Electronic control assembly mounted on a flexible carrier and manufacture thereof

Claim 2

An electronic network for interconnecting a display means, battery and key input means into an operative combination, comprising: a flexible carrier film having physical characteristics on the order of 35 mm motion picture film; wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; connection lead means formed on both sides of the flexible carrier film; said connection lead means on one side of flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to at least a said key input means external to said carrier film.

Claim 3

The electronic network of claim 1, which further comprises a peripheral circuit element mounted on the flexible carrier.

Claim 4

An electronic network comprising: a flexible carrier film; wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; a transformer mounted on the flexible carrier film; a peripheral circuit element mounted on the flexible carrier film; and connection lead means formed on both sides of the flexible carrier film.

Claim 5

An electronic network comprising: a flexible carrier film; wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; a transformer mounted on the flexible carrier film; a peripheral circuit element mounted on the flexible carrier film; and connection lead means formed on both sides of the flexible carrier film.

Claim 6

The electronic network of claim 2, wherein the connection lead means are provided for electrically connecting the electronic network to a battery, a display means, and a key input means.

Claim 7

An electronic calculator including a display means, a computation circuit, a display driver, a power source, a power supply circuit, and a key input means, characterized in that the computation circuit, the display drive, and the power supply circuit are integrally mounted on and supported by a flexible carrier film to the exclusion of said display means, said power source and said key input means, and said calculator further including connection lead means formed on both sides of the flexible carrier film in electrical connection with said computation circuit, said display driver and said power supply circuit to electrically interconnect the computation circuit, the display driver, and the power supply circuit mounted on the flexible carrier film with the display means, the power source and the key input means; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to a said power source and a said key input means external to said carrier film.

Claim 8

An electronic calculator including a display means, a computation circuit, a display driver, a power source, a power supply circuit, and a key input means, characterized in that the computation circuit, the display drive, and the power supply circuit are integrally mounted on and supported by a flexible carrier film to the exclusion of said display means, said power source and said key input means, and said calculator further including connection lead means formed on both sides of the flexible carrier film in electrical connection with said computation circuit, said display driver and said power supply circuit to electrically interconnect the computation circuit, the display driver, and the power supply circuit mounted on the flexible carrier film with the display means, the power source and the key input means; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to a said power source and a said key input means external to said carrier film.

Claim 9

The electronic calculator of claim 5, which further comprises a peripheral circuit element mounted on the flexible carrier.

Claim 10

An electronic calculator including a display means, a computation circuit, a display driver, a power source, a power supply circuit, and a key input means, characterized in that the computation circuit, the display driver, and teh power supply circuit are integrally mounted on and supported by a flexible carrier film to the exclusion of said display means, said power source and said key input means, and connection lead means are formed on both sides of the flexible carrier film to electrically interconnect the computation circuit, the display driver, and the power supply circuit mounted on the flexible carrier film with the display means, the power source and the key input means; said connection lead means on one side of said flexible carrier film being for connection to a said means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to a said power source and a said key input means external to said carrier film; said electronic calculator further comprising a transformer mounted on the flexible carrier film; and a peripheral circuit element mounted on the flexible carrier film.

Claim 11

An electronic calculator including a display means, a computation circuit, a display driver, a power source, a power supply circuit, and a key input means, characterized in that the computation circuit, the display driver, and teh power supply circuit are integrally mounted on and supported by a flexible carrier film to the exclusion of said display means, said power source and said key input means, and connection lead means are formed on both sides of the flexible carrier film to electrically interconnect the computation circuit, the display driver, and the power supply circuit mounted on the flexible carrier film with the display means, the power source and the key input means; said connection lead means on one side of said flexible carrier film being for connection to a said means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to a said power source and a said key input means external to said carrier film; said electronic calculator further comprising a transformer mounted on the flexible carrier film; and a peripheral circuit element mounted on the flexible carrier film.

Claim 12

An electronic network for interconnecting a display means, battery and key input means into an operative combination, comprising: a flexible carrier film; wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; connection lead means formed on both sides of the flexible carrier film for interconnection with a said display means, a said battery and a said key input means; said connection lead means being extended from said both sides of the flexible carrier film; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to at least a said key input means external to said carrier film.

