is connected to the internal power supply and signal transmission system of the sensor body; the external pins of the sensor connector seat are connected to the external data acquisition unit.

[0045] The main beneficial effects of the present invention are:

[0046] The purpose of the present invention is to provide a set of intelligent anti-biological attachment device, which can reasonably match and output various biological inhibition methods according to different water quality characteristics, find the combination of inhibition methods that best suits the local water characteristics through real-time feedback of data, and this parameter combination can be dynamically adjusted to achieve the purpose of intelligently inhibiting the growth of biological attachments. Description of the drawings:

[0047] Figure 1 The figure is a schematic diagram of the assembly of an intelligent anti-biological attachment device in one embodiment of the present invention. Specific implementation method:

[0048] The following specific embodiments illustrate the implementation of the present invention, and those skilled in the art can easily understand other advantages and effects of the present invention from the contents disclosed in this specification. Although the description of the present invention will be introduced in conjunction with the preferred embodiment, this does not mean that the features of this invention are limited to this implementation. On the contrary, the purpose of introducing the invention in conjunction with the implementation is to cover other options or modifications that may extend based on the claims of the present invention. In order to provide a deep understanding of the present invention, the following description will include many specific details. The present invention can also be implemented without using these details. In addition, in order to avoid confusion or blurring the focus of the present invention, some specific details will be omitted in the description. It should be noted that the embodiments of the present invention and the features in the embodiments can be combined with each other without conflict.

[0049] In the description of this embodiment, it should be noted that the terms "upper", "lower", "inner", "bottom", etc. indicate orientations or positional relationships based on the orientations or positional relationships shown in the accompanying drawings, or are the orientations or positional relationships in which the inventive product is usually placed when used. They are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present invention.

[0050] The terms “first”, “second”, etc. are only used for distinguishing descriptions and should not be understood as indicating or implying relative importance.

[0051] In the description of this embodiment, it is also necessary to explain that, unless otherwise clearly specified and limited, the terms "set", "connected", and "connected" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be the internal communication of two components. For ordinary technicians in this field, the specific meanings of the above terms in this embodiment can be understood according to specific circumstances.

[0052] Please refer to Figure 1In one embodiment, an intelligent anti-biological attachment device comprises an intelligent power supply control unit 1, a light intensity detection unit 2, an anti-biological attachment device for a high-intensity biological attachment environment 3, a back reflection intensity detection unit 4 and a protected sensor 5; wherein the intelligent power supply control unit 1 comprises a watertight connector 101, an underwater light intensity detector 102, an underwater light intensity detector connector seat 103, an underwater back reflection intensity detector 104, an underwater back reflection intensity detector connector seat 105, a light intensity acquisition module 106, a back reflection intensity acquisition module 107, a data acquisition and control module 108, an electrolytic intensity power control module 109, an ultraviolet light intensity control module 110, an underwater back reflection intensity detection unit connector seat 111, an underwater back reflection intensity detection unit connector assembly 112, a light intensity detection unit connector seat 113, a light intensity detection unit connector assembly 114, an anti-biological attachment device connector seat 115 for a high-intensity biological attachment environment, an anti-biological attachment device connector assembly 116 for a high-intensity biological attachment environment and an intelligent power supply control unit waterproof cavity 117;

[0053] The light intensity detection unit 2 comprises a first underwater ultraviolet lamp 201 and a light intensity detection unit mounting frame 202;

[0054] The anti-biological attachment device 3 for a high-intensity biological attachment environment comprises a connector seat 301 for an anti-biological attachment device for a high-intensity biological attachment environment, a wiring cavity 302 for an anti-biological attachment device for a high-intensity biological attachment environment, a second underwater ultraviolet lamp 305, a cathode 303 for an anti-biological attachment device for a high-intensity biological attachment environment, and an anode 304 for an anti-biological attachment device for a high-intensity biological attachment environment;

[0055] The back reflection intensity detection unit 4 comprises an underwater back reflection intensity detection unit connector seat 401, an underwater back reflection intensity detection unit wiring cavity 402, an underwater back reflection intensity detection unit cathode 403 and an underwater back reflection intensity detection unit anode 404;

[0056] The protected sensor 5 includes a sensor body 501 and a sensor connector seat 502 .

[0057] Furthermore, the main structure of the watertight connector 101 is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylindrical section is provided with eight power receiving terminals. The end face of the large cylindrical section connected to the threaded column is provided with an O-ring groove. After the O-ring is installed, it forms a sealing fit with the circular end face of the waterproof cavity 117 of the intelligent power supply control unit; wherein,

[0058] The tail wire of the watertight connector 101 is arranged inside the waterproof cavity 117 of the intelligent power supply control unit and is connected to the data acquisition and control module 108 .

[0059] Furthermore, one end of the underwater light intensity detector 102 is a pancake-shaped ultraviolet light intensity detection element, and the other end is a cylindrical watertight connection plug, which is connected in the middle by a waterproof cable; wherein,

[0060] The disc-shaped ultraviolet light intensity detection element is installed inside the light intensity detection unit mounting frame 202 and facing the first underwater ultraviolet lamp 201. The cylindrical watertight connecting plug at the other end is inserted into the corresponding jack of the underwater light intensity detector connector seat 103 to form a seal.

