A device consisting of two objects (G1, G2), which are pivotably connected via at least one torque hinge, whereby the torque hinge has an inner cable guide (K, K'), which provides for an electrical and/or electronic connection of the objects (G1, G2) in a use arrangement of the torque hinge, in which the objects (G1, G2) are connected via the torque hinge, whereby the torque hinge has a hollow-pin element and at least one first bush element and at least one second bush element, which are formed for connection to the objects (G1, G2), whereby the hollow-pin element has a first section, which is arranged in the first bush element, and a second section, which extends into the second bush element, and whereby the inner cable guide (K, K') extends through a longitudinally axial passage opening of the hollow-pin element, characterised in that the torque hinge has at least two component groups (B1, B2) that are reversibly disconnectable and connectable at an interface, of which a first component group is allocated to the first object and a second component group is allocated to the second object in the use arrangement, whereby the inner cable guide (K, K') has, at the interface, at least one reversibly disconnectable and connectable electrical and/or electronic connector element pair of a first connector element allocated to the first component group and a second connector element corresponding thereto and allocated to the second component group, and the torque hinge has a friction element, which is arranged on the second section in a region between the first and the second bush element (30, 40), and whereby the hollow-pin element - is connected, at the first section, in a rotationally fixed manner to the first bush element, and the second section of the hollow-pin element is pivotably received in the second bush element, - or is formed as free-running pin, which is pivotably received with the first section in the first bush element and with the second section in the second bush element, whereby the interface is provided between the hollow-pin element and the first bush element, whereby the rotationally fixed connection of the hollow-pin element to the first bush element is formed to be releasable, whereby the first component group has at least the first bush element and the first connector element, and the second component group has at least the second bush element, the second connector element, the hollow-pin element, and the friction element. whereby the torque hinge has a hollow-pin element and at least one first bush element and at least one second bush element, which are formed for connection to the objects (G1, G2), whereby the hollow-pin element has a first section, which is arranged in the first bush element, and a second section, which extends into the second bush element, and whereby the inner cable guide (K, K') extends through a longitudinally axial passage opening of the hollow-pin element, characterised in that the torque hinge has at least two component groups (B1, B2) that are reversibly disconnectable and connectable at an interface, of which a first component group is allocated to the first object and a second component group is allocated to the second object in the use arrangement, whereby the inner cable guide (K, K') has, at the interface, at least one reversibly disconnectable and connectable electrical and/or electronic connector element pair of a first connector element allocated to the first component group and a second connector element corresponding thereto and allocated to the second component group, and the torque hinge has a friction element, which is arranged on the second section in a region between the first and the second bush element (30, 40), and whereby the hollow-pin element - is connected, at the first section, in a rotationally fixed manner to the first bush element, and the second section of the hollow-pin element is pivotably received in the second bush element, - or is formed as free-running pin, which is pivotably received with the first section in the first bush element and with the second section in the second bush element, - is connected, at the first section, in a rotationally fixed manner to the first bush element, and the second section of the hollow-pin element is pivotably received in the second bush element, - or is formed as free-running pin, which is pivotably received with the first section in the first bush element and with the second section in the second bush element, whereby the interface is provided between the hollow-pin element and the first bush element, whereby the rotationally fixed connection of the hollow-pin element to the first bush element is formed to be releasable, whereby the first component group has at least the first bush element and the first connector element, and the second component group has at least the second bush element, the second connector element, the hollow-pin element, and the friction element.