| 摘要 |
All utilisable forces were to be used, in order to raise the working fluid again, especially in those systems which can replace this fluid only with difficulty, and in order to meet the power consumption of the systems and in addition to obtain a maximum utilisable force. For this purpose, the intermediate chambers of the rising shafts are designed as pressure chambers with the associated piston rods, crankshafts, etc. The rotary or sliding elements are used as contra rotating plates. The difference in total weight between an empty and a filled rising shaft is utilised in that two co-operating rising shafts are located on a rocker or on gas pressure vessels, which are connected to one another and at the same time utilise the kinetic energy when an empty rising shaft is filled. It is also aimed to achieve a stocking of filled collecting vessels and collection of working fluids in a reservoir in the upper or lower position. Likewise a working separation into rising shafts and shafts merely for lowering the collecting vessels. In this, the rising shaft requires a shaft which is designed solely to receive and deliver fluids and also stands on the rocker/pivot.
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