Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a device of preventing concrete disintegration. The device comprises an unloading device, blocking mechanisms, a control mechanism and a wood die, wherein the unloading deviceis successively connected to a first feeding hopper, a second feeding hopper, a third feeding hopper and a fourth feeding hopper from top to bottom; one blocking mechanism is at least arranged amongadjacent feeding hoppers; the control mechanism is electrically connected to the blocking mechanisms to control the blocking mechanisms to block in a reciprocating between adjacent feeding hoppers; and the wood die is arranged at the bottom of the fourth feeding hopper. The invention discloses the device of preventing concrete disintegration. Concrete which is unloaded enters through the first feeding hopper. In the falling process, the blocking mechanisms are arranged between adjacent feeding hoppers, and the control mechanism controls the blocking mechanisms to block in a reciprocating between adjacent feeding hoppers to reduce the falling speed of pebbles which are great in gravity in concrete so as to prevent separation of the pebbles and sand.
本发明涉及一种防止混凝土离析的装置，包括：下料装置，下料装置由上至下依次连接有第一进料斗、第二进料斗、第三进料斗及第四进料斗；阻挡机构，各相邻进料斗之间至少设置一组阻挡机构；控制机构，控制机构与阻挡机构电性连接，以控制阻挡机构在相邻进料斗之间形成往复阻挡；以及木模具，第四进料斗底部设置有木模具。本发明公开提供了一种防止混凝土离析的装置，混凝土经下料第一进料斗进入，在下落过程中，相邻进料斗之间设置有阻挡机构，控制机构控制阻挡机构在相邻进料斗之间形成往复阻挡，以降低混凝土中重力大的石子等下落的速度，防止石子和砂分离。
The invention relates to a device of preventing concrete disintegration. The device comprises an unloading device, blocking mechanisms, a control mechanism and a wood die, wherein the unloading deviceis successively connected to a first feeding hopper, a second feeding hopper, a third feeding hopper and a fourth feeding hopper from top to bottom; one blocking mechanism is at least arranged amongadjacent feeding hoppers; the control mechanism is electrically connected to the blocking mechanisms to control the blocking mechanisms to block in a reciprocating between adjacent feeding hoppers; and the wood die is arranged at the bottom of the fourth feeding hopper. The invention discloses the device of preventing concrete disintegration. Concrete which is unloaded enters through the first feeding hopper. In the falling process, the blocking mechanisms are arranged between adjacent feeding hoppers, and the control mechanism controls the blocking mechanisms to block in a reciprocating between adjacent feeding hoppers to reduce the falling speed of pebbles which are great in gravity in concrete so as to prevent separation of the pebbles and sand.
本发明涉及一种防止混凝土离析的装置，包括：下料装置，下料装置由上至下依次连接有第一进料斗、第二进料斗、第三进料斗及第四进料斗；阻挡机构，各相邻进料斗之间至少设置一组阻挡机构；控制机构，控制机构与阻挡机构电性连接，以控制阻挡机构在相邻进料斗之间形成往复阻挡；以及木模具，第四进料斗底部设置有木模具。本发明公开提供了一种防止混凝土离析的装置，混凝土经下料第一进料斗进入，在下落过程中，相邻进料斗之间设置有阻挡机构，控制机构控制阻挡机构在相邻进料斗之间形成往复阻挡，以降低混凝土中重力大的石子等下落的速度，防止石子和砂分离。
Preventing disintegration of dams
| Engineering Index Backfile | 1933
Preventing disintegration of cities
| Engineering Index Backfile | 1933
| Engineering Index Backfile | 1931
| Engineering Index Backfile | 1929
Disintegration of concrete sewer
| Engineering Index Backfile | 1934