Display having an electric motor for simulating a flying object

Claim 2

A display unit simulating a flying object such as a bat, butterfly or the like, and comprising: a support structure; an electric motor mounted on said structure and having a rotatably driven shaft extending therefrom; a rotatably driven member having a central, generally vertically disposed hole for being drivingly engaged on said driven shaft; said driven member having a second hole therethrough and located adjacent the periphery of said driven member; a thin, tempered wire of a small diameter attached and located adjacent the periphery of said driven member; a thin, tempered wire of a small diameter attached at one end of said driven member, said flying object being attached to the other end of said wire, said one end of said wire bent to form a generally C-shaped open crank portion, said wire attached to said driven member by having said open crank portion inserted loosely in said second hole and rotatably freely in respect to said driven member and independent thereof, whereby when said driven member is rotated said wire is not bodily rotated in its entirety around said member with each rotation of the latter but is more slowly swung around, and said object assumes a flying fluttering motion due to the vibrations through said wire from said motor, and is drivingly rotated in a swinging and erratic motion around said unit but at much slower rate of rotation than said motor shaft and member.

Claim 3

The display set forth in claim 1 further characterized in that said support is hangingly suspended by a flexible member and rotates in one direction due to the torque of said motor, and said object rotates in the opposite direction, said motor being mounted with its shaft extending in a downward direction.

Claim 4

The display as described in claim 2 wherein said electric motor shaft is driven over 1000 rpm and produces vibrations through said wire to said object which consequently assumes a fluttering action, and said object rotates gently and slowly around said motor at a much lower speed than said shaft due to said insertion of said crank portion in said second hole of said driven member.

Claim 5

The display as described in claim 1 wherein said electric motor shaft is driven over 1000 rpm and produces vibrations through said wire to said object which consequently assumes a fluttering action, and said object rotates gently and slowly around said motor at a much lower speed than said shaft due to said insertion of said crank portion in said second hole of said driven member.

Claim 6

A display unit simulating a flying object such as a bat, butterfly or the like, and comprising: a support structure hangingly suspended by a flexible member; an electric motor mounted on said structure and having a rotatably driven shaft extending downwardly therefrom in a vertical direction; a rotatably driven member having a central, generally vertically disposed hole for being drivingly engaged on said driven shaft; said driven member having a second hole therethrough and located adjacent the periphery of said driven member; a thin, tempered wire of a small diameter attached at one end to said driven member, said flying object being attached to the other end of said wire, said one end of said wire bent to form a generally C-shaped open crank portion, said wire attached to said driven member by having said open crank portion inserted loosely in said second hole and rotatable freely in respect to said driven member and independently thereof, whereby when said driven member is rotated independently thereof, whereby when said driven member is rotated member with each rotation of the latter but is more slowly swung member with each rotation of the latter but is more slowly swung around, and said object assumes a flying fluttering motion due to the vibrations through said wire from said motor, and is drivingly rotated in a gentle sifting and erratic motion around said unit but at much slower rate of rotation than said motor shaft and member due to said crank portion being loosely inserted in said second hole; said motor and its shaft being electrically driven at a speed of over 1000 rpm and said support structure rotates in one direction around its hanging from said flexible member and said object rotates in an opposite direction due to the torque of said motor and its driven shaft.

Claim 7

A display unit simulating a flying object such as a bat, butterfly or the like, and comprising: a support structure hangingly suspended by a flexible member; an electric motor mounted on said structure and having a rotatably driven shaft extending downwardly therefrom in a vertical direction; a rotatably driven member having a central, generally vertically disposed hole for being drivingly engaged on said driven shaft; said driven member having a second hole therethrough and located adjacent the periphery of said driven member; a thin, tempered wire of a small diameter attached at one end to said driven member, said flying object being attached to the other end of said wire, said one end of said wire bent to form a generally C-shaped open crank portion, said wire attached to said driven member by having said open crank portion inserted loosely in said second hole and rotatable freely in respect to said driven member and independently thereof, whereby when said driven member is rotated independently thereof, whereby when said driven member is rotated member with each rotation of the latter but is more slowly swung member with each rotation of the latter but is more slowly swung around, and said object assumes a flying fluttering motion due to the vibrations through said wire from said motor, and is drivingly rotated in a gentle sifting and erratic motion around said unit but at much slower rate of rotation than said motor shaft and member due to said crank portion being loosely inserted in said second hole; said motor and its shaft being electrically driven at a speed of over 1000 rpm and said support structure rotates in one direction around its hanging from said flexible member and said object rotates in an opposite direction due to the torque of said motor and its driven shaft.