Salt spreader attachable to earth moving equipment

1. A salt spreader for distributing a material comprising:

a bucket including a front surface, a rear surface, first and second side surfaces, and a base surface, wherein the front and rear surfaces tend toward one another, and wherein the base surface forms an auger tube and includes first and second ejection ports;

a separator positioned in a center of the bucket parallel to the first and second side surfaces, wherein the separator defines first and second portions of the auger tube, and wherein the first and second ejection ports are located in the first and second portions of the auger tube, respectively;

first and second spinner mounts attached to the base surface of the bucket under the first and second ejection ports, respectively;

first and second spinners rotatably mounted atop of the first and second spinner mounts, respectively;

first and second augers positioned in the first and second portions, respectively, of the auger tube of the base surface of the bucket, the first and second augers being separated by the separator, wherein each of the first and second augers rotates to direct salt within the bucket toward the first and second ejection port, respectively; and

first and second covers within the bucket extending downwardly from the first and second side surfaces, respectively, toward the separator, wherein the first and second ejection ports are located under the first and second covers, respectively.

2. The salt spreader of claim 1 , further including first and second motors for operating the first and second augers, respectively.

3. The salt spreader of claim 2 , wherein the first and second motors are mounted near the base surface of the bucket, and wherein the first and second covers extend above the first and second motors, respectively.

4. The salt spreader of claim 3 , wherein the first and second spinners control one of density, distance, and direction of distribution of the material.

5. The salt spreader of claim 4 , wherein the first and second spinners control density, distance, and direction of distribution of the material.

6. A method of distributing a material comprising the steps of:

providing a salt spreader comprising:

a bucket including a front surface, a rear surface, first and second side surfaces, and a base surface, wherein the front and rear surfaces tend toward one another, wherein the base surface forms an auger tube, and wherein the base surface includes first and second ejection ports;

a separator positioned in a center of the bucket parallel to the first and second side surfaces, wherein the separator defines first and second portions of the auger tube, and wherein the first and second ejection ports are located in the first and second portions of the auger tube, respectively;

a first spinner mount and a second spinner mount attached to the base surface of the bucket under the first and second ejection ports;

a first spinner and a second spinner rotatably mounted atop of the respective spinner mount;

a first auger and a second auger positioned in the first and second portions, respectively, of the auger tube of the base surface of the bucket, the first and second augers being separated by the separator. wherein each of the first and second augers rotates to direct salt within the bucket toward the first and second ejection port, respectively; and

first and second covers within the bucket extending downwardly from the first and second side surfaces, respectively, toward the separator. wherein the first and second ejection ports are located under the first and second covers, respectively;

loading the material into the bucket;

rotating the first and second augers to guide the material toward the first and second ejection ports; and

rotating the first spinner and the second spinner to direct the material away from the salt spreader.

7. The method of claim 6 , wherein the first and second spinners control one of density, distance, and direction of distribution of the material from each spinner.

8. The salt spreader of claim 4 , wherein the first and second spinners control one of the density, distance, and direction of distribution of the material independently from one another.

9. The method of claim 7 , wherein the first and second spinners control one of the density, distance, and direction of distribution of the material independently from one another.