Heat dissipating tube shield

Claim 1

A TUBE SHIELD FOR REDUCING VIBRATION AND MICROPHONICS, AND INCREASING THE HEAT DISSIPATION RATE COMPRISING IN COMBINATION A LONGITUDINALLY SLOTTED CYLINDRICAL SHIELD BODY FIXED AT ITS BASE TO A CHASSIS AND ALIGNED WITH A TUBE SOCKET MOUNTED ON SAID CHASSIS, AN ELECTRON TUBE LOCATED IN SAID CYLINDRICAL SHIELD BODY, SAID TUBE HAVING AN OUTSIDE DIAMETER SLIGHTLY LARGER THAN THE INSIDE DIAMETER OF SAID SHIELD BODY TO PROVIDE A PRESS FIT THEREIN, A LONGITUDINALLY SLOTTED CYLINDRICAL EJECTOR BODY TELESCOPICALLY MOUNTED AND SLIDABLY SUPPORTED BY PRESS FIT ON THE OUTER SURFACE OF SAID SHIELD BODY, A DIELECTRIC ELEMENT OPERABLY LINKING THE EJECTOR BODY AND ELECTRON TUBE SO THAT AXIAL PRESSURE ON SAID TUBE WILL SIMULTANEOUSLY TELESCOPE THE EJECTOR BODY OVER SAID SHIELD BODY AND THE ELECTRON TUBE INTO SAID SHIELD BODY, SAID DIELECTRIC ELEMENT BEING ANGULARLY DISPOSED RELATIVE TO THE TUBE SOCKET AND PERFORATED TO MATCH BOTH THE TUBE BASE PIN PATTERN AND THE PIN TYPE RECEPTACLE PATTERN OF SAID SOCKET SO THAT THE COMPONENTS ARE ASSEMBLED IN CORRECT OPERATIVE RELATIONSHIP AND IN SURFACE TO SURFACE HEAT CONDUCTIVE CONTACT.