초록 ▼

A deflection detection system and software. The apparatus includes a system of one or more deflection sensors (18(a) (b)) connected to a pliable rod or other structure. The sensors measure movement due to a fluid impinging on the deflection cylinder ( 12) and transfers the measurements to a small co

A deflection detection system and software. The apparatus includes a system of one or more deflection sensors (18(a) (b)) connected to a pliable rod or other structure. The sensors measure movement due to a fluid impinging on the deflection cylinder ( 12) and transfers the measurements to a small computer (24). The computer analyzes the sensor measurements and computes a value for fluid speed and direction. The software compensates for various inherent oscillations to improve accuracy over current fluid flow sensors. The device is constructed of low cost materials.

대표청구항 ▼

We claim: 1. A fluid flow direction and velocity sensor comprised of: A rigid base securely positioned in a substantially horizontal orientation; an elongated three dimensional component secured to said rigid base and extending substantially perpendicularly from said base with said three dimensiona

We claim: 1. A fluid flow direction and velocity sensor comprised of: A rigid base securely positioned in a substantially horizontal orientation; an elongated three dimensional component secured to said rigid base and extending substantially perpendicularly from said base with said three dimensional component being substantially freestanding and designed to be physically deflected when placed in a fluid flow stream, the amount of deflection being proportional to the velocity of any such fluid flow, and in the direction of any such fluid flow; A sensor platform spaced apart from said rigid base, said sensor platform defining an opening of greater dimension than said three dimensional component, and with said three dimensional component extending through said platform opening for deflection within said opening in response to any such fluid flow; At least two motion sensors carried by said platform, each said motion sensor being at an angle to at least one other said motion sensor, and each motion sensor having contact with said three dimensional component extending through said platform,each said sensor including means of detecting and measuring any deflection in said three dimensional component and each said sensor including means for transmitting any such measured deflection data; and Means for simultaneously receiving any such measured deflection data from at least two said motion sensors and to a system including means to compute the speed and direction of any fluid flow. 2. A fluid movement measuring apparatus comprised of; A rigid, three dimensional element having a length dimension, said three dimensional element being substantially freestanding and designed to be physically deflected in the direction of any fluid flow when placed in such a fluid flow stream, the amount of deflection being proportional and directional to the velocity and direction of any such fluid flow; Means for secured said rigid, three dimensional element substantially perpendicularly within any such fluid flow; Means for locating at least two motion sensors in proximity to said rigid, three dimensional element, each said motion being at a know angle to a least one other said motion sensor, and each motion sensor having contact with said rigid, three dimensional element, each said sensor including means for detecting and measuring the amount and direction of any deflection in said rigid, three dimensional element; Means for transmitting any such measured deflection data from each/at least two said sensors; and; Means for simultaneously receiving any such measured deflection data from at least two said motion sensors and including means to compute the speed and direction/fluid movement of any such fluid flow.