Abstract: Embodiments disclosed herein provide an ergonomic quick release mechanism for hand-held clamping toggle lock tools where a fixed jaw and handle have another jaw movably attached. A moving handle assembly comprises a front handle section and a rear handle section held rigid to one another by a movable release trigger mounted on one of the two sections engaging a catch on the other section. The front handle section connects to the movable jaw and a toggle link. Squeezing the moving handle causes the jaws to close and a toggle pivot to go past toggle over center, locking the jaws. To unlock them, the release trigger is disengaged and the rear handle section is then squeezed causing it to rotate and contact an element of the fixed handle assembly at a release fulcrum point, causing the front handle section to rotate outward, releasing the toggle lock.

Abstract: Embodiments disclosed herein provide an ergonomic quick release mechanism for hand-held clamping toggle lock tools where a fixed jaw and handle have another jaw movably attached. A moving handle assembly comprises a front handle section and a rear handle section held rigid to one another by a movable release trigger mounted on one of the two sections engaging a catch on the other section. The front handle section connects to the movable jaw and a toggle link. Squeezing the moving handle causes the jaws to close and a toggle pivot to go past toggle over center, locking the jaws. To unlock them, the release trigger is disengaged and the rear handle section is then squeezed causing it to rotate and contact an element of the fixed handle assembly at a release fulcrum point, causing the front handle section to rotate outward, releasing the toggle lock.

Abstract: To accomplish frame-accurate capturing and/or editing of live or recorded video content in a web-based user interface, video content received from a source is stored in individual video frames in a database. Metadata (e.g., closed caption data) and/or visual graphic thumbnails also is stored in the database and used to edit the video content in a frame-accurate manner. Each frame of the video content, each portion of metadata, and/or a visual graphic thumbnail may be associated with a timestamp reference for synchronization. The frame-accurate video editing may be performed by an end user or automated based on user configurations.

Abstract: To accomplish frame-accurate capturing and/or editing of live or recorded video content in a web-based user interface, video content received from a source is stored in individual video frames in a database. Metadata (e.g., closed caption data) and/or visual graphic thumbnails also is stored in the database and used to edit the video content in a frame-accurate manner. Each frame of the video content, each portion of metadata, and/or a visual graphic thumbnail may be associated with a timestamp reference for synchronization. The frame-accurate video editing may be performed by an end user or automated based on user configurations.

Abstract: An avatar that represents an user in a communications session is animated, without user manipulation, based on the animation of another avatar that represents another user in the same instant messaging communication session. The avatars may be displayed in a single instant messaging window, and the displayed animations may create an appearance that the avatars are interacting with one another. An avatar animation may be based on the content communicated by a user and a category that is associated with a user.

Abstract: An avatar may be used to convey information independent of information conveyed directly in a text message sent during an instant messaging communications session between two users. The information may be communicated using a change in the avatar appearance (including animating the avatar) as a communication conduit. For example, information identifying an event or a subject visually represented by an avatar may be accessed. Information may be received that is related to the event or the subject visually represented by the avatar, and an appearance of the avatar may be configured in response to the received information.

Abstract: Methods, apparatus and systems coordinate reservation scheduling information of a reservation system with personal management/organizer application. A reservation coordinating module, preferably integrated with personal organizer application, is configured to provide a user with the ability to direct the creation, deletion, modification and viewing of reservations from the user's personal organizer application. The module communicates requests from a system on which the module is installed to the reservation system and receives responses therefrom. The module automates storing or modifying associated appointments in the data structure of the personal management application in conjunction with successful reservations creation/change operations communicated with the reservation system.