One kind of multiple fluid periodicity directional stream-guidance devices

One kind of multiple fluid periodicity directional stream-guidance devices

CN
  • CN 106,609,868 B
  • Filed: 06/28/2016
  • Issued: 11/09/2018
  • Est. Priority Date: 06/28/2016
  • Status: Active Grant
First Claim
Patent Images

1. one kind of multiple fluid periodicity directional stream-guidance devices, it is characterised in that:

  • Including three stators and a rotor;

    Described threeIn a stator wherein two be the flanged (FLGD) thick-walled pipe structure in the smaller one end of diameter, referred to as the first stator and the second stator, it is anotherA stator is the thick-walled pipe structure being relatively large in diameter, referred to as third stator;

    First stator and the second stator are located at the thirdThe both ends of stator, by flanged joint;

    The rotor is cylinder-double cone-cylinder or cylinder-cylinder-cylindrical structure, is turnedIt is dynamic to be arranged in the space surrounded by three stators, it is positioned by bearing;

    It is internally provided in the tube wall of the third statorA plurality of stator distribution channel and a plurality of stator Integration tunnel;

    Every stator distribution channel forms two in the tube wall surfaceOpening, one of opening are used to connect with the inlet of a reactor positioned at the lateral surface of the tube wall, another openingPositioned at the tube wall towards the side of the rotor;

    Every stator Integration tunnel forms two in the tube wall surface and opensMouthful, one of opening is used to connect with the leakage fluid dram of a reactor positioned at the lateral surface of the tube wall, another opening positionIn the tube wall towards the side of the rotor;

    Multiple circumferential grooves are arranged at intervals on the cylindrical surface of the rotor both sides, oftenOne circumferential groove surrounds a circumferential channel with the first and second stators tube wall inner wall, in first stator oneThe circumferential channel of side is used for feed flow circumferential channel, and the circumferential channel in second stator side is used for drain circumferential channel;

    ?Be provided with a plurality of stator liquid feeding channel in the cylindrical tube of first stator, the inner end of every stator liquid feeding channel with oneFeed flow circumferential channel communicates, and outer end with for liquid storage tank for connecting;

    It is a plurality of fixed to be provided in the cylindrical tube of second statorSub- apocenosis passage, the inner end of every stator apocenosis passage are communicated with a drain circumferential channel, and outer end is used to store up with drainTank connects;

    The internal rotor is provided with a plurality of rotor distribution channel and a plurality of rotor Integration tunnel, every rotor pointThe feed flow circumferential channel that the one end in cloth channel leads to the stator liquid feeding channel with one communicates, and the other end is in the rotor directionThe side of third stator forms opening and is docked with a stator distribution channel;

    One end of every rotor Integration tunnelThe circumferential channel for leading to the stator apocenosis passage with one communicates, and the other end is in the rotor towards the side shape of third statorIt docks at opening and with a stator Integration tunnel;

    Inside the cylinder or cone that portion is relatively large in diameter in the rotorIt is provided with a plurality of rotor communicating passage, every rotor communicating passage is arranged in parallel along the axis of the rotor, and one end existsThe rotor forms opening towards the side of the third stator and is docked with a stator distribution channel, and the other end is in instituteRotor is stated to form opening towards the side of the third stator and dock with a stator Integration tunnel.

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