A waterproof structure for electronic factory underground logistics pipe trench

Abstract

The utility model provides a waterproof structure for electronic factory building underground commodity circulation pipe trench, and the lap width of one side of additional waterproof roll material and the waterproof roll material of built underground commodity circulation pipe trench is 300mm, the lap width of the other side of additional waterproof roll material and the construction joint of newly built underground commodity circulation pipe trench is 300mm, the lap point of the waterproof roll material of newly built underground commodity circulation pipe trench exceeds the lap point of additional waterproof roll material and built underground commodity circulation pipe trench waterproof roll material 300mm width, additional waterproof roll material and the waterproof roll material of newly built underground commodity circulation pipe trench all adopt self -adhesion type, and the side of construction joint built commodity circulation pipe trench is grooved three 20mm wide shallow in concrete structure interface, the utility model effectively reduces the risk of construction joint waterproof treatment of underground pipe trench because of successive construction, guarantees the operation safety and indoor aesthetic degree of pipe trench, reduces the pollution risk of product in the transportation process, and effectively controls the operation cost of enterprise.

Description

Technical Field

[0001] This utility model relates to the design of underground logistics trench transportation systems, specifically to a waterproof structure for underground logistics trenches in electronic factories, providing a guarantee for the normal use of efficient and fast underground logistics channels in electronic cleanrooms. Background Technology

[0002] With the increasing sophistication, efficiency, and intensification of industrial production, the demand for underground logistics trenches is growing. Due to the high initial construction costs and the need for phased development and construction in industrial sectors, phased and segmented construction of underground logistics trenches has become commonplace, leading to the problem of waterproofing at the junctions of new and old trenches. This issue is a key aspect of waterproofing protection in underground logistics trench construction, presenting several core challenges, including structural differences, difficulties in interface treatment, material compatibility, and limited construction space.

[0003] Improper waterproofing treatment at the junction of newly constructed and existing underground waterproof pipe trenches may lead to the following potential risks: 1. Direct damage to equipment due to water leakage; 2. Structural safety threats; 3. Operational interruption and soaring costs; 4. Secondary disaster risks, such as mold growth, air pollution, and pollution caused by seepage mixed with chemical agents. Utility Model Content

[0004] Therefore, in order to overcome the above-mentioned shortcomings, this utility model provides an effective solution to the above problems, and provides a waterproofing method for underground logistics trenches in electronic factories to meet the needs of underground logistics trench operation.

[0005] This utility model is implemented as follows: a waterproof structure for underground logistics trenches in electronic factories is constructed, characterized in that: the overlap width between one side of the additional waterproof membrane (2) and the waterproof membrane (1) of the existing underground logistics trench is 300mm, and the overlap width between the other side of the additional waterproof membrane (2) and the construction joint (5) of the newly built underground logistics trench is 300mm; the overlap point of the newly built underground logistics trench waterproof membrane (3) exceeds the overlap point of the additional waterproof membrane (2) and the waterproof membrane (1) of the existing underground logistics trench by 300mm; both the additional waterproof membrane (2) and the newly built underground logistics trench waterproof membrane (3) are self-adhesive, and the material is the same as that of the waterproof membrane (1) of the existing underground logistics trench; three 20mm wide shallow grooves (6) are cut on the concrete structure interface of the construction joint (5) on the side of the existing logistics trench, and water-swellable waterstop strips (7) are installed in the shallow grooves; and a concrete interface agent and a cement mortar bonding layer (4) are applied to the construction joint (5).

[0006] According to the waterproof structure for underground logistics trenches in electronic factories described in this application, the features are: three water-swellable waterstop strips are installed at the interface of the concrete structure; after construction is completed, a negative pressure watertightness test is conducted, and the acceptance standard is "no damp stains and no leakage".

[0007] According to the waterproof structure for underground logistics trenches in electronic factories described in this application, the construction joint location at the junction of new and old trenches should comprehensively consider the load-bearing requirements of the corresponding area on the ground, and should be selected as a location with a low groundwater level and convenient construction as much as possible, generally under green belts or sidewalks.

