A book including a bracket for maintaining a light source at a predetermined position such that, in use, the light source, or mobile phone, illuminates at least one pop-up slide included in the book and casts its shadow, and/or projects an image after the light passes through it, onto an adjacent surface, or wall, for viewing thereof.

A book including a bracket for maintaining a light source at a predetermined position such that, in use, the light source, or mobile phone, illuminates at least one pop-up slide included in the book and casts its shadow, and/or projects an image after the light passes through it, onto an adjacent surface, or wall, for viewing thereof.

A virtual reality viewer may be integrated with printed materials, such as pamphlets, flyers, magazines, or books. A user may be able to review the printed material regarding the advertised products or services and then activate a virtual reality scene on an electronic display, such as the user's mobile device, that provides the user with more information regarding the products or services. The virtual reality viewer may be attached to pages in the printed materials and constructed in a manner such that the viewer pops up when the pages are opened. The user may place a mobile device in the viewer and/or access an integrated display to view a virtual reality scene related to content in the printed materials.

A virtual reality viewer may be integrated with printed materials, such as pamphlets, flyers, magazines, or books. A user may be able to review the printed material regarding the advertised products or services and then activate a virtual reality scene on an electronic display, such as the user's mobile device, that provides the user with more information regarding the products or services. The virtual reality viewer may be attached to pages in the printed materials and constructed in a manner such that the viewer pops up when the pages are opened. The user may place a mobile device in the viewer and/or access an integrated display to view a virtual reality scene related to content in the printed materials.

The invention relates to animatronics on entertainment devices such as greeting cards. A shape memory-alloy wire may be coupled to a PCB housed within a greeting card body. The wire may be anchored to a linkage assembly that is swivably, rotably, pivotably, extendably or otherwise movably coupled to the greeting card body. The PCB may be configured to generate a signal to a driving circuit for supplying an electrical current through the wire, the current having a variable amperage that is modified based on the pulse file. The variable amperage causes a change in the temperature of the wire, which causes the wire, and thus the linkage assembly, to contract and expand. The linkage assembly may be coupled to a display body, which may include an animal shape, characters, popular culture images and the like. Movement of the linkage assembly causes the display body to move in an entertaining manner.

In accordance with the present invention, a stand-alone pop up assembly and method for making the same is provided comprising a roof structure connected with a plurality of wall panels by way of roof interface component for attaching the roof to the structure. The assembly is moveable between a first position being substantially flat into a one dimensional structure and a second position enfolded into a three dimensional structure by manipulating the outer structure and the internal base. The roof interface component may swivel into place during the movement to the three dimensional structure, thereby positioning the roof structure over the upper portions of the first and second panel walls or, alternatively, a sliding feature is provided with a tab from the roof inserted into a slot at the top of one of the panel walls, thereby sliding the roof into position.

In accordance with the present invention, a stand-alone pop up assembly and method for making the same is provided comprising a roof structure connected with a plurality of wall panels by way of roof interface component for attaching the roof to the structure. The assembly is moveable between a first position being substantially flat into a one dimensional structure and a second position enfolded into a three dimensional structure by manipulating the outer structure and the internal base. The roof interface component may swivel into place during the movement to the three dimensional structure, thereby positioning the roof structure over the upper portions of the first and second panel walls or, alternatively, a sliding feature is provided with a tab from the roof inserted into a slot at the top of one of the panel walls, thereby sliding the roof into position.

In accordance with the present invention, a stand-alone pop up assembly and method for making the same is provided comprising a three dimensional base comprising folding planar walls, accessory interface component, and accessory positioning component. An accessory having a body and a sliding interface component is installed upright within and connected with the three dimensional base forming a standing pop up structure.

In accordance with the present invention, a stand-alone pop up assembly and method for making the same is provided comprising a three dimensional base comprising folding planar walls, accessory interface component, and accessory positioning component. An accessory having a body and a sliding interface component is installed upright within and connected with the three dimensional base forming a standing pop up structure.

In accordance with the present invention, a stand-alone pop up assembly and method for making the same is provided comprising a plurality of wall panels connected with an internal base. A roof structure is provided and a roof interface component for attaching the roof to the structure. The assembly is moveable between a first position being substantially flat into a one dimensional structure and a second position enfolded into a three dimensional structure by manipulating the outer structure and the internal base. The roof interface component may swivel into place during the movement to the three dimensional structure, thereby positioning the roof structure over the upper portions of the first and second panel walls or, alternatively, a sliding feature is provided with a tab from the roof inserted into a slot at the top of one of the panel walls, thereby sliding the roof into position.