A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of wing gate baffle plate transmission equipment, and discloses an active automatic hydraulic transmission mechanism for a wing gate. The active automatichydraulic transmission mechanism comprises an installation baseplate, wherein a transmission oil cylinder is fixedly arranged in the middle of the top end of the installation baseplate; the inner cavity of the transmission oil cylinder is movably in sleeve connection with a transmission mechanism; and the top end of a driving mechanism is connected to the interior of the transmission mechanism through a transmission connecting rod in a transmission manner. Through the transmission mechanism, the transmission connecting rod and the driving mechanism, the active automatic hydraulic transmissionmechanism for the wing gate can convert the gravity existing when a pedestrian passes the wing gate and stops for swiping a card into the power for opening a wing gate baffle plate, and converts the gravity existing when the pedestrian passes the wing gate into the power for closing the wing gate baffle plate, therefore, no other power output mechanism is needed for the opening and closing of thewing gate, and the power consumption of the wing gate in the using process is effectively reduced. The whole hydraulic transmission mechanism is simple in structure, and is relatively convenient to install and routinely maintain.
本发明涉及翼闸挡板传动设备技术领域，且公开了一种用于翼闸的主动式自动液压传动机构，包括安装底板，所述安装底板顶端的中部固定安装有传动油缸，所述传动油缸的内腔活动套接有传动机构，所述驱动机构的顶端通过传动连杆与传动机构的内部传动连接。该用于翼闸的主动式自动液压传动机构，通过传动机构、传动连杆和驱动机构的设置，可以将形成通过翼闸停步刷卡时的重力转化为翼闸挡板开启时的动力，并且将行人通过翼闸时的重力转化成翼闸挡板关闭时的动力，进而对于翼闸的启闭不再需要其它的动力输出机构，有效的降低了翼闸在使用过程中的电能消耗，且整个液压传动机构结构简单，安装及日常的维护较为方便。
The invention relates to the technical field of wing gate baffle plate transmission equipment, and discloses an active automatic hydraulic transmission mechanism for a wing gate. The active automatichydraulic transmission mechanism comprises an installation baseplate, wherein a transmission oil cylinder is fixedly arranged in the middle of the top end of the installation baseplate; the inner cavity of the transmission oil cylinder is movably in sleeve connection with a transmission mechanism; and the top end of a driving mechanism is connected to the interior of the transmission mechanism through a transmission connecting rod in a transmission manner. Through the transmission mechanism, the transmission connecting rod and the driving mechanism, the active automatic hydraulic transmissionmechanism for the wing gate can convert the gravity existing when a pedestrian passes the wing gate and stops for swiping a card into the power for opening a wing gate baffle plate, and converts the gravity existing when the pedestrian passes the wing gate into the power for closing the wing gate baffle plate, therefore, no other power output mechanism is needed for the opening and closing of thewing gate, and the power consumption of the wing gate in the using process is effectively reduced. The whole hydraulic transmission mechanism is simple in structure, and is relatively convenient to install and routinely maintain.
本发明涉及翼闸挡板传动设备技术领域，且公开了一种用于翼闸的主动式自动液压传动机构，包括安装底板，所述安装底板顶端的中部固定安装有传动油缸，所述传动油缸的内腔活动套接有传动机构，所述驱动机构的顶端通过传动连杆与传动机构的内部传动连接。该用于翼闸的主动式自动液压传动机构，通过传动机构、传动连杆和驱动机构的设置，可以将形成通过翼闸停步刷卡时的重力转化为翼闸挡板开启时的动力，并且将行人通过翼闸时的重力转化成翼闸挡板关闭时的动力，进而对于翼闸的启闭不再需要其它的动力输出机构，有效的降低了翼闸在使用过程中的电能消耗，且整个液压传动机构结构简单，安装及日常的维护较为方便。
Active automatic hydraulic transmission mechanism for wing brake
一种用于翼闸的主动式自动液压传动机构
HE LIJUN (author)
2020-05-12
Patent
Electronic Resource
Chinese