Underground garage adopting pipeline corridors

A technology for underground garages and corridors, which is applied to underwater structures, buildings for parking cars, water conservancy projects, etc., can solve the problem of increasing the height of garages, and achieve the effect of improving fire protection level, saving volume, and saving overall volume.

Pending Publication Date: 2020-02-28
杨彦 +2
0 Cites 4 Cited by

AI-Extracted Technical Summary

Problems solved by technology

Therefore, when designing an underground garage, it is necessary to reserve a space above the garage fo...
View more

Abstract

The invention belongs to the technical field of underground garages, and particularly relates to an underground garage adopting pipeline corridors. The technical scheme is as follows: the undergroundgarage adopting the pipeline corridors comprises a plurality of layers of garage main bodies, wherein a plurality of parking spaces and the multiple pipeline corridors are arranged in the garage mainbodies, and the parking spaces and the pipeline corridors are mutually staggered in the horizontal direction. The underground garage adopting the pipeline corridors can reduce floor height to save space. According to the underground garage technology based on the pipeline corridors, the aim of reducing the layer height of the garage is achieved, and the size of the garage is further reduced.

Application Domain

Artificial islandsUnderwater structures +1

Technology Topic

Parking spaceStructural engineering +2

Image

  • Underground garage adopting pipeline corridors
  • Underground garage adopting pipeline corridors
  • Underground garage adopting pipeline corridors

Examples

  • Experimental program(4)

Example Embodiment

[0037] Example 1
[0038] Such as Figure 1 ~ Figure 5 As shown, the underground garage of this embodiment includes several levels of garage main body 1 in which several parking spaces 11 and several pipeline corridors 2 are provided, and several parking spaces 11 and several pipeline corridors 2 are staggered in the horizontal direction.
[0039] The pipeline corridor 2 and the parking space 11 of the present invention are staggered in the horizontal direction, so the pipeline corridor 2 will not occupy the upper space of the garage body 1, and the height of the garage body 1 can be reduced correspondingly, correspondingly saving the volume of the underground garage. The pipeline corridor 2 can be used for arranging pipelines and ventilation ducts. Therefore, when the pipeline corridor 2 is arranged next to the parking space 11, the height of the garage body 1 can be designed to be shorter, which saves the overall volume of the garage from the space level.
[0040] The pipeline corridor 2 includes ventilation pipes and other pipelines that the garage main body 1 must include. The ventilation ducts of the existing underground garage are arranged on the top of the parking spaces 11, and the space for the ventilation ducts must be reserved above the parking spaces 11 of the garage main body 1, so that the floor height of the entire garage must be increased. Therefore, the space above the parking space 11 where no ventilation duct is provided is not utilized, resulting in a waste of space. The ventilation duct and the parking space 11 are staggered in the horizontal direction, which is equivalent to that the ventilation duct is arranged next to the parking space 11. The area where the ventilation duct is set can be set to be unable to pass through, and the height of the ventilation duct can be unlimited, which makes the height of the garage body 1. Can be lowered overall, thereby saving space.

