DR. RANDALL WOODS, D.O.
Medical Practice at Desert Vale Dr, Chandler, AZ

8228191, Jul 24, 2012

Mar 30, 2009

12/414481

Randall Woods - Sun Lakes AZ, US

Magnasphere Corp. - Waukesha WI

G08B 13/14

3405681, 34053931

An anti-tamper assembly () is provided in order to sense the attempted removal of a body attached to a surface () by a fastener (). The assembly () includes an anti-tamper access-blocking element () positioned in an anti-tamper position proximal to the fastener (), along with an anti-tamper switch () operably coupled with the element () in order to bias the switch () to one switch condition. In the event that the element () is moved from its anti-tamper position, the switch () moves to another switch condition, which generates an alarm signal. The assembly () may be used to protect an alarm section () forming a part of an alarm assembly (). The section () includes a sensor or switch () operable to detect relative movement between first and second members such as a door () and doorframe (). In one embodiment, a magnetically actuatable switch () is employed with a mating access-blocking element () in the form of a magnet. Alternately, a mechanically actuatable switch () having an actuating arm () may be used where the arm () engages access-blocking element ().

8314698, Nov 20, 2012

Jun 13, 2012

13/495396

Randall Woods - Sun Lakes AZ, US

Magnasphere Corporation - Waukesha WI

G08B 13/14

3405681, 340547

An anti-tamper assembly is provided in order to sense the attempted removal of a body attached to a surface by a fastener. The assembly includes an anti-tamper access-blocking element positioned in an anti-tamper position proximal to the fastener, along with an anti-tamper switch operably coupled with the element in order to bias the switch to one switch condition. In the event that the element is moved from its anti-tamper position, the switch moves to another switch condition, which generates an alarm signal. The assembly may be used to protect an alarm section forming a part of an alarm assembly. The section includes a sensor or switch operable to detect relative movement between first and second members such as a door and doorframe. A mechanically actuatable switch having an actuating arm may be used where the arm engages access-blocking element.

8487726, Jul 16, 2013

Feb 2, 2011

13/019769

Randall Woods - Sun Lakes AZ, US
Joseph Hedeen - Oconomowoc WI, US

Magnasphere Corporation - Waukesha WI

H01H 9/00

335205

Tamper-resistant switch assemblies are provided including a first movement-sensing switch and a second tamper-sensing switch assembly, the latter including a switchable component and an actuating component. Preferably, the switch and switch assembly are housed within an encapsulated switch module, with the actuating component positioned above or to the side of the module. Mounting structure serves to support the module within a mounting opening and is operable to prevent removal of the switchable component and actuating component without significant relative shifting movement between the switchable component and actuating component. Any attempted tampering results in such relative shifting movement, thereby triggering an alarm.

8648720, Feb 11, 2014

Nov 9, 2011

13/292495

Randall Woods - Sun Lakes AZ, US

Magnasphere Corporation - Waukesha WI

G08B 13/08

340547, 200 6152, 335205, 335206, 335207

Improved, magnetic high security switch apparatus is provided for use in detecting relative movement between first and second members such as a door frame and door from a close position, wherein the members are proximal, and an open position, where the members are separated. The switch apparatus includes a magnetic shiftable ball switch assembly having an elongated housing and a shiftable ball therein, which traverses an oblique path of travel between respective switch states in response to relative movement between the first and second members. Preferably, the housing is oriented at an oblique angle relative to the horizontal in order to prevent defeat of the switch apparatus through use of an external defeat magnet.

2013003, Jan 31, 2013

Oct 2, 2012

13/633688

Abbott Medical Optics Inc. - Santa Ana CA, US
Randall L. Woods - Sun Lakes AZ, US
Timothy R. Bumbalough - Fullerton CA, US
Edward P. Geraghty - Rancho Santa Margarita CA, US

Abbott Medical Optics Inc. - Santa Ana CA

A61F 2/16

623 643

An intraocular lens is disclosed, with an optic that changes shape in response to a deforming force exerted by the zonules of the eye. A haptic supports the optic around its equator and couples the optic to the capsular bag of the eye. The haptic may be pre-stressed before the optic is placed within it. After such placement, the pre-stress may be relieved, and the haptic may produce stress in the optic. The pre-stress may produce a radial tension or a radial compression in the optic. Alternatively, once the optic is placed within the haptic, both may undergo a process that changes the size and/or shape of one with respect to the other, causing a stress within the optic. This process may produce a radial tension or a radial compression in the optic.The haptic may include an annular ring having outer and inner diameters that may depend on the stiffness of the haptic.

7944334, May 17, 2011

Jul 14, 2008

12/172788

Randall Woods - Sun Lakes AZ, US

Magnasphere Corp. - Waukesha WI

H01H 9/02

335205, 335206, 335207, 3405451, 3405457, 340547

Tamper-resistant alarm switch assemblies () are provided which include a first movement-sensing switch () and a second tamper-sensing switch assembly () including a switchable component () and an actuating component (), mounted on a member () and each being switchable between respective first and second movement-sensing and tamper-sensing switch states in response to relative movement between first and second members (), and relative shifting between the switch () and actuating component (). Mounting structure () is provided to attach the first switch () and second switch assembly () to the member () in a normal operating position wherein the first switch () will sense relative movement between the first and second members (), with relative shifting between the switchable component () and the actuating component () in the event of an attempted detachment of at least one of the components () of the tamper switch assembly (), or the first switch (), or both thereof, from the member ().

2008016, Jul 3, 2008

Dec 29, 2006

11/618411

Daniel G. Brady - San Juan Capistrano CA, US
Randall L. Woods - Sun Lakes AZ, US
Timothy R. Bumbalough - Fullerton CA, US
Edward P. Geraghty - Rancho Santa Margarita CA, US

Advanced Medical Optics, Inc. - Santa Ana CA

A61F 2/16

623 646

An intraocular lens is disclosed, with an optic that changes shape in response to a deforming force exerted by the zonules of the eye. A haptic supports the optic around its equator and couples the optic to the capsular bag of the eye. The haptic may be pre-stressed before the optic is placed within it. After such placement, the pre-stress may be relieved, and the haptic may produce stress in the optic. The pre-stress may produce a radial tension or a radial compression in the optic. Alternatively, once the optic is placed within the haptic, both may undergo a process that changes the size and/or shape of one with respect to the other, causing a stress within the optic. This process may produce a radial tension or a radial compression in the optic. The haptic may include an annular ring having outer and inner diameters that may depend on the stiffness of the haptic.