Substrate with helically curved terminals superimposed and connected to identical terminals on a second substrate

1. A mounting structure, comprising:

a first substrate on which a first reference point and a plurality of first electrode terminals are arranged on an identical plane; and

a second substrate on which a second reference point forming a pair with the first reference point and a plurality of second electrode terminals electrically connected to the plurality of first electrode terminals respectively forming pairs with the plurality of first electrode terminals are arranged on an identical plane,

wherein the plurality of first electrode terminals and the plurality of second electrode terminals forming the pairs each have a basic portion in which a relative position from the first reference point and a relative position from the second reference point are set to be equal to each other,

at least one of each of the plurality of first electrode terminals and each of the plurality of second electrode terminals forming the pairs has an additional portion extending from the basic portion,

each additional portion is formed to extend in a direction along a helical curve from the basic portion when the additional portion is arranged to pass through the basic portion by rotating one helical curve having a center of the reference point mapped thereto, and

the first reference point and the second reference point are superimposed and the plurality of first electrode terminals and the plurality of second electrode terminals respectively forming the pairs are superimposed and electrically connected.

2. The mounting structure according to claim 1 , wherein the helical curve is depicted by rotating a displacement point from a starting point around an origin point while varying a distance from the origin point in proportion to an exponential function in which a value other than 1 is a base and a rotation angle is an exponent.

3. The mounting structure according to claim 1 , wherein the first reference point is arranged to one side of an arrangement of the plurality of first electrode terminals, and

the second reference point is arranged to one side of an arrangement of the plurality of second electrode terminals.

4. The mounting structure according to claim 1 , wherein an arrangement of the plurality of first electrode terminals is disposed at both sides of the first reference point, and

an arrangement of the plurality of second electrode terminals is disposed at both sides of the second reference point.

5. The mounting structure according to claim 1 , wherein terminal widths of the plurality of first electrode terminals and the plurality of second electrode terminals forming the pairs are formed to have relatively different terminal widths, and

an aperture portion in which a terminal width is partially small is formed on at least one electrode terminal of the plurality of first electrode terminals whose terminal widths are relatively large or the plurality of second electrode terminals.

6. An electronic apparatus, comprising:

a mounting structure according to claim 1 .

7. An electro-optical device, comprising:

a first substrate on which a first reference point and a plurality of first electrode terminals are arranged on an identical plane; and

a second substrate on which a second reference point forming a pair with the first reference point and a plurality of second electrode terminals respectively forming pairs with the plurality of first electrode terminals are arranged on an identical plane,

wherein the plurality of first electrode terminals and the plurality of second electrode terminals forming the pairs each have a basic portion in which a relative position from the first reference point and a relative position from the second reference point are set to be equal to each other,

at least one of each of the plurality of first electrode terminals and each of the plurality of second electrode terminals forming the pairs has an additional portion extending from the basic portion,

each additional portion is formed to extend in a direction along a helical curve from the basic portion when the additional portion is arranged to pass through the basic portion by rotating one helical curve having a center of the reference point mapped thereto, and

the first reference point and the second reference point are superimposed and the plurality of first electrode terminals and the plurality of second electrode terminals respectively forming the pairs are superimposed and electrically connected.

8. An electronic apparatus, comprising:

an electro-optical device according to claim 7 .

9. A method of manufacturing a mounting structure, the mounting structure including a first substrate on which a first reference point and a plurality of first electrode terminals are arranged on an identical plane, and a second substrate on which a second reference point forming a pair with the first reference point and a plurality of second electrode terminals respectively forming pairs with the plurality of first electrode terminals are arranged on an identical plane, wherein the plurality of first electrode terminals and the plurality of second electrode terminals forming the pairs each have a basic portion in which a relative position from the first reference point and a relative position from the second reference point are equal to each other, at least one of each of the plurality of first electrode terminals and each of the plurality of second electrode terminals forming the pairs has an additional portion extending from the basic portion, and each additional portion is formed to extend in a direction along a helical curve from the basic portion when the additional portion is arranged to pass through the basic portion by rotating one helical curve having a center of the reference point mapped thereto, the method comprising:

a first positioning procedure of superimposing the first reference point and the second reference point by arranging the first substrate and the second substrate to face each other; and

a second positioning procedure of relatively rotating the first substrate and the second substrate by setting the superimposed first and second reference points to a supporting point and superimposing the plurality of first electrode terminals and the plurality of second electrode terminals forming the pairs.