A shielded connector structure, comprising: a first connector and a second connector, each including: a metal terminal element (21, 61); and an insulating connector housing (22, 62) that has an outer housing (35, 75) and a terminal container (30, 70) for accommodating the metal terminal elements; where said first connector has a conductive shield shell including an inner shield shell which covers the terminal container of the first connector, and an outer shield shell which contacts the inner shield shell at one end of the outer shield shell and covers the outer housing; and said second connector has a conductive shield shell which covers the terminal container of the second connector; said conductive shield shell of the second connector consist of an upper shield shell and an lower shield shell; said shielded connector structure having a conductive connector mounting portion which contacts the shield shell of the first connector to ground the shield shell, wherein a first connecting portion is provided on the other end of the outer shield shield of the shield shell of the first connector opposite the end where the outer shield shell contacts the inner shield shell, and is coupled to the connector mounting portion; and a second connecting portion provided on the outer shield shell of the first connector to couple to the lower shield shell of the conductive shield shell of the second connector, wherein when the first and second connectors (2, 6) are engaged with each other, the second connecting portion is elastically deformed while contacting the lower shield shell of the conductive shell of the second connector to generate an elastic restoring force for pressing the lower shield shell of the conductive shield shell of the second connector. a first connector and a second connector, each including: a metal terminal element (21, 61); and an insulating connector housing (22, 62) that has an outer housing (35, 75) and a terminal container (30, 70) for accommodating the metal terminal elements; a metal terminal element (21, 61); and an insulating connector housing (22, 62) that has an outer housing (35, 75) and a terminal container (30, 70) for accommodating the metal terminal elements; where said first connector has a conductive shield shell including an inner shield shell which covers the terminal container of the first connector, and an outer shield shell which contacts the inner shield shell at one end of the outer shield shell and covers the outer housing; and said second connector has a conductive shield shell which covers the terminal container of the second connector; said conductive shield shell of the second connector consist of an upper shield shell and an lower shield shell; said shielded connector structure having a conductive connector mounting portion which contacts the shield shell of the first connector to ground the shield shell, wherein a first connecting portion is provided on the other end of the outer shield shield of the shield shell of the first connector opposite the end where the outer shield shell contacts the inner shield shell, and is coupled to the connector mounting portion; and a second connecting portion provided on the outer shield shell of the first connector to couple to the lower shield shell of the conductive shield shell of the second connector, wherein when the first and second connectors (2, 6) are engaged with each other, the second connecting portion is elastically deformed while contacting the lower shield shell of the conductive shell of the second connector to generate an elastic restoring force for pressing the lower shield shell of the conductive shield shell of the second connector.