The Ensign-bickford Company

Irina Genadievna Beljankina

Ernest L Gladden

Vladimir Vasilievitch Furne

Uriy Gennadievitch Pechenev

Igor Vasilievitch Nikitin

Nickolay Iliych Rabotinsky

A signal transmission fuse is made of a tube ( ) which encases a support tape ( ) having a reactive coating ( &prime;) which is adhered to one side of the tape by a binder. A method of making the signal transmission fuse includes depositing on the support tape ( ) a reactive paint ( ) including a binder, which paint dries to form a reactive coating ( &prime;). The coated support tape ( &prime;) is then folded, i.e., formed into a channel configuration, to provide an inner concave side of the tape on which the reactive coating ( &prime;) has been disposed. The coated support tape is then enclosed, e.g., within an extruded plastic tube ( ). One side of the support tape may be made of a first material ( ) to which the reactive coating adheres, and a second side may be made of a second material ( ) which bonds or adheres to the inner surface ( ) of the plastic tube ( ) enclosing the coated support tape ( &prime;). The binder causes even high loadings of the reactive coating ( &prime;) to adhere to the coated support tape ( &prime;) to prevent reactive material migration. The support tape also shields the reactive material from the hot, freshly extruded surrounding plastic tube ( ) during manufacture.

Method of making a signal transmission fuse

A signal transmission fuse is made of a tube (,) which encases a support tape (,) having a reactive coating (,&prime;) which is adhered to one side of the tape by a binder. A method of making the signal transmission fuse includes depositing on the support tape (,) a reactive paint (,) including a binder, which paint dries to form a reactive coating (,&prime;). The coated support tape (,&prime;) is then folded, i.e., formed into a channel configuration, to provide an inner concave side of the tape on which the reactive coating (,&prime;) has been disposed. The coated support tape is then enclosed, e.g., within an extruded plastic tube (,). One side of the support tape may be made of a first material (,) to which the reactive coating adheres, and a second side may be made of a second material (,) which bonds or adheres to the inner surface (,) of the plastic tube (,) enclosing the coated support tape (,&prime;). The binder causes even high loadings of the reactive coating (,&prime;) to adhere to the coated support tape (,&prime;) to prevent reactive material migration. The support tape also shields the reactive material from the hot, freshly extruded surrounding plastic tube (,) during manufacture.

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Mitishty, Russia

Irina Genadievna Beljankina