[0008] This utility model has the following advantages: This application provides a waterproofing method for underground logistics trenches in electronic factories, characterized in that: the concrete cushion layer of the existing logistics trench is broken to a specified width, providing operating space for the application of self-adhesive waterproof membrane on the foundation slab while ensuring the safety of the main structure; one side of the additional waterproof membrane overlaps with the waterproof membrane of the existing underground logistics trench, and the other side overlaps with the construction joint of the newly built underground logistics trench; the waterproof membrane of the newly built underground logistics trench covers the overlap between the additional waterproof membrane and the original waterproof membrane; both the additional waterproof membrane and the newly built underground logistics trench waterproof membrane are self-adhesive, and the material is compatible with or the same as the waterproof membrane of the existing underground logistics trench; the concrete interface of the existing logistics trench is ground and cleaned, a concrete interface agent is applied, three water-swellable waterstop strips are installed at the concrete structure interface, and a 15mm thick 1:1.5 water-emulsion polymer cement mortar bonding layer is applied. This utility model application provides a waterproofing method for underground logistics trenches in electronic factories. It combines the existing site conditions and construction techniques with the waterproofing methods in 10J301 "Waterproofing Construction of Underground Buildings". The waterproofing method is safe and reliable, effectively reducing the risk of waterproofing joints caused by sequential construction of underground trenches. It ensures the operational safety and aesthetics of the trench, reduces the risk of product contamination during transportation, and effectively controls the company's operating costs. Attached Figure Description

[0009] Figure 1 This is a typical cross-sectional view of the handover between the old and new sections of the underground logistics trench used in this application for an electronics factory;

[0010] Figure 2 This is a schematic diagram of the waterproofing method for the top slab and side walls of this application;

[0011] Figure 3 This is a schematic diagram of the waterproofing method for the base plate in this application.

[0012] Among them: 1. Waterproof membrane for existing underground logistics trenches; 2. Additional waterproof membrane; 3. Waterproof membrane for newly built underground logistics trenches; 4. Cement mortar bonding layer; 5. Construction joint; 6. Wide and shallow trench; 7. Water-swellable waterstop strip; 8. Concrete pad layer for the bottom slab of existing logistics trenches. Detailed Implementation

[0013] The following will be combined with the appendix Figures 1-3 This utility model will be described in detail, and the technical solutions in the embodiments of this utility model will be clearly and completely described. Obviously, the described embodiments are only some embodiments of this utility model, and not all embodiments. Based on the embodiments of this utility model, all other embodiments obtained by those of ordinary skill in the art without creative effort are within the protection scope of this utility model.

[0014] This utility model provides a waterproofing method for underground logistics trenches in electronic factories, such as... Figures 1-3 As shown, this includes: the overlapping method of the waterproof membrane 1 of the existing underground logistics pipeline trench and the waterproof membrane 3 of the newly built underground logistics pipeline trench, as well as the treatment method of the construction joint 5.

[0015] By overlapping the existing waterproof membrane 1 and the newly built waterproof membrane 3 in the underground logistics trench, and by reinforcing it with additional waterproof membrane 2, a complete outer waterproof protective layer of waterproof membrane is formed; the construction joint 5 is reinforced with waterproof treatment to mitigate the risk of leakage that may occur due to on-site operations when the old and new membranes are overlapped.

[0016] The concrete interface between the existing logistics trench and the newly built trench should be cleaned, broken, and ground smooth. During construction, the waterproof membrane 1 of the existing section should be protected. The concrete cushion layer 8 of the existing logistics trench should be broken to the specified width.

[0017] During implementation: the existing concrete foundation 8 of the underground logistics trench is broken down to the specified width; the overlap width between one side of the additional waterproof membrane 2 and the waterproof membrane 1 of the existing underground logistics trench is 300mm, and the overlap width between the other side of the additional waterproof membrane 2 and the construction joint 5 of the newly built underground logistics trench is 300mm; the overlap point of the newly built underground logistics trench waterproof membrane 3 exceeds the overlap point of the additional waterproof membrane 2 and the waterproof membrane 1 of the existing underground logistics trench by 300mm; both the additional waterproof membrane 2 and the newly built underground logistics trench waterproof membrane 3 are self-adhesive, and the material is the same as that of the waterproof membrane 1 of the existing underground logistics trench; the existing logistics trench side of the construction joint 5 is ground and cleaned, and three 20mm wide shallow grooves 6 are cut at the interface of the concrete structure. Water-swellable waterstop strips 7 are installed in the shallow grooves, and a concrete interface agent and a 15mm thick 1:1.5 water-emulsion polymer cement mortar bonding layer 4 are applied to the construction joint 5.

