Laird Technologies Gmbh

Synergetics, Inc.

Synergistics, Inc.

Michael Scott Poulsen

Gregg D Scheller

Sri Talpallikar

Kelly Cook

Jason L Strader

Michael D Auld

Eugene Anthony Pruss

E Mitchel Opremcak

Tomas Hrcek

Björn Edgren

Thomas Hrcek

Karl Göran Olof Ihrefjord

Matthew Tapping

In an exemplary embodiment, a device generally includes a housing, an external heat sink, and at least one of a thermal interface material and a thermoelectric module generally between a side of the housing and the external heat sink. At least one spring contact is coupled to the side of the housing generally between the connector and the at least one of a thermal interface material and a thermoelectric module. The at least one spring contact and the at least one of a thermal interface material and a thermoelectric module define at least a portion of a thermally-conductive heat path between the housing and the external heat sink. Graphite is wrapped around the at least one spring contact and/or a thermally-conductive and electrically-conductive material is wrapped around at least a portion of the thermal interface material.

Small form-factor pluggable (SFP) transceivers

A fabric over foam electromagnetic interference gasket has a body of indefinite length, and includes a layer of dielectric material thereon. The gasket may be compressed between two substrates and provide electrical conductivity in one axis and EMI shielding and nonconductivity in a perpendicular axis.

Selectively conductive EMI gaskets

A microsurgical instrument is constructed to an extremely small scale with serrations formed on opposed operative microsurgical surfaces of the instrument by electric discharge machining.

Surgical instrument constructed by electric discharge machining

According to various aspects, exemplary embodiments are provided of shielding apparatus suitable for use in providing electromagnetic interference shielding for one or more electrical components on a substrate. In one exemplary embodiment, a shielding apparatus generally includes first and second walls. The first wall includes laterally spaced-apart detent protrusions. The second wall includes an edge portion disposed relative to the first wall such that an interface between the edge portion of the second wall and the first wall is substantially sealed against the ingress and/or egress of electromagnetic interference through the interface. The edge portion of the second wall is engaged generally between and laterally confined by the laterally spaced-apart detent protrusions of the first wall, such that the laterally spaced-apart detent protrusions inhibit movement of the second wall relative to the first wall. Accordingly, this helps retain the interface between the edge portion of the second wall and the first wall substantially sealed against the ingress and/or egress of electromagnetic interference through the interface.

Electromagnetic interference (EMI) shielding apparatus and related methods

An ophthalmic surgery light transmitting apparatus has an optic fiber having a flexible length with a light source connector mounted on one end of the optic fiber and the opposite end of the optic fiber being adapted to be mounted to an ophthalmic surgery instrument to provide illumination for the instrument. The cross-sectional area of the optic fiber transitions as it extends from the end connected to the light source connector to the opposite end of the optic fiber. The optic fiber transitions from a larger cross-sectional area of the optic fiber at the light source connector to a smaller cross-sectional area of the optic fiber at the opposite end.

Ophthalmic surgery light transmitting apparatus

Device for surgical decompression of branch retinal vein occlusion via microvascular arteriovenous adventitial sheathotomy

Growing community of inventors

House Springs, MO, United States of America

Michael Scott Poulsen