Tailoring identification tags to enhance suitability to organization assets
A method of preparing an enhanced tag with an antenna for attaching to metallic assets at a client, including, forming a count of the number of metallic assets of each type that will use the tag at the client, determining an optimal antenna frequency setting for the antenna for each type of metallic asset, calculating an enhanced antenna frequency setting for the enhanced tag to provide enhanced communication with the tag when used with the clients assets based on the count and the determining.
1. A method of preparing an enhanced tag with an antenna for attaching to metallic assets at a client, composing:
connecting the antenna to an identification circuit that uniquely identifies one of the metallic assets;
forming a count of the number of metallic assets of each type that will use the enhanced tag at the client;
determining an optimal antenna frequency setting for the antenna for each type of metallic asset;
calculating an enhanced antenna frequency setting for the enhanced tag to provide enhanced communication with the tag when used with the clients assets based on the count and the determining;
adjusting the antenna based on the calculated enhanced antenna frequency setting.
2. A method according to claim 1 , wherein the enhanced antenna frequency setting is the average optimal frequency.
3. A method according to claim 1 , wherein the count for asset types having less than, a pre-determined percent of the average number of assets per asset are ignored.
4. A method according to claim 1 , wherein the count is assumed to be equal for all asset types.
5. A method according to clan 1 , wherein the preparing is performed for an entire hospital.
6. A method according to claim 1 , wherein the preparing is performed independently for different wards of a hospital.
7. A method according to claim 1 , wherein the enhanced tag is marked with a unique color to prevent mixing it with a tag having a different antenna setting.
8. A method according to claim 1 , wherein the enhanced tag is marked with an indication of the antenna setting.
9. A method according to claim 1 , wherein the tags are attached to the assets adhesively.
10. A method according to claim 9 , wherein the tags are Plasma treated to enhance adhesion.
11. A method according to claim 1 , wherein the tags are attached to the assets mechanically.
12. A method according to claim 1 , wherein the tags are embedded in the asset.
13. An enhanced tag for attaching to metallic assets at a client, comprising:
an identification circuit that uniquely identifies one of the metallic assets;
an antenna connected to the identification circuit that is configured to enhance communication with the identification circuit by:
a. forming a count of the number of metallic assets of each type that will use the tag at the client;
b. determining an optimal antenna frequency setting for the antenna for each type of metallic asset;
c. calculating an enhanced antenna frequency setting for the enhanced tag to provide enhanced communication with the tag when used with the clients assets based on the count and the determining;
d. adjusting the antenna based on the calculated enhanced antenna frequency setting.
14. An enhanced tag according to claim 13 , wherein the enhanced antenna frequency setting is the average optimal frequency.
15. An enhanced tag according to claim 13 , wherein the count for asset types having less than a pre-determined percent of the average number of assets per type are ignored.
16. An enhanced tag according to claim 13 , wherein the count is assumed to be equal for all asset types.
17. An enhanced tag according to claim 13 , wherein the tags are embedded in the asset.