[0061] Furthermore, the main structure of the underwater light intensity detector connector seat 103 is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity 117 of the intelligent power supply control unit;

[0062] The tail line of the underwater light intensity detector connector seat 103 is inside the waterproof cavity 117 of the intelligent power supply control unit and is connected to the light intensity collection module 106 .

[0063] Further, one end of the underwater back reflection intensity detector 104 is a cylindrical back reflection intensity detection element, and the other end is a cylindrical watertight connection plug, which are connected by a waterproof cable in the middle;

[0064] The cylindrical rear reflection intensity detection element is installed underwater and connected to the inside of the reflection intensity detection unit anode 404. The cylindrical watertight connecting plug at the other end is inserted underwater to form a seal with the corresponding jack of the reflection intensity detector connector seat 105.

[0065] Furthermore, the main structure of the underwater back reflection intensity detector connector seat 105 is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity 117 of the intelligent power supply control unit;

[0066] The tail line of the underwater back reflection intensity detector connector seat 105 is inside the waterproof cavity 117 of the intelligent power supply control unit and is connected to the back reflection intensity acquisition module 107 .

[0067] Furthermore, the light intensity collection module 106 is a plate-like structure, which is installed inside the waterproof cavity 117 of the intelligent power supply control unit by bolt fixing; one end of it is connected to the tail line of the underwater light intensity detector connector seat 103, and the other end is connected to the data collection and control module 108.

[0068] Furthermore, the rear reflection intensity collection module 107 is a plate-like structure, which is installed inside the waterproof cavity 117 of the intelligent power supply control unit by bolt fixing. One end of it is connected to the tail line of the underwater rear reflection intensity detector connector seat 105, and the other end is connected to the data acquisition and control module 108.

[0069] Furthermore, the data acquisition and control module 108 is a plate-like structure, which is installed inside the waterproof cavity 117 of the intelligent power supply control unit by bolt fixing. Its first end is connected to the tail line of the watertight connector 101, the second end is connected to the light intensity acquisition module 106, the third end is connected to the rear reflection intensity acquisition module 107, the fourth end is connected to the electrolytic intensity power control module 109, and the fifth end is connected to the ultraviolet light intensity control module 110.

[0070] Furthermore, the electrolytic intensity power control module 109 is a plate-like structure, which is installed inside the waterproof cavity 117 of the intelligent power supply control unit by bolt fixing. The first end is connected to the tail line of the rear reflection intensity detection unit connector seat 111, the second end is connected to the tail line of the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment, and the third end is connected to the data acquisition and control module 108.

[0071] Furthermore, the ultraviolet light intensity control module 110 is a plate-like structure, which is installed inside the waterproof cavity 117 of the intelligent power supply control unit by bolt fixing. Its first end is connected to the tail line of the light intensity detection unit connector seat 113, the second end is connected to the tail line of the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment, and the third end is connected to the data acquisition and control module 108.

[0072] Furthermore, the main structure of the rear reflection intensity detection unit connector seat 111 is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity 117 of the intelligent power supply control unit;

[0073] The tail line of the rear reflection intensity detection unit connector seat 111 is connected to the electrolytic strength power control module 109 inside the intelligent power supply control unit waterproof cavity 117, and is plugged into the plug of the underwater rear reflection intensity detection unit connector assembly 112 outside to form a sealed fit.

[0074] Furthermore, the underwater rear reflection intensity detection unit connector assembly 112 is a cylindrical structure, the middle section of which is a waterproof cable, and the plugs at both ends are respectively inserted into the rear reflection intensity detection unit connector seat 111 and the underwater rear reflection intensity detection unit connector seat 401 to form a sealed fit.

[0075] Furthermore, the main structure of the light intensity detection unit connector seat 113 is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity 117 of the intelligent power supply control unit;

[0076] The tail wire of the light intensity detection unit connector seat 113 is connected to the ultraviolet light intensity control module 110 inside the waterproof cavity 117 of the intelligent power supply control unit, and the external light intensity detection unit connector seat 113 is plugged into the plug of the light intensity detection unit connector assembly 114 to form a sealed fit.

[0077] Furthermore, the two ends of the light intensity detection unit connector assembly 114 are cylindrical structures, and the middle section is a waterproof cable. The plugs at the two ends are respectively inserted into the light intensity detection unit connector seat 113 and the rear end socket of the first underwater ultraviolet lamp (201) to form a sealed fit.

[0078] Furthermore, the main structure of the connector seat 115 of the anti-biological attachment device for a high-intensity biological attachment environment is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity (117) of the intelligent power supply control unit;

[0079] The tail wire of the connector seat 115 of the anti-biological attachment device for high-intensity biological attachment environment is connected to the electrolytic intensity power control module 109 and the ultraviolet light intensity control module 110 inside the waterproof cavity 117 of the intelligent power supply control unit, and the connector seat 115 of the anti-biological attachment device for high-intensity biological attachment environment outside is connected with the plug of the connector assembly 116 of the anti-biological attachment device for high-intensity biological attachment environment to form a sealed fit.

