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 unloading platforms, in particular to a conveniently stored unloading platform. The conveniently stored unloading platform comprises a platform body, wherein the platform comprises a bottom plate and a coaming and further comprises an upper fulcrum assembly and a lower fulcrum assembly connected to the platform body. The upper fulcrum assembly comprises a rod I connected to the bottom plate rotatably, a rod II connected to the end, far away from the bottom plate, of the rod I rotatably, a locking part which locks relative positions of the rod I and the rod II and a rod III connecting the rod II to a connecting rope of the bottom plate/connected to the rod II and the bottom plate rotatably. When the unloading platform is used, the relative positions of the locking rods I and II are locked, so that the rods I and II cannot rotate relatively. When the conveniently stored unloading platform is stored and transported, the locking part is removed, so that the rods I and II can rotate relatively freely. As the rods I and II rotate relatively, the highest point position of the rod II is reduced, so that the unloading platform which is storedoccupies a smaller space, and the unloading platform is conveniently transported.
本发明涉及卸料平台的技术领域，尤其是涉及一种便于收纳的卸料平台。一种便于收纳的卸料平台，包括平台本体，所述平台本体包括底板和围板，还包括与平台本体相连接的上支点组件、下支点组件，所述上支点组件包括与底板转动连接的杆一、与杆一远离底板一端转动连接的杆二、锁定杆一和杆二相对位置的锁定件以及连接杆二和底板的连接绳/转动连接杆二和底板的杆三。卸料平台使用时，通过锁定件锁定杆一和杆二的相对位置，使得杆一和杆二无法相对转动。收纳运输时，拆除锁定件，使得杆一和杆二可以相对自由转动，通过杆一和杆二的相对转动，使得杆二的最高点位置降低，使得卸料平台收纳时占用更小的空间，便于运输。
The invention relates to the technical field of unloading platforms, in particular to a conveniently stored unloading platform. The conveniently stored unloading platform comprises a platform body, wherein the platform comprises a bottom plate and a coaming and further comprises an upper fulcrum assembly and a lower fulcrum assembly connected to the platform body. The upper fulcrum assembly comprises a rod I connected to the bottom plate rotatably, a rod II connected to the end, far away from the bottom plate, of the rod I rotatably, a locking part which locks relative positions of the rod I and the rod II and a rod III connecting the rod II to a connecting rope of the bottom plate/connected to the rod II and the bottom plate rotatably. When the unloading platform is used, the relative positions of the locking rods I and II are locked, so that the rods I and II cannot rotate relatively. When the conveniently stored unloading platform is stored and transported, the locking part is removed, so that the rods I and II can rotate relatively freely. As the rods I and II rotate relatively, the highest point position of the rod II is reduced, so that the unloading platform which is storedoccupies a smaller space, and the unloading platform is conveniently transported.
本发明涉及卸料平台的技术领域，尤其是涉及一种便于收纳的卸料平台。一种便于收纳的卸料平台，包括平台本体，所述平台本体包括底板和围板，还包括与平台本体相连接的上支点组件、下支点组件，所述上支点组件包括与底板转动连接的杆一、与杆一远离底板一端转动连接的杆二、锁定杆一和杆二相对位置的锁定件以及连接杆二和底板的连接绳/转动连接杆二和底板的杆三。卸料平台使用时，通过锁定件锁定杆一和杆二的相对位置，使得杆一和杆二无法相对转动。收纳运输时，拆除锁定件，使得杆一和杆二可以相对自由转动，通过杆一和杆二的相对转动，使得杆二的最高点位置降低，使得卸料平台收纳时占用更小的空间，便于运输。
Stainless steel sink capable of being conveniently stored
| European Patent Office | 2020
Conveniently-operated unloading device with reinforced steel structure bracket stability
| European Patent Office | 2020