Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Feeding mechanism of pulp shooting machine
The invention belongs to the technical field of building construction, and particularly relates to a feeding mechanism of a pulp shooting machine. The feeding mechanism comprises a screening unit, a material collecting hopper, a material distributing hopper and a rotary cylinder, wherein the material collecting hopper is located below the screening unit, the material distributing hopper is locatedbelow the material collecting hopper, the material distributing hopper is located above the rotary cylinder, a top plate is arranged between the material distributing hopper and the rotary cylinder,a feeding port is formed in the top plate, a material stirring impeller is arranged in the material distributing hopper, and a plurality of cylinder cavities are uniformly formed in the rotary cylinder at intervals in the circumferential direction; the material collecting hopper guides sand ash to the position between two adjacent blades of the material stirring impeller; and the feeding port is in a vortex shape. Materials enter the screening unit to be screened, the screened fine materials enter the material distributing hopper through the material collecting hopper, the material distributing hopper gradually sweeps and pushes the materials into the cylinder cavities, due to the fact that the feeding port is in the vortex shape, the materials cannot be instantly pushed into the cylindercavities, but continuously fall downwards within a certain stroke, and therefore the materials can uniformly enter each layer of partition plate when all layers of partition plates are closed one by one.
本发明属于建筑施工技术领域，具体涉及一种喷浆机进料机构，包括筛分单元、集料斗、分料斗和回转筒，所述集料斗位于筛分单元下方，分料斗位于集料斗下方，分料斗位于回转筒上方且两者之间设有顶板，顶板上设有进料口，分料斗内设有拨料叶轮，回转筒沿周向均匀间隔设置有多个筒腔；所述集料斗将砂灰引导至拨料叶轮其中两个相邻的叶片之间；所述进料口为涡旋线状。物料进入筛分单元进行筛分，筛分后的细料经集料斗进入分料斗，分料斗将物料逐渐扫推至筒腔内，由于进料口为涡旋状，因此物料不会被瞬间推入筒腔，而是在一定行程内连续的向下掉落，这样就能够在各层隔板逐个闭合时使物料均匀的进入每一层隔板上。
Feeding mechanism of pulp shooting machine
The invention belongs to the technical field of building construction, and particularly relates to a feeding mechanism of a pulp shooting machine. The feeding mechanism comprises a screening unit, a material collecting hopper, a material distributing hopper and a rotary cylinder, wherein the material collecting hopper is located below the screening unit, the material distributing hopper is locatedbelow the material collecting hopper, the material distributing hopper is located above the rotary cylinder, a top plate is arranged between the material distributing hopper and the rotary cylinder,a feeding port is formed in the top plate, a material stirring impeller is arranged in the material distributing hopper, and a plurality of cylinder cavities are uniformly formed in the rotary cylinder at intervals in the circumferential direction; the material collecting hopper guides sand ash to the position between two adjacent blades of the material stirring impeller; and the feeding port is in a vortex shape. Materials enter the screening unit to be screened, the screened fine materials enter the material distributing hopper through the material collecting hopper, the material distributing hopper gradually sweeps and pushes the materials into the cylinder cavities, due to the fact that the feeding port is in the vortex shape, the materials cannot be instantly pushed into the cylindercavities, but continuously fall downwards within a certain stroke, and therefore the materials can uniformly enter each layer of partition plate when all layers of partition plates are closed one by one.
本发明属于建筑施工技术领域，具体涉及一种喷浆机进料机构，包括筛分单元、集料斗、分料斗和回转筒，所述集料斗位于筛分单元下方，分料斗位于集料斗下方，分料斗位于回转筒上方且两者之间设有顶板，顶板上设有进料口，分料斗内设有拨料叶轮，回转筒沿周向均匀间隔设置有多个筒腔；所述集料斗将砂灰引导至拨料叶轮其中两个相邻的叶片之间；所述进料口为涡旋线状。物料进入筛分单元进行筛分，筛分后的细料经集料斗进入分料斗，分料斗将物料逐渐扫推至筒腔内，由于进料口为涡旋状，因此物料不会被瞬间推入筒腔，而是在一定行程内连续的向下掉落，这样就能够在各层隔板逐个闭合时使物料均匀的进入每一层隔板上。
Feeding mechanism of pulp shooting machine
喷浆机进料机构
08.01.2021
Patent
Elektronische Ressource
Chinesisch
Material homogenizing mechanism of pulp shooting machine
Europäisches Patentamt | 2020