[0080] Furthermore, the two ends of the anti-biological attachment device connector assembly 116 for high-intensity biological attachment environment are cylindrical structures, and the middle section is a waterproof cable. The plugs at the two ends are respectively inserted into the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment and the anti-biological attachment device connector seat 301 for high-intensity biological attachment environment to form a sealed fit.

[0081] Furthermore, the intelligent power supply control unit waterproof cavity 117 is a cylindrical hollow structure with circular planes at both ends; the internal space of the intelligent power supply control unit waterproof cavity 117 is used to install the fixed light intensity collection module 106, the rear reflection intensity collection module 107, the data collection and control module 108, the electrolytic intensity power control module 109 and the ultraviolet light intensity control module 110;

[0082] The circular plane of the waterproof cavity 117 of the intelligent power supply control unit is used to install the external power supply communication watertight connector 101, the underwater light intensity detector connector seat 103, the underwater rear reflection intensity detector connector seat 105, the underwater rear reflection intensity detection unit connector seat 111, the light intensity detection unit connector seat 113 and the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment, and form a seal.

[0083] Furthermore, the first underwater ultraviolet lamp 201 is a short-wave ultraviolet lamp, which is watertightly packaged and has a bowl-shaped structure. Its large end plane serves as the ultraviolet light emitting surface, and its small end face forms an end face seal with the plug of the light intensity detection unit connector assembly 114.

[0084] Furthermore, the light intensity detection unit mounting frame 202 is a cylindrical hollow structure, which is used to install and fix the first underwater ultraviolet lamp 201 and the underwater light intensity detector 102.

[0085] Furthermore, the main structure of the connector seat 301 of the high-intensity biological attachment environment anti-biological attachment device is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylindrical section and the threaded column are connected is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the wiring cavity 302 of the high-intensity biological attachment environment anti-biological attachment device, and its tail wire is welded and connected with the second underwater ultraviolet lamp 305, the cathode 303 of the high-intensity biological attachment environment anti-biological attachment device, and the anode 304 of the high-intensity biological attachment environment anti-biological attachment device;

[0086] The other end of the connector seat 301 of the anti-biological attachment device for high-intensity biological attachment environment is plugged into the plug of the connector assembly 116 of the anti-biological attachment device for high-intensity biological attachment environment to form a sealed fit.

[0087] Furthermore, the wiring cavity 302 of the anti-biological attachment device for high-intensity biological attachment environment is a cylindrical component with a hollow structure, and the tail line of the connector seat 301 of the anti-biological attachment device for high-intensity biological attachment environment is connected with the second underwater ultraviolet lamp 305, the cathode 303 of the anti-biological attachment device for high-intensity biological attachment environment, and the anode 304 of the anti-biological attachment device for high-intensity biological attachment environment is completed inside. One end facing outward forms an axial seal with the connector seat 301 of the anti-biological attachment device for high-intensity biological attachment environment with an O-ring, and the other end forms an axial seal with the small end face of the second underwater ultraviolet lamp 305 with an O-ring.

[0088] Furthermore, the cathode 303 of the anti-biological attachment device for high-intensity biological attachment environment is a cylindrical hollow mesh structure, and the inner ring is added with an insulating layer and is sleeved on the outside of the anode 304 of the anti-biological attachment device for high-intensity biological attachment environment. There is an axial wire column and the tail wire of the connector seat 301 of the anti-biological attachment device for high-intensity biological attachment environment is welded and connected inside the wiring cavity 302 of the anti-biological attachment device for high-intensity biological attachment environment.

[0089] Furthermore, the anode 304 of the anti-biological attachment device for a high-intensity biological attachment environment is a cylindrical hollow mesh structure, which is arranged inside the cathode 303 of the anti-biological attachment device for a high-intensity biological attachment environment, and has an axial conductor column that is welded and connected to the tail wire of the connector seat 301 of the anti-biological attachment device for a high-intensity biological attachment environment inside the wiring cavity 302 of the anti-biological attachment device for a high-intensity biological attachment environment, and the protected sensor 5 is placed inside.

[0090] Furthermore, the main structure of the underwater rear reflection intensity detection unit connector seat 401 is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylinder is provided with eight power receiving terminals. The end face where the large cylinder and the threaded column are connected is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end face of the underwater rear reflection intensity detection unit wiring cavity 402. Its tail line is welded and connected to the underwater rear reflection intensity detection unit cathode 403 and the underwater rear reflection intensity detection unit anode 404; the other end of the outside of the underwater rear reflection intensity detection unit connector seat 401 is plugged into the plug of the underwater rear reflection intensity detection unit connector assembly 112 to form a sealing fit.

[0091] Furthermore, the underwater rear reflection intensity detection unit wiring cavity 402 is a cylindrical hollow structural component, inside which the tail line of the underwater rear reflection intensity detection unit connector seat 401 is welded and connected with the underwater rear reflection intensity detection unit cathode 403 and the underwater rear reflection intensity detection unit anode 404; one end thereof forms an axial seal with the underwater rear reflection intensity detection unit connector seat 401 with an O-ring, and the other end thereof forms a radial seal with the underwater rear reflection intensity detection unit cathode 403 and the underwater rear reflection intensity detection unit anode 404 wire column with an O-ring.

