Telephone cradle mount

Claim 2

A mount for a telephone cradle, comprising: a mounting member for mounting said telephone cradle; and a fixing member; each of said mounting and fixing members comprising: a mounting plate section; a first and a second stationary bearing sections each provided on and perpendicularly to said mounting plate section and extending along, respectively, one of first opposite sides of said mounting plate section and one of second opposite sides which are perpendicular to said first opposite sides, said first and second stationary bearing sections being provided with a first and a second opening, respectively, said first opening being perpendicular to said second opening; and a rotatable bearing section having a third opening and rotatable such that said third opening selectively becomes aligned with said first and second openings.

Claim 3

A mount as claimed in claim 1, wherein each of said first and second stationary bearing sections is provided with a first undulated portion around said first or second opening associated with said stationary bearing section, said rotatable bearing section being provided with a second undulated portion around said third opening and corresponding to said first undulated portions.

Claim 4

A mount as claimed in claim 2, wherein said rotatable bearing section comprises a projecting extreme end.

Claim 5

A mount as claimed in claim 3, wherein said mounting plate section comprises a stop for stopping rotation of said rotatable bearing section, said stop corresponding to said projecting extreme end.

Claim 6

A mount as claimed in claim 1, wherein said mounting plate section of said fixing member is provided with openings for fixing said mounting plate section of said fixing member to a predetermined body.

Claim 7

A mount as claimed in claim 5, wherein said predetermined body comprises a vehicle body.

Claim 8

A mount for a telephone cradle, comprising: a generally rectangular first flat member for mounting said cradle; and a second member provided with a same shape as said first flat member for mounting said mount to a predetermined body; each of said first and second members comprising: a first stationary bearing section provided on and extending perpendicularly to each of said flat members on one of a first of opposite sides and provided with a first opening at one end of said first stationary bearing section; a second stationary bearing section provided on and extending perpendicularly to each of said flat members on one of a second of opposite sides which are perpendicular to said first opposite sides and provided with a second opening at one end of said second stationary bearing section; and each of said first and second flat members having a rotatable bearing section with a portion perpendicular thereto and mounted at a corner diametrically opposed to the corner where the sides provided with said first and second stationary bearing sections join each other, said rotatable bearing section being provided with a third opening through said perpendicular portion, said selectively rotatable bearing section being rotatable such that said perpendicular portion becomes parallel to said first and second stationary bearing sections; said mount further comprising male screws for selectively connecting said rotatable bearing sections and said first or second stationary bearing sections which are engaged with each other when said rotatable bearing sections of said first and second members are oriented in a same direction as each other with said first and second members facing each other.

Claim 9

A mount for a telephone cradle, comprising: a generally rectangular first flat member for mounting said cradle; and a second member provided with a same shape as said first flat member for mounting said mount to a predetermined body; each of said first and second members comprising: a first stationary bearing section provided on and extending perpendicularly to each of said flat members on one of a first of opposite sides and provided with a first opening at one end of said first stationary bearing section; a second stationary bearing section provided on and extending perpendicularly to each of said flat members on one of a second of opposite sides which are perpendicular to said first opposite sides and provided with a second opening at one end of said second stationary bearing section; and each of said first and second flat members having a rotatable bearing section with a portion perpendicular thereto and mounted at a corner diametrically opposed to the corner where the sides provided with said first and second stationary bearing sections join each other, said rotatable bearing section being provided with a third opening through said perpendicular portion, said selectively rotatable bearing section being rotatable such that said perpendicular portion becomes parallel to said first and second stationary bearing sections; said mount further comprising male screws for selectively connecting said rotatable bearing sections and said first or second stationary bearing sections which are engaged with each other when said rotatable bearing sections of said first and second members are oriented in a same direction as each other with said first and second members facing each other.