Inverted funnel waterproof device for monitoring water bubble release

Abstract

The utility model discloses an inverted funnel waterproof device for monitoring water bubble release. The inverted funnel waterproof device comprises a quartz glass tube, an external PVC (polyvinyl chloride) tube, an external waterproof cloth large funnel, a honeycomb structure, a counterweight structure, an internal waterproof tank body and a steel funnel supporting piece, the counterweight structure is formed by wrapping steel balls with a nylon woven mesh, and the honeycomb structure is formed by wrapping a high-efficiency water absorbing material and waterproof sealing silicone grease with a nylon woven mesh; the inverted funnel waterproof device adopts multiple waterproof fortification, and comprises an external PVC pipe wall, an efficient water absorption material wrapped by a nylon woven mesh and waterproof sealing silicone grease, so that the waterproof performance is remarkably improved, and the stable and reliable operation in a water immersion environment for a long time is ensured; according to the inverted funnel waterproof device, through connection of the filling material combination and the high-strength quartz glass tube, excellent sealing performance and mechanical strength are achieved, the inverted funnel waterproof device meets the monitoring requirements of various complex water bodies, the accuracy of monitoring data is improved, the service life of equipment is prolonged, and the inverted funnel waterproof device has wide application prospects.

Description

Technical Field

[0001] The utility model belongs to the technical field of environmental engineering monitoring, and particularly relates to an inverted funnel waterproof device for monitoring the release of water bubbles. Background Technique

[0002] The bubbles in water are important information carriers reflecting the health of water bodies and the dynamic changes of ecosystems. Characteristics such as the size, quantity, and rising speed of bubbles can directly reflect key parameters such as the temperature, pressure, dissolved gas concentration, and microbial activities of water bodies. Therefore, how to take effective measures to continuously monitor the bubbles generated in water bodies is of great significance for evaluating the health status of water bodies, tracking pollution sources, and predicting possible environmental changes. Currently, in different water bodies, the release of bubbles is an important way of greenhouse gas emissions that cannot be ignored, especially in large water body environments such as reservoirs and lakes. Bubbles are one of the main ways for greenhouse gases such as methane to be transmitted to the atmosphere, and accurately quantifying their release is crucial for evaluating the emission contribution of greenhouse gases.

[0003] However, long-term and stable monitoring of bubbles in the underwater environment faces a key technical challenge - the waterproof problem. The waterproof performance is directly related to the reliability and service life of underwater monitoring equipment. The previous generation of underwater bubble automatic monitoring devices has the following waterproof-related problems: Insufficient sealing: When immersed in water for a long time, even a tiny sealing defect may cause water to seep in, damaging electronic components. Material aging: When exposed to the water environment for a long time, some sealing materials may age, deform, or degrade, gradually losing their waterproof performance. Condensation problems: Even if the external sealing is good, temperature changes inside the equipment may cause moisture in the air to condense, affecting electronic components.

[0004] The above problems not only affect the normal operation of the equipment, but may also lead to data distortion, monitoring interruption, and even equipment scrapping. Therefore, it is necessary to propose a water bubble monitoring device for water bodies that can effectively prevent moisture and protect internal electronic components. Content of the Utility Model

[0005] The utility model provides an inverted funnel waterproof device for monitoring the release of water bubbles. By setting multiple waterproof structures, filling high-efficiency water-absorbing materials in the waterproof structures, and applying waterproof sealant grease on the outer surface of the internal tank, the problem that the existing monitoring device has poor waterproof effect, resulting in water entering the tank body and eroding electronic components, is overcome.

[0006] To solve the above problems, the technical solutions provided by the utility model are as follows:

[0007] An embodiment of the utility model provides an inverted funnel waterproof device for monitoring water body bubble release, which includes a quartz glass tube (1), an external PVC tube (3), an external waterproof cloth large funnel (5), a honeycomb structure (6), a counterweight structure (7), an internal waterproof tank body (8), and a steel funnel support member (9);

[0008] The quartz glass tube (1) is arranged through the external PVC tube (3), and the bottom of the quartz glass tube (1) is connected to the external waterproof cloth large funnel (5) through the steel funnel support member (9); two honeycomb structures (6) are fixed on the inner walls of the upper and lower parts of the external PVC tube (3), and the inner through holes of the two honeycomb structures (6) are sleeved on the quartz glass tube (1). A counterweight structure (7) is fixed on the inner wall of the middle part of the external PVC tube (3), and an internal waterproof tank body (8) is arranged between the counterweight structure (7) and the quartz glass tube (1); wherein, the counterweight structure (7) is composed of steel beads wrapped by a nylon woven net, and the honeycomb structure (6) is composed of a nylon woven net wrapped with a highly absorbent material and waterproof sealant grease, which is used to protect the electronic components in the external PVC tube (3).