[0092] Furthermore, the cathode 403 of the underwater rear reflection intensity detection unit is a cylindrical hollow mesh structure, and the inner ring is added with an insulating layer and is sleeved on the outside of the anode 404 of the underwater rear reflection intensity detection unit. There is an axial wire column and a tail line of the underwater rear reflection intensity detection unit connector seat 401 that is welded and connected inside the wiring cavity 402 of the underwater rear reflection intensity detection unit. After the wire column is covered with an O-ring, a radial seal is formed with the end cover hole of the wiring cavity 402 of the underwater rear reflection intensity detection unit.

[0093] Furthermore, the anode 404 of the underwater rear reflection intensity detection unit is a cylindrical hollow mesh structure, which is passed through the cathode 403 of the underwater rear reflection intensity detection unit, and is axially connected to the tail line of the underwater rear reflection intensity detection unit connector seat 401 by welding inside the wiring cavity 402 of the underwater rear reflection intensity detection unit. After the wire column is covered with an O-ring, it forms a radial seal with the end cover hole of the wiring cavity 402 of the underwater rear reflection intensity detection unit, and the rear reflection intensity detection element of the underwater rear reflection intensity detector 104 is placed inside it.

[0094] Furthermore, the sensor body 501 is a cylindrical instrument with environmental parameter sensing, which is placed and fixed inside the anode 304 of the anti-biological attachment device for a high-intensity biological attachment environment. One end of the cylinder is the sensing unit, and the other end forms an axial seal with the sensor connector seat 502 with an O-ring.

[0095] Furthermore, the main structure of the sensor connector seat 502 is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face where the large cylinder and the threaded column are connected is provided with an O-ring groove and after the O-ring is installed, it forms a sealing fit with the circular end face of the sensor body (501);

[0096] The tail wire of the sensor connector seat 502 is connected to the internal power supply and signal transmission system of the sensor body 501;

[0097] The external pins of the sensor connector socket 502 are connected to an external data acquisition unit.

[0098] It is understandable that:

[0099] The major components include an intelligent power supply control unit 1, a light intensity detection unit 2, an anti-biological attachment device for a high-intensity biological attachment environment 3, a back reflection intensity detection unit 4 and a protected sensor 5.

[0100] Assembly of the intelligent power supply control unit 1: After putting O-rings on the external power supply communication watertight connector 101, the underwater light intensity detector connector seat 103, the underwater rear reflection intensity detector connector seat 105, the underwater rear reflection intensity detection unit connector seat 111, the light intensity detection unit connector seat 113, and the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment, install them into the various threaded holes of the waterproof cavity 117 of the intelligent power supply control unit to form an axial seal; connect the light intensity acquisition module 106, the rear reflection intensity acquisition module 107, the data acquisition and control module 108, the electrolytic intensity power control module 109, and the ultraviolet light intensity control module 110 to each other and then put them into the waterproof cavity 117 of the intelligent power supply control unit; respectively connect the external power supply communication watertight connector 101, the underwater light intensity detector connector seat 103, the underwater rear reflection intensity detector connector seat 105, the underwater rear reflection intensity detection unit connector seat 111, the light intensity detection unit connector seat 113, and the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment. 11. Connections between the light intensity detection unit connector seat 113, the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment, and the light intensity acquisition module 106, the rear reflection intensity acquisition module 107, the data acquisition and control module 108, the electrolytic intensity power control module 109, and the ultraviolet light intensity control module 110; a sealed intelligent power supply control unit waterproof cavity 117; the underwater light intensity detector 102, the underwater rear reflection intensity detector 104, the underwater rear reflection intensity detection unit connector assembly 112, the light intensity detection unit connector assembly 114, and the anti-biological attachment device connector assembly 116 for high-intensity biological attachment environment are respectively plugged into the underwater light intensity detector connector seat 103, the underwater rear reflection intensity detector connector seat 105, the underwater rear reflection intensity detection unit connector seat 111, the light intensity detection unit connector seat 113, and the anti-biological attachment device connector seat 115 for high-intensity biological attachment environment to form a seal.

[0101] Assembly of the light intensity detection unit 2: The first underwater ultraviolet lamp 201 is installed and fixed inside the light intensity detection unit mounting frame 202 .

[0102] Assembly of the anti-biological attachment device 3 for a high-intensity biological attachment environment: After the connector seat 301 of the anti-biological attachment device for a high-intensity biological attachment environment is covered with an O-ring, it is installed in the corresponding threaded hole of the wiring cavity 302 of the anti-biological attachment device for a high-intensity biological attachment environment and then tightened and sealed; After the second underwater ultraviolet lamp 305 is covered with an O-ring, it is installed in the corresponding threaded hole of the wiring cavity 302 of the anti-biological attachment device for a high-intensity biological attachment environment and then tightened and sealed; After the anode 304 of the anti-biological attachment device for a high-intensity biological attachment environment is covered with an insulating sleeve, it is inserted into the cathode 303 of the anti-biological attachment device for a high-intensity biological attachment environment and fixed; After the outer part of the anode 304 of the anti-biological attachment device for an environment is covered with an insulating sleeve, it is inserted into the lead wire post of the cathode 303 of the anti-biological attachment device for an environment with high intensity biological attachment, and then the lead wire post is covered with an O-ring and inserted into the small hole end of the wiring cavity 302 of the anti-biological attachment device for an environment with high intensity biological attachment to form a radial seal; the tail wire of the connector seat 301 of the anti-biological attachment device for an environment with high intensity biological attachment is welded to the lead wire posts of the anode 304 of the anti-biological attachment device for an environment with high intensity biological attachment, the cathode 303 of the anti-biological attachment device for an environment with high intensity biological attachment, and the second underwater ultraviolet lamp 305; the wiring cavity 302 of the anti-biological attachment device for an environment with high intensity biological attachment is closed.