Example Embodiment

[0041] Example 2
[0042] Such as Figure 1 ~ Figure 5 As shown, the underground garage of this embodiment includes several levels of garage main body 1 in which several parking spaces 11 and several pipeline corridors 2 are provided, and several parking spaces 11 and several pipeline corridors 2 are staggered in the horizontal direction.
[0043] The pipeline corridor 2 and the parking space 11 of the present invention are staggered in the horizontal direction, so the pipeline corridor 2 will not occupy the upper space of the garage body 1, and the height of the garage body 1 can be reduced correspondingly, correspondingly saving the volume of the underground garage. The pipeline corridor 2 can be used for arranging pipelines and ventilation ducts. Therefore, when the pipeline corridor 2 is arranged next to the parking space 11, the height of the garage body 1 can be designed to be shorter, which saves the overall volume of the garage from the space level.
[0044] The pipeline corridor 2 includes ventilation pipes and other pipelines that the garage main body 1 must include. The ventilation ducts of the existing underground garage are arranged on the top of the parking spaces 11, and the space for the ventilation ducts must be reserved above the parking spaces 11 of the garage main body 1, so that the floor height of the entire garage must be increased. Therefore, the space above the parking space 11 where no ventilation duct is provided is not utilized, resulting in a waste of space. The ventilation duct and the parking space 11 are staggered in the horizontal direction, which is equivalent to that the ventilation duct is arranged next to the parking space 11. The area where the ventilation duct is set can be set to be unable to pass through, and the height of the ventilation duct can be unlimited, which makes the height of the garage body 1. Can be lowered overall, thereby saving space.
[0045] Furthermore, the garage body 1 is divided into several fire compartments 3. The main body 1 of the garage is divided into several fire compartments, and the present invention has the necessary fire emergency function, avoids the spread and spread of fire when a fire occurs in the underground garage, and improves the fire protection level of the garage.
[0046] The garage body 1 is divided into several smoke-proof zones 4. Smoke-proof zone 4 can effectively control the flow of smoke generated by fire. Smoke-proof partitions are added between rooms with fire risk and corridors used as evacuation routes, and front rooms are set in stairwells, and automatic closing doors are set as fire protection. , The boundary of smoke prevention.
[0047] By optimizing the layout of the pipeline corridor 2, the minimum height of the garage body 1 on the first floor is 2.8m, and the minimum height of the garage body 1 on the other floors is 2.7m. By staggering the pipeline corridor 2 and the parking space 11 in the horizontal direction, the height of the garage body 1 can be set lower. The minimum height of the garage body 1 on the negative floor of the present invention is 2.8m, and the height of the garage body 1 on the other floors is 2.7m. The minimum height of the two-story garage is 5.5m, while the traditional two-story garage is 7.5m. The space saving effect of the invention is obvious.
[0048] During construction, the height of the garage body 1 on the first floor can be set to 3.05m, and the height of the garage body 1 on the other floors is set to 2.75m. The total height of the two-story garage is 5.8m, while the traditional garage is 7.5m. m, saving the space of 1.7m height.

Example Embodiment

[0049] Example 3
[0050] Such as Figure 1 ~ Figure 5 As shown, the underground garage of this embodiment includes several levels of garage main body 1 in which several parking spaces 11 and several pipeline corridors 2 are provided, and several parking spaces 11 and several pipeline corridors 2 are staggered in the horizontal direction.
[0051] The pipeline corridor 2 and the parking space 11 of the present invention are staggered in the horizontal direction, so the pipeline corridor 2 will not occupy the upper space of the garage body 1, and the height of the garage body 1 can be reduced correspondingly, correspondingly saving the volume of the underground garage. The pipeline corridor 2 can be used for arranging pipelines and ventilation ducts. Therefore, when the pipeline corridor 2 is arranged next to the parking space 11, the height of the garage body 1 can be designed to be shorter, which saves the overall volume of the garage from the space level.
[0052] The pipeline corridor 2 includes ventilation pipes and other pipelines that the garage main body 1 must include. The ventilation ducts of the existing underground garage are arranged on the top of the parking spaces 11, and the space for the ventilation ducts must be reserved above the parking spaces 11 of the garage main body 1, so that the floor height of the entire garage must be increased. Therefore, the space above the parking space 11 where no ventilation duct is provided is not utilized, resulting in a waste of space. The ventilation duct and the parking space 11 are staggered in the horizontal direction, which is equivalent to that the ventilation duct is arranged next to the parking space 11. The area where the ventilation duct is set can be set to be unable to pass through, and the height of the ventilation duct can be unlimited, which makes the height of the garage body 1. Can be lowered overall, thereby saving space.
[0053] Furthermore, the garage body 1 is divided into several fire compartments 3. The main body 1 of the garage is divided into several fire compartments, and the present invention has the necessary fire emergency function, avoids the spread and spread of fire when a fire occurs in the underground garage, and improves the fire protection level of the garage.
[0054] The garage body 1 is divided into several smoke-proof zones 4. Smoke-proof zone 4 can effectively control the flow of smoke generated by fire. Smoke-proof partitions are added between rooms with fire risk and corridors used as evacuation routes, and front rooms are set in stairwells, and automatic closing doors are set as fire protection. , The boundary of smoke prevention.
[0055] By optimizing the layout of the pipeline corridor 2, the minimum height of the garage body 1 on the first floor is 2.8m, and the minimum height of the garage body 1 on the other floors is 2.7m. By staggering the pipeline corridor 2 and the parking space 11 in the horizontal direction, the height of the garage body 1 can be set lower. The minimum height of the garage body 1 on the negative floor of the present invention is 2.8m, and the height of the garage body 1 on the other floors is 2.7m. The minimum height of the two-story garage is 5.5m, while the traditional two-story garage is 7.5m. The space saving effect of the invention is obvious.
[0056] During construction, the height of the garage body 1 on the first floor can be set to 3.05m, and the height of the garage body 1 on the other floors is set to 2.75m. The total height of the two-story garage is 5.8m, while the traditional garage is 7.5m. m, saving the space of 1.7m height.
[0057] Furthermore, the garage body 1 is provided with a short-span beam 12 and a long-span beam 13, and the height difference between the short-span beam 12 and the long-span beam 13 is not less than 200mm. The height difference between the short-span beam and the long-span beam is not less than 200mm, then a space with a height of not less than 200mm will be formed between the short-span beam and the long-span beam. This part of the space can also be used for arranging pipelines and other facilities, leaving space in the garage Can be used effectively. By arranging pipelines and other facilities under the short-span beams, space can be effectively used, and it is not necessary to increase the height of the main body of the garage to arrange pipelines and other facilities.