[0009] In an alternative embodiment of the utility model, PVC top covers (2) are arranged at both the top and the bottom of the external PVC tube (3), small holes are arranged at the middle positions of the PVC top covers (2), and cable waterproof joints (4) are installed on the small holes. The cable waterproof joints (4) are used to seal the joint between the quartz glass tube (1) and the external PVC tube (3).

[0010] In an alternative embodiment of the utility model, the bottom of the quartz glass tube (1) is connected to the steel funnel support member (9) by threads, and the top end of the external waterproof cloth large funnel (5) is sleeved on the steel funnel support member (9).

[0011] Compared with the prior art, the embodiment of the utility model provides an inverted funnel waterproof device for monitoring water body bubble release, which has the following beneficial effects:

[0012] (1) High waterproof performance: Through a multi-layer waterproof structure design, including the external PVC tube wall, the highly absorbent material wrapped by a nylon woven net, and waterproof sealant grease, the high waterproof performance of the device in the water body environment is ensured, effectively preventing water from entering the internal electronic components and ensuring the long-term stable operation of the device.

[0013] (2) Scientific material selection: The combination of a highly absorbent material, steel beads, and a nylon woven net not only improves the waterproof effect but also increases the mechanical strength and stability of the device. The highly absorbent material can quickly absorb excess water, the steel beads provide the necessary structural support, and the nylon woven net ensures the fixation and uniform distribution of the filling material.

[0014] (3) Compact and reasonable structure: The external PVC pipe and the internal waterproof tank are connected concentrically through a cable waterproof joint and a high-strength quartz glass tube, ensuring the tightness and coaxiality of the device structure, reducing installation errors, and improving the sealing and reliability of the overall device.

[0015] (4) Easy to operate: The layered design of the filling material and the use of a nylon woven mesh make the filling process simple and easy. Sealing can be completed after tightening the top cover. The threaded connection between the steel funnel and the external tank and the use of a waterproof cloth funnel make the installation and maintenance of the device more convenient.

[0016] (5) Strong adaptability: The device can work stably in complex water environments and is suitable for various bubble monitoring tasks. Its high strength and high waterproof performance make it perform well in long-term use and are suitable for various harsh water monitoring application scenarios.

[0017] In summary, through scientific and reasonable structural design and material selection, the present utility model provides a water body bubble monitoring device that is efficient, reliable, and easy to operate, significantly improving the performance and application range of the device. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] In order to more clearly illustrate the technical solutions in the embodiments or the prior art, the following will briefly introduce the drawings required for the description of the embodiments or the prior art. Obviously, the drawings in the following description are only some embodiments of the utility model. For those of ordinary skill in the art, without creative efforts, other drawings can be obtained based on these drawings.

[0019] Figure 1 It is a schematic structural diagram of an inverted funnel waterproof device for monitoring the release of water body bubbles provided by an embodiment of the present application.

[0020] Figure 2 For Figure 1 the cross-sectional view of A1 - A2 in

[0021] Figure 3 For Figure 1 the cross-sectional view of B1 - B2 in

[0022] Figure 4 For Figure 1 the cross-sectional view of C1 - C2 in DETAILED DESCRIPTION OF THE EMBODIMENTS

[0023] Next, the technical solutions in the embodiments of the present application will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present application. Obviously, the described embodiments are only a part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative efforts belong to the scope of protection of the present application.

[0024] A waterproof device for an inverted funnel for monitoring water bubble release of the present utility model realizes more convenient portability, and can provide a dry working environment for the internal electronic components of the waterproof device for the inverted funnel, and extends the service life of the device. Compared with the prior art, the present utility model can achieve more long-term continuous monitoring without unattended operation.

[0025] As Figure 1 、 Figure 2 、 Figure 3 and Figure 4 shown, a waterproof device for an inverted funnel for monitoring water bubble release includes a quartz glass tube 1, a PVC top cover 2, an external PVC tube 3, a waterproof joint 4, an external waterproof cloth large funnel 5, a honeycomb structure 6, a weight structure 7, an internal waterproof tank 8, and a steel funnel support 9.

