Ericsson Gmbh

Pilling Weck Incorporated

Edward Weck Incorporated

Bespak Plc

Tfi Acquistion Corp.

Thomas W Ruckdeschel

Curtis W Thornton

John Charles Phillips

Clifford T Jones

Elise P Speaks

Methods and apparatus for mounting a semiconductor to a heat sink. A clamp is provided comprising a spring beam mounted to a clamp body, wherein the body restricts the spring beam ends and the spring beam has a convex curvature relative to an adjacent power semiconductive module. The portion of the spring beam near its apex contacts the module, applying force to bias a heat-transmitting surface of the module against a heat sink. When temperature increases, the spring beam expands to add additional clamping force to the module. Further embodiments provide making the spring beam from a material having a high coefficient of thermal expansion and the clamp body from a material having a low coefficient of thermal expansion, further increasing the force that may be applied by the spring beam with increases in temperature. The spring beam may comprise layers of different materials to increase the applied force.

Assembly for mounting power semiconductive modules to heat dissipators

Dispensing device

Outdoor transmit/receive antenna mounting enclosure

An indoor/outdoor antenna mounting enclosure that may be mounted either vertically or horizontally comprises a front shell and a rear shell fastened together to enclose an interior space for a printed circuit board, the shells each have a plurality of cooling fins oriented obliquely to a longitudinal axis of the enclosure. Each of the front and rear shells includes mounting bosses for two receive antennas and a transmit antenna, the transmit antenna mounting location separated by a predetermined longitudinal distance from the first and second receive antenna mounting locations. The mounting bosses allow the antennas to be oriented either with the longitudinal or transverse axis of the enclosure. Keying holes in the shells ensure that the receive and transmit antennas are mountable only in the designated mounting location in the correct orientation. In addition, the receive antenna mounting locations on the front shell are back to back with the receive antenna mounting locations on the rear shell to prevent interference between receive and transmit antennas.

Transmit/receive antenna mounting enclosure

A hemostatic clip applicator system which is particularly useful for endoscopic procedures. A hemostatic clip applicator can be directly connected to a trigger assembly or indirectly connected to the trigger assembly through the use of an extension. The connection between the extension and the clip applicator is secured to prevent accidental release during the procedure. The applicator receives a longitudinal input and translates the input into relative component motion through the use of gearing to apply the clips.

clip applicator system

The hemostatic clip applicator system is particularly useful for endoscopic procedures. A hemostatic clip applicator can be directly connected to a trigger assembly or indirectly connected to the trigger assembly through the use of an extension. The connection between the extension and the clip applicator is secured to prevent accidental release during the procedure. The applicator receives a longitudinal input and translates the input into relative component motion through the use of gearing to apply the clips.

Surgical clip applier

A surgical instrument for applying a ligating device to a surgical work site. The instrument is provided with a power subassembly which provides the power by which the ligating device is placed into proper position for being applied to the work site. In one embodiment, the instrument is a hemostatic clip applier and the power subassembly feeds the clips into position between the jaws of the applier which are then closed by squeezing the applier handles.

Drive mechanism for surgical instruments

A hand-held surgical stapler is provided having a reduced distal profile due to a unique feeding means. A combination of features allows the reduced distal profile. The staple storage cover can be of reduced distal thickness due to the slope effect. The staple pusher has the capability at its distal end to push and by pushing lift all of the staples, including the last, into the staple track. Provisions are made on the staple pusher to allow the form tool to displace it out of the staple track to allow forming of the last staple. Nose assemblies are disclosed which can be interchangeably mounted to various trigger assemblies. The pre-load on the stored staples can be varied. A ratchet feature requires full depression of the trigger before it can be returned to a neutral or extended position and full extension of the trigger to its neutral position prior to initiation of the next staple feed cycle.

Growing community of inventors

Apex, NC, United States of America

Thomas W Ruckdeschel