PUM

no PUM

Description & Claims & Application Information

We can also present the details of the Description, Claims and Application information to help users get a comprehensive understanding of the technical details of the patent, such as background art, summary of invention, brief description of drawings, description of embodiments, and other original content. On the other hand, users can also determine the specific scope of protection of the technology through the list of claims; as well as understand the changes in the life cycle of the technology with the presentation of the patent timeline. Login to view more.

Similar technology patents

Multi-functional digital partial discharge detector calibrator

Owner:YUNNAN POWER GRID CO LTD ELECTRIC POWER RES INST

Wave power mechanism and sea wave energy generator with wave power mechanism

InactiveCN106704085Aless exercisesmall volume
Owner:天津德恒源科技有限公司

Plastic Molding Capable of Carbon Dioxide Reduction

InactiveUS20070259180A1small volumeless volume
Owner:SUGIMOTO ICHIRO +4

Console having a cup holder

ActiveUS20200070708A1large heightsmall volume
Owner:HYUNDAI MOTOR CO LTD +1

Transformer hybrid

InactiveUS8937523B1small volumehigh coefficient
Owner:NAT TAIWAN UNIV

Classification and recommendation of technical efficacy words

  • overall small size
  • small volume

Mobile terminal with flexible screens

Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD

Mini laser scanning device and portable terminal thereof

InactiveCN101661553Aoverall small sizeIncrease the swing frequency
Owner:SHENZHEN MINDE ELECTRONICS TECH

Miniature spectroscopic ellipsometer device and measuring method

ActiveCN104568765AThe optical path of the system is compactoverall small size
Owner:WUHAN EOPTICS TECH CO LTD

Dual-motor inverter

InactiveCN108494268AReduce assembly space and costoverall small size
Owner:CHINA FIRST AUTOMOBILE

Method of fabricating semiconductor stack package

InactiveUS20120077314A1high capacitysmall volume
Owner:SAMSUNG ELECTRONICS CO LTD

Semiconductor device and method of manufacturing the same

ActiveUS20090057771A1small volumestress exert on be increase
Owner:SONY CORP

Method for treating antibiotic wastewater

ActiveCN102583903AStrong ability to apply poisonsmall volume
Owner:SHANDONG NEWTIME PHARMA
Who we serve
  • R&D Engineer
  • R&D Manager
  • IP Professional
Why Eureka
  • Industry Leading Data Capabilities
  • Powerful AI technology
  • Patent DNA Extraction
Social media
Try Eureka
PatSnap group products