[0026] The quartz glass tube 1 is arranged through the external PVC tube 3, and the bottom of the quartz glass tube 1 is connected to the external waterproof cloth large funnel 5 through the steel funnel support 9; two honeycomb structures 6 are fixed on the inner walls of the upper and lower parts of the external PVC tube 3, and the inner through holes of the two honeycomb structures 6 are sleeved on the quartz glass tube 1, and a weight structure 7 is fixed on the inner wall of the middle part of the external PVC tube 3, and an internal waterproof tank 8 is arranged between the weight structure 7 and the quartz glass tube 1; wherein, the weight structure 7 is composed of steel beads wrapped by a nylon woven net, and the honeycomb structure 6 is composed of a nylon woven net wrapped with a highly absorbent material and waterproof sealant. Therefore, the inside of the external PVC tube 3 is filled with a highly absorbent material, steel beads, and a highly absorbent material from top to bottom in sequence, and each layer of filling material is wrapped by a nylon woven net to protect the electronic components inside the external PVC tube 3.

[0027] PVC top covers 2 are arranged at both the top and bottom of the external PVC tube 3, a small hole is arranged at the middle position of the PVC top cover 2, and a cable waterproof joint 4 is installed on the small hole, and a high-strength quartz glass tube 1 is inserted into the cable waterproof joint 4. The cable waterproof joint 4 is used to seal the joint between the quartz glass tube 1 and the external PVC tube 3. The bottom of the quartz glass tube 1 is connected to the steel funnel support 9 by a thread, and the top end of the external waterproof cloth large funnel 5 is sleeved on the steel funnel support 9.

[0028] The installation inside the external PVC pipe 3 is as follows: After applying waterproof sealing silicone grease to the inner tank body, slip it over the quartz glass tube. After tightening the cable waterproof joint, align the external PVC pipe 3 of the inner and outer tank bodies and the inner waterproof tank body 8. Then, successively fill the space between the inner and outer tank bodies with high-efficiency water-absorbing materials, steel balls, and high-efficiency water-absorbing materials. The filling materials are all wrapped in nylon braided nets to ensure the stability and waterproof performance of the materials.

[0029] Sealing of the external PVC pipe 3 tank body: After filling, tighten the top cover of the external tank body for sealing. Ensure that the connection between the top cover and the tank body is tight and seamless to prevent water from entering the interior of the tank body.

[0030] External waterproof device: The lower part of the external waterproof tank body is connected to a steel funnel support 9 through threads. Before connection, first slip a sewn large external waterproof cloth funnel 5 over the steel funnel support 9. The design of the waterproof cloth funnel ensures that the waterproof performance of the overall device is further enhanced when connected to the waterproof tank body. Finally, tightly connect the steel small funnel to the waterproof tank body to ensure the reliability and tightness of the connection part.

[0031] Through the above installation of the internal structure of the external PVC pipe 3, sealing of the external PVC pipe 3 tank body, and external waterproof device, water infiltration into the external PVC pipe 3 can be avoided, preventing damage to the electronic components inside the external PVC pipe 3. The layered design of the filling materials and the use of nylon braided nets make the filling process simple and easy, and the sealing is completed after tightening the top cover. The waterproof external PVC pipe 3 can work stably in complex water environments and is suitable for bubble monitoring tasks in various environments.

[0032] Quartz glass tube 1: As the core component of the tank body, the quartz glass tube has excellent corrosion resistance and high-temperature stability. During the assembly process of this pipe, it is necessary to ensure that there are no bubbles and cracks, and waterproof joints are used to connect to other components. PVC top cover 2: The PVC top cover is used to seal the top of the tank body to prevent external water from entering. Its design needs to consider tightness. The inner side of the top cover needs to be coated with waterproof glue to enhance the sealing effect and ensure a firm connection with the quartz glass tube. External PVC pipe 3: The external PVC pipe is used to support the entire structure and has good compressive capacity. Its length and diameter need to be adjusted according to specific application scenarios to ensure the stability of the tank body. Cable waterproof joint 4: The waterproof joint is a key component connecting the external PVC pipe and the quartz glass tube. Its material needs to have good sealing performance to prevent leakage at the joint. Threaded connection or welding can be used for fixation.

[0033] External waterproof cloth large funnel 5: The external waterproof cloth large funnel is responsible for collecting external air bubbles and ensuring that the air bubbles can be smoothly introduced into the tank body. This funnel should be made of waterproof cloth material with strong weather resistance and designed with an appropriate inclination angle to improve the diversion efficiency. Honeycomb structure 6: To improve the waterproof performance of the tank body, the internal filling material should be made of high-density foam or other waterproof materials, and should be evenly distributed during filling to ensure no voids. Counterweight structure 7: The middle counterweight filling material is used to improve the center of gravity stability of the tank body, and sand or other heavy materials can also be selected for filling to enhance the anti-tipping ability of the structure. Internal waterproof tank body 8: As the second line of defense, the internal waterproof tank body should have good sealing and waterproof performance. Its design should fully consider the utilization rate of the internal space and the structural strength, and use the same materials and structures as the external waterproof tank body. Steel funnel support 9: The steel support funnel is used to enhance the stability of the funnel, and the threaded design facilitates connection with the external structure. Its material should have good corrosion resistance to prevent rusting.

