Micro-optic lens with integral alignment member

Claim 2

A cylindrical microlens capable of passive alignment with another device, the microlens comprising: a cylindrical microlens having a first optical surface and a second optical surface; a single alignment member disposed on said microlens, said member extending parallel to a Z-axis of said microlens and having a distal end; said distal end including a contact flat; and the length of said alignment member being such that when said contact flat is contacted to a single surface of said device, the first optical surface of said microlens is positioned at a proper alignment distance from said device.

Claim 3

A microlens as in claim 1 wherein the length of said alignment member is such that upon contact with said single surface of said device, said microlens is passively aligned with said microlens with respect to the Z-axis.

Claim 4

A microlens as in claim 1 wherein said device comprises a laser diode and said contact flat contacts an emitter surface of said laser diode.

Claim 5

A microlens as in claim 1 wherein said alignment member is rectangular in shape.

Claim 6

A combination as in claim 3 wherein said laser diode is mounted on a substrate.

Claim 7

In combination, a cylindrical microlens passively aligned with a laser diode, said combination comprising: a cylindrical microlens having a first optical surface and a second optical surface; a laser diode including an emitting surface; a single alignment member disposed on said microlens, said member extending parallel to a Z-axis of said microlens and having a distal end; said distal end including a contact flat; and the alignment member extending a distance such that when said contact flat is contacted to the emitting surface of said diode, the first optical surface of said microlens is positioned at a proper optical distance from said diode.

Claim 8

In combination, a cylindrical microlens passively aligned with a laser diode, said combination comprising: a cylindrical microlens having a first optical surface and a second optical surface; a laser diode including an emitting surface; a single alignment member disposed on said microlens, said member extending parallel to a Z-axis of said microlens and having a distal end; said distal end including a contact flat; and the alignment member extending a distance such that when said contact flat is contacted to the emitting surface of said diode, the first optical surface of said microlens is positioned at a proper optical distance from said diode.

Claim 9

A combination as in claim 6 wherein the dimensions of said alignment member are such that when the alignment member is urged into contact with said emitting surface of said diode, the microlens of the combination is passively aligned with the laser diode with respect to the Z-axis.

Claim 10

A combination as in claim 7 wherein the diode is mounted on a substrate.

Claim 11

A microlens as in claim 6 wherein said alignment member is rectangular in shape.

Claim 12

A cylindrical microlens capable of passive alignment with another optical device in a Z-axis, the microlens comprising: a drawn cylindrical microlens having a first optical surface and a second optical surface; at least one integral alignment member disposed on said microlens, said member extending perpendicular to the focal plane of said microlens and terminating in a contact flat; and the length of said alignment member defining a proper distance between said contact flat and said microlens.

Claim 13

A cylindrical microlens capable of passive alignment with another optical device in a Z-axis, the microlens comprising: a drawn cylindrical microlens having a first optical surface and a second optical surface; at least one integral alignment member disposed on said microlens, said member extending perpendicular to the focal plane of said microlens and terminating in a contact flat; and the length of said alignment member defining a proper distance between said contact flat and said microlens.

Claim 14

A cylindrical microlens as in claim 10, wherein said at least one alignment member comprises a single alignment member.

Claim 15

A cylindrical microlens as in claim 11, wherein the contact flat of said single alignment member contacts a single surface of said optical device; the length of said single alignment member being such that when said contact flat is contacted to said single surface of said optical device, the microlens is positioned at a proper alignment distance from said optical device; and whereby the contact flat, being urgeable into contact with said single surface of the optical element, enables the passive alignment of the cylindrical microlens with the optical device with respect to at least one degree of freedom.

Claim 16

A cylindrical microlens as in claim 12, wherein said optical device comprises a laser diode and said single surface of the optical device is the emitting facet of said diode.

Claim 17

A cylindrical microlens as in claim 10 wherein said alignment member further includes a rabbet.

Claim 18

A cylindrical microlens as in claim 14 wherein said rabbet has a vertical wall and a horizontal wall, the vertical wall being orthogonal to said Z-axis and the horizontal wall being orthogonal to a Y-axis.

Claim 19

A cylindrical microlens as in claim 15 wherein the vertical wall and the horizontal wall of said rabbet intersect, forming a juncture, a relief being formed at said juncture.

Claim 20

An electro-optical device incorporating the cylindrical microlens of claim 10.