Claim 13

An electronic network for interconnecting a display means, battery and key input means into an operative combination, comprising: a flexible carrier film; wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; connection lead means formed on both sides of the flexible carrier film for interconnection with a said display means, a said battery and a said key input means; said connection lead means being extended from said both sides of the flexible carrier film; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to at least a said key input means external to said carrier film.

Claim 14

A continuous flexible carrier film of circuit modules, each said module being severable from said flexible carrier film and comprised of a frame of said continuous flexible carrier film, and each said frame including an electronic network for interconnecting a display means, battery and key input means into an operative combination, said network comprising: wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; connection lead means formed on both sides of the flexible carrier film; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to at least a said key input means external to said carrier film; each said circuit module being connectable through said connection lead means to external circuit means for testing in situ in said continuous flexible carrier film.

Claim 15

A continuous flexible carrier film of circuit modules, each said module being severable from said flexible carrier film and comprised of a frame of said continuous flexible carrier film, and each said frame including an electronic network for interconnecting a display means, battery and key input means into an operative combination, said network comprising: wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; connection lead means formed on both sides of the flexible carrier film; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to at least a said key input means external to said carrier film; each said circuit module being connectable through said connection lead means to external circuit means for testing in situ in said continuous flexible carrier film.

Claim 16

A continuous flexible carrier film of circuit modules, each said module being severable for said flexible carrier film and comprised of a frame of said continuous flexible carrier film, and each said frame including an electronic network for interconnecting a display means, battery and key input means into an operative combination, said network comprising: a computation circuit, a display driver, and a power supply circuit integrally mounted on said flexible carrier film, and connection lead means formed on both sides of the flexible carrier film to electrically interconnect said computation circuit said display driver, and said power supply circuited mounted on the flexible carrier film with a said display means, a said power source and a said key input means; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to a said power source and a said key input means external to said carrier film; each said circuit module being connectable through said connection lead means to external circuit means for testing in situ in said continuous flexible carrier film.

Claim 17

A continuous flexible carrier film of circuit modules, each said module being severable for said flexible carrier film and comprised of a frame of said continuous flexible carrier film, and each said frame including an electronic network for interconnecting a display means, battery and key input means into an operative combination, said network comprising: a computation circuit, a display driver, and a power supply circuit integrally mounted on said flexible carrier film, and connection lead means formed on both sides of the flexible carrier film to electrically interconnect said computation circuit said display driver, and said power supply circuited mounted on the flexible carrier film with a said display means, a said power source and a said key input means; said connection lead means on one side of said flexible carrier film being for connection to a said display means external to said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to a said power source and a said key input means external to said carrier film; each said circuit module being connectable through said connection lead means to external circuit means for testing in situ in said continuous flexible carrier film.

Claim 18

A continuous flexible carrier film of circuit modules, each said module being severable from said flexible film and comprised of a frame of said continuous flexible carrier film, and each said frame including an electronic network for interconnecting a display means, battery and key input means into an operative combination, said network comprising: wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; connection lead means formed on both sides of the flexible carrier film; said connection lead means being extended from said both sides of the flexible carrier film; said connection lead means on one side of said flexible carrier film being for connection to a said display means external said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to at least a said key input means external to said carrier film; each said circuit module being connectable through said connection lead means for testing in situ in said continuous flexible carrier film.

Claim 19

A continuous flexible carrier film of circuit modules, each said module being severable from said flexible film and comprised of a frame of said continuous flexible carrier film, and each said frame including an electronic network for interconnecting a display means, battery and key input means into an operative combination, said network comprising: wiring patterns formed directly on the flexible carrier film; a semiconductor chip mounted on the flexible carrier film through the use of multibonding technique; a power supply circuit element mounted on the flexible carrier film; connection lead means formed on both sides of the flexible carrier film; said connection lead means being extended from said both sides of the flexible carrier film; said connection lead means on one side of said flexible carrier film being for connection to a said display means external said carrier film; and said connection lead means on the remaining side of said flexible carrier film being for connection to at least a said key input means external to said carrier film; each said circuit module being connectable through said connection lead means for testing in situ in said continuous flexible carrier film.