[0103] Assembly of the rear reflection intensity detection unit 4: After the O-ring is put on the connector seat 401 of the underwater rear reflection intensity detection unit, it is installed in the corresponding threaded hole of the underwater rear reflection intensity detection unit wiring cavity 402 and then tightened to seal; after the outer part of the underwater rear reflection intensity detection unit anode 404 is put on the insulating sleeve, it is inserted into the inner part of the underwater rear reflection intensity detection unit cathode 403 and fixed; after the wire posts of the underwater rear reflection intensity detection unit anode 404 and the underwater rear reflection intensity detection unit cathode 403 are put on O-rings, they are inserted into the small hole end of the underwater rear reflection intensity detection unit wiring cavity 402 to form a radial seal; the tail line of the underwater rear reflection intensity detection unit connector seat 401 is welded to the wire posts of the rear reflection intensity detection unit cathode 403 and the underwater rear reflection intensity detection unit anode 404; and the wiring cavity 402 of the underwater rear reflection intensity detection unit is closed.

[0104] Assembly of the protected sensor 5: After the sensor connector seat 502 is covered with an O-ring, it is installed into the corresponding threaded hole of the sensor body 501 and then tightened to seal. After internal wiring, the sensor body 501 is closed.

[0105] General assembly: Place the underwater light intensity detector 102 inside the light intensity detection unit mounting frame 202 and fix it; plug the remaining end of the light intensity detection unit connector assembly 114 into the first underwater ultraviolet lamp 201 to form a seal; place the protected sensor 5 inside the anode 304 of the anti-biological attachment device for a high-intensity biological attachment environment and fix it; plug the remaining end of the connector assembly 116 of the anti-biological attachment device for a high-intensity biological attachment environment into the connector seat 301 of the anti-biological attachment device for a high-intensity biological attachment environment and form a seal; place the underwater rear reflection intensity detector 104 into the underwater rear reflection intensity detection unit anode 404 and fix it; plug the remaining end of the underwater rear reflection intensity detection unit connector assembly 112 into the underwater rear reflection intensity detection unit connector seat 401 and form a seal; the external power supply communication watertight connector 101 is connected to the upper power supply communication unit; the sensor connector seat 502 is connected to the upper power supply communication unit.

[0106] The working process is divided into three stages: parameter optimization stage, constant working stage and re-adaptation stage.

[0107] The working process is as follows:

[0108] Parameter optimization stage: When a new water body is just placed in the environment, the intelligent power supply control unit 1 will receive information from the light intensity detection unit 2 and the back reflection intensity detection unit 4, wherein the light intensity detection unit 2 mainly evaluates the light transmittance level of the water body, and the back reflection intensity detection unit 4 evaluates the anti-biological attachment effect of the current power parameter combination. If the effect is not good, the power of the internal electrolysis or ultraviolet lamp of the anti-biological attachment device 3 for high-intensity biological attachment environment will be increased to see which power enhancement effect is more significant, and finally reach a good combination.

[0109] Constant working stage: the state of continuous working after finding a parameter combination suitable for the current environment.

[0110] Re-adaptation stage: Generally, when environmental parameters change again, such as temperature, turbidity, etc., they will change in different time periods. At this time, it is necessary to automatically find a suitable combination of parameters.