[0018] During implementation, the overlap width of the rolled material should be 300mm, and three water-swellable sealing strips should be installed at the interface with the concrete structure. After construction is completed, a negative pressure watertightness test should be conducted, and the acceptance standard is "no damp stains and no leakage".

[0019] This utility model application provides a waterproofing method for underground logistics trenches in electronic factories, such as... Figures 1-3 As shown, by combining the site conditions and construction techniques with the waterproofing methods in 10J301 "Waterproofing Construction of Underground Buildings", the waterproofing method is safe and reliable, effectively reducing the risk of waterproofing joints caused by sequential construction of underground pipe trenches. This ensures the operational safety of the pipe trenches and the aesthetics of the interior, reduces the risk of product contamination during transportation, and effectively controls the company's operating costs.

[0020] This waterproofing method for underground logistics trenches in electronics factories mainly includes the selection of construction joint locations, the overlap width of waterproof membrane, and the design of waterproof treatment at the construction joint interface. The design needs to consider safety, economy, and feasibility.

[0021] The following is a design for a waterproofing method for underground logistics trenches in electronics factories:

[0022] 1. Location selection:

[0023] Location conditions: Select an area with good foundation bearing capacity and a low groundwater level.

[0024] Load impact: Avoid being below the ground load-bearing area.

[0025] Pipeline integration: Avoid intersections with other underground pipelines.

[0026] Environmental impact: Consider the impact on the surrounding environment when excavating the new pipe trench.

[0027] The location of the construction joint at the junction of the old and new pipe trenches should take into account the load-bearing requirements of the corresponding area of ​​the ground. The location should be chosen as much as possible where the groundwater level is low and construction is convenient. Generally, it should be located under the green belt or sidewalk.

[0028] 2. Overlap width and method of waterproof membrane: The overlap width between one side of the additional waterproof membrane and the waterproof membrane of the existing underground logistics trench is 300mm, and the overlap width between the other side of the additional waterproof membrane and the construction joint of the newly built underground logistics trench is 300mm; the overlap point of the waterproof membrane of the newly built underground logistics trench exceeds the overlap point of the additional waterproof membrane and the waterproof membrane of the existing underground logistics trench by 300mm.

[0029] 3. Waterproofing treatment at construction joint interfaces:

[0030] After the concrete interface of the existing logistics pipeline trench is cleaned by grinding, a concrete interface agent is applied. Three shallow grooves with a width of 20mm are cut into the concrete structure interface of the existing logistics pipeline trench. Water-swellable waterstop strips are installed in the shallow grooves, and a 15mm thick 1:1.5 water-emulsion polymer cement mortar bonding layer is applied.

[0031] 4. Design Considerations:

[0032] Feasibility: Both the additional waterproof membrane and the newly constructed underground logistics trench waterproof membrane are self-adhesive, and the material is compatible with or the same as the waterproof membrane of the existing underground logistics trench. It is feasible to implement on-site.

[0033] Economic efficiency: By adjusting the number of traditional waterproof overlaps and water-swellable sealing strips, it is highly economical and does not incur a high economic burden.

[0034] Environmental friendliness: Materials that comply with relevant standards and specifications are used.

[0035] Safety: The construction operation is of moderate difficulty and the construction process is safe.

[0036] In summary, the design of waterproofing methods for new and existing underground logistics trenches in electronics factories requires comprehensive consideration of multiple factors. From location selection, the overlap width and method of waterproof membrane, to the waterproofing treatment of construction joint interfaces, careful design and meticulous construction are necessary to ensure the efficient operation of the underground trenches.

[0037] A waterproofing method for underground logistics trenches in electronics factories: The key methods and points are as follows:

[0038] The overlap width and method of waterproof membrane. The overlap point of the waterproof membrane for newly built underground logistics pipeline trenches should exceed the overlap point between the additional waterproof membrane and the existing underground logistics pipeline trench waterproof membrane.

