A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to an amphibious garbage collection device which comprises a machine body and a gas generation cavity formed in the machine body. A reaction box is arranged in the gas generationcavity, two solvent cavities are formed in the reaction box, solvents capable of reacting to generate gas are placed in the solvent cavities, solvent inlet holes are formed in the solvent cavities, reaction cavities are formed in the lower sides of the solvent cavities, waste water outlets are formed in the reaction cavities and can adapt to terrain changes, buoyancy can be generated after the device enters water to float the device, and meanwhile, the motion mode can be changed to enable the device to continue to advance in water; and when the device is used, wind energy can be used for providing part of energy for the device, and a collecting cavity is heated by heating gas to be discharged, so that rusting is prevented.
一种水陆两用的垃圾收集装置，包括机体以及设置于所述机体中的气体生成腔，所述气体生成腔中设有反应箱，所述反应箱中设有两个溶剂腔，所述溶剂腔中放有可以发生反应产生气体的溶剂，所述溶剂腔中设有溶剂进入孔，所述溶剂腔下侧设有反应腔，所述反应腔中设有废水出水口，可以适应地形的改变，在进入水后可以产生浮力使装置浮起的同时可以改变运动方式使其在水中继续前进，本装置使用时可以利用风能为装置提供一部分能量，通过可以加热要放掉的气体对收集腔加热，防止生锈。
The invention relates to an amphibious garbage collection device which comprises a machine body and a gas generation cavity formed in the machine body. A reaction box is arranged in the gas generationcavity, two solvent cavities are formed in the reaction box, solvents capable of reacting to generate gas are placed in the solvent cavities, solvent inlet holes are formed in the solvent cavities, reaction cavities are formed in the lower sides of the solvent cavities, waste water outlets are formed in the reaction cavities and can adapt to terrain changes, buoyancy can be generated after the device enters water to float the device, and meanwhile, the motion mode can be changed to enable the device to continue to advance in water; and when the device is used, wind energy can be used for providing part of energy for the device, and a collecting cavity is heated by heating gas to be discharged, so that rusting is prevented.
一种水陆两用的垃圾收集装置，包括机体以及设置于所述机体中的气体生成腔，所述气体生成腔中设有反应箱，所述反应箱中设有两个溶剂腔，所述溶剂腔中放有可以发生反应产生气体的溶剂，所述溶剂腔中设有溶剂进入孔，所述溶剂腔下侧设有反应腔，所述反应腔中设有废水出水口，可以适应地形的改变，在进入水后可以产生浮力使装置浮起的同时可以改变运动方式使其在水中继续前进，本装置使用时可以利用风能为装置提供一部分能量，通过可以加热要放掉的气体对收集腔加热，防止生锈。
Amphibious garbage collection and classification vehicle
| European Patent Office | 2020