[0111] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and range of equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. An intelligent anti-biological attachment device, characterized in that: The invention comprises an intelligent power supply control unit (1), a light intensity detection unit (2), an anti-biological attachment device (3) for a high-intensity biological attachment environment, a back reflection intensity detection unit (4) and a protected sensor (5); wherein: The intelligent power supply control unit (1) comprises a watertight connector (101), an underwater light intensity detector (102), an underwater light intensity detector connector seat (103), an underwater back reflection intensity detector (104), an underwater back reflection intensity detector connector seat (105), a light intensity acquisition module (106), a back reflection intensity acquisition module (107), a data acquisition and control module (108), an electrolytic intensity power control module (109), an ultraviolet light intensity control module (110), an underwater back reflection intensity detection unit connector seat (111), an underwater back reflection intensity detection unit connector assembly (112), a light intensity detection unit connector seat (113), a light intensity detection unit connector assembly (114), a high intensity biological attachment environment anti-biological attachment device connector seat (115), a high intensity biological attachment environment anti-biological attachment device connector assembly (116) and an intelligent power supply control unit waterproof cavity (117); The light intensity detection unit (2) comprises a first underwater ultraviolet lamp (201) and a light intensity detection unit mounting frame (202); The anti-biological attachment device (3) for a high-intensity biological attachment environment comprises a connector seat (301) for the anti-biological attachment device for a high-intensity biological attachment environment, a wiring cavity (302) for the anti-biological attachment device for a high-intensity biological attachment environment, a second underwater ultraviolet light (305), a cathode (303) for the anti-biological attachment device for a high-intensity biological attachment environment, and an anode (304) for the anti-biological attachment device for a high-intensity biological attachment environment. The back reflection intensity detection unit (4) comprises an underwater back reflection intensity detection unit connector seat (401), an underwater back reflection intensity detection unit wiring cavity (402), an underwater back reflection intensity detection unit cathode (403) and an underwater back reflection intensity detection unit anode (404); The protected sensor (5) comprises a sensor body (501) and a sensor connector seat (502); The main structure of the watertight connector (101) is formed by connecting a threaded column section and a large cylindrical section. The end surface of the large cylindrical section is provided with eight power receiving terminals. The end surface of the large cylindrical section connected to the threaded column is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end surface of the waterproof cavity (117) of the intelligent power supply control unit. The tail line of the watertight connector (101) is arranged inside the waterproof cavity (117) of the intelligent power supply control unit and connected to the data acquisition and control module (108). One end of the underwater light intensity detector (102) is a disk-shaped ultraviolet light intensity detection element, and the other end is a cylindrical watertight connection plug, and the middle is connected by a waterproof cable; wherein the disk-shaped ultraviolet light intensity detection element is installed inside the light intensity detection unit mounting frame (202) and directly facing the first underwater ultraviolet light lamp (201), and the cylindrical watertight connection plug at the other end thereof is inserted into the corresponding jack of the underwater light intensity detector connector seat (103) to form a seal; The main structure of the underwater light intensity detector connector seat (103) is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylinder is provided with eight power receiving terminals. The end face of the large cylinder connected to the threaded column is provided with an O-ring groove. After the O-ring is installed, it forms a sealing match with the circular end face of the waterproof cavity (117) of the intelligent power supply control unit; the tail line of the underwater light intensity detector connector seat (103) is inside the waterproof cavity (117) of the intelligent power supply control unit and is connected to the light intensity collection module (106); one end of the underwater rear reflection intensity detector (104) is a cylindrical rear reflection intensity detection element, and the other end is a cylindrical watertight connection plug, and the middle is connected by a waterproof cable; the cylindrical rear reflection intensity detection element is installed underwater and connected to the inside of the reflection intensity detection unit anode (404), and the cylindrical watertight connection plug at the other end is inserted underwater to form a seal with the corresponding jack of the reflection intensity detector connector seat (105); The main structure of the underwater back reflection intensity detector connector seat (105) is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylindrical section is provided with eight power receiving terminals. The end face of the large cylindrical section connected to the threaded column is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity (117) of the intelligent power supply control unit. The tail line of the underwater back reflection intensity detector connector seat (105) is inside the waterproof cavity (117) of the intelligent power supply control unit and is connected to the back reflection intensity collection module (107). The light intensity collection module (106) The plate-shaped structure is installed in the waterproof cavity (117) of the intelligent power supply control unit by means of bolt fixing; one end of the plate-shaped structure is connected to the tail line of the underwater light intensity detector connector seat (103), and the other end of the plate-shaped structure is connected to the data acquisition and control module (108); the rear reflection intensity acquisition module (107) is a plate-shaped structure, installed in the waterproof cavity (117) of the intelligent power supply control unit by means of bolt fixing; one end of the plate-shaped structure is connected to the tail line of the underwater rear reflection intensity detector connector seat (105), and the other end of the plate-shaped structure is connected to the data acquisition and control module (108).

2. The intelligent anti-biological attachment device according to claim 1, characterized in that: The data acquisition and control module (108) is a plate-shaped structure, which is installed in the waterproof cavity (117) of the intelligent power supply control unit by bolt fixing, and its first end is connected to the tail line of the watertight connector (101), the second end is connected to the light intensity acquisition module (106), the third end is connected to the rear reflection intensity acquisition module (107), the fourth end is connected to the electrolytic intensity power control module (109), and the fifth end is connected to the ultraviolet light intensity control module (110); the electrolytic intensity power control module (109) is a plate-shaped structure, which is installed in the waterproof cavity (117) of the intelligent power supply control unit by bolt fixing, and the first end is connected to the rear reflection intensity acquisition module (107). The first end of the ultraviolet light intensity control module (110) is connected to the tail line of the reflection intensity detection unit connector seat (111), the second end is connected to the tail line of the anti-biological attachment device connector seat (115) for a high-intensity biological attachment environment, and the third end is connected to the data acquisition and control module (108); the ultraviolet light intensity control module (110) is a plate-shaped structure, which is installed inside the waterproof cavity (117) of the intelligent power supply control unit by bolt fixing, the first end of which is connected to the tail line of the light intensity detection unit connector seat (113), the second end is connected to the tail line of the anti-biological attachment device connector seat (115) for a high-intensity biological attachment environment, and the third end is connected to the data acquisition and control module (108).