[0039] Waterproofing treatment of construction joint interfaces. Grind and clean the concrete interface of the existing logistics pipeline trench, apply concrete interface agent, install three water-swellable waterstop strips, and apply water-emulsion polymer cement mortar bonding layer.

[0040] Standards are based on national standards such as the Technical Specification for Urban Integrated Pipe Gallery Engineering (GB 50838) and the General Specification for Waterproofing of Building and Municipal Engineering (GB55030).

[0041] It complies with the overall plan of the industrial park and the requirements for the use of underground space.

[0042] The building waterproofing design implemented in this application is as follows:

[0043] The concrete cushion layer of the existing logistics pipeline trench is broken to the specified width; the overlap width between the additional waterproof membrane 2 and the waterproof membrane 1 of the existing underground logistics pipeline trench is 300mm, and the overlap width between the additional waterproof membrane 2 and the construction joint 5 of the newly built underground logistics pipeline trench is 300mm; the overlap point of the newly built underground logistics pipeline trench waterproof membrane 3 exceeds the overlap point of the additional waterproof membrane 2 and the waterproof membrane 1 of the existing underground logistics pipeline trench by 300mm; both the additional waterproof membrane 2 and the newly built underground logistics pipeline trench waterproof membrane 3 are self-adhesive, and the material is the same as that of the waterproof membrane 1 of the existing underground logistics pipeline trench; the existing logistics pipeline trench side of the construction joint 5 is ground and cleaned, and three 20mm wide shallow grooves 6 are cut at the interface of the concrete structure. Water-swellable waterstop strips 7 are installed in the shallow grooves, and a concrete interface agent and a 15mm thick 1:1.5 water-emulsion polymer cement mortar bonding layer 4 are applied to the construction joint 5.

[0044] Acceptance criteria: No damp stains, no leakage.

[0045] Construction monitoring: During construction, the existing waterproofing layer of the underground logistics trench must be protected in real time to ensure its integrity. Any abnormalities, such as overstretching or damage, must be identified and addressed promptly.

[0046] Environmental protection: Take effective measures to reduce the impact of construction sites on the surrounding environment, such as noise and dust control.

[0047] During construction, work hours should be planned reasonably to avoid disrupting the normal operation of the park.

[0048] Post-construction maintenance: Regularly inspect the trenches. In case of sudden leakage, locate the leak point and handle it urgently by drilling and grouting to ensure the normal operation of the logistics trenches. By implementing the above key practices and points, the waterproofing and construction of new and existing underground logistics trenches in the park will be more reasonable and feasible, providing a guarantee for the stable operation of the underground logistics trenches.

[0049] The above description of the disclosed embodiments enables those skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention is not to be limited to the embodiments shown herein, but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A waterproof structure for underground logistics trenches in electronic manufacturing plants, characterized in that: The overlap width between the additional waterproof membrane (2) and the waterproof membrane (1) of the existing underground logistics trench is 300mm, and the overlap width between the additional waterproof membrane (2) and the construction joint (5) of the newly built underground logistics trench is 300mm. The overlap point of the newly built underground logistics trench waterproof membrane (3) exceeds the overlap point of the additional waterproof membrane (2) and the waterproof membrane (1) of the existing underground logistics trench by 300mm. Both the additional waterproof membrane (2) and the newly built underground logistics trench waterproof membrane (3) are self-adhesive and the material is the same as that of the waterproof membrane (1) of the existing underground logistics trench. On the side of the existing logistics trench of the construction joint (5), three shallow grooves (6) with a width of 20mm are cut at the interface of the concrete structure. Water-swellable waterstop strips (7) are installed in the shallow grooves. Concrete interface agent and cement mortar bonding layer (4) are applied to the construction joint (5).

2. The waterproof structure for underground logistics trenches in electronic factories according to claim 1, characterized in that: Three water-swellable sealing strips are installed at the interface of the concrete structure.

3. The waterproof structure for underground logistics trenches in electronic factories according to claim 1, characterized in that: The construction joint where the old and new pipe trenches meet should be located under the green belt or sidewalk.

Images