Boundary radiation prevention structure and electronic cabinet and electronic working platform using the boundary radiation prevention structure

1. A boundary radiation prevention structure, comprising:

a metal portion, which has an incident plane adapted to block an incident electromagnetic wave from penetrating, wherein the incident electromagnetic wave induces an induced current on the incident plane; and

a guide portion, which is located on one border of the incident plane and has a curved surface electrically connected to the metal portion thr the induced current to pass through, wherein the curved surface is covered by an absorption layer for absorbing the incident electromagnetic wave and a boundary radiation generated from the induced current radiation.

2. The boundary radiation prevention structure of claim 1 , wherein the absorption layer is composed of a coating material.

3. The boundary radiation prevention structure of claim 1 , wherein the absorption layer is composed of a composite material or a polymeric material.

4. The boundary radiation prevention structure of claim 1 , wherein the absorption layer is surrounded by a protective sleeve.

5. The boundary radiation prevention structure of claim 1 , wherein the absorption layer has an extended portion extending and covering from the curved surface to the incident plane.

6. An electronic cabinet with a boundary radiation prevention structure for placing at least one object attached with an electronic tag, wherein the electronic cabinet includes a plurality of compartments, each compartment comprises:

at least one antenna for coupling to the electronic tag;

a plurality of metal portions, each metal portion is located between two compartments and has two incident planes corresponding to the compartments respectively for blocking the incident electromagnetic wave across to another compartment, wherein the incident electromagnetic wave induces an induced current on the incident plane; and

a plurality of guide portions, which are located between two incident planes and each guide portion has a curved surface electrically connected to the metal portion for the induced current to pass through, wherein the curved surface is covered by an absorption layer for absorbing of the incident electromagnetic wave and a boundary radiation generated from the induced current radiation.

7. The electronic cabinet of claim 6 , wherein the absorption layer is composed of a coating material.

8. The electronic cabinet of claim 6 , wherein the absorption aye composed of a composite material or a polymeric material.

9. The electronic cabinet of claim 6 , wherein the metal portion has a first connecting part for connecting a second connecting part of the guide portion.

10. The electronic cabinet of claim 9 , wherein the absorption layer has an extended portion extending and covering from the curved surface to the surface of the junction of the incident plane and the guide portion.

11. The electronic cabinet of claim 6 , further comprising at least one tag recognition unit connected to the antenna for accessing the information of the electronic tag.

12. The electronic cabinet of claim 6 , wherein the absorption layer is surrounded by a protective sleeve.

13. An electronic working platform with boundary radiation prevention structure for placing at least one object attached with an electronic tag, wherein the working platform comprises:

an antenna for coupling to the electronic tag;

a configuration container, comprising a top surface portion, a metal receptacle containing the antenna inside, and a plurality of guide portions located between the top surface portion and the edge of the metal receptacle, wherein the metal receptacle includes an incident surface for blocking an incident electromagnetic wave which induces an induced current on the incident surface, and the guide portion has a curved surface electrically connected to the metal portion for the induced current to pass through, and the curved surface is covered by an absorption layer for absorbing the incident electromagnetic wave and a boundary radiation generated from the induced current radiation.

14. The electronic working platform of claim 13 , wherein the absorption layer is composed of a coating material.

15. The electronic working platform of claim 13 , wherein the absorption layer is composed of a composite material or a polymeric material.

16. The electronic working platform of claim 13 , further comprising at least one tag recognition unit connected to the antenna for accessing the information of the electronic tag.

17. The electronic working platform of claim 13 , wherein the absorption layer is surrounded by a protective sleeve.

18. The electronic working platform of claim 13 , wherein the absorption layer has an extended portion extending and covering from the curved surface to the incident surface.