[0034] The assembly steps of an inverted funnel waterproof device for monitoring the release of water bubbles are as follows:

[0035] 1. Preparation work: Before assembly, all components and necessary tools should be prepared, including screwdrivers, sealants, welding equipment, etc. Ensure that the working environment is dry to improve the assembly quality. 2. Assembly process: 1. Install the quartz glass tube: Fix the quartz glass tube on the workbench to ensure its verticality. 2. Install the internal waterproof tank body: Pass the quartz glass tube vertically through the upper and lower covers of the internal waterproof tank body, and then tighten the waterproof joint. After tightening, apply waterproof sealant grease at the waterproof joint and the connection between the top cover and the tank body. 3. First filling of waterproof material: Connect the external tank cover with a waterproof joint under the internal waterproof tank body, and fill the space between the two covers with waterproof material to ensure no voids. 4. Install the external PVC pipe: After filling, connect the external PVC pipe to the cover. 5. Fill the counterweight structure 7 with counterweight material: Fill the counterweight steel balls above the waterproof material to above the top cover of the internal tank body to ensure uniform weight distribution. 6. Second filling of waterproof material: Fill the waterproof material to the top of the external tank. 7. Tank sealing: After filling the waterproof material, cover the top cover of the external waterproof tank and apply waterproof sealant grease at the connection of the external material. 8. Installation of the waterproof cloth funnel: Connect the waterproof cloth funnel with the steel support funnel to ensure a tight fit between the two funnels. 9. Fix the steel support funnel: Connect the steel support funnel to the external structure through the thread to ensure its stability. 3. Quality inspection: After completion of assembly, strict quality inspection should be carried out on the tank body, mainly including the following aspects: Sealing test: Use the water pressure test method to check the sealing performance of each connection to ensure no water leakage. Stability test: Test the stability of the tank body by applying a lateral force to ensure that it will not tip over in an environment with a large flow rate. Corrosion resistance test: Conduct a corrosion resistance test on the external materials to ensure that the materials do not deteriorate in a harsh environment.

[0036] In summary, although the present utility model has been disclosed above with preferred embodiments, the above preferred embodiments are not intended to limit the present utility model. Those of ordinary skill in the art can make various changes and modifications without departing from the spirit and scope of the present utility model. Therefore, the protection scope of the present utility model shall be subject to the scope defined by the claims.

Claims

1. An inverted funnel waterproof device for monitoring the release of water bubbles, characterized in that, It includes a quartz glass tube (1), an external PVC tube (3), an external waterproof cloth large funnel (5), a honeycomb structure (6), a counterweight structure (7), an internal waterproof tank (8), and a steel funnel support (9); The quartz glass tube (1) is arranged through the external PVC tube (3), and the bottom of the quartz glass tube (1) is connected to the external waterproof cloth large funnel (5) through the steel funnel support (9); Two honeycomb structures (6) are fixed on the upper inner wall and the lower inner wall of the upper part of the external PVC tube (3), and the inner through holes of the two honeycomb structures (6) are sleeved on the quartz glass tube (1). A counterweight structure (7) is fixed on the inner wall of the middle part of the external PVC tube (3), and an internal waterproof tank (8) is arranged between the counterweight structure (7) and the quartz glass tube (1); Among them, the counterweight structure (7) is composed of steel balls wrapped in nylon braided mesh, and the honeycomb structure (6) is composed of nylon braided mesh wrapped with highly absorbent material and waterproof sealant, which is used to protect the electronic components in the external PVC tube (3).

2. The inverted funnel waterproof device for monitoring water bubble release according to claim 1, characterized in that PVC top covers (2) are arranged at both the top and the bottom of the external PVC tube (3), small holes are arranged at the middle positions of the PVC top covers (2), and cable waterproof connectors (4) are installed on the small holes. The cable waterproof connectors (4) are used to seal the joint between the quartz glass tube (1) and the external PVC tube (3).

3. The inverted funnel waterproof device for monitoring water bubble release according to claim 1, characterized in that, The bottom of the quartz glass tube (1) is connected to the steel funnel support (9) by threads, and the top end of the external waterproof cloth large funnel (5) is sleeved on the steel funnel support (9).

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