Abstract: The present invention provides an alarm system capable of monitoring and controlling access to a controlled area using a central controller and access keys each having specified permissions. The system is operable to record images or video of the access entrance areas, utilize sensors for detecting tampering with the hardware of the system; sound alarms when the rules of the alarm system are violated; send alerts to management and other authorized personnel when the rules of the alarm system are violated; and log and correlate data regarding the use of the access keys and images/video taken with the dates and times, and the identities of the access key holders to deter any misuse of the alarm system.

Abstract: Methods and apparatuses for treating a root canal in a tooth or hard and/or soft tissue within a tooth and surrounding tissues by pulsing a laser light into a reservoir, preferably after introducing liquid fluid into the reservoir, so as to disintegrate, separate, or otherwise neutralize pulp, plaque, calculus, and/or bacteria within and adjacent the fluid reservoir without elevating the temperature of any of the dentin, tooth, bones, gums, other soft tissues, other hard tissues, and any other adjacent tissue more than about 5° C.

Abstract: Methods of imaging are disclosed. Imaging compositions which are sensitive to low levels of energy are applied to a work piece. Energy is applied to the imaging compositions to cause a color or shade change such that workers may modify the work piece based on the color or shade change.

Abstract: Opaque coating compositions and methods of using the coating compositions are disclosed. The opaque coating compositions can be applied to a substrate and imaged. The image on the opaque coating compositions can be used to direct workers to modify a substrate. The opaque coating compositions may be peeled from the substrate.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.

Abstract: Articles are described. The articles include a cured layer having nanopartilces on a support film. The support film has an adhesive for joining the article to a substrate.

Abstract: Electronic devices, such as memory devices are tested by applying test data, such as vectors of memory data having data field, control and address information, with a tester to detect error responses. Applied test data is captured, compressed and stored for subsequent analysis to isolate the test data associated with the error response. The saved compressed test data is de-compressed to replay the test data for a logic analyzer so that adequate history of the test data exists to determine the test cycles that included the stimulus associated with the error response. Identification of the test cycles that include the stimulus associated with the error response allows creation of test programs that run in reduced time by avoiding empty test cycles not associated with the error response.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.

Abstract: The present invention includes aspects of a designer program or tool for customizing a clinical trial program to a particular protocol of a particular clinical trial. The designer program includes visual cues or mechanisms for organizing trial components within the designer program in a straightforward manner such that technically low skilled designers can implement often complex trial protocols. In an embodiment, the designer program includes validation scripts that test functions, derivations, queries and the like. Moreover, use of the designer program can include development of trial libraries that can make customizations reusable, scalable, and highly efficient.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.

Abstract: A light-attenuating composition and method of using it are described. The light-attenuating composition may be selectively applied to a radiant energy sensitive material on the substrate. Actinic radiation applied to the composite chemically changes portions of the radiant energy sensitive material not covered by the light-attenuating composition. The light-attenuating composition attenuates light in at least the UV range and is water-soluble or water-dispersible.

Abstract: An imaging composition, article and method of imaging are disclosed. The imaging composition is energy sensitive such that upon application of a sufficient amount of energy to the composition a color or shade change is affected. The imaging composition is coated on an article to form an energy sensitive article, which may be used in marking work pieces.

Abstract: A functionalized copolymer containing a main chain derived from polymerizable monomers and pendent functional groups terminated with one or more ? or ? ethylenically or acetylenically unsaturated groups. The functionalized copolymers are self cross-linking and are suitable for use as binders.

Abstract: A distributed test architecture of transmitting boundary scan Test Access Port (TAP_signals over a serial channel is disclosed. The architecture facilitates the system testing and remote field update of distributed base stations in a wireless network. The distributed test architecture enables system testing as if the distributed units are on a backplane within the same chassis by creating a plurality of logical connections between the distributed unit and the test bus using a single bit fiber line and a five bit TAP test bus.

Abstract: Imaging compositions and methods of using the compositions are disclosed. The imaging compositions include two discrete components. One component includes opacifying compounds and the second component includes sensitizing dyes. The second component is sensitive to low levels of energy. Application of the low levels of energy induces a color or shade change in the second component. The imaging compositions may be applied to a work piece to mark it such that it may be modified based on the marks.

Abstract: Imaging compositions and methods of using the compositions are disclosed. The imaging compositions are sensitive to low levels of energy such that upon application of the low levels of energy the compositions change color or shade. The compositions may be applied to a work piece to mark it and removed from the work piece by peeling.

Abstract: A polymer having ?,? unsaturated groups and a group that generates a free radical when exposed to actinic radiation. The polymer may be self-cross-linking.

Abstract: A polymer having ?,? unsaturated groups and a group that generates a free radical when exposed to actinic radiation. The polymer may be self-cross-linking.

Abstract: An imaging composition, article and method of imaging are disclosed. The imaging composition is energy sensitive such that upon application of a sufficient amount of energy to the composition a color or shade change is affected. The imaging composition is coated on an article to form an energy sensitive article, which may be used in marking work pieces.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.