Claim 21

A cylindrical microlens as in claim 10, wherein said at least one alignment member comprises two alignment members disposed on said cylindrical microlens, said microlens being sandwiched between said alignment members; said two alignment members each having a contact surface at one end; and each of said two alignment members having a length, said length defining a distance between said contact surface and said first optical surface; and the length of said two alignment members being such that when said two contact surfaces are contacted to a single surface of said optical device, the first optical surface of said microlens is positioned at a proper optical distance from said optical device.

Claim 22

An electro-optical device incorporating the cylindrical microlens of claim 18.

Claim 23

The cylindrical microlens of claim 18, wherein said cylindrical microlens includes a first non-optical surface and a second non-optical surface; said first non-optical surface and second non-optical surfaces being coplanar with an X-Z plane; one of said two alignment members being disposed on said first non-optical surface; and another of said two alignment members being disposed on said second non-optical surface, said microlens being sandwiched between said two alignment members.

Claim 24

The cylindrical microlens of claim 20, wherein said two alignment members are oriented substantially parallel to each other.

Claim 25

A cylindrical microlens for passive alignment with a laser diode by contacting a single surface of said diode, the microlens comprising: a drawn cylindrical microlens having a first optical surface, a second optical surface, and a plurality of non-optical surfaces; said plurality of non-optical surfaces including a first non-optical surface and a second non-optical surface; a first alignment member and a second alignment member; said first alignment member disposed on said first non-optical surface, said first member extending perpendicular to the focal plane of said microlens and terminating in a first contact flat; said second alignment member disposed on said second non-optical surface, said second non-optical surface being coplanar to said first non-optical surface, said second member extending perpendicular to the focal plane of said microlens and terminating in a second contact flat; and the length of said first and second alignment members being such that, when said first and second contact flats are contacted to said diode, the diode and said microlens are at a proper distance from each other.

Claim 26

A cylindrical microlens for passive alignment with a laser diode by contacting a single surface of said diode, the microlens comprising: a drawn cylindrical microlens having a first optical surface, a second optical surface, and a plurality of non-optical surfaces; said plurality of non-optical surfaces including a first non-optical surface and a second non-optical surface; a first alignment member and a second alignment member; said first alignment member disposed on said first non-optical surface, said first member extending perpendicular to the focal plane of said microlens and terminating in a first contact flat; said second alignment member disposed on said second non-optical surface, said second non-optical surface being coplanar to said first non-optical surface, said second member extending perpendicular to the focal plane of said microlens and terminating in a second contact flat; and the length of said first and second alignment members being such that, when said first and second contact flats are contacted to said diode, the diode and said microlens are at a proper distance from each other.

Claim 27

The cylindrical microlens of claim 22, wherein said first and second contact flats of said alignment members are contacted to a single surface of said laser diode.

Claim 28

The cylindrical microlens of claim 23, wherein said single surface of said diode is the emitter facet of said diode.

Claim 29

The cylindrical microlens of claim 24, wherein said laser diode is mounted on a substrate.

Claim 30

A microlens capable of passive alignment with another optical device, the microlens comprising: a cylindrical microlens body; at least one alignment member disposed on said microlens body, each alignment member having a distal end; said at least one alignment member having a length which defines a proper distance between said microlens body and said device; and said distal end of said at least one alignment member, being urgeable into contact with a single surface of said device to enable the passive alignment of the microlens body with the device with respect to at least one degree of freedom.

Claim 31

A microlens capable of passive alignment with another optical device, the microlens comprising: a cylindrical microlens body; at least one alignment member disposed on said microlens body, each alignment member having a distal end; said at least one alignment member having a length which defines a proper distance between said microlens body and said device; and said distal end of said at least one alignment member, being urgeable into contact with a single surface of said device to enable the passive alignment of the microlens body with the device with respect to at least one degree of freedom.

Claim 32

A microlens as in claim 26 wherein said length of the alignment member length is related to the optical properties of the microlens.

Claim 33

A microlens as in claim 26 wherein said length of the alignment member is related to the size of the microlens body.

Claim 34

The microlens of claim 26 wherein the length of said alignment member extends parallel to a Z-axis of said microlens, said length being related to the size and curvature of the cylindrical microlens.

Claim 35

The microlens of claim 26, wherein said at least one alignment member comprises a single alignment member.

Claim 36

The cylindrical microlens of claim 26, wherein said at least one alignment member comprises a pair of alignment members, both of said members being urgeable into contact with a single surface of said device enabling passive alignment of said microlens with the device with respect to at least one degree of freedom.