Abstract: A system and method of replacing a worn foot sensor array on a motorized board with a new sensor array. The new sensor array has a laminate structure with multiple sensor fields. An open area is disposed in the laminate structure along a midline. A central slot and diagonal slots extend from the first edge to the open area. Parallel slots extend from the diagonal slots. The slots separate multiple sensor fields. The multiple sensor fields are only interconnected by narrow lead fields. This enables the various sensor fields to move independently and rest against uneven surfaces without buckling, bending, or otherwise stressing the sensors on the sensor fields.

Abstract: An assembly for supporting a tablet computer or similar electronic device. The assembly utilizes a plush animal structure as a support stand. The plush animal structure has a torso, legs that extend from the torso to form a lap area, and arms that extend from the torso. The torso, legs and arms define a receptacle area sized to receive and retain the tablet computer. An auxiliary object extends between the legs of the plush animal structure in the lap area. The auxiliary object forms a support surface between the legs in the lap area against which the tablet computer abuts when the tablet computer is in said receptacle area. The support surface is slightly forward of the arms. Consequently, when in the receptacle area, the tablet computer is inclined at a slight angle as it abuts against the support surface.

Abstract: An assembly for supporting a tablet computer or similar electronic device. The assembly utilizes a plush animal structure as a support stand. The plush animal structure has a torso, legs that extend from the torso to form a lap area, and arms that extend from the torso. The torso, legs and arms define a receptacle area sized to receive and retain the tablet computer. An auxiliary object extends between the legs of the plush animal structure in the lap area. The auxiliary object forms a support surface between the legs in the lap area against which the tablet computer abuts when the tablet computer is in said receptacle area. The support surface is slightly forward of the arms. Consequently, when in the receptacle area, the tablet computer is inclined at a slight angle as it abuts against the support surface.

Abstract: A carrying assembly for a tablet computer or similar object. A bag structure is provided that has an internal pocket. Padding areas exist around the internal pocket between the internal pocket and the bag structure. The padding areas are at least partially filled with padding material. The ends of a handle structure are attached to the bag structure. A fabric panel extends from the handle structure to the bag structure. The object is stored in the internal pocket. When needed, the object is removed. The bag structure is laid on one side so that the fabric panel lay flat on a surface. In this orientation, the handle structure and the bag structure combine to create a holding trough. The object is placed within the holding trough, wherein the object leans against the bag structure in an inclined orientation.

Abstract: Methods and systems for enhanced advertising display and consumer purchase requests in an interactive environment are disclosed. According to one embodiment, a computer-implemented method, comprises providing wrap code to a first entity connected to an electronic commerce network. A gadget is provided to the first entity. A request for content from a second entity connected to the electronic commerce network is received when the second entity activates the gadget. The content is transmitted to the second entity.

Abstract: A method and system for processing commerce transactions between a consumer and a business in an interactive environment is disclosed. According to one embodiment, a computer-implemented method, comprises generating a request package from commands received at a set top box. The request package is received over a cable network. The request package includes a product identifier. Product information is retrieved from a product database using the product identifier. Vendor information is retrieved using the product identifier; and a vendor fulfillment package is sent to a deployment server.