3. The intelligent anti-biological attachment device according to claim 1, characterized in that: The main structure of the rear reflection intensity detection unit connector seat (111) is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylindrical section is provided with eight power receiving terminals. The end face of the large cylindrical section connected to the threaded column is provided with an O-ring groove. After the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity (117) of the intelligent power supply control unit. The tail line of the rear reflection intensity detection unit connector seat (111) is connected to the electrolytic strength power control module (109) inside the waterproof cavity (117) of the intelligent power supply control unit, and the outside is plugged with the plug of the underwater rear reflection intensity detection unit connector assembly (112) to form a sealing fit. The underwater rear reflection intensity detection unit connector assembly (112) is a cylindrical structure, and the middle section is a waterproof cable. The plugs at both ends are respectively inserted into the rear reflection intensity detection unit connector seat (111) and the underwater rear reflection intensity detection unit connector seat (401) to form a sealing fit. The light intensity detection unit connector seat (113) is a main structure formed by connecting a threaded column section and a large cylindrical section, the end face of the large cylindrical section is provided with eight power receiving terminals, the end face of the large cylindrical section connected to the threaded column is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the waterproof cavity (117) of the intelligent power supply control unit; the tail line of the light intensity detection unit connector seat (113) is connected to the ultraviolet light intensity control module (110) inside the waterproof cavity (117) of the intelligent power supply control unit, and the external light intensity detection unit connector seat (113) is plugged with the plug of the light intensity detection unit connector assembly (114) to form a sealing fit; the two ends of the light intensity detection unit connector assembly (114) are cylindrical structures, and the middle section is a waterproof cable, and the plugs at the two ends are respectively inserted into the light intensity detection unit connector seat (113) and the rear end socket of the first underwater ultraviolet light lamp (201) to form a sealing fit.

4. The intelligent anti-biological attachment device according to claim 1, characterized in that: The main structure of the connector seat (115) of the anti-biological attachment device for high-intensity biological attachment environment is formed by connecting a threaded column section and a large cylindrical section. The end face of the large cylindrical section is provided with eight power receiving terminals. The end face of the large cylindrical section connected to the threaded column is provided with an O-ring groove. After the O-ring is installed, a sealing match is formed with the circular end face of the waterproof cavity (117) of the intelligent power supply control unit. The tail wire of the connector seat (115) of the anti-biological attachment device for high-intensity biological attachment environment is connected to the electrolytic strength power control module (109) and the ultraviolet light intensity control module (110) inside the waterproof cavity (117) of the intelligent power supply control unit. The connector seat (115) of the anti-biological attachment device for high-intensity biological attachment environment is connected to the plug of the connector assembly (116) of the anti-biological attachment device for high-intensity biological attachment environment to form a sealing match. The two ends of the connector assembly (116) of the anti-biological attachment device for high-intensity biological attachment environment are cylindrical structures, and the middle section is a waterproof cable. The plugs at the two ends are respectively inserted into the anti-biological attachment device for high-intensity biological attachment environment. The anti-biological attachment device connector seat (115) and the anti-biological attachment device connector seat (301) for a high-intensity biological attachment environment form a sealed fit; the intelligent power supply control unit waterproof cavity (117) is a cylindrical hollow structure with circular planes at both ends; the internal space of the intelligent power supply control unit waterproof cavity (117) is used to install a fixed light intensity acquisition module (106), a rear reflection intensity acquisition module (107), a data acquisition and control module (108), an electrolytic intensity power control module (109) and an ultraviolet light intensity control module (110); the circular plane of the intelligent power supply control unit waterproof cavity (117) is used to install an external power supply communication watertight connector (101), an underwater light intensity detector connector seat (103), an underwater rear reflection intensity detector connector seat (105), an underwater rear reflection intensity detection unit connector seat (111), a light intensity detection unit connector seat (113) and an anti-biological attachment device connector seat (115) for a high-intensity biological attachment environment, and form a seal.

5. The intelligent anti-biological attachment device according to claim 1, characterized in that: The first underwater ultraviolet lamp (201) is a short-wave ultraviolet lamp, which is watertightly packaged and has a bowl-shaped structure. Its large end plane serves as the ultraviolet light emission surface, and its small end surface forms an end surface seal with the plug of the light intensity detection unit connector assembly (114); the light intensity detection unit mounting frame (202) is a cylindrical hollow structure, which is used to install and fix the first underwater ultraviolet lamp (201) and the underwater light intensity detector (102); the main structure of the connector seat (301) of the anti-biological attachment device for high-intensity biological attachment environment is formed by connecting a threaded column section and a large cylindrical section, and the end surface of the large cylindrical section is provided with eight The end face where the large cylinder and the threaded cylinder meet is provided with an O-ring groove, and after the O-ring is installed, a sealing fit is formed with the circular end face of the wiring cavity (302) of the high-intensity biological attachment environment anti-biological attachment device, and the tail wire is welded and connected with the second underwater ultraviolet lamp (305), the cathode (303) of the high-intensity biological attachment environment anti-biological attachment device, and the anode (304) of the high-intensity biological attachment environment anti-biological attachment device; the other end of the outside of the connector seat (301) of the high-intensity biological attachment environment anti-biological attachment device is connected with the high-intensity biological attachment environment anti-biological attachment device. The plug of the attachment device connector component (116) is plugged in to form a sealed fit; the wiring cavity (302) of the anti-biological attachment device for high-intensity biological attachment environment is a cylindrical component with a hollow structure, and the tail line of the anti-biological attachment device connector seat (301) for high-intensity biological attachment environment is connected with the second underwater ultraviolet lamp (305), the cathode (303) of the anti-biological attachment device for high-intensity biological attachment environment, and the anode (304) of the anti-biological attachment device for high-intensity biological attachment environment is completed inside, and the outward end is connected with the anti-biological attachment device for high-intensity biological attachment environment with an O-ring. The connector seat (301) forms an axial seal, and the other end forms an axial seal with the small end face of the second underwater ultraviolet lamp (305) covered with an O-ring; the cathode (303) of the anti-biological attachment device for a high-intensity biological attachment environment is a cylindrical hollow mesh structure, and the inner ring is covered with an insulating layer and is covered on the outside of the anode (304) of the anti-biological attachment device for a high-intensity biological attachment environment, and an axial wire column is welded and connected with the tail wire of the connector seat (301) of the anti-biological attachment device for a high-intensity biological attachment environment inside the wiring cavity (302) of the anti-biological attachment device for a high-intensity biological attachment environment.

