Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Axial force servo compensation all-in-one machine for engineering support
The invention discloses an axial force servo compensation all-in-one machine for engineering support, which consists of a shell, and an industrial-grade integrated control box, a single hydraulic workstation, a storage battery and an oil cylinder with a self-locking module which are arranged in the shell, wherein a wireless networking communication module and a single chip microcomputer are arranged in the industrial-grade integrated control box, customized development software corresponding to engineering support axial force compensation is loaded in the industrial-grade integrated control box, and the industrial-grade integrated control box and the single-body type hydraulic work station are both connected to the storage battery and take electricity. The oil cylinder is connected with an oil path of the single hydraulic working station and is driven to output supporting axial force to the end part of the steel pipe; the all-in-one machine adopts a single external model of a zero wire and a zero oil pipe, and is controlled by a wireless networking communication module to exchange data with a servo data center of a construction site. When the axial force servo compensation all-in-one machine is applied to deep foundation pit excavation and protection operation, peripheral connecting accessories of the all-in-one machine are simplified, the occupied space of an oil pump is saved, the reliability of engineering support axial force servo compensation is greatly improved, and the lateral deformation amplitude of a foundation pit is reduced.
本发明揭示了一种用于工程支护的轴力伺服补偿一体机，由机壳及其中的工业级集成控制盒、单体式液压工作站、蓄电池和带自锁模块的油缸组成，其中工业级集成控制盒内置无线组网通讯模块和单片机并装载有对应工程支护轴力补偿的定制开发软件，且工业级集成控制盒及单体式液压工作站均连至蓄电池并取电，该油缸与单体式液压工作站的油路相连并受驱对钢管端部输出支撑轴力；该一体机以零电线、零油管的单体外部造型，通过无线组网通讯模块受控与施工现场的伺服数据中心交互数据。应用该轴力伺服补偿一体机于深基坑开挖和防护作业，简化了一体机的外围连接附件，节省油泵占空，大幅提升了工程支护轴力伺服补偿的可靠性，有利于减低基坑的侧向变形幅度。
Axial force servo compensation all-in-one machine for engineering support
The invention discloses an axial force servo compensation all-in-one machine for engineering support, which consists of a shell, and an industrial-grade integrated control box, a single hydraulic workstation, a storage battery and an oil cylinder with a self-locking module which are arranged in the shell, wherein a wireless networking communication module and a single chip microcomputer are arranged in the industrial-grade integrated control box, customized development software corresponding to engineering support axial force compensation is loaded in the industrial-grade integrated control box, and the industrial-grade integrated control box and the single-body type hydraulic work station are both connected to the storage battery and take electricity. The oil cylinder is connected with an oil path of the single hydraulic working station and is driven to output supporting axial force to the end part of the steel pipe; the all-in-one machine adopts a single external model of a zero wire and a zero oil pipe, and is controlled by a wireless networking communication module to exchange data with a servo data center of a construction site. When the axial force servo compensation all-in-one machine is applied to deep foundation pit excavation and protection operation, peripheral connecting accessories of the all-in-one machine are simplified, the occupied space of an oil pump is saved, the reliability of engineering support axial force servo compensation is greatly improved, and the lateral deformation amplitude of a foundation pit is reduced.
本发明揭示了一种用于工程支护的轴力伺服补偿一体机，由机壳及其中的工业级集成控制盒、单体式液压工作站、蓄电池和带自锁模块的油缸组成，其中工业级集成控制盒内置无线组网通讯模块和单片机并装载有对应工程支护轴力补偿的定制开发软件，且工业级集成控制盒及单体式液压工作站均连至蓄电池并取电，该油缸与单体式液压工作站的油路相连并受驱对钢管端部输出支撑轴力；该一体机以零电线、零油管的单体外部造型，通过无线组网通讯模块受控与施工现场的伺服数据中心交互数据。应用该轴力伺服补偿一体机于深基坑开挖和防护作业，简化了一体机的外围连接附件，节省油泵占空，大幅提升了工程支护轴力伺服补偿的可靠性，有利于减低基坑的侧向变形幅度。
Axial force servo compensation all-in-one machine for engineering support
一种用于工程支护的轴力伺服补偿一体机
LIU JUN (Autor:in) / JIANG JIAN (Autor:in) / WAN YIQING (Autor:in) / ZHU GUOWEI (Autor:in) / WAN HONGLIANG (Autor:in)
14.06.2024
Patent
Elektronische Ressource
Chinesisch
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