A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Concrete vibrating system and vibrating method thereof
The invention relates to a concrete vibrating system and a vibrating method thereof. The concrete vibrating system comprises a base mounted above concrete in an area to be vibrated; the pull rope displacement sensor is mounted on the bottom surface of the base, and one end, extending out of the pull rope displacement sensor, of the detection rope forms a connecting end; the vibrating ball is hollow inside; the vibrating assembly is mounted in the vibrating ball; the first control unit is mounted in the vibrating ball and is in control connection with the vibrating assembly; the rope take-up and pay-off assemblies are mounted on the bottom surface of the base and symmetrically located on the two sides of the pull rope displacement sensor; the lifting rope is wound on the rope take-up and pay-off assembly, and the end, away from the rope take-up and pay-off assembly, of the lifting rope is mounted and connected to the vibrating ball; and the second control unit is arranged on the base and is in control connection with the pull rope displacement sensor and the rope winding and unwinding assembly. And the vibrating ball is lifted by a certain distance every time the vibrating time is set, so that automatic vibrating is realized, the problem of insufficient vibrating caused by manual control of the vibrating time is solved, and the manpower and construction cost is saved.
本发明涉及一种混凝土振捣系统及其振捣方法，包括：安装于待振捣区域的混凝土上方的基座；安装于基座底面的拉绳位移传感器，检测绳伸出拉绳位移传感器外的一端形成连接端；内部中空的振捣球；安装于振捣球内的振动组件；安装于振捣球内且与振动组件控制连接的第一控制单元；安装于基座底面且对称地位于拉绳位移传感器两侧的线绳收放组件；绕设于线绳收放组件上的吊绳，吊绳远离线绳收放组件的一端安装连接于振捣球上；安装于基座上的第二控制单元，第二控制单元与拉绳位移传感器和线绳收放组件控制连接。每振捣设定时间，振捣球提升一段距离，实现了自动化的振捣，无需人工控制振捣时间容易导致振捣不充分的问题，节省了人力和施工成本。
Concrete vibrating system and vibrating method thereof
The invention relates to a concrete vibrating system and a vibrating method thereof. The concrete vibrating system comprises a base mounted above concrete in an area to be vibrated; the pull rope displacement sensor is mounted on the bottom surface of the base, and one end, extending out of the pull rope displacement sensor, of the detection rope forms a connecting end; the vibrating ball is hollow inside; the vibrating assembly is mounted in the vibrating ball; the first control unit is mounted in the vibrating ball and is in control connection with the vibrating assembly; the rope take-up and pay-off assemblies are mounted on the bottom surface of the base and symmetrically located on the two sides of the pull rope displacement sensor; the lifting rope is wound on the rope take-up and pay-off assembly, and the end, away from the rope take-up and pay-off assembly, of the lifting rope is mounted and connected to the vibrating ball; and the second control unit is arranged on the base and is in control connection with the pull rope displacement sensor and the rope winding and unwinding assembly. And the vibrating ball is lifted by a certain distance every time the vibrating time is set, so that automatic vibrating is realized, the problem of insufficient vibrating caused by manual control of the vibrating time is solved, and the manpower and construction cost is saved.
本发明涉及一种混凝土振捣系统及其振捣方法，包括：安装于待振捣区域的混凝土上方的基座；安装于基座底面的拉绳位移传感器，检测绳伸出拉绳位移传感器外的一端形成连接端；内部中空的振捣球；安装于振捣球内的振动组件；安装于振捣球内且与振动组件控制连接的第一控制单元；安装于基座底面且对称地位于拉绳位移传感器两侧的线绳收放组件；绕设于线绳收放组件上的吊绳，吊绳远离线绳收放组件的一端安装连接于振捣球上；安装于基座上的第二控制单元，第二控制单元与拉绳位移传感器和线绳收放组件控制连接。每振捣设定时间，振捣球提升一段距离，实现了自动化的振捣，无需人工控制振捣时间容易导致振捣不充分的问题，节省了人力和施工成本。
Concrete vibrating system and vibrating method thereof
混凝土振捣系统及其振捣方法
WAN ZHIAN (author) / MEI JUN (author) / CHEN YUKANG (author) / SHI HUIFENG (author) / LU YAO (author) / WANG XIANGFENG (author) / FU JUN (author) / HE FAN (author) / ZHANG CHANGSHUN (author)
2022-12-23
Patent
Electronic Resource
Chinese
Concrete vibrating equipment for box girder and vibrating method of concrete vibrating equipment
| European Patent Office | 2023
Online Contents | 2004