IP Library › Granted Patent US 10,364,816
Granted Patent B2
US 10,364,816 · App. 15/414,893 · Granted Jul 30, 2019

Remote pump managing device

Inventors: Jorj Nofal (Phoenix, AZ); Luke Drake (Mesa, AZ); Keith Tonkinson (Queen Creek, AZ)
Assignee: Lincus, Inc.
F04D27/001F04B17/03F04B23/04F04B49/065F04B51/00F04D15/0088F04B2203/0208F04B2205/01F04B2205/05F04B2205/09
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Quick Facts
Patent No.
US 10,364,816
App. No.
15/414,893
Granted
Jul 30, 2019
Kind
B2
Abstract

A remote pump manager is provided. The remote pump manager includes pressure sensors or a depth sensor operating to determine the change in pressure of a pump, a flow sensor operating to determine flow rate of fluid exiting the pump, a power meter operating to determine power data related to operation of the pump, and a management device having a programmable logic controller and a display. The pressure sensors, the flow sensor and the power meter are in communication with the management device. The management device operates to determine pump efficiencies, wherein the programmable logic controller automatically determines pump efficiency data in response to receiving real time data from the pressure sensors, the flow sensor and the power meter and automatically delivers the pump efficiency data to the display for displaying the determined pump efficiency data.

Claims (21)

1. A remote pump manager comprising:

pressure sensors or a depth sensor operating to determine the change in pressure of a pump;

a flow sensor operating to determine flow rate of fluid exiting the pump;

a power meter operating to determine power data related to operation of the pump;

a management device having a programmable logic controller and a display, the pressure sensors, the flow sensor and the power meter in communication with the management device, and wherein the management device operates to determine pump efficiencies, wherein the programmable logic controller automatically determines pump efficiency data in response to receiving real time data from the pressure sensors, the flow sensor and the power meter and automatically delivers the pump efficiency data to the display for displaying the determined pump efficiency data; and

a modem, wherein the modem communicates the real time data from the pressure sensors, the flow sensor and the power meter to a server and the programmable logic controller interrupts the communication from the modem and the server prior to automatically determining pump efficiency data.

2. The remote pump manager of claim 1 , wherein the server automatically determines pump efficiency data in response to receiving real time data from the pressure sensors, the flow sensor and the power meter.

3. The remote pump manager of claim 1 , wherein the management device operates at predetermined intervals.

4. A remote pump manager comprising:

a management device having a programmable logic controller and a display, the management device operatively coupled to a pump wherein:

the management device operates at predetermined intervals to determine pump efficiencies;

the programmable logic controller, during operation of the management device, automatically determines pump efficiency data in response to receiving real time pressure data, real time flow data and real time power data;

the programmable logic controller, during operation of the management device, automatically delivers the pump efficiency data to the display for displaying the determined pump efficiency data; and

a modem in communication with a server; wherein the modem communicates the real time data from the pressure sensors, the flow sensor and the power meter to a server, and wherein the programmable logic controller interrupts the communication from the modem and the server prior to automatically determining pump efficiency data.

5. The remote pump manager of claim 4 , further comprising pressure sensors for providing real time pressure data.

6. The remote pump manager of claim 4 , further comprising a head sensor for determining the total head of the pump and automatically determining pressure data from the total head of the pump.

7. The remote pump manager of claim 4 , further comprising a flow sensor for measuring the flow of fluid leaving the pump.

8. The remote pump manager of claim 4 , further comprising a power meter for measuring the power supplied to the pump.

9. The remote pump manager of claim 4 , wherein the server automatically determines pump efficiency data in response to receiving real time data from the pressure sensors, the flow sensor and the power meter.

10. The remote pump manager of claim 4 , wherein the management device is operatively coupled to a plurality of pumps.

11. The remote pump manager of claim 10 , wherein the management device operates at the predetermined intervals to determine pump efficiencies of each of the plurality of pumps.

Assignments (1)
ASSIGNMENT OF ASSIGNOR'S INTEREST Recorded Jan 25, 2017
From: NOFAL, JORJ; DRAKE, LUKE; TONKINSON, KEITH
To: LINCUS, INC.
Reel/Frame 041078/0675 →
Continuity (1)
Related Publication 20180209430A1 · Jul 26, 2018
Cited By (5)
US 12,219,664 US 12,455,582 US 12,504,010 US 12,509,893 US 12,693,178