Generating dynamically controllable oscillatory fluid flow

A method for generating dynamically controllable oscillatory fluid flow featuring oscillation parameters of variable frequency, variable amplitude, variable wave form, and variable mean flow rate, comprising the steps of:

• (a) simultaneously driving and chopping a constant circulatory fluid flow along a circuitous flow path by using a driver/chopper unit, thereby generating the dynamically controllable oscillatory fluid flow from said constant circulatory fluid flow, such that said fluid flow becomes a superposition of two fluid flow components, first component is the dynamically controllable oscillatory fluid flow, second component is remaining said constant circulatory fluid flow;
• (b) guiding said superposition of said two fluid flow components and dividing said superposition of said two fluid flow components into said first component of the dynamically controllable oscillatory fluid flow and into said second component of said remaining constant circulatory fluid flow;
• and
• (c) guiding said first component of the dynamically controllable oscillatory fluid flow to exit said circuitous flow path and said second component of said remaining constant circulatory fluid flow to return to said driver/chopper unit.

A device for generating dynamically controllable oscillatory fluid flow featuring oscillation parameters of variable frequency, variable amplitude, variable wave form, and variable means flow rate, comprising:

• (a) a driver for driving a constant circulatory fluid flow along a circuitous flow path circulating through the device;
• (b) a chopper for chopping said constant circulatory fluid flow, thereby generating the dynamically controllable oscillatory fluid flow from said constant circulatory fluid flow, such that said fluid flow becomes a superposition of two fluid flow components, first component is the dynamically controllable oscillatory fluid flow, second component is remaining said constant circulatory fluid flow;
• (c) a flow guide for guiding said superposition of said two fluid flow components and dividing said superposition of said two fluid flow components into said first component of the dynamically controllable oscillatory fluid flow and into said second component of said remaining constant circulatory fluid flow;
• and
• (d) a plurality of connectors for guiding said fluid flow, said superposition of said two fluid flow components, and said two components of said fluid flow, including enabling said first component of the dynamically controllable oscillatory fluid flow to exit the device and said second component of said remaining constant circulatory fluid flow to return to said driver.

A device for generating dynamically controllable oscillatory fluid flow featuring oscillation parameters of variable frequency, variable amplitude, variable wave form, and variable mean flow rate, comprising:

• (a) a driver/chopper unit for simultaneously driving and chopping a constant circulatory fluid flow along a circuitous flow path circulating through the device, thereby generating the dynamically controllable osciallatory fluid flow from said constant circulatory fluid flow, such that said fluid flow becomes a superposition of two fluid components, first component is the dynamically controllable oscillatory fluid flow, second component is remaining said constant circulatory fluid flow;
• (b) a flow guide for guiding said superposition of said two fluid flow components and dividing said superposition of said two fluid flow components into said first component of the dynamically controllable osciallatory fluid flow and into said component of said remaining constant circulatory fluid flow;
• and
• (c) a plurality of connectors for guiding said fluid flow, said superposition of said two fluid flow components, and said two components of said fluid flow, including enabling said first component of the dynamically controllable oscillatory fluid flow to exit the device and said second component of said remaining constant circulatory fluid flow to return to said driver/chopper unit.

A system for generating dynamically controllable oscillatory fluid flow featuring oscillation parameters of variable frequency, variable amplitude, variable wave form, and variable mean flow rate, the system comprising:

• (a) a device for generating the dynamically controllable oscillatory fluid flow;
• (b) at least one controller for activating and controlling components of said device in response to input information selected from the group consisting of commands, values, data, and signals;
• (c) a central processing unit for receiving, storing, and processing said input information and for sending said received, stored, and processed input information to said at least one controller;
• and
• (d) a plurality of control/data links for effecting electronic communication between said central processing unit and said at least one controller, and between said at least one controller and said components of said device.