SU12624A1 - Internal combustion turbine with transmission moving through the channels between the blades back and forth fluid - Google Patents

Description

The present invention relates to an internal combustion turbine with a drag fluid moving back and forth through channels between the boats. In the proposed turbine, consisting of two impellers, divided into cells, the working fluid in the latter drives the turbine to a reverse, cerebrother, under the action of the expanding gas () B, the cells of one impeller into the other, through Channels; Daily / steering wheel.

In FIG. Figure 1 shows the flow of fluid in a turbine; Fig. 2 shows the arrangement of the blades of the impellers and the drops of the guide wheel; Fig. 3 is a schematic axial section of a turbine.

The proposed turbine (Fig. 1) consists of two fasteners on the common shaft of the impellers 1 and 2, each of which is equipped with the same cells. A fixed guide wheel 3 is placed between the impellers, divided into channels arranged next to each other, of which pas. 1 shows only the channels d, h, g,

At the beginning of the cycle, the operation of the turbine (Fig. 1 and 2) the cell a of the impeller 1 is connected via a channel y with the cell d of the wheel 2 and the working fluid introduced into the cell a, under the action of the expanding gas introduced into the chamber s (Fig. 3 ) the same cell will move from the last cell to the cell d, which does not contain liquids. The communication between the cells a and and, in view of the presence of the guide wheel channels, is not interrupted when both impellers move in the direction of the arrow (Figs. 1 and 2), and gradually all the liquid from the cell A passes into the cell d. When cell a reaches position b, and cell d reaches position, the first is empty by this time, and the second is filled, and the fluid moves to cell position d, the cell r, from the spike 1, and so on, until the corresponding cell of wheel 1 is refilled, after which

the described process, where the turbine rotates under the influence of fluid on it. lbpatki, repeat. The flow of expanding gas, which causes the liquid to carry out punitive movements, is carried out on pipes k and g (Fig; 3), while the exhaust gases are diverted through pipes m and%.

Subject tatenta. . .

An internal combustion turbine with fluid that travels through the channels between the blades back and forth is characterized by a fluid that is characterized using two impellers 1 and 2 mounted on the shaft and equally divided into cells, and between which the guide wheel 3 is also divided into channels. the transfer working fluid filling the channels of the winding wheel and impeller cells and rotating with the latter’s wheels is subjected to the accelerating action of the impeller gases expanding in the ss chambers and Flax is full kachatsya noperemenno movement from one impeller to another through kanyly guide wheels.

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