Abstract: A counterbalance system for an exoskeleton is provided, including a first hip joint to displace an external load experienced by a user above a waist of the user, the first hip joint provides for three degrees of freedom of movement, a tool interface located above the first hip joint to direct load displacement through the first hip joint, and a counterbalance arm having a first end and a second end, the counterbalance arm is secured to the tool interface at the first end, the second end of the counterbalance arm is moveable in an arcuate rotational path ranging from in front of the tool interface to behind the tool interface. Another system and method are also provided.

Abstract: An exoskeleton system is disclosed including a hip joint to provide anatomically emulating three degrees of freedom of movement of the hip joint at a hip location of a user, a knee joint to provide anatomically emulating forward and backward movement of the knee joint at a knee location of the user, an ankle joint to provide anatomically emulating forward and backward movement of the ankle joint at an ankle location of the user, a knee rocker arm as part of the knee joint to transfer a load to a ground surface when the knee rocker arm is in contact with the ground surface as manually powered by the user, and a ground rocker arm as part of the ankle joint to transfer the load to a ground surface when the ground rocker arm is in contact with the ground surface as manually powered by the user.

Abstract: A juvenile vehicle seat for use with a passenger seat includes a base and a drawer. The base is adapted to boost a child relative to an underlying vehicle seat. The drawer is coupled to the base to move into and out of a drawer-receiving cavity formed in the base.

Abstract: A juvenile vehicle seat for use with a passenger seat includes a base and a drawer. The base is adapted to boost a child relative to an underlying vehicle seat. The drawer is coupled to the base to move into and out of a drawer-receiving cavity formed in the base.

Abstract: Technologies and concepts are presented herein for limited-scope rendering of a document, such as a Web page, which contains code that when rendered or executed generates one or more graphical page elements. A user interface is provided through which a scope within the code or page elements may be specified. A request may also be received to zoom into the selected scope. In response to such a request, only the code and/or page elements within the specified scope are rendered, displayed, and made available for editing. Code and page elements outside the specified scope are not rendered or displayed. In response to a request to zoom out from the selected scope, all of the code and page elements are rendered and displayed.

Abstract: Concepts and technologies are provided herein for defining and implementing custom task processes. An authoring tool provides a user interface for defining a custom task process that encompasses one or more task instances. New workflow logic can be applied to both the task action and the encompassed task instances. Once a task process has been defined using the authoring tool, a workflow that includes the task process is submitted to a collaborative application for execution. The defined task action and task instances are executed by the collaborative application to implement the defined task process. Through the execution of the task process, assignments are made to the defined participants, and additional workflows, actions, and behaviors may be triggered and executed based upon the defined task action and task instances.