6. The intelligent anti-biological attachment device according to claim 1, characterized in that: The anode (304) of the anti-biological attachment device for a high-intensity biological attachment environment is a cylindrical hollow mesh structure, which is arranged inside the cathode (303) of the anti-biological attachment device for a high-intensity biological attachment environment, and has a conductor column axially connected to the tail line of the connector seat (301) of the anti-biological attachment device for a high-intensity biological attachment environment by welding inside the wiring cavity (302) of the anti-biological attachment device for a high-intensity biological attachment environment, and the protected sensor (5) is placed inside; the main structure of the connector seat (401) of the underwater rear reflection intensity detection unit is connected by a threaded column section and a large cylindrical section. The large cylindrical end face is provided with eight power receiving terminals, the end face where the large cylindrical end face is connected to the threaded column is provided with an O-ring groove, after the O-ring is installed, a sealing fit is formed with the circular end face of the underwater rear reflection intensity detection unit wiring cavity (402), and the tail wire is welded and connected with the underwater rear reflection intensity detection unit cathode (403) and the underwater rear reflection intensity detection unit anode (404); the other end of the underwater rear reflection intensity detection unit connector seat (401) is plugged with the plug of the underwater rear reflection intensity detection unit connector assembly (112) to form a sealing fit; The underwater rear reflection intensity detection unit wiring cavity (402) is a cylindrical hollow structural component, in which the tail line of the underwater rear reflection intensity detection unit connector seat (401) is welded and connected with the underwater rear reflection intensity detection unit cathode (403) and the underwater rear reflection intensity detection unit anode (404); one end of the wiring cavity forms an axial seal with the underwater rear reflection intensity detection unit connector seat (401) with an O-ring, and the other end forms a radial seal with the underwater rear reflection intensity detection unit cathode (403) and the underwater rear reflection intensity detection unit anode (404) wire column with an O-ring.

7. The intelligent anti-biological attachment device according to claim 1, characterized in that: The cathode (403) of the underwater rear reflection intensity detection unit is a cylindrical hollow mesh structure, and the inner ring is covered with an insulating layer and is sleeved on the outside of the anode (404) of the underwater rear reflection intensity detection unit. A conductive rod is axially connected to the tail line of the connector seat (401) of the underwater rear reflection intensity detection unit by welding inside the wiring cavity (402) of the underwater rear reflection intensity detection unit. After the conductive rod is covered with an O-ring, it forms a radial seal with the end cover hole of the wiring cavity (402) of the underwater rear reflection intensity detection unit. The anode (404) of the underwater rear reflection intensity detection unit is a cylindrical hollow mesh structure, and is inserted into the cathode (403) of the underwater rear reflection intensity detection unit. A conductive rod is axially connected to the tail line of the connector seat (401) of the underwater rear reflection intensity detection unit by welding inside the wiring cavity (402) of the underwater rear reflection intensity detection unit. After the conductive rod is covered with an O-ring, it forms a radial seal with the end cover hole of the wiring cavity (402) of the underwater rear reflection intensity detection unit. The back reflection intensity detection element of the underwater back reflection intensity detector (104) is placed inside; the sensor body (501) is a cylindrical instrument with environmental parameter sensing, which is placed and fixed inside the anode (304) of the anti-biological attachment device for high-intensity biological attachment environment, one end of the cylinder is a sensing unit, and the other end forms an axial seal with a sensor connector seat (502) covered with an O-ring; the main structure of the sensor connector seat (502) is formed by connecting a threaded column section and a large cylindrical section, and the end face of the large cylindrical section is provided with eight power receiving terminals, and the end face of the large cylinder connected to the threaded column is provided with an O-ring groove and forms a sealing match with the circular end face of the sensor body (501) after the O-ring is installed; the tail wire of the sensor connector seat (502) is connected to the internal power supply and signal transmission system of the sensor body (501); the external pins of the sensor connector seat (502) are connected to an external data acquisition unit.

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