Claims Analysis
Total Claims: 4
Claim 1
Independent Claim
123 words
An electromagnetic interference shield for direct application to circuitry, comprising: (a) a flexible mat of porous electrically lossy material, (b) a first sheet of continuous conductive material which is impervious to liquids, (c) means for bonding the first sheet to a first side of the mat to form a composite shield, (d) a second sheet of conductive material bonded to the second side of the mat, the second sheet of conductive material containing a plurality of openings passing through the sheet and the shield further comprising means for forcing the fluid between the sheets through the pores of the mat and out through the plurality of openings to aid in adjusting the temperature of the circuitry adjacent the second sheet of conductive material.
Claim 2
Dependent Claim
123 words
An electromagnetic interference shield for direct application to circuitry, comprising: (a) a flexible mat of porous electrically lossy material, (b) a first sheet of continuous conductive material which is impervious to liquids, (c) means for bonding the first sheet to a first side of the mat to form a composite shield, (d) a second sheet of conductive material bonded to the second side of the mat, the second sheet of conductive material containing a plurality of openings passing through the sheet and the shield further comprising means for forcing the fluid between the sheets through the pores of the mat and out through the plurality of openings to aid in adjusting the temperature of the circuitry adjacent the second sheet of conductive material.
Claim 3
Dependent Claim
200 words
An electromagnetic interference shield combined with a printed circuit board having components on one side and printed circuitry on the opposite side, comprising: (a) a first flexible mat of porous electrically lossy and magnetically permeable material, (b) a first sheet of conductive material bonded to one side of the first mat, (c) a sheet of insulating material bonded to the opposite side of the first mat, the insulated sheet being placed against the printed circuit side of the printed circuit board, (d) a second flexible mat of porous magnetically permeable material, (e) a second sheet of conductive material bonded to one side of the second mat, a third sheet of conductive material bonded to the opposite side of the conductive mat, the third sheet of conductive material having a plurality of openings passing through this sheet, said third conductive sheet being placed over the compoents on the printed circuit board, and (f) a conduit connected between the second and third conductive sheets to accept a fluid which may be passed through the conduit, the pores of the mat and the holes of the third conductive sheet to flow about the components on the printed circuit board to control their temperature.
Claim 4
Dependent Claim
200 words
An electromagnetic interference shield combined with a printed circuit board having components on one side and printed circuitry on the opposite side, comprising: (a) a first flexible mat of porous electrically lossy and magnetically permeable material, (b) a first sheet of conductive material bonded to one side of the first mat, (c) a sheet of insulating material bonded to the opposite side of the first mat, the insulated sheet being placed against the printed circuit side of the printed circuit board, (d) a second flexible mat of porous magnetically permeable material, (e) a second sheet of conductive material bonded to one side of the second mat, a third sheet of conductive material bonded to the opposite side of the conductive mat, the third sheet of conductive material having a plurality of openings passing through this sheet, said third conductive sheet being placed over the compoents on the printed circuit board, and (f) a conduit connected between the second and third conductive sheets to accept a fluid which may be passed through the conduit, the pores of the mat and the holes of the third conductive sheet to flow about the components on the printed circuit board to control their temperature.