A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Impact-resistant buffering drainage well lid and working method thereof
The invention discloses an anti-impact buffering drainage well lid and a working method thereof, and belongs to the technical field of drainage well lids. The anti-impact buffering drainage well lid comprises a first well lid plate and a second well lid plate, the two sides of the upper end of an anti-impact clamping plate are each provided with an integrally-formed side pressing plate, the two sides of the lower portion of the anti-impact clamping plate are each provided with a fastening positioning plate, and the fastening positioning plates and the side pressing plates are both used for fixing the first well lid plate and the second well lid plate; and a telescopic threaded rod is mounted in the mounting sleeve. The problem that the safety of an anti-impact well lid structure cannot be guaranteed, and deformation is prone to being generated when the anti-impact well lid structure is pressed in long-term use is solved, the position between the first well lid plate and the second well lid plate is fixed through the anti-impact clamping plate with stable strength, and even under the condition of high pressure, the anti-impact well lid structure can not be damaged. Limiting can still be conducted through the anti-impact clamping plates arranged in parallel, the telescopic columns in the anti-impact clamping plates can buffer the borne pressure, the pneumatic cylinders and the pressure springs release the pressure, and therefore the stabilizing effect is improved.
本发明公开了一种抗冲击缓冲排水井盖及其工作方法，属于排水井盖技术领域。本发明的一种抗冲击缓冲排水井盖，包括第一井盖板和第二井盖板，抗冲击夹板的上端两侧均设置有一体成型的侧压板，抗冲击夹板的下方两侧均安装有紧固定位板，紧固定位板和侧压板均用于固定第一井盖板和第二井盖板；安装套筒的内部安装有伸缩螺纹杆。本发明解决了抗冲击井盖结构的安全性无法保证在长期使用中，受压易产生形变的问题，本发明通过强度稳定的抗冲击夹板将第一井盖板与第二井盖板之间的位置进行固定，即使受到高压力的情况下，依旧能通过并列排序的抗冲击夹板进行限位，抗冲击夹板内部的伸缩柱可以将受到压力缓冲，气压缸和压力弹簧释放压力，以提高稳定效果。
Impact-resistant buffering drainage well lid and working method thereof
The invention discloses an anti-impact buffering drainage well lid and a working method thereof, and belongs to the technical field of drainage well lids. The anti-impact buffering drainage well lid comprises a first well lid plate and a second well lid plate, the two sides of the upper end of an anti-impact clamping plate are each provided with an integrally-formed side pressing plate, the two sides of the lower portion of the anti-impact clamping plate are each provided with a fastening positioning plate, and the fastening positioning plates and the side pressing plates are both used for fixing the first well lid plate and the second well lid plate; and a telescopic threaded rod is mounted in the mounting sleeve. The problem that the safety of an anti-impact well lid structure cannot be guaranteed, and deformation is prone to being generated when the anti-impact well lid structure is pressed in long-term use is solved, the position between the first well lid plate and the second well lid plate is fixed through the anti-impact clamping plate with stable strength, and even under the condition of high pressure, the anti-impact well lid structure can not be damaged. Limiting can still be conducted through the anti-impact clamping plates arranged in parallel, the telescopic columns in the anti-impact clamping plates can buffer the borne pressure, the pneumatic cylinders and the pressure springs release the pressure, and therefore the stabilizing effect is improved.
本发明公开了一种抗冲击缓冲排水井盖及其工作方法，属于排水井盖技术领域。本发明的一种抗冲击缓冲排水井盖，包括第一井盖板和第二井盖板，抗冲击夹板的上端两侧均设置有一体成型的侧压板，抗冲击夹板的下方两侧均安装有紧固定位板，紧固定位板和侧压板均用于固定第一井盖板和第二井盖板；安装套筒的内部安装有伸缩螺纹杆。本发明解决了抗冲击井盖结构的安全性无法保证在长期使用中，受压易产生形变的问题，本发明通过强度稳定的抗冲击夹板将第一井盖板与第二井盖板之间的位置进行固定，即使受到高压力的情况下，依旧能通过并列排序的抗冲击夹板进行限位，抗冲击夹板内部的伸缩柱可以将受到压力缓冲，气压缸和压力弹簧释放压力，以提高稳定效果。
Impact-resistant buffering drainage well lid and working method thereof
一种抗冲击缓冲排水井盖及其工作方法
LI QILONG (author) / ZHU XUANZHOU (author) / ZHANG DELAI (author)
2023-08-01
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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