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Modular dye meter and method of preparing compounds

  • US 8,622,248 B2
  • Filed: 08/07/2013
  • Issued: 01/07/2014
  • Est. Priority Date: 04/07/2005
  • Status: Active Grant
First Claim
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1. A modular dye meter comprising:

  • a) one or more than one modular batching member, where each modular batching member comprises a container for storing a component of a compound and comprises a batching and delivering device for moving the component stored in the container, the batching and delivering device comprising a second fluid connecting means and a second electric connecting means;

    b) a dispenser comprising a delivery head equipped with a plurality of delivery nozzles;

    c) a delivery duct corresponding to each batching and delivering device, and connecting each batching and delivering device to the dispenser, each delivery duct being able to be disconnected from the modular batching member; and

    d) a supporting structure equipped with a plurality of seats, each seat being adapted to operatively house one modular batching member and comprising a first fluid connecting means for an operative connection to the second fluid connecting means and a first electric connecting means for an operative connection to the second electric connecting means, the first electric connecting means being quick-connection electric connectors or pins;

    where each batching and delivering device comprises a pump comprising an inlet end connected to the container, and comprises an outlet end connected to the delivery duct;

    where each modular batching member is connected to one of the plurality of seats by a mechanical connector;

    where each pump comprises an external stator housing and an internal rotor within the external stator;

    where the internal rotor has an axis of rotation, and where the internal rotor is capable of rotating in a first direction around the axis of rotation, and is capable of rotating in a second direction that is around the axis of rotation, where the first direction is opposite of the second direction;

    where each external stator housing comprises progressive recesses and each internal rotor is shaped as a worm screw and comprises progressive recesses; and

    where rotation of the internal rotor relative to the external stator housing moves component inside the pump through the progressive recesses and toward the delivery duct corresponding to the batching and delivering device and therefore toward the dispenser when the internal rotor rotates in the first direction, or away from the delivery duct of the corresponding batching and delivering device and therefore toward the container when the internal rotor rotates in the second direction.

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