Heavy equipment proximity sensor

• US 20120098654A1
• Filed: 10/23/2010
• Published: 04/26/2012
• Est. Priority Date: 10/23/2010
• Status: Abandoned Application

• Current Assignee: William Ebert
• Original Assignee: William Ebert
• Inventors: Ebert, William
• Application Number:
  US12/925,506
• Publication Number:
  US 20120098654A1
• Time in Patent Office: Days
• US Class Current: 340/438
• CPC Class Codes: E02F 9/24 Safety devices , e.g. for preventing overload E02F9/226 takes precedence
• CPC Class Codes: E02F 9/26 Indicating devices E02F5/145 takes precedence
• CPC Class Codes: E02F 9/28 Small metalwork for digging elements, e.g. teeth scraper bits ploughs for agriculture A01B15/00; teeth of harrows A01B23/02

Abstract

A safety system for an ore processing facility using a mobile mechanisms such as dozer-type wheeled vehicles operating in proximity with an excavator providing ore to a remote milling site. Each mobile mechanism employs a transmitter transmitting a signal on a first frequency which is sensed by the excavator and placed on a display to avoid collisions between the two. The excavator also monitor for lost teeth from the scoop using another sensor/transmitter combination and warns the operator is a tooth is lost.

Claims

1. A safety system for an ore processing facility comprising:

a) a mobile mechanism having an operator therein and having a transmitter transmitting a signal on a first frequency;

b) an earth moving mechanism having,

1) a display,

2) a network of sensors positioned on said earth moving mechanism such that signals from the transmitter on said mobile mechanism are received by said network of sensors and based thereon, a position of said mobile mechanism relative to said earth moving mechanism is displayed on said display;

3) a scoop for withdrawing dirt, said scoop having at least two teeth thereon, each of said teeth having at least one transmitter transmitting on a second frequency,

4) a presence sensor directed towards said at least two teeth, and,

5) an alarm, responsive to signals from said presence sensor when a transmitter on one of said teeth is not sensed by said presence sensor; and

,

c) A remote ore processing mechanism having,

1) a sensor configured to identify the presence of a transmitter communicating on the second frequency, and,

2) an alarm being responsive to the existence of signals from said sensor.

2. The safety system for ore processing facility according to claim 1, wherein said alarm on said earth moving mechanism is further activated if the transmitter associated with said mobile mechanism moves into a prescribed range relative to said earth moving mechanism.

3. The safety system for ore processing facility according to claim 2, wherein:

a) said earth moving mechanism includes a radio transmitter communicating a warning when said alarm is activated due to the presence of said transmitter on said mobile mechanism within the prescribed range; and

,

b) said mobile mechanism includes a radio receiver communicating with said radio transmitter on said earth moving mechanism to sound said warning.

4. The safety system for ore processing facility according to claim 3, wherein each of said at least two teeth contains at least two transmitters.

5. A safety system comprising:

a) at least one mobile mechanism being operator controlled, each mobile mechanism having associated therewith a transmitter generating a signal; and

,

b) a primary mechanism having an operator therein, said primary mechanism having a display and a network of sensors, said network of sensors positioned on said primary mechanism such that signals from each transmitter on said at least one mobile mechanisms are received by said network of sensors and a position relative to said primary mechanism of each of said mobile mechanisms is displayed on said display.

6. The safety system according to claim 5, wherein said transmitter of said at least one mobile mechanism is secured to an operator of the mobile mechanism.

7. The safety system according to claim 6, wherein said transmitter is configured to be hung around the operator'"'"'s neck.

8. The safety system according to claim 5, wherein said primary mechanism includes an alarm and wherein said alarm is activated if one of said transmitters is within a prescribed range relative to said primary mechanism.

9. The safety system according to claim 8, wherein:

a) each of said at least one mobile mechanisms includes a radio receiver, each radio receiver receiving at a unique frequency; and

,

b) said primary mechanism includes a radio transmitter communicating a warning at a frequency associated with a mobile mechanism within said prescribed range.

10. The safety system according to claim 5, wherein said primary mechanism further includes:

a) a scoop for withdrawing dirt, said scoop having at least two teeth thereon, each of said teeth having at least one transmitter therein;

b) a scoop presence sensor directed towards said at least two teeth; and

,

c) wherein said alarm is responsive to signals from said scoop presence sensor when a transmitter on one of said teeth is not sensed by said scoop presence sensor.

11. The safety system according to claim 10, wherein said transmitters in said teeth communicate at a prescribed frequency.

12. The safety system according to claim 11 further including a remote ore crushing mechanism having,

a) a stationary sensor monitoring for a transmitter communicating on the prescribed frequency;

and,

b) an operation curtailment mechanism being responsive to signals from said stationary sensor for curtailing operation of said crushing mechanism.

13. A safety system for a crusher comprising:

a) a sensor monitoring a flow of ore into the mill, said sensor being reactive to a transmitter communicating at a prescribed frequency within said flow of ore; and

,

b) an alarm being responsive to signals from said sensor.

14. The safety system for a crusher according to claim 13, further including n earth moving mechanism having:

a) a scoop for withdrawing dirt, said scoop having at least two teeth thereon, each of said teeth having at least one transmitter communicating at said prescribed frequency;

b) a presence sensor directed towards said at least two teeth; and

,

c) an alarm being responsive to signals from said presence sensor when one of said transmitters is not sensed.